Analysis of Visibility Impacts of BART-Eligible 

Sources on the Regional Scale 

Technical Support Document 

Ohio Environmental Protection Agency 

Division of Air Pollution Control 

50 West Town Street, Suite 700 

Columbus, Ohio 43215

February 2011
Table of Contents

I Regulatory Background 

II Overview of Project 

III Summary of Calpuff Modeling Inputs and Results 

IV Glatfelter Compliance Plan 
Appendix A: Facilities in Ohio with BART-eligible sources (non-utility) 

Appendix B: Sample questionnaire sent to possible BART facilities 

Appendix C: 26 Best Available Retrofit Technology (BART) categories under the “existing 

stationary facility” definition in 40 CFR 51.301 

Appendix D: Results of LADCO’s L/D screening analysis for BART-eligible sources in Ohio 

Appendix E: Four-character abbreviations of affected national parks and other Class I 

areas 

Appendix F: Technical parameters of the Calpuff modeling 

a) pollutants 

b) sources 

c) grid 

d) meteorology 

e) receptors 

f) background visibility 

g) calculation of extinction coefficients 

h) criteria for acceptable impact 

i) plot of receptor locations 

j) QA plots of downwind impact 

k) sample listings illustrating selected model and postprocessor 

parameters 

i) CALPUFF 

A) emissions.glat_553.txt. 

B) calpuff.recp.2003.glat_553.inp 

ii) CALPOST 

A) ../calpost/run/run.job 

B) calpost.2003.recp.inp 

l) modeler’s notes providing details of emission rates and stack 

parameters 

m) LADCO guidance document 

Appendix G: “Best Available Retrofit Technology (BART) Engineering Analysis” prepared 

by BE & K Engineering for P. H. Glatfelter Company – Chillicothe Facility 

(November 2007) 

Appendix H: BART-eligible electric utility generating units in Ohio (preliminary list) 
I. REGULATORY BACKGROUND

The requirement to examine the impact of certain categories of air pollution sources upon 

atmospheric clarity in downwind national park and wilderness areas originates in Section 

169A of the Clean Air Act (CAA), is implemented in the Regional Haze Rule of 1999 (64 FR 

35714, July 1, 1999), and is prescribed in further detail in “Regional Haze Regulations and 

Guidelines for Best Available Retrofit Technology (BART) Determinations; Final Rule” (70 

FR 39104, July 6, 2005). The categories that fall within the scope of the rule are those 

stationary sources that: 

• have the potential to emit 250 tons per year of a visibility-impairing air 

pollutant; 

• were put in place between August 7, 1962 and August 7, 1977; and 

• perform operations falling within one or more of 26 specifically listed source 

categories. 

A source meeting the above criteria (described as a “BART-eligible source”) must be 

equipped with BART emission controls if the State in which it is located determines that it 

“emits any air pollutant which may reasonably be anticipated to cause or contribute to any 

impairment of visibility in any [national park or wilderness area].” If the State determines that 

the source causes or contributes to a sufficient degree, then it is a “source subject to BART,” 

for which the State must make a further determination of the level of emission control that 

will suffice to satisfy the definition of BART as codified in 40 CFR 51.308(e)(1)(ii). 40 CFR 

51.308(e)(1)(iii) states the determination must be based on analysis of the best system of 

continuous emissions control available and reductions achievable and identifies the factors 

that the State must consider in making the source-specific BART determination: 

• the technology available; 

• the costs of compliance; 

• the energy and non-air quality environmental impacts of compliance; 

• any existing pollution control technology in use at the source; 

• the remaining useful life of the source; and 

• the degree of improvement in visibility which may reasonably be anticipated to 

result from the use of such technology. 

However, 40 CFR 51.308(e)(2) provides that a State may impose a cap-and-trade 

emissions program in lieu of BART requirements, if it can be shown that the program will 

provide a greater rate of progress toward visibility improvement goals than would BART. The 

U.S.EPA has determined that the cap-and-trade provisions of the Clean Air Interstate Rule 
(CAIR) under 40 CFR Part 96 AAA-EEE do establish such a program in relation to SO2 and 

NOx emissions from Electric Generating Units (EGUs), and this determination that CAIR is 

an acceptable alternative to BART for EGU’s has been codified in 40 CFR 51.308(e)(4). 

The U.S.EPA is required under 40 CFR 51.308(e)(1)(ii)(B) to issue guidelines for States to 

follow in establishing BART emission limitations for fossil-fuel fired EGU’s of capacity greater 

than 750 megawatts, and this requirement is fulfilled by Appendix Y to 40 CFR Part 50. For 

this category the guidelines are mandatory (unless the sources are covered by an 

acceptable CAIR program), but for other BART-eligible sources, the U.S.EPA states “ . . . 

we do encourage States to follow the guidelines for all source categories but are not 

requiring States to do so. States should view the guidelines as helpful guidance for these 

other categories.” (preamble, 70 FR 39108) 

II. OVERVIEW OF PROJECT

This BART analysis was developed with extensive technical assistance provided by the 

Lake Michigan Air Directors Consortium and the Midwest Regional Planning Organization 

(LADCO/MRPO). 

The preliminary stages of the BART analysis included the following activities: 
• Review of the Ohio EPA/Division of Air Pollution Control (OEPA/DAPC) 

emissions inventory files, to identify candidate sources for BART eligibility, 

based on SIC code and installation date. This review turned up 35 candidate 

facilities, including 14 EGUs (the preliminary list of eligible EGUs is attached 

as Appendix H); and 

• Sending of questionnaires to the 21 potentially affected non-utility facilities 

identified in the review of the inventory files. A sample questionnaire is 

provided as Appendix B. 

To determine which sources need not be subject to BART, USEPA identified three 

approaches in the BART Guidelines: 

(1) Individual Source Attribution Approach (Dispersion Modeling) 

Under this option, CALPUFF (or other appropriate models) can be used to show that 

SO2, NOx, and direct PM emissions from an individual source do not cause or contribute 

to visibility impairment in a Class I area. The first step in this approach is to prepare a 

modeling protocol. Following release of the final BART rule, LADCO drafted a 

CALPUFF modeling protocol (“Single Source Modeling to Support Regional Haze BART” 

contained in Appendix F-m)1

. For the purposes of this analysis, the threshold value used 

to determine whether a source causes or contributes to visibility impairment is 0.5 

deciviews (dv). 

Analysis by LADCO showed there were more than 100 BART-eligible non-EGU sources 

in the 5-state region. CALPUFF modeling for all these sources was not considered 

necessary. This is because previous CALPUFF modeling (conducted in response to 

USEPA’s proposed BART rule) indicated that only sources with a Q/d value > 10 – 20 

had more than a 0.5 dv visibility impact in a nearby Class I area (LADCO’s “Determining 

Which BART-Eligible Sources are Subject to BART: Summary”, December 21, 2004.) 

Consequently, new CALPUFF runs were performed with those sources with a Q/d value 

> 5. (The Q/d values were calculated using the minimum distance to a Class I area and 

potential emissions, if available, or actual emissions, if potential emissions were not 

available.) 

(2) Use of Model Plants 

Under this option, analyses of model plants can be used to exempt sources that share 

specific characteristics. CALPUFF modeling was performed by USEPA of model plants 

(EGUs and non-EGUs) with representative plume characteristics to assess the visibility 

impact from emission sources of difference sizes and distances from two hypothetical 

Class I areas (one in the East and one in the West). Based on these analyses, USEPA 

 

1 The procedures and assumptions in this CALPUFF modeling are specific to the BART analysis (i.e., to 

help determine which BART-eligible sources are subject to BART), and may not necessarily be applicable 

to CALPUFF modeling performed for other purposes, including new source review analyses. 
concluded that if a State establishes 0.5 dv as a contribution threshold, then the State 

could exempt sources with combined SO2 and NOx emissions of less than 500 TPY 

located more than 50 km from a Class I area, or less than 1000 TPY located more than 

100 km from a Class I area. (Note, in “Q&A’s for Source by Source BART rule” of July 6, 

2005” (Revision 1, October 31, 2005), USEPA approved the use of these emissionsdistance criteria by states to exempt sources from BART review.) These emissionsdistance criteria are consistent with a Q/d value < 10. 

(3) Cumulative Modeling 

Under this option, modeling of total visibility impacts from all BART-eligible sources in a 

given state can be used to show that they collectively do not cause or contribute to 

visibility impairment in a Class I area. This approach was used to assess the likelihood 

that VOC and PM emissions will not cause or contribute to visibility impairment. 

Specifically, CAMx was run with all point source VOC and PM emissions eliminated 

(“zeroed-out”) to assess the contribution of these species to visibility impairment. The 

model results, which are presented in Figure 1, show that these emissions do not 

contribute to visibility impairment (i.e., less than a 0.5 dv impact in any Class I area). 

Because the VOC and PM emissions from just the BART-eligible sources are much less 

than those from all point sources, the visibility impact of these emissions from the BARTeligible sources will be much less than 0.5 dv in any Class I area. Thus, these 

emissions can be excluded from BART review. In addition, ammonia emissions can be 

excluded from BART review, given that these emissions from the BART-eligible sources 

are relatively small (i.e., ammonia emissions from all point sources make-up only 1% of 

the total ammonia emissions in the region). 
Figure 1 

The result of the preliminary review was that twelve facilities were identified as needing a 

detailed analysis using the CALPUFF computer model. This includes one facility (Degussa) 

which was overlooked at the outset, and several that were provided a Q/D analysis based 

on faulty source locations. Ohio EPA determined CALPUFF modeling would be conducted 

rather than reanalyzing the Q/D calculation for those facilities. Appendix D contains the 

results of the analysis along with the Q/D values.

LADCO identified a subset of 17 Class I areas that may be impacted by sources in the 

LADCO states. These areas (which number 16 when Dolly Sods and Otter Creek wilderness 

areas are considered jointly) are listed and plotted in Appendices E and F-i. The visibility 

impacts of these twelve facilities upon the 16 Class I areas were modeled with CALPUFF, 

using three years of meteorological data (2002, 2003, and 2004). The operation of the 

model was consistent with LADCO’s protocol document and employed run scripts and 

postprocessor routines supplied by LADCO. The basis for the mass rates of emission varied 

from source to source. Generally, permit allowables were used, but where emissions were 

not restricted by permit, actual values were found in Ohio EPA’s emission inventory or in 

data supplied by the company. If the data were taken from the annual inventory, the annual 

release was divided by actual hours of operation (also found in the inventory) to arrive at the 

pounds per hour to be used for modeling. This approach was judged to be satisfactory for 

facilities with impacts well below the eight days/year exceedance level, but inadequate for 

the one source, P. H. Glatfelter Company, with a larger impact. For Glatfelter, three years of 
daily emission data were reviewed, to identify the single day of highest combined emission 

of all BART-eligible sources. This gave rise to a modeled emission rate higher than would 

have been used if permit allowables had served as the basis. (This does not indicate a 

violation by Glatfelter, since the permit allowable is based on a 30-day averaging period.) 

Notes on the model inputs for each facility appear in Appendix F-l.

The CALPUFF modeling showed one facility (Glatfelter) with visibility impacts well above the 

eight days per year threshold, and all other facilities well below. Accordingly, this study finds 

that Glatfelter’s two large coal fired boilers are the only non-utility “subject to BART” sources 

in Ohio. Glatfelter has worked cooperatively with Ohio EPA to identify potential emission 

controls and analyze all the site-specific factors that are required as part of a BART 

determination. The proposed BART determination for Glatfelter is presented in Section IV 

and Appendix G of this TSD. 

III. SUMMARY OF MODELING INPUTS AND RESULTS

 

Modeled quantities (g/s) Number of exceeding days 

SO2 NOx PM 2 3 4 

Cemex 105 122.3 6 1 1 3 

Chemtrade Logistics 45.9 0.003 0.07 0 0 0 

Cinergy Solutions 113.4 32.1 7.4 1 0 2 

Cognis 103.3 60.2 8.6 2 1 3 

Degussa 36.6 7.5 1.1 0 0 0 

P. H. Glatfelter 1308.9 59.3 0.9 23 37 38 

Martin Marietta 399.8 64.9 28.2 4 3 1 

Ormet 163 0.0025 0.9735 0 1 3 

Owens Corning 101.1 44.9 47.7 0 0 0 

Premcor 398.7 44.01 15.79 2 2 3 

Sun 405.39 46.69 14.74 3 3 3 

WCI Steel 319.8 18.2 8.1 2 1 1 

IV. P. H. GLATFELTER COMPANY COMPLIANCE PLAN

Glatfelter embarked upon a BART analysis predicated upon directions given to them by the 

Ohio EPA concerning the identity of the pollutant(s) requiring control and the minimum 

degree of control likely to be acceptable. These directions were based on modeling 

performed by Ohio EPA for the purpose of assessing relative benefits of SO2 versus NOx 

versus particulate control. “Zero-out” runs in which emission of each pollutant in turn was 

totally eliminated show the following: 
Max. days above threshold for any of years 2002, 2003, or 2004 

 Uncontrolled 

NOx 

zeroed 

SO2 

zeroed 

PM 

zeroed 

Shenandoah 38 35 0 38 

Dolly Sods 31 31 0 31 

Mammoth Cave 22 21 0 22 

Several 50% runs were also performed, to discover if any significant synergism would result 

from combined control of SO2 and NOx: 

 50% SO2 

50% 

NOx 

50% SO2 + 

50% NOx 

Shenandoah 11 36 10 

Dolly Sods 11 31 9 

Mammoth Cave 8 22 8 

 

In view of the fact that 100% control of SO2 brings the number of above-threshold days in 

the most-impacted area from 38 days down to zero, whereas 100% NOx control only brings 

it down to 35 days, it was judged that the benefit of NOx control would be a full order of 

magnitude less than for SO2, and on that basis the current controls on NOx were judged to 

be acceptable. Likewise, the benefit of control of primary particulate is negligible compared 

to SO2. 

The complete BART analysis prepared for Glatfelter by BE & K Engineering is enclosed as 

Appendix G. The company and their consultant reviewed a number of possible retrofit 

technologies and rejected several of them either on the grounds of impracticality, or on the 

basis of being dominated by another, superior technology offering equal or better pollutant 

removal at equal or lesser cost. Three technologies passed the initial review and were 

subjected to a more detailed analysis, namely: 

• Wet FGD 

• Semi-Dry FGD 

• Overfire Air and Sorbent Injection System (OASIS) 

The three processes are capable of 90, 90, and 60 percent sulfur dioxide removal, 

respectively. The processes may be capable of some amount of NOx removal, as well, but 

the Company did not attempt to quantify the NOx reductions, based on guidance from Ohio 

EPA to the effect that the potential visibility improvements from NOx reduction were very 

minimal compared to SO2. Moreover, their combustion equipment is already low-NOx, as 

described in Appendix G, Section 2.0. 
The three technologies have similar costs on a basis of dollars per ton of pollutant removed. 

Their financial analysis was based on a Monte Carlo analysis, with capital and operating 

costs being permitted to fluctuate generally within a plus/minus 10 percent range, and the 

amortization period held constant at 10 years and the discount rate at 15%. Their analysis 

shows the following (taken from Appendix G, Sections .2.0, 5.3, 5.4, and 7.5) (note: units 

are millions of dollars, except as noted, with negative quantities in parentheses; extrema of 

ranges not shown): 

Wet FGD Semi-Dry FGD OASIS

Design & construction $26.0 $34.3 $19.4 

Operation & maintenance (per year) $9.72 $6.96 $5.47 

SO2 removed (TPY) 20,515 20,515 13,677 

NPV (Net Present Value) ($56.29) ($52.10) ($35.52) 

NPV / SO2 (dollars per ton) ($2744) ($2540) ($2597) 

Taking this analysis into consideration in conjunction with the CALPUFF modeling results, 

Ohio determined that a process capable of 90 percent SO2removal was appropriate. Upon 

further discussions with Glatfelter it was decided that Glatfelter would implement an 

alternative program to BART as allowed under 40 CFR 51.308(e)(2). An alternative BART 

measure must achieve greater reasonable progress than would be achieved through the 

installation and operation of BART. If the alternative measure results in greater emission 

reductions, then the alternative measure is deemed to achieve greater reasonable progress. 

As part of a broader business strategy to improve energy efficiency, Glatfelter will be 

implementing an alternative approach that will achieve greater emission reductions than the 

90 percent SO2removal projected under traditional BART. This approach includes installing 

control technology sufficient to achieve greater than BART SO2 removal on boiler numbers 

B002 and B003 or permanently shutting down the boiler(s). Ohio EPA will implement the 

requirement as a modification to Glatfelter’s permit-to-install (PTI). Prior to implementing the 

alternative BART, the Company will be issued a modified PTI, and prior to startup of any 

new equipment, within the 5-year time frame specified under 40 CFR 51.308 (e)(1)(iv), 

permit restrictions will be in force assuring continuous effective operation of a control 

process capable of greater than 90 percent sulfur dioxide removal.
••••••••

Appendix A

facilities in Ohio with BART-eligible sources

Criteria for inclusion: 1) belong to one of 25 source categories ("B" through "Z") listed in Appendix C; and

2) built in period of 1962 through 1977; and

3) potential emissions of 250 tons per year of S02, NOx, particulate, or volatile organic

compounds

OEPA

fac.no. County

Appndx B

Industrial

category

BP Products North America Inc. 0448020007 Lucas K,V

CEMEX, Inc 0829700165 Greene 0

Chemtrade Logistics 0302000001 Allen U

Cinergy Solutions of St. Bernard 1431394148 Hamilton V

Cognis Corporation 1431070035 Hamilton V

Degussa 0684010049 Washington U

Glatfelter 0671010028 Ross V

ISG Cleveland Inc. 1318001613 Cuyahoga V

LTV Steel Company, Inc. 0243030257 Lake L

Marathon Ashland Petroleum LLC 1576000301 Stark K,V

Marsulex 0448020014 Lucas U

Martin Marietta Magnesia Specialties, Inc. 0372000127 Sandusky L

Ormet Corporation 0656000001 Monroe G

Millenium Inorganic Chemicals, Inc. 0204010193 Ashtabula U,V

Owens Corning 0145020185 Licking Y

Premcor Refining Group 0302020012 Allen K

Republic Technologies International 0247080229 Lorain V

Sun Company Inc. 0448010246 Lucas K,V

Sunoco Inc (R&M) 0773000080 Scioto V

WCI Steel, Inc. 0278000463 Trumbull V

Wheeling Pittsburgh Steel Corporation 0641090010 Jefferson V

Appendix B

Sample Questionnaire

Date

Name

Company Name

Address

Address

Re: Best Available Retrofit Technology (BART)

Dear:

I am writing to update you on air pollution requirements that may affect emission units

at your facility. The rules involve the reduction of regional haze and the protection of

sensitive national parks, forests and wilderness areas such as the Shenandoah

National Park. These areas are identified as "Class I" areas under the Clean Air Act

prevention of significant deterioration (PSD) rules. The regional haze rules were

originally developed as part of the Clean Air Act Amendments (CAAA) of 1977. As part

of the CAAA implementation, sources which were installed or modified between 1962

and 1977 were identified as potential sources of emissions that could cause or

significantly contribute to impacts on Class I areas well into the future.

Many of the sources installed between 1962 and 1977 may have been installed without

significant pollution controls. Sources installed subsequent to the 1977 CAAA are

assumed to have been reviewed by states and installed with best available emission

controls. Good visibility is considered a significant component of the enjoyment of

these areas. The ultimate goal of the regional haze rules is to return conditions in these

protected parks and forests back to natural conditions.

Regional haze can be affected by the presence of small particles that can interrupt the

transmission of light, partially diminishing the ability to view objects over distance.

Some of these particles are emitted as gasses such as sulfur dioxide or oxides of

nitrogen which can transform into small sulfate and nitrate particles. The emissions

from individual sources can combine with other sources over a region and can

contribute significantly to the degradation of visibility to more distant Class I areas

downwind.

The specific purpose of this letter is to identify and verify information about sources at

your facility which are potentially subject to BART. Ohio EPA has reviewed our 1999

emissions inventory system and attempted to identify units in specific source categories
Appendix B (cont.)

(list attached) that were installed or modified in the window of time between 1962 and

1977 (attached). I would ask that you review this list and verify that the information

provided is correct. Also, add any additional relevant information concerning the

history, upgrades and remaining useful life of the potentially affected source(s).

Once a source has been identified as eligible for BART, the agency will review factors

such as impact on Class I areas, the cost of compliance, existing controls, the

remaining useful life of the unit and the degree of air quality improvement controls

would result in to determine if the unit(s) would be subject to the installation of BART

controls.

Please review and provide any corrections to the information by August 15, 2004. If

you have any questions, please contact either Bill Spires (614-644-3618) or Tom Velalis

(614-644-4837).

Sincerely

Robert F. Hodanbosi, Chief

Division of Air Pollution Control

Attachments:

List of units potentially subject to BART

List of 26 source categories subject to BART
Appendix B (cent.)

BART Categories

(1) Fossil-fuel fired steam electric plants

of more than 250 million British

thermal units (BTU) per hour heat

input,

(2) Coal cleaning plants (thermal

dryers),

(3) Kraft pulp mills,

(4) Portland cement plants,

(5) Primary zinc smelters,

(6) Iron and steel mill plants,

(7) Primary aluminum ore reduction

plants,

(8) Primary copper smelters,

(9) Municipal incinerators capable of

charging more than 250 tons of refuse

per day,

(10) Hydrofluoric, sulfuric, and nitric

acid plants,

(11) Petroleum refineries,

(12) Lime plants,

(13) Phosphate rock processing plants,

(14) Coke oven batteries,

(15) Sulfur recovery plants,

(16) Carbon black plants (furnace

process),

(17) Primary lead smelters,

(18) Fuel conversion plants,

(19) Sintering plants,

(20) Secondary metal production

facilities,

(21) Chemical process plants,

(22) Fossil-fuel boilers of more than 250

million BTUs per hour heat input,

(23) Petroleum storage and transfer

facilities with a capacity exceeding

300,000 barrels,

(24) Taconite ore processing facilities,

(25) Glass fiber processing plants, and

(26) Charcoal production facilities.

Appendix C

26 Best Available Retrofit Technology (BART) categories

under the "existing stationary facility" definition in 40 CFR 51.301

A Fossil-fuel fired steam electric plants of more than 250 million British thermal units per hour heat input

B Coal Cleaning plants (thermal dryers)

C Kraft pUlp mills

D Portland cement plants

E Primary zinc smelters

F Iron and steel mill plants

G Primary aluminum ore reduction plants

H Primary copper smelters

I Municipal incinerators capable of charging more than 250 tons of refuse per day

J Hydrofluoric, sulfuric, and nitric acid plants

K Petroleum refineries

L Lime plants

M Phosphate rock processing plants

N Coke oven batteries

o Sulfur recovery plants

P Carbon black plants (furnace process)

Q Primary lead smelters

R Fuel conversion plants

S Sintering plants

T Secondary metal production facilities

U Chemical process plants

V Fossil-fuel boilers of more than 250 million British thermal units per hour heat input

W Petroleum storage and transfer facilities with a capacity exceeding 300,000 barrels

X Taconite ore processing facilities

Y Glass fiber processing plants, and

Z Charcoal production facilities
Appendix D

Results of LADCO's Q/D screening analysis for BART-eligible sources in Ohio

actual actual closest Q/D

S02 NOx Class 1 (S02 + NOx)/D

latitude lonqitude TPY TPY area km TPY/km

BP Products North America Inc. 41.654 -83.450 13 732 doso 456 1.6

CEMEX, Inc 39.750 -83.953 464 3689 maca 344 12.1

Chemtrade Logistics 40.849 -84.077 1597(1)0.1(1) doso 424 3.8

Cinergy Solutions of St. Bernard 39.175 -84.503 1991 1145 maca 250 12.5

Cognis Corporation 39.178 -84.504 1708 434 maca 250 8.6

Degussa 39.301 -81.568 1272(2) 261 (2) doso 165 9.3

ISG Cleveland Inc. 41.462 -81.671 419 180 doso 338 1.8

LTV Steel Company, Inc. 41.724 -81.277 589 468 doso 345 3.1

Marathon Ashland Petroleum LLC 40.751 -81.415 45 259 doso 263 1.2

Marsulex 41.656 -83.455 591 1 doso 456 1.3

Martin Marietta Magnesia Specialties, Inc. 41.439 -83.370 1513 2032 doso 436 8.1

Ormet Corporation 39.704 -80.843 4211(2)0.1(2) doso 124 34.0

Glatfelter 39.325 -82.975 205072665 doso 284 81.6

Millenium Inorganic Chemicals, Inc. 41.869 -80.771 0 21 doso 342 0.1

Owens Corning 40.071 -82.403 58 316 doso 259 1.4

Premcor Refining Group 40.689 -84.124 984 1380 maca 427 5.5

Republic Technologies International 41.449 -82.146 2 28 doso 338 0.1

Sun Company Inc. 41.632 -83.498 3225 1750 doso 432 11.5

Sunoco Inc (R&M) 38.566 -82.814 14 544 doso 302 1.8

WCI Steel, Inc. 41.211 -80.817 1729 617 doso 258 9.1

Wheeling Pittsburgh Steel Corporation 40.292 -80.600 160 609 doso 180 4.3

(1) projected future emission

(2) allowable
I

I

I

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Appendix E

Four-character abbreviations of affected national parks and other Class I areas

bowa

brig

doso

grgu

grsm

hegl

isle

jari

ligo

Iybr

maca

ming

sene

shen

sips

voya

Boundary Waters Canoe Area

Brigantine National Wildlife Refuge

Dolly Sods/Otter Creek Wilderness

Great Gulf Wilderness

Great Smoky Mountains National Park

Hercules-Glades

Isle Royale National Park

James River Face

Linville Gorge

Lye Brook Wilderness

Mammoth Cave National Park

Mingo

Seney

Shenandoah National Park

Sipsy Wilderness

Voyageurs National Park

Minnesota

New Jersey

W. Virginia

New Hampshire

Tennessee

Missouri

Michigan

Virginia

N. Carolina

Vermont

Kentucky

Missouri

Michigan

Virginia

Alabama

Minnesota

Appendix F

Technical parameters of the Calpuff modeling

Ohio followed the recommendations contained in "Single Source Modeling to Support Regional Haze BART / Modeling

Protocol" (March 21,2006) by the Lake Michigan Air Directors Consortium, Des Plaines, II (attached as Appendix E-m) and that

document should be consulted for a detailed technical discussion. The technical approach will be briefly summarized under the

following headings:

pollutants

sources

grid

meteorology

receptors

background visibility

calculation of extinction coefficients

criteria for acceptable impact

plot ofreceptors

QA plots of downwind impact

sample listings showing selected CALPUFF and CALPOST parameters

i) CALPUFF

A) emissions.glat_553.txt

B) calpuff.recp.2003.glat_553.inp

ii) CALPOST

A) ../calpost/run/runjob

B) calpost.2003.recp.inp

modeler's notes providing details of emission rates and stack parameters

LADCO guidance document

POLLUTANTS

Point-source emissions ofsulfur dioxide, sulfate, nitric acid, nitrogen oxides (NOx), and primary fine particulate matter

(PM 2.5) were modeled. Where PM 2.5 micron emissions were unavailable, PM 10 was used instead.
SOURCES

Twenty-five ofthe twenty-six BART categories listed in Appendix B were considercd as candidates for BART

analysis. Ohio chose to exclude Category A, "Fossil-fuel fired steam electric plants ofmore than 250 MMBtu" on the

grounds that thc Clean Air Interstate Rule (CAIR) will mandate a level of control equal to or higher than BART.

Further requirements to be a BART candidate are that the source in question must have been put in place between

August 7, 1962 and August 7, 1977 and have have the potential to emit 250 tons per year of a visibility-impairing

pollutant.

c) GRID

The grid consists of90 rows and 97 columns of 36-km cells, eovering all ofthe United States east ofthe Rocky

Mountains. A Lambert conformal map projection was used, centered at 97 degrees longitude, 40 degrees latitude, with

true latitudes of33 and 45 degrees. This is the same projection being used by the LADCO participating states for ozone

and PM 2.5 modeling with CAMx.

d) METEOROLOGY

Data files of wind velocity and other parameters over the entire grid were created by the MM5 v3.6 prognostic

meteorological model for years 2002, 2003, and 2004, with the use of actual observational data as needed to initialize

the model calculations. LADCO performed the modeling and supplied the files to Ohio.

e) RECEPTORS

Each ofthe sixteen Class I areas is provided with a fine grid of discrete receptors, with actual ground-level elevations,

at an approximate spacing of one kilometer, with a total of 4434 receptors for all areas. A plot is provided as Appendix

E.i.

f) BACKGROUND VISIBILITY

Consistent with the LADCO protoeol.
g) CALCULATION OF EXTINCTION COEFFICIENTS

Calculation of visibility extinction is based on the modeled concentrations ofthree species: sulfate, nitrate, and fine

particles. The visibility calculations are performed by the CALPOST post-processor, which operates on the outputs

from CALPUFF, in accordance with either the calpost.YYYY.grid-inp or calpost.YYYY.recp.inp control file,

depending on whether cell-average or discrete-receptor calculations are to be performed.

h) CRITERIA FOR ACCEPTABLE IMPACT

A source has an unacceptable impact if either ofthe following is true:

the highest 24-hour emission rate from 2002 to 2004 causes eight or more days ofmodeled visibility impact

greater than 0.5 deciviews in any single Class I area, during anyone ofthe years 2002, 2003, and 2004;

the highest actual annual emissions divided by hours of operation causes one or more days of modeled visibility

impact 6'Teater than 0.5 deeiviews in any single Class I area, during anyone ofthe years 2002, 2003, and 2004.

The "potential" or "allowable" emission rate of a source is pelmitted to be a surrogate for "highest 24-hour emission

rate" where the historic records of emission rate are not readily available. The second criterion ("annual emissions

divided by hours") is resorted to only ifthe information required by the first criterion cannot be obtained. The protocol

document refers to "more than 21 days of visibility impairment over the 3 year modeling period or 7 days of visibility

impaimlent in anyone ofthe 3 years modeled," but since 21 over three years cannot be exceeded without exceeding 7

days in at least one year, the initial segment ofthe protocol text is obviously nonfunctional, and will be omitted from

the cUlTent discussion.

The eight or more days of excessive impact must all be within the same Class I area, but are not necessarily located at

the same receptor. Thus, an area with a large angular extent when viewed from a distant source (such as the

Shenandoah National Park) may suffer an unacceptable impact, where a closer but smaller area in the same general

direction may not.
plot 0 C 'ceptor locations Pa"~ 1 of 1

Appendix F-i

plot of receptor locations

'\~"

• /-~J\/ \.l)i \ r (~,

/./'_. _ r-~ 6-

.--; L-~-~- "r \ .' .. \ .... eo ---,</ .)

?'c-if""-

'\..-'1

\""" ""---.~,-,

~~,..

(

)

\1 .

Ohio EPA Division Of Air Pollution Control

November, 2007

file:IIJ:\AQMPS\DTHOMPSOIBART analysis\BART\allreceptors.htm 7/112008
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Quality assurance plots for CalpuffBART runs

Appendix F-j

Quality assurance plots for Calpuff BART runs

(page 1 of 2)

Page 1 of 1

Effects of point source releases from potential BART sources upon downwind

visibility, based upon gridded concentrations computed by the Calpuff air pollutant

dispersion model

Cells are colored according to number of days of impact above 0.5 deciviews, with white

denoting zero days and a progression of colors representing increasing number of days.

The purpose of the plots is to qualitatively demonstrate the correct placement of sources and

to allow rough comparisons of relative impact. The actual

compliance demonstration is based on visibilities calculated at specific point locations, and

may not be in exact agreement with gridded results.

(click on the thumbnails for larger images)

Cemex

(Greene Cnty)

,--I lillli'[ . r~.,.i!!! . [. Iii>. ........

f- '..[! '.. .. 'J!'11 II [[)""-':, ..1···." IT. "1"1 ....:

'l-j' ..... '. ---L -/'j[ll, ',,;;'.< IJ-'-":~f- I : iHI. ·..... 'I! I

Cognis

(Hamilton Cnty)

Chemtrade Logistics

(Allen Cnty)

.'-. . .j"

.... }

.... :,:.. , :,' "":..... .

DeGussa

Engineered Carbons LP

(Washington Cnty)

(next..fliliJfll

Cinergy Solutions

of St. Bernard, LLC

(Hamilton Cnty)

Glatfelter

baseline

(Ross Cnty)

Ohio EPA Division Of Air Pollution Control

November, 2007

file://J:\AQMPS\DTHOMPSOIBART_analysislBART\GIF_images_l.htm 7/1/2008
Quality assurance plots for CalpuffBART runs

Quality assurance plots for Calpuff BART runs

(page 2 of 2)

Page I of I

'.,

\ I " -

I

Glatfelter

60% control

(Ross Cnty)

'.:i

,

Martin Marietta

Magnesium

(Sandusky Cnty)

Ormet

(Monroe Cnty)

Owens Corning

(Licking Cnty)

WCI Steel

(Trumbull Cnty)

Premcor Refining Group

(Allen Cnty)

(previous page)

Sun

(Lucas Cnty)

Ohio EPA Division Of Air Pollution Control

November, 2007

file://J:\AQMPSIDTHOMPSO\BART_analysis\BART\GIF_images_2.htm 7/1/2008

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Appendix F-k

Sample listings illustrating selected model and postprocessor parameters

CALPUFF: emissions.glat_553.txt

Calpuff.recp.2003.glat_553.inp

CALPOST: ../calpost/run/run.job

Calpost.2003.recp.inp
emissions.glat 553.txt

Subgroup (13b)

a

POINT SOURCE: CONSTANT DATA

Source X Y Stack Base Stack Exit

No. Coordinate Coordinate Height Elevation Diameter Vel.

------> N03,PrPM25

(km) (km) (m) (m) (m) (m/s)

NOX HN03

---------- ---------- --------

Exit

Temp.

(deg. K)

b

Bldg.

Dwash

c

Emission

Rates (g/s)

S02 S04

1 ! SRCNAM = glatB002003 !

1 ! X = 1194.855, 17.745, 144.78,

O.OEOO ,

O.OEOO , 0.859 !

! FMFAC 1.0 !END!

187.45, 4.2672, 16.503, 425.0, .0, 553., O.OEOO, 59.316,

This is Glatfelter (formerly Mead) in Ross County; 0671010028

12/ 8/05 location of 0671010028B002 and B003 in STARS is 82/58/42, 39/17/53; converted to

(11 95 . 0 08 , 1 4 . 7 5 8) (km) using 1 at1 am

8/29/06 location supplied by Kim Lute of the Company is 82/58/29.025, 39/19/29.864; converted to

(1194.855,17.745)

The emissions rates are: for NOx, highest daily rate for B002 and B003 combined for 2005, 2004, or last

274 days in 2003.

For S02: highest daily emission rate for 2003, 2004, 2005

PrPM25: used the value of 0.859 representing PM10 rather than the value for PM2.5 which looked too low to

me.

The baseline for S02 (i.e., highest combined daily rate) is 1308.87 g/s.

Note that, for for my S02-control runs, I'm assuming NOx emission is unchanged at the baseline, even

though the

Glatfelter technical report says some NOx removal will occur, but doesn't quantify the amount.

523.55 failed to flunk. It looks like I failed to bracket the value of 490 g/s that I supplied the

company. To check this,

I did a run at 500 gis, which failed to flunk. Next, I'm trying .41(1308.87) 536.637 in this input deck

n.b.: (9/19/07) 536.637 doesn't flunk either. I get 7 days for doso and shen in 2002, nothing more than 6

days in 2003 or 2004.

Try .42(1308.87) = 549.725 g/s next. Passed. Now, 0.43(1308.87) = 562.814. That flunked (8 days, doso,

2002). Now, I'm making

one more run, at 550, just so 1'11 have a round. number to bandy about. (Note: 1-550/1308.87 = 57.98%. 550

passed. Now 555.

555 flunked. 552 passed. Now 553.

Page 1
ii~<~~:;'"

'\It

MRPO TEST RUN

no sfc or upper air data, MM5 output

---------------- Run title (3 lines) ------------------------------------------

CALPUFF MODEL CONTROL FILE

INPUT GROUP: 0 -- Input and Output File Names

--------------

Default Name Type File Name

------------ ---------

CALMET.DAT input * METDAT * or

ISCMET.DAT input * ISCDAT * or

PLMMET.DAT input * PLMDAT * or

PROFILE.DAT input * PRFDAT * SURFACE. OAT input * SFCDAT * RESTARTB.DAT input * RSTARTB=

CALPUFF.LST

CONC.DAT

DFLX.DAT

WFLX.DAT

VISB.DAT

RESTARTE.DAT

Emission Files

output

output

output

output

output

output

PUFLST =/calpuff/output/~puf.2003.recp.glat 553.lst

CONDAT =/calpuff/output/conc.2003.recp.glat-553.dat

* DFDAT * * WFDAT * VISDAT =/calpuff/output/visb.2003.recp.glat 553.dat

* RSTARTE= *

PTEMARB.DAT

VOLEMARB.DAT

BAEMARB.DAT

LNEMARB.DAT

input

input

input

input

* PTDAT

* VOLDAT

* ARDAT

* LNDAT

*

*

*

*

Other Files

-----------

OZONE.DAT input * OZDAT * VD.DAT input * VDDAT * CHEM.DAT input * CHEMDAT= * H202.DAT input * H202DAT= * HILL.DAT input * HILDAT= * HILLRCT.DAT input * RCTDAT= * COASTLN.DAT input * CSTDAT= * FLUXBDY.DAT input * BDYDAT= * BCON.DAT input * BCNDAT= * DEBUG.DAT output * DEBUG = * MASSFLX.DAT output * FLXDAT= * MASSBAL.DAT output * BALDAT= * FOG.DAT output * FOGDAT= *

All file names will be converted to lower case if LCFILES = T

Otherwise, if LCFILES = F, file names will be converted to UPPER CASE

T = lower case ! LCFILES = T !

F = UPPER CASE

NOTE: (1) file/path names can be up to 70 characters in length

Provision for multiple input files

Number of CALMET.DAT files for run (NMETDAT)

Default: 1

Number of PTEMARB.DAT files for run (NPTDAT)

Default: 0

Number of BAEMARB.DAT files for run (NARDAT)

Default: 0

Number of VOLEMARB.DAT files for run (NVOLDAT)

Default: 0

NMETDAT

NPTDAT

NARDAT

NVOLDAT

o

o

364

o
!END!

Subgroup (Oa)

The following CALMET.DAT filenames are processed in sequence if NMETDAT>l

Default Name Type File Name

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METDAT=/calpuff/calpuff/calmet/2003/calmet.030102.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030103.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030104.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030105.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030106.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030107.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030108.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030109.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030110.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030111.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030112.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030113.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030114.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030115.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030116.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030117.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030118.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030119.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030120.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030121.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030122.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030123.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030124.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030125.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030126.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030127.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030128.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030129.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030130.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030131.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030201.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030202.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030203.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030204.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030205.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030206.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030207.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030208.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030209.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030210.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030211.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030212.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030213.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030214.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030215.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030216.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030217.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030218.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030219.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030220.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030221.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030222.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030223.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030224.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030225.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030226.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030227.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030228.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030301.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030302.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030303.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030304.DAT

METDAT=/calpuff/calpuff/calmet/2003/calrnet.030305.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030306.DAT

METDAT=/calpuff/calpuff/calmet/2003/calrnet.030307.DAT

METDAT=/calpuff/calpuff/calmet/2003/calrnet.030308.DAT

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METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030309.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030310.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030311.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030312.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030313.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030314.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030315.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030316.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030317.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030318.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030319.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030320.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030321.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030322.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030323.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030324.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030325.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030326.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030327.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calmet.030328.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030329.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030330.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030331.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030401.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calrnet.030402.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calmet.030403.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030404.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030405.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030406.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030407.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030408.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030409.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030410.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030411.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030412.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030413.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calmet.030414.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030415.DAT

METDAT=/calpuff/calpuff/calrnet/2003/calmet.030416.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030417.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030418.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030419.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030420.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030421.DAT

I METDAT=/calpuff/calpuff/calmet/2003/calmet.030422.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030423.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030424.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030425.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030426.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030427.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030428.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030429.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030430.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030501.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030502.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030503.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030504.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030505.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030506.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030507.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030508.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030509.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030510.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030511.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030512.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030513.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030514.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030515.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030516.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030517.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030518.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030519.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030520.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030521.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030522.DAT

METDAT=/calpuff/calpuff/calmet/2003/calmet.030523.DAT

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!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

!END!

'END!

END!

END!

END!

END!

END!

END!

END!

END!

END!

!END!

!END!

!END!

!END!

INPUT GROUP: 1 -- General run control pararneters
Option to run all periods found

in the met. file (METRUN) Default: 0 ! METRUN o

METRUN 0 Run period explicitly defined below

METRUN 1 Run all periods in met. file

Starting date: Year (IBYR) No default IBYR 2003

(used only if Month (IBMO) No default IBMO 1

METRUN = 0) Day (IBDY) No default IBDY 02

Hour (IBHR) No default IBHR 1

Base time zone (XBTZ) No default XBTZ 5.0

PST 8. , MST 7 .

CST = 6. , EST 5.

Length of run (hours) (IRLG) -- No default IRLG 8736

Number of chemical species (NSPEC)

Default: 5 NSPEC 6

Number of chemical species

to be emitted (NSE) Default: 3 NSE 3

Flag to stop run after

SETUP phase (ITEST) Default: 2 ITEST 2

(Used to allow checking

of the model inputs, files, etc.)

ITEST 1 STOPS program after SETUP phase

ITEST = 2 - Continues with execution of program

after SETUP

Restart Configuration:

Control flag (MRESTART) Default: 0 MRESTART o

o Do not read or write a restart file

1 Read a restart file at the beginning of

the run

2 Write a restart file during run

3 Read a restart file at beginning of run

and write a restart file during run

Number of periods in Restart

output cycle (NRESPD) Default: 0

o File written only at last period

>0 File updated every NRESPD periods

Meteorological Data Format (METFM)

Default: 1

NRESPD

METFM 1

o

METFM

METFM

METFM

METFM

1

2

3

4

CALMET binary file (CALMET.MET)

ISC ASCII file (ISCMET.MET)

AUSPLUME ASCII file (PLMMET.MET)

CTDM plus tower file (PROFILE.DAT) and

surface parameters file (SURFACE.DAT)

PGTIME = 60.

PG sigma-y is adjusted by the factor (AVET/PGTIME)**0.2

Averaging Time (minutes) (AVET)

Default: 60.0

PG Averaging Time (minutes) (PGTIME)

Default: 60.0

!END!

INPUT GROUP: 2 -- Technical options

AVET 60. !

vertical distribution used in the

near field (MGAUSS)

o = uniform

Default: 1 MGAUSS 1
1 = Gaussian

Terrain adjustment method

(MCTADJ) Default: 3

o no adjustment

1 ISC-type of terrain adjustment

2 simple, CALPUFF-type of terrain

adjustment

3 partial plume path adjustment

Subgrid-scale complex terrain

flag (MCTSG) Default: 0

o not modeled

1 = modeled

Near~field puffs modeled as

elongated 0 (MSLUG) Default: 0

o no

1 = yes (slug model used)

MCTADJ

MCTSG

MSLUG

o

o

3

Transitional plume rise modeled?

(MTRANS) Default: 1

o no (i.e., final rise only)

1 = yes (i.e., transitional rise computed)

stack tip downwash? (MTIP) Default: 1

o no (i.e., no stack tip downwash)

1 = yes (i.e., use stack tip downwash)

MTRANS 1

MTIP 1

Method used to simulate building

downwash? (MBDW)

1 ISC method

2 = PRIME method

Default: 1 MBDW 1

vertical wind shear modeled above

stack top? (MSHEAR) Default: 0

o no (i.e., vertical wind shear not modeled)

1 = yes (i.e., vertical wind shear modeled)

MSHEAR o

Puff splitting allowed? (MSPLIT)

o no (i.e., puffs not split)

1 = yes (i.e., puffs are split)

Default: 0 MSPLIT o

Chemical mechanism flag (MCHEM) Default: 1

o chemical transformation not

modeled

1 transformation rates computed

internally (MESOPUFF II scheme)

2 user-specified transformation

rates used

3 transformation rates computed

internally (RIVAD/ARM3 scheme)

4 secondary organic aerosol formation

computed (MESOPUFF II scheme for OH)

Aqueous phase transformation flag (MAQCHEM)

(Used only if MCHEM = 1, or 3) Default: 0

o aqueous phase transformation

not modeled

1 transformation rates adjusted

for aqueous phase reactions

MCHEM 1

MAQCHEM 0

Wet removal modeled? (MWET) Default: 1

o no

1 = yes

Dry deposition modeled (MDRY) Default: 1

o = no

1 = yes

(dry deposition method specified

for each species in Input Group 3)

Method used to compute dispersion

coefficients (MDISP) Default: 3

MWET

MDRY

! MDISP

1

1

3

1 = dispersion coefficients computed from measured values
of turbulence, sigma v, sigma w

2 dispersion coefficients from internally calculated

sigma v, sigma w using micrometeorological variables

(u*, w*, L, etc.)

3 PG dispersion coefficients for RURAL areas (computed using

the ISCST multi-segment approximation) and MP coefficients in

urban areas

4 same as 3 except PG coefficients computed using

the MESOPUFF II eqns.

5 CTDM sigmas used for stable and neutral conditions.

For unstable conditions, sigmas are computed as in

MDISP = 3, described above. MDISP = 5 assumes that

measured values are read

Sigma-v/sigma-theta, sigma-w measurements used? (MTURBVW)

(Used only if MDISP = 1 or 5) Default: 3 ! MTURBVW 3

1 = use sigma-v or sigma-theta measurements

from PROFILE.DAT to compute sigma-y

(valid for METFM = 1, 2, 3, 4)

2 use sigma-w measurements

from PROFILE.DAT to compute sigma-z

(valid for METFM = 1, 2, 3, 4)

3 use both sigma-(v/theta) and sigma-w

from PROFILE.DAT to compute sigma-y and sigma-z

(valid for METFM = 1, 2, 3, 4)

4 use sigma-theta measurements

from PLMMET.DAT to compute sigma-y

(valid only if METFM = 3)

Back-up method used to compute dispersion

when measured turbulence data are

missing (MDISP2) Default: 3 ! MDISP2 3

(used only if MDISP = 1 or 5)

2 = dispersion coefficients from internally calculated

sigma v, sigma w using micrometeorological variables

(u*, w*, L, etc.)

3 PG dispersion coefficients for RURAL areas (computed using

the ISCST multi-segment approximation) and MP coefficients in

urban areas

4 same as 3 except PG coefficients computed using

the MESOPUFF II eqns.

PG sigma-y,z adj. for roughness?

(MROUGH)

o no

1 = yes

Partial plume penetration of

elevated inversion?

(MPARTL)

o no

1 = yes

Default: 0

Default: 1

MROUGH

MPARTL

o

1

Strength of temperature inversion Default: 0

provided in PROFILE.DAT extended records?

(MTINV)

o no (computed from measured/default gradients)

1 = yes

PDF used for dispersion under convective conditions?

Default: 0

(MPDF)

o no

1 = yes

Sub-Grid TIBL module used for shore line?

Default: 0

(MSGTIBL)

o no

1 = yes

Boundary conditions (concentration) modeled?

Default: 0

(MBCON)

o no

1 = yes, using formatted BCON.DAT file

MTINV

MPDF

MSGTIBL

MBCON

o

o

o

o
2 yes, using unformatted CONC.DAT file

Analyses of fogging and icing impacts due to emissions from

arrays of mechanically-forced cooling towers can be performed

using CALPUFF in conjunction with a cooling tower emissions

processor (CTEMISS) and its associated postprocessors. Hourly

emissions of water vapor and temperature from each cooling tower

cell are computed for the current cell configuration and ambient

conditions by CTEMISS. CALPUFF models the dispersion of these

emissions and provides cloud information in a specialized format

for further analysis. Output to FOG.DAT is provided in either

'plume mode' or 'receptor mode' format.

Configure for FOG Model output?

Default: 0 MFOG 0

(MFOG)

0 no

1 yes report results in PLUME Mode format

2 yes report results in RECEPTOR Mode format

TEST options specified to see if

they conform to regulatory

values? (MREG) Default: 1 MREG 0

o NO checks are made

1 Technical options must conform to USEPA

Long Range Transport (LRT) guidance

METFM 1 or 2

AVET 60. (min)

PGTIME 60. (min)

MGAUSS 1

MCTADJ 3

MTRANS 1

MTIP 1

MCHEM 1 or 3 (if modeling SOx, NOx)

MWET 1

MDRY 1

MDISP 2 or 3

MPDF 0 if MDISP=3

1 if MDISP=2

MROUGH 0

MPARTL 1

SYTDEP 550. (m)

MHFTSZ 0

!END!

INPUT GROUP: 3a, 3b -- Species list

Subgroup (3a)

The following species are modeled:

CSPEC

CSPEC

CSPEC

CSPEC

CSPEC

CSPEC

SPECIES

NAME

(Limit: 12

Characters

in length)

S02

S04

NOX

HN03

N03

PM25

MODELED

(O=NO, l=YES)

!END!

!END!

!END!

!END!

!END!

!END!

EMITTED

(O=NO, l=YES)

Dry

DEPOSITED

(O=NO,

l=COMPUTED-GAS

2=COMPUTED-PARTICLE

3=USER-SPECIFIED)

OUTPUT GROUP

NUMBER

(O=NONE,

l=lst CGRUP,

2=2nd CGRUP,

3= etc.)
S02 1, 1, 1, 0

S04 1, 0, 2, 0

NOX I, 1, 1, 0

HN03 1, 0, 1, 0

N03 1, 0, 2, 0

PM25 1, 1, 2, 0

!END!

------_._-----

Subgroup (3b)

-------------

The following names are used for Species-Groups in which results

for certain species are combined (added) prior to output. The

CGRUP name will be used as the species name in output files.

Use this feature to model specific particle-size distributions

by treating each size-range as a separate species.

Order must be consistent with 3(a) above.

INPUT GROUP: 4 -- Map Projection and Grid control parameters

Projection for all (X,Y):

Map projection

(PMAP) Default: UTM PMAP LCC

UTM

TTM

LCC

PS

EM

LAZA

Universal Transverse Mercator

Tangential Transverse Mercator

Lambert Conformal Conic

Polar Stereographic

Equatorial Mercator

Lambert Azimuthal Equal Area

0.000

0.000

FEAST

FNORTH

False Easting and Northing (km) at the projection origin

(Used only if PMAP= TTM, LCC, or LAZA)

(FEAST) Default=O.O

(FNORTH) Default=O.O

UTM zone (1 to 60)

(Used only if PMAP=UTM)

(IUTMZN) No Default IUTMZN o

Default: N

Northern hemisphere projection

Southern hemisphere projection

Hemisphere for UTM projection?

(Used only if PMAP=UTM)

(UTMHEM)

N

S

UTMHEM N

Latitude and Longitude (decimal degrees) of projection origin

(Used only if PMAP= TTM, LCC, PS, EM, or LAZA)

(RLATO) No Default ! RLATO 40N

(RLONO) No Default ! RLONO 97W

TTM RLONO

RLATO

LCC RLONO

RLATO

PS RLONO

RLATO

EM RLONO

RLATO

LAZA: RLONO

RLATO

identifies central (true N/S) meridian of projection

selected for convenience

identifies central (true N/S) meridian of projection

selected for convenience

identifies central (grid N/S) meridian of projection

selected for convenience

identifies central meridian of projection

is REPLACED by O.ON (Equator)

identifies longitude of tangent-point of mapping plane

identifies latitude of tangent-point of mapping plane

Matching parallel(s) of latitude (decimal degrees) for projection

(Used only if PMAP= LCC or PS)

(XLATl) No Default XLATI 33N

(XLAT2) No Default XLAT2 45N
LCC Projection cone slices through Earth's surface at XLAT1 and XLAT2

PS Projection plane slices through Earth at XLAT1

(XLAT2 is not used)

Note: Latitudes and longitudes should be positive, and include a

letter N,S,E, or W indicating north or south latitude, and

east or west longitude. For example,

35.9 N Latitude 35.9N

118.7 E Longitude = 118.7E

Datum-region

The Datum-Region for the coordinates is identified by a character

string. Many mapping products currently available use the model of the

Earth known as the World Geodetic System 1984 (WGS-84). Other local

models may be in use, and their selection in CALMET will make its output

consistent with local mapping products. The list of Datum-Regions with

official transformation parameters is provided by the National Imagery and

Mapping Agency (NIMA).

NIMA Datum - Regions (Examples)

WGS-84

NAS-C

NAR-C

NWS-84

ESR-S

WGS-84 Reference Ellipsoid and Geoid, Global coverage (WGS84)

NORTH AMERICAN 1927 Clarke 1866 Spheroid, MEAN FOR CONUS (NAD27)

NORTH AMERICAN 1983 GRS 80 Spheroid, MEAN FOR CONUS (NAD83)

NWS 6370KM Radius, Sphere

ESRI REFERENCE 6371KM Radius, Sphere

Datum-region for output coordinates

(DATUM) Default: WGS-84

METEOROLOGICAL Grid:

Rectangular grid defined for projection PMAP,

with X the Easting and Y the Northing coordinate

DATUM NAS-C

No. X grid cells (NX)

No. Y grid cells (NY)

No. vertical layers (NZ)

No default

No default

No default

NX

NY

NZ

97

90

16

Grid spacing (DGRIDKM) No default

Units: km

DGRIDKM = 36.

ZFACE

Cell face heights

(ZFACE(nz+1)) No defaults

Units: m

0., 20., 73., 109., 146., 294., 445., 598., 753., 1071.,

1400., 1828., 2462., 3984., 6517., 10127., 14662. !

Reference Coordinates

of SOUTHWEST corner of

grid cell(l, 1):

X coordinate (XORIGKM)

Y coordinate (YORIGKM)

No default

No default

Units: km

XORIGKM

YORIGKM

-900. !

-1620. !

COMPUTATIONAL Grid:

The computational grid is identical to or a subset of the MET. grid.

The lower left (LL) corner of the computational grid is at grid point

(IBCOMP, JBCOMP) of the MET. grid. The upper right (UR) corner of the

computational grid is at grid point (IECOMP, JECOMP) of the MET. grid.

The grid spacing of the computational grid is the same as the MET. grid.

X index of LL corner (IBCOMP)

(1 <= IBCOMP <= NX)

Y index of LL corner (JBCOMP)

(1 <= JBCOMP <= NY)

No default

No default

IBCOMP

JBCOMP

1

1
x index of UR corner (IECOMP)

(1 <= IECOMP <= NX)

Y index of UR corner (JECOMP)

(1 <= JECOMP <= NY)

SAMPLING Grid (GRIDDED RECEPTORS) :

No default

No default

IECOMP

JECOMP

97

90

The lower left (LL) corner of the sampling grid is at grid point

(IBSAMP, JBSAMP) of the MET. grid. The upper right (UR) corner of the

sampling grid is at grid point (IESAMP, JESAMP) of the MET. grid.

The sampling grid must be identical to or a subset of the computational

grid. It may be a nested grid inside the computational grid.

The grid spacing of the sampling grid is DGRIDKM/MESHDN.

Logical flag indicating if gridded

receptors are used (LSAMP) Default: T

(T=yes, F=no)

x index of LL corner (IBSAMP) No default

(IBCOMP <= IBSAMP <= IECOMP)

Y index of LL corner (JBSAMP) No default

(JBCOMP <= JBSAMP <= JECOMP)

x index of UR corner (IESAMP) No default

(IBCOMP <= IESAMP <= IECOMP)

Y index of UR corner (JESAMP) No default

(JBCOMP <= JESAMP <= JECOMP)

Nesting factor of the sampling

grid (MESHDN) Default: 1

(MESHDN is an integer >= 1)

!END!

INPUT GROUP: 5 -- Output Options

*

LSAMP F

IBSAMP 1

JBSAMP 1

IESAMP 97

JESAMP 90

MESHDN 1

* FILE DEFAULT VALUE VALUE THIS RUN

Concentrations (ICON) 1

Dry Fluxes (IDRY) 1

Wet Fluxes (IWET) 1

Relative Humidity (IVIS) 1

(relative humidity file is

required for visibility

analysis)

Use data compression option in output file?

(LCOMPRS) Default: T

ICON 1

IDRY 0

IWET 0

IVIS 1

LCOMPRS T

*

o Do not create file, 1 create file

DIAGNOSTIC MASS FLUX OUTPUT OPTIONS:

Mass flux across specified boundaries

for selected species reported hourly?

(IMFLX) Default: 0

o no

1 = yes (FLUXBDY.DAT and MASSFLX.DAT filenames

are specified in Input Group 0)

Mass balance for each species

reported hourly?

IMFLX o
(IMBAL) Default: 0

° no 1 = yes (MASSBAL.DAT filename is

specified in Input Group 0)

LINE PRINTER OUTPUT OPTIONS:

IMBAL o

Print concentrations (ICPRT)

Print dry fluxes (IDPRT)

Print wet fluxes (IWPRT)

(0 = Do not print, 1 = Print)

Concentration print interval

(ICFRQ) in hours

Dry flux print interval

(IDFRQ) in hours

Wet flux print interval

(IWFRQ) in hours

Default: 0

Default: 0

Default: 0

Default: 1

Default: 1

Default: 1

ICPRT

IDPRT

IWPRT

ICFRQ

IDFRQ

IWFRQ

o

o

o

1

1

1

Units for Line Printer Output

(IPRTU) Default: 1 IPRTU 3

for for

Concentration Deposition

1 g/m**3 g/m**2/s

2 mg/m**3 mg/m**2/s

3 ug/m**3 ug/m**2/s

4 ng/m**3 ng/m**2/s

5 Odour Units

Messages tracking progress of run

written to the screen?

(IMESG) Default: 2 IMESG 2

° no 1 yes (advection step, puff ID)

2 yes (YYYYJJJHH, # old puffs, # emitted puffs)

SPECIES (or GROUP for combined species) LIST FOR OUTPUT OPTIONS

MASS FLUX

SPECIES

IGROUP

SAVED ON DISK?

---- CONCENTRATIONS ----

PRINTED? SAVED ON DISK?

------ DRY FLUXES ------

PRINTED? SAVED ON DISK?

------ WET FLUXES ------

PRINTED? SAVED ON DISK?

S02

o

S04

o

NOX = o

HN03

o

N03

o

PM25

o

0, 1, 0, 0, 0, 0,

0, 1, 0, 0, 0, 0,

0, 1, 0, 0, 0, 0,

0, 1, 0, 0, 0, 0,

0, 1, 0, 0, 0, 0,

0, 1, 0, 0, 0, 0,

OPTIONS FOR PRINTING "DEBUG" QUANTITIES (much output)

Logical for debug output

(LDEBUG) Default: F LDEBUG F

First puff to track

(IPFDEB) Default: 1 IPFDEB 1

Number of puffs to track

(NPFDEB) Default: 1 NPFDEB 1

Met. period to start output

(NNl) Default: 1 NNI 1

Met. period to end output

(NN2) Default: 10 NN2 10
!END!

INPUT GROUP: 6a, 6b, & 6c -- Subgrid scale complex terrain inputs

Subgroup (6a)

Number of terrain features (NHILL) Default: 0

Number of special complex terrain

receptors (NCTREC) Default: 0

Terrain and CTSG Receptor data for

CTSG hills input in CTDM format ?

(MHILL) No Default

1 = Hill and Receptor data created

by CTDM processors & read from

HILL.DAT and HILLRCT.DAT files

2 Hill data created by OPTHILL &

input below in Subgroup (6b);

Receptor data in Subgroup (6c)

Factor to convert horizontal dimensions Default: 1.0

to meters (MHILL=l)

Factor to convert vertical dimensions Default: 1.0

to meters (MHILL=l)

NHILL 0

NCTREC 0

MHILL 2

XHILL2M 1.

ZHILL2M 1.

X-origin of CTDM system relative to No Default

CALPUFF coordinate system, in Kilometers (MHILL=l)

Y-origin of CTDM system relative to No Default

CALPUFF coordinate system, in Kilometers (MHILL=l)

! END

Subgroup (6b)

1 ** HILL information

XCTDMKM

YCTDMKM

O.OEOO

O.OEOO

HILL

AMAX1

NO.

(m)

XC

AMAX2

(km)

(m)

YC

(km)

THETAH ZGRID RELIEF

(deg.) (m) (m)

EXPO 1

(m)

EXPO 2

(m)

SCALE 1

(m)

SCALE 2

(m)

Subgroup (6c)

COMPLEX TERRAIN RECEPTOR INFORMATION

1

XRCT

(km)

YRCT

(km)

ZRCT

(m)

XHH

Description of

XC, YC

THETAH

ZGRID

RELIEF

Complex Terrain Variables:

Coordinates of center of hill

Orientation of major axis of hill (clockwise from

North)

Height of the 0 of the grid above mean sea

level

Height of the crest of the hill above the grid elevation
EXPO 1

EXPO 2

SCALE 1

SCALE 2

AMAX

BMAX

Hill-shape exponent for the major axis

Hill-shape exponent for the major axis

Horizontal length scale along the major axis

Horizontal length scale along the minor axis

Maximum allowed axis length for the major axis

Maximum allowed axis length for the major axis

XRCT, YRCT = Coordinates of the complex terrain receptors

ZRCT Height of the ground (MSL) at the complex terrain

Receptor

XHH Hill number associated with each complex terrain receptor

(NOTE: MUST BE ENTERED AS A REAL NUMBER)

**

NOTE: DATA for each hill and CTSG receptor are treated as a separate

input subgroup and therefore must end with an input group terminator.

INPUT GROUP: 7 -- Chemical parameters for dry deposition of gases

SPECIES

LAW COEFFICIENT

NAME

(dimensionless)

S02

NOX

HN03

lEND!

DIFFUSIVITY

(cm**2 / s)

0.1509,

0.1656,

0.1628,

ALPHA STAR

1000. ,

1. ,

1. ,

REACTIVITY

8. ,

8. ,

18. ,

MESOPHYLL RESISTANCE

(s/cm)

o. ,

5. ,

o. ,

HENRY'S

0.04

3.5

0.00000008

INPUT GROUP: 8 -- Size parameters for dry deposition of particles

For SINGLE SPECIES, the mean and standard deviation are used to

compute a deposition velocity for NINT (see group 9) size-ranges,

and these are then averaged to obtain a mean deposition velocity.

For GROUPED SPECIES, the size distribution should be explicitly

specified (by the 'species' in the group), and the standard deviation

for each should be entered as O. The model will then use the

deposition velocity for the stated mean diameter.

!END!

SPECIES

NAME

S04

N03

PM25

GEOMETRIC MASS MEAN

DIAMETER

(microns)

0.48,

0.48,

0.48,

GEOMETRIC STANDARD

DEVIATION

(microns)

2.

2.

2.

INPUT GROUP: 9 -- Miscellaneous dry deposition parameters

Reference cuticle resistance

(RCUTR)

Reference ground resistance

(RGR)

(s/cm)

Default: 30

(s/cm)

Default: 10

RCUTR

RGR

30.0

10.0
Reference pollutant reactivity

(REACTR) Default: 8 REACTR 8.0

Number of particle-size intervals used to

evaluate effective particle deposition velocity

(NINT) Default: 9

Vegetation stat€ in unirrigated areas

(IVEG) Default: 1

IVEG=l for active and unstressed vegetation

IVEG=2 for active and stressed vegetation

IVEG=3 for inactive vegetation

!END!

INPUT GROUP: 10 -- Wet Deposition Parameters

NINT

IVEG

9

1

Scavenging Coefficient -- Units: (sec)**(-l)

!END!

Pollutant

S02

S04

NOX

HN03

N03

Liquid Precipe

3.0E-05,

1.0E-04,

O.OEOO,

6.0E-05,

1.0E-04,

Frozen Precipe

O.OEOO

3.0E-05

O.OEOO

O.OEOO

3.0E-05

INPUT GROUP: 11 -- Chemistry Parameters

Ozone data input option (MOZ) Default: 1

(Used only if MCHEM = 1, 3, or 4)

o use a monthly background ozone value

1 = read hourly ozone concentrations from

the OZONE.DAT data file

MOZ o

*

Monthly ozone concentrations

(Used only if MCHEM = 1, 3, or 4 and

MOZ = 0 or MOZ = 1 and all hourly 03 data missing)

(BCK03) in ppb Default: 12*80.

* BCK03 80.00,80.00,80.00,80.00,80.00,80.00,80.00, 80.00, 80.00, 80.00, 80.00, 80.00

BCK03 31.00, 31.00, 31.00, 37.00, 37.00, 37.00, 33.00, 33.00, 33.00, 27.00, 27.00, 27.00

*

Monthly ammonia concentrations

(Used only if MCHEM = 1, or 3)

(BCKNH3) in ppb Default: 12*10.

* BCKNH3 10.00,10.00,10.00,10.00,10.00,10.00,10.00, 10.00, 10.00, 10.00, 10.00, 10.00

BCKNH3 00.30, 00.30, 00.30, 00.50, 00.50, 00.50, 00.50, 00.50, 00.50, 00.50, 00.50, 00.50

Nighttime S02 loss rate (RNITE1)

in percent/hour Default: 0.2

Nighttime NOx loss rate (RNITE2)

in percent/hour Default: 2.0

RNITE1

RNITE2

.2

2.0

Nighttime HN03 formation rate (RNITE3)

in percent/hour Default: 2.0 RNITE3 = 2.0

H202 data input option (MH202)

(Used only if MAQCHEM = 1)

Default: 1 MH202 = 1
0 use a monthly background H202 value

1 read hourly H202 concentrations from

the H202.DAT data file

Monthly H202 concentrations

(Used only if MQACHEM 1 and

MH202 = 0 or MH202 = 1 and all hourly H202 data missing)

(BCKH202) in ppb Default: 12*1.

* BCKH202 1.00, 1.00, 1.00, 1.00, 1.00, 1.00, 1.00, 1.00, 1.00, 1.00, 1.00, 1.00 *

BCKH202 = 0.50, 0.50, 0.50, 2.30, 2.30, 2.30, 3.50, 3.50, 3.50, 0.80, 0.8'0, 0.80

Data for SECONDARY ORGANIC AEROSOL (SOA) Option

(used only if MCHEM = 4 )

The SOA module uses monthly values of:

Fine particulate concentration in ug/ml\3 (BCKPMF)

Organic fraction of fine particulate (OFRAC)

VOC / NOX ratio (after reaction) (VCNX)

to characterize the air mass when computing

the formation of SOA from VOC emissions.

Typical values for several distinct air mass types are:

Month 1 2 3 4 5 6 7 8 9 10 11 12

Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec

Clean Continental

BCKPMF 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1.

OFRAC .15 .15 .20 .20 .20 .20 .20 .20 .20 .20 .20 .15

VCNX 50. 50. 50. 50. 50. 50. 50. 50. 50. 50. 50. 50.

Clean Marine (surface)

BCKPMF .5 .5 .5 .5 .5 .5 .5 .5 .5 .5 .5 .5

OFRAC .25 .25 .30 .30 .30 .30 .30 .30 .30 .30 .30 .25

VCNX 50. 50. 50. 50. 50. 50. 50. 50. 50. 50. 50. 50.

Urban - low biogenic (controls present)

BCKPMF 30. 30. 30. 30. 30. 30. 30. 30. 30. 30. 30. 30.

OFRAC .20 .20 .25 .25 .25 .25 .25 .25 .20 .20 .20 .20

VCNX 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4.

Urban - high biogenic (controls present)

BCKPMF 60. 60. 60. 60. 60. 60. 60. 60. 60. 60. 60. 60.

OFRAC .25 .25 .30 .30 .30 .55 .55 .55 .35 .35 .35 .25

VCNX 15. 15. 15. 15. 15. 15. 15. 15. 15. 15. 15. 15.

Regional Plume

BCKPMF 20. 20. 20. 20. 20. 20. 20. 20. 20. 20. 20. 20.

OFRAC .20 .20 .25 .35 .25 .40 .40 .40 .30 .30 .30 .20

VCNX 15. 15. 15. 15. 15. 15. 15. 15. 15. 15. 15. 15.

Urban - no controls present

BCKPMF 100. 100. 100. 100. 100. 100. 100. 100. 100. 100. 100. 100.

OFRAC .30 .30 .35 .35 .35 .55 .55 .55 .35 .35 .35 .30

VCNX 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2.

Default: Clean Continental

BCKPMF = 1. 00, 1. 00, 1. 00, 1. 00, 1. 00, 1. 00, 1. 00, 1. 00, 1. 00, 1. 00, 1. 00, 1. 00 !

OFRAC = O. 15, O. 15, O. 20, O. 20, O. 20, O. 20, O. 20, O. 20, O. 20, O. 20, O. 20, O. 15 !

VCNX = 50.00, 50.00, 50.00, 50.00, 50.00, 50.00, 50.00, 50.00, 50.00, 50.00, 50.00, 50.00

!END!

INPUT GROUP: 12 -- Misc. Dispersion and Computational Parameters

Horizontal size of puff (m) beyond which

time-dependent dispersion equations (Heffter)

are used to determine sigma-y and

sigma-z (SYTDEP) Default: 550. SYTDEP 5.5E02
Switch for using Heffter equation for sigma z

as above (0 = Not use Heffter; 1 = use Heffter

(MHFTSZ) Default: 0

Stability class used to determine plume

growth rates for puffs above the boundary

layer (JSUP) Default: 5

Vertical dispersion constant for stable

conditions (k1 in Eqn. 2.7-3) (CONK1) Default: 0.01

vertical dispersion constant for neutral/

unstable conditions (k2 in Eqn. 2.7-4)

(CONK2) Default: 0.1

Factor for determining Transition-point from

Schulman-Scire to Huber-Snyder Building Downwash

scheme (SS used for Hs < Hb + TBD * HL)

(TBD) Default: 0.5

TBD < 0 ==> always use Huber-Snyder

TBD 1.5 ==> always use Schulman-Scire

TBD 0.5 ==> ISC Transition-point

MHFTSZ

JSUP

CONK1

CONK2

TBD .5

o

5

.01

.1

Range of land use categories for which

urban dispersion is assumed

(IURB1, IURB2) Default: 10

19

IURB1

IURB2

10

19

Site characterization parameters for single-point Met data files ---------

(needed for METFM = 2,3,4)

Land use category for modeling domain

(ILANDUIN) Default: 20 ILANDUIN 20

Roughness length (m) for modeling domain

(ZOIN) Default: 0.25 ZOIN .25

Leaf area index for modeling domain

(XLAIIN)

Elevation above sea level (m)

(ELEVIN)

Latitude (degrees) for met location

(XLATIN)

Default: 3.0

Default: 0.0

Default: -999.

XLAIIN

ELEVIN

XLATIN

3.0

.0

-999.0

Longitude (degrees) for met location

(XLONIN) Default: -999. ! XLONIN = -999.0

Specialized information for interpreting single-point Met data files -----

Anemometer height (m)

(ANEMHT)

(Used only if METFM = 2,3)

Default: 10. ANEMHT 10.0

Form of lateral turbulance data in PROFILE.DAT file

(Used only if METFM = 4 or MTURBVW = 1 or 3)

(ISIGMAV) Default: 1

o read sigma-theta

1 = read sigma-v

Choice of mixing heights (Used only if METFM = 4)

(IMIXCTDM) Default: 0

o read PREDICTED mixing heights

1 = read OBSERVED mixing heights

ISIGMAV

IMIXCTDM

1

o

Maximum length of a slug (met. grid units)

(XMXLEN) Default: 1.0 XMXLEN 1.0

Maximum travel distance of a pUff/slug (in

grid units) during one sampling step

(XSAMLEN) Default: 1.0 XSAMLEN 1.0

Maximum Number of slugs/puffs release from

one source during one time step

(MXNEW) Default: 99 MXNEW 99
Maximum Number of sampling steps for

one puff/slug during one time step

(MXSAM) Default: 99 MXSAM 99

Number of iterations used when computing

the transport wind for a sampling step

that includes gradual rise (for CALMET

and PROFILE winds)

(NCOUNT) Default: 2 NCOUNT 2

Minimum sigma y for a new puff/slug (m)

(SYMIN) Default: 1.0 SYMIN 1.0

Minimum sigma z for a new puff/slug (m)

(SZMIN) Default: 1.0 SZMIN 1.0

Default minimum turbulence velocities

sigma-v and sigma-w for each

stability class (m/s)

(SVMIN(6) and SWMIN(6)) Default SVMIN

Default SWMIN

Stability Class

SVMIN

SWMIN

.50, .50, .50, .50, .50, .50

.20, .12, .08, .06, .03, .016

A B C D E F

0.500, 0.500, 0.500, 0.500, 0.500, 0.500!

0.200, 0.120, 0.080, 0.060, 0.030, 0.016!

Divergence criterion for dw/dz across puff

used to initiate adjustment for horizontal

convergence (l/s)

Partial adjustment starts at CDIV(l), and

full adjustment is reached at CDIV(2)

(CDIV(2)) Default: 0.0,0.0 CDIV .0, .0

Minimum wind speed (m/s) allowed for

non-calm conditions. Also used as minimum

speed returned when using power-law

extrapolation toward surface

(WSCALM) Default: 0.5 WSCALM .5

Maximum mixing height (m)

(XMAXZI) Default: 3000. XMAXZI 3000.0

Minimum mixing height (m)

(XMINZI) Default: 50. XMINZI 50.0

1.54, 3.09, 5.14, 8.23, 10.8 (10.8+)

1 2 3 4 5

1.54, 3.09, 5.14, 8.23, 10.80

ISC RURAL values

.07, .07, .10, .15, .35, .55

.15, .15, .20, .25, .30, .30

A B C D E F

0.07, 0.07, 0.10, 0.15, 0.35, 0.55

WSCAT

! PLXO

Stability Class

Wind Speed Class

Default wind speed profile power-law

exponents for stabilities 1-6

(PLXO(6)) Default

ISC RURAL

ISC URBAN

Default wind speed classes --

5 upper bounds (m/s) are entered;

the 6th class has no upper limit

(WSCAT(5)) Default

ISC RURAL

Default potential temperature gradient

for stable classes E, F (degK/m)

(PTGO(2)) Default: 0.020, 0.035

! PTGO = 0.020, 0.035

Default plume path coefficients for

each stability class (used when option

for partial plume height terrain adjustment

is selected -- MCTADJ=3)

(PPC(6)) Stability Class: A B C D E F
Default PPC .50, .50, .50, .50, .35, .35

PPC 0.50, 0.50, 0.50, 0.50, 0.35, 0.35

Slug-to-puff transition criterion factor

equal to sigma-y/length of slug

(SL2PF) Default: 10.

Puff-splitting control variables

VERTICAL SPLIT

Number of puffs that result every time a puff

is split - nsplit=2 means that 1 puff splits

into 2

(NSPLIT) Default: 3

SL2PF

NSPLIT

10.0

3

Time(s) of a day when split puffs are eligible to

be split once again; this is typically set once

per day, around sunset before nocturnal shear develops.

24 values: 0 is midnight (00:00) and 23 is 11 PM (23:00)

O=do not re-split l=eligible for re-split

(IRESPLIT(24)) Default: Hour 17 = 1

! IRESPLIT = 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0

Split is allowed only if last hour's mixing

height (m) exceeds a minimum value

(ZISPLIT) Default: 100.

Split is allowed only if ratio of last hour's

mixing ht to the maximum mixing ht experienced

by the puff is less than a maximum value (this

postpones a split until a nocturnal layer develops)

(ROLDMAX) Default: 0.25

HORIZONTAL SPLIT

Number of puffs that result every time a puff

is split - nsplith=5 means that 1 puff splits

into 5

(NSPLITH) Default: 5

Minimum sigma-y (Grid Cells Units) of puff

before it may be split

(SYSPLITH) Default: 1.0

Minimum puff elongation rate (SYSPLITH/hr) due to

wind shear, before it may be split

(SHSPLITH) Default: 2.

Minimum concentration (g/mA 3) of each

species in puff before it may be split

Enter array of NSPEC values; if a single value is

entered, it will be used for ALL species

(CNSPLITH) Default: 1.0E-07

Integration control variables

Fractional convergence criterion for numerical SLUG

sampling integration

(EPSSLUG) Default: 1.0e-04

Fractional convergence criterion for numerical AREA

source integration

(EPSAREA) Default: 1.0e-06

ZISPLIT

ROLDMAX

NSPLITH

SYSPLITH

SHSPLITH

CNSPLITH

EPSSLUG

EPSAREA

100.0

0.25

5

1.0

2.0

1.0E-07

1.0E-04

1.0E-06

Trajectory step-length (m) used for numerical rise

integration

(DSRISE) Default: 1.0

Boundary Condition (BC) Puff control variables

! DSRISE = 1.0 !

Minimum height (m) to which BC puffs are mixed as they are emitted
(MBCON=2 ONLY). Actual height is reset to the current mixing height

at the release point if greater than this minimum.

(HTMINBC) Default: 500. ! HTMINBC = 500.0

Search radius (in BC segment lengths) about a receptor for sampling

nearest BC puff. BC puffs are emitted with a spacing of one segment

length, so the search radius should be greater than 1.

(RSAMPBC) Default: 4. RSAMPBC = 10.0

Near-Surface depletion adjustment to concentration profile used when

sampling BC puffs?

(MDEPBC) Default: 1 ! MDEPBC = 1

o Concentration is NOT adjusted for depletion

1 = Adjust Concentration for depletion

!END!

INPUT GROUPS: 13a, 13b, 13c, 13d -- Point source parameters

Subgroup (13a)

Number of point sources with

parameters provided below (NPT1) No default NPT1 1

g/s

kg/hr

lb/hr

tons/yr

Odour Unit * m**3/s (vol. flux of odour compound)

Odour Unit * m**3/min

metric tons/yr

Units used for point source

emissions below

1

2

3

4

5

6

7

(IPTU) Default: 1 IPTU 1

Number of source-species

combinations with variable

emissions scaling factors

provided below in (13d)

Number of point sources with

variable emission parameters

provided in external file

(If NPT2 > 0, these point

source emissions are read from

the file: PTEMARB.DAT)

!END!

Subgroup (13b)

(NSPT1) Default: 0

(NPT2) No default

a

NSPT1

NPT2

o

o

POINT SOURCE: CONSTANT DATA

Source X Y Stack Base Stack Exit

No. Coordinate Coordinate Height Elevation Diameter Vel.

------> N03,PrPM25

(km) (km) (m) (m) (m) (m/s)

NOX HN03

---------- ---------- --------

Exit

Temp.

(deg. K)

b

Bldg.

Dwash

c

Emission

Rates (g/s)

S02 S04

1 ! SRCNAM = glatB002003 !

1 ! X = 1194.855, 17.745, 144.78,

59.316, O.OEOO,

O.OEOO , 0.859 !

1 ! FMFAC 1.0 !END!

187.45, 4.2672, 16.503, 425.0, .0, 553., O.OEOO,

This is Glatfelter (formerly Mead) in Ross County; 0671010028
12/ 8/05 location of 0671010028B002 and B003 in STARS is 82/58/42, 39/17/53; converted to

(1195 . 0 08, 14 . 7 5 8) (km) using 1 a t 1 am

8/29/06 location supplied by Kim Lute of the Company is 82/58/29.025, 39/19/29.864; converted to

(1194.855,17.745)

The emissions rates are: for NOx, highest daily rate for B002 and B003 combined for 2005, 2004, or

last 274 days in 2003.

For S02: highest daily emission rate for 2003, 2004, 2005

PrPM25: used the value of 0.859 representing PM10 rather than the value for PM2.5 which looked too

low to me.

The baseline for 802 (i.e., highest combined daily rate) is 1308.87 g/s.

Note that, for for my S02-control runs, I'm assuming NOx emission is unchanged at the baseline, even

though the

Glatfelter technical report says some NOx removal will occur, but doesn't quantify the amount.

523.55 failed to flunk. It looks like I failed to bracket the value of 490 g/s that I supplied the

company. To check this,

I did a run at 500 gis, which failed to flunk. Next, I'm trying .41(1308.87) = 536.637 in this input

deck

n.b.: (9/19/07) 536.637 doesn't flunk either. I get 7 days for doso and shen in 2002, nothing more

than 6 days in 2003 or 2004.

Try .42(1308.87) = 549.725 g/s next. Passed. Now, 0.43(1308.87) = 562.814. That flunked (8 days,

doso, 2002). Now, I'm making

one more run, at 550, just so I'll have a round number to bandy about. (Note: 1-550/1308.87 = 57.98%.

550 passed. Now 555.

555 flunked. 552 passed. Now 553.

a

Data for each source are treated as a separate input subgroup

and therefore must end with an input group terminator.

SRCNAM is a 12-character name for a source

(No default)

X is an array holding the source data listed by the column headings

(No default)

SIGYZI is an array holding the initial sigma-y and sigma-z (m)

(De faul t: 0., 0 . )

FMFAC is a vertical momentum flux factor (0. or 1.0) used to represent

the effect of rain-caps or other physical configurations that

reduce momentum rise associated with the actual exit velocity.

(Default: 1.0 -- full momentum used)

b

O. = No building downwash modeled, 1. = downwash modeled

NOTE: must be entered as a REAL number (i.e., with decimal point)

c

An emission rate must be entered for every pollutant modeled.

Enter emission rate of zero for secondary pollutants that are

modeled, but not emitted. Units are specified by IPTU

(e.g. 1 for g/s) .

Subgroup (13c)

BUILDING DIMENSION DATA FOR SOURCES SUBJECT TO DOWNWASH

Source

No.

a

Effective building height, width, length and X/Y offset (in meters)

every 10 degrees. LENGTH, XBADJ, and YBADJ are only needed for

MBDW=2 (PRIME downwash option)

a

Building height, width, length, and X/Y offset from the source are treated

as a separate input subgroup for each source and therefore must end with

an input group terminator. The X/Y offset is the position, relative to the

stack, of the center of the upwind face of the projected building, with the

x-axis pointing along the flow direction.
Subgroup (13d)

a

POINT SOURCE: VARIABLE EMISSIONS DATA

Use this subgroup to describe temporal variations in the emission

rates given in 13b. Factors entered multiply the rates in 13b.

Skip sources here that have constant emissions. For more elaborate

variation in source parameters, use PTEMARB.DAT and NPT2 > O.

IVARY determines the type of variation, and is source-specific:

(IVARY) Default: 0

o Constant

1 Diurnal cycle (24 scaling factors: hours 1-24)

2 Monthly cycle (12 scaling factors: months 1-12)

3 Hour & Season (4 groups of 24 hourly scaling factors,

where first group is DEC-JAN-FEB)

4 Speed & Stab. (6 groups of 6 scaling factors, where

first group is Stability Class A,

and the speed classes have upper

bounds (m/s) defined in Group 12

5 Temperature (12 scaling factors, where temperature

classes have upper bounds (C) of:

0, 5, 10, 15, 20, 25, 30, 35, 40,

45, 50, 50+)

a

Data for each species are treated as a separate input subgroup

and therefore must end with an input group terminator.

INPUT GROUPS: 14a, 14b, 14c, 14d -- Area source parameters

Subgroup (14a)

Number of polygon area sources with

parameters specified below (NAR1) No default NAR1 o

g/m**2/s

kg/m**2/hr

lb/m**2/hr

tons/m**2/yr

Odour Unit * m/s (vol. flux/m**2 of odour compound)

Odour Unit * m/min

metric tons/m**2/yr

Units used for area source

emissions below

1

2

3

4

5

6

7

(lARD) Default: 1 IARU 1

Number of source-species

combinations with variable

emissions scaling factors

provided below in (14d) (NSAR1) Default: 0 NSAR1 o

Number of buoyant polygon area sources

with variable location and emission

parameters (NAR2) No default

(If NAR2 > 0, ALL parameter data for

these sources are read from the file: BAEMARB.DAT)

!END!

Subgroup (14b)

a

NAR2 o
AREA SOURCE: CONSTANT DATA

Source

No.

Effect.

Height

(m)

Base

Elevation

(m)

Initial

Sigma z

(m)

b

Emission

Rates

a

Data for each source are treated as a separate input subgroup

and therefore must end with an input group terminator.

b

An emission rate must be entered for every pollutant modeled.

Enter emission rate of zero for secondary pollutants that are

modeled, but not emitted. Units are specified by IARU

(e.g. 1 for g/m**2/s).

Subgroup (14c)

COORDINATES (km) FOR EACHVERTEX(4) OF EACH POLYGON

Source

No.

a

Ordered list of X followed by list of Y, grouped by source

a

Data for each source are treated as a separate input subgroup

and therefore must end with an input group terminator.

Subgroup (14d)

a

AREA SOURCE: VARIABLE EMISSIONS DATA

Use this subgroup to describe temporal variations in the emission

rates given in 14b. Factors entered multiply the rates in 14b.

Skip sources here that have constant emissions. For more elaborate

variation in source parameters, use BAEMARB.DAT and NAR2 > O.

IVARY determines the type of variation, and is source-specific:

(IVARY) Default: 0

o Constant

1 Diurnal cycle (24 scaling factors: hours 1-24)

2 Monthly cycle (12 scaling factors: months 1-12)

3 Hour & Season (4 groups of 24 hourly scaling factors,

where first group is DEC-JAN-FEB)

4 Speed & Stab. (6 groups of 6 scaling factors, where

first group is Stability Class A,

and the speed classes have upper

bounds (m/s) defined in Group 12

5 Temperature (12 scaling factors, where temperature

classes have upper bounds (C) of:

0, 5, 10, 15, 20, 25, 30, 35, 40,

45, 50, 50+)

a

Data for each species are treated as a separate input subgroup

and therefore must end with an input group terminator.

INPUT GROUPS: 15a, 15b, 15c -- Line source parameters
Subgroup (lSa)

Number of buoyant line sources

with variable location and emission

parameters (NLN2) No default NLN2 o

(If NLN2 > 0, ALL parameter data for

these sources are read from the file: LNEMARB.DAT)

Number of buoyant line sources (NLINES) No default NLINES o

units used for line source

emissions below (ILNU) Default: 1 ILNU 1

1 g/s

2 kg/hr

3 lb/hr

4 tons/yr

S Odour Unit * m**3/s (vol. flux of odour compound)

6 Odour Unit * m**3/min

7 metric tons/yr

Number of source-species

combinations with variable

emissions scaling factors

provided below in (lSc) (NSLN1) Default: 0 NSLN1 o

Maximum number of segments used to model

each line (MXNSEG) Default: 7 ! MXNSEG 7

The following variables are required only if NLINES > O. They are

used in the buoyant line source plume rise calculations.

Number of distances at which

transitional rise is computed

Default: 6 NLRISE 6

Average building length (XL) No default

(in meters)

Average building height (HBL) No default

(in meters)

Average building width (WBL) No default

(in meters)

Average line source width (WML) No default

(in meters)

Average separation between buildings (DXL) No default

(in meters)

XL .0

HBL .0

WBL .0

WML .0

DXL .0

Average buoyancy parameter (FPRIMEL)

!END!

Subgroup (lSb)

BUOYANT LINE SOURCE: CONSTANT DATA

No default FPRIMEL

(in m**4/s**3)

.0

a

Source

No.

Beg. X Beg. Y End. X End. Y Release

Coordinate Coordinate Coordinate Coordinate Height

(km) (km) (km) (km) (m)

---------- ---------- --------- ---------- -------

Base

Elevation

(m)

Emission

Rates

a

Data for each source are treated as a separate input subgroup

and therefore must end with an input group terminator.

b
An emission rate must be entered for every pollutant modeled.

Enter emission rate of zero for secondary pollutants that are

modeled, but not emitted. units are specified by ILNTU

(e.g. 1 for g/s).

Subgroup (15c)

a

BUOYANT LINE SOURCE: VARIABLE EMISSIONS DATA

Use this subgroup to describe temporal variations in the emission

rates given in 15b. Factors entered multiply the rates in 15b.

Skip sources here that have constant emissions.

IVARY determines the type of variation, and is source-specific:

(IVARY) Default:°

o Constant

1 Diurnal cycle (24 scaling factors: hours 1-24)

2 Monthly cycle (12 scaling factors: months 1-12)

3 Hour & Season (4 groups of 24 hourly scaling factors,

where first group is DEC-JAN-FEB)

4 Speed & Stab. (6 groups of 6 scaling factors, where

first group is Stability Class A,

and the speed classes have upper

bounds (m/s) defined in Group 12

5 Temperature (12 scaling factors, where temperature

classes have upper bounds (C) of:

0, 5, 10, 15, 20, 25, 30, 35, 40,

45, 50, 50+)

a

Data for each species are treated as a separate input subgroup

and therefore must end with an input group terminator.

INPUT GROUPS: 16a, 16b, 16c -- Volume source parameters

Subgroup (16a)

Number of volume sources with

parameters provided in 16b,c (NVL1) No default NVL1 °

Default: 1 IVLU 1

Units used for volume source

emissions below in 16b (IVLU)

1 g/s

2 kg/hr

3 lb/hr

4 tons/yr

5 Odour Unit * m**3/s (vol. flux of odour compound)

6 Odour Unit * m**3/min

7 metric tons/yr

Number of source-species

combinations with variable

emissions scaling factors

provided below in (16c) (NSVL1) Default: 0 NSVL1 o

Number of volume sources with

variable location and emission

parameters (NVL2) No default NVL2 o

(If NVL2 > 0, ALL parameter data for

these sources are read from the VOLEMARB.DAT file(s) )

!END!
Subgroup (16b)

a

VOLUME SOURCE: CONSTANT DATA

x Y Effect. Base Initial

Coordinate Coordinate Height Elevation Sigma y

(km) (km) (m) (m) (m)

---------- ---------- --------

Initial

Sigma z

(m)

b

Emission

Rates

a

Data for each source are treated as a separate input subgroup

and therefore must end with an input group terminator.

b

An emission rate must be entered for every pollutant modeled.

Enter emission rate of zero for secondary pollutants that are

modeled, but not emitted. Units are specified by IVLU

(e.g. 1 for g/s).

Subgroup (16c)

a

VOLUME SOURCE: VARIABLE EMISSIONS DATA

Use this subgroup to describe temporal variations in the emission

rates given in 16b. Factors entered multiply the rates in 16b.

Skip sources here that have constant emissions. For more elaborate

variation in source parameters, use VOLEMARB.DAT and NVL2 > 0.

IVARY determines the type of variation, and is source-specific:

(IVARY) Default:°

°

Constant

1 Diurnal cycle (24 scaling factors: hours 1-24)

2 Monthly cycle (12 scaling factors: months 1-12)

3 Hour & Season (4 groups of 24 hourly scaling factors,

where first group is DEC-JAN-FEB)

4 Speed & Stab. (6 groups of 6 scaling factors, where

first group is Stability Class A,

and the speed classes have upper

bounds (m/s) defined in Group 12

5 Temperature (12 scaling factors, where temperature

classes have upper bounds (C) of:

0, 5, 10, 15, 20, 25, 30, 35, 40,

45, 50, 50+)

a

Data for each species are treated as a separate input subgroup

and therefore must end with an input group terminator.

INPUT GROUPS: 17a & 17b -- Non-gridded (discrete) receptor information

Subgroup (17a)

Number of non-gridded receptors (NREC) No default

!END!

Subgroup (17b)

NREC 4434
a

NON-GRIDDED (DISCRETE) RECEPTOR DATA

------------------------------------

X Y Ground Height b

Receptor Coordinate Coordinate Elevation Above Ground

No. (km) (km) (m) (m)

-------- ---------- ---------- --------- ------------

1 X= 408.1, 876.1, 487.0, O.O! !END!

2 X= 409.9, 876.3, 483.0, O.O! !END!

3 X= 411.8, 876.4, 475.0, O.O! !END!

4 X= 413.7, 876.5, 472.0, O.O! !END!

5 X= 415.6, 876.6, 474.0, O.O! !END!

6 X= 417.4, 876.7, 472.0, O.O! !END!

7 X= 419.3, 876.8, 468.0, O.O! !END!

8 X= 421.2, 876.9, 469.0, O.O! !END!

9 X= 423.1, 877.1, 480.0, O.O! !END!

10 X= 430.6, 877.5, 490.0, O.O! !END!

11 X= 432.4, 877.7, 498.0, O.O! !END!

12 X= 434.3, 877.8, 502.0, O.O! 'END!

13 X= 436.2, 877 . 9, 502.0, O.O! END!

14 X= 438.1, 878.0, 503.0, O.O! END!

15 X= 440.0, 878.1, 502.0, O.O! END!

16 X= 441.8, 878.3, 511.0, O.O! END!

17 X= 407.9, 878.9, 457.0, O.O! END!

18 X= 409.8, 879.1, 460.0, O.O! END!

19 X= 411.6, 879.2, 472.0, O.O! END!

20 X= 413.5, 879.3, 472.0, O.O! END!

21 X= 415.4, 879.4, 457.0, O.O! !END!

22 X= 417.3, 879.5, 455.0, O.O! !END!

23 X= 419.1, 879.6, 472.0, O.O! !END!

24 X= 421.0, 879.7, 456.0, O.O! !END!

25 X= 422.9, 879.9, 473.0, O.O! !END!

26 X= 424.8, 880.0, 472.0, O.O! !END!

27 X= 426.6, 880.1, 473.0, O.O! !END!

28 X= 428.5, 880.2, 478.0, O.O! !END!

29 X= 430.4, 880.3, 489.0, O.O! !END!

30 X= 432.3, 880.4, 487.0, O.O! !END!

31 X= 434.1, 880.6, 487.0, O.O! !END!

32 X= 436.0, 880.7, 501.0, O.O! !END!

33 X= 437.9, 880.8, 502.0, O.O! !END!

34 X= 439.8, 880.9, 499.0, O.O! !END!

35 X= 441.6, 881.0, 518.0, O.O! !END!

36 X= 405.8, 881.6, 487.0, O.O! !END!

37 X= 407.7, 881.7, 447.0, O.O! !END!

38 X= 409.6, 881.8, 441.0, O.O! !END!

39 X= 411.5, 882.0, 470.0, O.O! !END!

40 X= 413.3, 882.1, 472.0, O.O! !END!

41 X= 415.2, 882.2, 478.0, O.O! !END!

42 X= 417.1, 882.3, 472.0, O.O! !END!

43 X= 419.0, 882.4, 472.0, O.O! !END!

44 X= 420.8, 882.5, 472.0, O.O! !END!

45 X= 422.7, 882.6, 472.0, O.O! !END!

46 X= 424.6, 882.8, 472.0, O.O! !END!

47 X= 426.5, 882.9, 481.0, O.O! !END!

48 X= 428.3, 883.0, 487.0, O.O! !END!

49 X= 430.2, 883.1, 503.0, O.O! !END!

50 X= 432.1, 883.2, 502.0, O.O! !END!

51 X= 434.0, 883.4, 502.0, 0.0' !END!

52 X= 435.8, 883.5, 506.0, 0.0 'END!

53 X= 437.7, 883.6, 522.0, 0.0 END!

54 X= 439.6, 883.7, 533.0, 0.0 END!

55 X= 441.5, 883.8, 510.0, 0.0 END!

56 X= 401.9, 884.2, 456.0, 0.0 END!

57 X= 403.8, 884.3, 441.0, 0.0 END!

58 X= 405.7, 884.4, 441.0, 0.0 END!

59 X= 407.6, 884.5, 446.0, 0.0 END!

60 X= 409.4, 884.6, 467.0, O.O! END!

61 X= 411.3, 884.8, 463.0, O.O! !END!

62 X= 413.2, 884.9, 463.0, O.O! !END!

63 X= 415.0, 885.0, 475.0, O.O! !END!

64 X= 416.9, 885.1, 472.0, O.O! !END!

65 X= 418.8, 885.2, 475.0, O.O! !END!

66 X= 420.7, 885.3, 474.0, O.O! !END!

67 X= 422.5, 885.4, 487.0, O.O! !END!

68 X= 424.4, 885.6, 472.0, O.O! !END!
69 X= 426.3, 885.7, 487.0, 0.0

! !END!

70 X= 428.2, 885.8, 493.0, 0.0

! !END!

71 X= 430.0, 885.9, 487.0, O.O! !END!

72 X= 431.9, 886.0, 502.0, O.O! !END!

73 X= 433.8, 886.1, 528.0, O.O! !END!

74 X= 435.7, 886.3, 531.0, 0.0

! !END!

75 X= 437.5, 886.4, 518.0, O.O! !END!

76 X= 439.4, 886.5, 527.0, O.O! !END!

77 X= 441.3, 886.6, 516.0, O.O! !END!

78 X= 443.2, 886.8, 533.0, 0.0

! !END!

79 X= 445.0, 886.9, 530.0, O.O! !END!

80 X= 446.9, 887.0, 558.0, O.O! !END!

81 X= 448.8, 887 .1, 544.0, O.O! !END!

82 X= 450.7, 887.2, 542.0, O.O! !END!

83 X= 452.5, 887.4, 600.0, O.O! !END!

84 X= 454.4, 887.5, 589.0, O.O! !END!

85 X= 456.3, 887

. 6, 557.0, 0.0

! !END!

86 X= 458.1, 887.7, 559.0, O.O! !END!

87 X= 463.8, 888.1, 521.0, O.O! !END!

88 X= 465.6, 888.3, 548.0, O.O! !END!

89 X= 467.5, 888.4, 563.0, O.O! !END!

90 X= 401.8, 887.0, 441.0, 0.0

! !END!

91 X= 403.6, 887.1, 438.0, O.O! !END!

92 X= 405.5, 887.2, 455.0, O.O! !END!

93 X= 407.4, 887.3, 459.0, O.O! !END!

94 X= 409.3, 887.4, 471.0, O.O! !END!

95 X= 411.1, 887.5, 463.0, O.O! !END!

96 X= 413.0, 887.7, 471.0, O.O! !END!

97 X= 414.9, 887.8, 457.0, O.O! !END!

98 X= 416.8, 887.9, 451.0, O.O! !END!

99 X= 418.6, 888.0, 456.0, O.O! !END!

100 X= 420.5, 888.1, 457.0, O.O! !END!

101 X= 422.4, 888.2, 458.0, O.O! !END!

102 X= 424.2, 888.4, 467.0, O.O! !END!

103 X= 426.1, 888.5, 472.0, O.O! !END!

104 X= 428.0, 888.6, 481.0, O.O! !END!

105 X= 429.9, 888.7, 502.0, O.O! !END!

106 X= 431.7, 888.8, 484.0, O.O! !END!

107 X= 433.6, 888.9, 487.0, 0.0

! !END!

108 X= 435.5, 889.1, 494.0, O.O! !END!

109 X= 437.4, 889.2, 517.0, O.O! !END!

110 X= 439.2, 889.3, 524.0, O.O! !END!

111 X= 441.1, 889.4, 512.0, O.O! !END!

112 X= 443.0, 889.5, 519.0, O.O! !END!

113 X= 444.9, 889.7, 533.0, 0.0! !END!

114 X= 446.7, 889.8, 530.0, O.O! !END!

115 X= 448.6, 889.9, 548.0, O.O! !END!

116 X= 450.5, 890.0, 561.0, O.O! !END!

117 X= 452.3, 890.2, 563.0, O.O! !END!

118 X= 454.2, 890.3, 562.0, O.O! !END!

119 X= 456.1, 890.4, 609.0, O.O! 'END!

120 X= 458.0, 890.5, 557.0, 0.0

! END!

121 X= 459.8, 890.7, 563.0, O.O! END!

122 X= 461.7, 890.8, 551.0, O.O! END!

123 X= 463.6, 890.9, 568.0, O.O! END!

124 X= 465.5, 891.0, 573.0, O.O! END!

125 X= 467.3, 891.2, 578.0, O.O! END!

126 X= 469.2, 891.3, 571.0, O.O! END!

127 X= 471.1, 891.4, 561.0, 0.0

! END!

128 X= 482.3, 892.2, 533.0, 0.0

! !END!

129 X= 484.2, 892.4, 561.0, O.O! !END!

130 X= 354.8, 887.2, 426.0, 0.0

! !END!

131 X= 356.6, 887.3, 450.0, O.O! !END!

132 X= 358.5, 887.4, 441.0, O.O! !END!

133 X= 360.4, 887.5, 440.0, O.O! !END!

134 X= 362.3, 887

. 6, 475.0, O.O! !END!

135 X= 364.1, 887.7, 481.0, O.O! !END!

136

-! X= 366.0, 887.8, 477.0, O.O! !END!

137 X= 367.9, 887.9, 472.0, O.O! !END!

138 X= 369.8, 888.0, 427.0, 0.0

! !END!

139 X= 397.9, 889.6, 441.0, O.O! !END!

140 X= 399.7, 889.7, 437.0, O.O! !END!

141 X= 401.6, 889.8, 450.0, O.O! !END!

142 X= 403.5, 889.9, 449.0, O.O! !END!

143 X= 405.3, 890.0, 462.0, 0.0

! !END!

144 X= 407.2, 890.1, 445.0, 0.0

! !END!
145 X= 409.1, 890.2, 474.0, O.O! !END!

146 X= 411.0, 890.3, 457.0, 0. O! !END!

147 X= 412.8, 890.5, 472.0, O.O! !END!

148 X= 414.7, 890.6, 451.0, O.O! !END!

149 X= 416.6, 890.7, 453.0, O.O! !END!

150 X= 418.5, 890.8, 452.0, O.O! !END!

151 X= 420.3, 890.9, 451.0, O.O! !END!

152 X= 422.2, 891.0, 459.0, O.O! !END!

153 X= 424.1, 891.1, 457.0, O.O! !END!

154 X= 425.9, 891.3, 472.0, O.O! !END!

155 X= 427.8, 891.4, 472.0, O.O! !END!

156 X= 429.7, 891.5, 462.0, O.O! !END!

157 X= 431.6, 891.6, 479.0, O. O! !END!

158 X= 433.4, 891.7, 517.0, O.O! !END!

159 X= 435.3, 891.9, 502.0, O.O! !END!

160 X= 437.2, 892.0, 487.0, O.O! !END!

161 X= 439.1, 892.1, 517.0, O.O! !END!

162 X= 440.9, 892.2, 516.0, O.O! !END!

163 X= 442.8, 892.3, 496.0, O.O! !END!

164 X= 444 .. 7, 892.5, 518.0, 0.0

! !END!

165 X= 446.5, 892.6, 533.0, O.O! !END!

166 X= 448.4, 892.7, 578.0, 0. O! !END!

167 X= 450.3, 892.8, 569.0, O.O! !END!

168 X= 452.2, 893.0, 588.0, 0.0

! !END!

169 X= 454.0, 893.1, 588.0, 0. O! !END!

170 X= 455.9, 893.2, 582.0, O.O! !END!

171 X= 457.8, 893.3, 566.0, 0. O! !END!

172 X= 459.6, 893.5, 539.0, 0.0! !END!

173 X= 461.5, 893.6, 563.0, 0.0

! !END!

174 X= 463.4, 893.7, 588.0, O. O! !END!

175 X= 465.3, 893.8, 532.0, O.O! !END!

176 X= 467.1, 894.0, 563.0, O. O! !END!

177 X= 469.0, 894.1, 561.0, O.O! !END!

178 X= 470.9, 894.2, 563.0, O.O! !END!

179 X= 482.1, 895.0, 604.0, O.O! !END!

180 X= 484.0, 895.1, 606.0, O.O! !END!

181 X= 347.1, 889.6, 452.0, O.O! !END!

182 X= 349.0, 889.7, 455.0, O.O! !END!

183 X= 350.9, 889.8, 437.0, O.O! !END!

184 X= 352.7, 889.9, 434.0, O. O! !END!

185 X= 354.6, 890.0, 442.0, O.O! !END!

186 X= 356.5, 890.1, 442.0, O.O! !END!

187 X= 358.4, 890.2, 447.0, O.O! !END!

188 X= 360.2, 890.3, 461.0, 0. O! !END!

189 X= 362.1, 890.4, 472.0, O. O! !END!

190 X= 364.0, 890.5, 488.0, O.O! !END!

191 X= 365.9, 890.6, 479.0, O.O! !END!

192 X= 367.7, 890.7, 472.0, O.O! !END!

193 X= 369.6, 890.8, 458.0, O.O! !END!

194 X= 410.8, 893.1, 455.0, O.O! !END!

195 X= 412.7, 893.2, 453.0, O.O! !END!

196

t X= 414.5, 893.4, 451.0, O.O! !END!

197 X= 416.4, 893.5, 456.0, O.O! !END!

198 X= 418.3, 893.6, 456.0, O.O! !END!

199 X= 420.2, 893.7, 460.0, O.O! !END!

200 X= 422.0, 893.8, 457.0, O.O! !END!

201 X= 423.9, 893.9, 472.0, O.O! !END!

202 X= 425.8, 894.1, 487.0, O.O! !END!

203 X= 427.6, 894.2, 487.0, O.O! !END!

204 X= 429.5, 894.3, 460.0, O.O! !END!

205 X= 431.4, 894.4, 480.0, O.O! !END!

206 X= 433.3, 894.5, 484.0, O.O! !END!

207 X= 435.1, 894.6, 495.0, O.O! !END!

208 X= 437.0, 894.8, 505.0, O.O! !END!

209 X= 438.9, 894.9, 488.0, O.O! !END!

210 X= 440.7, 895.0, 487.0, O.O! !END!

211 X= 442.6, 895.1, 487.0, O.O! !END!

212 X= 444.5, 895.3, 503.0, O.O! !END!

213 X= 446.4, 895.4, 533.0, O.O! !END!

214 X= 448.2, 895.5, 533.0, 0.0

! !END!

215 X= 450.1, 895.6, 563.0, O.O! !END!

216 X= 452.0, 895.7, 594.0, O.O! !END!

217 X= 453.8, 895.9, 609.0, 0.0

! !END!

218 X= 455.7, 896.0, 609.0, 0. O! !END!

219 X= 457.6, 896.1, 582.0, O.O! !END!

220 X= 459.5, 896.2, 563.0, O. O! !END!
221 X= 461.3, 896.4, 562.0, O.O! !END!

222 X= 463.2, 896.5, 563.0, O.O! !END!

223 X= 465.1, 896.6, 563.0, O.O! !END!

224 X= 466.9, 896.8, 579.0, O.O! !END!

225 X= 468.8, 896.9, 562.0, O.O! !END!

226 X= 470.7, 897.0, 560.0, O.O! !END!

227 X= 478.2, 897.5, 578.0, O.O! !END!

228 X= 480.0, 897.7, 613.0, O.O! !END!

229 X= 481.9, 897.8, 608.0, O.O! !END!

230 X= 483.8, 897.9, 604.0, O.O! !END!

231 X= 485.6, 898.1, 608.0, O.O! !END!

232 X= 487.5, 898.2, 608.0, O.O! !END!

233 X= 489.4, 898.3, 629.0, O.O! !END!

234 X= 491.3, 898.5, 658.0, O.O! !END!

235 X= 347.0, 892.4, 457.0, O.O! !END!

236 X= 348.9, 892.5, 436.0, O.O! !END!

237 X= 350.7, 892.6, 427.0, O.O! !END!

238 X= 352.6, 892.7, 427.0, O.O! !END!

239 X= 354.5, 892.8, 453.0, O.O! !END!

240 X= 356.3, 892.9, 441.0, O.O! !END!

241 X= 358.2, 893.0, 442.0, O.O! !END!

242 X= 360.1, 893.1, 457.0, O.O! !END!

243 X= 362.0, 893.2, 457.0, O.O! !END!

244 X= 363.8, 893.3, 467.0, O.O! !END!

245 X= 365.7, 893.4, 457.0, O.O! !END!

246 X= 367.6, 893.5, 457.0, O.O! !END!

247 X= 369.4, 893.6, 454.0, O.O! !END!

248 X= 371.3, 893.7, 457.0, O.O! !END!

249 X= 420.0, 896.5, 471.0, O.O! !END!

250 X= 421.9, 896.6, 464.0, O.O! !END!

251 X= 423.7, 896.7, 497.0, O.O! !END!

252 X= 425.6, 896.8, 502.0, O.O! !END!

253 X= 427.5, 897.0, 472.0, O.O! !END!

254 X= 429.3, 897.1, 483.0, O.O! !END!

255 X= 431.2, 897.2, 486.0, O.O! !END!

256 X= 433.1, 897.3, 484.0, O.O! !END!

257 X= 434.9, 897.4, 488.0, O.O! !END!

258 X= 436.8, 897.6, 487.0, O.O! !END!

259 X= 438.7, 897.7, 487.0, O.O! !END!

260 X= 440.6, 897.8, 484.0, O.O! !END!

261 X= 442.4, 897.9, 487.0, O.O! !END!

262 X= 444.3, 898.0, 517.0, O.O! !END!

263 X= 446.2, 898.2, 518.0, O.O! !END!

264 X= 448.0, 898.3, 533.0, O.O! !END!

265 X= 449.9, 898.4, 548.0, O.O! !END!

266 X= 451.8, 898.5, 587.0, O.O! !END!

267 X= 453.7, 898.7, 563.0, O.O! !END!

268 X= 455.5, 898.8, 563.0, O.O! !END!

269 X= 457.4, 898.9, 579.0, O.O! !END!

270 X= 459.3, 899.0, 563.0, O.O! !END!

271 X= 461.1, 899.2, 563.0, O.O! !END!

272 X= 463.0, 899.3, 543.0, O.O! !END!

273 X= 464.9, 899.4, 544.0, O.O! !END!

274 X= 466.7, 899.5, 579.0, O.O! !END!

275 X= 468.6, 899.7, 578.0, O.O! !END!

276 X= 470.5, 899.8, 624.0, O.O! !END!

277 X= 472.4, 899.9, 564.0, O.O! !END!

278

!I

X= 474.2, 900.1, 579.0, O.O! !END!

279

! X= 476.1, 900.2, 589.0, 0.0

! !END!

280 X= 478.0, 900.3, 587.0, O.O! !END!

281 X= 479.8, 900.5, 582.0, O.O! !END!

282 X= 481.7, 900.6, 596.0, 0.0

! !END!

283 X= 483.6, 900.7, 549.0, O.O! !END!

284 X= 485.5, 900.9, 532.0, O.O! !END!

285 X= 487.3, 901.0, 540.0, O.O! !END'

286 X= 489.2, 901.1, 579.0, O.O! !END

287 X= 491.1, 901.3, 559.0, O.O! !END

288 X= 346.8, 895.2, 442.0, O.O! !END

289 X= 348.7, 895.3, 457.0, O.O! !END

290 X= 350.6, 895.4, 427.0, O.O! !END

291 X= 352.5, 895.5, 437.0, O.O! !END

292 X= 354.3, 895.6, 436.0, O.O! !END

293 X= 356.2, 895.7, 442.0, O.O! !END

294 X= 358.1, 895.8, 433.0, O.O! !END

295 X= 359.9, 895.9, 455.0, O.O! !END

296 X= 361.8, 896.0, 443.0, O.O! !END
297 X= 363.7, 896.1, 463.0, O.O! !END!

298 X= 365.6, 896.2, 488.0, 0.0

! !END!

299 X= 367.4, 896.3, 458.0, 0.0

! !END!

300 X= 369.3, 896.4, 456.0, 0.0

! !END!

301 X= 371.2, 896.5, 457.0, 0.0

! !END!

302 X= 373.0, 896.6, 487.0, 0.0

! !END!

303 X= 393.6, 897.7, 426.0, O.O! tEND!

304 X= 395.5, 897.8, 402.0, 0.0

! !END!

305 X= 397.4, 897.9, 421.0, 0.0

! !END!

306 X= 399.2, 898.1, 409.0, 0.0

! !END!

307 X= 401.1, 898.2, 441.0, O.O! !END!

308 X= 403.0, 898.3, 435.0, O.O! !END!

309 X= 404.8, 898.4, 423.0, O.O! !END!

310 X= 419.8, 899.3, 435.0, O.O! lEND!

311 X= 421.7, 899.4, 435.0, O.O! lEND!

312 X= 423.5, 899.5, 435.0, 0.0

l !END!

313 X= 425.4, 899.6, 465.0, O.O! !END!

314 X= 427.3, 899.8, 476.0, O.O! !END!

315 X= 429.2, 899.9, 472.0, o.

0 tEND!

316 X= 431.0, 900.0, 466.0, O.O! lEND!

317 X= 432.9, 900.1, 481.0, 0.0

! !END!

318 X= 434.8, 900.2, 513.0, 0.0

! !END!

319 X= 436.6, 900.4, 484.0, O.O! !END!

320 X= 438.5, 900.5, 484.0, O.O! !END!

321 X= 440.4, 900.6, 491.0, O.O! !END!

322 X= 442.3, 900.7, 487.0, O.O! !END!

323 X= 444.1, 900.8, 508.0, O.O! !END!

324 X= 446.0, 901.0, 540.0, O.O! !END!

325 X= 447.9, 901.1, 543.0, O.O! !END!

326 X= 449.7, 901.2, 548.0, O.O! !END!

327 X= 451.6, 901.3, 566.0, O.O! tEND!

328 X= 453.5, 901.5, 530.0, O.O! !END!

329 X= 455.3, 901.6, 543.0, O.O! !END!

330 X= 457.2, 901.7, 518.0, 0.0

! !END!

331 X= 459.1, 901.8, 533.0, O.O! !END!

332 X= 460.9, 902.0, 552.0, O.O! !END!

333 X= 462.8, 902.1, 548.0, O.O! tEND!

334 X= 464.7, 902.2, 533.0, O.O! !END!

335 X= 466.6, 902.3, 578.0, O.O! !END!

336 X= 468.4, 902.5, 571.0, 0.0

! !END!

337 X= 470.3, 902.6, 594.0, O.O! !END!

338 X= 472.2, 902.7, 604.0, 0.0

! !END!

339 X= 474.0, 902.9, 606.0, O.O! !END!

340 X= 475.9, 903.0, 594.0, O.O! !END!

341 X= 477.8, 903.1, 594.0, O.O! !END!

342 X= 479.6, 903.3, 624.0, O.O! !END!

343 X= 481.5, 903.4, 639.0, O.O! !END!

344 X= 483.4, 903.5, 645.0, O.O! !END!

345 X= 485.3, 903.7, 645.0, O.O! !END!

346 X= 487.1, 903.8, 632.0, O.O! !END!

347 X= 489.0, 903.9, 670.0, O.O! !END!

348 X= 490.9, 904.1, 624.0, O.O! !END!

349 X= 346.7, 898.0, 442.0, O.O! !END!

350 X= 348.6, 898.1, 440.0, O.O! !END!

351 X= 350.4, 898.2, 439.0, O.O! !END!

352 X= 352.3, 898.3, 437.0, O.O! !END!

353 X= 354.2, 898.4, 436.0, O.O! !END!

354 X= 356.1, 898.5, 427.0, O.O! !END!

355 X= 357.9, 898.6, 447.0, O.O! !END!

356 X= 359.8, 898.7, 442.0, O.O! !END!

357 X= 361.7, 898.8, 442.0, O.O! !END!

358 X= 363.5, 898.9, 457.0, O.O! !END!

359 X= 365.4, 899.0, 452.0, O.O! !END!

360 X= 367.3, 899.1, 457.0, O.O! !END!

361 X= 369.1

1 899.2, 446.0, O.O! !END!

362 X= 371.0, 899.3, 457.0, O.O! !END!

363 X= 372.9, 899.4, 466.0, O.O! !END!

364 X= 374.8, 899.5, 480.0, O.O! !END!

365 X= 376.6, 899.6, 445.0, O.O! !END!

366 X= 393.5, 900.5, 440.0, O.O! !END!

367 X= 395.3, 900.6, 416.0, O.O! !END!

368 X= 397.2, 900.7, 414.0, O.O! tEND!

369 X= 399.1, 900.9, 422.0, O.O! !END!

370 X= 400.9, 901.0, 412.0, O.O! !END!

371 X= 402.8, 901.1, 412.0, O.O! !END!

372 X= 404.7, 901.2, 420.0, O.O! !END!
373 X= 406.5, 901.3, 440.0, 0.0

! tEND!

374 X= 408.4, 901.4, 424.0, O.O! !END!

375 X= 410.3, 901.5, 438.0, O.O! !END!

376 X= 412.2, 901.6, 408.0, O.O! !END!

377 X= 414.0, 901.7, 455.0, O.O! !END!

378 X= 415.9, 901.9, 457.0, O.O! !END!

379 X= 417.8, 902.0, 436.0, O.O! !END!

380 X= 419.6, 902.1, 436.0, O.O! !END!

381 X= 421.5, 902.2, 442.0, O.O! !END!

382 X= 423.4, 902.3, 457.0, O.O! !END!

383 X= 425.2, 902.4, 457.0, O.O! !END!

384 X= 427.1, 902.6, 472.0, O.O! !END!

385 X= 429.0, 902.7, 472.0, O.O! !END!

386 X= 430.9, 902.8, 471.0, O.O! !END!

387 X= 432.7, 902.9, 488.0, O.O! !END!

388 X= 434.6, 903.0, 484.0, O.O! !END!

389 X= 436.5, 903.1, 517.0, O.O! !END!

390 X= 438.3, 903.3, 497.0, O.O! !END!

391 X= 440.2, 903.4, 503.0, O.O! !END!

392 X= 442.1, 903.5, 520.0, O.O! !END!

393 X= 443.9, 903.6, 512.0, O.O! !END!

394 X= 445.8, 903.8, 516.0, O.O! !END!

395 X= 447.7, 903.9, 514.0, O.O! !END!

396 X= 449.5, 904.0, 523.0, O.O! !END!

397 X= 451.4, 904.1, 521.0, O.O! !END!

398 X= 453.3, 904.3, 503.0, O.O! !END!

399 X= 455.2, 904.4, 521.0, O.O! !END!

400 X= 457.0, 904.5, 533.0, O.O! !END!

401 X= 458.9, 904.6, 567.0, O.O! !END!

402 X= 460.8, 904.8, 580.0, 0.0

! !END!

403 X= 462.6, 904.9, 552.0, O.O! !END!

404 X= 464.5, 905.0, 552.0, O.O! !END!

405 X= 466.4, 905.1, 542.0, O.O! !END!

406 X= 468.2, 905.3, 553.0, O.O! !END!

407 X= 470.1, 905.4, 563.0, O.O! !END!

408 X= 472.0, 905.5, 592.0, O.O! !END!

409 X= 473.8, 905.7, 594.0, O.O! !END!

410 X= 475.7, 905.8, 573.0, O.O! !END!

411 X= 477.6, 905.9, 591.0, O.O! !END!

412 X= 479.4, 906.0, 579.0, O.O! !END!

413 X= 481.3, 906.2, 574.0, O.O! !END!

414 X= 483.2, 906.3, 572.0, O.O! !END!

415 X= 485.1, 906.4, 575.0, O.O! !END!

416 X= 486.9,

' 906.6, 583.0, O.O! !END!

417 X= 488.8, 906.7, 564.0, O.O! !END!

418 X= 490.7, 906.8, 564.0, O.O! !END!

419 X= 352.2, 901.1, 442.0, O.O! !END!

420 X= 354.0, 901.2, 442.0, O.O! !END!

421 X= 355.9, 901 .3, 427.0, O.O! !END!

422 X= 357.8, 901.4, 427.0, O.O! !END!

423 X= 359'.6, 901.5, 455.0, O.O! !END!

424 X= 361.5, 901.6, 450.0, O.O! !END!

425 X= 363.4, 901.7, 445.0, O.O! !END!

426 X= 365.3, 901.8, 458.0, O.O! !END!

427 X= 367.1, 901.9, 432.0, 0.0

! !END!

428 X= 369.0, 902.0, 442.0, O.O! !END!

429 X= 370.9, 902.1, 443.0, O.O! !END!

430 X= 372.7, 902.2, 436.0, O.O! !END!

431 X= 374.6, 902.3, 453.0, 0.0

! !END!

432 X= 376.5, 902.4, 461.0, O.O! !END!

433 X= 389.6, 903.1, 411.0, O.O! !END!

434 X= 391.4, 903.2, 399.0, O.O! !END!

4.35 X= 393.3, 903.3, 408.0, O.O! !END!

436 X= 395.2, 903.4, 419.0, O.O! !END!

437 X= 397.0, 903.5, 396.0, O.O! !END!

438 X= 398.9, 903.6, 422.0, O.O! !END!

439 X= 400.8, 903.8, 400.0, O.O! !END!

440 X= 402.6, 903.9, 406.0, O.O! !END!

441 X= 404.5, 904.0, 397.0, O.O! !END!

442 X= 406.4, 904.1, 396.0, O.O! !END!

443 X= 408.2, 904.2, 411.0, O.O! !END!

444 X= 410.1, 904.3, 423.0, O.O! !END!

445 X= 412.0, 904.4, 427.0, O.O! !END!

446 X= 413.9, 904.5, 427.0, O.O! !END!

447 X= 415.7, 904.7, 408.0, O.O! !END!

448 X= 417

. 6, 904.8, 427.0, O.O! !END!
449 X= 419.5, 904.9, 442.0, O.O! !END!

450 X= 421.3, 905.0, 431.0, O.O! !END!

451 X= 423.2, 905.1, 424.0, O.O! !END!

452 X= 425.1, 905.2, 433.0, O.O! !END!

453 X= 426.9, 905.3, 466.0, O.O! !END!

454 X= 428.8, 905.5, 471.0, O.O! !END!

455 X= 430.7, 905.6, 472.0, O.O! !END!

456 X= 432.5, 905.7, 497.0, O.O! !END!

457 X= 434.4, 905.8, 504-.0, O.O! !END!

458 X= 436.3, 905.9, 531.0, O.O! !END!

459 X= 438.1, 906.1, 488.0, 0.0

! !END!

460 X= 440.0, 906.2, 503.0, O.O! !END!

461 X= 441.9, 906.3, 533.0, O.O! !END!

462 X= 443.8, 906.4, 518.0, O.O! !END!

463 X= 445.6, 906.5, 518.0, O.O! !END!

464 X= 447.5, 906.7, 494.0, O.O! !END!

465 X= 449.4, 906.8, 491.0, O.O! !END!

466 X= 451.2, 906.9, 491.0, O.O! !END!

467 X= 453.1, 907.0, 506.0, O.O! !END!

468 X= 455.0, 907.2, 519.0, O.O! !END!

469 X= 456.8, 907.3, 518.0, O.O! !END!

470 X= 458.7, 907.4, 531.0, 0.0

! !END!

471 X= 460.6, 907.5, 595.0, O.O! !END!

472 X= 462.4, 907.7, 575.0, O.O! !END!

473 X= 464.3, 907.8, 549.0, O.O! !END!

474 X= 466.2, 907.9, 547.0, O.O! !END!

475 X= 468.0, 908.1, 549.0, O.O! !END!

476 X= 469.9, 908.2, 570.0, O.O! !END!

477 X= 471.8, 908.3, 598.0, 0.0

! !END!

478 X= 473.6, 908.4, 609.0, O.O! !END!

479 X= 475.5, 908.6, 610.0, O.O! !END!

480 X= 477.4, 908.7, 597.0, O.O! !END!

481 X= 479.2, 908.8, 595.0, O.O! !END!

482 X= 481.1, 909.0, 585.0, O.O! !END!

483 X= 483.0, 909.1, 573.0, O.O! !END!

484 X= 484.9, 909.2, 578.0, O.O! !END!

485 X= 486.7, 909.4, 579.0, O.O! !END!

486 X= 488.6, 909.5, 569.0, O.O! !END!

487 X= 497.9, 910.2, 564.0, O.O! !END!

488 X= 499.8, 910.3, 572.0, O.O! !END!

489 X= 501.7, 910.5, 589.0, O.O! !END!

490 X= 355.8, 904.1, 443.0, O.O! !END!

491 X= 357.6, 904.2, 426.0, O.O! !END!

492 X= 359.5, 904.2, 424.0, O.O! !END!

493 X= 361.4, 904.3, 442.0, O.O! !END!

494 X= 363.2, 904.4, 428.0, O.O! !END!

495 X= 365.1, 904.5, 427.0, O.O! !END!

496 X= 367.0, 904.6, 426.0, O.O! !END!

497 X= 368.8, 904.8, 426.0, O.O! !END!

498 X= 370.7, 904.9, 432.0, O.O! !END!

499 X= 372.6, 905.0, 430.0, O.O! !END!

500 X= 380.1, 905.4, 458.0, O.O! !END!

501 X= 381.9, 905.5, 461.0, O.O! !END!

502 X= 383.8, 905.6, 439.0, O.O! !END!

503 X= 387.5, 905.8, 426.0, O.O! !END!

504 X= 389.4, 905.9, 426.0, O.O! !END!

505 X= 391.3, 906.0, 404.0, O.O! !END!

506 X= 393.1, 906.1, 427.0, O.O! !END!

507 X= 395.0, 906.2, 396.0, O.O! !END!

508 X= 396.9, 906.3, 396.0, O.O! !END!

509 X= 398.7, 906.4, 397.0, O.O! !END!

510 X= 400.6, 906.5, 396.0, O.O! !END!

511 X= 402.5, 906.7, 396.0, O.O! !END!

512 X= 404.3, 906.8, 400.0, O.O! !END!

513 X= 409.9, 907.1, 396.0, O.O! !END!

514 X= 411.8, 907.2, 411.0, O.O! !END!

515 X= 413.7, 907.3, 411.0, O.O! !END!

516 X= 415.6, 907.4, 400.0, O.O! !END!

517 X= 419.3, 907.7, 405.0, O.O! !END!

518 X= 421.2, 907.8, 426.0, O.O! !END!

519 X= 423.0, 907.9, 427.0, O.O! !END!

520 X= 424.9, 908.0, 429.0, 0.0

! !END!

521 X= 426.8, 908.1, 447.0, O.O! !END!

522 X= 428.6, 908.3, 457.0, O.O! !END!

523 X= 430.5, 908.4, 488.0, O.O! !END!

524 X= 432.4, 908.5, 469.0, O.O! !END!
525 X= 434.2, 908.6, 463.0, O.O! 'END!

526 X= 436.1, 908.7, 564.0, O.O! END!

527 X= 438.0, 908.9, 534.0, O.O! END!

528 X= 439.8, 909.0, 548.0, O.O! END!

529 X= 441.7, 909.1, 539.0, O.O! END!

530 X= 443.6, 909.2, 518.0, O.O! END!

531 X= 445.4, 909.3, 549.0, O.O! END!

532 X= 447.3, 909.5, 494.0, O.O! END!

533 X= 449.2, 909.6, 518.0, O.O! END!

534 X= 451.0, 909.7, 548.0, O.O! END!

535 X= 452.9, 909.8, 514.0, O.O! !END!

536 X= 454.8, 910.0, 514.0, O.O! !END!

537 X= 456.6, 910.1, 549.0, O.O! lEND!

538 X= 458.5, 910.2, 561.0, O.O! !END!

539 X= 460.4, 910.3, 564.0, O.O! lEND!

540 X= 462.2, 910.5, 553.0, O.O! lEND!

541 X= 464.1, 910.6, 533.0, O.O! !END!

542 X= 466.0, 910.7, 549.0, O.O! !END!

543 X= 467.8, 910.9, 564.0, O.O! !ENDl

544 X= 469.7, 911.0, 571.0, O.O! !END!

545 X= 471.6, 911.1, 567.0, O.O! !END!

546 X= 473.5, 911.2, 576.0, O.O! !END!

547 X= 475.3, 911.4, 580.0, O.O! !END!

548 X= 477.2, 911.5, 594.0, O.O! !END!

549 X= 479.1, 911.6, 606.0, O.O! !END!

550 X= 480.9, 911.8, 610.0, O.O! !END!

551/ X= 497.7, 913.0, 518.0, O.O! !END!

552 X= 499.6, 913.1, 518.0, O.O! !END!

553 X= 501.5, 913.3, 518.0, O.O! !END!

554 X= 503.3, 913.4, 524.0, 0.0

! !END!

555 X= 505.2, 913.5, 545.0, O.O! !END!

556 X= 507.1, 913.7, 541.0, O.O! !END!

557 X= 508.9, 913.8, 566.0, O.O! !END!

558 X= 510.8, 913.9, 572.0, O.O! !END!

559 X= 512.7, 914.1, 555.0, O.O! !END!

560 X= 514.5, 914.2, 476.0, O.O! !END!

561 X= 516.4, 914.4, 445.0, O.O! !END!

562 X= 357.5, 906.9, 423.0, O.O! !END!

563 X= 359.3, 907.0, 426.0, O.O! !END!

564 X= 370.6, 907.6, 430.0, O.O! !END!

565 X= 372.4, 907.8, 427.0, O.O! !END!

566 X= 379.9, 908.2, 442.0, O.O! !END!

567 X= 381.8, 908.3, 442.0, O.O! !END!

568 X= 383.6, 908.4, 453.0, O.O! !END!

569 X= 385.5, 908.5, 426.0, O.O! !END!

570 X= 387.4, 908.6, 410.0, O.O! !END!

571 X= 389.2, 908.7, 405.0, O.O! !END!

572 X= 391.1, 908.8, 411.0, O.O! !END!

573 X= 393.0, 908.9, 411.0, O.O! !END!

574 X= 394.8, 909.0, 411.0, O.O! !END!

575 X= 396.7, 909.1, 429.0, 0.0

! !END!

576 X= 398.6, 909.2, 419.0, O.O! !END!

577 X= 400.4, 909.3, 400.0, O.O! !END!

578 X= 402.3, 909.5, 428.0, O.O! !END!

579 X= 404.2, 909.6, 452.0, O.O! !END!

580 X= 430.3, 911.2, 424.0, O.O! !END!

581 X= 432.2, 911.3, 442.0, O.O! !END!

582 X= 434.1, 911.4, 469.0, O.O! !END!

583 X= 435.9, 911.5, 460.0, O.O! !END!

584 X= 437.8, 911.7, 533.0, O.O! !END!

585 X= 439.7, 911.8, 472.0, O.O! !END!

586 X= 441.5, 911.9, 480.0, O.O! !END!

587 X= 443.4, 912.0, 470.0, O.O! !END!

588 X= 445.3, 912.1, 476.0, O.O! !END!

589 X= 447.1, 912.3, 547.0, O.O! !END!

590 X= 449.0, 912.4, 505.0, O.O! !END!

591 X= 450.9, 912.5, 511.0, O.O! !END!

592 X= 452.7, 912.6, 520.0, O.O! !END!

593 X= 454.6, 912.8, 533.0, O.O! !END!

594 X= 456.5, 912.9, 533.0, O.O! !END!

595 X= 478.9, 914.4, 564.0, O.O! !END!

596 X= 480.7, 914.6, 582.0, O.O! !END!

597 X= 482.6, 914.7, 549.0, O.O! !END!

598 X= 484.5, 914.8, 533.0, 0.0

! !END!

599 X= 486.3, 915.0, 541.0, O.O! !END!

600 X= 488.2, 915.1, 521.0, O.O! !END!
601 X= 490.1, 915.2, 555.0, O.O! !END!

602 X= 491.9, 915.4, 503.0, O.O! !END!

603 X= 493.8, 915.5, 500.0, 0.0

! !END!

604 X= 495.6, 915.6, 547.0, O.O! !END!

605 X= 497.5, 915.8, 515.0, O.O! !END!

606 X= 499.4, 915.9, 556.0, O.O! !END!

607 X= 501.2, 916.0, 594.0, O.O! !END!

608 X= 503.1, 916.2, 526.0, 0.0

! !END!

609 X= 505.0, 916.3, 518.0, O.O! !END!

610 X= 506.8, 916.5, 598.0, O.O! !END!

611 X= 508.7, 916.6, 570.0, O.O! !END!

612 X= 510.6, 916.7, 518.0, O.O! !END!

613 X= 512.4, 916.9, 472.0, O.O! !END!

614 X= 514.3, 917.0, 479.0, O.O! !END!

615 X= 516.2, 917.2, 469.0, O.O! !END!

616 X= 518.0, 917.3, 464.0, O.O! !END!

617 X= 519.9, 917.4, 495.0, O.O! !END!

618 X= 357.3, 909.7, 411.0, O.O! !END!

619 X= 359.2, 909.8, 443.0, O.O! !END!

620 X= 377.9, 910.9, 440.0, O.O! !END!

621 X= 379.7, 911.0, 457.0, O.O! !END!

622 X= 381.6, 911.1, 430.0, O.O! !END!

623 X= 383.5, 911.2, 451.0, O.O! !END!

624 X= 385.3, 911.3, 427.0, O.O! !END!

625 X= 387.2, 911.4, 427.0, O.O! !END!

626 X= 389.1, 911.5, 411.0, O.O! !END!

627 X= 390.9, 911.6, 427.0, O.O! !END!

628 X= 392.8, 911.7, 426.0, O.O! !END!

629 X= 394.7, 911.8, 396.0, O.O! !END!

630 X= 396.5, 911.9, 401.0, O.O! !END!

631 X= 398.4, 912.0, 396.0, O.O! !END!

632 X= 405.9, 912.5, 400.0, O.O! !END!

633 X= 433.9, 914.2, 457.0, O.O! !END!

634 X= 435.7, 914.3, 426.0, O.O! !END!

635 X= 437.6, 914.4, 421.0, O.O! !END!

636 X= 439.5, 914.6, 421.0, O.O! !END!

637 X= 441.3, 914.7, 441.0, O.O! !END!

638 X= 443.2, 914.8, 487.0, O.O! !END!

639 X= 445.1, 914.9, 451.0, O.O! !END!

640 X= 446.9, 915.1, 471.0, 0.0

! !END!

641 X= 448.8, 915.2, 479.0, O.O! !END!

642 X= 450.7, 915.3, 488.0, O.O! !END!

643 X= 452.5, 915.4, 492.0, O.O! !END!

644 X= 454.4, 915.6, 503.0, 0.0

! !END!

645 X= 456.3, 915.7, 518.0, O.O! !END!

646 X= 478.7, 917.2, 490.0, O.O! !END!

647 X= 480.5, 917.4, 472.0, O.O! !END!

648 X= 488.0, 917.9, 473.0, O.O! !END!

649 X= 506.6, 919.3, 505.0, O.O! !END!

650 X= 508.5, 919.4, 524.0, O.O! !END!

651 X= 510.4, 919.5, 549.0, O.O! !END!

652 X= 512.2, 919.7, 541.0, O.O! END!

653 X= 514.1, 919.8, 454.0, O.O! END!

654 X= 366.5, 913.0, 411.0, O.O! END!

655 X= 368.4, 913.1, 426.0, O.O! END!

656 X= 370.3, 913.2, 440.0, O.O! END!

657 X= 372.1, 913.3, 427.0, O.O! END!

658 X= 374.0, 913.4, 411.0, O.O! END!

659 X= 375.9, 913.5, 427.0, O.O! END!

660 X= 377.7, 913.7, 443.0, O.O! END!

661 X= 379.6, 913.8, 439.0, O.O! END!

662 X= 381.5, 913.9, 396.0, O.O! END!

663 X= 383.3, 914.0, 433.0, 0.0

! !END!

664 X= 385.2, 914.1, 427.0, O.O! !END!

665 X= 387.1, 914.2, 430.0, O.O! !END!

666 X= 388.9, 914.3, 422.0, O.O! !END!

667 X= 390.8, 914.4, 427.0, O.O! !END!

668 X= 392.6, 914.5, 404.0, O.O! !END!

669 X= 394.5, 914.6, 427.0, O.O! !END!

670 X= 435.6, 917.1, 421.0, O.O! !END!

671 X= 437.4, 917.2, 432.0, O.O! !END!

672 X= 439.3, 917.4, 442.0, O.O! !END!

673 X= 441.2, 917.5, 457.0, O.O! !END!

674 X= 443.0, 917.6, 472.0, O.O! !END!

675 X= 444.9, 917.7, 456.0, 0.0! !END!

676 X= 446.8, 917.8, 472.0, O.O! !END!
677 X= 448.6, 918.0, 439.0, 0.0

! !END!

678 X= 450.5, 918.1, 442.0, O.O! !END!

679 X= 452.4, 918.2, 442.0, O.O! !END!

680 X= 454.2, 918.3, 442.0, O.O! !END!

681 X= 456.1, 918.5, 446.0, O.O! !END!

682 X= 461.7, 918.8, 457.0, 0.0

! !END!

683 X= 463.5, 919.0, 457.0, O.O! !END!

684 X= 358.9, 915.4, 411.0, O.O! !END!

685 X= 362.6, 915.6, 417.0, O.O! !END!

686 X= 364.5, 915.7, 426.0, O.O! !END!

687 X= 366.4, 915.8, 398.0, O.O! !END!

688 X= 368.2, 915.9, 396.0, O.O! !END!

689 X= 370.1, 916.0, 411.0, O.O! !END!

690 X= 372.0, 916.1, 411.0, O.O! !END!

691 X= 373.8, 916.2, 406.0, O.O! !END!

692 X= 375.7, 916.3, 438.0, O.O! !END!

693 X= 377.6, 916.4, 409.0, O.O! !END!

694 X= 379.4, 916.6, 425.0, O.O! !END!

695 X= 381.3, 916.7, 396.0, O.O! !END!

696 X= 383.2, 916.8, 427.0, O.O! !END!

697 X= 385.0, 916.9, 422.0, O.O! !END!

698 X= 386.9, 917.0, 413.0, O.O! lEND!

699 X= 388.8, 917.1, 396.0, O.O! END!

700 X= 390.6, 917.2, 442.0, O.O! END!

701 X= 392.5, 917.3, 433.0, O.O! END!

702 X= 394.4, 917.4, 427.0, O.O! END!

703 X= 439.1, 920.2, 457.0, O.O! END!

704 X= 441.0, 920.3, 472.0, O.O! END!

705 X= 442.8, 920.4, 433.0, O.O! END!

706 X= 444.7, 920.5, 448.0, O.O! END!

707 X= 446.6, 920.6, 459.0, O.O! END!

708 X= 448.4, 920.8, 457.0, O.O! END!

709 X= 450.3, 920.9, 440.0, O.O! END!

710 X= 452.2, 921.0, 473.0, O.O! END!

711 X= 454.0, 921.1, 451.0, O.O! END!

712 X= 459.6, 921.5, 453.0, O.O! END!

713 X= 461.5, 921.6, 457.0, O.O! END!

714 X= 463.4, 921.8, 460.0, O.O! END!

715 X= 347.6, 917.6, 411.0, O.O! END!

716 X= 349.4, 917.7, 385.0, O.O! !END!

717 X= 351.3, 917.8, 396.0, O.O! !END!

718 X= 353.2, 917.9, 411.0, O.O! !END!

719 X= 355.0, 918.0, 411.0, O.O! !END!

720 X= 356.9, 918.1, 411.0, O.O! !END!

721 X= 358.8, 918.2, 397.0, O.O! !END!

722 X= 360.6, 918.3, 426.0, O.O! !END!

723 X= 362.5, 918.4, 396.0, O.O! !END!

724 X= 364.4, 918.5, 372.0, O.O! !END!

725 X= 366.2, 918.6, 385.0, O.O! !END!

726 X= 368.1, 918.7, 380.0, O.O! !END!

727 X= 369.9, 918.8, 383.0, O.O! !END!

728 X= 371.8, 918.9, 381.0, O.O! !END!

729 X= 373.7, 919.0, 398.0, O.O! !END!

730 X= 375.5, 919.1, 396.0, O.O! !END!

731 X= 377.4, 919.2, 396.0, O.O! !END!

732 X= 379.3, 919.3, 381.0, O.O! !END!

733 X= 381.1, 919.5, 396.0, O.O! !END!

734 X= 383.0, 919.6, 407.0, O.O! !END!

735 X= 384.9, 919.7, 411.0, O.O! !END!

736 X= 386.7, 919.8, 412.0, O.O! !END!

737 X= 388.6, 919.9, 378.0, O.O! !END!

738 X= 390.5, 920.0, 396.0, O.O! !END!

739 X= 392.3, 920.1, 378.0, O.O! !END!

740 X= 394.2, 920.2, 378.0, O.O! !END!

741 X= 442.7, 923.2, 424.0, O.O! !END!

742 X= 444.5, 923.3, 454.0, O.O! !END!

743 X= 446.4, 923.4, 455.0, O.O! !END!

744 X= 448.3, 923.6, 456.0, O.O! !END!

745 X= 450.1, 923.7, 450.0, O.O! !END!

746 X= 452.0, 923.8, 457.0, O.O! !END!

747 X= 453.8, 923.9, 448.0, O.O! !END!

748 X= 459.4, 924.3, 457.0, O.O! !END!

749 X= 461.3, 924.4, 437.0, O.O! !END!

750 X= 347.4, 920.4, 382.0, O.O! !END!

751 X= 349.3, 920.5, 400.0, O.O! !END!

752 X= 351.2, 920.6, 401.0, O.O! !END!
753 X= 353.0, 920.7, 396.0, 0.0 !END!

754 X= 354.9, 920.8, 411.0, 0.0 !END!

755 X= 356.7, 920.9, 393.0, 0.0 !END!

756 X= 358.6, 921.0, 396.0, 0.0 !END!

757 X= 360.5, 921.1, 427.0, 0.0 !END!

758 X= 362.3, 921.2, 402.0, 0.0 !END!

759 X= 364.2, 921.3, 411.0, 0.0 !END!

760 X= 366.1, 921.4, 396.0, 0.0 !END!

761 X= 367.9, 921.5, 380.0, O.O! !END!

762 X= 369.8, 921.6, 381.0, O.O! !END!

763 X= 371.7, 921.7, 381.0, O.O! !END!

764 X= 373.5, 921.8, 396.0, O.O! !END!

765 X= 375.4, 921.9, 396.0, O.O! !END!

766 X= 377.3, 922.0, 395.0, O.O! !END!

767 X= 379.1, 922.1, 381.0, O.O! !END!

768 X= 381.0, 922.3, 396.0, O.O! !END!

769 X= 382.8, 922.4, 378.0, O.O! !END!

770 X= 384.7, 922.5, 378.0, 0. O! !END!

771 X= 386.6, 922.6, 382.0, O.O! !END!

772 X= 448.1, 926.4, 436.0, O.O! !END!

773 X= 449.9, 926.5, 479.0, O.O! !END!

774 X= 451.8, 926.6, 436.0, O.O! !END!

775 X= 453.7, 926.7, 436.0, O.O! !END!

776 X= 455.5, 926.9, 442.0, O.O! !END!

777 X= 457.4, 927.0, 452.0, O.O! !END!

778 X= 459.2, 927.1, 442.0, O.O! !END!

779 X= 341.7, 923.0, 420.0, O.O! !END!

780 X= 343.6, 923 .. 1, 381.0, O. O! !END!

781 X= 347.3, 923.2, 351.0, O.O! !END!

782 X= 349.1, 923.3, 389.0, 0. O! !END!

783 X= 351.0, 923.4, 365.0, O.O! !END!

784 X= 352.9, 923.5, 365.0, O.O! !END!

785 X= 354.7, 923.6, 408.0, O.O! !END!

786 X= 356.6, 923.7, 396.0, O.O! !END!

787 X= 358.5, 923.8, 411.0, O.O! !END!

788 X= 360.3, 923.9, 411.0, O.O! !END!

789 X= 362.2, 924.0, 402.0, O.O! !END!

790 X= 364.1, 924.1, 396.0, O.O! !END!

791 X= 365.9, 924.2, 387.0, O.O! !END!

792 X= 367.8, 924.3, 411.0, O.O! !END!

793 X= 369.6, 924.4, 365.0, 0. O! !END!

794 X= 371.5, 924.5, 366.0, O.O! !END!

795 X= 373.4, 924.6, 395.0, O.O! !END!

796 X= 375.2, 924.7, 374.0, O.O! !END!

797 X= 377.1, 924.8, 372.0, O. O! !END!

798 X= 379.0, 924.9, 372.0, O.O! !END!

799 X= 380.8, 925.0, 378.0, O.O! !END!

800 X= 453.5, 929.5, 436.0, O. O! !END!

801 X= 455.3, 929.6, 436.0, O.O! !END!

802 X= 457.2, 929.8, 436.0, O.O! !END!

803 X= 459.1, 929.9, 443.0, O.O! !END!

-

804 X= 341.5, 925.8, 396.0, O.O! !END!

805 X= 343.4, 925.9, 350.0, O.O! 'END!

806 X= 352.7, 926.3, 354.0, O.O! END!

807 X= 354.6, 926.4, 354.0, O.O! END!

808 X= 356.5, 926.5, 380.0, O.O! END!

809 X= 358.3, 926.6, 412.0, O.O! END!

810 X= 360.2, 926.7, 411.0, O.O! END!

811 X= 362.0, 926.8, 411.0, O.O! END!

812 X= 363.9, 926.9, 399.0, O.O! END!

813 X= 365.8, 927.0, 396.0, O.O! END!

814 X= 367.6, 927.1, 415.0, O.O! 'END!

815 X= 369.5, 927.2, 396.0, O.O! END!

816 X= 371.4, 927.3, 362.0, O.O! END!

817 X= 373.2, 927.4, 363.0, O.O! END!

818 X= 341.4, 928.6, 351.0, O.O! END!

819 X= 352.6, 929.1, 411.0, O.O! END!

820 X= 354.4, 929.2, 396.0, O.O! END!

821 X= 356.3, 929.3, 426.0, O.O! END!

822 X= 358.2, 929.4, 396.0, O.O! END!

823 X= 360.0, 929.5, 396.0, O.O! END!

824 X= 361.9, 929.6, 411.0, O.O! END!

825 X= 363.8, 929.7, 372.0, O.O! END!

826 X= 365.6, 929.8, 396.0, O.O! END!

827 X= 367.5, 929.9, 363.0, O.O! END!

828 X= 369.3, 930.0, 366.0, O.O! END!
829 X= 371.2, 930.1, 361.0, 0.0

! 'END!

830 X= 350.6, 931.8, 357.0, O.O! END!

831 X= 352.4, 931.9, 386.0, O.O! END!

832 X= 354.3, 932.0, 411.0, O.O! END!

833 X= 356.2, 932.1, 396.0, O.O! END!

834 X= 358.0, 932.2, 408.0, 0.0

! END!

835 X= 359.9, 932.3, 393.0, O.O! END!

836 X= 361.7, 932.4, 381.0, O.O! END!

837 X= 363.6, 932.5, 396.0, O.O! END!

838 X= 365.5, 932.6, 362.0, O.O! END!

839 X= 367.3, 932.7, 371.0, O.O! !END!

840 X= 369.2, 932.8, 360.0, O.O! !END!

841 X= 371.0, 932.9, 361.0, O.O! !END!

842 X= 352.3, 934.7, 361.0, O.O! !END!

843 X= 354.1, 934.8, 381.0, O.O! !END!

844 X= 356.0, 934.9, 390.0, O.O! !END!

845 X= 357.9, 935.0, 396.0, O.O! !END!

846 X= 359.7, 935.1, 397.0, O.O! !END!

847 X= 361.6, 935.2, 397.0, 0.0

! !END!

848 X= 363.5, 935.3, 392.0, O.O! !END!

849 X= 365.3, 935.4, 360.0, O.O! !END!

850 X= 367.2, 935.5, 365.0, O.O! !END!

851 X= 369.0, 935.6, 360.0, O.O! !END!

852 X= 359.6, 937.9, 360.0, O.O! !END!

853 X= 361.4, 938.0, 360.0, O.O! !END!

854 X= 363.3, 938.1, 360.0, O.O! !END!

855 X= 365.2, 938.2, 360.0, O.O! !END!

856 X= 367.0, 938.3, 366.0, O.O! !END!

857 X= 1916.2, 185.7, 0.0, O.O! !END!

858 X= 1916.9, 185.9, 0.0, O.O! !END!

859 X= 1906.8, 185.2, 1.0, O.O! !END!

860 X= 1917.8, 188.0, 1.0, O.O! !END!

861 X= 1904.5, 185.6, 1.0, O.O! !END!

862 X= 1905.2, 185.8, 1.0, O.O! !END!

863 X= 1905.9, 185.9, 1.0, O.O! !END!

864 X= 1906.6, 186.1, 1.0, O.O! !END!

865 X= 1918.3, 189.1, 1.0, O.O! !END!

866 X= 1904.3, 186.5, 1.0, O.O! !END!

867 X= 1905.0, 186.6, 1.0, O.O! !END!

868 X= 1905.7, 186.8, 1.0, O.O! !END!

869 X= 1906.3, 187.0, 1.0, O.O! !END!

870 X= 1904.7, 187.5, 1.0, O.O! !END!

871 X= 1905.4, 187.7, 1.0, O.O! !END!

872 X= 1905.2, 188.6, 0.0, 0.0

! !END!

873 X= 1504.7, 31.6, 916.0, O.O! !END!

874 X= 1505.4, 31.7, 1069.0, O.O! !END!

875 X= 1506.1, 31.8, 1175.0, O.O! !END!

876 X= 1506.8, 32.0, 1216.0, O.O! !END!

877 X= 1503.9, 32.3, 824.0, O.O! !END!

878 X= 1504.6, 32.5, 952.0, O.O! !END!

879 X= 1505.3, 32.6, 1049.0, O.O! !END!

880 X= 1506.0, 32.7, 1127.0, O.O! !END!

881 X= 1506.7, 32.9, 1171.0, O.O! !END!

882 X= 1507.4, 33.0, 1219.0, O.O! !END!

883 X= 1508.1, 33.1, 1202.0, O.O! !END!

884 X= 1503.0, 33.1, 1058.0, O.O! !END!

885 X= 1503.7, 33.2, 967.0, O.O! !END!

886 X= 1504.4, 33.4, 828.0, O.O! END!

887 X= 1505.1, 33.5, 851.0, O.O! END!

888 X= 1505.8, 33.6, 856.0, O.O! END!

889 X= 1506.5, 33.8, 974.0, O.O! END!

890 X= 1507.2, 33.9, 1077.0, O.O! END!

891 X= 1507.9, 34.1, 1148.0, O.O! END!

892 X= 1508.6, 34.2, 1188.0, O.O! END!

893 X= 1503.5, 34.1, 1116.0, O.O! END!

894 X= 1504.2, 34.3, 1004.0, O.O! !END!

895 X= 1504.9, 34.4, 1097.0, O.O! !END!

896 X= 1505.6, 34.5, 994.0, O.O! !END!

897 X= 1506.3, 34.7, 954.0, O.O! !END!

898 X= 1507.0, 34.8, 930.0, O.O! !END!

899 X= 1507.7, 35.0, 1110.0, O.O! !END!

900 X= 1508.4, 35.1, 1163.0, O.O! !END!

901 X= 1503.3, 35.0, 1145.0, O.O! !END!

902 X= 1504.0, 35.2, 1112.0, O.O! !END!

903 X= 1504.7, 35.3, 1100.0, O.O! !END!

904 X= 1505.4, 35.4, 1073.0, O.O! !END!
905 X= 1506.1, 35.6, 1127.0, 0.0

! !END!

906 X= 1506.8, 35.7, 1005.0, O.O! !END!

907 X= 1507.5, 35.9, 1050.0, O.O! !END!

908 X= 1508.2, 36.0, 1135.0, O.O! !END!

909 X= 1508.9, 36.1, 1211.0, O.O! !END!

910

I X= 1503.2, 35.9, 1147.0, O.O! !END!

911 X= 1503.9, 36.1, 1127.0, O.O! !END!

912 X= 1504.6, 36.2, 1123.0, O.O! !END!

913 X= 1505.3, 36.4, 1108.0, O.O! !END!

914 X= 1506.0, 36.5, 1126.0, O.O! !END!

915 X= 1506.7, 36.6, 1015.0, O.O! !END!

916 X= 150-7 .4, 36.8, 1144.0, O.O! !END!

917 X= 1508.1, 36.9, 1109.0, O.O! !END!

918 X= 1508.8, 37.0, 1201.0, O.O! !END!

919 X= 1503.7, 37.0, 1154.0, O.O! !END!

920 X= 1504.4, 37.1, 1128.0, O.O! !END!

921 X= 1505.1, 37.3, 1135.0, 0.0

! !END!

922 X= 1505.8, 37.4, 1158.0, O.O! !END!

923 X= 1506.5, 37.5, 1090.0, 0.0

! !END!

924 X= 1507.2, 37.7, 1153.0, O.O~ !END!

925 X= 1507.9, 37.8, 1157.0, O.O! !END!

926 X= 1508.6, 37.9, 1166.0, O.O! !END!

927 X= 1509.3, 38.1, 1168.0, O.O! !END!

928 X= 1503.5, 37.9, 1137.0, O.O! !END!

929 X= 1504.2, 38.0, 1127.0, O.O! !END!

930 X= 1504.9, 38.2, 1156.0, O.O! !END!

931 X= 1505.6, 38.3, 1158.0, O.O! !END!

932 X= 1506.3, 38.4, 1110.0, O.O! !END!

933 X= 1507.0, 38.6, 1097.0, O.O! !END!

934 X= 1508.4, 38.8, 1159.0, O.O! !END!

935 X= 1509.1, 39.0, 1188.0, O.O! !END!

936 X= 1504.0, 38.9, 1128.0, O.O! !END!

937 X= 1504.7, 39.1, 1157.0, O.O! !END!

938 X= 2015.0, 760.6, 1639.0, O.O! !END!

939 X= 2015.6, 760.8, 1554.0, O.O! !END!

940 X= 2016.2, 761.0, 1722.0, O.O! !END!

941 X= 2014.7, 761.5, 1554.0, O.O! !END!

942 X= 2015.3, 761.7, 1244.0, O.O! !END!

943 X= 2016.0, 761.9, 1364.0, O.O! !END!

944 X= 2016.6, 762.1, 1462.0, O.O! !END!

945 X= 2017.2, 762.3, 1383.0, O.O! !END!

946 X= 2018.5, 762.6, 914.0, O.O! !END!

947 X= 2019.2, 762.8, 776.0, O.O! !END!

948 X= 2019.8, 763.0, 739.0, O.O! !END!

949 X= 2014.4, 762.4, 1476.0, O.O~ !END

950 X= 2015.1, 762.6, 1207.0, O.O! !END

951 X= 2015.7, 762.8, 1111.0, O.O! !END

952 X= 2016.4, 763.0, 1235.0, O.O! !END

953 X= 2017.0, 763.1, 1158.0, O.O! !END

954 X= 2017.6, 763.3, 1019.0, O.O! !END

955 X= 2018.3, 763.5, 774.0, O.O! !END

956 X= 2018.9, 763.7, 716.0, O.O! !END

957 X= 2019.5, 763.9, 619.0, O.O! !END

958 X= 2014.8, 763.5, 1414.0, O.O! !END

959 X= 2015.5, 763.7, 1143.0, O.O! !END!

960 X= 2016.1, 763.8, 922.0, O.O! !END!

961 X= 2016.7, 764.0, 852.0, O.O! !END!

962 X= 2017.4, 764.2, 777.0, O.O! !END!

963 X= 2018.0, 764.4, 701.0, O.O! !END!

964 X= 2018.6, 764.6, 640.0, 0.0

! !END!

965 X= 2014.6, 764.4, 1402.0, 0.0

! !END!

966 X= 2015.2, 764.6, 1319.0, O.O! !END!

967 X= 2015.8, 764.7, 1305.0, O.O! !END!

968 X= 2016.5, 764.9, 1097.0, O.O! !END!

969 X= 2017.1, 765.1, 923.0, O.O! !END!

970 X= 2017.7, 765.3, 914.0, O.O! !END!

971 X= 2014.9, 765.4, 1663.0, O.O! !END!

972 X= 2015.6, 765.6, 1584.0, O.O! !END!

973 X= 2016.2, 765.8, 1208.0, O.O! !END!

974 X= 2016.8, 766.0, 1178.0, O.O! !END!

975 X= 2017.5, 766.2, 1253.0, O.O! !END!

976 X= 1201.2, -417.2, 521.0, O.O! !END!

977 X= 1204.2, -416.8, 521.0, O.O! !END!

978 X= 1189.0, -417.2, 521.0, 0.0! !END!

979 X= 1190.5, -417.0, 522.0, O.O! !END!

980 X= 1192.0, -416.7, 523.0, O.O! !END!
981 X= 1193.5, -416.5, 521.0, O.O! !END!

982 X= 1195.0, -416.3, 538.0, O.O! !END!

983 X= 1196.5, -416.1, 550.0, O.O! !END!

984 X= 1198.0, -415.9, 640.0, O.O! !END!

985 X= 1199.5, -415.6, 607.0, O.O! !END!

986 X= 1200.9, -415.4, 523.0, O.O! !END!

987 X= 1202.4, -415.2, 548.0, O.O! !END!

988 X= 1203.9, -415.0, 524.0, O.O! !END!

989 X= 1205.4, -414.8, 608.0, O.O! !END!

990 X= 1208.4, -414.3, 546.0, O.O! !END!

991 X= 1209.9, -414.1, 566.0, O.O! !END!

992 X= 1211.4, -413.9, 541.0, O.O! !END!

993 X= 1212.8, -413.6, 530.0, O.O! !END!

994 X= 1181.3, -416.4, 683.0, 0.0

! !END!

995 X= 1182.8, -416.2, 711.0, O.O! !END!

996 X= 1184.3, -416.0, 583.0, O.O! !END!

997 X= 1185.8, -415.8, 599.0, O.O! !END! )

998 X= 1187.3, -415.6, 561.0, O.O! !END!

999 X= 1188.8, -415.3, 582.0, 0.0

! !END!

1000 X= 1190.3, -415.1, 703.0, 0.0

! !END!

1001 X= 1191.7, -414.9, 707.0, O.O! !END!

1002 X= 1193.2, -414.7, 522.0, O.O! !END!

1003 X= 1194.7, -414.5, 760.0, O.O! !END!

1004 X= 1196.2, -414.3, 846.0, O.O! !END!

1005 X= 1197.7, -414.0, 952.0, O.O! !END!

1006 X= 1199.2, -413.8, 765.0, O.O! !END!

1007 X= 1200.7, -413.6, 1067.0, O.O! !END!

1008 X= 1202.2, -413.4, 915.0, O.O! !END!

1009 X= 1203.6, -413.2, 730.0, O.O! !END!

1010 X= 1205.1, -412.9, 822.0, 0.0

! !END!

1011 X= 1206.6, -412.7, 748.0, O.O! !END!

1012 X= 1208.1, -412.5, 544.0, O.O! !END!

1013 X= 1209.6, -412.3, 706.0, O.O! !END!

1014 X= 1211.1, -412.0, 627.0, O.O! !END!

1015 X= 1212.6, -411.8, 845.0, O.O! !END!

1016 X= 1214.1, -411.6, 772.0, O.O! !END!

1017 X= 1215.5, -411.4, 836.0, O.O! !END!

1018 X= 1220.0, -410.7, 665.0, O.O! !END!

1019 X= 1175.1, -415.5, 554.0, O.O! !END!

1020 X= 1176.6, -415.3, 760.0, O.O! !END!

1021 X= 1178.1, -415.0, 805.0, O.O! !END!

1022 X= 1179.6, -414.8, 703.0, O.O! !END!

1023 X= 1181.1, -414.6, 729.0, O.O! !END!

1024 X= 1182.6, -414.4, 699.0, O.O! !END!

1025 X= 1184.0, -414.2, 1109.0, O.O! !END!

1026 X= 1185.5, -414.0, 1001.0, O.O! !END!

1027 X= 1187.0, -413.7, 811.0, O.O! !END!

1028 X= 1188.5, -413.5, 522.0, O.O! !END!

1029 X= 1190.0, -413.3, 581.0, O.O! !END!

1030 X= 1191.5, -413.1, 629.0, O.O! !END!

1031 X= 1193.0, -412.9, 634.0, 0.0

! !END!

1032 X= 1194.5, -412.6, 582.0, O.O! !END!

1033 X= 1195.9, -412.4, 612.0, O.O! !END!

1034 X= 1197.4, -412.2, 944.0, O.O! !END!

1035 X= 1198.9, -412.0, 1281.0, O.O! !END!

1036 X= 1200.4, -411.8, 1427.0, O.O! !END!

1037 X= 1201.9, -411.5, 1221.0, O.O! !END!

1038 X= 1203.4, -411.3, 1030.0, O.O! !END!

1039 X= 1204.9, -411.1, 983.0, O.O! !END!

1040 X= 1206.4, -410.9, 894.0, O.O! !END!

1041 X= 1207.8, -410.7, 675.0, O.O! !END!

1042 X= 1209.3, -410.4, 950.0, O.O! !END!

1043 X= 1210.8, -410.2, 915.0, O.O! !END!

1044 X= 1212.3, -410.0, 732.0, 0.0

! !END!

1045 X= 1213.8, -409.8, 980.0, O.O! !END!

1046 X= 1216.8, -409.3, 1020.0, O.O! !END!

1047 X= 1218.2, -409.1, 886.0, O.O! !END!

1048 X= 1219.7, -408.9, 615.0, O.O! !END!

1049 X= 1221.2, -408.7, 680.0, O.O! !END!

1050 X= 1176.3, -413.4, 767.0, O.O! !END!

1051 X= 1177.8, -413.2, 919.0, O.O! !END!

1052 X= 1179.3, -413.0, 905.0, O.O! !END!

1053 X= 1180.8, -412.8, 911.0, O.O! !END!

1054 X= 1182.3, -412.6, 965.0, O.O! !END!

1055 X= 1183.8, -412.3, 837.0, O.O! !END!

1056 X= 1185.3, -412.1, 1055.0, O.O! !END!
1057 X= 1186.7, -411.9, 716.0, 0.0

! !END!

1058 X= 1188.2, -411.7, 825.0, O.O! !END!

1059 X= 1189.7, -411.5, 609.0, O.O! !END!

1060 X= 1191.2, -411.3, 814.0, 0.0

! !END!

1061 X= 1192.7, -411.0, 1006.0, O.O! !END!

1062 X= 1194.2, -410.8, 1036.0, O.O! lEND!

1063 X= 1195.7, -410.6, 732.0, 0.0

! !END!

1064 X= 1197.2, -410.4, 746.0, 0.0

! !END!

1065 X= 1198.6, -410.2, 929.0, O.O! lEND!

1066 X= 1200.1, -409.9, 1008.0, 0.0

! !END!

1067 X= 1201.6, -409.7, 1288.0, O.O! !END!

1068 X= 1203.1, -409.5, 1266.0, O.O! !END!

1069 X= 1204.6, -409.3, 1218.0, 0.0

! !END!

1070 X= 1206.1, -409.1, 959.0, O.O! !END!

1071 X= 1207.6, -408.8, 681.0, O.O! !END!

1072 X= 1209.1, -408.6, 920.0, O.O! !END!

1073 X= 1210.5, -408.4, 1170.0, O.O! !END!

1074 X= 1212.0, -408.2, 956.0, O.O! !END!

1075 X= 1213.5, -407.9, 818.0, 0.0

! lEND!

1076 X= 1215.0, -407.7, 1223.0, O.O! !END!

1077 X= 1216.5, -407.5, 1270.0, 0.0

! lEND!

1078 X= 1218.0, -407.3, 872.0, 0.0

! !END!

1079 X= 1219.5, -407.1, 694.0, O.O! !END!

1080 X= 1220.9, -406.8, 963.0, O.O! !END!

1081 X= 1222.4, -406.6, 859.0, O.O! !END!

1082 X= 1223.9, -406.4, 1000.0, O.O! !END!

1083 X= 1170.1, -412.5, 365.0, O.O! !END!

1084 X= 1171.6, -412.2, 406.0, O.O! !END!

1085 X= 1173.1, -412.0, 600.0, O.O! !END!

1086 X= 1174.6, -411.8, 591.0, O.O! !END!

1087 X= 1176.1, -411.6, 644.0, O.O! !END!

1088 X= 1177.6, -411.4, 1036.0, O.O! !END!

1089 X= 1179.0, -411.2, 1309.0, 0.0

! !END!

1090 X= 1180.5, -411.0, 1262.0, 0.0

! !END!

1091 X= 1182.0, -410.7, 1261.0, O.O! !END!

1092 X= 1183.5, -410.5, 1072.0, O.O! !END!

1093 X= 1185.0, -410.3, 1199.0, 0.0

! !END!

1094 X= 1186.5, -410.1, 1097.0, O.O! !END!

1095 X= 1188.0, -409.9, 720.0, O.O! !END!

1096 X= 1189.5, -409.6, 640.0, 0.0

! !END!

1097 X= 1190.9, -409.4, 873.0, O.O! !END!

1098 X= 1192.4, -409.2, 852.0, O.O! !END!

1099 X= 1193.9, -409.0, 978.0, O.O! !END!

1100 X= 1195.4, -408.8, 809.0, O.O! !END!

1101 X= 1196.9, -408.6, 761.0, O.O! !END!

1102 X= 1198.4, -408.3, 987.0, O.O! !END!

1103 X= 1199.9, -408.1, 874.0, O.O! !END!

1104 X= 1201.3, -407.9, 1147.0, O.O! !END!

1105 X= 1202.8, -407.7, 1323.0, O.O! !END!

1106 X= 1204.3, -407.5, 1221.0, O.O! !END!

1107 X= 1205.8, -407.2, 1097.0, O.O! !END!

1108 X= 1207.3, -407.0, 800.0, O.O! !END!

1109 X= 1208.8, -406.8, 942.0, 0.0

! !END!

1110 X= 1210.3, -406.6, 1167.0, O.O! !END!

1111 X= 1211.8, -406.3, 1052.0, O.O! !END!

1112 X= 1213.2, -406.1, 1012.0, O.O! !END!

1113 X= 1214.7, -405.9, 1002.0, O.O! !END!

1114 X= 1216.2, -405.7, 1143.0, O.O! !END!

1115 X= 1217.7, -405.5, 998.0, 0.0

! !END!

1116 X= 1219.2, -405.2, 710.0, O.O! !END!

1117 X= 1220.7, -405.0, 998.0, O.O! !END!

1118 X= 1222.2, -404.8, 907.0, 0.0

! !END!

1119 X= 1223.6, -404.6, 1200.0, O.O! !END!

1120 X= 1225.1, -404.3, 1173.0, O.O! !END!

1121 X= 1226.6, -404.1, 1067.0, O.O! !END!

1122 X= 1228.1, -403.9, 896.0, O.O! !END!

1123 X= 1229.6, -403.7, 799.0, 0.0

! !END!

1124 X= 1231.1, -403.4, 683.0, O.O! !END!

1125 X= 1169.9, -410.6, 330.0, 0.0

! !END!

1126 X= 1171.3, -410.4, 523.0, O.O! !END!

1127 X= 1172.8, -410.2, 599.0, O.O! !END!

1128 X= 1174.3, -410.0, 769.0, O.O! !END!

1129 X= 1175.8, -409.8, 831.0, O.O! !END!

1130 X= 1177.3, -409.6, 941.0, O.O! !END!

1131 X= 1178.8, -409.3, 1150.0, O.O! !END!

1132 X= 1180.3, -409.1, 1194.0, 0.0

! !END!
1133 X= 1181.8, -408.9, 1084.0, O.O! !END!

1134 X= 1183.2, -408.7, 1206.0, 0.0

! !END!

1135 X= 1184.7, -408.5, 1225.0, O.O! !END!

1136 X= 1186.2, -408.3, 987.0, O.O! !END!

1137 X= 1187.7, -408.0, 1063.0, 0.0

! !END!

1138 X= 1189.2, -407.8, 873.0, O.O! lEND!

1139 X= 1190.7, -407

. 6, 921.0, O.O! !END!

1140 X= 1192.2, -407.4, 1233.0, O.O! !END!

1141 X= 1193.6, -407.2, 1006.0, G.O! !END!

1142 X= 1195.1, -406.9, 1024.0, O.O! !END!

1143 X= 1196.6, -406.7, 792.0, O.O! !END!

1144 X= 1198.1, -406.5, 1015.0, O.O! !END!

1145 X= 1199.6, -406.3, 1094.0, 0.0

! !END!

1146 X= 1201.1, -406.1, 996.0, O.O! !END!

1147 X= 1202.6, -405.8, 1148.0, O.O! !END!

1148 X= 1204.1, -405.6, 1368.0, O.O! !END!

1149 X= 1205.5, -405.4, 1052.0, 0.0

! !END!

1150 X= 1207.0, -405.2, 958.0, O.O! !END!

1151 X= 1208.5, -405.0, 988.0, O.O! !END!

1152 X= 1210.0, -404.7, 1019.0, O.O! !END!

1153 X= 1211.5, -404.5, 1344.0, O.O! !END!

1154 X= 1213.0, -404.3, 1246.0, O.O! !END!

1155 X= 1214.5, -404.1, 1377.0, O.O! !END!

1156 X= 1215.9, -403.9, 1135.0, O.O! !END!

1157 X= 1217.4, -403.6, 1196.0, O.O! !END!

1158 X= 1218.9, -403.4, 851.0, O.O! !END!

1159 X= 1220.4, -403.2, 883.0, O.O! !END!

1160 X= 1221.9, -403.0, 1060.0, O.O! !END!

1161 X= 1223.4, -402.7, 1207.0, O.O! lEND!

1162 X= 1224.9, -402.5, 1245.0, O.O! lEND!

1163 X= 1226.3, -402.3, 1045.0, O.O! !END!

1164 X= 1227.8, -402.1, 1068.0, O.O! !END!

1165 X= 1229.3, -401.8, 870.0, O.O! !END!

1166 X= 1230.8, -401.6, 782.0, 0.0

! !END!

1167 X= 1241.2, -400.0, 1326.0, O.O! !END!

'\ 1168 X= 1169.6, -408.8, 453.0, O.O! !END!

1169 X= 1171.1, -408.6, 439.0, O.O! !END!

1170 X= 1172.6, -408.4, 582.0, O.O! !END!

1171 X= 1174.1, -408.2, 664.0, O.O! !END!

1172 X= 1175.5, -407.9, 770.0, O.O! !END!

1173 X= 1177.0, -407.7, 853.0, O.O! !END!

1174 X= 1178.5, -407.5, 810.0, O.O! !END!

1175 X= 1180.0, -407.3, 979.0, O.O! !END!

1176 X= 1181.5, -407.1, 809.0, O.O! !END!

1177 X= 1183.0, -406.9, 818.0, O.O! !END!

1178 X= 1184.5, -406.6, 1027.0, O.O! !END!

1179 X= 1185.9, -406.4, 1372.0, O.O! !END!

1180 X= 1187.4, -406.2, 1203.0, O.O! !END!

1181 X= 1188.9, -406.0, 975.0, O.O! !END!

1182 X= 1190.4, -405.8, 1077.0, O.O! !END!

1183 X= 1191.9, -405.6, 1343.0, O.O! !END!

1184 X= 1193.4, -405.3, 1463.0, O.O! !END!

1185 X= 1194.9, -405.1, 1193.0, O.O! !END!

1186 X= 1196.3, -404.9, 932.0, O.O! !END!

1187 X= 1197.8, -404.7, 1059.0, O.O! !END!

1188 X= 1199.3, -404.5, 1144.0, O.O! !END!

1189 X= 1200.8, -404.2, 1231.0, O.O! !END!

1190 X= 1202.3, -404.0, 1197.0, O.O! !END!

1191 X= 1203.8, -403.8, 1220.0, O.O! !END!

1192 X= 1205.3, -403.6, 1342.0, O.O! !END!

1193 X= 1206.8, -403.4, 1350.0, O.O! !END!

1194 X= 1208.2, -403.1, 1251.0, 0.0

! !END!

1195 X= 1209.7, -402.9, 1467.0, O.O! !END!

1196 X= 1211.2, -402.7, 1407.0, O.O! !END!

1197 X= 1212.7, -402.5, 1671.0, O.O! !END!

1198 X= 1214.2, -402.2, 1369.0, O.O! !END!

1199 X= 1215.7, -402.0, 1412.0, O.O! !END!

1200 X= 1217.2, -401.8, 1279.0, O.O! !END!

1201 X= 1218 .6, -401.6, 863.0, O.O! !END!

1202 X= 1220.1, -401.4, 823.0, O.O! !END!

1203 X= 1221.6, -401.1, 1103.0, O.O! !END!

1204 X= 1223.1, -400.9, 1432.0, O.O! !END!

1205 X= 1224.6, -400.7, 1448.0, O.O! !END!

1206 X= 1226.1, -400.5, 1352.0, 0.0

! !END!

1207 X= 1227.5, -400.2, 1094.0, O.O! !END!

1208 X= 1229.0, -400.0, 802.0, O.O! !END!
1209 X= 1230.5, -399.8, 756.0, O.O! lEND!

1210 X= 1239.4, -398.4, 1213.0, O.O! !END!

1211 X= 1240.9, -398.2, 1312.0, O.O! lEND!

1212 X= 1169.3, -407.0, 365.0, O.O! lEND!

1213 X= 1170.8, -406.8, 393.0, O.O! !END!

1214 X= 1172.3, -406.5, 455.0, O.O! !END!

1215 X= 1173.8, -406.3, 590.0, O.O! !END!

1216 X= 1175.3, -406.1, 775.0, 0.0

! lEND!

1217 X= 1176.8, -405.9, 690.0, O.O! !END!

1218 X= 1178.2, -405.7, 697.0, O.O! !END!

1219 X= 1179.7, -405.5, 678.0, 0.0

! !END!

1220 X= 1181.2, -405.3, 607.0, O.O! !END!

1221 X= 1182.7, -405.0, 824.0, 0.0

! !END!

1222 X= 1184.2, -404.8, 802.0, O.O! !END!

1223 X= 1185.7, -404.6, 1033.0, O.O! lEND!

1224 X= 1187.2, -404.4, 1241.0, O.O! !END!

1225 X= 1188.7, -404.2, 1297.0, 0.0

! !END!

1226 X= 1190.1, -403.9, 1503.0, 0.0

! !END!

1227 X= 1191.6, -403.7, 1477.0, 0.0

! lEND!

1228 X= 1193.1, -403.5, 1533.0, O.O! !END!

1229 X= 1194 .6, -403.3, 1242.0, O.O! !END!

1230 X= 1196.1, -403.1, 1270.0, O.O! !END!

1231 X= 1197. 6, -402.9, 1198.0, O.O! !END!

1232 X= 1199.1, -402.6, 1372.0, O.O! !END!

1233 X= 1200.5, -402.4, 1394.0, O.O! !END!

1234 X= 1202.0, -402.2, 1187.0, O.O! !END!

1235 X= 1203.5, -402.0, 1517.0, O.O! !END!

1236 X= 1205.0, -401.8, 1490.0, O.O! !END!

1237 X= 1206.5, -401.5, 1518.0, 0.0

! !END!

1238 X= 1208.0, -401.3, 1632.0, 0.0

! !END!

1239 X= 1209.5, -401.1, 1692 .0, O.O! !END!

1240 X= 1210.9, -400.9, 1888.0, 0.0

! !END!

1241 X= 1212.4, -400.6, 1951.0, 0.0

! !END!

1242 X= 1213.9, -400.4, 1603.0, O.O! !END!

1243 X= 1215.4, -400.2, 1543.0, O.O! !END!

1244 X= 1216.9, -400.0, 1292.0, O.O! !END!

1245 X= 1218.4, -399.8, 106.7 .0, O.O! !END!

1246 X= 1219.8, -399.5, 928.0, O.O! !END!

1247 X= 1221.3, -399.3, 1190.0, 0.0

! !END!

1248 X= 1222.8, -399.1, 1415.0, O.O! !END!

1249 X= 1224.3, -398.9, 1066.0, O.O! !END!

1250 X= 1225.8, -398.6, 899.0, O.O! !END!

1251 X= 1227.3, -398.4, 714.0, O.O! !END!

1252 X= 1228.8, -398.2, 703.0, O.O! !END!

1253 X= 1237.7, -396.8, 1097.0, O.O! !END!

1254 X= 1239.2, -396.6, 1224.0, O.O! !END!

1255 X= 1240.6, -396.4, 1526.0, O.O! !END!

1256 X= 1242.1, -396.1, 1566.0, O.O! !END!

1257 X= 1243.6, -395.9, 1311.0, O.O! !END!

1258 X= 1245.1, -395.7, 1283.0, O.O! !END!

1259 X= 1246.6, -395.5, 1482.0, O.O! !END!

1260 X= 1169.1, -405.2, 290.0, O.O! !END!

1261 X= 1170.6, -404.9, 389.0, O.O! !END!

1262 X= 1172.0, -404.7, 506.0, O.O! !END!

1263 X= 1173.5, -404.5, 644.0, O.O! !END!

1264 X= 1175.0, -404.3, 578.0, O.O! !END!

1265 X= 1176.5, -404.1, 539.0, O.O! !END!

1266 X= 1178.0, -403.9, 634.0, O.O! !END!

1267 X= 1179.5, -403.6, 662.0, O.O! !END!

1268 X= 1181.0, -403.4, 567.0, O.O! !END!

1269 X= 1182.4, -403.2, 579.0, O.O! !END!

1270 X= 1183.9, -403.0, 660.0, O.O! !END!

1271 X= 1185.4, -402.8, 878.0, O.O! !END!

1272 X= 1186.9, -402.6, 907.0, O.O! !END!

1273 X= 1188.4, -402.3, 955.0, O.O! !END!

1274 X= 1189.9, -402.1, 1048.0, O.O! !END!

1275 X= 1191.4, -401.9, 1056.0, O.Ol !END!

1276 X= 1192.8, -401.7, 1333.0, O.O! !END!

1277 X= 1194.3, -401.5, 1223.0, O.O! !END!

1278 X= 1195.8, -401.2, 1411.0, O.O! !END!

1279 X= 1197.3, -401.0, 1106.0, O.O! !END!

1280 X= 1198.8, -400.8, 1347.0, O.O! !END!

1281 X= 1200.3, -400.6, 1222.0, O.O! !END!

1282 X= 1201.8, -400.4, 1524.0, O.O! !END!

1283 X= 1203.2, -400.1, 1386.0, O.O! !END!

1284 X= 1204.7, -399.9, 1198.0, O.O! !END!
1285 X= 1206.2, -399.7, 1242.0, O.O! !END!

1286 X= 1207.7, -399.5, 1415.0, 0.0

! !END!

1287 X= 1209.2, -399.3, 1358.0, O.O! !END!

1288 X= 1210.7, -399.0, 1355.0, O.O! !END!

1289 X= 1212.1, -398.8, 1403.0, O.O! !END!

1290 X= 1213.6, -398.6, 1712.0, O.O! !END!

1291 X= 1215.1, -398.4, 1431.0, 0.0

! !END!

1292 X= 1216.6, -398.2, 1422.0, O.O! !END!

1293 X= 1218.1, -397.9, 1236.0, O.O! !END!

1294 X= 1219.6, -397.7, 1228.0, 0.0

! !END!

1295 X= 1221.1, -397.5, 1492.0, O.O! !END!

1296 X= 1222.5, -397.3, 1372.0, O.O! !END!

1297 X= 1224.0, -397.0, 1181.0, O.O! !END!

1298 X= 1225.5, -396.8, 792.0, O.O! !END!

1299 X= 1227.0, -396.6, 939.0, O.O! !END!

1300 X= 1228.5, -396.4, 737.0, 0.0

! !END!

1301 X= 1230.0, -396.1, 1213.0, O.O! !END!

1302 X= 1231.4, -395.9, 1173.0, O.O! !END!

1303 X= 1235.9, -395.2, 1111.0, 0.0

! !END!

1304 X= 1237.4, -395.0, 1138.0, O.O! !END!

1305 X= 1238.9, -394.8, 1362.0, O.O! !END!

1306 X= 1240.4, -394.5, 1709.0, O.O! !END!

1307 X= 1241.8, -394.3, 1585.0, O.O! !END!

1308 X= 1243.3, -394.1, 1298.0, O.O! !END!

1309 X= 1244.8, -393.9, 1224.0, O.O! !END!

1310 X= 1246.3, -393.6, 1150.0, O.O! lEND!

1311 X= 1247.8, -393.4, 1348.0, O.O! !END!

1312 X= 1171.8, -402.9, 383.0, O.O! !END!

1313 X= 1173.3, -402.7, 482.0, O.O! !END!

1314 X= 1174.7, -402.5, 533.0, O.O! !END!

1315 X= 1176.2, -402.2, 559.0, O.O! !END!

1316 X= 1177.7, -402.0, 598.0, O.O! !END!

1317 X= 1179.2, -401.8, 532.0, O.O! !END!

1318 X= 1180.7, -401.6, 525.0, O.O! !END!

1319 X= 1182.2, -401.4, 533.0, O.O! !END!

1320 X= 1183.7, -401.2, 543.0, O.O! !END!

1321 X= 1185.1, -400.9, 562.0, O.O! !END!

1322 X= 1186.6, -400.7, 602.0, O.O! !END!

1323 X= 1188.1, -400.5, 736.0, O.O! !END!

1324 X= 1189.6, -400.3, 817.0, O.O! lEND!

1325 X= 1191.1, -400.1, 809.0, O.O! !END!

1326 X= 1192.6, -399.9, 920.0, O.O! !END!

1327 X= 1194.1, -399.6, 1017.0, O.O! !END!

1328 X= 1195.5, -399.4, 1006.0, O.O! !END!

1329 X= 1197.0, -399.2, 956.0, O.O! !END!

1330 X= 1198.5, -399.0, 1137.0, O.O! !END!

1331 X= 1200.0, -398.8, 982.0, O.O! !END!

1332 X= 1201.5, -398.5, 1187.0, O.O! !END!

1333 X= 1203.0, -398.3, 1365.0, O.O! !END!

1334 X= 1204.5, -398.1, 1245.0, O.O! !END!

1335 X= 1205.9, -397.9, 1074.0, 0.0

! !END!

1336 X= 1207.4, -397.7, 1365.0, O.O! !END!

1337 X= 1208.9, -397.4, 1401.0, O.O! !END!

1338 X= 1210.4, -397.2, 1080.0, O.O! !END!

1339 X= 1211.9, -397.0, 1260.0, O.O! !END!

1340 X= 1213.4, -396.8, 1660.0, O.O! !END!

1341 X= 1214.8, -396.5, 1703.0, O.O! !END!

1342 X= 1216.3, -396.3, 1525.0, O.O! !END!

1343 X= 1217.8, -396.1, 1299.0, O.O! !END!

1344 X= 1219.3, -395.9, 1389.0, O.O! !END!

1345 X= 1220.8, -395.7, 1084.0, O.O! !END!

1346 X= 1222.3, -395.4, 1048.0, O.O! !END!

1347 X= 1223.8, -395.2, 1002.0, O.O! !END!

1348 X= 1225.2, -395.0, 1374.0, O.O! !END!

1349 X= 122·6.7, -394.8, 910.0, O.O! !END!

1350 X= 1228.2, -394.5, 1109.0, O.O! !END!

1351 X= 1229.7, -394.3, 1002.0, O.O! lEND!

1352 X= 1231.2, -394.1, 1469.0, O.O! !END!

1353 X= 1232.7, -393.9, 1136.0, O.O! !END!

1354 X= 1234.1, -393.6, 1324.0, O.O! !END!

1355 X= 1235.6, -393.4, 912.0, O.O! !END!

1356 X= 1237.1, -393.2, 1427.0, O.O! !END!

1357 X= 1238.6, -392.9, 1487.0, O.O! !END!

1358 X= 1240.1, -392.7, 1681.0, O.O! !END!

1359 X= 1241.6, -392.5, 1310.0, O.O! !END!

1360 X= 1243.0, -392.3, 1080.0, O.O! !END!
1361 X= 1244.5, -392.0, 1029.0, O.O! !END!

1362 X= 1246.0, -391.8, 989.0, O.O! !END!

1363 X= 1247.5, -391.6, 1038.0, O.O! !END!

1364 X= 1249.0, -391.4, 1337.0, O.O! !END!

1365 X= 1173.0, -400.9, 368.0, O.O! !END!

1366 X= 1174.5, -400.6, 411.0, O.O! !END!

1367 X= 1176.0, -400.4, 485.0, O.O! lEND!

1368 X= 1177.5, -400.2, 480.0, O.O! !END!

1369 X= 1178.9, -400.0, 569.0, O.O! !END!

1370 X= 1180.4, -399.8, 610.0, O.O! !END!

1371 X= 1181.9, -399.6, 585.0, 0.0

! !END!

1372 X= 1183.4, -399.3, 596.0, O.O! !END!

1373 X= 1184.9, -399.1, 591.0, 0.0

! !END!

1374 X= 1186.4, -398.9, 681.0, O.O! !END!

1375 X= 1187.8, -398.7, 787.0, O.O! !END!

1376 X= 1189.3, -398.5, 528.0, O.O! !END!

1377 X= 1190.8, -398.3, 700.0, O.O! !END!

1378 X= 1192.3, -398.0, 615.0, O.O! !END!

1379 X= 1193.8, -397.8, 905.0, O.O! !END!

1380 X= 1195.3, -397

. 6, 836.0, 0.0

! !END!

1381 X= 1196.8, -397.4, 827.0, O.O! !END!

1382 X= 1198.2, -397.2, 768.0, O.O! !END!

1383 X= 1199.7, -396.9, 983.0, O.O! !END!

1384 X= 1201.2, -396.7, 1281.0, O.O! !END!

1385 X= 1202.7, -396.5, 1378.0, O.O! !END!

1386 X= 1204.2, -396.3, 1371.0, O.O! !END!

1387 X= 1205.7, -396.1, 1135.0, O.O! !END!

1388 X= 1207.1, -395.8, 884.0, O.O! !END!

1389 X= 1208.6, -395.6, 907.0, O.O! !END!

1390 X= 1210.1, -395.4, 1249.0, O.O! !END!

1391 X= 1211.6, -395.2, 1528.0, O.O! !END!

1392 X= 1213.1, -394.9, 1552.0, O.O! !END!

1393 X= 1214.6, -394.7, 1473.0, O.O! !END!

1394 X= 1216.1, -394.5, 1677.0, O.O! !END!

1395 X= 1217.5, -394.3, 1553.0, O.O! !END!

1396 X= 1219.0, -394.1, 1572.0, O.O! !END!

1397 X= 1220.5, -393.8, 1526.0, O.O! !END!

1398 X= 1222.0, -393.6, 1261.0, O.O! !END!

1399 X= 1223.5, -393.4, 1217.0, O.O! !END!

1400 X= 1225.0, -393.2, 1247.0, O.O! !END!

1401 X= 1226.4, -392.9, 947.0, O.O! !END!

1402 X= 1227.9, -392.7, 1163.0, O.O! !END!

1403 X= 1229.4, -392.5, 1434.0, O.O! !END!

1404 X= 1230.9, -392.3, 1373.0, O.O! !END!

1405 X= 1232.4, -392.0, 1170.0, O.O! !END!

1406 X= 1233.9, -391.8, 1293.0, O.O! !END!

1407 X= 1235.3, -391.6, 1077.0, O.O! !END!

1408 X= 1236.8, -391.4, 953.0, O.O! !END!

1409 X= 1238.3, -391.1, 1202.0, O.O! !END!

1410 X= 1239.8, -390.9, 1602.0, O.O! 'END!

1411 X= 1241.3, -390.7, 1433.0, O.O! END!

1412 X= 1242.8, -390.4, 1106.0, O.O! END!

1413 X= 1244.2, -390.2, 966.0, O.O! END!

1414 X= 1245.7, -390.0, 1077.0, O.O! END!

1415 X= 1247.2, -389.8, 884.0, O.O! END!

1416 X= 1248.7, -389.5, 1096.0, O.O! END!

1417 X= 1174.2, -398.8, 459.0, O.O! END!

1418 X= 1175.7, -398.6, 516.0, O.O! END!

1419 X= 1177.2, -398.4, 579.0, O.O! END!

1420 X= 1178.7, -398.2, 576.0, O.O! END!

1421 X= 1180.2, -397.9, 656.0, O.O! END!

1422 X= 1181.6, -397.7, 718.0, O.O! !END!

1423 X= 1183.1, -397.5, 760.0, O.O! !END!

1424 X= 1184.6, -397.3, 994.0, O.O! !END!

1425 X= 1187.6, -396.9, 782.0, O.O! !END!

1426 X= 1189.1, -396.6, 618.0, 0.0

! !END!

1427 X= 1190.5, -396.4, 489.0, 0.0

! !END!

1428 X= 1192.0, -396.2, 549.0, O.O! !END!

1429 X= 1193.5, -396.0, 598.0, O.O! !END!

1430 X= 1195.0, -395.8, 577.0, O.O! !END!

1431 X= 1196.5, -395.5, 809.0, O.O! !END!

1432 X= 1198.0, -395.3, 899.0, O.O! !END!

1433 X= 1199.5, -395.1, 1006.0, O.O! !END!

1434 X= 1200.9, -394.9, 1262.0, O.O! !END!

1435 X= 1202.4, -394.7, 988.0, 0.0

! !END!

1436 X= 1203.9, -394.4, 1120.0, 0.0

! !END!
1437 X= 1205.4, -394.2, 1054.0, O.O! !END!

1438 X= 1206.9, -394.0, 860.0, O.O! !END!

1439 X= 1208.4, -393.8, 1013.0, O.O! !END!

1440 X= 1209.8, -393.6, 1203.0, O.O! !END!

1441 X= 1211.3, -393.3, 1212.0, O.O! !END!

1442 X= 1212.8, -393.1, 1380.0, O.O! !END!

1443 X= 1214.3, -392.9, 1300.0, O.O! !END!

1444 X= 1215.8, -392.7, 1206.0, O.O! !END!

1445 X= 1217.3, -392.5, 1581.0, 0.0

! !END!

1446 X= 1218.7, -392.2, 1457.0, O.O! !END!

1447 X= 1220.2, -392.0, 1699.0, 0.0

! !END!

1448 X= 1221.7, -391.8, 1543.0, O.O! !END!

1449 X= 1223.2, -391.6, 1640.0, 0.0

! !END!

1450 X= 1224.7, -391.3, 1476.0, O.O! !END!

1451 X= 1226.2, -391.1, 1036.0, O.O! !END!

1452 X= 1227.6, -390.9, 1315.0, O.O! !END!

1453 X= 1229.1, -390.7, 1504.0, O.O! !END!

1454 X= 1230.6, -390.4, 1469.0, O.O! !END!

1455 X= 1232.1, -390.2, 1242.0, O.O! !END!

1456 X= 1233.6, -390.0, 1453.0, O.O! !END!

1457 X= 1235.1, -389.8, 1414.0, O.O! !END!

1458 X= 1236.5, -389.5, 1012.0, O.O! !END!

1459 X= 1238.0, -389.3, 1127.0, O.O! !END!

1460 X= 1239.5, -389.1, 1352.0, O.O! !END!

1461 X= 1241.0, -388.8, 1189.0, O.O! !END!

1462 X= 1242.5, -388.6, 1257.0, O.O! !END!

1463 X= 1244.0, -388.4, 1048.0, O.O! !END!

1464 X= 1245.4, -388.2, 856.0, O.O! !END!

1465 X= 1246.9, -387.9, 825.0, O.O! !END!

1466 X= 1248.4, -387.7, 1060.0, O.O! !END!

1467 X= 1249.9, -387.5, 1125.0, O.O! !END!

1468 X= 1175.4, -396.8, 429.0, O.O! !END!

1469 X= 1176.9, -396.6, 537.0, O.O! !END!

1470 X= 1178.4, -396.3, 459.0, O.O! !END!

1471 X= 1179.9, -396.1, 575.0, O.O! !END!

1472 X= 1181.4, -395.9, 564.0, O.O! !END!

1473 X= 1182.9, -395.7, 646.0, O.O! !END!

1474 X= 1188.8, -394.8, 609.0, O.O! !END!

1475 X= 1190.3, -394.6, 535.0, 0.0

! !END!

1476 X= 1191.8, -394.4, 489.0, O.O! !END!

1477 X= 1193.2, -394.2, 408.0, O.O! !END!

1478 X= 1194.7, -393.9, 669.0, O.O! !END!

1479 X= 1196.2, -393.7, 675.0, O.O! !END!

1480 X= 1197.7, -393.5, 789.0, O.O! !END!

1481 X= 1199.2, -393.3, 834.0, O.O! !END!

1482 X= 1200.7, -393.1, 852.0, O.O! !END!

1483 X= 1202.2, -392.8, 817.0, O.O! !END!

1484 X= 1203.6, -392.6, 823.0, O.O! !END!

1485 X= 1205.1, -392.4, 750.0, O.O! !END!

1486 X= 1206.6, -392.2, 930.0, O.O! !END!

1487 X= 1208.1, -392.0, 1127.0, O.O! !END!

1488 X= 1209.6, -391.7, 726.0, O.O! !END!

1489 X= 1211.1, -391.5, 1065.0, O.O! !END!

1490 X= 1212.5, -391.3, 1323.0, O.O! !END!

1491 X= 1214.0, -391.1, 1448.0, O.O! !END!

1492 X= 1215.5, -390.8, 1548.0, O.O! !END!

1493 X= 1217.0, -390.6, 1772.0, O.O! !END!

1494 X= 1218.5, -390.4, 1416.0, O.O! !END!

1495 X= 1220.0, -390.2, 1198.0, O.O! !END!

1496 X= 1221.4, -390.0, 1225.0, O.O! !END!

1497 X= 1222.9, -389.7, 1580.0, O.O! !END!

1498 X= 1224.4, -389.5, 1529.0, O.O! !END!

1499 X= 1225.9, -389.3, 1165.0, O.O! !END!

1500 X= 1227.4, -389.1, 1418.0, O.O! !END!

1501 X= 1228.9, -388.8, 1635.0, O.O! !END!

1502 X= 1230.3, -388.6, 1459.0, O.O! !END!

1503 X= 1231.8, -388.4, 1310.0, O.O! !END!

1504 X= 1233.3, -388.2, 1441.0, O.O! !END!

1505 X= 1234.8, -387.9, 1391.0, O.O! !END!

1506 X= 1236.3, -387.7, 1337.0, O.O! !END!

1507 X= 1237.8, -387.5, 1455.0, O.O! !END!

1508 X= 1239.2, -387.2, 1336.0, O.O! !END!

1509 X= 1240.7, -387.0, 1223.0, O.O! !END!

1510 X= 1242.2, -386.8, 1226.0, 0.0

! !END!

1511 X= 1243.7, -386.6, 979.0, O.O! !END!

1512 X= 1245.2, -386.3, 1079.0, O.O! !END!
1513 X= 1246.7, -386.1, 1104.0, O.O! !END!

1514 X= 1248.1, -385.9, 858.0, O.O! !END!

1515 X= 1249.6, -385.6, 1030.0, O.O! !END!

1516 X= 1178.1, -394.5, 475.0, O.O! !END!

1517 X= 1179.6, -394.3, 440.0, O.O! !END!

1518 X= 1181.1, -394.1, 640.0, O.O! !END!

1519 X= 1191.5, -392.6, 369.0, 0.0

! !END!

1520 X= 1193.0, -392.3, 478.0, O.O! !END!

1521 X= 1194.5, -392.1, 570.0, O.O! !END!

1522 X= 1195.9, -391.9, 552.0, O.O! !END!

1523 X= 1197.4, -391.7, 843.0, 0.0

! !END!

1524 X= 1198.9, -391.5, 604.0, O.O! !END!

1525 X= 1200.4, -391.2, 605.0, O.O! !END!

1526 X= 1201.9, -391.0, 652.0, O.O! !END!

1527 X= 1203.4, -390.8, 770.0, O.O! !END!

1528 X= 1204.8, -390.6, 834.0, O.O! !END!

1529 X= 1206.3, -390.4, 725.0, O.O! !END!

1530 X= 1207.8, -390.1, 608.0, O.O! !END!

1531 X= 1209.3, -389.9, 656.0, O.O! !END!

1532 X= 1210.8, -389.7, 1126.0, O.O! !END!

1533 X= 1212.3, -389.5, 1115.0, O.O! !END!

1534 X= 1213.7, -389.2, 1387.0, O.O! !END!

1535 X= 1215.2, -389.0, 1569.0, O.O! !END!

1536 X= 1216.7, -388.8, 1595.0, O.O! !END!

1537 X= 1218.2, -388.6, 1195.0, O.O! !END!

1538 X= 1219.7, -388.4, 961.0, O.O! !END!

1539 X= 1221.2, -388.1, 1084.0, O.O! !END!

1540 X= 1222.6, -387.9, 1324.0, O.O! !END!

1541 X= 1224.1, -387.7, 1732.0, O.O! !END!

1542 X= 1225.6, -387.5, 1720.0, O.O! !END!

1543 X= 1227.1, -387.2, 1512.0, O.O! !END!

1544 X= 1228.6, -387.0, 1680.0, O.O! !END!

1545 X= 1230.1, -386.8, 1528.0, O.O! !END!

1546 X= 1231.5, -386.6, 1452.0, O.O! !END!

1547 X= 1233.0, -386.3, 1535.0, O.O! !END!

1548 X= 1234.5, -386.1, 1401.0, O.O! !END!

1549 X= 1236.0, -385.9, 1483.0, O.O! !END!

1550 X= 1237.5, -385.6, 1605.0, O.O! !END!

1551 X= 1239.0, -385.4, 1574.0, O.O! !END!

1552 X= 1240.4, -385.2, 1577.0, O.O! !END!

1553 X= 1241.9, -385.0, 1326.0, O.O! !END!

1554 X= 1243.4, -384.7, 1393.0, O.O! !END!

1555 X= 1244.9, -384.5, 1134.0, O.O! !END!

1556 X= 1246.4, -384.3, 971.0, O.O! !END!

1557 X= 1247.9, -384.1, 945.0, O.O! !END!

1558 X= 1249.3, -383.8, 1058.0, O.O! !END!

1559 X= 1192.7, -390.5, 492.0, O.O! !END!

1560 X= 1194.2, -390.3, 640.0, O.O! !END!

1561 X= 1195.7, -390.1, 587.0, O.O! !END!

1562 X= 1197.2, -389.9, 517.0, O.O! !END!

1563 X= 1198.6, -389.6, 876. 0, O.O! !END!

1564 X= 1200.1, -389.4, 983.0, O.O! !END!

1565 X= 1201.6, -389.2, 850.0, O.O! !END!

1566 X= 1203.1, -389.0, 776.0, O.O! !END!

1567 X= 1204.6, -388.8, 518.0, O.O! !END!

1568 X= 1206.1, -388.5, 555.0, 0.0

! !END!

1569 X= 1207.5, -388.3, 487.0, O.O! !END!

1570 X= 1209.0, -388.1, 626.0, O.O! !END!

1571 X= 1210.5, -387.9, 794.0, O.O! !END!

1572 X= 1212.0, -387.6, 824.0, O.O! !END!

1573 X= 1213.5, -387.4, 1004.0, O.O! !END!

1574 X= 1215.0, -387.2, 1101.0, O.O! !END!

1575 X= 1216.4, -387.0, 1435.0, O.O! 'END!

1576 X= 1217.9, -386.8, 1039.0, 0.0

! END!

1577 X= 1219.4, -386.5, 765.0, O.O! END!

1578 X= 1220.9, -386.3, 961.0, O.O! END!

1579 X= 1222.4, -386.1, 963.0, O.O! END!

1580 X= 1223.9, -385.9, 1391.0, O.O! END!

1581 X= 1225.3, -385.6, 1485.0, O.O! END!

1582 X= 1226.8, -385.4, 1332.0, O.O! END!

1583 X= 1228.3, -385.2, 1520.0, O.O! END!

1584 X= 1229.8, -385.0, 1705.0, O.O! !END!

1585 X= 1231.3, -384.7, 1572.0, O.O! !END!

1586 X= 1232.7, -384.5, 1802.0, 0.0

! !END!

1587 X= 1234.2, -384.3, 1371.0, O.O! !END!

1588 X= 1235.7, -384.1, 1674.0, O.O! !END!
1589 X= 1237.2, -383.8, 1676.0, O.O! !END!

1590 X= 1238.7, -383.6, 1586.0, O.O! !END!

1591 X= 1240.2, -383.4, 1727.0, O.O! !END!

1592 X= 1241.6, -383.1, 1516.0, O.O! !END!

1593 X= 1243.1, -382.9, 1359.0, O.O! !END!

1594 X= 1244.6, -382.7, 1097.0, O.O! !END!

1595 X= 1246.1, -382.5, 1022.0, O.O! !END!

1596 X= 1247.6, -382.2, 1016.0, O.O! !END!

1597 X= 1249.1, -382.0, 732.0, O.O! !END!

1598 X= 1198.4, -387.8, 652.0, O.O! !END!

1599 X= 1199.9, -387

. 6, 1164.0, O.O! !END!

1600 X= 1201.3, -387.4, 1129.0, O.O! !END!

1601 X= 1202.8, -387.1, 1070.0, O.O! !END!

1602 X= 1204.3, -386.9, 942.0, O.O! !END!

1603 X= 1205.8, -386.7, 668.0, O.O! !END!

1604 X= 1207.3, -386.5, 425.0, O.O! !END!

1605 X= 1208.8, -386.3, 532.0, O.O! !END!

1606 X= 1210.2, -386.0, 696.0, O.O! !END!

1607 X= 1211.7, -385.8, 673.0, O.O! !END!

1608 X= 1213.2, -385.6, 775.0, O.O! !END!

1609 X= 1214.7, -385.4, 1061.0, O.O! !END!

1610 X= 1216.2, -385.1, 939.0, O.O! !END!

1611 X= 1217.6, -384.9, 817.0,

\ O.O! !END!

1612 X= 1219.1, -384.7, 763.0, O.O! !END!

1613 X= 1220.6, -384.5, 616.0, O.O! !END!

1614 X= 1222.1, -384.3, 877.0, O.O! !END!

1615 X= 1223.6, -384.0, 892.0, O.O! !END!

1616 X= 1225.1, -383.8, 910.0, O.O! !END!

1617 X= 1226.5, -383.6, 1134.0, O.O! !END!

1618 X= 1228.0, -383.4, 1358.0, O.O! !END!

1619 X= 1229.5, -383.1, 1512.0, O.O! !END!

1620 X= 1231.0, -382.9, 1674.0, O.O! !END!

1621 X= 1232.5, -382.7, 1806.0, O.O! !END!

1622 X= 1234.0, -382.5, 1678.0, O.O! !END!

1623 X= 1235.4, -382.2, 1725.0, O.O! !END!

1624 X= 1236.9, -382.0, 1256.0, O.O! !END!

1625 X= 1238.4, -381.8, 1160.0, O.O! !END!

1626 X= 1239.9, -381.5, 1382.0, O.O! !END!

1627 X= 1241.4, -381.3, 1289.0, O.O! !END!

1628 X= 1242.8, -381.1, 1584.0, O.O! !END!

1629 X= 1244.3, -380.9, 1317.0, O.O! !END!

1630 X= 1245.8, -380.6, 1170.0, O.O! !END!

1631 X= 1211.4, -384.0, 548.0, O.O! !END!

1632 X= 1212.9, -383.8, 730.0, O.O! !END!

1633 X= 1214.4, -383.5, 699.0, O.O! !END!

1634 X= 1215.9, -383.3, 749.0, O.O! !END!

1635 X= 1217.4, -383.1, 624.0, O.O! !END!

1636 X= 1218.9, -382.9, 608.0, 0.0! !END!

1637 X= 1220.3, -382.7, 530.0, O.O! !END!

1638 X= 1221.8, -382.4, 797.0, O.O! !END!

1639 X= 1223.3, -382.2, 1103.0, O.O! !END!

1640 X= 1224.8, -382.0, 1110.0, O.O! !END!

1641 X= 1226.3, -381.8, 1130.0, O.O! !END!

1642 X= 1227.7, -381.5, 1499.0, O.O! !END!

1643 X= 1229.2, -381.3, 1742.0, O.O! !END!

1644 X= 1230.7, -381;1, 1769.0, O.O! !END!

1645 X= 1232.2, -380.9, 1639.0, O.O! !END!

1646 X= 1233.7, -380.6, 1342.0, O.O! !END!

1647 X= 1235.2, -380.4, 1247.0, O.O! !END!

1648 X= 1236.6, -380.2, 1168.0, O.O! !END!

1649 X= 1238.1, -379.9, 1012.0, O.O! !END!

1650 X= 1239.6, -379.7, 959.0, O.O! !END!

1651 X= 1241.1, -379.5, 1366.0, O.O! !END!

1652 X= 1242.6, -379.3, 1348.0, O.O! !END!

1653 X= 1244.0, -379.0, 1526.0, O.O! !END!

1654 X= 1245.5, -378.8, 1042.0, O.O! !END!

1655 X= 1214.1, -381.7, 488.0, O.O! !END!

1656 X= 1215.6, -381.5, 515.0, O.O! !END!

1657 X= 1217.1, -381.3, 491.0, O.O! !END!

1658 X= 1218.6, -381.1, 550.0, O.O! !END!

1659 X= 1220.1, -380.8, 579.0, O.O! !END!

1660 X= 1221.5, -380.6, 781.0, O.O! !END!

1661 X= 1223.0, -380.4, 900.0, O.O! !END!

1662 X= 1224.5, -380.2, 1059.0, O.O! !END!

1663 X= 1226.0, -379.9, 1123.0, O.O! !END!

1664 X= 1227.5, -379.7, 1307.0, O.O! !END!
1665 X= 1229.0, -379.5, 1166.0, O.O! !END!

1666 X= 1230.4, -379.3, 1302.0, O.O! !END!

1667 X= 1231.9, -379.0, 1672.0, O.O! !END!

1668 X= 1233.4, -378.8, 1533.0, O.O! !END!

1669 X= 1234.9, -378.6, 1429.0, O.O! !END!

1670 X= 1236.4, -378.3, 1457.0, O.O! !END!

1671 X= 1237.8, -378.1, 1391.0, O.O! !END!

1672 X= 1239.3, -377.9, 937.0, O.O! !END!

1673 X= 1240.8, -377.7, 1015.0, O.O! !END!

1674 X= 1242.3, -377.4, 1056.0, O.O! !END!

1675 X= 1243.8, -377.2, 1071.0, O.O! !END!

1676 X= 1245.2, -377.0, 1060.0, O.O! !END!

1677 X= 1218.3, -379.2, 427.0, O.O! !END!

1678 X= 1219.8, -379.0, 480.0, O.O! !END!

1679 X= 1221.3, -378.8, 488.0, O.O! !END!

1680 X= 1222.7, -378.6, 624.0, O.O! !END!

1681 X= 1224.2, -378.3, 761.0, O.O! !END!

1682 X= 1225.7, -378.1, 732.0, O.O! !END!

1683 X= 1227.2, -377.9, 881.0, O.O! !END!

1684 X= 1228.7, -377.7, 821.0, O.O! !END!

1685 X= 1230.2, -377.4, 1000.0, O.O! !END!

1686 X= 1231.6, -377.2, 1094.0, O.O! !END!

1687 X= 1233.1, -377.0, 1208.0, O.O! !END!

1688 X= 1234.6, -376.8, 860.0, O.O! !END!

1689 X= 1236.1, -376.5, 857.0, O.O! !END!

1690 X= 1237.6, -376.3, 1391.0, O.O! !END!

1691 X= 1239.0, -376.1, 1265.0, O.O! !END!

1692 X= 1240.5, -375.8, 1067.0, O.O! !END!

1693 X= 1242.0, -375.6, 921.0, O.O! !END!

1694 X= 1243.5, -375.4, 611.0, O.O! !END!

1695 X= 1226.9, -376.1, 608.0, O.O! !END!

1696 X= 1229.9, -375.6, 699.0, O.O! !END!

1697 X= 1231.4, -375.4, 785.0, O.O! !END!

1698 X= 1232.8, -375.2, 892.0, O.O! !END!

1699 X= 1234.3, -374.9, 622.0, O.O! !END!

1700 X= 1235.8, -374.7, 762.0, O.O! !END!

1701 X= 1237.3, -374.5, 1130.0, O.O! !END!

1702 X= 1238.8, -374.2, 1458.0, O.O! !END!

1703 X= 1240.2, -374.0, 1097.0, O.O! !END!

1704 X= 1241.7, -373.8, 823.0, O.O! !END!

1705 X= 1243.2, -373.6, 603.0, O.O! !END!

1706 X= 1232.6, -373.3, 534.0, 0.0

! 'END!

1707 X= 1234.0, -373.1, 545.0, O.O! END!

1708 X= 1235.5, -372.9, 582.0, O.O! END!

1709 X= 1237.0, -372.6, 735.0, O.O! END!

1710 X= 1238.5, -372.4, 885.0, O.O! END!

1711 X= 1240.0, -372.2, 873.0, O.O! END!

1712 X= 359.8, -362.0, 274.0, O.O! END!

1713 X= 360.6, -362.0, 299.0, O.O! END!

1714 X= 361.3, -361.9, 328.0, O.O! END!

1715 X= 362.0, -361.9, 365.0, O.O! END!

1716 X= 358.3, -361.1, 250.0, O.O! END!

1717 X= 359.0, -361.1, 278.0, O.O! END!

1718 X= 359.8, -361.1, 335.0, O.O! END!

1719 X= 360.5, -361.0, 307.0, O.O! !END!

1720 X= 361.3, -361.0, 345.0, O.O! !END!

1721 X= 357.5, -360.3, 261.0, O.O! !END!

1722 X= 358.3, -360.2, 271.0, O.O! !END!

1723 X= 359.0, -360.2, 274.0, O.O! !END!

1724 X= 359.7, -360.2, 331.0, O.O! !END!

1725 X= 360.5, -360.1, 327.0, O.O! !END!

1726 X= 361.2, -360.1, 304.0, O.O! !END!

1727 X= 362.0, -360.1, 335.0, O.O! !END!

1728 X= 362.7, -360.0, 312.0, O.O! !END!

1729 X= 363.4, -360.0, 340.0, O.O! !END!

1730 X= 364.2, -360.0, 361.0, O.O! !END!

1731 X= 364.9, -359.9, 382.0, O.O! !END!

1732 X= 357.5, -359.3, 274.0, O.O! !END!

1733 X= 358.2, -359.3, 274.0, O.O! !END!

1734 X= 359.0, -359.3, 335.0, O.O! !END!

1735 X= 359.7, -359.2, 294.0, O.O! !END!

1736 X= 360.4, -359.2, 304.0, O.O! !END!

1737 X= 361.2, -359.2, 279.0, O.O! !END!

1738 X= 361.9, -359.1, 304.0, O.O! !END!

1739 X= 362.7, -359.1, 318.0, O.O! !END!

1740 X= 363.4, -359.1, 335.0, O.O! !END!
1741 X= 364.1, -359.0, 347.0, O.O! !END!

1742 X= 364 .9, -359.0, 340.0, O.O! !END!

1743 X= 358.9, -358.3, 247.0, O.O! !END!

1744 X= 359.7, -358.3, 271.0, O.O! !END!

1745 X= 360.4, -358.3, 275.0, O.O! !END!

1746 X= 361.1, -358.2, 274.0, O.O! !END!

1747 X= 361.9, -358.2, 277.0, O.O! !END!

1748 X= 362.6, -358.2, 304.0, O.O! !END!

1749 X= 363.3, -358.1, 330.0, O.O! !END!

1750 X= 364.1, -358.1, 357.0, O.O! !END!

1751 X= 364.8, -358.1, 384.0, O.O! !END!

1752 X= 365.6, -358.0, 372.0, O.O! !END!

1753 X= 356.7, -357.5, 274.0, 0.0

! !END!

1754 X= 357.4, -357.5, 293.0, 0.0

! !END!

1755 X= 358.1, -357.5, 272.0, O.O! !END!

1756 X= 358.9, -357.4, 271.0, O.O! !END!

1757 X= 359.6, -357.4, 274.0, O.O! !END!

1758 X= 360.4, -357.4, 327.0, O.O! !END!

1759 X= 361.1, -357.3, 316.0, O.O! !END!

1760 X= 361.8, -357.3, 304.0, O.O! !END!

1761 X= 362.6, -357.3, 354.0, 0.0

! !END!

1762 X= 363.3, -357.2, 346.0, O.O! !END!

1763 X= 364.0, -357.2, 335.0, 0.0

! !END!

1764 X= 364.8, -357.2, 344.0, 0.0

! !END!

1765 X= 365.5, -357.1, 364.0, O.O! !END!

1766 X= 357.4, -356.6, 243.0, O.O! !END!

1767 X= 358.1, -356.5, 335.0, O.O! !END!

1768 X= 358.8, -356.5, 324.0, 0.0

! !END!

1769 X= 359.6, -356.5, 335.0, O.O! !END!

1770 X= 360.3, -356.4, 341.0, O.O! !END!

1771 X= 361.1, -356.4, 333.0, O.O! !END!

1772 X= 361.8, -356.4, 306.0, O.O! !END!

1773 X= 362.5, -356.3, 304.0, O.O! !END!

1774 X= 363.3, -356.3, 365.0, 0.0

! !END!

1775 X= 364.0, -:'356.3, 304.0, O.O! !END!

1776 X= 364.7, -356.2, 309.0, O.O! !END!

1777 X= 365.5, -356.2, 307.0, O.O! !END!

1778 X= 357.3, -355.6, 270.0, O.O! !END!

1779 X= 358.1, -355.6, 274.0, O.O! !END!

1780 X= 358.8, -355.6, 301.0, O.O! !END!

1781 X= 359.5, -355.5, 274.0, O.O! !END!

1782 X= 360.3, -355.5, 274.0, 0.0

! !END!

1783 X= 361.0, -355.5, 312.0, O.O! !END!

1784 X= 361.7, -355.5, 274.0, O.O! !END!

1785 X= 362.5, -355.4, 322.0, O.O! !END!

1786 X= 363.2, -355.4, 304.0, O.O! !END!

1787 X= 364.0, -355.4, 275.0, O.O! !END!

1788 X= 364.7, -355.3, 304.0, O.O! !END!

1789 X= 365.4, -355.3, 290.0, O.O! !END!

1790 X= 362.4, -354.5, 249.0, O.O! !END!

1791 X= 363.2, -354.5, 274.0, 0.0

1 !END!

1792 X= 585.0, 888.1, 183.0, 0.0 !END!

1793 X= 586.3, 888.2, 183.0, 0.0 !END!

1794 X= 587.5, 888.3, 183.0, 0.0 !END!

1795 X= 588.8, 888.4, 183.0, 0.0 !END!

1796 X= 590.0, 888.5, 183.0, 0.0 !END!

1797 X= 591.3, 888.6, 183.0, 0.0 !END!

1798 X= 592.5, 888.8, 183.0, 0.0 !END!

1799 X= 593.8, 888 .9, 183.0, 0.0 !END!

1800 X= 595.0, 889.0, 183.0, 0.0 !END!

1801 X= 582.4, 889.7, 183.0, 0.0 !END!

1802 X= 583.6, 889.9, 183.0, O.O! !END!

1803 X= 584.9, 890.0, 183.0, 0.0

! !END!

1804 X= 586.1, 890.1, 183.0, O.O! !END!

1805 X= 587.4, 890.2, 183.0, O.O! !END!

1806 X= 588.6, 890.3, 183.0, O.O! !END!

1807 X= 589.8, 890.4, 183.0, O.O! !END!

1808 X= 591.1, 890.5, 183.0, 0.0

! !END!

1809 X= 592.3, 890.6, 183.0, O.O! !END!

1810 X= 593.6, 890.7, 183.0, O.O! !END!

1811 X= 594.8, 890.8, 183.0, O.O! !END!

1812 X= 596.1, 890.9, 183.0, O.O! !END!

1813 X= 597.3, 891.0, 183.0, O.O! !END!

1814 X= 574.7, 891.0, 183.0, O.O! !END!

1815 X= 576.0, 891.1, 183.0, O.O! !END!

1816 X= 577.2, 891.2, 183.0, O.O! !END!
1817 X= 578.5, 891.3, 183.0, O.O! !END!

1818 X= 579.7, 891.4, 183.0, O.O! !END!

1819 X= 580.9, 891.5, 183.0, O.O! !END!

1820 X= 582.2, 891.6, 183.0, O.O! !END!

1821 X= 583.4, 891.7, 183.0, O.O! !END!

1822 X= 584.7, 891.8, 183.0, O.O! !END!

1823 X= 585.9, 891.9, 183.0, O.O! !END!

1824 X= 587.2, 892.0, 183.0, O.O! !END!

1825 X= 588.4, 892.1, 183.0, O.O! !END!

1826 X= 589.7, 892.3, 183.0, O.O! !END!

1827 X= 590.9, 892.4, 183.0, O.O! !END!

1828 X= 592.2, 892.5, 183.0, O.O! !END!

1829 X= 593.4, 892.6, 183.0, O.O! !END!

1830 X= 594.7, 892.7, 183.0, O.O! !END!

1831 X= 595.9, 892.8, 183.0, O.O! !END!

1832 X= 597.2, 892.9, 183.0, O.O! !END!

1833 X= 598.4, 893.0, 183.0, O.O! !END!

1834 X= 599.7, 893.1, 183.0, O.O! !END!

1835 X= 600.9, 893.2, 183.0, O.O! !END!

1836 X= 602.2, 893.3, 183.0, O.O! !END!

1837 X= 572.1, 892.6, 183.0, O.O! !END!

1838 X= 573.3, 892.7, 183.0, O.O! !END!

1839 X= 574.6, 892.8, 183.0, O.O! !END!

1840 X= 575.8, 892.9, 183.0, O.O! !END!

1841 X= 577.0, 893.0, 183.0, O.O! !END!

1842 X= 578.3, 893.1, 183.0, O.O! !END!

1843 X= 579.5, 893.3, 183.0, O.O! !END!

1844 X= 580.8, 893.4, 183.0, O.O! !END!

1845 X= 582.0, 893.5, 183.0, O.O! !END!

1846 X= 583.3, 893.6, 183.0, O.O! !END!

1847 X= 584.5, 893.7, 183.0, O.O! !END!

1848 X= 585.8, 893.8, 183.0, O.O! !END!

1849 X= 587.0, 893.9, 183.0, O.O! !END!

1850 X= 588.3, 894.0, 183.0, O.O! !END!

1851 X= 589.5, 894.1, 183.0, O.O! !END!

1852 X= 590.8, 894.2, 183.0, O.O! !END!

1853 X= 592.0, 894.3, 183.0, O.O! !END!

1854 X= 593.3, 894.4, 183.0, O.O! !END!

1855 X= 594.5, 894.5, 183.0, O.O! !END!

1856 X= 595.8, 894.7, 183.0, O.O! !END!

1857 X= 597.0, 894.8, 183.0, O.O! !END!

1858 X= 598.3, 894.9, 183.0, O.O! !END!

1859 X= 599.5, 895.0, 183.0, O.O! !END!

1860 X= 600.8, 895.1, 183.0, O.O! !END!

1861 X= 602.0, 895.2, 183.0, O.O! !END!

1862 X= 603.3, 895.3, 183.0, O.O! !END!

1863 X= 604.5, 895.4, 183.0, O.O! !END!

1864 X= 605.7, 895.5, 183.0, O.O! !END!

1865 X= 607.0, 895.6, 183.0, O.O! !END!

1866 X= 570.6, 894.4, 183.0, O.O! !END!

1867 X= 571.9, 894.5, 183.0, O.O! !END!

1868 X= 573.1, 894.6, 183.0, O.O! !END!

1869 X= 574.4, 894.7, 183.0, O.O! !END!

1870 X= 575.6, 894.8, 183.0, 0.0' !END!

1871 X= 576.9, 894.9, 183.0, 0.0 !END!

1872 X= 578.1, 895.0, 183.0, 0.0 !END!

1873 X= 579.4, 895.1, 183.0, 0.0 !END!

1874 X= 580.6, 895.2, 183.0, 0.0 !END!

1875 X= 581.9, 895.3, 183.0, 0.0 !END!

1876 X= 583.1, 895.4, 183.0, 0.0 !END!

1877 X= 584.4, 895.5, 183.0, 0.0 !END'

1878 X= 585.6, 895.6, 183.0, 0.0 !END

1879 X= 586.9, 895.8, 203.0, 0.0 !END

1880 X= 588.1, 895.9, 221.0, 0.0 'END

1881 X= 589.4, 896.0, 225.0, 0.0 END

1882 X= 590.6, 896.1, 213.0, O.O! END

1883 X= 591.9, 896.2, 195.0, O.O! END

1884 X= 593.1, 896.3, 184.0, O.O! END

1885 X= 594.4, 896.4, 183.0, O.O! END

1886 X= 595.6, 896.5, 183.0, O.O! END

1887 X= 596.9, 896.6, 183.0, O.O! END

1888 X= 598.1, 896.7, 183.0, O.O! END!

1889 X= 599.3, 896.8, 183.0, O.O! END!

1890 X= 600.6, 897.0, 183.0, O.O! END!

1891 X= 601.8, 897

. 1, 183.0, O.O! END!

1892 X= 603.1, 897.2, 183.0, O.O! END!
1893 X= 604.3, 897.3, 183.0, O.O! !END!

1894 X= 605.6, 897.4, 183.0, O.O! !END!

1895 X= 606.8, 897.5, 183.0, O.O! !END!

1896 X= 608.1, 897.6, 183.0, O.O! !END!

1897 X= 609.3, 897.7, 183.0, O.O! !END!

1898 X= 610.6, 897.8, 183.0, O.O! !END!

1899 X= 569.2, 896.1, 183.0, O.O! !END!

1900 X= 570.5, 896.2, 183.0, O.O! !END!

1901 X= 571.7, 896.3, 183.0, O.O! !END!

1902 X= 573.0, 896.4, 183.0, O.O! !END!

1903 X= 574.2, 896.5, 183.0, O.O! !END!

1904 X= 575.5, 896.7, 183.0, O.O! !END!

1905 X= 576.7, 896.8, 183.0, O.O! !END!

1906 X= 578.0, 896.9, 183.0, O.O! !END!

1907 X= 579.2, 897.0, 183. 0, O.O! !END!

1908 X= 580.5, 897.1, 183.0, O.O! !END!

1909 X= 581.7, 897.2, 183.0, O.O! !END!

1910 X= 583.0, 897.3, 185.0, O.O! !END!

1911 X= 584.2, 897.4, 197.0, O.O! !END!

1912 X= 585.5, 897.5, 201.0, O.O! !END!

1913 X= 586.7, 897.6, 201.0, O.O! !END!

1914 X= 588.0, 897.7, 202.0, O.O! !END!

1915 X= 589.2, 897.8, 244.0, O.O! !END!

1916 X= 590.5, 897.9, 259.0, O.O! !END!

1917 X= 591.7, 898.0, 296.0, 0.0! !END!

1918 X= 592.9, 898.2, 294.0, O.O! !END!

1919 X= 594.2, 898.3, 283.0, O.O! !END!

1920 X= 595.4, 898.4, 226.0, 0.0

! !END!

1921 X= 596.7, 898.5, 184.0, O.O! !END!

1922 X= 597.9, 898.6,,- 183.0, O.O! !END!

1923 X= 599.2, 898.7, 183.0, O.O! !END!

1924 X= 600.4, 898.8, 183.0, O.O! !END!

1925 X= 601.7, 898.9, 183.0, O.O! !END!

1926 X= 602.9, 899.0, 183.0, O.O! !END!

1927 X= 604.2, 899.1, 183.0, O.O! !END!

1928 X= 605.4, 899.3, 183.0, O.O! !END!

1929 X= 606.7, 899.4, 183.0, O.O! !END!

1930 X= 607.9, 899.5, 183.0, O.O! !END!

1931 X= 609.2, 899.6, 183.0, O.O! !END!

1932 X= 610.4, 899.7, 183.0, O.O! !END!

1933 X= 611.7, 899.8, 183.0, O.O! !END'

1934 X= 612.9, 899.9, 183.0, O.O! !END

1935 X= 614.1, 900.0, 183.0, O.O! !END

1936 X= 569.1, 898.0, 183.0, O.O! !END

1937 X= 570.3, 898.1, 183.0, O.O! !END

1938 X= 571.6, 898.2, 183.0, O.O! !END

1939 X= 572.8, 898.3, 183.0, O.O! !END

1940 X= 574.1, 898.4, 183.0, O.O! !END

1941 X= 575.3, 898.5, 183.0, O.O! !END

1942 X= 576.6, 898.6, 183.0, O.O! !END

1943 X= 577.8, 898.7, 183.0, O.O! !END

1944 X= 579.1, 898.8, 183.0, O.O! !END

1945 X= 580.3, 898.9, 184.0, O.O! !END

1946 X= 581.6, 899.0, 187.0, O.O! !END

1947 X= 582.8, 899.1, 183.0, O.O! !END

1948 X= 584.1, 899.3, 195.0, O.O! !END

1949 X= 585.3, 899.4, 213.0, 0.0! !END

1950 X= 586.5, 899.5, 227.0, O.O! !END!

1951 X= 587.8, 899.6, 233.0, O.O! !END!

1952 X= 589.0, 899.7, 228.0, 0.0! !END!

1953 X= 590.3, 899.8, 217.0, O.O! !END!

1954 X= 591.5, 899.9, 210.0, O.O! !END!

1955 X= 592.8, 900.0, 207.0, O.O! !END!

1956 X= 594.0, 900.1, 212.0, O.O! !END!

1957 X= 595.3, 900.2, 209.0, O.O! !END!

1958 X= 596.5, 900.3, 238. 0, O.O! !END!

1959 X= 597.8, 900.4, 209.0, O.O! !END!

1960 X= 599.0, 900.6, 203.0, O.O! !END!

1961 X= 600.3, 900.7, 199.0, O.O! !END!

1962 X= 601.5, 900.8, 183.0, O.O! !END!

1963 X= 602.8, 900.9, 183.0, O.O! !END!

1964 X= 604.0, 901.0, 183.0, O.O! !END!

1965 X= 605.3, 901.1, 183.0, O.O! !END!

1966 X= 606.5, 901.2, 183.0, O.O! !END!

1967 X= 607.7, 901.3, 183.0, O.O! !END!

1968 X= 609.0, 901.4, 183.0, O.O! !END!
1969 X= 610.2, 901.6, 183.0, 0.0

! !END!

1970 X= 611.5, 901.7, 183.0, O.O! !END!

1971 X= 612.7, 901.8, 183.0, 0.0

! !END!

1972 X= 614.0, 901.9, 183.0, O.O! !END!

1973 X= 615.2, 902.0, 183.0, O.O! !END!

1974 X= 616.5, 902.1, 183.0, O.O! !END!

1975 X= 617.7, 902.2, 183.0, O.O! !END!

1976 X= 570.2, 900.0, 183.0, O.O! !END!

1977 X= 571.4, 900.1, 183.0, O.O! !END!

1978 X= 572.7, 900.2, 183.0, O.O! !END!

1979 X= 573.9, 900.3, 183.0, 0.0

! !END!

1980 X= 575.2, 900.4, 183.0, O.O! !END!

1981 X= 576.4, 900.5, 183.0, O.O! !END!

1982 X= 577.7, 900.6, 183.0, O.O! !END!

1983 X= 578.9, 900.7, 183.0, O.O! !END!

1984 X= 580.2, 900.8, 183.0, O.O! !END!

1985 X= 581.4, 900.9, 183.0, O.O! !END!

1986 X= 582.6, 901.0, 183.0, O.O! !END!

1987 X= 583.9, 901.1, 183.0, 0.0

! !END!

1988 X= 585.1, 901.2, 199.0, O.O! !END!

1989 X= 586.4, 901.3, 202.0, O.O! !END!

1990 X= 587.6, 901.4, 246.0, O.O! !END!

1991 X= 588.9, 901.5, 261.0, 0.0

! !END!

1992 X= 590.1, 901.7, 234.0, O.O! !END!

1993 X= 591.4, 901.8, 225.0, O.O! !END!

1994 X= 592.6, 901.9, 218.0, O.O! !END!

1995 X= 593.9, 902.0, 213.0, O.O! !END!

1996 X= 595.1, 902.1, 206.0, O.O! !END!

1997 X= 596.4, 902.2, 198.0, O.O! !END!

1998 X= 597.6, 902.3, 192.0, O.O! !END!

1999 X= 598.9, 902.4, 196.0, O.O! !END!

2000 X= 600.1, 902.5, 213.0, O.O! !END!

2001 X= 601.3, 902.6, 196.0, O.O! !END!

2002 X= 602.6, 902.7, 198.0, O.O! !END!

2003 X= 603.8, 902.9, 262.0, 0.0

! !END!

2004 X= 605.1, 903.0, 191.0, O.O! !END!

2005 X= 606.3, 903.1, 183.0, O.O! !END!

2006 X= 607.6, 903.2, 183.0, O.O! !END!

2007 X= 608.8, 903.3, 183.0, O.O! !END!

2008 X= 610.1, 903.4, 183.0, O.O! !END!

2009 X= 611.3, 903.5, 183.0, O.O! !END!

2010 X= 612.6, 903.6, 183.0, O.O! !END!

2011 X= 613.8, 903.8, 183.0, O.O! !END!

2012 X= 615.1, 903.9, 183.0, O.O! !END!

2013 X= 616.3, 904.0, 183.0, O.O! !END!

2014 X= 617.5, 904.1, 183.0, O.O! !END!

2015 X= 618.8, 904.2, 183.0, O.O! !END!

2016 X= 620.0, 904.3, 183.0, O.O! !END!

2017 X= 571.3, 901.9, 183.0, 0.0

! !END!

2018 X= 572.5, 902.0, 183.0, O.O! !END!

2019 X= 573.8, 902.1, 183.0, 0.0

! !END!

2020 X= 575.0, 902.2, 183.0, O.O! !END!

2021 X= 576.3, 902.3, 183.0, O.O! !END!

2022 X= 577.5, 902.4, 183.0, O.O! !END!

2023 X= 578.8, 902.5, 183.0, O.O! !END!

2024 X= 580.0, 902.7, 183.0, O.O! !END!

2025 X= 581.2, 902.8, 183.0, O.O! !END!

2026 X= 582.5, 902.9, 183.0, O.O! !END!

2027 X= 583.7, 903.0, 203.0, O.O! !END!

2028 X= 585.0, 903.1, 213.0, O.O! !END!

2029 X= 586.2, 903.2, 183.0, O.O! !END!

2030 X= 587.5, 903.3, 219.0, O.O! !END!

2031 X= 588.7, 903.4, 215.0, O.O! !END!

2032 X= 590.0, 903.5, 225.0, O.O! !END!

2033 X= 591.2, 903.6, 269.0, O.O! !END!

2034 X= 592.5, 903.7, 250.0, O.O! !END!

2035 X= 593.7, 903.8, 244.0, O.O! !END!

2036 X= 595.0, 903.9, 226.0, 0.0

! !END!

2037 X= 596.2, 904.1, 216.0, O.O! !END!

2038 X= 597.4, 904.2, 208.0, O.O! !END!

2039 X= 598.7, 904.3, 196.0, O.O! !END!

2040 X= 599.9, 904.4, 183.0, O.O! !END!

2041 X= 601.2, 904.5, 183.0, O.O! !END!

2042 X= 602.4, 904.6, 183.0, O.O! !END!

2043 X= 603.7, 904.7, 183.0, O.O! !END!

2044 X= 604.9, 904.8, 183.0, O.O! !END!
2045 X= 606.2, 904.9, 183.0, O.O! !END!

2046 X= 607.4, 905.1, 183.0, 0.0

! !END!

2047 X= 608.7, 905.2, 183.0, O.O! !END!

2048 X= 609.9, 905.3, 183.0, O.O! !END!

2049 X= 611.1, 905.4, 183.0, O.O! !END!

2050 X= 612.4, 905.5, 183.0, O.O! !END!

2051 X= 613.6, 905.6, 183.0, O.O! !END!

2052 X= 614.9, 905.7, 183.0, O.O! !END!

2053 X= 616.1, 905.8, 183.0, O.O! !END!

2054 X= 617.4, 905.9, 183.0, O.O! !END!

2055 X= 618.6, 906.1, 183.0, O.O! !END!

2056 X= 619.9, 906.2, 183.0, O.O! !END!

2057 X= 621.1, 906.3, 183.0, O.O! !END!

2058 X= 622.4, 906.4, 183.0, O.O! !END!

2059 X= 572.4, 903.9, 183.0, O.O! !END!

2060 X= 573.6, 904.0, 183.0, O.O! !END!

2061 X= 574.9, 904.1, 183.0, O.O! !END!

2062 X= 576.1, 904.2, 183.0, O.O! !END!

2063 X= 577.3, 904.3, 183.0, O. O! !END!

2064 X= 578.6, 904.4, 183.0, O.O! !END!

2065 X= 579.8, 904.5, 183.0, O.O! !END!

2066 X= 581.1, 904.6, 183.0, O.O! !END!

2067 X= 582.3, 904.7, 183.0, O.O! !END!

2068 X= 583.6, 904.8, 183.0, O.O! !END!

2069 X= 584.8, 904.9, 235.0, O.O! !END!

2070 X= 586.1, 905.0, 240.0, O.O! !END!

2071 X= 587.3, 905.2, 212.0, O.O! !END!

2072 X= 588.6, 905.3, 199.0, O.O! !END!

2073 X= 589.8, 905.4, 261.0, O.O! lEND!

2074 X= 591.1, 905.5, 293.0, O.O! !END!

2075 X= 592.3, 905.6, 305.0, O.O! !END!

2076 X= 593.5, 905.7, 306.0, O.O! !END!

2077 X= 594.8, 905.8, 364.0, O.O! !END!

2078 X= 596.0, 905.9, 325.0, O.O! !END!

2079 X= 597.3, 906.0, 301.0, O.O! !END!

2080 X= 598.5, 906.1, 256.0, O.O! !END!

2081 X= 599.8, 906.2, 213.0, O.O! !END!

2082 X= 601.0, 906.4, 201.0, O.O! !END!

2083 X= 602.3, 906.5, 183.0, O.O! !END!

2084 X= 603.5, 906.6, 183.0, O.O! !END!

2085 X= 604.8, 906.7, 183.0, O.O! !END!

2086 X= 606.0, 906.8, 183.0, O.O! !END!

2087 X= 607.2, 906.9, 183.0, O.O! !END!

2088 X= 608.5, 907.0, 183.0, O.O! !END!

2089 X= 609.7, 907.1, 183.0, O.O! !END!

2090 X= 611.0, 907.2, 183.0, O.O! !END!

2091 X= 612.2, 907.4, 183.0, O.O! !END!

2092 X= 613.5, 907.5, 183.0, O.O! !END!

2093 X= 614.7, 907.6, 183.0, O.O! !END!

2094 X= 616.0, 907.7, 183.0, O.O! !END!

2095 X= 617.2, 907.8, 183.0, O.O! !END!

2096 X= 618.5, 907.9, 183.0, O.O! !END!

2097 X= 619.7, 908.0, 183.0, O.O! !END!

2098 X= 620.9, 908.1, 183.0, O.O! !END!

2099 X= 622.2, 908.3, 183.0, O.O! !END!

2100 X= 623.4, 908.4, 183.0, O.O! !END!

2101 X= 577.2, 906.2, 183.0, O.O! !END!

2102 X= 578.4, 906.3, 183.0, O. O! !END!

2103 X= 579.7, 906.4, 183.0, O.O! !END!

2104 X= 580.9, 906.5, 183.0, O.O! !END!

2105 X= 582.2, 906.6, 183.0, O.O! !END!

2106 X= 583.4, 906.7, 183.0, O.O! !END!

2107 X= 584.7, 906.8, 183.0, O.O! !END!

2108 X= 585.9, 906.9, 183.0, 0.0

! !END!

2109 X= 587.2, 907.0, 243.0, O.O! !END!

2110 X= 588.4, 907.1, 255.0, O.O! !END!

2111 X= 589.6, 907.2, 244.0, 0.0

! !END!

2112 X= 590.9, 907.3, 248.0, O.O! !END!

2113 X= 592.1, 907.4, 259.0, 0.0

! !END!

2114 X= 593.4, 907.6, 250.0, O.O! !END!

2115 X= 594.6, 907.7, 317.0, O.O! !END!

2116 X= 595.9, 907.8, 358.0, O.O! !END!

2117 X= 597.1, 907.9, 332.0, O.O! !END!

2118 X= 598.4, 908.0, 325.0, O.O! !END!

2119 X= 599.6, 908.1, 320.0, O.O! !END!

2120 X= 600.9, 908.2, 272.0, O.O! !END!
2121 X= 602.1, 908.3, 214.0, 0.0

! !END!

2122 X= 603.3, 908.4, 201.0, 0.0

! tEND!

2123 X= 604.6, 908.5, 183.0, 0.0

! !END!

2124 X= 605.8, 908.7, 183.0, O.O! tEND!

2125 X= 607.1, 908.8, 183.0, O.O! !END!

2126 X= 608.3, 908.9, 183.0, O.O! !END!

2127 X= 609.6, 909.0, 183.0, O.O! !ENDt

2128 X= 610.8, 909.1, 183.0, 0.0! !END!

2129 X= 612.1, 909.2, 183.0, O.O! tEND!

2130 X= 613.3, 909.3, 183.0, O.O! !END!

2131 X= 614.5, 909.4, 183.0, O.O! !END!

2132 X= 615.8, 909.6, 183.0, O.O! !END!

2133 X= 617.0, 909.7, 183.0, O.O! !END!

2134 X= 618.3, 909.8, 183.0, O.O! !END!

2135 X= 619.5, 909.9, 183.0, O.O! !END!

2136 X= 620.8, 910.0, 183.0, O.O! !END!

2137 X= 622.0, 910.1, 183.0, O.O! !END!

2138 X= 623.3, 910.2, 18~.0, O.O! !END!

2139 X= 624.5, 910.3, 183.0, 0.0

! !END!

2140 X= 578.3, 908.1, 183.0, 0.0

! !END!

2141 X= 579.5, 908.2, 183.0, 0.0

! !END!

2142 X= 580.8, 908.3, 183.0, O.O! !END!

2143 X= 582.0, 908.4, 183.0, 0.0

! !END!

2144 X= 583.3, 908.6, 183.0, O.O! !END!

2145 X= 584.5, 908.7, 183.0, 0.0

! !END!

2146 X= 585.7, 908.8, 183.0, 0.0

! !END!

2147 X= 587.0, 908.9, 183.0, O.O! !END!

2148 X= 588.2, 909.0, 183.0, O.O! !END!

2149 X= 589.5, 909.1, 203.0, 0.0

! !END!

2150 X= 590.7, 909.2, 274.0, O.O! !END!

2151 X= 592.0, 909.3, 278.0, O.O! !END!

2152 X= 593.2, 909.4, 261.0, O.O! !END!

2153 X= 594.5, 909.5, 259.0, 0.0! !END!

2154 X= 595.7, 909.6, 275.0, O.O! !END!

2155 X= 597.0, 909.7, 317.0, O.O! !END!

2156 X= 598.2, 909.9, 404.0, O.O! !END!

2157 X= 599.4, 910.0, 345.0, O.O! !END!

2158 X= 600.7, 910.1, 290.0, O.O! !END!

2159 X= 601.9, 910.2, 277.0, O.O! !END!

2160 X= 603.2, 910.3, 255.0, O.O! !END!

2161 X= 604.4, 910.4, 250.0, O.O! !END!

2162 X= 605.7, 910.5, 213.0, O.O! !END!

2163 X= 606.9, 910.6, 187.0, O.O! !END!

2164 X= 608.2, 910.7, 183.0, O.O! !END!

2165 X= 609.4, 910.8, 183.0, 0.0! !END!

2166 X= 610.6, 911.0, 183.0, O.O! !END!

2167 X= 611.9, 911.1, 183.0, O.O! !END!

2168 X= 613.1, 911.2, 183.0, O.O! !END!

2169 X= 614.4, 911.3, 183.0, O.O! !END!

2170 X= 615.6, 911.4, 183.0, O.O! !END!

2171 X= 616.9, 911.5, 183.0, O.O! !END!

2172 X= 618.1, 911.6, 183.0, O.O! !END!

2173 X= 619.4, 911.8, 183.0, O.O! !END!

2174 X= 620.6, 911.9, 183.0, O.O! !END!

2175 X= 621.8, 912.0, 183.0, O.O! !END!

2176 X= 623.1, 912.1, 183.0, O.O! !END!

2177 X= 624.3, 912.2, 183.0, O.O! !END!

2178 X= 625.6, 912.3, 183.0, O.O! !END!

2179 X= 626.8, 912.4, 183.0, O.O! !END!

2180 X= 579.4, 910.1, 183.0, O.O! !END!

2181 X= 580.6, 910.2, 183.0, O.O! tEND!

2182 X= 581.9, 910.3, 183.0, O.O! !END!

2183 X= 583.1, 910.4, 183.0, O.O! !END!

2184 X= 584.3, 910.5, 183.0, O.O! !END!

2185 X= 585.6, 910.6, 183.0, O.O! !END!

2186 X= 586.8, 910.7, 183.0, O.O! !END!

2187 X= 588.1, 910.8, 183.0, O.O! !END!

2188 X= 589.3, 910.9, 183.0, O.O! !END!

2189 X= 590.6, 911.1, 183.0, O.O! !END!

2190 X= 591.8, 911.2, 183.0, O.O! !END!

2191 X= 593.1, 911.3, 249.0, O.O! !END!

2192 X= 594.3, 911.4, 291.0, O.O! !END!

2193 X= 595.5, 911.5, 292.0, O.O! !END!

2194 X= 596.8, 911.6, 289.0, O.O! !END!

2195 X= 598.0, 911.7, 285.0, O.O! !END!

2196 X= 599.3, 911.8, 262.0, O.O! !END!
2197 X= 600.5, 911.9, 262.0, O.O! !END!

2198 X= 601.8, 912.0, 289.0, O.O! !END!

2199 X= 603.0, 912.2, 312.0, O.O! !END!

2200 X= 604.3, 912.3, 305.0, O.O! !END!

2201 X= 605.5, 912.4, 302.0, O.O! !END!

2202 X= 606.7, 912.5, 229.0, O.O! !END!

2203 X= 608.0, 912.6, 205.0, O.O! !END!

2204 X= 609.2, 912.7, 203.0, 0.0

! !END!

2205 X= 610.5, 912.8, 183.0, O.O! !END!

2206 X= 611.7, 912.9, 183.0, 0.0

! !END!

2207 X= 613.0, 913.0, 183.0, O.O! !END!

2208 X= 614.2, 913.2, 183.0, O.O! !END!

2209 X= 615.5, 913.3, 183.0, O.O! !END!

2210 X= 616.7, 913.4, 183.0, O.O! !END!

2211 X= 617.9, 913.5, 183.0, O.O! !END!

2212 X= 619.2, 913.6, 183.0, O.O! !END!

2213 X= 620.4, 913.7, 183.0, O.O! !END!

2214 X= 621.7, 913.8, 183.0, O.O! !END!

2215 X= 622.9, 914.0, 183.0, O.O! !END!

2216 X= 624.2, 914.1, 183.0, O.O! !END!

2217 X= 625.4, 914.2, 183.0, O.O! !END!

2218 X= 626.7, 914.3, 183.0, O.O! !END!

2219 X= 627.9, 914.4, 183.0, O.O! !END!

2220 X= 629.1, 914.5, 183.0, O.O! !END!

2221 X= 581.7, 912.2, 183.0, O.O! !END!

2222 X= 582.9, 912.3, 183.0, O.O! !END!

2223 X= 584.2, 912.4, 183.0, O.O! !END!

2224 X= 585.4, 912.5, 183.0, O.O! !END!

2225 X= 586.7, 912.6, 183.0, O.O! !END!

2226 X= 587.9, 912.7, 183.0, 0.0

! !END!

2227 X= 589.2, 912.8, 183.0, O.O! !END!

2228 X= 590.4, 912.9, 183.0, O.O! !END!

2229 X= 591.6, 913.0, 183.0, O.O! !END!

2230 X= 592.9, 913.1, 183.0, O.O! !END!

2231 X= 594.1, 913.2, 183.0, O.O! tEND!

2232 X= 595.4, 913.4, 183.0, O.O! !END!

2233 X= 596.6, 913.5, 226.0, O.O! !END!

2234 X= 597.9, 913.6, 240.0, O.O! !END!

2235 X= 599.1, 913.7, 274.0, O.O! !END!

2236 X= 600.4, 913.8, 290.0, O.O! !END!

2237 X= 601.6, 913.9, 274.0, O.O! !END!

2238 X= 602.8, 914.0, 290.0, 0.0! !END!

2239 X= 604.1, 914.1, 365.0, O.O! !END!

2240 X= 605.3, 914.2, 364.0, O.O! !END!

2241 X= 606.6, 914.3, 311.0, O.O! !END!

2242 X= 607.8, 914.5, 279.0, 0.0

! !END!

2243 X= 609.1, 914.6, 231.0, O.O! !END!

2244 X= 610.3, 914.7, 201.0, O.O! !END!

2245 X= 611.6, 914.8, 201.0, O.O! !END!

2246 X= 612.8, 914.9, 199.0, O.O! !END!

2247 X= 614.0, 915.0, 198.0, O.O! !END!

2248 X= 615.3, 915.1, 201.0, O.O! !END!

2249 X= 616.5, 915.2, 198.0, O.O! !END!

2250 X= 617.8, 915.4, 183.0, O.O! !END!

2251 X= 619.0, 915.5, 183.0, O.O! !END!

2252 X= 620.3, 915.6, 183.0, O.O! !END!

2253 X= 621.5, 915.7, 183.0, O.O! !END!

2254 X= 622.8, 915.8, 183.0, 0.0

! !END!

2255 X= 624.0, 915.9, 183.0, O.O! !END!

2256 X= 625.2, 916.0, 183.0, 0.0

! !END!

2257 X= 626.5, 916.2, 183.0, O.O! !END!

2258 X= 627.7, 916.3, 183.0, O.O! !END!

2259 X= 629.0, 916.4, 183.0, O.O! !END!

2260 X= 630.2, 916.5, 183.0, O.O! !END!

2261 X= 631; 5, 916.6, 183.0, O.O! !END!

2262 X= 585.3, 914.3, 183.0, O.O! !END!

2263 X= 586.5, 914.5, 183.0, O.O! !END!

2264 X= 587.8, 914.6, 183.0, O.O! !END!

2265 X= 589.0, 914.7, 183.0, O.Ot !END!

2266 X= 590.2, 914.8, 183.0, O.O! !END!

2267 X= 591.5, 914.9, 183.0, O.O! !END!

2268 X= 592.7, 915.0, 183.0, O.O! !END!

2269 X= 594.0, 915.1, 183.0, O.O! !END!

2270 X= 595.2, 915.2, 183.0, O.O! !END!

2271 X= 596.5, 915.3, 183.0, O.O! !END!

2272 X= 597.7, 915.4, 183.0, O.O! !END!
2273 X= 599.0, 915.5, 183.0, 0. o! !END!

2274 X= 600.2, 915.6, 244.0, O.O! !END!

2275 X= 601.4, 915.8, 215.0, O.O! !END!

2276 X= 602.7, 915.9, 253.0, O.O! !END!

2277 X= 603.9, 916.0, 274.0, O.O! !END!

2278 X= 605.2, 916.1, 273.0, O.O! !END!

2279 X= 606.4, 916.2, 388.0, O.O! !END!

2280 X= 607.7, 916.3, 333.0, O.O! !END!

2281 X= 608.9, 916.4, 297. 0, O.O! !END!

2282 X= 610.1, 916.5, 273.0, O.O! !END!

2283 X= 611.4, 916.6, 213.0, O.O! !END!

2284 X= 612.6, 916.8, 201.0, O.O! !END!

2285 X= 613.9, 916.9, 201.0, O.O! !END!

2286 X= 615.1, 917.0, 201.0, O.O! !END!

2287 X= 616.4, 917.1, 201.0, O.O! !END!

2288 X= 617

. 6, 917.2, 203.0, O.O! !END!

2289 X= 618.9, 917.3, 214.0, O.O! !END!

2290 X= 620.1, 917.4, 213.0, O.O! !END!

2291 X= 621.3, 917 .6, 200.0, O.O! lEND!

2292 X= 622.6, 917.7, 183.0, O.O! !END!

2293 X= 623.8, 917.8, 183.0, O.O! !END!

2294 X= 625.1, 917.9, 183.0, O.O! !END!

2295 X= 626.3, 918.0, 183.0, O.O! !END!

2296 X= 627.6, 918.1, 183.0, O.O! !END!

2297 X= 628.8, 918.2, 183.0, O.O! !END!

2298 X= 630.0, 918.4, 183.0, O.O! !END!

2299 X= 631.3, 918.5, 183.0, O.O! !END!

2300 X= 632.5, 918.6, 183.0, O.O! !END!

2301 X= 633.8, 918.7, 183.0, O.O! !END!

2302 X= 587.6, 916.4, 183.0, O.O! !END!

2303 X= 588.8, 916.5, 183.0, O.O! !END!

2304 X= 590.1, 916.6, 183.0, O.O! !END!

2305 X= 591.3, 916.7, 183.0, O.O! !END!

2306 X= 592.6, 916.9, 183.0, O.O! !END!

2307 X= 593.8, 917.0, 183.0, O.O! !END!

2308 X= 595.1, 917.1, 183.0, O.O! !END!

2309 X= 596.3, 917.2, 183.0, O.O! !END!

2310 X= 597.5, 917.3, 183.0, O.O! !END!

2311 X= 598.8, 917.4, 183.0, O.O! !END!

2312 X= 600.0, 917.5, 183.0, O.O! !END!

2313 X= 601.3, 917.6, 183.0, O.O! !END!

2314 X= 602.5, 917.7, 183.0, O.O! !END!

2315 X= 603.8, 917.8, 191.0, O.O! !END!

2316 X= 605.0, 918.0, 199.0, O.O! !END!

2317 X= 606.2, 918.1, 224.0, O.O! !END!

2318 X= 607.5, 918.2, 264.0, O.O! !END!

2319 X= 608.7, 918.3, 246.0, O.O! !END!

2320 X= 610.0, 918.4, 244.0, O.O! !END!

2321 X= 611.2, 918.5, 305.0, O.O! !END!

2322 X= 612.5, 918.6, 283.0, O.O! !END!

2323 X= 613.7, 918.7, 279.0, O.O! !END!

2324 X= 615.0, 918.8, 240.0, O.O! !END!

2325 X= 616.2, 919.0, 203.0, O.O! !END!

2326 X= 617.4, 919.1, 212.0, O.O! !END!

2327 X= 618.7, 919.2, 213.0, O.O! !END!

2328 X= 619.9, 919.3, 274.0, O.O! !END!

2329 X= 621.2, 919.4, 266.0, O.O! !END!

2330 X= 622.4, 919.5, 216.0, O.O! !END!

2331 X= 623.7, 919.6, 213.0, O.O! !END!

2332 X= 624.9, 919.8, 183.Q, O.O! !END!

2333 X= 626.1, 919.9, 183.0, O.O! !END!

2334 X= 627.4, 920.0, 183.0, O.O! !END!

2335 X= 628.6, 920.1, 183.0, O.O! !END!

2336 X= 629.9, 920.2, 183.0, O.O! !END!

2337 X= 631.1, 920.3, 183.0, 0. O! !END!

2338 X= 632.4, 920.4, 183.0, 0. O! !END!

2339 X= 633.6, 920.6, 183.0, O.O! !END!

2340 X= 634.8, 920.7, 183.0, O.O! !END!

2341 X= 591.2, 918.6, 183.0, O.O! !END!

2342 X= 592.4, 918.7, 183.0, O.O! !END!

2343 X= 593.6, 918.8, 183.0, O.O! !END!

2344 X= 594.9, 918.9, 183.0, O.O! !END!

2345 X= 596.1, 919.0, 183.0, 0. O! !END!

2346 X= 597.4, 919.1, 183.0, 0. O! !END!

2347 X= 598.6, 919.3, 183.0, 0. O! !END!

2348 X= 599.9, 919.4, 183.0, O.O! !END!
2349 X= 601.1, 919.5, 183.0, 0.0

! !END!

2350 X= 602.4, 919.6, 183.0, O.O! !END!

2351 X= 603.6, 919.7, 183.0, 0.0

! !END!

2352 X= 604.8, 919.8, 183.0, 0.0

! !END!

2353 X= 606.1, 919.9, 183.0, O.O! !END!

2354 X= 607.3, 920.0, 213.0, O.O! !END!

2355 X= 608.6, 920.1, 218.0, O.O! !END!

2356 X= 609.8, 920.3, 227.0, O.O! !END!

2357 X= 611.1, 920.4, 243.0, O.O! !END!

2358 X= 612.3, 920.5, 275.0, O.O! !END!

2359 X= 613.5, 920.6, 332.0, O.O! !END!

2360 X= 614.8, 920.7, 280.0, O.O! !END!

2361 X= 616.0, 920.8, 265.0, O.O! !END!

2362 X= 617.3, 920.9, 244.0, O.O! !END!

2363 X= 618.5, 921.0, 224.0, O.O! !END!

2364 X= 619.8, 921.2, 213.0, O.O! !END!

2365 X= 621.0, 921.3, 198.0, O.O! !END!

2366 X= 622.2, 921.4, 240.0, O.O! !END!

2367 X= 623.5, 921.5, 233.0, O.O! !END!

2368 X= 624.7, 921.6, 213.0, O.O! !END!

2369 X= 626.0, 921.7, 206.0, O.O! !END!

2370 X= 627.2, 921.8, 183.0, O.O! !END!

2371 X= 628.5, 922.0, 183.0, 0.0

! !END!

2372 X= 629.7, 922.1, 183.0, O.O! !END!

2373 X= 630.9, 922.2, 183.0, O.O! !END!

2374 X= 632.2, 922.3, 183.0, O.O! !END!

2375 X= 633.4, 922.4, 183.0, O.O! !END!

2376 X= 634.7, 922.5, 183.0, O.O! !END!

2377 X= 635.9, 922.7, 183.0, O.O! !END!

2378 X= 594.7, 920.8, 183.0, O.O! !END!

2379 X= 596.0, 920.9, 183.0, O.O! !END!

2380 X= 597.2, 921.0, 183.0, O.O! !END!

2381 X= 598.5, 921.1, 183.0, O.O! !END!

2382 X= 599.7, 921.2, 183.0, O.O! !END!

2383 X= 600.9, 921.3, 183.0, O.O! !END!

2384 X= 602.2, 921.4, 183.0, O.O! !END!

2385 X= 603.4, 921.6, 183.0, O.O! !END!

2386 X= 604.7, 921.7, 183.0, O.O! !END!

2387 X= 605.9, 921.8, 183.0, O.O! !END!

2388 X= 607.2, 921.9, 183.0, O.O! !END!

2389 X= 608.4, 922.0, 183.0, O.O! !END!

2390 X= 609.6, 922.1, 184.0, O.O! !END!

2391 X= 610.9, 922.2, 183.0, O.O! !END!

2392 X= 612.1, 922.3, 207.0, O.O! !END!

2393 X= 613.4, 922.5, 244.0, O.O! !END!

2394 X= 614.6, 922.6, 244.0, O.O! !END!

2395 X= 615.9, 922.7, 244.0, O.O! !END!

2396 X= 617.1, 922.8, 260.0, O.O! !END!

2397 X= 618.3, 922.9, 244.0, O.O! !END!

2398 X= 619.6, 923.0, 224.0, O.O! !END!

2399 X= 620.8, 923.1, 225.0, O.O! !END!

2400 X= 622.1, 923.2, 212.0, O.O! !END!

2401 X= 623.3, 923.4, 213.0, O.O! !END!

2402 X= 624.6, 923.5, 211.0, O.O! !END!

2403 X= 625.8, 923.6, 205.0, 0.0

! !END!

2404 X= 627.0, 923.7, 246.0, 0.0

! !END!

2405 X= 628.3, 923.8, 213.0, 0.0

! !END!

2406 X= 629.5, 923.9, 183.0, 0.0

! !END!

2407 X= 630.8, 924.0, 183.0, 0.0

! !END!

2408 X= 632.0, 924.2, 183.0, O.O! !END!

2409 X= 633.3, 924.3, 183.0, O.O! !END!

2410 X= 634.5, 924.4, 183.0, O.O! !END!

2411 X= 635.7, 924.5, 183.0, O.O! !END!

2412 X= 637.0, 924.6, 183.0, 0.0

! !END!

2413 X= 597.1, 922.9, 183.0, 0.0

! !END!

2414 X= 598.3, 923.0, 183.0, O.O! !END!

2415 X= 599.5, 923.1, 183.0, O.O! !END!

2416 X= 600.8, 923.2, 183.0, 0.0

! !END!

2417 X= 602.0, 923.3, 183.0, 0.0

! !END!

2418 X= 603.3, 923.4, 183.0, 0.0

! !END!

2419 X= 604.5, 923.5, 183.0, O.O! !END!

2420 X= 605.7, 923.6, 183.0, O.O! !END!

2421 X= 607.0, 923.8, 183.0, O.O! !END!

2422 X= 608.2, 923.9, 183.0, 0.0

! !END!

2423 X= 609.5, 924.0, 183.0, 0.0

! !END!

2424 X= 610.7, 924.1, 183.0, O.O! !END!
2425 X= 612.0, 924.2, 183.0, O.O! !END!

2426 X= 613.2, 924.3, 183.0, O.O! !END!

2427 X= 614.4, 924.4, 183.0, O.O! !END!

2428 X= 615.7, 924.5, 243.0, O.O! !END!

2429 X= 616.9, 924.6, 244.0, O.O! !END!

2430 X= 618.2, 924.8, 239.0, O.O! !END!

2431 X= 619.4, 924.9, 213.0, O.O! !END!

2432 X= 620.7, 925.0, 230.0, O.O! !END!

2433 X= 621.9, 925.1, 244.0, 0.0

! !END!

2434 X= 623.1, 925.2, 245.0, O.O! !END!

2435 X= 624.4, 925.3, 208.0, O.O! !END!

2436 X= 625.6, 925.4, 183.0, O.O! !END!

2437 X= 626.9, 925.6, 213.0, O.O! !END!

2438 X= 628.1, 925.7, 225.0, O.O! !END!

2439 X= 629.4, 925.8, 200.0, O.O! !END!

2440 X= 630.6, 925.9, 183.0, O.O! !END!

2441 X= 631.8, 926.0, 183.0, O.O! !END!

2442 X= 633.1, 926.1, 183.0, O.O! !END!

2443 X= 634.3, 926.3, 183.0, O.O! !END!

2444 X= 635.6, 926.4, 183.0, O.O! !END!

2445 X= 636.8, 926.5, 183.0, O.O! !END!

2446 X= 638.0, 926.6, 183.0, O.O! !END!

2447 X= 601.9, 925.2, 183.0, O.O! !END!

2448 X= 603.1, 925.3, 183.0, O.O! !END!

2449 X= 604.3, 925.4, 183.0, O.O! !END!

2450 X= 605.6, 925.5, 183.0, O.O! !END!

2451 X= 606.8, 925.6, 183.0, O.O! !END!

2452 X= 608.1, 925.7, 183.0, O.O! !END!

2453 X= 609.3, 925.8, 183.0, O.O! !END!

2454 X= 610.6, 925.9, 183.0, O.O! !END!

2455 X= 611.8, 926.1, 183.0, O.O! !END!

2456 X= 613.0, 926.2, 183.0, O.O! !END!

2457 X= 614.3, 926.3, 183.0, O.O! !END!

2458 X= 615.5, 926.4, 183.0, O.O! !END!

2459 X= 616.8, 926.5, 218.0, O.O! !END!

2460 X= 618.0, 926.6, 213.0, O.O! !END!

2461 X= 619.2, 926.7, 214.0, O.O! !END!

2462 X= 620.5, 926.8, 213.0, O.O! !END!

2463 X= 621.7, 927.0, 213.0, O.O! !END!

2464 X= 623.0, 927.1, 245.0, O.O! !END!

2465 X= 624.2, 927.2, 244.0, O.O! !END!

2466 X= 625.5, 927.3, 244.0, O.O! !END!

2467 X= 626.7, 927.4, 218.0, O.O! !END!

2468 X= 627.9, 927.5, 183.0, O.O! !END!

2469 X= 629.2, 927.7, 183.0, O.O! !END!

2470 X= 630.4, 927.8, 183.0, O.O! !END!

2471 X= 631.7, 927.9, 183.0, 0.0' !END!

2472 X= 632.9, 928.0, 183.0, 0.0 !END!

2473 X= 634.1, 928.1, 183.0, 0.0 !END!

2474 X= 635.4, 928.2, 183.0, 0.0 !END!

2475 X= 636.6, 928.3, 183.0, 0.0 !END!

2476 X= 637.9, 928.5, 183.0, 0.0 !END!

2477 X= 639.1, 928.6, 183.0, 0.0 !END!

2478 X= 640.4, 928.7, 183.0, 0.0 !END!

2479 X= 605.4, 927.4, 183.0, 0.0 !END!

2480 X= 606.7, 927.5, 183.0, O.O! !END!

2481 X= 607.9, 927.6, 183.0, O.O! !END!

2482 X= 609.1, 927.7, 183.0, O.O! !END!

2483 X= 610.4, 927.8, 183.0, 0.0

! !END!

2484 X= 611.6, 927.9, 183.0, O.O! !END!

2485 X= 612.9, 928.0, 183.0, O.O! !END!

2486 X= 614.1, 928.1, 183.0, O.O! !END!

2487 X= 615.4, 928.3, 183.0, O.O! !END!

2488 X= 616.6, 928.4, 183.0, O.O! !END!

2489 X= 617.8, 928.5, 183.0, O.O! !END!

2490 X= 619.1, 928.6, 183.0, O.O! !END!

2491 X= 620.3, 928.7, 199.0, O.O! !END!

2492 X= 621.6, 928.8, 223.0, O.O! !END!

2493 X= 622.8, 928.9, 242.0, O.O! !END!

2494 X= 624.0, 929.0, 222.0, O.O! !END!

2495 X= 625.3, 929.2, 226.0, 0.0

! !END!

2496 X= 626.5, 929.3, 305.0, O.O! !EnD!

2497 X= 627.8, 929.4, 252.0, O.O! !END!

2498 X= 629.0, 929.5, 226.0, O.O! !END!

2499 X= 630.2, 929.6, 185.0, O.O! !END!

2500 X= 631.5, 929.7, 183.0, 0.0

! !END!
2501 X= 632.7, 929.9, 183.0, O.O! !END!

2502 X= 634.0, 930.0, 183.0, O.O! !END!

2503 X= 635.2, 930.1, 183.0, O.O! !END!

2504 X= 636.5, 930.2, 183.0, O.O! !END!

2505 X= 637.7, 930.3, 183.0, O.O! !END!

2506 X= 638.9, 930.4, 183.0, O.O! !END!

2507 X= 640.2, 930.6, 183.0, O.O! !END!

2508 X= 641.4, 930.7, 183.0, O.O! !END!

2509 X= 642.7, 930.8, 183.0, O.O! !END!

2510 X= 607.7, 929.4, 183.0, 0.0

! !END!

2511 X= 609.0, 929.6, 183.0, O.O! !END!

2512 X= 610.2, 929.7, 183.0, O.O! !END!

2513 X= 611.5, 929.8, 183.0, O.O! !END!

2514 X= 612.7, 929.9, 183.0, O.O! !END!

2515 X= 613.9, 930.0, 183.0, O.O! !END!

2516 X= 615.2, 930.1, 183.0, O.O! !END!

2517 X= 616.4, 930.2, 183.0, O.O! !END!

2518 X= 617.7, 930.3, 183.0, O.O! !END!

2519 X= 618.9, 930.5, 183.0, O.O! !END!

2520 X= 620.1, 930.6, 183.0, O.O! !END!

2521 X= 621.4, 930.7, 183.0, O.O! !END!

2522 X= 622.6, 930.8, 205.0, O.O! !END!

2523 X= 623.9, 930.9, 205.0, O.O! !END!

2524 X= 625.1, 931.0, 213.0, O.O! !END!

2525 X= 626.4, 931.1, 244.0, O.O! !END!

2526 X= 627.6, 931.3, 254.0, O.O! !END!

2527 X= 628.8, 931.4, 305.0, O.O! !END!

2528 X= 630.1, 931.5, 233.0, O.O! !END!

2529 X= 631.3, 931.6, 213.0, O.O! !END!

2530 X= 632.6, 931.7, 183.0, 0.0

! !END!

2531 X= 633.8, 931.8, 183.0, O.O! !END!

2532 X= 635.0, 931.9, 183.0, O.O! !END!

2533 X= 636.3, 932.1, 183.0, O.O! !END!

2534 X= 637.5, 932.2, 183.0, O.O! !END!

2535 X= 638.8, 932.3, 183.0, O.O! !END!

2536 X= 640.0, 932.4, 183.0, O.O! !END!

2537 X= 641.2, 932.5, 183.0, O.O! !END!

2538 X= 642.5, 932.7, 183.0, O.O! !END!

2539 X= 643.7, 932.8, 183.0, O.O! !END!

2540 X= 645.0, 932.9, 183.0, O.O! !END!

2541 X= 611.3, 931.6, 183.0, O.O! !END!

2542 X= 612.5, 931.7, 183.0, O.O! !END!

2543 X= 613.8, 931.9, 183.0, O.O! !END!

2544 X= 615.0, 932.0, 183.0, O.O! !END!

2545 X= 616.3, 932.1, 183.0, O.O! !END!

2546 X= 617.5, 932.2, 183.0, O.O! !END!

2547 X= 618.7, 932.3, 183.0, O.O! !END!

2548 X= 620.0, 932.4, 183.0, O.O! !END!

2549 X= 621.2, 932.5, 183.0, O.O! !END!

2550 X= 622.5, 932.7, 183.0, O.O! !END!

2551 X= 623.7, 932.8, 183.0, O.O! !END!

2552 X= 624.9, 932.9, 183.0, O.O! !END!

2553 X= 626.2, 933.0, 183.0, O.O! !END!

2554 X= 627.4, 933.1, 208.0, O.O! !END!

2555 X= 628.7, 933.2, 213.0, O.O! !END!

2556 X= 629.9, 933.3, 213.0, 0.0

! !END!

2557

I X= 631.1, 933.5, 213.0, O.O! !END!

2558 X= 632.4, 933.6, 225.0, O.O! !END!

2559 X= 633.6, 933.7, 183.0, 0.0

! !END!

2560 X= 634.9, 933.8, 183.0, O.O! !END!

2561 X= 636.1, 933.9, 183.0, O.O! !END!

2562 X= 637.3, 934.0, 183.0, O.O! !END!

2563 X= 638.6, 934.2, 183.0, O.O! !END!

2564 X= 639.8, 934.3, 183.0, O.O! !END!

2565 X= 641.1, 934.4, 183.0, 0.0

! !END!

2566 X= 642.3, 934.5, 183.0, O.O! !END!

2567 X= 643.5, 934.6, 183.0, O.O! !END!

2568 X= 644.8, 934.7, 183.0, O.O! !END!

2569 X= 646.0, 934.9, 183.0, O.O! !END!

2570 X= 613.6, 933.7, 183.0, O.O! !END!

2571 X= 614.8, 933.8, 183.0, O.O! !END!

2572 X= 616.1, 933.9, 183.0, 0.0

! !END!

2573 X= 617.3, 934.1, 183.0, 0.0

! !END!

2574 X= 618.6, 934.2, 183.0, O.O! !END!

2575 X= 619.8, 934.3, 183.0, O.O! !END!

2576 X= 621.0, 934.4, 183.0, 0.0

! !END!
2577 X= 622.3, 934.5, 183.0, O.O! !END!

2578 X= 623.5, 934.6, 183.0, O.O! !END!

2579 X= 624.8, 934.7, 183.0, O.O! !END!

2580 X= 626.0, 934.9, 206.0, O.O! !END!

2581 X= 627.2, 935.0, 183.0, O.O! !END!

2582 X= 628.5, 935.1, 183.0, O.O! !END!

2583 X= 629.7, 935.2, 183.0, O.O! !END!

2584 X= 631.0, 935.3, 213.0, O.O! !END!

2585 X= 632.2, 935.4, 185.0, O.O! !END!

2586 X= 633.4, 935.5, 183.0, O.O! !END!

2587 X= 634.7, 935.7, 226.0, O.O! !END!

2588 X= 635.9, 935.8, 184.0, O.O! !END!

2589 X= 637.2, 935.9, 183.0, O.O! !END!

2590 X= 638.4, 936.0, 183.0, O.O! !END!

2591 X= 639.7, 936.1, 183.0, O.O! !END!

2592 X= 640.9, 936.3, 183.0, O.O! !END!

2593 X= 642.1, 936.4, 183.0, O.O! !END!

2594 X= 643.4, 936.5, 183.0, O.O! !END!

2595 X= 644.6, 936.6, 183.0, O.O! !END!

2596 X= 645.9, 936.7, 183.0, O.O! !END!

2597 X= 647.1, 936.8, 183.0, O.O! !END!

2598 X= 615.9, 935.8, 183.0, O.O! !END!

2599 X= 617.2, 935.9, 183.0, O.O! !END!

2600 X= 618.4, 936.0, 183.0, O.O! !END!

2601 X= 619.6, 936.1, 183.0, O.O! !END!

2602 X= 620.9, 936.3, 183.0, O.O! !END!

2603 X= 622.1, 936.4, 183.0, O.O! !END!

2604 X= 623.4, 936.5, 183.0, O.O! !END!

2605 X= 624.6, 936.6, 183.0, O.O! !END!

2606 X= 625.8, 936.7, 183.0, O.O! !END!

2607 X= 627.1, 936.8, 183.0, O.O! !END!

2608 X= 628.3, 936.9, 183.0, O.O! !END!

2609 X= 629.6, 937.1, 183.0, O.O! !END!

2610 X= 630.8, 937.2, 183.0, O.O! !END!

2611 X= 632.0, 937.3, 183.0, O.O! !END!

2612 X= 633.3, 937.4, 183.0, O.O! !END!

2613 X= 634.5, 937.5, 203.0, O.O! !END!

2614 X= 635.8, 937.6, 198.0, 0.0

! !END!

2615 X= 637.0, 937.8, 216.0, O.O! !END!

2616 X= 638.2, 937.9, 183.0, O.O! !END!

2617 X= 639.5, 938.0, 183.0, O.O! !END!

2618 X= 640.7, 938.1, 183.0, O.O! !END!

2619 X= 642.0, 938.2, 183.0, O.O! !END!

2620 X= 643.2, 938.3, 183.0, O.O! 'END!

2621 X= 644.4, 938.5, 183.0, O.O! END!

2622 X= 645.7, 938.6, 183.0, O.O! END!

2623 X= 646.9, 938.7, 183.0, O.O! END!

2624 X= 648.2, 938.8, 183.0, O.O! END!

2625 X= 618.2, 937.9, 183.0, O.O! END!

2626 X= 619.5, 938.0, 183.0, O.O! END!

2627 X= 620.7, 938.1, 183.0, O.O! END!

2628 X= 621.9, 938.2, 183.0, O.O! END!

2629 X= 623.2, 938.3, 183.0, 0.0' 'END!

2630 X= 624.4, 938.5, 183.0, 0.0 END!

2631 X= 625.7, 938.6, 183.0, 0.0 END!

2632 X= 626.9, 938.7, 183.0, 0.0 END!

2633 X= 628.1, 938.8, 183.0, 0.0 END!

2634 X= 629.4, 938.9, 183.0, 0.0 END!

2635 X= 630.6, 939.0, 183.0, 0.0 END!

2636 X= 631.9, 939.2, 183.0, 0.0 END!

2637 X= 633.1, 939.3, 183.0, 0.0 END!

2638 X= 634.3, 939.4, 183.0, 0.0 !END!

2639 X= 635.6, 939.5, 183.0, 0.0 !END!

2640 X= 636.8, 939.6, 183.0, 0.0 !END!

2641 X= 638.1, 939.7, 183.0, 0.0. !END!

2642 X= 639.3, 939.9, 190.0, O.O! !END!

2643 X= 640.5, 940.0, 183.0, O.O! !END!

2644 X= 641.8, 940.1, 183.0, O.O! !END!

2645 X= 643.0, 940.2, 183.0, O.O! !END!

2646 X= 644.3, 940.3, 183.0, 0.0

! !END!

2647 X= 645.5, 940.4, 183.0, O.O! !END!

2648 X= 646.7, 940.6, 183.0, O.O! !END!

2649 X= 648.0, 940.7, 183.0, O.O! !END!

2650 X= 649.2, 940.8, 183.0, O.O! !END!

2651 X= 650.5, 940.9, 183.0, O.O! !END!

2652 X= 620.5, 940.0, 183.0, O.O! !END!
2653 X= 621.8, 940.1, 183.0, O.O! !END!

2654 X= 623.0, 940.2, 183.0, O.O! !END!

2655 X= 624.3, 940.3, 183.0, O.O! !END!

2656 X= 625.5, 940.4, 183.0, O.O! !END!

2657 X= 626.7, 940.5, 183.0, O.O! !END!

2658 X= 628.0, 940.7, 183.0, O.O! !END!

2659 X= 629.2, 940.8, 183.0, O.O! !END!

2660 X= 630.4, 940.9, 183.0, O.O! !END!

2661 X= 631.7, 941.0, 183.0, O.O! !END!

2662 X= 632.9, 941.1, 183.0, O.O! !END!

2663 X= 634.2, 941.2, 183.0, O.O! !END!

2664 X= 635.4, 941.4, 183.0, O.O! !END!

2665 X= 636.6, 941.5, 183.0, O.O! !END!

2666 X= 637.9, 941.6, 183.0, O.O! !END!

2667 X= 639.1, 941.7, 183.0, O.O! !END!

2668 X= 640.4, 941.8, 183.0, O.O! !END!

2669 X= 641.6, 941.9, 183.0, O.O! !END!

2670 X= 642.8, 942.1, 183.0, O.O! !END!

2671 X= 644.1, 942.2, 183.0, O.O! !END!

2672 X= 645.3, 942.3, 183.0, O.O! !END!

2673 X= 646.6, 942.4, 183.0, O.O! !END!

2674 X= 647.8, 942.5, 183.0, O.O! !END!

2675 X= 649.0, 942.7, 183.0, O.O! !END!

2676 X= 650.3, 942.8, 183.0, O.O! !END!

2677 X= 651.5, 942.9, 183.0, O.O! !END!

2678 X= 652.8, 943.0, 183.0, O.O! !END!

2679 X= 654.0, 943.1, 183.0, O.O! !END!

2680 X= 625.3, 942.3, 183.0, O.O! !END!

2681 X= 626.6, 942.4, 183.0, O.O! !END!

2682 X= 627.8, 942.5, 183.0, O.O! !END!

2683 X= 629.0, 942.6, 183.0, O.O! !END!

2684 X= 630.3, 942.8, 183.0, O.O! !END!

2685 X= 631.5, 942.9, 183.0, O.O! !END!

2686 X= 632.8, 943.0, 183.0, O.O! !END!

2687 X= 634.0, 943.1, 183.0, 0.0

! !END!

2688 X= 635.2, 943.2, 183.0, O.O! !END'

2689 X= 636.5, 943.3, 183.0, 0.0

! !END

2690 X= 637.7, 943.5, 183.0, O.O! !END

2691 X= 638.9, 943.6, 183.0, O.O! !END

2692 X= 640.2, 943.7, 183.0, O.O! !END

2693 X= 641.4, 943.8, 183.0, O.O! !END

2694 X= 642.7, 943.9, 183.0, O.O! !END

2695 X= 643.9, 944.0, 183.0, O.O! !END

2696 X= 645.1, 944.2, 183.0, O.O! !END

2697 X= 646.4, 944.3, 183.0, O.O! !END

2698 X= 647.6, 944.4, 183.0, O.O! !END

2699 X= 648.9, 944.5, 183.0, O.O! !END!

2700 X= 650.1, 944.6, 183.0, O.O! !END!

2701 X= 651.3, 944.8, 183.0, O.O! !END!

2702 X= 652.6, 944.9, 183.0, O.O! !END!

2703 X= 653.8, 945.0, 183.0, O.O! !END!

2704 X= 655.0, 945.1, 183.0, O.O! !END!

2705 X= 656.3, 945.2, 183.0, O.O! !END!

2706 X= 627.6, 944.4, 183.0, O.O! !END!

2707 X= 628.9, 944.5, 183.0, O.O! !END!

2708 X= 630.1, 944.6, 183.0, O.O! lEND!

2709 X= 631.3, 944.7, 183.0, O.O! END!

2710 X= 632.6, 944.8, 183.0, O.O! END!

2711 X= 633.8, 945.0, 183.0, O.O! END!

2712 X= 635.1, 945.1, 183.0, O.O! END'

2713 X= 636.3, 945.2, 183.0, O.O! END

2714 X= 637.5, 945.3, 183.0, O.O! END

2715 X= 638.8, 945.4, 183.0, O.O! END

2716 X= 640.0, 945.5, 183.0, O.O! END

2717 X= 641.2, 945.7, 183.0, O.O! END

2718 X= 642.5, 945.8, 183.0, O.O! !END

2719 X= 643.7, 945.9, 183.0, O.O! !END

2720 X= 645.0, 946.0, 183.0, O.O! !END

2721 X= 646.2, 946.1, 183.0, O.O! !END

2722 X= 647.4, 946.3, 183.0, O.O! !END!

2723 X= 648.7, 946.4, 183.0, O.O! !END!

2724 X= 649.9, 946.5, 183.0, O.O! !END!

2725 X= 651.2, 946.6, 183.0, O.O! !END!

2726 X= 652.4, 946.7, 183.0, O.O! !END!

2727 X= 653.6, 946.9, 183.0, O.O! !END!

2728 X= 654.9, 947.0, 183.0, O.O! !END!
2729 X= 656.1, 947.1, 183.0, O.O! !END!

2730 X= 637.4, 947.2, 183.0, O.O! !END!

2731 X= 638.6, 947.3, 183.0, O.O! !END!

2732 X= 639.8, 947.4, 183.0, O.O! !END!

2733 X= 641.1, 947.5, 183.0, O.O! !END!

2734 X= 642.3, 947.6, 183.0, O.O! !END!

2735 X= 643.5, 947.8, 183.0, O.O! !END!

2736 X= 644.8, 947.9, 183.0, 0.0

! !END!

2737 X= 646.0, 948.0, 183.0, O.O! !END!

2738 X= 647.3, 948.1, 183.0, O.O! !END!

2739 X= 648.5, 948.2, 183.0, O.O! !END!

2740 X= 649.7, 948.4, 183.0, O.O! !END!

2741 X= 651.0, 948.5, 183.0, 0.0

! !END!

2742 X= 652.2, 948.6, 183.0, 0.0

! !END!

2743 X= 638.4, 949.1, 183.0, O.O! !END!

2744 X= 639.7, 949.3, 183.0, O.O! !END!

2745 X= 640.9, 949.4, 183.0, 0.0

! !END!

2746 X= 642.1, 949.5, 183.0, O.O! !END!

2747 X= 643.4, 949.6, 183.0, O.O! !END!

2748 X= 644.6, 949.7, 183.0, O.O! !END!

2749 X= 645.8, 949.9, 183.0, O.O! !END!

2750 X= 647.1, 950.0, 183.0, O.O! !END!

2751 X= 648.3, 950.1, 183.0, 0.0

! !END!

2752 X= 649.6, 950.2, 183.0, O.O! !END!

2753 X= 640.7, 951.2, 183.0, O.O! !END!

2754 X= 642.0, 951.4, 183.0, O.O! !END!

2755 X= 643.2, 951.5, 183.0, O.O! !END!

2756 X= 644.4, 951.6, 183.0, O.O! !END!

2757 X= 645.7, 951.7, 183.0, O.O! !END!

2758 X= 1528.8, -121.5, 735.0, O.O! !END!

2759 X= 1529.5, -121.3, 762.0, O.O! !END!

2760 X= 1530.3, -121.2, 771.0, 0.0

! !END!

2761 X= 1526.5, -121.0, 480.0, O.O! !END!

2762 X= 1527.2, -120.9, 610.0, O.O! !END!

2763 X= 1527.9, -120.7, 460.0, O.O! !END!

2764 'X= 1528.6, -120.6, 560.0, O.O! !END!

2765 X= 1529.4, -120.4, 678.0, 0.0

! !END!

2766 X= 1530.1, -120.3, 731.0, O.O! !END!

2767 X= 1530.8, -120.2, 792.0, O.O! !END!

2768 X= 1531.5, -120.0, 612.0, O.O! !END!

2769 X= 1526.3, -120.1, 484.0, O.O! !END!

2770 X= 1527.0, -120.0, 619.0, O.O! !END!

2771 X= 1527.8, -119.8, 696.0, O.O! 'END!

2772 X= 1528.5, -119.7, 608.0, O.O! END!

2773 X= 1529.2, -119.5, 759.0, O.O! END!

2774 X= 1529.9, -119.4, 791.0, O.O! END!

2775 X= 1530.6, -119.3, 503.0, O.O! END!

2776 X= 1531.3, -119.1, 398.0, O.O! END!

2777 X= 1525.4, -119.3, 447.0, O.O! END!

2778 X= 1526.1, -119.2, 544.0, O.O! END!

2779 X= 1526.9, -119.1, 604.0, O.O! END!

2780 X= 1527.6, -118.9, 789.0, O.O! END!

2781 X= 1528.3, -118.8, 770.0, O.O! END!

2782 X= 1529.0, -118.6, 739.0, O.O! END!

2783 X= 1529.7, -118.5, 609.0, O.O! END!

2784 X= 1530.4, -118.4, 463.0, O.O! END!

2785 X= 1531.2, -118.2, 457.0, O.O! END!

2786 X= 1531.9, -118.1, 390.0, 0.0

! !END!

2787 X= 1525.2, -118.4, 347.0, 0.0

! !END!

2788 X= 1526.0, -118.3, 465.0, O.O! !END!

2789 X= 1526.7, -118.1, 609.0, O.O! !END!

2790 X= 1527.4, -118.0, 551.0, O.O! !END!

2791 X= 1528.1, -117.9, 670.0, O.O! !END!

2792 X= 1528.8, -117.7, 470.0, O.O! !END!

2793 X= 1529.5, -117.6, 397.0, O.O! !END!

2794 X= 1530.3, -117.4, 425.0, O.O! !END!

2795 X= 1531.0, -117.3, 333.0, O.O! !END!

2796 X= 1531.7, -117.2, 360.0, O.O! !END!

2797 X= 1532.4, -117.0, 363.0, O.O! !END!

2798 X= 1526.5, -117.2, 441.0, O.O! !END!

2799 X= 1527.2, -117.1, 491.0, O.O! !END!

2800 X= 1527.9, -117.0, 569.0, 0.0

! !END!

2801 X= 1528.7, -116.8, 303.0, O.O! !END!

2802 X= 1529.4, -116.7, 254.0, 0.0

! !END!

2803 X= 1531.5, -116.3, 333.0, O.O! !END!

2804 X= 1532.2, -116.1, 214.0, O.O! !END!
2805 X= 1527.0, -116.2, 340.0, O.O! !END!

2806 X= 1527.8, -116.1, 479.0, O.O! !END!

2807 X= 1528.5, -115.9, 468.0, O.O! !END!

2808 X= 1529.2, -115.8, 213.0, O.O! !END!

2809 X= 1528.3, -115.0, 275.0, 0.0

! !END!

2810 X= 1349.5, -350.9, 468.0, O.O! !END!

2811 X= 1350.2, -350.7, 457.0, O.O! !END!

2812 X= 1349.3, -349.9, 478.0, 0.0

! !END!

2813 X= 1350.1, -349.8, 576.0, O.O! !END!

2814 X= 1347.7, -349.3, 550.0, O.O! !END!

2815 X= 1348.5, -349.2, 472.0, 0.0

! !END!

2816 X= 1349.2, -349.0, 721.0, O.O! !END!

2817 X= 1349.9, -348.9, 759.0, 0.0

! !END!

2818 X= 1350.7, -348.8, 600.0, O.O! !END!

2819 X= 1351.4, -348.7, 517.0, O.O! !END!

2820 X= 1347.6, -348.4, 641.0, O.O! !END!

2821 X= 1348.3, -348.3, 439.0, O.O! !END!

2822 X= 1349.0, -348.1, 607.0, 0.0

! !END!

2823 X= 1349.8, -348.0, 881.0, 0.0

! !END!

2824 X= 1350.5, -347.9, 758.0, O.O! !END!

2825 X= 1347.4, -347.5, 920.0, O.O! !END!

2826 X= 1348.1, -347.3, 665.0, O.O! !END!

2827 X= 1348.9, -347.2, 458.0, O.O! !END!

2828 X= 1349.6, -347.1, 585.0, O.O! !END!

2829 X= 1350.4, -347.0, 870.0, O.O! !END!

2830 X= 1348.0, -346.4, 826.0, O.O! !END!

2831 X= 1348.7, -346.3, 518.0, O.O! !END!

2832 X= 1349.5, -346.2, 525.0, 0.0

! !END!

2833 X= 1350.2, -346.1, 695.0, O.O! !END!

2834 X= 1350.9, -345.9, 892.0, O.O! !END!

2835 X= 1347.8, -345.5, 874.0, O.O! !END!

2836 X= 1348.6, -345.4, 581.0, O.O! !END!

2837 X= 1349.3, -345.3, 573.0, O.O! !END!

2838 X= 1350.1, -345.2, 664.0, O.O! !END!

2839 X= 1348.4, -344.5, 728.0, O.O! !END!

2840 X= 1349.2, -344.4, 694.0, O.O! !END!

2841 X= 1349.9, -344.2, 914.0, O.O! !END!

2842 X= 1348.3, -343.6, 756.0, O.O! !END!

2843 X= 1349.0, -343.5, 631.0, O.O! !END!

2844 X= 1349.8, -343.3, 944.0, O.O! !END!

2845 X= 1348.1, -342.7, 826.0, O.O! !END!

2846 X= 1348.9, -342.5, 624.0, O.O! !END!

2847 X= 1349.6, -342.4, 965.0, O.O! !END!

2848 X= 1348.0, -341.8, 732.0, O.O! !END!

2849 X= 1348.7, -341.6, 685.0, 0.0

! !END!

2850 X= 1349.4, -341.5, 889.0, O.O! !END!

2851 X= 1347.8, -340.8, 890.0, O.O! !END!

2852 X= 1348.6, -340.7, 697.0, O.O! !END!

2853 X= 1349.3, -340.6, 827.0, O.O! !END!

2854 X= 1346.9, -340.1, 1096.0, O.O! lEND!

2855 X= 1347.7, -339.9, 749.0, O.O! END!

2856 X= 1348.4, -339.8, 816.0, O.O! END!

2857 X= 1349.1, -339.7, 1106.0, O.O! END!

2858 X= 1346.8, -339.2, 1055.0, O.O! END!

2859 X= 1347.5, -339.0, 762.0, O.O! END!

2860 X= 1348.3, -338.9, 909.0, O.O! END!

2861 X= 1349.0, -338.8, 1092.0, 0.0

! END!

2862 X= 1345.9, -338.4, 941.0, 0.0

! END!

2863 X= 1346.6, -338.2, 813.0, O.O! END!

2864 X= 1347.4, -338.1, 953.0, O.O! !END!

2865 X= 1348.1, -338.0, 1097.0, O.O! !END!

2866 X= 1348.8, -337.9, 1083.0, O.O! !END!

2867 X= 1345.7, -337.5, 923.0, O.O! !END!

2868 X= 1346.5, -337.3, 924.0, O.O! !END!

2869 X= 1347.2, -337.2, 901.0, O.O! !END!

2870 X= 1347.9, -337.1, 1114.0, O.O! !END!

2871 X= 1348.7, -337.0, 1219.0, O.O! !END!

2872 X= 1345.6, -336.5, 946.0, O.O! !END!

2873 X= 1346.3, -336.4, 983.0, O.O! !END!

2874 X= 1347.1, -336.3, 1142.0, O.O! !END!

2875 X= 1346.2, -335.5, 1063.0, O.O! !END!

2876 X= 1917.0, 592.1, 660.0, O.O! !END!

2877 X= 1917.7, 592.3, 695.0, O.O! !END!

2878 X= 1917.2, 594.0, 776.0, O.O! !END!

2879 X= 1917.9, 594.2, 786.0, O.O! !END!

2880 X= 1915.7, 594.6, 795.0, O.O! !END!
2881 X= 1916.3, 594.8, 853.0, O.O! !END!

2882 X= 1917.0, 594.9, 851.0, O.O! !END!

2883 X= 1917.6, 595.1, 819.0, 0. O! !END!

2884 X= 1913.5, 594.9, 457.0, 0. O! !END!

2885 X= 1914.1, 595.1, 518.0, O.O! !END!

2886 X= 1914.8, 595.3, 579.0, O.O! !END!

2887 X= 1915.4, 595.5, 718.0, O.O! !END!

2888 X= 1916.1, 595.7, 807.0, O.O! !END!

2889 X= 1916.7, 595.8, 841.0, O.O! !END!

2890 X= 1917.4, 596.0, 804.0, O.O! !END!

2891 X= 1918.0, 596.2, 798.0, O.O! !END!

2892 X= 1918.7, 596.4, 799.0, 0. O! !END!

2893 X= 1919.3, 596.5, 803.0, 0.0! !END!

2894 X= 1912.6, 595.7, 305.0, O.O! !END!

2895 X= 1913.2, 595.8, 600.0, O.O! !END!

2896 X= 1913.9, 596.0, 721.0, O.O! !END!

2897 X= 1914.5, 596.2, 739.0, O.O! !END!

2898 X= 1915.2, 596.4, 753.0, O.O! !END!

2899 X= 1915.8, 596.5, 792.0, O.O! !END!

2900 X= 1916.5, 596.7, 796.0, O.O! !END!

2901 X= 1917.1, 596.9, 787.0, O.O! !END!

2902 X= 1917.8, 597.1, 766.0, O.O! !END!

2903 X= 1918.4, 597.2, 766.0, 0.0

! !END!

2904 X= 1919.1, 597.4, 791.0, O.O! !END!

2905 X= 1919.7, 597.6, 803.0, O.O! !END!

2906 X= 1920.4, 597.8, 838.0, O.O! !END!

2907 X= 1921.0, 597.9, 775.0, 0.0

! !END!

2908 X= 1913.0, 596.7, 409.0, O.O! !END!

2909 X= 1913.6, 596.9, 640.0, O.O! !END!

2910 X= 1914.3, 597.1, 737.0, O.O! !END!

2911 X= 1914.9, 597.3, 770.0, O.O! !END!

2912 X= 1915.6, 597.4, 792.0, O.O! !END!

2913 X= 1916.2, 597.6, 769.0, O.O! !END!

2914 X= 1916.9, 597.8, 663.0, O.O! !END!

2915 X= 1917.5, 598.0, 716.0, O.O! !END!

2916 X= 1918.2, 598.1, 801.0, O.O! !END!

2917 X= 1918.8, 598.3, 792.0, 0.0

! !END!

2918 X= 1919.5, 598.5, 782.0, O.O! !END!

2919 X= 1920.1, 598.7, 776.0, O.O! !END!

2920 X= 1920.8, 598.8, 736.0, O.O! !END!

2921 X= 1913.4, 597.8, 457.0, O.O! !END!

2922 X= 1914.0, 598.0, 670.0, O.O! !END!

2923 X= 1914.7, 598.2, 752.0, 0. O! !END!

2924 X= 1915.3, 598.3, 786.0, 0. O! !END!

2925 X= 1916.0, 598.5, 655.0, O.O! !END!

2926 X= 1916.7, 598.7, 610.0, O.O! !END!

2927 X= 1917.3, 598.9, 781.0, O.O! !END!

2928 X= 1918.0, 599.0, 827.0, O.O! !END!

2929 X= 1918.6, 599.2, 807.0, O.O! !END!

2930 X= 1919.3, 599.4, 750.0, O.O! !END!

2931 X= 1919.9, 599.6, 737.0, O.O! !END!

2932 X= 1920.6, 599.7, 704.0, O.O! !END!

2933 X= 1913.8, 598.9, 450.0, O.O! !END!

2934 X= 1914.5, 599.0, 677.0, O.O! !END!

2935 X= 1915.1, 599.2, 762.0, O.O! !END!

2936 X= 1915.8, 599.4, 579.0, O.O! !END!

2937 X= 1916.4, 599.6, 639.0, 0.0! !END!

2938 X= 1917.1, 599.7, 801.0, O.O! !END!

2939 X= 1917.7, 599.9, 855.0, O.O! !END!

2940 X= 1918.4, 600.1, 832.0, O.O! !END!

2941 X= 1919.0, 600.3, 722.0, O.O! !END!

2942 X= 1919.7, 600.4, 707.0, O.O! !END!

2943 X= 1920.3, 600.6, 689.0, O.O! !END!

2944 X= 1921.0, 600.8, 681.0, O.O! !END!

2945 X= 1914.2, 599.9, 415.0, O.O! !END!

2946 X= 1914.9, 600.1, 668.0, O.O! !END!

2947 X= 1915.5, 600.3, 568.0, O.O! !END!

2948 X= 1916.2, 600.5, 536.0, O.O! !END!

2949 X= 1916.8, 600.6, 732.0, 0.0

! !END!

2950 X= 1917.5, 600.8, 853.0, O.O! !END!

2951 X= 1918.1, 601.0, 884.0, O.O! !END!

2952 X= 1918.8, 601.2, 732.0, O.O! !END!

2953 X= 1919.4, 601.3, 699.0, 0.0

! !END!

2954 X= 1920.1, 601.5, 678.0, O.O! !END!

2955 X= 1920.7, 601.7, 646.0, 0. O! !END!

2956 X= 1921.4, 601.9, 641.0, 0.0

! !END!
2957 X= 1914.6, 601.0, 411.0, O.O! lEND!

2958 X= 1915.3, 601.2, 486.0, O.O! !END!

2959 X= 1915.9, 601.4, 468.0, O.O! !END!

2960 X= 1916.6, 601.5, 634.0, O.O! !END!

2961 X= 1917.2, 601.7, 748.0, O.O! !END!

2962 X= 1917.9, 601.9, 914.0, O.O! !END!

2963 X= 1918.5, 602.1, 792.0, O.O! !END!

2964 X= 1919.2, 602.2, 705.0, 0.0

! !END!

2965 X= 1919.8, 602.4, 673.0, O.O! !END!

2966 X= 1920.5, 602.6, 613.0, O.O! !END!

2967 X= 1915.0, 602.1, 330.0, O.O! !END!

2968 X= 1915.7, 602.2, 359.0, O.O! !END!

2969 X= 1916.3, 602.4, 444.0, 0.0

! !END!

2970 X= 1917.0, 602.6, 669.0, O.O! !END!

2971 X= 1917.6, 602.8, 780.0, O.O! !END!

2972 X= 1918.3, 602.9, 729.0, O.O! !END!

2973 X= 1918.9, 603.1, 678.0, O.O! !END!

2974 X= 1919.6, 603.3, 653.0, O.O! !END!

2975 X= 1920.2, 603.5, 628.0, O.O! !END!

2976 X= 1916.7, 603.5, 469.0, O.O! !END!

2977 X= 1917.4, 603.7, 514.0, O.O! !END!

2978 X= 1917.2, 604.6, 512.0, O.O! !END!

2979 X= 955.8, -260.3, 183.0, O.O! !END!

2980 X= 956.6, -260.2, 213.0, O.O! !END!

2981 X= 958.0, -260.0, 244.0, O.O! !END!

2982 X= 958.8, -259.9, 244.0, O.O! !END!

2983 X= 959.5, -259.8, 243.0, O.O! !END!

2984 X= 960.2, -259.7, 244.0, O.O! !END!

2985 X= 960.9, -259.7, 224.0, O.O! !END!

2986 X= 961.7, -259.6, 244.0, O.O! !END!

2987 X= 954.3, -259.5, 212.0, O.O! !END!

2988 X= 955.0, -259.4, 214.0, O.O! !END!

2989 X= 955.7, -259.4, 198.0, O.O! !END!

2990 X= 956.5, -259.3, 231.0, 0.0

! !END!

2991 X= 957.2, -259.2, 215.0, O.O! !END!

2992 X= 957.9, -259.1, 213.0, O.O! !END!

2993 X= 958.6, -259.0, 244.0, O.O! !END!

2994 X= 959.4, -258.9, 216.0, O.O! !END!

2995 X= 960.1, -258.8, 244.0, O.O! !END!

2996 X= 960.8, -258.7, 244.0, O.O! !END!

2997 X= 961.6, -258.7, 244.0, O.O! !END!

2998 X= 962.3, -258.6, 213.0, O.O! !END!

2999 X= 963.0, -258.5, 213.0, O.O! !END!

3000 X= 954.2, -258.6, 181.0, O.O! !END!

3001 X= 954.9, -258.5, 189.0, O.O! !END!

3002 X= 955.6, -258.4, 210.0, O.O! !END!

3003 X= 956.3, -258.4, 183.0, 0.0! !END!

3004 X= 957.1, -258.3, 184.0, O.O! !END!

3005 X= 957.8, -258.2, 185.0, O.O! !END!

3006 X= 958.5, -258.1, 244.0, O.O! !END!

3007 X= 959.3, -258.0, 239.0, O.O! !END!

3008 X= 960.0, -257.9, 244.0, O.O! !END!

3009

, X= 960.7, -257.8, 215.0, O.O! !END!

3010 X= 961.5, -257.7, 244.0, O.O! !END!

3011 X= 962.2, -257.7, 213.0, O.O! !END!

3012 X= 962.9, -257 .6, 213.0, O.O! !END!

3013 X= 954.0, -257.7, 182.0, O.O! !END!

3014 X= 954.8, -257

. 6, 182.0, O.O! !END!

3015 X= 955.5, -257.5, 213.0, 0.0

! !END!

3016 X= 956.2, -257.4, 184.0, O.O! !END!

3017 X= 957.0, -257.4, 231.0, O.O! !END!

3018 X= 957.7, -257.3, 229.0, O.O! !END!

3019 X= 958.4, -257.2, 228.0, 0.0

! !END!

3020 X= 959.2, -257.1, 237.0, O.O! !END!

3021 X= 959.9, -257.0, 213.0, O.O! !END!

3022 X= 960.6, -256.9, 213.0, O.O! !END!

3023 X= 961.3, -256.8, 226.0, O.O! !END!

3024 X= 962.1, -256.7, 246.0, O.O! !END!

3025 X= 962.8, -256.6, 271.0, O.O! !END!

3026 X= 963.5, -256.6, 271.0, O.O! !END!

3027 X= 953.2, -256.9, 151.0, O.O! !END!

3028 X= 953.9, -256.8, 185.0, O.O! !END!

3029 X= 954.7, -256.7, 214.0, O.O! !END!

3030 X= 955.4, -256.6, 219.0, O.O! !END!

3031 X= 956.1, -256.5, 224.0, O.O! !END!

3032 X= 956.9, -256.4, 214.0, 0.0

! !END!
3033 X= 957.6, -256.4, 156.0, 0.0

! !END!

3034 X= 958.3, -256.3, 216.0, 0.0

! lEND!

3035 X= 959.0, -256.2, 198.0, O.O! !END!

3036 X= 959.8, -256.1, 213.0, 0.0

! !END!

3037 X= 960.5, -256.0, 244.0, O.O! !END!

3038 X= 961.2, -255.9, 244.0, O.O! !END!

3039 X= 962.0, -255.8, 237.0, 0.0

! !END!

3040 X= 962.7, -255.7, 219.0, O.O! !END!

3041 X= 963.4, -255.6, 261.0, O.O! !END!

3042 X= 950.9, -256.2, 196.0, O.O! !END!

3043 X= 951.6, -256.1, 215.0, O.O! !END!

3044 X= 952.4, -256.0, 213.0, O.O! !END!

3045 X= 953.1, -256.0, 154.0, O.O! !END!

3046 X= 953.8, -255.9, 179.0, O.O! !END!

3047 X= 954.6, -255.8, 186.0, O.O! !END!

3048 X= 955.3, -255.7, 215.0, O.O! !END!

3049 X= 956.0, -255.6, 222.0, O.O! !END!

3050 X= 956.7, -255.5, 183.0, O.O! !END!

3051 X= 957.5, -255.4, 214.0, O.O! !END!

3052 X= 958.2, -255.3, 213.0, O.O! !END!

3053 X= 958.9, -255.3, 234.0, O.O! !END!

3054 X= 959.7, -255.2, 244.0, O.O! !END!

3055 X= 960.4, -255.1, 242.0, O.O! !END!

3056 X= 961.1, -255.0, 213.0, O.O! !END!

3057 X= 961.9, -254.9, 227.0, O.O! !END!

3058 X= 962.6, -254.8, 211.0, O.O! !END!

3059 X= 963.3, -254.7, 244.0, 0.0

! !END!

3060 X= 950.8, -255.3, 205.0, O.O! !END!

3061 X= 951.5, -255.2, 153.0, O.O! !END!

3062 X= 952.3, -255.1, 192.0, O.O! !END!

3063 X= 953.0, -255.0, 153.0, O.O! !END!

3064 X= 953.7, -255.0, 152.0, O.O! !END!

3065 X= 954.4, -254.9, 213.0, O.O! !END!

3066 X= 955.2, -254.8, 203.0, O.O! !END!

3067 X= 955.9, -254.7, 215.0, O.O! !END!

3068 X= 956.6, -254.6, 152.0, O.O! !END!

3069 X= 957.4, -254.5, 152.0, O.O! !END!

3070 X= 958.1, -254.4, 183.0, O.O! !END!

3071 X= 958.8, -254.3, 219.0, O.O! !END!

3072 X= 959.6, -254.3, 226.0, O.O! !END!

3073 X= 960.3, -254.2, 214.0, O.O! !END!

3074 X= 961.0, -254.1, 225.0, O.O! !END!

3075 X= 961.7, -254.0, 188.0, O.O! !END!

3076 X= 962.5, -253.9, 217.0, O.O! !END!

3077 X= 948.5, -254.7, 198.0, O.O! !END!

3078 X= 949.2, -254.6, 213.0, O.O! !END!

3079 X= 950.0, -254.5, 175.0, O.O! !END!

3080 X= 950.7, -254.4, 161.0, O.O! !END!

3081 X= 951.4, -254.3, 153.0, O.O! !END!

3082 X= 952.2, -254.2, 157.0, O.O! !END!

3083 X= 952.9, -254.1, 174.0, 0.0

! !END!

3084 X= 953.6, -254.0, 199.0, O.O! !END!

3085 X= 954.3, -254.0, 152.0, O.O! !END!

3086 X= 955.1, -253.9, 152.0, O.O! !END!

3087 X= 955.8, -253.8, 152.0, O.O! !END!

3088 X= 956.5, -253.7, 182.0, O.O! !END!

3089 X= 957.3, -253.6, 168.0, 0.0

! !END!

3090 X= 958.0, -253.5, 202.0, O.O! !END!

3091 X= 958.7, -253.4, 183.0, O.O! !END!

3092 X= 959.4, -253.3, 183.0, O.O! !END!

3093 X= 960.2, -253.3, 195.0, O.O! !END!

3094 X= 960.9, -253.2, 213.0, O.O! !END!

3095 X= 961.6, -253.1, 243.0, O.O! !END!

3096 X= 962.4, -253.0, 244.0, O.O! !END!

3097 X= 945.5, -254.1, 213.0, O.O! !END!

3098 X= 946.2, -254.0, 202.0, O.O! !END!

3099 X= 946.9, -253.9, 158.0, O.O! !END!

3100 X= 947.7, -253.8, 183.0, O.O! !END!

3101 X= 948.4, -253.7, 215.0, O.O! !END!

3102 X= 949.1, -253.6, 198.0, O.O! !END!

3103 X= 949.9, -253.6, 187.0, O.O! !END!

3104 X= 950.6, -253.5, 177.0, O.O! !END!

3105 X= 951.3, -253.4, 167.0, O.O! !END!

3106 X= 952.0, -253.3, 221.0, O.O! !END!

3107 X= 952.8, -253.2, 244.0, O.O! !END!

3108 X= 953.5, -253.1, 243.0, 0.0

! !END!
3109 X= 954.2, -253.0, 185.0, O.O! !END!

3110 X= 955.0, -253.0, 213.0, O.O! !END!

3111 X= 955.7, -252.9, 183.0, O.O! !END!

3112 X= 956.4, -252.8, 225.0, O.O! !END!

3113 X= 957.1, -252.7, 213.0, O.O! !END!

3114 X= 957.9, -252.6, 152.0, O.O! !END!

3115 X= 958.6, -252.5, 193.0, O.O! !END!

3116 X= 959.3, -252.4, 244.0, O.O! !END!

3117 X= 960.1, -252.3, 244.0, 0.0

! !END!

3118 X= 960.8, -252.2, 244.0, 0.0

! !END!

3119 X= 961.5, -252.2, 244.0, O.O! !END!

3120 X= 962.2, -252.1, 247.0, O.O! !END!

3121 X= 963.0, -252.0, 244.0, O.O! !END!

3122 X= 944.6, -253.3, 183.0, O.O! !END!

3123 X= 945.4, -253.2, 150.0, O.O! !END!

3124 X= 946.1, -253.1, 153.0, O.O! !END!

3125 X= 946.8, -253.0, 185.0, O.O! !END!

3126 . ! X= 947.6, -252.9, 213.0, O.O! !END!

3127 X= 948.3, -252.8, 152.0; 0.0

! !END!

3128 X= 949.0, -252.7, 152.0, O.O! !END!

3129 X= 949.7, -252.6, 152.0, O.O! !END!

3130 X= 950.5, -252.6, 152.0, O.O! !END!

3131 X= 951.2, -252.5, 213.0, O.O! !END!

3132 X= 951.9, -252.4, 213.0, O.O! !END!

3133 X= 952.7, -252.3, 214.0, O.O! !END!

3134 X= 953.4, -252.2, 244.0, O.O! !END!

3135 X= 954.1, -252.1, 230.0, O.O! !END!

3136 X= 954.8, -252.0, 232.0, O.O! !END!

3137 X= 955.6, -251.9, 213.0, O.O! !END!

3138 X= 956.3, -251.9, 223.0, O.O! !END!

3139 X= 957.0, -251.8, 156.0, O.O! !END!

3140 X= 957.8, -251.7, 191.0, O.O! !END!

3141 X= 958.5, -251.6, 223.0, 0.0

! !END!

3142 X= 959.2, -251.5, 226.0, O.O! !END!

3143 X= 960.0, -251.4, 228.0, O.O! !END!

3144 X= 960.7, -251.3, 224.0, O.O! !END!

3145 X= 961.4, -251.2, 214.0, O.O! !END!

3146 X= 962.1, -251.2, 239.0, O.O! !END!

3147 X= 962.9, -251.1, 244.0, O.O! !END!

3148 X= 963.6, -251.0, 181.0, O.O! !END!

3149 X= 964.3, -250.9, 190.0, O.O! !END!

3150 X= 943.8, -252.4, 168.0, O.O! !END!

3151 X= 944.5, -252.3, 177.0, O.O! !END!

3152 X= 945.3, -252.3, 140.0, O.O! !END!

3153 X= 946.0, -252.2, 189.0, O.O! !END!

3154 X= 946.7, -252.1, 152.0, O.O! !END!

3155 X= 947.4, -252.0, 152.0, O.O! !END!

3156 X= 948.2, -251.9, 187.0, O.O! !END!

3157 X= 948.9, -251.8, 186.0, O.O! !END!

3158 X= 949.6, -251.7, 177.0, O.O! !END!

3159 X= 950.4, -251.6, 183.0, O.O! !END!

3160 X= 951.1, -251.6, 170.0, O.O! !END!

3161 X= 951.8, -251.5, 152.0, O.O! !END!

3162 X= 952.6, -251.4, 197.0, O.O! !END!

3163 X= 953.3, -251.3, 183.0, O.O! !END!

3164 X= 954.0, -251.2, 213.0, O.O! !END!

3165 X= 954.7, -251.1, 213.0, 0.0

! !END!

3166 X= 955.5, -251.0, 237.0, O.O! !END!

3167 X= 956.2, -250.9, 201.0, O.O! !END!

3168 X= 956.9, -250.9, 178.0, O.O! !END!

3169 X= 957.7, -250.8, 179.0, 0.0

! !END!

3170 X= 958.4, -250.7, 215.0, O.O! !END!

3171 X= 959.1, -250.6, 219.0, O.O! !END!

3172 X= 959.8, -250.5, 215.0, O.O! !END!

3173 X= 960.6, --250.4, 187.0, 0.0

! !END!

3174 X= 961.3, -250.3, 181.0, 0.0

! !END!

3175 X= 962.0, -250.2, 189.0, O.O! !END!

3176 X= 962.8, -250.2, 208.0, O.O! !END!

3177 X= 963.5, -250.1, 223.0, 0.0

! !END!

3178 X= 964.2, -250.0, 244.0, O.O! !END!

3179 X= 945.2, -251.3, 148.0, 0.0

! !END!

3180 X= 945.9, -251.3, 167.0, O.O! !END!

3181 X= 946.6, -251.2, 184.0, 0.0

! !END!

3182 X= 947.3, -251.1, 242.0, O.O! !END!

3183 X= 948.1, -251.0, 239.0, O.O! !END!

3184 X= 948.8, -250.9, 243.0, 0.0

! !END!
3185 X= 949.5, -250.8, 244.0, O.O! !END!

3186 X= 950.3, -250.7, 153.0, O.O! !END!

3187 X= 951.0, -250.6, 213.0, O.O! !END!

3188 X= 951.7, -250.6, 231.0, O.O! !END!

3189 X= 952.4, -250.5, 212.0, O.O! !END!

3190 X= 953.2, -250.4, 187.0, O.O! !END!

3191 X= 953.9, -250.3, 216.0, 0.0

! !END!

3192 X= 954.6, -250.2, 244.0, O.O! !END!

3193 X= 955.4, -250.1, 218.0, O.O! !END!

3194 X= 956.1, -250.0, 219.0, O.O! !END!

3195 X= 956.8, -249.9, 215.0, 0.0

! !END!

3196 X= 957.5, -249.9, 152.0, O.O! !END!

3197 X= 958.3, -249.8, 153.0, O.O! !END!

3198 X= 959.0, -249.7, 152.0, O.O! !END!

3199 X= 959.7, -249.6, 152.0, O.O! !END!

3200 X= 960.5, -249.5, 164.0, O.O! !END!

3201 X= 961.2, -249.4, 152.0, 0.0

! !END!

3202 X= 961.9, -249.3, 213.0, O.O! !END!

3203 X= 962.6, -249.2, 155.0, O.O! !END!

3204 X= 963.4, -249.2, 194.0, O.O! !END!

3205 X= 964.1, -249.1, 244.0, O.O! !END!

3206 X= 945.0, -250.4, 188.0, 0.0

! !END!

3207 X= 945.8, -250.3, 152.0, O.O! !END!

3208 X= 946.5, -250.2, 166.0, O.O! !END!

3209 X= 947.2, -250.2, 183.0, O.O! !END!

3210 X= 948.0, -250.1, 215.0, O.O! !END!

3211 X= 948.7, -250.0, 182.0, O.O! !END!

3212 X= 949.4, -249.9, 244.0, O.O! !END!

3213 X= 950.1, -249.8, 213.0, O.O! !END!

3214 X= 950.9, -249.7, 186.0, O.O! !END!

3215 X= 951.6, -249.6, 194.0, O.O! !END!

3216 X= 952.3, -249.6, 213.0, O.O! !END!

3217 X= 953.1, -249.5, 226.0, O.O! !END!

3218 X= 953.8, -249.4, 183.0, O.O! !END!

3219 X= 954.5, -249.3, 239.0, O.O! !END!

3220 X= 955.2, -249.2, 245.0, O.O! !END!

3221 X= 956.0, -249.1, 218.0, 0.0

! !END!

3222 X= 956.7, -249.0, 185.0, O.O! !END!

3223 X= 957.4, -248.9, 152.0, O.O! !END!

3224 X= 958.2, -248.9, 187.0, 0.0

! !END!

3225 X= 958.9, -248.8, 213.0, O.O! !END!

3226 X= 959.6, -248.7, 196.0, O.O! !END!

3227 X= 960.3, -248.6, 182.0, O.O! !END!

3228 X= 961.1, -248.5, 196.0, O.O! !END!

3229 X= 961.8, -248.4, 244.0, O.O! !END!

3230 X= 962.5, -248.3, 193.0, O.O! !END!

3231 X= 963.3, -248.2, 162.0, O.O! !END!

3232 X= 944.2, -249.6, 154.0, O.O! !END!

3233 X= 944.9, -249.5, 152.0, 0.0 !END!

3234 X= 945.7, -249.4, 152.0, 0.0 !END!

3235 X= 946.4, -249.3, 152.0, 0.0 !END!

3236 X= 947.1, -249.2, 243.0, 0.0 !END!

3237 X= 947.9, -249.2, 244.0, 0.0 !END!

3238 X= 948.6, -249.1, 245.0, 0.0 !END!

3239 X= 949.3, -249.0, 184.0, 0.0 !END!

3240 X= 950.0, -248.9, 247.0, 0.0 !END!

3241 X= 950.8, -248.8, 221.0, O.O! !END!

3242 X= 951.5, -248.7, 198.0, O.O! !END!

3243 X= 952.2, -248.6, 244.0, 0.0

! !END!

3244 X= 953.0, -248.5, 240.0, 0.0

! !END!

3245 X= 953.7, -248.5, 221.0, O.O! !END!

3246 X= 955.9, -248.2, 230.0, O.O! !END!

3247 X= 956.6, -248.1, 213.0, O.O! !END!

3248 X= 960.2, -247.7, 229.0, O.O! !END!

3249 X= 961.0, -247.6, 251.0, O.O! !END!

3250 X= 961.7, -247.5, 244.0, O.O! !END!

3251 X= 962.4, -247.4, 217.0, O.O! !END!

3252 X= 963.2, -247.3, 152.0, O.O! !END!

3253 X= 944.1, -248.7, 152.0, O.O! !END!

3254 X= 944.8, -248.6, 165.0, O.O! !END!

3255 X= 945.6, -248.5, 224.0, O.O! !END!

3256 X= 946.3, -248.4, 215.0, O.O! !END!

3257 X= 949.9, -248.0, 244.0, O.O! !END!

3258 X= 950.7, -247.9, 238.0, O.O! !END!

3259 X= 951.4, -247.8, 212.0, O.O! !END!

3260 X= 952.8, -247.6, 242.0, O.O! !END!
3261 X= 960.9, -246.7, 246.0, O.O! !END!

3262 X= 961.6, -246.6, 213.0, O.O! !END!

3263 X= 962.3, -246.5, 242.0, O.O! !END!

3264 X= 963.0, -246.4, 213.0, O.O! !END!

3265 X= 963.8, -246.3, 146.0, O.O! !END!

3266 X= 944.7, -247.7, 152.0, O.O! !END!

3267 X= 945.4, -247.6, 195.0, O.O! !END!

3268 X= 946.2, -247.5, 244.0, O.O! !END!

3269 X= 951.3, -246.9, 244.0, O.O! !END!

3270 X= 952.7, -246.7, 244.0, O.O! !END!

3271 X= 961.5, -245.7, 240.0, O.O! !END!

3272 X= 962.2, -245.6, 244.0, O.O! !END!

3273 X= 962.9, -245.5, 243.0, O.O! !END!

3274 X= 963.7, -245.4, 142.0, O.O! !END!

3275 X= 944.6, -246.8, 180.0, O.O! !END!

3276 X= 945.3, -246.7, 180.0, O.O! !END!

3277 X= 946.1, -246.6, 171.0, O.O! !END!

3278 X= 962.1, -244.7, 217.0, O.O! !END!

3279 X= 962.8, -244.6, 183.0, O.O! !END!

3280 X= 963.5, -244.5, 194.0, O.O! !END!

3281 X= 596.7, -315.6, 106.0, O.O! !END!

3282 X= 598.2, -315.5, 102.0, O.O! !END!

3283 X= 597.4, -314.6, 105.0, O.O! !END!

3284 X= 598.1, -314.5, 102.0, O.O! !END!

3285 X= 598.8, -314.5, 102.0, O.O! !END!

3286 X= 597.3, -313.7, 114.0, O.O! !END!

3287 X= 598.0, -313.6, 104.0, O.O! !END!

3288 X= 598.8, -313.6, 102.0, O.O! !END!

3289 X= 599.5, -313.5, 102.0, O.O! !END!

3290 X= 600.2, -313.5, 102.0, O.O! !END!

3291 X= 601.0, -313.4, 103.0, O.O! !END!

3292 X= 598.0, -312.7, 108.0, O.O! !END!

3293 X= 598.7, -312.6, 105.0, O.O! !END!

3294 X= 599.4, -312.6, 102.0, O.O! !END!

3295 X= 600.2, -312.5, 102.0, O.O! !END!

3296 X= 600.9, -312.5, 102.0, O.O! !END!

3297 X= 601.6, -312.4, 102.0, O.O! !END!

3298 X= 602.4, -312.4, 102.0, O.O! !END!

3299 X= 603.1, -312.3, 102.0, O.O! !END!

3300 X= 598.6, -311.7, 121.0, O.O! !END!

3301 X= 599.4, -311.7, 104.0, O.O! !END!

3302 X= 600.1, -311.6, 102.0, O.O! !END!

3303 X= 600.8, -311.6, 102.0, O.O! !END!

3304 X= 601.6, -311.5, 102.0, O.O! !END!

3305 X= 602.3, -311.5, 102.0, O.O! !END!

3306 X= 603.0, -311.4, 102.0, O.O! !END!

3307 X= 599.3, -310.8, 121.0, O.O! !END!

3308 X= 600.0, -310.7, 105.0, O.O! !END!

3309 X= 600.8, -310.6, 102.0, O.O! !END!

3310 X= 601.5, -310.6, 102.0, O.O! !END!

3311 X= 602.2, -310.5, 102.0, O.O! !END!

3312 X= 603.0, -310.5, 101.0, O.O! !END!

3313 X= 600.0, -309.8, 117.0, O.O! !END!

3314 X= 600.7, -309.7, 101.0, O.O! !END!

3315 X= 601.4, -309.7, 101.0, O.O! !END!

3316 X= 602.2, -309.6, 102.0, O.O! !END!

3317 X= 602.9, -309.6, 101.0, O.O! !END!

3318 X= 600.6, -308.8, 106.0, O.O! !END!

3319 X= 601.4, -308.7, 102.0, O.O! !END!

3320 X= 602.1, -308.7, 102.0, O.O! !END!

3321 X= 602.8, -308.6, 102.0, O.O! !END!

3322 X= 601.3, -307.8, 103.0, O.O! !END!

3323 X= 602.0, -307.8, 102.0, O.O! !END!

3324 X= 602.8, -307.7, 102.0, O.O! !END!

3325 X= 602.0, -306.9, 103.0, O.O! !END!

3326 X= 602.7, -306.8, 102.0, O.O! !END!

3327 X= 602.6, -305.9, 103.0, O.O! !END!

3328 X= 1479.2, 23.8, 1127.0, O.O! !END!

3329 X= 1479.9, 23.9, 1088.0, O.O! !END!

3330 X= 1480.7, 24.0, 1006.0, O.O! !END!

3331 X= 1481.4, 24.2, 973.0, O.O! !END!

3332 X= 1482.1, 24.3, 945.0, O.O! !END!

3333 X= 1482.8, 24.5, 1043.0, O.O! !END!

3334 X= 1479.1, 24.7, 1139.0, O.O! !END!

3335 X= 1479.8, 24.8, 1090.0, O. O! !END!

3336 X= 1480.5, 25.0, 1071.0, O.O! !END!
3337 X= 1481.2, 25.1, 974.0, 0.0

! !END!

3338 X= 1481.9, 25.2, 1017.0, 0.0

! !END!

3339 X= 1482.6, 25.4, 1072.0, O.O! !END!

3340 X= 1483.3, 25.5, 1095.0, O.O! !END!

3341 X= 1481.0, 26.0, 1068.0, O.O! !END!

3342 X= 1481.7, 26.1, 938.0, O.O! !END!

3343 X= 1482.4, 26.3, 914.0, 0.0

! !END!

3344 X= 1483.1, 26.4, 1016.0, O.O! !END!

3345 X= 1483.8, 26.5, 1079.0, O.O! !END!

3346 X= 1480.1, 26.8, 1006.0, 0.0

! !END!

3347 X= 1480.8, 26.9, 975.0, O.O! !END!

3348 X= 1481.5, 27'.0, 1034.0, O.O! !END!

3349 X= 1482.2, 27.2, 960.0, O.O! !END!

3350 X= 1482.9, 27.3, 929.0, O.O! !END!

3351 X= 1483.6, 27.4, 1091.0, O.O! !END!

3352 X= 1484.3, 27.6, 1084.0, O.O! !END!

3353 X= 1479.2, 27.5, 1120.0, O.O! !END!

3354 X= 1480.0, 27.7, 1065.0, O.O! !END!

3355 X= 1480.7, 27.8, 1058.0, O.O! !END!

3356 X= 1481.4, 27.9, 1036.0, O.O! !END!

3357 X= 1482.1, 28.1, 1006.0, O.O! !END!

3358 X= 1482.8, 28.2, 916.0, O.O! !END!

3359 X= 1483.5, 28.3, 895.0, O.O! !END!

3360 X= 1484.2, 28.5, 951.0, O.O! !END!

3361 X= 1479.1, 28.4, 1148.0, O.O! !END!

3362 X= 1479.8, 28.6, 1100.0, O.O! !END!

3363 X= 1480.5, 28.7, 1056.0, O.O! !END!

3364 X= 1481.2, 28.8, 1017.0, O.O! !END!

3365 X= 1481.9, 29.0, 939.0, 0.0! !END!

3366 X= 1482.6, 29.1, 912.0, 0.0

! !END!

3367 X= 1483.3, 29.3, 853.0, O.O! !END!

3368 X= 1484.0, 29.4, 937.0, O.O! !END!

3369 X= 1484.7, 29.5, 1039.0, O.O! !END!

3370 X= 1478.9, 29.3, 1126.0, O.O! !END!

3371 X= 1479.6, 29.5, 1092.0, O.O! !END!

3372 X= 1480.3, 29.6, 1068.0, O.O! !END!

3373 X= 1481.0, 29.7, 1038.0, O.O! !END!

3374 X= 1481.7, 29.9, 986.0, O.O! !END!

3375 X= 1482.4, 30.0, 931.0, O.O! !END!

3376 X= 1483.1, 30.2, 829.0, O.O! !END!

3377 X= 1483.8, 30.3, 954.0, O.O! !END!

3378 X= 1484.5, 30.4, 1065.0, O.O! !END!

3379 X= 1485.2, 30.6, 1096.0, O.O! !END!

3380 X= 1479.4, 30.4, 1064.0, O.O! !END!

3381 X= 1480.1, 30.5, 1034.0, O.O! !END!

3382 X= 1480.8, 30.7, 979.0, O.O! !END!

3383 X= 1481.5, 30.8, 942.0, O.O! !END!

3384 X= 1482.2, 30.9, 870.0, O.O! !END!

3385 X= 1482.9, 31.1, 830.0, O.O! !END!

3386 X= 1483.6, 31.2, 941.0, O.O! !END!

3387 X= 1484.4, 31.3, 1038.0, O.O! !END!

3388 X= 1485.1, 31.5, 1104.0, O.O! !END!

3389 X= 1485.8, 31.6, 1132.0, O.O! !END!

3390 X= 1478.6, 31.2, 986.0, O.O! !END!

3391 X= 1479.3, 31.3, 1032.0, O.O! !END!

3392 X= 1480.0, 31.4, 1006.0, O.O! !END!

3393 X= 1480.7, 31.6, 1022.0, O.O! !END!

3394 X= 1481.4, 31.7, 1003.0, O.O! !END!

3395 X= 1482.1, 31.8, 941.0, O.O! !END!

3396 X= 1482.8, 32.0, 830.0, O.O! !END!

3397 X= 1483.5, 32.1, 1012.0, 0.0! !END!

3398 X= 1484.2, 32.2, 1036.0, O.O! !END!

3399 X= 1484.9, 32.4, 1073.0, O.O! !END!

3400 X= 1485.6, 32.5, 1098.0, O.O! !END!

3401 X= 1486.3, 32.6, 1095.0, O.O! lEND!

3402 X= 1479.1, 32.2, 1064.0, O.O! END!

3403 X= 1479.8, 32.3, 1067.0, O.O! END!

3404 X= 1480.5, 32.5, 1050.0, O.O! END!

3405 X= 1481.2, 32.6, 929.0, O.O! END!

3406 X= 1481.9, 32.7, 781.0, O.O! END!

3407 X= 1482.6, 32.9, 934.0, O.O! END!

3408 X= 1483.3, 33.0, 1027.0, O.O! END!

3409 X= 1484.0, 33.1, 1056.0, 0.0! END!

3410 X= 1484.7, 33.3, 1097.0, 0.0! END!

3411 X= 1485.4, 33.4, 1087.0, 0.0! END!

3412 X= 1486.1, 33.6, 878.0, O.O! !END!
3413 X= 1478.9, 33.1, 1041.0, 0. o! !END!

3414 X= 1479.6, 33.2, 1040.0, O. o! !END!

3415 X= 1480.3, 33.4, 946.0, O.O! !END!

3416 X= 1481.0, 33.5, 818.0, O.O! !END!

3417 X= 1481.7, 33.6, 737.0, O.O! !END!

3418 X= 1482.4, 33.8, 997.0, 0. O! !END!

3419 X= 1483.1, 33.9, 1044.0, O.O! !END!

3420 X= 1483.8, 34.0, 1037.0, O.O! !END!

3421 X= 1484.5, 34.2, 1034.0, O.O! !END!

3422 X= 1485.2, 34.3, 1065.0, O.O! !END!

3423 X= 1485.9, 34.5, 816.0, O.O! !END!

3424 X= 1486.6, 34.6, 695.0, O.O! !END!

3425 X= 1479.4, 34.1, 1068.0, O.O! !END!

3426 X= 1480.1, 34.3, 1039.0, O.O! !END!

3427 X= 1480.8, 34.4, 803.0, O.O! !END!

3428 X= 1481.5, 34.5, 835.0, O.O! !END!

3429 X= 1482.2, 34.7, 1033.0, O.O! !END!

3430 X= 1482.9, 34.8, 1048.0, O.O! !END!

3431 X= 1483.6, 35.0, 949.0, 0. O! !END!

3432 X= 1484.4, 35.1, 860.0, O.O! !END!

3433 X= 1485.1, 35.2, 1006.0, O.O! !END!

3434 X= 1485.8, 35.4, 725.0, O.O! !END!

3435 X= 1479.3, 35.0, 933.0, O.O! !END!

3436 X= 1480.0, 35.2, 921.0, O.O! !END!

3437 X= 1480.7, 35.3, 774.0, O.O! !END!

3438 X= 1481.4, 35.4, 775.0, O.O! !END!

3439 X= 1482.1, 35.6, 862.0, O.O! !END!

3440 X= 1482.8, 35.7, 832.0, O.O! !END!

3441 X= 1483.5, 35.9, 789.0, O.O! !END!

3442 X= 1479.8, 36.1, 763.0, O.O! !END!

3443 X= 1480.5, 36.2, 757.0, O.O! !END!

3444 X= 1481.2, 36.4, 816.0, O.O! !END!

3445 X= 1481.9, 36.5, 807.0, O.O! !END!

3446 X= 1482.6, 36.6, 688.0, O.O! !END!

3447 X= 1481.0, 37.3, 1097.0, O.O! !END!

3448 X= 1481.7, 37.4, 990.0, O.O! !END!

3449 X= 1482.4, 37.5, 979.0, O.O! !END!

3450 X= 827.8, 740.9, 225.0, O.O! !END!

3451 X= 828.5, 740.9, 225.0, O.O! !END!

3452 X= 829.1, 741.0, 225.0, 0. O! !END!

3453 X= 829.7, 741.1, 226.0, O.O! !END!

3454 X= 830.4, 741.2, 226.0, O.O! !END!

3455 X= 831.0, 741.2, 226.0, O.O! !END!

3456 X= 831.7, 741.3, 226.0, O.O! !END!

3457 X= 832.3, 741.4, 226.0, O.O! !END!

3458 X= 832.9, 741.5, 226.0, O.O! !END!

3459 X= 833.6, 741.5, 225.0, O.O! !END!

3460 X= 834.2, 741.6, 224.0, O.O! !END!

3461 X= 834.9, 741.7, 223.0, O.O! !END!

3462 X= 835.5, 741.8, 223.0, O.O! !END!

3463 X= 836.1, 741.9, 222.0, O.O! !END!

3464 X= 836.8, 741.9, 221.0, O.O! !END!

3465 X= 837.4, 742.0, 220.0, O.O! !END!

3466 X= 838.0, 742.1, 220.0, O.O! !END!

3467 X= 827.7, 741.8, 227.0, O.O! !END!

3468 X= 828.4, 741.9, 226.0, O.O! !END!

3469 X= 829.0, 741.9, 227.0, O.O! !END!

3470 X= 829.6, 742.0, 227.0, O.O! !END!

3471 X= 830.3, 742.1, 227.0, O.O! 'END!

3472 X= 830.9, 742.2, 228.0, O.O! END!

3473 X= 831.6, 742.2, 228.0, O.O! END!

3474 X= 832.2, 742.3, 228.0, O.O! END!

3475 X= 832.8, 742.4, 227.0, O.O! END!

3476 X= 833.5, 742.5, 226.0, O.O! END!

3477 X= 834.1, 742.5, 224.0, O.O! END!

3478 X= 834.7, 742.6, 223.0, O.O! END!

3479 X= 835.4, 742.7, 223.0, O.O! END!

3480 X= 836.0, 742.8, 221.0, O.O! END!

3481 X= 836.7, 742.8, 221.0, O.O! END!

3482 X= 827.0, 742.6, 227.0, 0. O! END!

3483 X= 827.6, 742.7, 229.0, O.O! END!

3484 X= 828.3, 742.8, 229.0, O.O! END!

3485 X= 828.9, 742.9, 228.0, O.O! END!

3486 X= 829.5, 742.9, 228.0, 0. O! END!

3487 X= 830.2, 743.0, 229.0, O.O! END!

3488 X= 830.8, 743.1, 229.0, O.O! END!
3489 X= 831.4, 743.2, 229.0, O.O! !END!

3490 X= 832.1, 743.2, 228.0, O.O! !END!

3491 X= 832.7, 743.3, 229.0, O.O! !END!

3492 X= 833.4, 743.4, 228.0, O.O! !END!

3493 X= 834.0, 743.5, 225.0, 0.0

! !END!

3494 X= 834.6, 743.5, 226.0, O.O! !END!

3495 X= 835.3, 743.6, 226.0, O.O! !END!

3496 X= 835.9, 743.7, 226.0, O.O! !END!

3497 X= 826.9, 743.5, 229.0, O.O! !END!

3498 X= 827.5, 743.6, 231.0, O.O! !END!

3499 X= 828.1, 743.7, 231.0, O.O! !END!

3500 X= 828.8, 743.8, 231.0, O.O! !END!

3501 X= 829.4, 743.9, 231.0, O.O! !END!

3502 X= 830.1, 743.9, 230.0, 0.0

! !END!

3503 X= 830.7, 744.0, 230.0, 0.0

! !END!

3504 X= 831.3, 744.1, 230.0, O.O! !END!

3505 X= 832.0, 744.2, 229.0, O.O! !END!

3506 X= 832.6, 744.2, 229.0, O.O! !END!

3507 X= 833.2, 744.3, 229.0, O.O! !END!

3508 X= 833.9, 744.4, 227.0, O.O! !END!

3509 X= 834.5, 744.5, 229.0, 0.0

! !END!

3510 X= 835.2, 744.5, 229.0, O.O! !END!

3511 X= 835.8, 744.6, 229.0, O.O! !END!

3512 X= 826.1, 744.4, 229.0, 0.0

! !END!

3513 X= 826.8, 744.5, 236.0, O.O! !END!

3514 X= 827.4, 744.5, 235.0, O.O! !END!

3515 X= 828.0, 744.6, 234.0, 0.0

! !END!

3516 X= 828.7, 744.7, 234.0, O.O! !END!

3517 X= 829.3, 744.8, 233.0, O.O! !END!

3518 X= 829.9, 744.9, 232.0, O.O! !END!

3519 X= 830.6, 744.9, 232.0, O.O! !END!

3520 X= 831.2, 745.0, 232.0, O.O! !END!

3521 X= 831.9, 745.1, 231.0, O.O! !END!

3522 X= 832.5, 745.2, 230.0, O.O! !END!

3523 X= 833.1, 745.2, 229.0, O.O! !END!

3524 X= 833.8, 745.3, 229.0, O.O! !END!

3525 X= 834.4, 745.4, 229.0, O.O! !END!

3526 X= 835.0, 745.5, 229.0, O.O! !END!

3527 X= 835.7, 745.5, 229.0, O.O! !END!'

3528 X= 826.0, 745.3, 229.0, O.O! !END!

3529 X= 826.6, 745.4, 236.0, O.O! !END!

3530 X= 827.3, 745.5, 237.0, O.O! !END!

3531 X= 827.9, 745.5, 237.0, O.O! !END!

3532 X= 828.6, 745.6, 236.0, O.O! !END!

3533 X= 829.2, 745.7, 236.0, O.O! !END!

3534 X= 829.8, 745.8, 234.0, O.O! !END!

3535 X= 830.5, 745.9, 234.0, O.O! !END!

3536 X= 831.1, 745.9, 235.0, O.O! !END!

3537 X= 831.7, 746.0, 234.0, O.O! !END!

3538 X= 832.4, 746.1, 232.0, O.O! !END!

3539 X= 833.0, 746.2, 231.0, O.O! !END!

3540 X= 833.7, 746.2, 230.0, O.O! !END!

3541 X= 834.3, 746.3, 230.0, O.O! END!

3542 X= 834.9, 746.4, 229.0, O.O! END!

3543 X= 825.9, 746.2, 238.0, O.O! END!

3544 X= 826.5, 746.3, 239.0, O.O! END!

3545 X= 827.2, 746.4, 239.0, O.O! END!

3546 X= 827.8, 746.5, 238.0, O.O! END!

3547 X= 828.5, 746.5, 238.0, O.O! END!

3548 X= 829.1, 746.6, 237.0, O.O! END!

3549 X= 829.7, 746.7, 236.0, O.O! END!

3550 X= 830.4, 746.8, 236.0, O.O! END!

3551 X= 831.0, 746.8, 236.0, O.O! END!

3552 X= 831.6, 746.9, 236.0, O.O! !END!

3553 X= 832.3, 747.0, 234.0, 0.0

! !END!

3554 X= 832.9, 747.1, 233.0, 0.0

! !END!

3555 X= 825.2, 747.1, 238.0, O.O! !END!

3556 X= 825.8, 747.2, 242.0, O.O! !END!

3557 X= 826.4, 747.2, 242.0, 0.0

! !END!

3558 X= 827.1, 747.3, 242.0, 0.0

! !END!

3559 X= 827.7, 747.4, 240.0, O.O! !END!

3560 X= 828.3, 747.5, 240.0, O.O! !END!

3561 X= 829.0, 747.5, 240.0, O.O! !END!

3562 X= 829.6, 747.6, 239.0, O.O! !END!

3563 X= 830.3, 747.7, 238.0, O.O! !END!

3564 X= 830.9, 747.8, 238.0, O.O! !END!
3565 X= 831.5, 747.8, 237.0, 0.0

! !END!

3566 X= 832.2, 747

. 9, 236.0, 0.0

! !END!

3567 X= 825.7, 748.1, 244.0, 0.0

! !END!

3568 X= 826.3, 748.2, 244.0, O.O! !END!

3569 X= 827.0, 748.2, 244.0, O.O! !END!

3570 X= 827

. 6, 748.3, 243.0, O.O! !END!

3571 X= 828.2, 748.4, 242.0, 0.0

! !END!

3572 X= 828.9, 748.5, 242.0, 0.0

! !END!

3573 X= 829.5, 748.5, 241.0, O.O! !END!

3574 X= 830.1, 748.6, 240.0, O.O! !END!

3575 X= 830.8, 748.7, 240.0, O.O! !END!

3576 X= 831.4, 748.8, 238.0, O.O! !END!

3577 X= 832.1, 748.8, 236.0, O.O! !END!

3578 X= 825.6, 749.0, 244.0, 0.0

! !END!

3579 X= 826.2, 749.1, 244.0, 0.0

! !END!

3580 X= 826.8, 749.2, 244.0, 0.0

! !END!

3581 X= 827.5, 749.2, 244.0, O.O! !END!

3582 X= 828.1, 749.3, 244.0, 0.0

! !END!

3583 X= 828.8, 749.4, 244.0, 0.0

! !END!

3584 X= 829.4, 749.5, 243.0, O.O! !END!

3585 X= 830.0, 749.5, 243.0, O.O! !END!

3586 X= 830.7, 749.6, 240.0, O.O! !END!

3587 X= 831.3, 749.7, 239.0, O.O! !END!

3588 X= 831.9, 749.8, 238.0, 0.0

! !END!

3589 X= 825.5, 749.9, 245.0, O.O! !END!

3590 X= 826.1, 750.0, 245.0, O.O! !END!

3591 X= 826.7, 750.1, 245.0, O.O! !END!

3592 X= 827.4, 750.2, 244.0, O.O! !END!

3593 X= 828.0, 750.2, 244.0, O.O! !END!

3594 X= 828.6, 750.3, 244.0, O.O! !END!

3595 X= 829.3, 750.4, 244.0, O.O! !END!

3596 X= 829.9, 750.5, 243.0, O.O! !END!

3597 X= 830.6, 750.5, 241.0, O.O! !END!

3598 X= 831.2, 750.6, 240.0, O.O! !END!

3599 X= 831.8, 750.7, 240.0, O.O! !END!

3600 X= 825.4, 750.9, 247.0, O.O! !END!

3601 X= 826.0, 750.9, 246.0, O.O! !END!

3602 X= 826.6, 751.0, 245.0, O.O! !END!

3603 X= 827.3, 751.1, 245.0, O.O! !END!

3604 X= 827.9, 751.2, 244.0, O.O! !END!

3605 X= 828.5, 751.2, 244.0, O.O! !END!

3606 X= 829.2, 751.3, 244.0, O.O! !END!

3607 X= 829.8, 751.4, 244.0, O.O! !END!

3608 X= 830.4, 751.5, 242.0, O.O! !END!

3609 X= 831.1, 751.5, 241.0, O.O! !END!

3610 X= 831.7, 751.6, 241.0, O.O! !END!

3611 X= 825.2, 751.8, 247.0, O.O! !END!

3612 X= 825.9, 751.9, 246.0, O.O! !END!

3613 X= 826.5, 751.9, 246.0, O.O! !END!

3614 X= 827.2, 752.0, 245.0, O.O! !END!

3615 X= 827.8, 752.1, 245.0, O.O! !END!

3616 X= 828.4, 752.2, 244.0, O.O! !END!

3617 X= 829.1, 752.2, 244.0, O.O! !END!

3618 X= 829.7, 752.3, 244.0, O.O! !END!

3619 X= 830.3, 752.4, 243.0, O.O! !END!

3620 X= 831.0, 752.5, 242.0, O.O! !END!

3621 X= 825.1, 752.7, 247.0, O.O! !END!

3622 X= 825.8, 752.8, 247.0, O.O! !END!

3623 X= 1570.5, -58.7, 700.0, O.O! !END!

3624 X=· 1571.6, -56.6, 626.0, O.O! !END!

3625 X= 1574.4, -56.0, 781.0, O.O! !END!

3626 X= 1573.7, -52.4, 515.0, O.O! !END!

3627 X= 1571.9, -50.9, 607.0, O.O! !END!

3628 X= 1573.3, -50.6, 557.0, O.O! !END!

3629 X= 1574.7, -50.3, 676.0, O.O! !END!

3630 X= 1576.2, -50.0, 541.0, O.O! !END!

3631 X= 1571.5, -49.1, 586.0, O.O! !END!

3632 X= 1573.0, -48.8, 767.0, O.O! !END!

3633 X= 1574.4, -48.5, 708.0, O.O! !END!

3634 X= 1575.8, -48.2, 430.0, O.O! !END!

3635 X= 1572.6, -47.0, 563.0, O.O! !END!

3636 X= 1574.0, -46.7, 830.0, 0.0

! !END!

3637 X= 1575.4, -46.4, 564.0, O.O! !END!

3638 X= 1576.9, -46.1, 434.0, 0.0

! !END!

3639 X= 1570.8, -45.5, 452.0, 0.0

! !END!

3640 X= 1572.2, -45.2, 582.0, O.O! !END!
3641 X= 1573.6, -44.9, 739.0, O.O! !END!

3642 X= 1575.1, -44.6, 821.0, O.O! !END!

3643 X= 1576.5, -44.3, 451.0, O.O! !END!

3644 X= 1571.9, -43.4, 761. 0, O.O! !END!

3645 X= 1573.3, -43.1, 733.0, O.O! !END!

3646 X= 1574.7, -42.8, 823.0, O.O! !END!

3647 X= 1576.1, -42.5, 602.0, O.O! !END!

3648 X= 1571.5, -41.6, 507.0, O.O! !END!

3649 X= 1572.9, -41.3, 474.0, O.O! !END!

3650 X= 1574.3, -41.0, 602.0, O.O! !END!

3651 X= 1575.7, -40.7, 734.0, O.O! !END!

3652 X= 1578.6, -40.1, 602.0, O.O! !END!

3653 X= 1572.5, -39.5, 623.0, O.O! !END!

3654 X= 1574.0, -39.2, 742.0, O.O! !END!

3655 X= 1575.4, -38.9, 749.0, O.O! !END!

3656 X= 1576.8, -38.6, 764.0, O.O! !END!

3657 X= 1579.6, -38.0, 534.0, O.O! !END!

3658 X= 1572.2, -37.7, 616.0, O.O! !END!

3659 X= 1573.6, -37.4, 704.0, O.O! !END!

3660 X= 1575.0, -37.1, 726.0, O.O! !END!

3661 X= 1576.4, -36.8, 792.0, O.O! !END!

3662 X= 1577.9, -36.5, 706.0, O.O! !END!

3663 X= 1579.3, -36.2, 481.0, O.O! !END!

3664 X= 1570.4, -36.1, 412.0, O.O! !END!

3665 X= 15

7 1.8, -35.9, 461.0, O.O! !END!

3666 X= 1573.2, -35.6, 742.0, O.O! !END!

3667 X= 1574.6, -35.3, 493.0, O.O! !END!

3668 X= 1576.1, -35.0, 556.0, O.O! !END!

3669 X= 1577.5, -34.7, 781.0, O.O! !END!

3670 X= 1578.9, -34.4, 823.0, 0.0! !END!

3671 X= 1580.3, -34.1, 854.0, O.O! !END!

3672 X= 1581.7, -33.8, 818.0, O.O! !END!

3673 X= 1583.2, -33.5, 631.0, 0.0! !END!

3674 X= 1572.9, -33.8, 539.0, O.O! !END!

3675 X= 1574.3, -33.5, 649.0, O.O! !END!

3676 X= 1575.7, -33.2, 737.0, O.O! !END!

3677 X= 1577.1, -32.9, 612.0, O.O! !END!

3678 X= 1578.5, -32.6, 582.0, O.O! !END!

3679 X= 1580.0, -32.3, 650.0, O.O! !END!

3680 X= 1581.4, -32.0, 829.0, O.O! !END!

3681 X= 1582.8, -31.7, 825.0, O.O! !END!

3682 X= 1584.2, -31.4, 482.0, O.O! !END!

3683 X= 1573.9, -31.7, 609.0, O.O! !END!

3684 X= 1575.3, -31.4, 585.0, O.O! !END!

3685 X= 1576.7, -31.1, 757.0, O.O! !END!

3686 X= 1578.2, -30.8, 458.0, O.O! !END!

3687 X= 1579.6, -30.5, 582.0, O.O! !END!

3688 X= 1581.0, -30.2, 825.0, O.O! !END!

3689 X= 1582.4, -29.9, 691.0, 0.0

1 !END!

3690 X= 1583.8, -29.6, 427.0, 0.0 !END!

3691 X= 1575.0, -29.6, 472.0, 0.0 !END!

3692 X= 1576.4, -29.3, 721.0, 0.0 !END!

3693 X= 1577.8, -29.0, 459.0, 0.0 !END!

3694 X= 1579.2, -28.7, 824.0, 0.0 !END!

3695 X= 1580.6, -28.4, 728.0, 0.0 !END!

3696 X= 1582.0, -28.1, 764.0, 0.0 !END!

3697 X= 1583.5, -27.8, 769.0, 0.0 !END!

3698 X= 1584.9, -27.5, 859.0, O.O! !END!

3699 X= 1577.4, -27.2, 457.0, O.O! !END!

3700 X= 1578.8, -26.9, 575.0, O.O! !END!

3701 X= 1580.3, -26.6, 548.0, O.O! !END!

3702 X= 1581.7, -26.3, 661.0, O.O! !END!

3703 X= 1583.1, -26.0, 547.0, O.O! !END!

3704 X= 1584.5, -25.7, 821.0, O.O! !END!

3705 X= 1585.9, -25.5, 691.0, O.O! !END!

3706 X= 1579.9, -24.8, 538.0, O.O! !END!

3707 X= 1581.3, -24.5, 649.0, O.O! !END!

3708 X= 1585.6, -23.6, 579.0, 0. O! !END!

3709 X= 1587.0, -23.4, 821.0, O.O! !END!

3710 X= 1588.4, -23.1, 913.0, O.O! !END!

3711 X= 1589.8, -22.8, 890.0, O.O! !END!

3712 X= 1579.5, -23.0, 430.0, O.O! !END!

3713 X= 1580.9, -22.7, 516.0, O.O! !END!

3714 X= 1582.4, -22.4, 458.0, O.O! !END!

3715 X= 1588.0, -21.3, 671.0, O.O! !END!

3716 X= 1589.4, -21.0, 750.0, O.O! !END!
3717 X= 1590.8, -20.7, 541.0, O.O! !END!

3718 X= 1592.3, -20.4, 429.0, O.O! !END!

3719 X= 1582.0, -20.6, 457.0, O.O! !END!

3720 X= 1583.4, -20.3, 488.0, O.O! !END!

3721 X= 1584.8, -20.0, 412.0, O.O! !END!

3722 X= 1586.2, -19.7, 465.0, O.O! !END!

3723 X= 1587.6, -19.5, 624.0, 0. O! !END!

3724 X= 1589.1, -19.2, 763.0, O.O! !END!

3725 X= 1590.5, -18.9, 849.0, O.O! !END!

3726 X= 1591.9, -18.6, 820.0, O.O! !END!

3727 X= 1593.3, -18.3, 893.0, O.O! !END!

3728 X= 1583.0, -18.5, 456.0, O.O! !END!

3729 X= 1588.7, -17.4, 544.0, O.O! !END!

3730 X= 1590.1, -17.1, 827.0, O.O! !END!

3731 X= 1591.5, -16.8, 796.0, O.O! !END!

3732 X= 1592.9, -16.5, 579.0, O.O! !END!

3733 X= 1589.7, -15.3, 710.0, O.O! !END!

3734 X= 1591.1, -15.0, 983.0, O.O! !END!

3735 X= 1592.6, -14.7, 943.0, O.O! !END!

3736 X= 1594.0, -14.4, 790.0, 0. O! !END!

3737 X= 1595.4, -14.1, 700.0, O.O! !END!

3738 X= 1587.9, -13.7, 455.0, O.O! !END!

3739 X= 1590.8, -13.2, 631.0, O.O! !END!

3740 X= 1592.2, -12.9, 979.0, O.O! !END!

3741 X= 1593.6, -12.6, 716.0, O.O! !END!

3742 X= 1595.0, -12.3, 709.0, O.O! !END!

3743 X= 1596.4, -12.0, 452.0, O.O! !END!

3744 X= 1589.0, -11.6, 519.0, O.O! !END!

3745 X= 1591.8, -11.1, 717.0, O.O! !END!

3746 X= 1593.2, -10.8, 950.0, O.O! !END!

3747 X= 1591.4, -9.3, 653.0, O.O! !END!

3748 X= 1592.9, -9.0, 908.0, O.O! !END!

3749 X= 1594.3, -8.7, 977.0, O.O! !END!

3750 X= 1595.7, -8.4, 792.0, O.O! !END!

3751 X= 1601.3, -7.2, 398.0, O.O! !END!

3752 X= 1602.8, -6.9, 395.0, O.O! !END!

3753 X= 1591.1, -7.5, 486.0, O.O! !END!

3754 X= 1592.5, -7.2, 618.0, O.O! !END!

3755 X= 1593.9, -6.9, 934.0, O.O! !END!

3756 X= 1595.3, -6.6, 700.0, O.O! !END!

3757 X= 1598.1, -6.0, 800.0, O.O! !END!

3758 X= 1601.0, -5.4, 579.0, 0.0 !END!

3759 X= 1602.4, -5.1, 475.0, 0.0 !END!

3760 X= 1586.5, -6.5, 768.0, 0.0 !END!

3761 X= 1592.1, -5.4, 579.0, 0.0 !END!

3762 X= 1593.5, -5.1, 869.0, 0.0 !END!

3763 X= 1594.9, -4.8, 1059.0, 0.0 !END!

3764 X= 1596.3, -4.5, 871.0, 0.0 !END!

3765 X= 1586.1, -4.7, 627.0, 0.0 !END!

3766 X= 1587.5, -4.4, 695.0, O.O! !END!

3767 X= 1588.9, -4.1, 600.0, O.O! !END!

3768 X= 1590.3, -3.8, 601.0, O.O! !END!

3769 X= 1591.7, -3.6, 831.0, O.O! !END!

3770 X= 1593.2, -3.3, 844.0, O.O! !END!

3771 X= 1594.6, -3.0, 1033.0, O.O! !END!

3772 X= 1596.0, -2.7, 915.0, O.O! !END!

3773 X= 1597.4, -2.4, 775.0, O.O! !END!

3774 X= 1584.3, -3.2, 507.0, O.O! !END!

3775 X= 1585.7, -2.9, 611.0, O.O! !END!

3776 X= 1594.2, -1.2, 1018.0, O.O! !END!

3777 X= 1595.6, -0.9, 1066.0, O.O! !END!

3778 X= 1597.0, -0.6, 1017.0, O.O! !END!

3779 X= 1598.4, -0.3, 614.0, O.O! !END!

3780 X= 1599.8, 0.0, 407.0, O.O! !END!

3781 X= 1604.1, 0.9, 317.0, O.O! !END!

3782 X= 1593.8, 0.6, 1025.0, O.O! !END!

3783 X= 1595.2, 0.9, 1031.0, O.O! !END!

3784 X= 1596.6, 1.2, 767.0, O.O! !END!

3785 X= 1598.1, 1.5, 833.0, O.O! !END!

3786 X= 1599.5, 1.8, 833.0, O.O! !END!

3787 X= 1600.9, 2.1, 500.0, O.O! !END!

3788 X= 1603.7, 2.7, 628.0, O.O! !END!

3789 X= 1605.1, 3.0, 569.0, O.O! !END!

3790 X= 1594.9, 2.7, 579.0, O.O! !END!

3791 X= 1596.3, 3.0, 975.0, O.O! !END!

3792 X= 1597.7, 3.3, 1123.0, O.O! !END!
3793 X= 1599.1, 3.6, 858.0, O.O! END!

3794 X= 1600.5, 3.9, 628.0, O.O! END!

3795 X= 1603.3, 4.5, 750.0, O.O! END!

3796 X= 1604.7, 4.8, 777.0, O.O! END!

3797 X= 1606.1, 5.1, 446.0, O.O! END!

3798 X= 1595.9, 4.8, 893.0, O.O! END!

3799 X= 1597.3, 5.1, 813.0, O.O! END!

3800 X= 1598.7, 5.4, 1036.0, O.O! END!

3801 X= 1600.1, 5.7, 770.0, O.O! END!

3802 X= 1601.5, 6.0, 735.0, O.O! !END!

3803 X= 1602.9, 6.3, 567.0, O.O! !END!

3804 X= 1604.4, 6.6, 514.0, O.O! !END!

3805 X= 1605.8, 6.9, 466.0, O.O! !END!

3806 X= 1596.9, 6.9, 720.0, O.O! !END!

3807 X= 1598.3, 7.2, 1005.0, O.O! !END!

3808 X= 1599.7, 7.5, 975.0, O.O! !END!-

3809 X= 1601.2, 7.8, 854.0, O.O! !END!

3810 X= 1602.6, 8.1, 732.0, O.O! !END!

3811 X= 1604.0, 8.4, 463.0, O.O! !END!

3812 X= 1605.4, 8.7, 355.0, O.O! !END!

3813 X= 1596.6, 8.7, 888.0, O.O! !END!

3814 X= 1598.0, 9.0, 1085.0, O.O! !END!

3815 X= 1599.4, 9.3, 1043.0, O.O! !END!

3816 X= 1600.8, 9.6, 749.0, O.O! !END!

3817 X= 1602.2, 9.9, 572.0, O.O! !END!

3818 X= 1603.6, 10.2, 458.0, O.O! !END!

3819 X= 1605.0, 10.5, 640.0, O.O! !END!

3820 X= 1606.4, 10.8, 450.0, O.O! !END!

3821 X= 1596.2, 10.5, 468.0, O.O! !END!

3822 X= 1597.6, 10.8, 600.0, 0.0' !END!

3823 X= 1599.0, 11.1, 942.0, 0.0 !END!

3824 X= 1600.4, 11.4, 830.0, 0.0 !END!

3825 X= 1601.8, 11.7, 915.0, 0.0 !END!

3826 X= 1603.2, 12.0, 730.0, 0.0 !END!

3827 X= 1604.6, 12.3, 778.0, 0.0 !END!

3828 X= 1606.0, 12.6, 689.0, 0.0 !END!

3829 X= 1598.6, 12.9, 618.0, 0.0 !END!

3830 X= 1600.0, 13.2, 761.0, 0.0 !END!

3831 X= 1601.4, 13.5, 1090.0, 0.0 !END!

3832 X= 1602.9, 13.8, 810.0, 0.0 !END!

3833 X= 1604.3, 14.1, 701.0, 0.0 !END!

3834 X= 1605.7, 14.4, 578.0, 0.0 !END!

3835 X= 1607.1, 14.7, 508.0, O.O! !END!

3836 X= 1601.1, 15.3, 743.0, O.O! !END!

3837 X= 1602.5, 15.6, 913.0, O.O! !END!

3838 X= 1603.9, 15.9, 535.0, O.O! 'END!

3839 X= 1605.3, 16.2, 425.0, O.O! END!

3840 X= 1606.7, 16.5, 315.0, O.O! END!

3841 X= 1596.5, 16.2, 436.0, O.O! END!

3842 X= 1599.3, 16.8, 447.0, O.O! END!

3843 X= 1600.7, 17 .1, 675.0, O.O! END!

3844 X= 1602.1, 17 .4, 672.0, O.O! END!

3845 X= 1603.5, 17.7, 440.0, O.O! END!

3846 X= 1604.9, 18.0, 464.0, O.O! END!

3847 X= 1600.3, 18.9, 738.0, O.O! !END!

3848 X= 1601.7, 19.2, 832.0, O.O! !END!

3849 X= 1603.1, 19.5, 611.0, O.O! !END!

3850 X= 1604.5, 19.8, 507.0, O.O! !END!

3851 X= 1595.7, 19.9, 476.0, O.O! !END!

3852 X= 1597.1, 20.1, 778.0, O.O! !END!

3853 X= 1599.9, 20.7, 643.0, O.O! !END!

3854 X= 1601.3, 21.0, 695.0, O.O! !END!

3855 X= 1602.8, 21.3, 426.0, O.O! !END!

3856 X= 1604.2, 21.6, 367.0, O.O! !END!

3857 X= 1593.9, 21.4, 338.0, O.O! !END!

3858 X= 1595.3, 21.7, 336.0, 0.0

! !END!

3859 X= 1596.7, 22.0, 395.0, 0.0' !END!

3860 X= 1598.2, 22.2, 436.0, 0.0 !END!

3861 X= 1599.6, 22.5, 701.0, 0.0 !END!

3862 X= 1601.0, 22.8, 568.0, 0.0 !END!

3863 X= 1602.4, 23.1, 528.0, 0.0 !END!

3864 X= 1603.8, 23.4, 448.0, 0.0 !END!

3865 X= 1605.2, 23.7, 625.0, 0.0 !END!

3866 X= 1606.6, 24.0, 431.0, 0.0 !END!

3867 X= 1596.4, 23.8, 582.0, 0.0 !END!

3868 X= 1597.8, 24.0, 791.0, O.O! !END!
3869 X= 1599.2, 24.3, 589.0, O.O! !END!

3870 X= 1600.6, 24.6, 586.0, 0.0! !END!

3871 X= 1602.0, 24.9, 694.0, O.O! !END!

3872 X= 1603.4, 25.2, 638.0, O.O! !END!

3873 X= 1604.8, 25.5, 432.0, O.O! !END!

3874 X= 1597.4, 25.9, 571.0, O.O! !END!

3875 X= 1598.8, 26.1, 582.0, O.O! !END!

3876 X= 1600.2, 26.4, 661.0, O.O! !END!

3877 X= 1601.6, 26.7, 923.0, 0.0

! !END!

3878 X= 1603.0, 27.0, 794.0, O.O! !END!

3879 X= 1604.4, 27.3, 715.0, O.O! !END!

3880 X= 1611.5, 28.8, 526.0, O.O! !END!

3881 X= 1599.8, 28.2, 684.0, O.O! !END!

3882 X= 1601.2, 28.5, 848.0, O.O! !END!

3883 X= 1602.7, 28.8, 1006.0, 0.0

! END!

3884 X= 1604.1, 29.1, 771.0, O.O! END!

3885 X= 1605.5, 29.4, 753.0, O.O! END!

3886 X= 1606.9, 29.7, 786.0, O.O! END!

3887 X= 1608.3, 30.0, 740.0, O.O! END!

3888 X= 1609.7, 30.3, 637.0, O.O! END!

3889 X= 1611.1, 30.6, 607.0, O.O! END!

3890 X= 1596.7, 29.5, 265.0, O.O! END!

3891 X= 1598.1, 29.8, 368.0, O.O! END!

3892 X= 1599.5, 30.0, 468.0, O.O! !END!

3893 X= 1600.9, 30.3, 647.0, O.O! !END!

3894 X= 1602.3, 30.6, 583.0, O.O! 'END!

3895 X= 1605.1, 31.2, 450.0, O.O! END!

3896 X= 1606.5, 31.5, 612.0, O.O! END!

3897 X= 1607.9, 31.8, 712.0, O.O! END!

3898 X= 1609.3, 32.1, 945.0, O.O! END!

3899 X= 1610.7, 32.4, 693.0, O.O! END!

3900 X= 1597.7, 31.6, 273.0, O.O! END!

3901 X= 1599.1, 31.9, 336.0, O.O! END!

3902 X= 1600.5, 32.1, 640.0, O.O! END!

3903 X= 1601.9, 32.4, 607.0, O.O! !END!

3904 X= 1608.9, 33.9, 573.0, O.O! !END!

3905 X= 1610.3, 34.2, 781.0, O.O! !END!

3906 X= 1611.7, 34.5, 563.0, O.O! !END!

3907 X= 1597.3, 33.4, 247.0, O.O! !END!

3908 X= 1608.5, 35.7, 581.0, O.O! !END!

3909 X= 1610.0, 36.0, 736.0, O.O! !END!

3910 X= 1611.4, 36.3, 644.0, O.O! !END!

3911 X= 1608.2, 37.5, 474.0, O.O! !END!

3912 X= 1609.6, 37.8, 625.0, O.O! !END!

3913 X= 1611.0, 38.1, 660.0, O.O! !END!

3914 X= 1607.8, 39.3, 494.0, O.O! !END!

3915 X= 1609.2, 39.6, 462.0, O.O! !END!

3916 X= 1607.4, 41.1, 454.0, O.O! !END!

3917 X= 1605.6, 42.6, 444.0, O.O! !END!

3918 X= 1607.0, 42.9, 468.0, 0.0' !END!

3919 X= 1608.4, 43.2, 304.0, 0.0 !END!

3920 X= 1606.7, 44.7, 306.0, 0.0 !END!

3921 X= 872.7, -586.4, 255.0, 0.0 !END!

3922 X= 873.4, -586.3, 235.0, 0.0 !END!

3923 X= 874.2, -586.2, 236.0, 0.0 !END!

3924 X= 875.0, -586.2, 244.0, 0.0 !END!

3925 X= 875.7, -586.1, 243.0, 0.0 !END!

3926 X= 876.5, -586.0, 237.0, 0.0 !END!

3927 X= 877.2, -585.9, 213.0, 0.0 !END!

3928 X= 878.0, -585.8, 187.0, 0.0 !END!

3929 X= 871.1, -585.6, 244.0, 0.0 'END!

3930 X= 871.8, -585.6, 274.0, 0.0 END!

3931 X= 872.6, -585.5, 250.0, 0.0 END!

3932 X= 873.3, -585.4, 237.0, 0.0 END!

3933 X= 874.1, -585.3, 214.0, 0.0 END!

3934 X= 874.9, -585.2, 226.0, O.O! END!

3935 X= 875.6, -585.2, 183.0, O.O! END!

3936 X= 876.4, -585.1, 243.0, O.O! END!

3937 X= 877. 1, -585.0, 213.0, 0.0

! END!

3938 X= 877.9, -584.9, 182.0, 0.0

! !END!

3939 X= 878.7, -584.8, 179.0, O.O! !END!

3940 X= 879.4, -584.8, 249.0, 0.0

! !END!

3941 X= 871.0, -584.7, 244.0, 0.0

! !END!

3942 X= 871.7, -584.6, 255.0, O.O! !END!

3943 X= 872.5, -584.6, 253.0, 0.0

! !END!

3944 X= 873.2, -584.5, 244.0, O.O! !END!
3945 X= 874.0, -584.4, 244.0, O.O! !END!

3946 X= 874.8, -584.3, 181.0, O.O! !END!

3947 X= 875.5, -584.2, 220.0, O.O! !END!

3948 X= 876.3, -584.2, 214.0, O.O! !END!

3949 X= 877.0, -584.1, 243.0, O.O! !END!

3950 X= 877.8, -584.0, 215.0, O.O! !END!

3951 X= 878.6, -583.9, 239.0, O.O! !END!

3952 X= 879.3, -583.8, 183.0, O.O! !END!

3953 X= 880.1, -583.8, 210.0, O.O! !END!

3954 X= 880.8, -583.7, 252.0, O.O! !END!

3955 X= 881.6, -583.6, 262.0, O.O! !END!

3956 X= 868.6, -584.0, 228.0, O.O! !END!

3957 X= 869.3, -584.0, 219.0, O.O! !END!

3958 X= 870.1, -583.9, 245.0, O.O! !END!

3959 X= 870.9, -583.8, 231.0, O.O! !END!

3960 X= 871.6, -583.7, 242.0, O.O! !END!

3961 X= 872.4, -583.6, 208.0, O.O! !END!

3962 X= 873.1, -583.6, 226.0, O.O! !END!

3963 X= 873.9, -583.5, 244.0, O.O! !END!

3964 X= 874.7, -583.4, 180.0, O.O! !END!

3965 X= 875.4, -583.3, 244.0, O.O! !END!

3966 X= 876.2, -583.2, 225.0, O.O! !END!

3967 X= 876.9, -583.2, 244.0, O.O! !END!

3968 X= 877.7, -583.1, 233.0, O.O! !END!

3969 X= 878.5, -583.0, 177.0, O.O! !END!

3970 X= 879.2, -582.9, 214.0, O.O! !END!

3971 X= 880.0, -582.8, 255.0, O.O! !END!

3972 X= 880.7, -582.8, 245.0, O.O! !END!

3973 X= 881.5, -582.7, 274.0, O.O! !END!

3974 X= 868.5, -583.1, 245.0, O.O! !END!

3975 X= 869.3, -583.0, 244.0, O.O! !END!

3976 X= 870.0, -583.0, 213.0, O.O! !END!

3977 X= 870.8, -582.9, 192.0, O.O! !END!

3978 X= 871.5, -582.8, 195.0, O.O! !END!

3979 X= 872.3, -582.7, 244.0, O.O! !END!

3980 X= 873.0, -582.6, 221.0, O.O! !END'

3981 X= 873.8, -582.6, 244.0, O.O! !END

3982 X= 874.6, -582.5, 244.0, O.O! !END

3983 X= 875.3, -582.4, -259.0, O.O! !END

3984 X= 876.1, -582.3, 244.0, O.O! !END

3985 X= 876.8, -582.2, 244.0, O.O! !END

3986 X= 877.6, -582.2, 208.0, O.O! !END

3987 X= 878.4, -582.1, 230.0, O.O! !END

3988 X= 879.1, -582.0, 177.0, O.O! !END

3989 X= 879.9, -581.9, 183.0, O.O! !END!

3990 X= 880.6, -581.8, 191.0, O.O! !END!

3991 X= 881.4, -581.8, 184.0, O.O! !END!

3992 X= 882.2, -581.7, 242.0, O.O! !END!

3993 X= 868.4, -582.2, 250.0, O.O! !END!

3994 X= 869.2, -582.1, 213.0, O.O! !END!

3995 X= 869.9, -582.0, 252.0, O.O! !END!

3996 X= 870.7, -582.0, 254.0, O.O! !END!

3997 X= 871.4, -581.9, 187.0, O.O! !END!

3998 X= 872.2, -581.8, 226.0, O.O! !END!

3999 X= 873.0, -581.7, 213.0, O.O! !END!

4000 X= 873.7, -581.6, 214.0, O.O! !END!

4001 X= 874.5, -581.6, 244.0, O.O! !END!

4002 X= 875.2, -581.5, 253.0, O.O! !END!

4003 X= 876.0, -581.4, 214.0, O.O! !END!

4004 X= 876.7, -581.3, 185.0, O.O! !END!

4005 X= 877.5, -581.2, 215.0, O.O! !END!

4006 X= 878.3, -581.2, 241.0, O.O! !END!

4007 X= 879.0, -581.1, 215.0, O.O! !END!

4008 X= 879.8, -581.0, 182.0, O.O! !END!

4009 X= -881.3, -580.8, 274.0, O.O! !END!

4010 X= 882.1, -580.8, 264.0, O.O! !END!

4011 X= 867.5, -581.4, 274.0, O.O! !END!

4012 X= 868.3, -581.3, 274.0, O.O! !END!

4013 X= 869.1, -581.2, 262.0, O.O! !END!

4014 X= 869.8, -581.1, 276.0, O.O! !END!

4015 X= 870.6, -581.0, 263.0, O.O! !END!

4016 X= 871.3, -581.0, 206.0, O.O! !END!

4017 X= 872.1, -580.9, 231.0, O.O! !END!

4018 X= 872.9, -580.8, 249.0, O.O! !END!

4019 X= 873.6, -580.7, 257.0, O.O! !END!

4020 X= 874.4, -580.6, 271.0, O.O! !END!
4021 X= 875.1, -580.6, 242.0, O.O! !END!

4022 X= 875.9, -580.5, 240.0, O.O! !END'

4023 X= 876.7, -580.4, 223.0, O.O! !END

4024 X= 877.4, -580.3, 187.0, 0.0

! !END

4025 X= 878.2, -580.2, 252.0, 0.0

! !END

4026 X= 878.9, -580.2, 183.0, O.O! !END

4027 X= 879.7, -580.1, 213.0, O.O! !END

4028 X= 867.4, -580.4, 283.0, O.O! !END

4029 X= 868.2, -580.4, 266.0, O.O! !END

4030 X= 869.0, -580.3, 277.0, O.O! !END

4031 X= 872.0, -580.0, 275.0, O.O! !END

4032 X= 872.8, -579.9, 240.0, O.O! !END

4033 X= 873.5, -579.8, 274.0, O.O! !END

4034 X= 874.3, -579.7, 274.0, O.O! !END

4035 X= 875.0, -579.6, 258.0, 0.0

! !END!

4036 X= 875.8, -579.6, 205.0, O.O! !END!

4037 X= 876.6, -579.5, 217.0, O.O! !END!

4038 X= 877.3, -579.4, 183.0, O.O! !END!

4039 X= 871.9, -579.0, 236.0, O.O! !END!

4040 X= 872.7, -579.0, 273.0, O.O! !END!

4041 X= 873.4, -578.9, 275.0, O.O! !END!

4042 X= 874.2, -578.8, 259.0, O.O! !END!

4043 X= 874.9, -578.7, 213.0, O.O! !END!

4044 X= 875.7, -578.6, 249.0, O.O! !END!

4045 X= 876.5, -578.6, 258.0, O.O! !END!

4046 X= 877.2, -578.5, 212.0, O.O! !END!

4047 X= 878.0, -578.4, 268.0, O.O! !END!

4048 X= 872.6, -578.0, 226.0, O.O! !END!

4049 X= 873.3, -578.0, 274.0, O.O! !END!

4050 X= 874.1, -577.9, 271.0, O.O! !END!

4051 X= 874.8, -577.8, 228.0, O.O! !END!

4052 X= 875.6, -577.7, 251.0, O.O! !END!

4053 X= 876.4, -577

. 6, 244.0, O.O! !END!

4054 X= 877.1, -577.6, 243.0, O.O! !END!

4055 X= 871.7, -577.2, 208.0, O.O! !END!

4056 X= 872.5, -577.1, 213.0, O.O! !END!

4057 X= 873.2, -577.0, 252.0, O.O! !END!

4058 X= 874.0, -577.0, 274.0, O.O! !END!

4059 X= 874.7, -576.9, 274.0, O.O! !END!

4060 X= 875.5, -576.8, 244.0, O.O! !END!

4061 X= 876.3, -576.7, 215.0, O.O! !END!

4062 X= 877.0, -576.6, 267.0, O.O! !END!

4063 X= 873.1, -576.1, 247.0, O.O! !END!

4064 X= 873.9, -576.0, 305.0, O.O! !END!

4065 X= 874.6, -576.0, 267.0, O.O! !END!

4066 X= 875.4, -575.9, 269.0, O.O! !END!

4067 X= 876.2, -575.8, 271.0, O.O! !END!

4068 X= 873.8, -575.1, 247.0, O.O! !END!

4069 X= 334.3, 932.9, 353.0, O.O! !END!

4070 X= 335.6, 932.9, 351.0, O.O! !END!

4071 X= 336.8, 933.0, 353.0, O.O! !END!

4072 X= 329.3, 934.5, 376.0, O.O! !END!

4073 X= 330.5, 934.6, 379.0, O.O! !END!

4074 X= 331.8, 934.6, 351.0, O.O! !END!

4075 X= 333.0, 934.7, 351.0, O.O! !END!

4076 X= 334.3, 934.7, 373.0, O.O! !END!

4077 X= 335.5, 934.8, 347.0, O.O! !END!

4078 X= 336.7, 934.9, 354.0, O.O! !END!

4079 X= 338.0, 934.9, 341.0, O.O! !END!

4080 X= 329.2, 936.4, 381.0, O.O! !END!

4081 X= 330.4, 936.4, 351.0, O.O! !END!

4082 X= 331.7, 936.5, 351.0, O.O! !END!

4083 X= 332.9, 936.6, 351.0, O.O! tEND!

4084 X= 334.2, 936.6, 374.0, O.O! END!

4085 X= 335.4, 936.7, 365.0, O.O! END!

4086 X= 336.6, 936.7, 347.0, O.O! END!

4087 X= 326.6, 938.1, 366.0, O.O! END!

4088 X= 327.9, 938.2, 385.0, O.O! END!

4089 X= 329.1, 938.2, 373.0, O.O! END!

4090 X= 330.3, 938.3, 379.0, O.O! END!

4091 X= 331.6, 938.4, 344.0, O.O! END!

4092 X= 332.8, 938.4, 373.0, O.O! END!

4093 X= 334.1, 938.5, 356.0, O.O! END!

4094 X= 335.3, 938.5, 341.0, O.O! END!

4095 X= 336.5, 938.6, 341.0, O.O! END!

4096 X= 319.1, 939.6, 366.0, O.O! END!
4097 X= 320.3, 939.7, 388.0, 0.0 !END!

4098 X= 321.6, 939.7, 351.0, 0.0 !END!

4099 X= 322.8, 939.8, 351.0, 0.0 !END!

4100 X= 324.1, 939.9, 396.0, 0.0 !END!

4101 X= 325.3, 939.9, 381.0, 0.0 !END!

4102 X= 326.5, 940.0, 387.0, 0.0 !END!

4103 X= 327.8, 940.0, 381.0, 0.0 !END!

4104 X= 329.0, 940. I, 381.0, 0.0 !END!

4105 X= 330.3, 940.2, 373 .0, 0.0 !END!

4106 X= 331.5, 940.2, 358.0, O.O! !END!

4107 X= 332.7, 940.3, 341.0, O.O! !END!

4108 X= 334.0, 940.3, 369.0, O.O! !END!

4109 X= 335.2, 940.4, 352.0, O.O! !END!

4110 X= 336.5, 940.5, 341.0, 0.0

! !END!

4111 X= 301.7, 940.7, 350.0, O.O! !END!

4112 X= 302.9, 940.8, 350.0, 0.0

! !END!

4113 X= 304.1, 940.8, 372

. 0, 0.0! !END!

4114 X= 314.1, 941.3, 402.0, O.O! !END!

4115 X= 315.3, 941.3, 366.0, O.O! !END!

4116 X= 316.5, 941.4, 365.0, O.O! !END!

4117 X= 319.0, 941.5, 366.0, O.O! !END!

4118 X= 320.3, 941.6, 367.0, O.O! !END!

4119 X= 321.5, 941.6, 357.0, O.O! !END!

4120 X= 322.7, 941.7, 366.0, O.O! !END!

4121 X= 324.0, 941.7, 370.0, O.O! !END!

4122 X= 325.2, 941.8, 366.0, O.O! !END!

4123 X= 326.4, 941.8, 364.0, O.O! !END!

4124 X= 327.7, 941.9, 366.0, O.O! !END!

4125 X= 328.9, 942.0, 362.0, O.O! !END!

4126 X= 330.2, 942.0, 360.0, 0.0

! !END!

4127 X= 331.4, 942.1, 389.0, O.O! !END!

4128 X= 332.6, 942.2, 379.0, O.O! !END!

4129 X= 333.9, 942.2, 362.0, O.O! !END!

4130 X= 335.1, 942.3, 347.0, O.O! !END!

4131 X= 336.4, 942.3, 350.0, O.O! !END!

4132 X= 337.6, 942.4, 341.0, O.O! !END!

4133 X= 297.9, 942.4, 348.0, O.O! !END!

4134 X= 299.1, 942.5, 350.0, O.O! !END!

4135 X= 300.3, 942.5, 353.0, O.O! !END!

4136 X= 301.6, 942.6, 350.0, O.O! !END!

4137 X= 302.8, 942.6, 350.0, O.O! !END!

4138 X= 304.1, 942.7, 373.0, O.O! !END!

4139 X= 305.3, 942.7, 396.0, O.O! !END!

4140 X= 306.5, 942.8, 375.0, O.O! !END!

4141 X= 307.8, 942.8, 362.0, O.O! !END!

4142 X= 309.0, 942.9, 352.0, O.O! !END!

4143 X= 310.3, 943.0, 358.0, O.O! !END!

4144 X= 311.5, 943.0, 352.0, O.O! !END!

4145 X= 312.7, 943.1, 344.0, O.O! !END!

4146 X= 314.0, 943.1, 370.0, O.O! !END!

4147 X= 315.2, 943.2, 363.0, O.O! !END!

4148 X= 316.4, 943.2, 341.0, O.O! !END!

4149 X= 317.7, 943.3, 368.0, O.O! !END!

4150 X= 318.9, 943.4, 351.0, O.O! !END!

4151 X= 320.2, 943.4, 341.0, O.O! !END!

4152 X= 321.4, 943.5, 351.0, O.O! !END!

4153 X= 322.6, 943.5, 356.0, O.O! !END!

4154 X= 323.9, 943.6, 377.0, O.O! !END!

4155 X= 325.1, 943.7, 369.0, O.O! !END!

4156 X= 326.4, 943.7, 353.0, O.O! !END!

4157 X= 327.6, 943.8, 353.0, O.O! !END!

4158 X= 328.8, 943.8, 345.0, O.O! !END!

4159 X= 330.1, 943.9, 351.0, O.O! !END!

4160 X= 331.3, 944.0, 367.0, O.O! !END!

4161 X= 332.6, 944.0, 354.0, O.O! !END!

4162 X= 333.8, 944.1, 346.0, 0.0

! !END!

4163 X= 335.0, 944.1, 346.0, O.O! !END!

4164 X= 336.3, 944.2, 341.0, O.O! !END!

4165 X= 297.8, 944.3, 341.0, O.O! !END!

4166 X= 299.0, 944.3, 341.0, O.O! !END!

4167 X= 300.3, 944.4, 341.0, O.O! !END!

4168 X= 301.5, 944.4, 341.0, O.O! !END!

4169 X= 302.7, 944.5, 346.0, O.O! !END!

4170 X= 304.0, 944.5, 341.0, O.O! !END!

4171 X= 305.2, 944.6, 346.0, O.O! !END!

4172 X= 306.5, 944.7, 341.0, O.O! !END!
4173 X= 307.7, 944.7, 341.0, O.O! !END!

4174 X= 308.9, 944.8, 341.0, 0.0

! !END!

4175 X= 310.2, 944.8, 341.0, O.O! !END!

4176 X= 311.4, 944.9, 341.0, O.O! !END!

4177 X= 312.6, 944.9, 351.0, 0.0

! !END!

4178 X= 313.9, 945.0, 341.0, O.O! !END!

4179 X= 315.1, 945.1, 341.0, O.O! !END!

4180 X= 316.4, 945.1, 344.0, O.O! !END!

4181 X= 317.6, 945.2, 341.0, O.O! !END!

4182 X= 318.8, 945.2, 341.0, O.O! lEND!

4183 X= 320.1, 945.3, 341.0, O.O! !END!

4184 X= 321.3, 945.3, 341.0, 0.0

! !END!

4185 X= 322.6, 945.4, 341.0, O.O! !END!

4186 X= 325.0, 945.5, 341.0, O.O! !END!

4187 X= 326.3, 945.6, 341.0, O.O! !END!

4188 X= 327.5, 945.6, 341.0, 0.0

! !END!

4189 X= 328.7, 945.7, 341.0, O.O! !END!

4190 X= 330.0, 945.8, 341.0, O.O! !END!

4191 X= 331.2, 945.8, 341.0, O.O! !END!

4192 X= 332.5, 945.9, 341.0, O.O! !END!

4193 X= 333.7, 945.9, 344.0, O.O! !END!

4194 X= 292.7, 945.9, 347.0, O.O! !END!

4195 X= 294.0, 946.0, 341.0, O.O! !END!

4196 X= 295.2, 946.0, 341.0, O.O! !END!

4197 X= 296.5, 946.1, 341.0, O.O! !END!

4198 X= 297.7, 946.1, 341.0, O.O! !END!

4199 X= 298.9, 946.2, 347.0, O.O! !END!

4200 X= 300.2, 946.2, 341.0, O.O! !END!

4201 X= 301.4, 946.3, 341.0, O.O! !END!

4202 X= 302.7, 946.4, 341.0, O.O! !END!

4203 X= 303.9, 946.4, 341.0, O.O! !END!

4204 X= 305.1, 946.5, 341.0, 0.0

! !END!

4205 X= 306.4, 946.5, 343.0, O.O! !END!

4206 X= 307.6, 946.6, 341.0, 0.0

! !END!

4207 X= 308.8, 946.6, 381.0, O.O! !END!

4208 X= 310.1, 946.7, 365.0, O.O! !END!

4209 X= 311.3, 946.7, 365.0, 0.0! !END!

4210 X= 312.6, 946.8, 365.0, 0.0

! !END!

4211 X= 313.8, 946.9, 349.0, O.O! !END!

4212 X= 315.0, 946.9, 346.0, O.O! !END!

4213 X= 316.3, 947.0, 341.0, O.O! !END!

4214 X= 317.5, 947.0, 341.0, O.O! !END!

4215 X= 318.8, 947.1, 341.0, O.O! !END!

4216 X= 291.4, 947.7, 351.0, O.O! !END!

4217 X= 292.7, 947.8, 341.0, O.O! !END!

4218 X= 293.9, 947.8, 341.0, O.O! !END!

4219 X= 295.1, 947.9, 341.0, O.O! !END!

4220 X= 296.4, 947.9, 341.0, O.O! !END!

4221 X= 297.6, 948.0, 341.0, O.O! !END'

4222 X= 298.9, 948.1, 353.0, O.O! !END

4223 X= 300.1, 948.1, 349.0, O.O! !END

4224 X= 301.3, 948.2, 361.0, O.O! !END

4225 X= 302.6, 948.2, 365.0, 0.0

! !END

4226 X= 303.8, 948.3, 366.0, O.O! !END

4227 X= 305.0, 948.3, 365.0, O.O! !END

4228 X= 306.3, 948.4, 381.0, O.O! !END

4229 X= 307.5, 948.4, 381.0, O.O! !END

4230 X= 308.8, 948.5, 353.0, O.O! !END!

4231 X= 310.0, 948.6, 350.0, O.O! !END!

4232

, X= 311'.2, 948.6, 356.0, O.O! !END!

4233 X= 312.5, 948.7, 365.0, O.O! !END!

4234 X= 313.7, 948.7, 370.0, O.O! !END!

4235 X= 314.9, 948.8, 364.0, O.O! !END!

4236 X= 316.2, 948.8, 351.0, O.O! !END!

4237 X= 317.4, 948.9, 341.0, O.O! !END!

4238 X= 318.7, 949.0, 341.0, O.O! !END!

4239 X= 286.4, 949.4, 347.0, O.O! !END!

4240 X= 287.6, 949.4, 347.0, O.O! !END!

4241 X= 288.9, 949.5, 341.0, O.O! !END!

4242 X= 292.6, 949.7, 341.0, O.O! !END!

4243 X= 293.8, 949.7, 341.0, O.O! !END!

4244 X= 295.1, 949.8, 341.0, O.O! !END!

4245 X= 296.3, 949.8, 341.0, O.O! !END!

4246 X= 297.5, 949.9, 341.0, 0.0

! !END!

4247 X= 298.8, 949.9, 341.0, 0.0

! !END!

4248 X= 300.0, 950.0, 377.0, O.O! !END!
4249 X= 301.2, 950.0, 381.0, 0. o! !END!

4250 X= 302.5, 950.1, 393.0, O.O! !END!

4251 X= 303.7, 950.1, 381.0, 0.0! !END!

4252 X= 305.0, 950.2, 396.0, 0.0! !END!

4253 X= 306.2, 950.3, 366.0, 0. O! !END!

4254 X= 307.4, 950.3, 378.0, 0. O! !END!

4255 X= 308.7, 950.4, 380.0, O.O! !END!

4256 X= 309.9, 950.4, 390.0, 0.0! !END!

4257 X= 311.1, 950.5, 398.0, 0.0! !END!

4258 X= 312.4, 950.5, 396.0, O.O! !END!

4259 X= 313.6, 950.6, 396.0, O.O! !END!

426O X= 314.9, 950.7, 377.0, 0. O! !END!

4261 X= 316.1, 950.7, 374.0, O.O! !END!

4262 X= 317.3, 950.8, 366.0, 0.0! !END!

4263 X= 318.6, 950.8, 361.0, O.O! !END!

4264 X= 286.3, 951.3, 350.0, 0. O! !END!

4265 X= 287.6, 951.3, 349.0, 0. O! !END!

4266 X= 288.8, 951.4, 344.0, O.O! !END!

4267 X= 290.0, 951.4, 341.0, O.O! !END!

4268 X= 291.3, 951.5, 341.0, O.O! !END!

4269 X= 292.5, 951.5, 341.0, O.O! !END!

4270 X= 293.7, 951.6, 341.0, O.O! !END!

4271 X= 295.0, 951.6, 341.0, O.O! !END!

4272 X= 296.2, 951.7, 341.0, O.O! !END!

4273 X= 297.5, 951.7, 361.0, O.O! !END!

4274 X= 298.7, 951.8, 381.0, O.O! !END!

4275 X= 299.9, 951.8, 366.0, 0.0! !END!

4276 X= 301.2, 951.9, 365.0, O.O! !END!

4277 X= 302.4, 952.0, 366.0, 0.0! !END!

4278 X= 303.6, 952.0, 366.0, 0.0! !END!

4279 X= 304.9, 952.1, 360.0, 0.0! !END!

4280 X= 306.1, 952.1, 360.0, 0.0! !END!

4281 X= 307.4, 952.2, 359.0, 0. O! !END!

4282 X= 308.6, 952.2, 365.0, 0. O! !END!

4283 X= 309.8, 952.3, 381.0, O.O! !END!

4284 X= 311.1, 952.3, 381.0, 0.0! !END!

4285 X= 312.3, 952.4, 387.0, O.O! !END!

4286 X= 313.5, 952.5, 394.0, O.O! !END!

4287 X= 314.8, 952.5, 381.0, O.O! !END!

4288 X= 316.0, 952.6, 381.0, O.O! !END!

4289 X= 317.2, 952.6, 347.0, O.O! !END!

4290 X= 318.5, 952.7, 356.0, O.O! !END!

4291 X= 319.7, 952.8, 366.0, 0.0! !END!

4292 X= 321.0, 952.8, 369.0, O.O! !END!

4293 X= 322.2, 952.9, 366.0, 0.0! !END!

4294 X= 323.4, 952.9, 338.0, 0.0! !END!

4295 X= 324.7, 953.0, 338.0, O.O! !END!

4296 X= 289.9, 953.3, 350.0, O.O! !END!

4297 X= 291.2, 953.3, 342.0, O.O! !END!

4298 X= 292.4, 953.4, 341.0, O.O! !END!

4299 X= 293.7, 953.4, 341.0, 0. O! !END!

4300 X= 294.9, 953.5, 350.0, O.O! !END!

4301 X= 296.1, 953.5, 369.0, O.O! !END!

4302 X= 297.4, 953.6, 364.0, O.O! !END!

4303 X= 298.6, 953.7, 366.0, 0.0! !END!

4304 X= 299.8, 953.7, 395.0, O.O! !END!

4305 X= 301.1, 953.8, 407.0, O.O! !END!

4306 X= 302.3, 953.8, 396.0, 0. O! !END!

4307 X= 303.6, 953.9, 366.0, 0. O! !END!

4308 X= 304.8, 953.9, 391.0, O.O! !END!

4309 X= 306.0, 954.0, 354.0, O.O! !END!

4310 X= 307.3, 954.0, 358.0, O.O! !END!

4311 X= 308.5, 954.1, 351.0, O.O! !END!

4312 X= 309.7, 954.2, 367.0, O.O! !END!

4313 X= 311.0, 954.2, 354.0, O.O! !END!

4314 X= 312.2, 954.3, 364.0, 0. O! !END!

4315 X= 313.5, 954.3, 351.0, 0. O! !END!

4316 X= 314.7, 954.4, 365.0, 0. O! !END!

4317 X= 315.9, 954.4, 381.0, O.O! !END!

4318 X= 317.2, 954.5, 371.0, O.O! !END!

4319 X= 318.4, 954.6, 367.0, 0. O! !END!

4320 X= 319.6, 954.6, 381.0, O.O! !END!

4321 X= 320.9, 954.7, 366.0, 0.0! !END!

4322 X= 322.1, 954.7, 351.0, 0. O! !END!

4323 X= 323.3, 954.8, 338.0, O.O! !END!

4324 X= 324.6, 954.9, 338.0, O.O! !END!
4325 X= 291.1, 955.2, 350.0, O.O! !END!

4326 X= 292.3, 955.3, 350.0, 0.0

! !END!

4327 X= 293.6, 955.3, 365.0, O.O! !END!

4328 X= 294.8, 955.4, 366.0, O.O! !END!

4329 X= 296.1, 955.4, 366.0, O.O! !END!

4330 X= 297.3, 955.5, 365.0, O.O! !END!

4331 X= 298.5, 955.5, 366.0, O.O! !END!

4332 X= 299.8, 955.6, 368.0, O.O! !END!

4333 X= 301.0, 955.6, 381.0, O.O! !END!

4334 X= 302.2, 955.7, 366.0, O.O! !END!

4335 X= 303.5, 955.7, 368.0, O.O! !END!

4336 X= 304.7, 955.8, 380.0, O.O! !END!

4337 X= 305.9, 955.9, 349.0, O.O! !END!

4338 X= 307.2, 955.9, 348.0, O.O! !END!

4339 X= 308.4, 956.0, 341.0, O.O! !END!

4340 X= 309.7, 956.0, 338.0, O.O! !END!

4341 X= 310.9, 956.1, 338.0, O.O! !END!

4342 X= 312.1, 956.1, 338.0, O.O! !END!

4343 X= 313.4, 956.2, 338.0, O.O! !END!

4344 X= 314.6, 956.3, 338.0, O.O! !END!

4345 X= 315.8, 956.3, 338.0, O.O! !END!

4346 X= 317.1, 956.4, 338.0, O.O! !END!

4347 X= 318.3, 956.4, 338.0, O.O! !END!

4348 X= 319.5, 956.5, 338.0, O.O! !END!

4349 X= 320.8, 956.5, 338.0, O.O! !END!

4350 X= 322.0, 956.6, 338.0, 0.0

! !END!

4351 X= 323.3, 956.7, 338.0, O.O! !END!

4352 X= 291.0, 957.1, 343.0, O.O! !END!

4353 X= 292.3, 957.1, 347.0, O.O! !END!

4354 X= 293.5, 957.2, 366.0, O.O! !END!

4355 X= 294.7, 957.2, 381.0, O.O! !END!

4356 X= 296.0, 957.3, 351.0, O.O! !END!

4357 X= 297.2, 957.3, 373.0, O.O! !END!

4358 X= 298.4, 957.4, 367.0, O.O! !END!

4359 X= 299.7, 957.4, 358.0, O.O! !END!

4360 X= 300.9, 957.5, 351.0, O.O! !END!

4361 X= 302.2, 957.6, 365.0, O.O! !END!

4362 X= 303.4, 957.6, 345.0, O.O! !END!

4363 X= 304.6, 957.7, 338.0, O.O! !END!

4364 X= 305.9, 957.7, 338.0, O.O! !END!

4365 X= 307.1, 957.8, 338.0, O.O! !END!

4366 X= 308.3, 957.8, 338.0, O.O! !END!

4367 X= 309.6, 957.9, 338.0, 0.0

! !END!

4368

, X= 310.8, 958.0, 338.0, O.O! !END'

4369 X= 312.0, 958.0, 338.0, O.O! !END

4370 X= 313.3, 958.1, 338.0, O.O! !END

4371 X= 287.2, 958.8, 339.0, O.O! !END

4372 X= 288.5, 958.8, 350.0, 0.0

! !END

4373 X= 289.7, 958.9, 338.0, O.O! !END

4374 X= 290.9, 958.9, 345.0, O.O! !END

4375 X= 292.2, 959.0, 338.0, O.O! !END

4376 X= 293.4, 959.0, 350.0, O.O! !END

4377 X= 294.7, 959.1, 365.0, 0.0

! !END

4378 X= 295.9, 959.2, 379.0, O.O! !END

4379 X= 297.1, 959.2, 365.0, O.O! !END!

4380 X= 298.4, 959.3, 348.0, O.O! !END!

4381 X= 299.6, 959.3, 338.0, O.O! !END!

4382 X= 300.8, 959.4, 338.0, O.O! !END!

4383 X= 302.1, 959.4, 338.0, O.O! !END!

4384 X= 303.3, 959.5, 338.0, O.O! !END!

4385 X= 304.5, 959.5, 338.0, O.O! !END!

4386 X= 305.8, 959.6, 338.0, O.O! !END!

4387 X= 307.0, 959.6, 338.0, O.O! !END!

4388 X= 308.2, 959.7, 338.0, O.O! !END!

4389 X= 309.5, 959.8, 338.0, O.O! !END!

4390 X= 283.4, 960.5, 356.0, O.O! !END!

4391 X= 284.7, 960.5, 338.0, O.O! !END!

4392 X= 285.9, 960.6, 351.0, O.O! !END!

4393 X= 287.2, 960.6, 352.0, O.O! !END!

4394 X= 288.4, 960.7, 352.0, O.O! !END!

4395 X= 289.6, 960.8, 352.0, O.O! !END!

4396 X= 290.9, 960.8, 351.0, 0.0

! !END!

4397 X= 292.1, 960.9, 339.0, O.O! !END!

4398 X= 293.3, 960.9, 339.0, 0.0

! !END!

4399 X= 294.6, 961.0, 341.0, O.O! !END!

4400 X= 295.8, 961.0, 340.0, O.O! !END!
4401 X= 297.0, 961.1, 351.0, 0.0 ! !END!

4402 X= 298.3, 961.1, 348.0, 0.0 ! !END!

4403 X= 299.5, 961.2, 347.0, 0.0 ! !END!

4404 X= 300.7, 961.2, 340.0, 0.0 ! !END!

4405 X= 302.0, 961.3, 338.0, O.O! !END!

4406 X= 303.2, 961.3, 338.0, O.O! !END!

4407 X= 304.5, 961.4, 338.0, O.O! !END!

4408 X= 305.7, 961.5, 338.0, O.O! !END!

4409 X= 285.8, 962.5, 338.0, O.O! !END!

4410 X= 287.1, 962.5, 338.0, 0.0 ! !END!

4411 X= 288.3, 962.6, 338.0, 0.0 ! !END!

4412 X= 289.5, 962.6, 338.0, O.O! !END!

4413 X= 290.8, 962.7, 338.0, O.O! !END!

4414 X= 292.0, 962.7, 338.0, O.O! !END!

4415 X= 293.3, 962.8, 338.0, O.O! !END!

4416 X= 294.5, 962.8, 338.0, O.O! !END!

4417 X= 295.7, 962.9, 338.0, O.O! !END!

4418 X= 297.0, 962.9, 338.0, O.O! !END!

4419 X= 298.2, 963.0, 338.0, O.O! !END!

4420 X= 299.4, 963.1, 339.0, O.O! !END!

4421 X= 300.7, 963.1, 338.0, O.O! !END!

4422 X= 301.9, 963.2, 338.0, O.O! !END!

4423 X= 285.8, 964.3, 338.0, O.O! !END!

4424 X= 287.0, 964.4, 338.0, O.O! !END!

4425 X= 288.2, 964.4, 338.0, O.O! !END!

4426 X= 289.5, 964.5, 338.0, O.O! !END!

4427 X= 290.7, 964.5, 338.0, O.O! !END!

4428 X= 291.9, 964.6, 338.0, O.O! !END!

4429 X= 293.2, 964.6, 338.0, O.O! !END!

4430 X= 294.4, 964.7, 338.0, 0.0 ! !END!

4431 X= 295.6, 964.8, 338.0, O.O! !END!

4432 X= 296.9, 964.8, 338.0, O.O! !END!

4433 X= 298.1, 964.9, 338.0, O.O! !END!

4434 X= 299.3, 964.9, 338.0, 0.0 ! !END!

-------------

a

Data for each receptor are treated as a separate input subgroup

and therefore must end with an input group terminator.

b

Receptor height above ground is optional. If no value is entered,

the receptor is placed on the ground.
#!/bin/csh

# on 12/20/05 I added the -f switch to the three "mv" commands. --dkt

set facils = "glat 60"

foreach FACIL ($facils)

foreach type (recp grid)

foreach year (2002 2003 2004)

#foreach type (grid)

#foreach year (2002)

#

set SMALL = 'echo $FACIL I cut -cl-5'

set SMALL2 = 'echo $FACIL I cut -cl-8'

set POSTDIR = /calpuff/output/calpost/$type

# process gridded receptors for QA purposes

if ($type == grid) then

rm -rf calpost.inp

cp calpost.$year.$type.inp calpost.inp

set RH = "(RHFAC) ZERO

3.7, 3.2, 3.1, 3.1 !"

set XS04 = ".089"

set XN03 = ".039"

set XOC = ".545"

set XEC = ".008"

set XSOIL ".195"

set XCM = "1.16"

! RHFAC 3.0, 2.7, 2.7, 2.5, 2.9, 3.2, 3.4, 3.7,

calpost.inp

calpost.inp

calpost.inp

perl -pi -e "s/RHFACINSERT/${RH}/"

perl -pi -e "s/FACILNAME/${FACIL}/"

perl -pi -e "s/SMALLNAME2/${SMALL2}/"

foreach i (1 2 3 4 5 6 7 8 9 10 11 12)

perl -pi -e "s/QQA/${XS04}/" calpost.inp

perl -pi -e "s/QQB/${XN03}/" calpost.inp

perl -pi -e "s/QQC/${XOC}/" calpost.inp

perl -pi -e "s/QQD/${XEC}/" calpost.inp

perl -pi -e "s/QQE/${XSOIL}/" calpost.inp

perl -pi -e "s/QQF/${XCM}/" calpost.inp

end

./calpost.exe calpost.inp

rm -rf $POSTDIR/r*

mv -f $POSTDIR/x24${SMALL}.grd $POSTDIR/x24.$year.$FACIL.grd

mv -f $POSTDIR/v24${SMALL}.dat $POSTDIR/v24.$year.$FACIL.dat

gzip -f $POSTDIR/v24.$year.$FACIL.dat

rm -rf postrec.dat calpost.inp

endif

#process discrete receptors

if ($type == recp) then

rm -f $POSTDIR/allsites.$year.$FACIL.DV.txt

touch $POSTDIR/allsites.$year.$FACIL.DV.txt

foreachCIAREA (bowa brig doso grgu grsm hegl isle jari ligo lybr maca ming sene shen
sips voya)

856*0, 16*0, 65*0, 38*1, 736*0, 80*0, 966*0, 52*0, 66*0,"

103*0, 302*0, 47*0, 122*0, 173*0, 298*0, 148*0, 366*0 !"

856*0, 16*1, 65*0, 38*0, 736*0, 80*0, 966*0, 52*0, 66*0,"

103*0, 302*0, 47*0, 122*0, 173*0, 298*0, 148*0, 366*0 !"

856*1, 16*0, 65*0, 38*0, 736*0, 80*0, 966*0, 52*0, 66*0,"

103*0, 302*0, 47*0, 122*0, 173*0, 298*0, 148*0, 366*0 !"

856*0, 16*0, 65*0, 38*0, 736*0, 80*1, 966*0, 52*0, 66*0,"

103*0, 302*0, 47*0, 122*0, 173*0, 298*0, 148*0, 366*0 !"

52*0, 66*0,"

366*0 !"

38*0, 736*0, 80*0, 966*0,

122*1, 173*0, 298*0, 148*0,

65*1,

47*0,

! RHFAC = 2. 8, 2. 6, 2. 7, 2. 6, 3. 0 , 3. 2, 3. 4, 3. 7 ,

! RHFAC = 3. 0, 2. 6, 2. 7, 2. 4, 2. 3 , 2. 9, 3. 1 , 3. 4 ,

! RHFAC = 3. 0, 2. 8 , 2. 8, 2. 6, 3. 1 , 3. 4, 3. 5, 3. 9 ,

! RHFAC = 2. 8 , 2. 6, 2. 6, 2. 8, 2. 9, 3. 2 , 3. 5, 3. 8 ,

! RHFAC = 3. 2 , 2. 9 , 2. 7, 2. 7, 3. 3 , 3. 3, 3. 3 , 3. 3 ,

16*0, 65*0, 38*0, 736*1, 80*0, 966*0, 52*0, 66*0,"

302*0, 47*0, 122*0, 173*0, 298*0, 148*0, 366*0 !"

! RHFAC = 3. 3, 3. 0, 2. 9, 2. 7, 3. 2, 3. 9, 3. 8, 4. 0 ,

856*0, 16*0,

103*0, 302*0,

".090"

".039"

".547"

".008"

= ".195"

"1.17"

($CIAREA == grsm) then

" ! NDRECP = 856*0,

103*0,

GRSM

if ($CIAREA == bowa) then

set RH = "(RHFAC) BOWA

3.5, 2.8, 3.2, 3.2 !"

set RL1 = "! NDRECP

set RL2 =

set XS04 = ".089"

set XN03 = ".038"

set XOC = ".539"

set XEC = ".008"

set XSOIL = ".192"

set XCM = "1.15"

else if ($CIAREA == brig) then

set RH = " (RHFAC) BRIG

3.6, 3.3, 2.9, 2.8 !"

set RL1 = "! NDRECP

set RL2 =

set XS04 = ".090"

set XN03 = ".039"

set XOC = ".546"

set XEC = ".008"

set XSOIL = ".195"

set XCM = "1.16"

else if ($CIAREA == doso) then

set RH = "(RHFAC) DOSO

3.9, 3.3, 3.0, 3.1 !"

set RL1 = "! NDRECP

set RL2 =

set XS04 = ".090"

set XN03 = ".039"

set XOC = ".546"

set XEC = ".008"

set XSOIL = ".195"

set XCM = "1.16"

else if ($CIAREA == grgu) then

set RH = "(RHFAC) GRGU

4.0, 3.4, 3.1, 2.9 !"

set RL1 = "! NDRECP

set RL2 =

set XS04 =

set XN03 =

set XOC =

set XEC =

set XSOIL

set XCM

else if

set RL1

set RL2

set RH = " (RHFAC)

4.2, 3.8, 3.3, 3.4 !"

set XS04 = ".091"

set XN03 = ".040"

set XOC = ".555"

set XEC = ".008"

set XSOIL = ".198"

set XCM = "1.18"

else if ($CIAREA == hegl) then

set RH = "(RHFAC) HEGL

3.4, 3.1, 3.1, 3.3 !"

set RL1 = "! NDRECP

set RL2 =

set XS04 = ".089"
! RHFAC = 2. 8, 2. 6, 2. 7, 2. 4, 3. 0 , 3. 3 , 3. 4, 3. 7 ,

! RHFAC = 2. 7, 2. 6, 2. 6, 2. 6, 2. 8 , 3. 0, 3. 3, 3. 6,

! RH FAC = 3. 4, 3. 1 , 2. 9 , 2. 6, 3. 2 , 3. 5 , 3. 7, 3. 9 ,

! RHFAC = 3.1, 2.5, 2.7, 2.4, 2.2, 2. 6, 3.0, 3.2,

52*0, 66*0,"

366*0 !"

52*0, 66*1,"

366*0 !"

52*1, 66*0,"

366*0 !"

52*0, 66*0,"

366*0 !"

52*0, 66*0,"

366*0 !"

RHFAC 3.3, 3.0, 2.8, 2.6, 3.0, 3.2, 3.3, 3.5,

! RHFAC = 3. 3 , 3. 0 , 3. °, 2. 7, 3. 3 , 3. 9 , 4. 1 , 4. 5 ,

856*0, 16*0, 65*0, 38*0, 736*0, 80*0, 966*0,

103*0, 302*1, 47*0, 122*0, 173*0, 298*0, 148*0,

856*0, 16*0, 65*0, 38*0, 736*0, 80*0, 966*0,

103*1, 302*0, 47*0, 122*0, 173*0, 298*0, 148*0,

856*0, 16*0, 65*0, 38*0, 736*0, 80*0, 966*0,

103*0, 302*0, 47*0, 122*0, 173*0, 298*0, 148*0,

856*0, 16*0, 65*0, 38*0, 736*0, 80*0, 966*0,

103*0, 302*0, 47*0, 122*0, 173*0, 298*0, 148*0,

856*0, 16*0, 65*0, 38*0, 736*0, 80*0, 966*1,

103*0, 302*0, 47*0, 122*0, 173*0, 298*0, 148*0,

set XN03 = ".039"

set XOC = ".540"

set XEC = ".008"

set XSOIL = ".193"

set XCM = "1.15"

else if ($CIAREA == isle) then

set RH = "(RHFAC) ISLE

3.8, 2.7, 3.3, 3.3 !"

set RL1 = "! NDRECP

set RL2 =

set XS04 = ".089"

set XN03 = ".039"

set XOC = ".542"

set XEC = ".008"

set XSOIL = ".194"

set XCM = "1.16"

else if ($CIAREA == jari) then

set RH = "(RHFAC) JARI

3.6, 3.2, 2.8, 3.0 !"

set RL1 = "! NDRECP

set RL2 =

set XS04 = ".089"

set XN03 = ".038"

set XOC = ".539"

set XEC = ".008"

set XSOIL = ".192"

set XCM = "1.15"

else if ($CIAREA == ligo) then

set RH = "(RHFAC) LIGO

4.4, 3.7, 3.2, 3.4 !"

set RL1 = "! NDRECP

set RL2 =

set XS04 = ".090"

set XN03 = ".039"

set XOC = ".549"

set XEC = ".008"

set XSOIL = ".196"

set XCM = "1.17"

else if ($CIAREA == lybr) then

set RH = "(RHFAC) LYBR

3.7, 3.3, 2.9, 2.8 !"

set RL1 = "! NDRECP

set RL2 =

set XS04 = ".089"

set XN03 = ".039"

set XOC = ".543"

set XEC = ".008"

set XSOIL = ".194"

set XCM = "1.16"

else if ($CIAREA == maca) then

set RH = "(RHFAC) MACA

3.9, 3.4, 3.2, 3.5 !"

set RL1 = "! NDRECP

set RL2 =

set XS04 = ".095"

set XN03 = ".041"

set XOC = ".575"

set XEC = ".008"

set XSOIL = ".206"

set XCM = "1.2"

else if ($CIAREA == ming) then

set RH = "(RHFAC) MING

3.5, 3.1, 3.1, 3.3 !"
856*0, 16*0, 65*0, 38*0, 736*0, 80*0, 966*0, 52*0, 66*0,"

103*0, 302*0, 47*0, 122*0, 173*0, 298*1, 148*0, 366*0 !"

856*0, 16*0, 65*0, 38*0, 736*0, 80*0, 966*0, 52*0, 66*0,"

103*0, 302*0, 47*0, 122*0, 173*0, 298*0, 148*0, 366*1 !"

! RHFAC = 3. 1 , 2. 8, 2. 8 , 2. 5, 3. 1 , 3. 4, 3. 5, 3. 9,

! RHFAC = 3. 4, 3. 1, 2. 9, 2. 8, 3. 3, 3. 7, 3. 9, 3. 9,

52*0, 66*0,"

366*0 !"

52*0, 66*0,"

366*0 !"

52*0, 66*0,"

366*0 !"

! RH FAC = 3. 3 , 2. 8, 2. 9, 2. 7, 2. 6, 3. 1 , 3. 6, 4. °,

! RHFAC = 2. 8, 2. 4, 2. 4 , 2. 3 , 2. 3 , 3. 1 , 2. 7, 3. °,

856*0, 16*0, 65*0, 38*0, 736*0, 80*0, 966*0,

103*0, 302*0, 47*0, 122*0, 173*1, 298*0, 148*0,

856*0, 16*0, 65*0, 38*0, 736*0, 80*0, 966*0,

103*0, 302*0, 47*1, 122*0, 173*0, 298*0, 148*0,

856*0, 16*0, 65*0, 38*0, 736*0, 80*0, 966*0,

103*0, 302*0, 47*0, 122*0, 173*0, 298*0, 148*1,

" ! NDRECP

".087"

".038"

".528"

".008"

= ".188"

"1.13"

set RLI =

set RL2 =

set XS04 = ".089"

set XN03 = ".039"

set XOC = ".539"

set XEC = ".008"

set XSOIL = ".193"

set XCM = "1.15"

else if ($CIAREA == sene) then

set RH = "(RHFAC) SENE

4.1, 3.4, 3.6, 3.5 !"

set RL1 = "! NDRECP

set RL2 =

set XS04 = ".090"

set XN03 = ".039"

set XOC = ".550"

set XEC = ".008"

set XSOIL = ".196"

set XCM = "1.17"

else if ($CIAREA == shen) then

set RH = "(RHFAC) SHEN

3.9, 3.2, 3.0, 3.1 !"

set RL1 = "! NDRECP

set RL2 =

set XS04 = ".088"

set XN03 = ".038"

set XOC = ".533"

set XEC = ".008"

set XSOIL = ".191"

set XCM = "1.14"

else if ($CIAREA == sips) then

set RH = "(RHFAC) SIPS

3.9, 3.6, 3.3, 3.4 !"

set RL1 = "! NDRECP

set RL2 =

set XS04 = ".090"

set XN03 = ".039"

set XOC = ".547"

set XEC = ".008"

set XSOIL = ".195"

set XCM = "1.17"

else if ($CIAREA == voya) then

set RH = "(RHFAC) VOYA

3.2, 2.6, 2.9, 2.8 !"

set RL1 = "! NDRECP

set RL2 =

set XS04 =

set XN03 =

set XOC =

set XEC =

set XSOIL

set XCM

endif

rm -rf calpost.inp

cp calpost.$year.$type.inp calpost.inp

perl -pi -e "s/RHFACINSERT/${RH}/"

perl -pi -e "s/FACILNAME/${FACIL}/"

perl -pi -e "s/SMALLNAME2/${SMALL2}/"

perl -pi -e "s/RECEPTORLISTl/${RLl}/"

perl -pi -e "s/RECEPTORLIST2/${RL2}/"

foreach i (1 2 3 4 5 6 7 8 9 10 11 12)

calpost.inp

calpost.inp

calpost.inp

calpost.inp

calpost.inp
perl -pi -e "s/QQA/${XS04}/"

perl -pi -e "s/QQB/${XN03}/"

perl -pi -e "s/QQC/${XOC}/"

perl -pi -e "s/QQD/${XEC}/"

perl -pi -e "s/QQE/${XSOIL}/"

perl -pi -e "s/QQF/${XCM}/"

end

./calpost.exe calpost.inp

calpost.inp

calpost.inp

calpost.inp

calpost.inp

calpost.inp

calpost.inp

rm -rf $POSTDIR/r*

mv -f $POSTDIR/v24${SMALL}.dat $POSTDIR/v24.$year.$FACIL.$CIAREA.dat

end #end loop over class I areas

grep " Number of days with Delta-Deciview =>

» $POSTDIR/allsites.$year.$FACIL.DV.txt

rm -rf postrec.dat calpost.inp

endif

########

end #end loop over 3 years

end #end loop over type: grid and recp

end #end loop over facilities

exit

0.50" $POSTDIR/v24.$year.$FACIL.*.dat
CALPUFF Demonstration

---------------- Run title (3 lines) ------------------------------------------

CALPOST MODEL CONTROL FILE

INPUT GROUP: 0 -- Input and Output File Names

Input Files

File Default File Name

Conc/Dep Flux File MODEL.DAT

=/calpuff/output/pu.2003.recp.FACILNAME.dat

Relative Humidity File VISB.DAT

=/calpuff/output/visb.2003.recp.FACILNAME.dat

Background Data File BACK.DAT *BACKDAT

Transmissometer/ VSRN.DAT *VSRDAT =

Nephelometer Data File

Output Files

*

*

MODDAT

VISDAT

File Default File Name

List File

=/calpuff/output/post.2003.recp.FACILNAME.lst

CALPOST.LST PSTLST

Pathname for Timeseries Files (blank)

(activate with exclamation points only if

providing NON-BLANK character string)

* TSPATH *

Pathname for Plot Files

!

(blank) PLPATH =/calpuff/output/calpost/recp/

(activate with exclamation points only if

providing NON-BLANK character string)

User Character String (U) to augment default filenames

(activate with exclamation points only if

providing NON-BLANK character string)

Timeseries TSERIES ASPEC ttHR CONC TSUNAM.DAT

* TSUNAM = *

Top Nth Rank Plot RANK (ALL) ASPEC ttHR CONC TUNAM.DAT

or RANK(ii)_ASPEC ttHR_CONC_TUNAM.GRD

* TUNAM = *

Exceedance Plot EXCEED ASPEC ttHR CONC XUNAM.DAT - - - or EXCEED ASPEC ttHR CONC XUNAM.GRD

! XUNAM = SMALLNAME2

Echo Plot

(Specific Days)

YYYY Mmm Ddd hhOO(UTCszzzz) LOO ASPEC ttHR CONC.DAT

or yyyy=Mmm_Ddd=hhOO(UTCszzzz)-LOO_ASPEC-ttHR_CONC.GRD
Visibility Plot DAILY VISIB VUNAM.DAT

(Daily Peak Summary)

VUNAM SMALLNAME2

All file names will be converted to lower case if LCFILES = T

Otherwise, if LCFILES = F, file names will be converted to UPPER CASE

T = lower case ! LCFILES = T !

F = UPPER CASE

NOTE: (1) file/path names can be up to 132 characters in length

NOTE: (2) Filenames for ALL PLOT and TIMESERIES FILES are constructed

using a template that includes a pathname, user-supplied

character(s), and context-specific strings, where

ASPEC Species Name

CONC CONC Or WFLX Or DFLX Or TFLX

tt Averaging Period (e.g. 03)

ii Rank (e.g. 02)

hh Hour (ending) in LST

szzzz LST time zone shift (EST is -0500)

yyyy Year(LST)

mm Month(LST)

dd day of month (LST)

are determined internally based on selections made below.

If a path or user-supplied character(s) are supplied, each

must contain at least 1 non-blank character.

!END!

INPUT GROUP: 1 -- General run control parameters

Option to run all periods found

in the met. file(s) (METRUN) Default: 0 ! METRUN o

METRUN

METRUN

o Run period explicitly defined below

1 - Run all periods in CALPUFF data file(s)

Starting date: Year (ISYR) No default ISYR 2003

(used only if Month (ISMO) No default ISMO 1

METRUN = 0) Day (ISDY) No default ISDY 2

Hour (ISHR) No default ISHR 1

Number of hours to process (NHRS) No default NHRS 8736

Process every hour of data? (NREP) Default: 1 NREP 1

(1 every hour processed,

2 every 2nd hour processed,

5 every 5th hour processed, etc. )

Species & Concentration/Deposition Information

Species to process (ASPEC) -- No default

(ASPEC = VISIB for visibility processing)

Layer/deposition code (ILAYER) Default: 1

'1' for CALPUFF concentrations,

'-1' for dry deposition fluxes,

'-2' for wet deposition fluxes,

'-3' for wet+dry deposition fluxes.

ASPEC VISIB

ILAYER 1

Scaling factors of the form:

X(new) = X(old) * A + B

(NOT applied if A = B = 0.0)

Defaults:

A 0.0

B = 0.0

A

B

0.0

0.0

Add Hourly Background Concentrations/Fluxes?

(LBACK) -- Default: F LBACK F
Receptor information

Gridded receptors processed? (LG) -- Default: F

Discrete receptors processed? (LD) -- Default: F

CTSG Complex terrain receptors processed?

(LCT) -- Default: F

--Report results by DISCRETE receptor RING?

(only used when LD = T) (LDRING) -- Default: F

LG F

LD T

LCT F

! LDRING F

--Select range of DISCRETE receptors (only used when LD = T) :

Select ALL DISCRETE receptors by setting NDRECP flag to -1;

OR

Select SPECIFIC DISCRETE receptors by entering a flag (0,1) for each

o = discrete receptor not processed

1 = discrete receptor processed

using repeated value notation to select blocks of receptors:

23*1, 15*0, 12*1

Flag for all receptors after the last one assigned is set to 0

(NDRECP) -- Default: -1

* NDRECP = 85 6* 0 , 16*0 , 65* 1 , 3 8 * 0 , 7 3 6*0 , 8 0*0 , 9 66* 0 , 52 * 0 , 6 6* 0 ,

103*0, 302*0, 47*0, 122*1, 173*0, 298*0, 148*0, 366*0 *

RECEPTORLIST1

RECEPTORLIST2

--Select range of GRIDDED receptors (only used when LG = T) :

X index of LL corner (IBGRID) -- Default: -1 ! IBGRID -1

(-1 OR 1 <= IBGRID <= NX)

Y index of LL corner (JBGRID) -- Default: -1 JBGRID -1

(-1 OR 1 <= JBGRID <= NY)

X index of UR corner (IEGRID) -- Default: -1 IEGRID -1

(-1 OR 1 <= IEGRID <= NX)

Y index of UR corner (JEGRID) -- Default: -1 JEGRID -1

(-1 OR 1 <= JEGRID <= NY)

Note: Entire grid is processed if IBGRID=JBGRID=IEGRID=JEGRID=-l

--Specific gridded receptors can also be excluded fromCALPOST

processing by filling a processing grid array with Os and Is. If the

processing flag for receptor index (i,j) is 1 (ON), that receptor

will be processed if it lies within the range delineated by IBGRID,

JBGRID,IEGRID,JEGRID and if LG=T. If it is 0 (OFF), it will not be

processed in the run. By default, all array values are set to 1 (ON).

Number of gridded receptor rows provided in Subgroup (la) to

identify specific gridded receptors to process

(NGONOFF) -- Default: 0 ! NGONOFF 0

lEND!

Subgroup (la) -- Specific gridded receptors included/excluded

Specific gridded receptors are excluded from CALPOST processing

by filling a processing grid array with Os and Is. A total of .

NGONOFF lines are read here. Each line corresponds to one 'row'
in the sampling grid, starting with the NORTHERNMOST row that

contains receptors that you wish to exclude, and finishing with

row 1 to the SOUTH (no intervening rows may be skipped). Within

a row, each receptor position is assigned either a 0 or 1,

starting with the westernmost receptor.

o gridded receptor not processed

1 = gridded receptor processed

Repeated value notation may be used to select blocks of receptors:

23*1, 15*0, 12*1

Because all values are initially set to 1, any receptors north of

the first row entered, or east of the last value provided in a row,

remain ON.

(NGXRECP) -- Default: 1

INPUT GROUP: 2 -- Visibility Parameters (ASPEC = VISIB)

Maximum relative humidity (%) used in particle growth curve

(RHMAX) Default: 98 ! RHMAX = 90.0

included in computing the light extinction

(LVS04) Default: T ! LVS04 T

(LVN03) Default: T LVN03 T

(LVOC) Default: T LVOC F

(LVPMC) Default: T LVPMC F

(LVPMF) Default: T LVPMF T

(LVEC) Default: T LVEC F

Modeled species to be

Include SULFATE?

Include NITRATE?

Include ORGANIC CARBON?

Include COARSE PARTICLES?

Include FINE PARTICLES?

Include ELEMENTAL CARBON?

And, when ranking for TOP-N, TOP-50, and Exceedance tables,

Include BACKGROUND? (LVBK) Default: T ! LVBK T

Species name used for particulates in MODEL.DAT file

COARSE (SPECPMC) Default: PMC ! SPECPMC

FINE (SPECPMF) Default: PMF ! SPECPMF

PMC

PM25

Extinction Efficiency (l/Mm per ug/m**3)

MODELED particulate species:

PM COARSE (EEPMC)

PM FINE (EEPMF)

BACKGROUND particulate species:

PM COARSE (EEPMCBK)

Default: 0.6

Default: 1.0

Default: 0.6

EEPMC 0.6

EEPMF 1.0

EEPMCBK = 0.6 !

Other species:

AMMONIUM SULFATE (EES04) Default: 3.0

AMMONIUM NITRATE (EEN03) Default: 3.0

ORGANIC CARBON (EEOC) Default: 4.0

SOIL (EESOIL)-- Default: 1.0

ELEMENTAL CARBON (EEEC) Default: 10.

EES04

EEN03

EEOC

EESOIL

EEEC

3.0

3.0

4.0

1.0

10.0 !

Background Extinction Computation

Method used for background light extinction

(MVISBK) -- Default: 2 ! MVISBK = 6

1 Supply single light extinction and hygroscopic fraction

- IWAQM (1993) RH adjustment applied to hygroscopic background

and modeled sulfate and nitrate

2 Compute extinction from speciated PM measurements (A)

- Hourly RH adjustment applied to observed and modeled sulfate

and nitrate
- RH factor is capped at RHMAX

3 Compute extinction from speciated PM measurements (B)

- Hourly RH adjustment applied to observed and modeled sulfate

and nitrate

- Receptor-hour excluded if RH>RHMAX

- Receptor-day excluded if fewer than 6 valid receptor-hours

4 Read hourly transmissometer background extinction measurements

- Hourly RH adjustment applied to modeled sulfate and nitrate

- Hour excluded if measurement invalid (missing, interference,

or large RH)

- Receptor-hour excluded if RH>RHMAX

- Receptor-day excluded if fewer than 6 valid receptor-hours

5 Read hourly nephelometer background extinction measurements

- Rayleigh extinction value (BEXTRAY) added to measurement

- Hourly RH adjustment applied to modeled sulfate and nitrate

- Hour excluded if measurement invalid (missing, interference,

or large RH)

- Receptor-hour excluded if RH>RHMAX

- Receptor-day excluded if fewer than 6 valid receptor-hours

6 Compute extinction from speciated PM measurements

- FLAG RH adjustment factor applied to observed and

modeled sulfate and nitrate

Additional inputs used for MVISBK = 1 :

--------------------------------------

Background light extinction (l/Mm)

(BEXTBK) -- No default ! BEXTBK 12.0

Percentage of particles affected by relative humidity

(RHFRAC) -- No default ! RHFRAC 10.0

Additional inputs used for MVISBK = 6 :

--------------------------------------

Extinction coefficients for hygroscopic species (modeled and

background) are computed using a monthly RH adjustment factor

in place of an hourly RH factor (VISB.DAT file is NOT needed) .

Enter the 12 monthly factors here (RHFAC) . Month 1 is January.

(RHFAC) -- No default * RHFAC = 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0,

0.0, 0.0 *

(RHFAC) BOWA * RHFAC 3.0, 2.6, 2.7, 2.4, 2.3, 2.9, 3.1, 3.4, 3.5, 2.8,

3.2, 3.2 * (RHFAC) BRIG * RHFAC 2.8, 2.6, 2.7, 2.6, 3.0, 3.2, 3.4, 3.7, 3.6, 3.3,

2.9, 2.8 * (RHFAC) DOSO * RHFAC 3.0, 2.8, 2.8, 2.6, 3.1, 3.4, 3.5, 3.9, 3.9, 3.3,

3.0, 3.1 * (RHFAC) GRGU * RHFAC 2.8, 2.6, 2.6, 2.8, 2.9, 3.2, 3.5, 3.8, 4.0, 3.4,

3.1, 2.9 * (RHFAC) GRSM * RHFAC 3.3, 3.0, 2.9, 2.7, 3.2, 3.9, 3.8, 4.0, 4.2, 3.8,

3.3, 3.4 * (RHFAC) HEGL * RHFAC 3.2, 2.9, 2.7, 2.7, 3.3, 3.3, 3.3, 3.3, 3.4, 3.1,

3.1, 3.3 * (RHFAC) ISLE * RHFAC 3.1, 2.5, 2.7, 2.4, 2.2, 2.6, 3.0, 3.2, 3.8, 2.7,

3.3, 3.3 * (RHFAC) JARI * RHFAC 2.8, 2.6, 2.7, 2.4, 3.0, 3.3, 3.4, 3.7, 3.6, 3.2,

2.8, 3.0 * (RHFAC) LIGO * RHFAC 3.3, 3.0, 3.0, 2.7, 3.3, 3.9, 4.1, 4.5, 4.4, 3.7,

3.2, 3.4 * (RHFAC) LYBR * RHFAC 2.7, 2.6, 2.6, 2.6, 2.8, 3.0, 3.3, 3.6, 3.7, 3.3,

2.9, 2.8 * (RHFAC) MACA * RHFAC 3.4, 3.1, 2.9, 2.6, 3.2, 3.5, 3.7, 3.9, 3.9, 3.4,

3.2, 3.5 * (RHFAC) MING * RHFAC 3.3, 3.0, 2.8, 2.6, 3.0, 3.2, 3.3, 3.5, 3.5, 3.1,

3.1, 3.3 * (RHFAC) SENE * RHFAC 3.3, 2.8, 2.9, 2.7, 2.6, 3.1, 3.6, 4.0, 4.1, 3.4,

3.6, 3.5 * (RHFAC) SHEN * RHFAC 3.1, 2.8, 2.8, 2.5, 3.1, 3.4, 3.5, 3.9, 3.9, 3.2,
3.0, 3.1 *

(RHFAC) SIPS

3.3, 3.4 *

(RHFAC) VOYA

2.9, 2.8 *

RHFACINSERT

* RHFAC

* RHFAC

3.4, 3.1, 2.9, 2.8, 3.3, 3.7, 3.9, 3.9, 3.9, 3.6,

2.8, 2.4, 2.4, 2.3, 2.3, 3.1, 2.7, 3.0, 3.2, 2.6,

Additional inputs used for MVISBK = 2,3,6:

Background extinction coefficients are computed from monthly

CONCENTRATIONS of ammonium sulfate (BKS04), ammonium nitrate (BKN03),

coarse particulates (BKPMC), organic carbon (BKOC), soil (BKSOIL), and

elemental carbon (BKEC). Month 1 is January.

(ug/m**3)

* BKSOIL= 0.50,0.50,0.50,0.50,0.50,0.50,0.50,0.50,

* BKSOIL= 0.50, 0.50, 0.50, 0.50, 0.50, 0.50, 0.50, 0.50,

(BKS04) WEST ug/m3

0.12, 0.12, 0.12, 0.12 *

(BKN03) WEST ug/m3

0.10, 0.10, 0.10, 0.10 *

(BKPMC) WEST ug/m3

3.00, 3.00, 3.00, 3.00 *

(BKOC) WEST ug/m3

0.47, 0.47, 0.47, 0.47 *

(BKSOIL) WEST ug/m3

0.50, 0.50, 0.50, 0.50 *

(BKEC) WEST ug/m3

0.02, 0.02, 0.02, 0.02 *

(BKS04) EAST ug/m3

0.23, 0.23, 0.23, 0.23 *

(BKN03) EAST ug/m3

0.10, 0.10, 0.10, 0.10 *

(BKPMC) EAST ug/m3

3.00, 3.00, 3.00, 3.00 * (BKOC) EAST ug/m3

1.40, 1.40, 1.40, 1.40 *

(BKSOIL) EAST ug/m3

0.50, 0.50, 0.50, 0.50 *

(BKEC) EAST ug/m3

0.02, 0.02, 0.02, 0.02 *

* BKS04

* BKN03

* BKPMC

* BKOC

* BKEC

* BKS04

* BKN03

* BKPMC

* BKOC

* BKEC

0.12, 0.12, 0.12, 0.12, 0.12, 0.12, 0.12, 0.12,

0.10, 0.10, 0.10, 0.10, 0.10, 0.10, 0.10, 0.10,

3.00, 3.00, 3.00, 3.00, 3.00, 3.00, 3.00, 3.00,

0.47, 0.47, 0.47, 0.47, 0.47, 0.47, 0.47, 0.47,

0.02, 0.02, 0.02, 0.02, 0.02, 0.02, 0.02, 0.02,

0.23, 0.23, 0.23, 0.23, 0.23, 0.23, 0.23, 0.23,

0.10, 0.10, 0.10, 0.10, 0.10, 0.10, 0.10, 0.10,

3.00, 3.00, 3.00, 3.00, 3.00, 3.00, 3.00, 3.00,

1.40, 1.40, 1.40, 1.40, 1.40, 1.40, 1.40, 1.40,

0.02, 0.02, 0.02, 0.02, 0.02, 0.02, 0.02, 0.02,

BKPMC = QQF, QQF, QQF, QQF, QQF, QQF, QQF, QQF, QQF,

BKSOIL= QQE, QQE, QQE, QQE, QQE, QQE, QQE, QQE, QQE,

(BKS04 )

QQA, QQA, QQA

(BKN03)

QQB, QQB, QQB

(BKOC)

QQC, QQC, QQC

(BKEC)

QQD, QQD, QQD

(BKSOIL)

QQE, QQE, QQE

(BKPMC)

QQF, QQF, QQF

No default

No default

No default

No default

No default

No default

BKS04

BKN03

BKOC

BKEC

QQA, QQA, QQA, QQA, QQA, QQA, QQA, QQA, QQA,

QQB, QQB, QQB, QQB, QQB, QQB, QQB, QQB, QQB,

QQC, QQC, QQC, QQC, QQC, QQC, QQC, QQC, QQC,

QQD, QQD, QQD, QQD, QQD, QQD, QQD, QQD, QQD,

Additional inputs used for MVISBK = 2,3,5,6:

Extinction due to Rayleigh scattering is added (l/Mm)

(BEXTRAY) -- Default: 10.0 ! BEXTRAY

!END!

INPUT GROUP: 3 -- Output options

Documentation

10.0
Documentation records contained in the header of the

CALPUFF output file may be written to the list file.

Print documentation image?

Output Units

(LDOC) Default: F LDOC F

Units for All Output

for

Concentration

1 g/m**3

2 mg/m**3

3 ug/m**3

4 ng/m**3

5 Odour Units

(IPRTU) -- Default: 1

for

Deposition

g/m**2/s

mg/m**2/s

ug/m**2/s

ng/m**2/s

IPRTU 3

Visibility: extinction expressed in l/Mega-meters (IPRTU is ignored)

Averaging time(s) reported

1-hr averages

3-hr averages

24-hr averages

Run-length averages

(L1HR)

(L3HR)

(L24HR)

(LRUNL)

Default: T

Default: T

Default: T

Default: T

L1HR

L3HR

L24HR

LRUNL

F

F

T

F

User-specified averaging time in hours - results for

an averaging time of NAVG hours are reported for

NAVG greater than 0:

(NAVG) -- Default: 0

Types of tabulations reported

NAVG o

1) Visibility: daily visibility tabulations are always reported

for the selected receptors when ASPEC = VISIB.

In addition, any of the other tabulations listed

below may be chosen to characterize the light

extinction coefficients.

[List file or Plot/Analysis File]

2) Top 50 table for each averaging time selected

[List file only]

(LT50) -- Default: T LT50 F

3) Top 'N' table for each averaging time selected

[List file or Plot file]

(LTOPN) -- Default: F LTOPN T

Number of 'Top-N' values at each receptor

selected (NTOP must be <= 4)

(NTOP) -- Default: 4 NTOP 1

Specific ranks of 'Top-N' values reported

(NTOP values must be entered)

(ITOP(4) array) -- Default: ITOP 1

1,2,3,4
4) Threshold exceedance counts for each receptor and each averaging

time selected

[List file or Plot file]

(LEXCD) Default: F LEXCD = F

Identify the threshold for each averaging time by assigning a

non-negative value (output units) .

Default: -1.0

Threshold for 1-hr averages (THRESH1) THRESH1 -1.0

Threshold for 3-hr averages (THRESH3) THRESH3 -1.0

Threshold for 24-hr averages (THRESH24 ) THRESH24 -1.0

Threshold for NAVG-hr averages (THRESHN) THRESHN -1.0

Counts for the shortest averaging period selected can be

tallied daily, and receptors that experience more than NCOUNT

counts over any NDAY period will be reported. This type of

exceedance violation output is triggered only if NDAY > O.

Accumulation period(Days)

(NDAY) -- Default: 0 NDAY 0

Number of exceedances allowed

(NCOUNT) -- Default: 1 NCOUNT 1

5) Selected day table(s)

Echo Option -- Many records are written each averaging period

selected and output is grouped by day

[List file or Plot file]

(LECHO) -- Default: F LECHO = F

Timeseries Option -- Averages at all selected receptors for

each selected averaging period are written to timeseries files.

Each file contains one averaging period, and all receptors are

written to a single record each averaging time.

[TSttUUUU.DAT files]

(LTIME) -- Default: F

Days selected for output

(IECHO(366)) -- Default: 366*0

! IECHO = 366*0 !

(366 values must be entered)

Plot output options

LTIME F

Plot files can be created for the Top-N, Exceedance, and Echo

tables selected above. Two formats for these files are available,

DATA and GRID. In the DATA format, results at all receptors are

listed along with the receptor location [x,y,vall,va12, ... ].

In the GRID format, results at only gridded receptors are written,

using a compact representation. The gridded values are written in

rows (x varies), starting with the most southern row of the grid.

The GRID format is given the .GRD extension, and includes headers

compatible with the SURFER(R) plotting software.

A plotting and analysis file can also be created for the daily

peak visibility summary output, in DATA format only.

Generate Plot file output in addition to writing tables

to List file?

(LPLT) -- Default: F

Use GRID format rather than DATA format,

when available?

! LPLT T
(LGRD) -- Default: F

Additional Debug Output

Output selected information to List file

for debugging?

(LDEBUG) -- Default: F

!END!

LGRD

LDEBUG

T

F

Appendix F-I

Details of Modeling

CEMEX

OEPA premise Ld.: 08-29-70-0165

Xenia, Greene County

SIC 3241 "Cement, hydraulic"

one affected source: Clinker Production (Quarry Plant) (P003)

stack parameters are:

280.4 m. base elev.;43.586 m. height; 2.414 m. dia; 23.1 m/s vel.; 477.6 K;

location (1104.312, 51.965) km (Lambert)

Title 5 permit limits:

P003

Ib/hr

S02

NOx

particulate

833.676

47.320

105.043

5.962

Low-NOx burners required May - September. 9 IbS02/ton of clinker limit in T&C's.

S02

NOx

PM10

EIS 2002 emission rates

P003

TPY

422.47

3429.37

162.92

total

hrs Ib/hr

7066 119.58 15.067

7066 970.67 122.304

7066 46.11 5.810

A single stack was modeled with the following emission rates (g/s):

S02

NOx

PM2.5

105.043

122.304

5.962

RESULTS

allowable

actual

allowable, using particulate as a surrogate for PM2.5

The following days of exceedance:

Mammoth Cave

Mingo

Sipsey Wilderness

2002 2003 2004

113

o 1 0

o 0 1
CHEMTRADE LOGISTICS

OEPA premise i.d.: 03-02-00-0001

Cairo, Allen County

SIC 2819 "Industrial Inorganic chemicals, NEG" (makes sulfuric acid)

formerly known as Marsulex

one affected source: Acid-Plant (P001); installed 6/1/67, modified 5/1/96

stack parameters are:

245.1 m. base elev.; 29.06 m. height; 0.744 m. dia; 15.75 m/s vel.; 355.4 K;

location 84/4/38,40/50/55 or (1077.712, 170.612) km (Lambert)

Title 5 permit limits:

Limited to 35 IbS02/ton H2S04 and 5460 IbS02/day, but says "This emissions unit has not yet

achieved the maximum permitted capacity of 250 tons/day of sulfuric acid," so I'll model at

(250)(35) = 8750 Ib/day =45.9375 g/s S02. 2.59 IbH2S04 mist/hr is allowed; not stated on per ton

basis; don't know if limit will be increased when plant reaches full capacity; will assume it will be.

EIS 2002:

actual emissions for S02' NOx and PM1 0 coinciding with 8703 hours of operation are 836.19, 0.11

and 2.57 TPY respectively, corresponding to 24.212,0.0032 and 0.0744 g/s respectively.

A single stack was modeled with the following emission rates (g/s):

S02

S04

NOx

PM2.5

45.9375

0.5123

0.0032

0.0744

RESULTS

allowable

allowable

actual

actual, using PM10 as a surrogate for PM2.5

No days of exceedance in 2002, 2003, or 2004.
CINERGY SOLUTIONS OF ST. BERNARD, LLC

OEPA premise Ld.: 14-31-39-4148 (formerly 14-31-39-0903 when owned by P&G)

St. Bernard, Hamilton County

SIC 2841, "Soap and other detergents, except specialty cleaners"

one affected source: Boiler No.4, IG-4A (B022)

"450 MMBtu per hour coal and natural gas-fired boiler controlled with an

electrostatic precipitator (ESP)"

stack parameters (from EIS 2002):

153.01 m base elev.; 64.922 m height; 2.1336 m diameter; 12.08 m/s velocity; 427.6 K.

location: (1067.798, -17.688) km (Lambert)

Title 5 permit limits:

S02

NOx

particulate

Ib/hr

900.0

82.88

58.5

gf§.

113.4

10.442

7.371

The permit shows NOx allowance under OAC 3745-14 of 71 tons for B021 (retired) and 292 tons

for B022. Assuming the allowance for the retired unit is usable by the unretired one, the annual limit

on NOx would be 363 TPY, or 82.88 Ib/hr or 10.44 g/s annual average, assuming 100% usage

factor.

EIS 2002 emission rates

S02

NOx

PM2.5

TPY

1847.69

1062.71

11.82

hrs Ib/hr

8354

8354

8354

total

gf§.

55.747

32.06

0.357

A single stack was modeled with the following emission rates (g/s):

S02

NOx

PM2.5

113.4

32.06

7.371

RESULTS

permit limit

average actual, since greater than permit limit

permit limit, taking "particulate" as 100% pm2.5 for conservatism

The following days of exceedance:

Mammoth Cave

2002 2003 2004

102
COGNIS

OEPA premise Ld.: 14-31-07-0035

Cincinnati, Hamilton County

SIC 2899, "Chemicals and chemical preparations, NEC"

One affected source:

Boiler No.1 (B027) "Steam boiler fired with natural gas, landfill gas, coal, and fuel oil"

(Activity description); "683 MMBtu/HR Multi-fuel Boiler with ESP"

(Operations, Property, and/or Equipment)

stack parameters (from EIS 2002):

154.23 m base elev.; 45.72 m height; 2.5908 m diameter; 10.294 m/s velocity; 419.26 K.

location: (1067.633, -17.369) km (Lambert)

EIS 2002 emission rates:

S02

NOx

pm2.5

B027

TPY

1585.39

936.62

31.81

hrsl

Yl* Ib/hr gl§

8400 377.4747.5617

8400 223.0028.0986

8400 7.57 0.9543

* The hrs/yr is absent from EIS for this facility; 8400 assumed for the purpose of this

calculation.

Title 5 emission limits:

S02

NOx

particulate

B027

Ib/hr

819.6

478.1

68.3

gl§

103.2696

60.2406

8.6058

A single stack was modeled with the following emission rates (g/s):

S02

NOx

PM2.5

103.2696

60.2406

8.6058

RESULTS

permit limit

permit limit

permit limit, taking "particulate" as 100% pm2.5 for conservatism

The following days of exceedance:

Mammoth Cave

2002

2

2003

1

2004

3
DEGUSSA ENGINEERED CARBONS LP

OEPA premise Ld.: 06-84-01-0049

Belpre, Washington County

SIC 2895, "Carbon black"

three affected sources:

Storage Bin Vents (F002), installed 1968

Unit #1 Dryer (P005), installed 1968

Unit #2 Dryer (P006), installed 1968

same parameters for both dryer stacks, viz. (from EIS 2002, except location, which is from "BART

Exemption Modeling/Supporting Information" supplied by the company, December, 2006):

186.23 m. base elev.; 60.96 m height; 2.4384 m. dia.; 13.744 m/s vel.; 577 K;

location (1314.062,34.647) km (Lambert); (81/34/3.42,39/18/6.66 long/lat)

bin vent parameters are (from EIS 2002, except velocity, which is made up):

186.23 m. base elev.; 31.09 m height; 0.152 m. dia.; 5.0 m/s vel.; 294.2 K;

location (1314.68,31.803) km (Lambert)

Title 5 permit limits:

P005 P006 total total

Ib/hr Ib/hr Ib/hr gL§

S02 154.1 136.3 290.4 36.5904

NOx 10.8 9.5 20.3 2.5578

particulate 3.6 3.2 6.8 0.8568

EIS 2002 emission rates

P005 P006 total

TPY hrs Ib/hr TPY hrs Ib/hr gL§

S02 495.987975 124.38300.21 7661 78.37 25.55

NOx 78.537975 19.64 51.36 7661 13.41 4.171

PM2.5 1.0 0.7 0.2088

P005 and P006 were modeled as a single stack with the following emission rates (g/s):

S02 36.5904

NOx 7.506

PM2.5 0.8568

permit limit

permit limit

permit limit, taking "particulate" as 100% pm2.5 for conservatism.

The allowable for NOx supplied by the company in a 12/13/06 meeting is higher than the value in

their permit issued in 2002 (56 vs. 20.3 Ib/hr); apparently the difference can be explained by PTI

application 06-06770.

F002 was modeled at the allowable rate of 2 Ib/hr (or 8.76 TPY) or 0.252 gis, using PM as a

surrogate for pm2.5. The EIS 2002 emission rates were 6.5, 3.9, and 2.8 TPY for pm, pm10, and
pm2.5 respectively.

RESULTS

No days of exceedance in 2002, 2003, or 2004.

GLATFELTER

OEPA premise Ld.: 06-71-010-028

Chillicothe, Ross County

formerly known as MW Custom Papers; before that, Chillicothe Papers; and before that,

Mead Paper.

two affected sources:

No. 7 Coal Boiler (B002)

NO.8 Coal Boiler (B003)

Capacities are 422 and 505 MMBtu/hr respectively. Same parameters for both stacks, viz. (email

from K. Lute _/_/06):

187.45 m base elev.; 144.78 m height; 4.2672 m. diameter; 16.503 m/s velocity;

425 K temperature

Title 5 permit limits

S02

NOx

PM

B002

{gl§2

526.4

5.317

B003

{gl§2

629.94

6.363

combined

{gl§2

1156.34

11.6802

EIS 2002 emission rates

S02

Nox

PM

PM10

PM2.5

B002

8650 hrs/yr

TPY

7862.05

870.71

22.15

11.93

0.11

B003

8744 hrs/yr

g§ TPY

229.04 12051.44

25.366 1715.3

0.645 26.4

0.348 17.73

0.0032 0.17

g§

347.32

49.435

0.761

0.511

0.0049

combined

g§

576.36

74.80

1.406

0.859

0.0081

Three years worth of daily CEM data was requested and received from the company. The modeled

rates for S02 and NOx are based on those data, Le. modeled NOx is the highest daily rate for B002

and 8003 combined for 2005, 2004, and the last 274 days in 2003, and S02 is the highest

combined daily emission date for 2003, 2004, and 2005.
A single stack was modeled with the following emission rates (g/s):

S02

NOx

PM2.5

1308.87

59.316

·0.859

RESULTS

The following days of exceedance (most-impacted areas only shown):

Dolly Sods

Mammoth Cave

Shenandoah

Great Smoky

2002

23

12

20

5

2003

23

14

37

8

2004

31

22

38

10

MARTIN MARIETTA MAGNESIUM

OEPA premise Ld.: 03-72-00-0127

Woodville, Sandusky County

SIC 3274, "Lime"

Five affected sources:

#5 Rotary Kiln (P010)

#4 Rotary Kiln (P013)

#6 Rotary Kiln (P014) ; modified 6/1/83

#1 Lime Kiln (P015)

#2 Lime Kiln (P019) constructed 6/1/73

all located at (1126.780, 243.968) km (Lambert), with base elevation of 192.02 m., and the

following stack parameters:

Height diameter velocity temp.

--1m1 .crru (m/s) ili}

P010 15.5448 0.6096 37.19 449.8

P013 15.5448 0.6096 37.19 449.8

P014 15.5448 0.6096 37.19 449.8

P015 28.0416 1.5911 17.424 616.5

P019 28.9560 2.1946 15.596 449.8

Title 5 permit limits (P010, P013, P014)

P010 P013 P014

g/s g/s g/s

S02 97.562 97.561 97.561

NOx

PM 18.0936*
* 18.0936 g/s is from the three sources combined.

"the PE from emissions units P010, P013, and P014, combined, shall not exceed 143.6

pounds/hour"

"15.42 pounds sulfur dioxide (802) per ton of actual process weight input" (all three)

"25.0 pounds of S02/ton of product" (all three)

EI8 2002 lists allowables for S02 as 3391.45, 3391.4, and 3391.4 TPY respectively.

Backcalculation of tons/hr of product and tons/hour of process weight input gives 30.97 and

50.21 TPH respectively.

Title 5 permit limits (P015, P019)

P015

TPY

802 1750

NOx

PM

P019

g/s TPY

50.342 1973.2

10.0674*

g/s

56.763

* 10.0674 g/s is from the two sources combined

"the PE from emissions units P015 and P019, combined, shall not exceed 79.9

pounds/hour." (n.b.: 79.9 x 8760/2000 =349.962 TPY; 79.9 x 0.126 =10.0674 g/s)

EIS 2002 emission rates (P010, P013, P014)

P010 P013 P014

TPY hrs g/s TPY hrs g/s TPY hrs g/s

802 132.11 7218 4.612 131.637192 4.612 143.17 7823 4.612

NOx 257.58 7218 8.993 256.64 7192 8.992 279.15 7823 8.990

pm2.5 O. 7218 O. 0.177192 0.006 0.18 7823 0.006

EI8 2002 emission rates (P015, P019)

P015

TPY hrs. g!.§.

802 293.61 6719 11.012

NOx 428.79 6719 16.082

pm2.5

P019

TPY hrs. g!.§.

866.8 6728 32.466

583.84 6728 21.868

Three stacks (P010, P013, and P014 will be merged) will be modeled with the following emission

rates (g/s):

802

NOx

pm2.5*

P010

97.562

8.993

6.0312

P013

97.561

8.992

6.0312

P014

97.561

8.990

6.0312

P015

50.342

16.082

5.0337

P019

56.763

21.868

5.0377
* equal division among P015 and P019 assumed; PM being used as a surrogate for pm2.5,

for conservatism.

RESULTS

The following days of exceedance:

Dolly Sods

Great Smoky

Mammoth Cave

Seney

Shenandoah

Great Gulf Wilderness

Linville Gorge

Mingo

Lye Brook Wilderness

ORMET

2002

4

1

2

1

1

o

o

o

o

2003

1

1

1

3

o

1

1

2

o

2004

o

o

1

o

o

o

o

o

1

OEPA premise Ld.: 06-56-00-0001

Hannibal, Monroe County

SIC 3334, "Primary production aluminum"

The plant was built during the 1950's, and Pot Line 6 was added subsequently, during the BART

interval. Actual emissions of S02 reported in 2002 inventory is 14.614 gIs, but allowable is 121 :15

g/s. A value of 163 gls was modeled, which is an estimate intended to account for the plant wide

increase in throughput associated with the new potline (in case that's relevant). The modeled NOx

and'PM emission rates were 0.0025 and 0.9735 gls respectively.

One stack was modeled, at (1367.312,89.098); base elevation 202.69 m, with these parameters:

height diam. velocity temp.

(m) (m) (m/s) (K)

35.052 4.42 14.29 370.4

RESULTS

The following days of exceedance:

2002 2003 2004

Dolly Sods 0 1 3

Mammoth Cave 0 1 1

Shenandoah 0 1 0
OWENS CORNING

OEPA premise Ld.: 01-45-02-0185

Newark, Licking County

SIC 3296, "Mineral wool"

53 or so affected sources:

P001

P002 F-6 forming

P003 F-6 oven

P004 8-4 electric melt furnace

P005 C-4 electric melt furnace

P008

P026 8-4 forming

P027 C-4 forming

P028 0-5 forming

P031

8001

F001

F002

P006

P020

P021

P022

P024

P033

P038 #1 Aeroflex forming

P039 #2 Aeroflox forming

P044 #1 Aeroflex oven

P048

P051

P055 C-4 oven

P060 #2 Aeroflex oven

P064 0-5 oven

P066

P069

P072 0-5 cooling sec

P073 C-4 cooling sec

P115 F-6 Cooling/trim and Penclone

P129

P130

P131

P133

P134

P135

P136

P140 8-4 oven

P141

P142
P143

p147

P176 8-4 cooling

P183

P185 CMP 1 cut/slitter

P186 CMP 2 cut/slitter

P187 CMP3 cut/slitter

P188 CMP 4 cut/slitter

P189 RSM trim/slitter

P194

Z066

The smallest 43 or so sources, which are the last ones listed above, were combined into a single

fictitious stack description ("OCother"), for convenience in modeling.

The same location (1229.933, 106.895) km (Lambert) (base elev. 250.5 m) was used for all stacks,

with the following individual stack parameters:

P001

P002

P003

P004

P005

P008

P026

P027

P028

P031

Ocother

height

(m)

22.0

22.25

24.32

22.13

22.13

21.85

23.56

28.22

26.58

26.00

26.00

diam. velocity temp.

(m) (m/s) (K)

0.25 225.9 866.5

0.9235 84.55 310.9

0.9235 33.11 922.0

1.219 3.195 324.8

1.219 2.953 324.8

0.814 22.68 1088.7

0.814 22.68 299.8

0.814 22.68 344.3

0.814 22.68 310.9

0.814 22.68 310.9

0.814 22.68 324.8

EIS 2002 emission rates

P001

P002

P003

P004

P005

P008

P026

P027

P028

P031

Ocother
Title 5 allowable emission rates

P001 S02 2.2Ib/hr PM 3.24 Ib/hr NOx 97.5 Ib/hrnot in STARS pull

0.27729/s 0.408249/S 12.285 g/5

P002 not in permit

P003 not in permit

P004 S02 114.2 Ib/hr PM 3.13 Ib/hr NOx -

14.389 g/s 0.394 g/s

P005 802 1.75Ib/hr PM 3.54 Ib/hr NOx 90.1 Ib/hr

0.221 g/s 0.446 g/s 11.353 g/s

P008 ?

P026 S02 141.5 Ib/hr PM 18.6 Ib/hr NOx -

17.829 g/s 2.344 g/s

P027 S02 5.63Ib/hr PM 28.0 Ib/hr NOx 4.37 Ib/hr

0.7094 g/s 3.528 g/s 0.551 g/s

P028 S02 138.0 Ib/hr PM 18.2 Ib/hr NOx -

17.388 g/s

P031 S02 5.3Ib/hr PM 29.5 Ib/hr NOx 5.3Ib/hr

0.668 9/s 3.717g/s 0.668 g/s

P140 S02 107.8 Iblhr PM 14.2 Ib/hr NOx -

13.583 g/s 1.789 g/s

P141 S02 102.4 Ib/hr PM 10.0 Ib/hr NOx -

Ocother

Emission rates used for modeling (bold face =allowable; italic bold face mixture of actual and

allowable):

S02 NOx PM

g§ g§ g§

P001 0.2772 12.285 0.40824

P002 0.192 0.314 2.707

P003 0.073 0.312 0.106

P004 14.389 4.317 0.394

P005 0.221 11.353 0.446

P008 0.359 6.101 0.139

P026 17.829 0.200 2.344

P027 0.709 0.551 3.528

P028 17.388 0.219 2.293

P031 0.668 0.668 3.717

P140 13.583 0.200 1.789
P141

Ocother

sum

12.902

22.5162

101.1064

0.0170

8.4058

44.9428

1.26

28.5598

47.69104

RESULTS

No days of exceedance in 2002, 2003, or 2004.

PREMCOR REFINING GROUP

OPEPA premise Ld.: 03-02-02-0012

Lima, Allen County

SIC 2911, "Petroleum refining"

affected sources:

Refinery Fuel Gas fired ISO Stabilizaer/Splitter Heaters (PR 170003/PR 175155) (B002)

Refinery Fuel Gas fired ISO I & II Heaters (PR 175152/PR 175153) (B003)

Refinery Fuel Gas fired Crude II Heater (PR 175150) (B004)

Refinery Fuel Gas fired Reformate Splitter Reboiler (PR 175168) (B005)

Refinery Fuel Gas fired U/F PRE, 1, 2, &3 Heater (PR 175156-175159) (B006)

Refinery Fuel Gas fired Reformer Regenerator Heater (PR 175162) (B007)

Refinery Fuel Gas fired HDS Heater (PR 175169) (B008)

Refinery Fuel Gas fired Riley Boiler (PR 175071) (B009)

Refinery Fuel gas fired Trolumen furnace (PR 175009) didn't get modeled, perhaps by oversight

(B018)

Paved and Unpaved Roadways (didn't model, perhaps by oversight) (F001)

LIU Flare (PR 196510), treated as control equipment (P007)

Vacuum II Distillation Tower with Firebox (Crude II) (PR 164058) (P014)

dateless, descriptionless; didn't model, perhaps by oversight (P030)

SRU Cooling Tower (P033)

LIU Cooling Tower (P037)

Title 5 permit limits (P010 and P014):

S02

NOx

PM

P010

Ib/hr

553.84

91.2

69.784

P014

Ib/hr

1620 204.12

"Process Operations" page of P010 application shows max. "Distillate & Gas. Blend Stock" as

602,000 Ib/hr; permit shows 0.92 IbS02/1 ,000 pounds of fresh feed; emission limit appears to be

0.92 x 602 = 553.84 Ib/hr = 69.784 g/s.

Title 5 permit limits (B002, B004 and B006):
B002 B004 B006

Ib/hr 9t§. Ib/hr 9t§. Ib/hr 9t§.

802 369.0 46.494 630.0 79.38 293.1 36.9306

NOx 63.0 7.938

PM 7.38 0.9299 12.6 1.5876 39.08 4.92408

Title 5 permit limits (B005, B008, B009):

B005 B008 B009

Ib/hr 9t§. Ib/hr 9t§. Ib/hr 9t§.

802 118.0 14.86841.7 5.2542 36.0 4.536

NOx

PM 2.36 0.29736 5.56 0.70056 4.8 0.6048

Title 5 permit limits (B003, B007):

B003 B007

Ib/hr 9t§. Ib/hr 9t§.

802 16.35 2.060116.5 2.079

NOx

PM 2.18 0.27468 2.2 0.2772

EI8 2002 emission rates (P010, P014)

P010 P014

TPY hrs. 9t§. TPY hrs. 9t§.

802 1469.12 8760 42.262 868.23 8760 24.976

NOx 512.13 8760 14.733

PM 107.6* 8760 3.095

* same number provided for PM, PM10, and PM25

EI8 2002 emission rates (B002, B004, B006) (all sources 8760 hrs/yr)

B002 B004 B006

TPY 9t§. TPY 9t§. TPY 9t§.

802 4.96 0.1427 21.01 0.6044 22.68 0.6524

NOx 90.34 2.5988511.98 14.7282 524.51 15.0886

PM25 3.32 0.0955 14.03 0.4036 15.17 0.4364

EI8 2002 emission rate (B005, B008, B009)

B005 B008 B009

TPY 9t§. TPY 9t§. TPY 9t§.

802 2.65 0.0762 2.8 0.08055 0.44 0.012658

NOx 23.37 0.6723 68.56 1.9723 148.52 4.2725

PM25 1.78 0.0512 1.89 0.05437 4.1 0.11795

EI8 2002 emission rate (B003, B007)
S02

NOx

PM25

B003

TPY

1.28

11.38

0.87

0.03682

0.32737

0.02503

B007

TPY

0.94

8.49

0.65

0.02704

0.24423

0.01870

P007 is flare that operates during startup and shutdown. It is limited to 10 TPY of NOx. EIS 2002

shows 17.6 tons of NOx. Hours of operation is stated as 8760, but clearly that's not right. Capacity

is 0.479 mcf/hr, according to EIS. 3.A.lll.e in the permit gives a formula for computing NOx

emissions; I'll plug some guesstimates into the formula, Le.

E = (4.79 X 105 scf/hr ) (500 Btu/scf) ( 0.068 IbNOxlMMBtu)/(1 x 106 )

The permit says the units of E are tons/hr, but that's obviously wrong - it must be Ib/hr if all other

units are stated correctly.

E = 16.286 Ib/hr

For conservatism, call the HHV 1000 Btu/scf. Then E= 37.572 Ib/hr or 4.104 g/s

A couple of questions:

(a) hitherto I've modeled P010, notwithstanding the fact that it's absent from the 7/8/04

"Potential BART Records" data pull, but probably 'it's supposed to be absent, based

on a construction date of 6/1/60. Better confirm 6/1/60 isn't simply a typo.

EIS 2002 shows no entries for NOx or PM for P014, but it's described as a "Vacuum

II Distillation Tower with Firebox," and if it's a combustion source, I'd expect it to

have both. The permit (para. 2.c) says "The permittee has identified the refinery fuel

gas fired crude II heater (emissions unit B004) as the primary control device, and

the LIU flare (emissions unit P007) as the secondary control device for this

emissions unit." Maybe the emissions (if any) missing from P014 are accounted for

under B004 and P007

Here's what I'll model, and use for emission rates (bold face numbers are allowables; normal face

from EIS 2002):

B002

B003

B004

B005

B006

B007

B008

B009

P014

P007

P033

S02

46.494

2.0601

79.38

14.868

36.9306(4)

2.079

5.2542

4.536

204.12

NOx

2.5988

0.32737

14.7282*

0.6723

15.0886

0.24423

1.9723

4.2725

0.#

4.104 (3)

pm2.5

0.9299

0.27468

1.5876

0.29736

4.92408

0.2772

0.70056

0.6048

0.#

intermittently operated flare

0.66024 (cooling tower drift)
P037 5.5377 (cooling tower drift)

* allowable NOx for B004 is 7.938 g/s

# no entries for NOx or PM in EIS 2002

(3) computed using flare equation in permit

(4) I modeled 39.9306, I've discovered. I won't worry which is correct.

Here are the individual stack parameters:

height diam. velocity temp.

1m2 1m2 (m/s) .GS2 longitude latitude

B002 45.72 2.5908 4.654 574.8 84/7/26 40/43/10

B003 45.72 1.652 4.974 725.4 84/7/27 40/43/12

B004 60.96 3.2004 11.134 411.5 84/7/22 40/43/18

B005 45.72 1.8288 9.127 660.9 84/7/27 40/43/9

B006 57.9123.6576 6.244 549.8 84/7/23 40/43/13

B007 45.72 1.8288 2.605 722.0 84/7/24 40/43/13

B008 45.72 2.286 2.982 540.9 84/7/25 40/43/18

B009 36.271 2.1336 12.698 494.8 84/7/25 40/43/18

P014 48.7683.9624 5.691 602.6 84/7/22 40/43/16

P007 76.2 1.0668 18.299 1255.4 84/7/37 40/43/19

P033 6.0964.309 7.0 310.9 84/7/12 40/43/24

P037 24.384 18.84 ,7.0 310.9 84/7/22 40/43/20

EIS 2002 lists 0 F temps. for the last three, but I'm assuming values of 1800 F, 100 F and 100 F

respectively. Still need heights, diameters, velocities. For P007, EIS 2002 has height 250 ft., area

9.62 ft2, and temp. 3500 under "fugitive" section. I'll go with those, except I'll stick with 1800 F.

The permit restricts the velocity, based on heat content. If the heat content is less than 1000

Btu/scf, the max. velocity allowed is 18.3 m/sec. There also are values for P033 and P037 under

"fugitive" which I'll use except I'll substitute 100 F for 50 F and I'll make up velocities.

Stack base elevations are all 860' (262.128 m) except B009 which is 868' (264.57 m) and P007,

P033, and P037, which have no values listed, for which I'll use 860'.

RESULTS

The following days of exceedance:

Dolly Sods

Mammoth Cave

Shenandoah

Seney

Boundary Waters

Brigantine

Great Gulf

Great Smoky

Mingo

Sipsey

2002

2

1

1

o

o

o

o

o

o

o

2003

o

2

o

1

1

1

1

o

o

o

2004

o

3

o

1

o

o

o

1

2

2
SUN

OEPA premise Ld.: 04-48-01-0246

Oregon, Lucas County

SIC 2911, "Petroleum refining"

Six (?) large affected sources:

B025 H-9101 process heater

B033 H-9301 process heater

B046 H-021-03 CO boiler

B047 (not in EIS 2002)

P008 6/1/69

P009 6/1/71

P011 6/1/73 (Note: combined limit for P011, B046, and B047)

P012 6/1/77

plus a bunch of small ones.

The permit has a combined emission limitation for P011, B046, and B047 of 3.00 pounds of sulfur

dioxide (S02) per thousand pounds of fresh feed. Under A.1.2.a it says the three sources vent to

the same stack. In EIS 2002, for P011, the SCC (30600201) annual process rate is 21,962.464

thousand barrels of fresh feed. It looks like I need a pounds/barrel conversion factor in order to

compute an S02 allowable, unless the 3.00 Ib per 1000 Ib limit is a mistake for Ib per 1000 barrels.

Compute an allowable based on the assumption that it's a mistake:

21,962.464 x 3 / 2000 =32.94 TPY - I doubt if that's what it is.

In EIS 2002 it's computed to be 99,999.0 tons/year allowable, which I take to be a field overflow

or an "uncalculable" flag.

Based on 48 gallons/barrel and unity specific gravity, the weight of a barrel is ( 1 gal. =3785 cc = 8.327 Ib) =399.7 lb.

21,962.464 x 399.7 x 3 / 2000 = 13,167.6 TPY = 378.794 g/s

This source: http://www.simetric.co.uk/si liguids.htm lists densities of seven different crudes; they

range from 790 to 973 kg/m3. Use the highest value:

0.973 x 378.794 = 368.57 g/s.

P012 P008 P009

12.3606

Title 5 permit limits:

P011

gj.§.

S02 378.794

NOx

particulate
0.3024

B032

0.6048

1.21464 0.54684

S02

NOx

particulate

Title 5 permit limits (continued)

B025 B033

2.42928 1.09368

EIS 2002 emission rates (8760 hours of operation for all)

P011 P008 P009

TPY TPY TPY

S02 7752.96 223.03 3.93 88.73

NOx 407.4 11.72 100.52 66.55

pm2.5 143.78 4.14 7.64 5.06

EIS 2002 emission rates (8760 hours of operation for all) (continued)

B025

TPY

S02

NOx

pm2.5

B032

TPY

S02

NOx

pm2.5

B033

TPY

g/s

P012

TPY

698.0320.0803

1.28 0.0368

0.1 0.00288

Stack parameters

P011

height

Jm}

75.8952

diam. velocity temp.

lm1 (m/s) fK1

2.947429.397505.37

have to get a base elevation from somewhere.

The following emission rates were used for modeling:

S02

NOx

pm2.5

P008 P009 P011

368.57

11.72

12.3606

B032

0.6048

8033

1.09368
RESULTS

The following days of exceedance:

Dolly Sods

Mammoth Cave

Seney

Shenandoah

Boundary Waters

Brigantine

Great Gulf

Great Smokey

Isle

Ligo

Mingo

Lybr

wei STEEL

2002

2

2

3

1

o

o

o

o

o

o

o

o

2003

1

1

3

1

1

1

1

1

1

1

1

o

2004

o

1

3

o

o

o

2

o

o

o

o

1

OEPA premise i.d.: 02-78-00-0463

Warren, Trumbull County

SIC 3312, "Steel works, blast furnaces (including coke ovens), and rolling mills"

two affected sources:

No. 1 Boiler (B001)

No.2 Boiler (B002)

The same location (1339.939, 253.585) km(Lambert) (base elev. 271.27 m) was used for all

stacks, with the following individual stack parameters:

B001

B002

height

1m}

36.576

36.576

diam. velocity

fm.} (m/s)

3.048 17.06

2.4384 20.32

temp.

!1S)

462.6

477.6

T&C's for B001 describes the unit as "492 MMBtu/Hr B&W fired with pulzd. Coal, N_G, BFG and

COG" and imposes limit of 3.9 IbS02 per mmBtu

T&C's for B002 describes the unit as "387 MMBtu/Hr B&W fired with No.6 F.O., N-G, BFG and

COG" and imposes limit of 1.6 IbS02 per mmBtu

Particulate is limited to 0.1 and 0.04 Ib/mmBtu for B001 and B002 respectively.
Title 5 permit limits:

S02

NOx

particulate

8001

Ib/hr

1918.8

no limit

49.2

B002

Ib/hr

619.2

no limit

15.48

total total

Ib/hr -9/..§.

2538.0 319.788

64.68 8.1497

EIS 2002 emission rates

S02

NOx

pm2.5

8001 B002

TPY hrs Ib/hr TPY hrs Ib/hr

1491.87 7896 377.88 2.09 2496 1.6747

483.71 7896 122.5227.06 2496 21.6827

36.797896 9.3186 4.422496 3.5417

total

9t§.

47.82

18.17

1.6204

A pair of stacks were modeled with the following emission rates (g/s):

S02

NOx

PM2.5

8001

241.7688

15.438

6.1992

RESULTS

8002

78.0192

2.732

1.95048

(allowable)

(actual)

(allowable assuming "particulate" equivalent to

pm2.5)

The following days of exceedance:

Dolly Sods

Shenandoah

Seney

dkt

11/7/07

2002 2003 2004

1 1 1

210

010

Appendix F-m

Single Source Modeling to Support Regional Haze BART

Modeling Protocol

March 21, 2006

Lake Michigan Air Directors Consortium

Des Plaines, IL

Modeling may be necessary to support a decision by the States about which BART

eligible sources "cause or contribute" to visibility impairment and are subject to

BART. The threshold used to determine whether a source "contributes" to visibility

impairment is 0.5 deciviews, or lower, which is suggested in U.S. Environmental

Protection Agency (EPA) guidance (EPA, 2005). For the purposes of this analysis, the

threshold used to determine whether a source "contributes" to visibility impairment

is 0.5 deciviews. EPA guidance recommends CALPUFF for modeling single source

visibility impacts at Class I areas (EPA, 2005).

POLLUTANTS

EPA guidance lists S02, NOX, and primary particulate matter (PM) as visibility

impairing pollutants (EPA, 2005). Emissions of S02, NOX, and PM must be examined

for source contribution to visibility impairment. EPA recommends using the CALPUFF

modeling system. EPA gUidance recommends the use of judgment to determine

whether VOC, ammonia, or primary PM emissions contribute to visibility impairment

(EPA, 2005). An additional modeling analysis will be performed to determine whether

VOC, ammonia, and primary PM emissions need to be considered.

VISIBILITY IMPAIRMENT MODELING: SUBJECT TO BART

The list of BART-eligible sources in each state will include all 26 applicable source

categories (i.e., both EGUs and non-EGUs). For EGUs, EPA states the CAIR rule will

result in controls for electric generating units (EGUs) better than those achievable by

the BART provision of the Regional Haze rule. Each State will need to make a policy

decision to either accept this position or to impose BART controls on their EGUs.

Since the CAIR rule regulates SOX and NOX emissions, some consideration for other

EGU emissions including primary PM, VOC, and ammonia is necessary. An additional

modeling analysis will be performed to determine whether VOC, ammonia, and

primary PM emissions from all elevated point sources in the Midwest RPO States

contribute to visibility impairment at Class I areas.

For non-EGUs, the options in the BART guideline for determining which sources need

not be subject to BART will be considered. The three options are individual source

attribution approach (i.e., CALPUFF modeling), use of model plants to exempt

individual sources, and cumulative modeling to show that certain elevated point

source emissions species do not contribute to visibility degradation at nearby Class I

areas. All three options will be used here. Specifically, the following approach will

be taken:

(1) Calculate the Q/d value for all sources based on actual emissions and

minimum distance to a Class I area. (Note, the Q/d metric was

Modeling Protocol: Page 1 of 8
identified in EPA's proposed rule and is similar to the emissionsdistance criteria suggested in the final rule.)

(2) Conduct individual source CALPUFF modeling for those sources with a

Q/d value > 5. (Note, the CALPUFF modeling conducted in response to

EPA's proposed BART rule showed that the emissions-distance criteria

associated with less than 0.5 dv visibility impacts on nearby Class I

areas was consistent with a Q/d value of < 5.)

(3) Review the results of the new CALPUFF modeling to determine which

sources have less than a 0.5 dv impact on nearby Class I areas and

which can, therefore, be assumed to be exempt from the BART

process.

(4) Also review the results of the new CALPUFF modeling for sources with

a Q/d value between 5 and 20 to determine if 5 is an appropriate cutoff for exempting sources from the BART process.

(5) Cumulative modeling will also be performed with CAMx to determine if

ammonia, VOC, and direct PM (fine and coarse mass) emissions can be

exempt from the BART process.

CUMULATIVE VISBILITY IMPAIRMENT MODELING

A photochemical model (CAMx4) will be applied with the VOC, ammonia, and PM fine

and coarse mass emissions "zeroed-out" from all point sources in the Midwest RPO

States, both BART-eligible and non-BART-eligible. The "zero-out" run will include

EGU and non-EGU point sources. The results of this run will be compared to a base

run with these emissions included to determine if these emissions species impair

Visibility. This type of cumulative modeling is consistent with option 3 under the

section on determining which sources are subject to BART (EPA, 2005). The CAMx4

modeling system is applied with the same inputs and parameters as used for the

PM2.5 and regional haze SIP. CAMx4 will be applied for the 2002 calendar year at 36

kmgrid resolution.

SINGLE SOURCE VISIBILITY IMPAIRMENT MODELING: SUBJECT TO BART

The CALPUFF modeling system is used to estimate visibility impairment from single

sources. CALPUFF consists of the plume transport model (CALPUFF), meteorological

data pre-processors (CALMM5, CALMET), inorganic chemistry parameterization

module (POSTUTIL), and post-processor (CALPOST) (Scire et ai, 2000a; Scire et ai,

2000b). The versions of the CALPUFF modeling system code used for this analysis

are shown in Table 1.

Ta e bl 1 CALPUFF M do elng I" S t V iyS em erslons

Version Level

CALPUFF 5.771a 040716

CALPOST 5.51 030709

CALMET 5.53a 040716

CALMM5 2.0 021111

POSTUTIL 1.4 040818

The modeling system is applied consistently with the EPA gUidance recommendation

of following the gUidelines set forth in EPA's Interagency Workgroup on Air Quality

Modeling (IWAQM) Phase 2 Summary Report and Recommendations for Modeling

Long Range Transport Impacts (EPA, 2005; EPA, 1998). None of the BART eligible

sources in the Midwest Regional Planning Organization are less than 50 km from a

Modeling Protocol: Page 2 of 8
Class I area so modeling analysis in addition to CALPUFF is not applicable. The

IWAQM gUidance states that less than 5 years of meteorological data may be used if

a meteorological model using FDDA is used to supply data.

CALPUFF will be applied to each source for a 3 annual simulations, covering calendar

years 2002 to 2004. CALPUFF will be applied using discrete receptor points covering

the Class I areas with an approximate resolution of 1 km. POSTUTIL is used to repartition nitrate into the gas or particulate phase depending on the estimated

ammonia availability. This option has been shown to improve model performance

(Scire et ai, 2001). CALPOST is then applied to the POSTUTIL output for each group

of Class I area receptors (shown in Figure 1 and in Table 3). CALPUFF, POSUTIL, and

CALPOST are also run for 3 consecutive years for each source for gridded receptors

that match the CALMET/CALPUFF domain shown in Figure 1. These runs allow for

quality assurance and quality control by plotting the results for visual inspection. The

results are checked for reasonableness of stack location, stack parameters, and

emission rates. Each source is applied in CALPUFF for 3 years in a discrete receptor

mode to meet regulatory requirements and for 3 years in a gridded receptor mode as

a quality assurance and control measure.

The CALPUFF/CALMET modeling domain is a Lambert conformal grid projection

centered at (97 W, 40 N) with true latitudes at 33 Nand 45 N and origin at (-900

km, -1620 km). The horizontal domain consists of 97 36 km cells in the east-west

direction and 90 36 km cells in the north-south direction (see Figure 1). The vertical

atmosphere up to approximately 15 km is resolved with 16 vertical layers, most of

which are in the boundary layer to appropriately resolve the diurnal fluctuations in

boundary layer mixing depths.

Figure 1. Model Domain

1 97

Landuse and terrain data are extracted from the global datasets, USGS Composite

Theme Grid landuse and USGS Digital Elevation Model terrain height, distributed with

CALPUFF and match the horizontal grid specifications. Meteorological inputs to

CALPUFF are output from a prognostic meteorological model using four-dimensional

data assimilation. MM5v3.6 output is used to supply hourly meteorological data to

CALPUFF.

Modeling Protocol: Page 3 of 8
Observation data is included in the ETA analysis fields used to initialize MM5 so

additional assimilation of observational data in CALMET is redundant to the specific

purpose of a prognostic meteorological model, which is to appropriately fill in the

data around the surface monitoring network and sparse upper air monitoring

network. The MM5 output used to support the BART CALPUFF modeling has extensive

model performance evaluation and is used to support regional photochemical

modeling applications for the ozone, PM2.5, and regional haze State Implementation

Plans (Baker, 2004; Baker, 2005; Johnson, 2003).

Modeling options are set to be consistent with the IWAQM gUidance. A few

modifications to the suggested parameter settings are discussed in this section. For

CALMET, several options were selected to use the MM5 output as input to CALMET

rather than observation data; ICLOUD=3, IPROG=14, ITPROG=2, and IEXTRP=-l.

Several options are selected in CALPUFF that differ from the IWAQM

recommendations: the IDRY and IWET variables are set to 0 since dry and wet

deposition flux output is not applicable for this analysis. The IPRTU variable is setto

3 to output specie concentrations in units of ug/m3 to be consistent with measured

regional concentrations.

CALPUFF requires the input of ozone (03) and ammonia (NH3) concentrations as a

monthly background value applicable for the entire modeling domain. Seasonal

domain averaged concentrations of each will be obtained from an annual 2002

calendar year CAMx4 simulation. These values are shown in Table 2.

Table 2. Domain Seasonal Average Concentrations (ppb)

Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec

03 (ppb) 31 31 31 37 37 37 33 33 33 27 27 27

NH3 (ppb) .3 .3 .3 .5 .5 .5 .5 .5 .5 .5 .5 .5

CAMx4 prediction of ammonia at the rural Illinois site in Bondville shows good

agreement between model predictions and ambient observations. A scatter plot

shoWing the prediction-observation pairs over the entire calendar year of 2004 is

shown in Figure 2.

Figure 2. CAMx4 model and ambient ammonia

Predictions at Bondville, Illinois

15

I

15

Ambient Concentration

Modeling Protocol: Page 4 of 8
SOURCE SPECIFIC INPUTS: EMISSIONS and STACK PARAMETERS

States will use the 24-hr maximum emissions rate between 2002 and 2004. If this

data is not available, then a short term "allowable" or "potential" emission rate of

emissions between 2002-2004 will be used. If neither of these types of emission

rates is available, then the highest actual annual emissions divided by hours of

operation of NOX, SOX, and primary PM between 2002 and 2004 will be applied in

CALPUFF.

EPA recommends the States should determine the specific stacks that BART process

emissions will exit and use stack information specific to those stacks (EPA, 2005b).

CLASS I AREA RECEPTORS

The receptors used to determine visibility impacts are taken from the National Park

Service's Class I area receptor index (NPS, 2005). The receptors "should be located

in the nearest Class I area with sufficient density to identify likely visibility effects"

according to the BART modeling guidance (EPA, 2005). The spatial resolution of the

discrete receptors is not changed in any way from the NPS files. Table 3 shows the

list of Class I areas and the total number of discrete receptors covering the Class I

area used as the receptor field in CALPUFF.

Table 3. Class I R.eceptor areas and total discrete rectors

Boundary Waters Canoe Area MN 856

Brigantine National Wildlife Refuge NJ 16

Dolly Sods IOtter Creek Wilderness WV 187

Great Gulf Wilderness NH 38

Great Smoky Mountains National Park TN 736

Hercules-Glades MO 80

Isle Royale National Park MI 966

James River Face VA 52

Linville Gorge NC 66

Lye Brook Wilderness VT 103

Mammoth Cave National Park KY 302

Mingo MO 47

Seney MI 173

Shenandoah National Park VA 298

Sipsy Wilderness AL 148

Voyageurs National Park MN 366

CALPUFF OUTPUT: POST PROCESSING and INTERPRETATION

The light extinction equation will use the monthly average relative humidity (RH)

rather than the daily average humidity as detailed in the BART modeling gUidance

(EPA, 1998; FLAG, 2000). This necessitates using the CALPOST background light

extinction option 6, which computes light extinction from speciated PM

measurements with a monthly RH adjustment factor. These Class I area centroid

specific monthly RH adjustment factors are taken from Table A-3 of the EPA's

"Regional Haze: Estimating Natural Visibility Conditions under the Regional Haze

Rule: Guidance Document." (EPA, 2003).

Modeling Protocol: Page 5 of 8
The daily visibility metric for each receptor is expressed as the change in deciviews

compared to natural visibility conditions as outlined in the IWAQM gUidance (EPA,

1998). Natural visibility conditions, the 20% best days, for Class 1 areas used in this

analysis are found in Appendix B of EPA's Guidance for Estimating Natural Visibility

Conditions under the Regional Haze Rule (EPA, 2003). The 20% best days for each

Class 1 area are listed in Appendix B in deciviews and not as chemically speciated

constituents of the light extinction equation, which are needed for CALPOST option 6.

Annual background concentrations for the eastern United States are given in the

Guidance for Estimating Natural Visibility Conditions in Table 2-1 (EPA, 2003). These

values are scaled back to lower concentrations until the Class;1 area specific natural

visibility metric is produced (North Dakota Department of Health, 2005). This scaling

procedure is done for each Class 1 area and uses an annual average fRH calculated

from the 12 monthly site specific fRH values mentioned in the first paragraph of this

section (EPA, 2003).

The annual average Class 1 area specific natural conditions are given in deciviews, so

they must be converted to light extinction.

Natural conditions (l/Mm) = 10*exp(natural conditions in deciviews/10)

Second, the chemically speciated natural background concentrations for the eastern

United States are scaled to equal the site specific natural background light extinction

value.

Natural conditions in l/Mm = 3*fRH*[ammonium sulfate]*X + 3*fRH*[ammonium

nitrate]*X + 4*[OC]*X + 10*[EC]*X + 1*[SOIL]*X + 0.6*[CM]*X + [BCRaleigh)]

The bracketed concentrations are expressed as ug/m3. The fRH values represent

annual average fRH calculated from the 12 monthly site specific fRH values

mentioned in the first paragraph of this section (EPA, 2003). Solving for X gives the

dimensionless scaling factor which is applied to each of the chemically speciated

natural background concentrations given for the eastern United States. The natural

background values and scaling factors used for each Class 1 area are shown in Table

4.

Table 4. Scaled natural background values by Class 1 area

Nat. Nat. Annual

Class I Back. Back. Scaling average Amm. Amm. Organic Elemental Coarse

Area deciview 1/Mm Factor fRH Sulfate Nitrate Carbon Carbon Soil Mass

BOWA 3.53 14.233 0.39 2.93 0.089 0.038 0.539 0.008 0.192 1.155

BRIG 3.60 14.333 0.39 3.05 0.090 0.039 0.546 0.008 0.195 1.169

OOSO 3.64 14.391 0.39 3.20 0.090 0.039 0.546 0.008 0.195 1.169

GRGU 3.63 14.376 0.39 3.13 0.090 0.039 0.547 0.008 0.195 1.172

GRSM 3.76 14.564 0.40 3.46 0.091 0.040 0.555 0.008 0.198 1.188

HEGL 3.59 14.319 0.39 3.13 0.089 0.039 0.540 0.008 0.193 1.157

ISLE 3.54 14.248 0.39 2.90 0.089 0.039 0.542 0.008 0.194 1.161

JARI 3.56 14.276 0.39 3.04 0.089 0.038 0.539 0.008 0.192 1.155

L1GO 3.75 14.550 0.39 3.54 0.090 0.039 0.549 0.008 0.196 1.176

LYBR 3.57 14.290 0.39 2.99 0.089 0.039 0.543 0.008 0.194 1.164

MACA 3.85 14.696 0.41 3.36 0.095 0.041 0.575 0.008 0.206 1.233

MING 3.59 14.319 0.39 3.14 0.089 0.039 0.539 0.008 0.193 1.156

SENE 3.69 14.463 0.39 3.30 0.090 0.039 0.550 0.008 0.196 1.178

SHEN 3.57 14.290 0.38 3.19 0.088 0.038 0.533 0.008 0.191 1.143

SIPS 3.71 14.492 0.39 3.43 0.090 0.039 0.547 0.008 0.195 1.172

VOYA 3.41 14.064 0.38 2.71 0.087 0.038 0.528 0.008 0.188 1.131

Modeling Protocol: Page 6 of 8
The visibility degradation beyond natural conditions expressed in deciviews is kept

for each Class I area and ranked over the length of the modeling simulation. The

criteria used to determine if a source is "contributing" to visibility impairment is the

98th percentile that is equal to .5 deciviews for MRPO States using a maximum 24-

hour emission rate and the peak value that is equal to .5 deciviews for MRPO States

using an actual 24-hour emission rate. The 98th percentile is interpreted as any

source with more than 21 days of visibility impairment over the 3 year modeling

period or 7 days of visibility impairment in anyone of the 3 years modeled is

"contributing" to visibility impairment. The peak value is interpreted as any source

with more than 1 day of visibility impairment over the 3 year modeling period is

"contributing" to visibility impairment.

The gridded receptor run will be post processed through CALPOST for plotting

purposes. The plots show the number of days at each receptor that have 24-hr

average 1% degradation in light extinction (ljMm) over background conditions. This

is approximate, but not equal, to 0.5 deciview degradation over background

conditions. These plots allow for a qualitative visual inspection of the extent impact

over the region.

VISIBILITY IMPROVEMENT DETERMINATION

Once a source is considered subject to BART the visibility improvement

determination requires additional single source modeling. CALPUFF will be used to

determine the visibility improvement at Class I area receptors from the potential

BART control technology applied to the source. Post-control emission rates are

calculated as a percentage of the pre-control emission rates (EPA, 2005).

The post-control CALPUFF simulation will be compared to the pre-control CALPUFF

simulation by the change in the value of the highest degradation in visibility over

natural conditions between the pre-control and post-control simulations (EPA, 2005).

Further information on the sources and control levels to be used in this additional

modeling will be provided later.

REFERENCES

Baker, K. Meteorological Modeling Protocol for Application to PM2.5/Haze/Ozone Modeling Projects, 2004.

See http://www.ladco.org/tech/photo/photochemical.html(accessed March 1, 2005).

Baker, K. MM5 Performance for 3 Annual Simulations (2002-2004); Relating meteorological model

performance to PM2.5 performance, 2005. 2005 Ad-Hoc Meteorological Modeling Meeting, Denver,

Colorado. See http://www.ladco.org/tech/photo/adhocmet (accessed September 2, 2005).

FLAG, 2000. Federal Land Managers Air Quality Related Values Workgroup (FLAG) Phase I Report.

December 2000.

Johnson, M. Meteorological Modeling Protocol: IDNR 2002 Annual MM5 Application, 2003. See

http://www.iowacleanair.com/prof/progdev/files/protocol.pdf (accessed March 1, 2005).

LADCO, 2005. Conceptual Model of PM2.5, Regional Haze, and Ozone. Des Plaines, IL.

National Park Service. 2005. http://www2.nature.nps.gov/air/Maps/Receptors/index.cfm

North Dakota Department of Health. 2005. Draft Protocol for BART Related Visibility Impairment Modeling

Analysis in North Dakota.

Scire, J., Strimaitis, D., Yamartino, R. A Users' Guide for the CALPUFF Dispersion Model (version 5). Earth

Tech. 2000a. http://src.com/calpuff/calpuffl.htm

Modeling Protocol: Page 7 of 8
Scire, J.S., F.R. Robe, M.E. Fernau, and RJ. Yamartino, 2000b: A User's Guide for the CALMET

Meteorological Model (Version 5). Earth Tech, Inc., Concord, Massachusetts.

Scire, J.S., Z-X Wu, D.G. Strimaitis and G.E. Moore, 2001: The Southwest Wyoming Regional CALPUFF Air

Quality Modeling Study - Volume I. Prepared for the Wyoming Dept of Environmental Quality. Available

from Earth Tech, Inc., 196 Baker Avenue, Concord, MA.

US EPA, 1998. Interagency Workgroup on Air Quality Modeling (IWAQM) Phase 2 Summary Report and

Recommendations for Modeling Long Range Transport Impacts. EPA Document Number: EPA-454/R-98-

019

US EPA, 2003. Regional Haze: Estimating Natural Visibility Conditions Under the Regional Haze Rule:

Guidance Document. EPA Document Number: EPA-454/B-03-005.

US EPA, 2005. BART guidelines, Federal Register update: June 24, 2005.

US EPA 2005b. Personal communication from John Summerhays, Randall Robinson, Todd Hawes. July 14,

2005.

Modeling Protocol: Page 8 of 8

Appendix G

BEST AVAILABLE RETROFIT

TECHNOLOGY (BART) Engineering

Analysis

P.H. Glatfelter Company - Chillicothe Facility

Chillicothe, Ohio

Prepared by: BE&K Engineering

November 2007
Table of Contents

1.0 Introduction 1

2.0 NOx Retrofit Control 3

3.0 502 Retrofit Control 4

3.1 Potential Retrofit Control Options 4

3.2 Wet Electrostatic Precipitator 4

3.3 Wet Flue Gas De-Sulfurization 5

3.4 Semi-Dry De-Sulfurization Before Existing Precipitators 6

3.5 Semi-Dry FGD after Precipitators 7

3.6 Overfire Air and Sorbent Injection System 7

3.7 Switch to Low Sulfur Coal Supply 8

4.0 Evaluation of Technical Feasibility 9

4.1 WESP 9

4.2 Wet FGD 9

4.3 Semi-Dry FGD before Existing Precipitators 10

4.4 Semi-Dry FGD after Precipitators 10

4.5 Overfire Air and Sorbent Injection System 11

4.6 Sulfur Dioxide Emission Rates 12

5.0 Cost Impact Evaluation 16

5.1 Introduction 16

5.2 Wet FGD 16

5.3 Semi-Dry FGD 18

5.4 Overfire Air and Sorbent Injection System 20

6.0 Energy and Non-Air Environmental Impact Evaluation 22

6.1 Wet FGD 22

6.2 Semi-Dry FGD 22

6.3 Overfire Air and Sorbent Injection System 23

7.0 Financial Analysis 24

7.1 Approach 24
7.2 Wet FGD 24

7.3 Semi-Dry FGD Before Existing Precipitators 25

7.4 Overfire Air and Sorbent Injection System .' 26

7.5 Net Present Value Summary 26

8.0 Summary of BART Engineering Analysis 27

Attachments

Attachment 1 - Existing Layout of Boiler and Precipitator Area 28

Attachment 2 - Potential Wet Flue Gas De-sulfurization Layout of

Precipitator Area 30

Attachment 3 - Potential Semi-Dry Flue Gas De-sulfurization Layout of

Precipitator Area {Ahead of Existing Precipitators) 32

Attachment 4 - Visibility Modeling Analysis (Provided by Ohio EPA) 34
1.0 Introduction

The P.H. Glatfelter Company - Chillicothe Facility (Glatfelter) is a pulp and paper mill

located in Chillicothe in south central Ohio. The mill produces specialty grades of paper,

including carbonless, book, and uncoated papers. The facility has a bleached kraft pulp

mill which supplies part of the raw material to its paper machines. The facility has six

steam generating boilers - two natural gas package boilers, one recovery boiler firing

spent pulping liquor, 0 ne power boiler firing biomass, and two power boilers firing

pulverized coal. The flue gas from the two coal--fired power boilers flows through

separate electrostatic precipitators, then is combined and exhausted thro ugh a 475 foot

concrete stack. See Attachment #1 for an area layout of the existing boilers and

precipitators.

The Federal Environmental Protection Agency (EPA) has proposed guidelines for

implementation of the Best Available Retrofit Technology (BART) requirements under

the regional haze rule. The regional haze rule requires states to submit a state

implementation plan (SIP) to address regional haze visibility impairment in 156 federallyprotected parks and wilderness areas. The mill qualifies as a major source under a

number of different Clean Air Act regulatory programs, including Federal and State of

Ohio programs. Several of the emission sources in the mill were originally constructed

between 1962 and 1977. As a result of the installation dates, as well as the fact that the

mill is one of the 26 major sources categories listed in the BART regulation, Glatfelter is

subject to the BART requirements. The Chillicothe mill impacts a Class I federallyprotected area. The BART-eligible sources at the Glatfelter Chillicothe mill are the two

pulverized coal boilers: No.7 Coal Boiler (B002) and No.8 Coal Boiler (B003).

The BART analysis concentrates on sulfur dioxide (S02), NOx, and particulate

emissions. The initial modeling com pleted by Ohio EPA for No. 7 and No.8 Coal Boilers

indicated that a minimum of 58% sulfur dioxide reduction will be required, while floor

technology NOx control (Le., low NOx burners or equivalent) is required. Since the

boilers are already equipped with NOx control, only brief mention will be given for a

control tech nology's impact on NOx.

No.7 Coal Boiler is an Alstom (Combustion Engineering) VU-40 ty pe sub-critical, natural

circulation balanced draft steam generator designed for 300,000 Ib/hr main steam flow at

superheater outlet conditions of 875 psig and 850°F. This is a tangentially fired boiler

that burns pulverized coal. The boiler is equipped with NOx emission controls consisting

of an Alstom Power low NOx concentric firing system and a vane close-coupled overfire

air compartment. This approach has prod uced equivalent results to low NOx burners.

Additionally, the flue gases flow through an Environmental Elements Dry Precipitator.

No.8 Coal Boiler is an Alstom (Combustion Engineering) VU-40 wall-fired sub-critical,

natural circulation balanced draft steam generator designed for 400,000 Ib/hr main

steam flow at superheater outlet conditions of 1475 psig and 950°F. The boil er fires

pulverized coal in four Advanced Combustion Technology low-NOx staged combustion

burners. Additionally, the flue gases flow through an Environmental Elements Dry

Precipitator.
For the BART-eligible sources, this engineering analysis is being conducted and

includes the following steps:

• Identify all retrofit control options including pollution prevention techn iques

(i.e., low-NOx burners); add-on controls; enhancements to existing controls; or a

combination of the above. Source re-design or fuel switching is not required.

• Evaluation of technical feasibility of retrofit control options.

• Evaluate cost impacts - assess both capital and annualiz ed costs.

• Evaluate energy and non-air environmental impacts where direct energy

penalties or benefits are quantified and factored into the cost calculations.

• Useful life of source - only impacts analysis if useful life of the source is less

than typical amortization period. Both boilers are anticipated to be in operation

for as long as the amortization period of 10 years from installation of the control

devices.

2
2.0 NOx Retrofit Control

The mill installed NOx emission controls consisting of an Alstom Power low NOx

concentric firing system and a vane close-coupled over fire air compartment on NO.7

Coal Boiler in 2003 for compliance with the NOx Budget Program. This approach has

produced equivalent results to low NOx burners. For this tangentially fired boiler, typical

low-NOx burners are technically infeasible.

NOx emission controls were installed on No.8 Coal B oiler in 2001, also for compliance

with the NOx Budget Program. NO.8 Coal Boiler fires pulverized coal in four Advanced

Combustion Technology low-NOx staged combustion burners. Due to the furnace

geometry and furnace cavity depth, additional NOx reductions would adversely affect the

boiler operat ions.

Currently, Glatfelter employs the use of combustion control methods during the ozone

season to reduce the amount of NOx from No.7 Coal Boiler and No.8 Coal Boiler to

comply with the mill's NOx Budget Program ozone season allowances. Air to the boilers

is adjusted and the boilers's teaming rates are reduced during the oz one season.

The initial modeling by Ohio EPA indicated that additional NOx reductions have

negligible impact the visibility at the Class I federally-protected area. Therefore, the

current low-NOx burners or equivalent technolog y in operation would satisfy BART

requ irements.

3
3.0 502 Retrofit Control

S02 emissions from the No.7 Coal Boiler and No.8 Coal Boi ler are a result of the

oxidation of sulfur contained in the coal and fuel oil combusted in the boiler. The

majority of the sulfur in the fuel is oxidized to S02. A small percentage of the sulfur is

oxidized to S03 that reacts with the water vapor in both the flue gas and in the

atmosphere to form H2S04 . A list of available control technologies with the potential for

controlling S02 emissions from the boilers was formulated.

3.1 Potential Retrofit Control Options

The following retrofit control options for S02 emissions were considered:

• Wet Electrostatic Precipitator (WESP) - Install WESP on combined flue gas

streams.

• Wet Flue Gas De-Sulfurization (FGD) - Install wet FGD on individual flue gas

streams and install new stacks.

• Semi-Dry Flue Gas De-Sulfurization ahead of existing electrostatic

precipitators - Duct individual flue gas streams to dry FGDs and then to both

precipitators, utiliz ing the existing stack.

• Semi-Dry Flue Gas De-Sulfurization with baghouse after existing

electrostatic precipitators - Duct individual flue gas streams to dry FGDs and

then to new baghouse, utilizing the existing stack.

• Over-fire Air (OFA) and Sorbent Injection System (SIS)- Install OFA and SIS

systems for in-furnace S02 absorption with a new fan and auxiliaries.

The following fuel switching and re-design options were briefly considered but are not

required to be part of the BART Engineering ana lysis:

• Change coals - Change to nominal 2% sulfu~ coal. This would require storage

pile/bunker modifications.

• Change fuels to biomass - Requires additiona I storage facilities, conveyor

system, significant modifications to burners, and potential changes to

precipitators.

• New Bubbling Fluidized Bed Boiler (BFB) to replace power boilers - Install

new BFB capable of burning coal, biomass, etc.

• Coal Gasificatio n System - Gasify coal and fire de-sulfurized gas in No. 7 and

No.8 Boilers.

3.2 Wet Electrostatic Precipitator

The key components of the installation of a Wet Electrostatic Precipitator (WESP) on the

flue gases exiting the Induced Draft (ID) fans are as follows:

• Inlet Gas Conditioning Sy stem - Utilizes atomizing nozzles to provide an ultra fine

conditioning spray at the inlet to the WESP. The conditioning spray promotes particle

agglomeration and growth while at the same time providing the proper amount of

4
liquid necessary to irrigate the collection surfaces. The alkaline fluid would be added

at this point.

• Gas Flow Distribution System - Multiple perforated plates are utilized at the gas inlet

to the precipitator to equally distribute the flue gas to the collection tubes. Typically,

large diameter holes are used to prevent buildup of particulate, which causes

pluggage. The result is even distribution of the gas across the tube bun die.

• Downflow Tubular Design - The top inlet design allows the flue gas to flow

downward through the collection tubes. The collected liquid and particulate droplets

create a self-forming falling film of liquid that flows by gravity, irrigating the inside

surfaces of the tube walls (collecting surface), which provides continuous cleaning.

The common wall tube design provides high structural strength and small footprint.

• High Voltage System - The incoming particles are given a strong negative charge by

a high-intensity ionizing corona produced by high voltage electrodes. The insulator

compartments are purged with filtered, heated air to keep the insulators clean and

dry. As the gas flows through the collection tube s, the action of the electric field on

the charged particles causes them to migrate to the ground ed walls of the tubes

where they accumulate.

• Flushing System - The high voltage plenum is equipped with a flushing header that

provides an intermittent flushing spray to prevent any buildup of particulate on the

high voltage frame and collection tubes. The self-washing action of the water film

that falls down the inside of the tubes removes the collected' material to a discharge

drain. A slipstream of the fluid is sewered, while the majority of the fluid is recycled.

The WESPs would consist of multi-compartments, such that selected compartments

could be taken off-line for maintenance. The downflow design requires a booster fan to

push the flue gases up the stack.

Since the flue gases are saturated and cool, a new stainless steel stack would be

installed, properly sized for the volume of colder flue gas and at a height determined by

dispersion requirements. '

The WESP may be located on a new steel structure located above the existing package

boilers. An alternate to this design would be to bypass the existing ESPs and duct the

flue gases to the WESPs - however this would require replacing the ID fans.

3.3 Wet Flue Gas De-Sulfurization

Each boiler's ID Fan will draw the gas from the precipitator outlet and direct it into the

absorber. The absorber consists of an open spray tower.

The spray tower is a vertical vessel with a radial inlet, where the S02-laden gas is

treated in several spray zones. The liquid drains to the bottom reservoir, where it is

recycled to the spray zones using recycle pumps. The treated gas exits through the top

of the vessel.

The gas continues vertically upwards through the spray zones, which provide the

necessary contact surface for absorption of the acid gas. The spray headers are

designed with large orifice spray nozzles, which are positioned such that the absorber

cross-sectional area is com pletely covered and no gas can escape without coming into

intimate contact with the liquid.

5
After passing through the spray zones, the gas ente rs a chevron-type mist eliminator,

which eliminates droplet carry-over in the tower outlet. In order to remove possible build

up of reaction salts on the mist eliminator, a wash header is located below the unit. T he

wash header provides a powerful spray triggered by the plant DCS. The wash is

intermittent and covers only part of the mist eliminator at the same time.

The absorbing acid gas, or the quantity of gas transferred to the liquid phase, is

proportional to the surface area. The collective surface area is significant due to the

large number of extremely fine droplets.

The wet FGD would be placed downstream of the 10 fans and may be physically located

on a new steel structure above the existing package boilers.

In order to attain the required absorption of 502, dilute caustic or possibly sodium

carbonate solution is added to the top spray header, so that the gas leaving the FGO

sees the highest pH.

A certain amount of liquid is removed from the recycle loop in order to maintain a

specified amount of dissolved solids in the recycle. This blow-down pipe is connected to

the discharge side of the recycle pumps and is reg ulated by a density controller.

Evaporation takes place in the FGD, and in order to compensate for the liquid removed

from the FGD in the bleed and by evaporation, a liquid level controller in the bottom of

the absorber adds water via a control valve to maintain the pre-determined level.

The gases from No.7 and No.8 FGDs will be combined and flow through a new

stainless steel stack. The new stack will be appropriately sized for the new gas

conditions and required dispersion.

See Attachment #2 for a possible layout of the wet FGD system.

3.4 Semi-Dry De-Sulfurization Before Existing Precipitators

The flue gases from each boiler will be re-directed to a spray-dry absorber (SDA) vessel

which may be located on a new structure above the existing package boilers. After

passing through the vessel, the gases will be directed to the existing precipitators, which

would require some modifications, and then ducted to the existing 10 fan. From the 10

fans, the gases will be combined and flow through the existing stack.

The SOA vessel consists of a vertical-down flow chamber, designed to provide optimal

gas and liquid spray interactions. This allows for adequate retention tim e for

evaporative cooling and lime slurry spray-dry absorption of acid gases.

The reagent used is a slurry of hydrated lime [Ca (OH)2] that is mixed with a dilution

water stream. The total volume of the spray is carefully controlled to maintain the SOA

outlet temperature set point, while the amount of lime injected is separately controlled to

maintain sulfur dioxide (S02) control.

All of the liquid sprayed evaporates com pletely as it travels through the tower, leaving

only dry reagent products at the discharge. The partially reacted lime powder and ash is

then transported from the SOA vessel in the flue gas to the existing precipitators.

The treated flue gases would be directed to the 10 fan and then up the existing stack.

See Attachment #3 for a possible layout of the semi-dry FGO system before the existing

precipitators.

6
3.5 Semi-Dry FGD after Precipitators

This application is sim ilar to Semi-Dry De-Sulfurization before the precipitators except

that the flue gases will flow through the precipitators to the ID fan. The gases will flow

into the semi-dry absorbers and then into baghouses and finally to the existing stack.

This system will require an additional ash handling system for particulate collected in the

baghouse. This will be the reaction products of the absorbed gases and the lime.

3.6 Overfire Air and Sorbent Injection System

A typical OFA installation will have a booster fan to supply the high velocity air to the

OFA boxes. The air win be supplied from the hot side of the air heater. There will be

several OFA boxes that will be placed at different levels of the boiler. These boxes will

be placed asymmetrically on opposite sides of the boiler. Each OFA box will have a

damper to control the amount of high velocity air going to the box. The design of the

OFA boxes and the placem ent of each OFA box are determined through the use of a

Computational Fluid Dynamics (CFD) model.

Although No.7 Coal Boiler already has an overfire air system, the above suggested OFA

design is required to maximize the efficiency of the SIS system. Therefore, the existing

overfire air system on No.7 Coal Boiler will be de-commissioned.

The volume inside the furnace is set in rotation via special asymmetrically placed air

nozzles. The combustion gases mix well with the added air, making a combustion gas

swirl. This generates turbulence and rotation in the entire furnace.

Rotation prevents lam inar flow and the whole volume of the furnace can be used more

effectively for the com bustion process. The OFA swirl reduces the maximum

temperature of the flames and increases heat a bsorption, which in turn improves the

overall efficiency of the boilers.

With the OFA technique, surplus air can be reduced without increasing unburned fuel or

other unwanted substances. The combustion air is mixed more effectively. The result is

less cooling of the furnace from unused combustion air; thereby, increasing efficiency.

Some of the features of the OFA system are:

• Less temperature variation in the cro ss-section of the furnace.

• A more even distribution of combustion products in the cross-section of the furnace.

• Rotary mixing dramatically reduces fly ash (Le., unburned content in the flue gas).

• Less surplus air (02) which means higher overall efficiency.

OFA prepares the furnace for the effective mixing of chemicals in the furnace. The SIS

system has been developed for optimum reduction of unwanted substances, such as

NOx and S02. The same kind of asymmetrically placed air nozzles are used in the SIS

technique as in the OFA system.

7
3.7 Switch to Low Sulfur Coal Supply

Although fuel switching options are not required to be a part of the BART Engineering

Analysis, the option of switching to a low sulfur coal supply was considered. S02

emissions from No.7 and 8 Coal Boilers are directly related to the sulfur content of the

fuels combusted. Switching to a lower sulfur coal supply could potentially reduce S02

emissions from the boilers. Glatfelter researched coal suppliers with a lower sulfur

content, which is still within the mill's heating value and ash specifications. The current

southern Ohio coal supplied to the mill averages approximately 4.5% sulfur content. A

lower sulfur coal could be supplied from Northeastern Ohio or Eastern Kentuck y. The

sulfur content of that coal would be approximately 2%. However, due to a lower heating

value (BTU/pound), the lower sulfur coal is estimated to replace Glatfelter's current coal

at a ratio hig her than 1:1. Switching to a lower sulfur coal is estimated to be

approximately a 50% reduction in S02 emissions.

This option would also require modifications to the coal handling system. Currently, coal

is supplied by truck from local Southern Ohio coal suppliers. The Eastern Kentucky coal

may be supplied by railroad, which would require a railcar un loading system. The

increased distance between the m ill and either of the coal suppliers would also require a

larger storage pile at Glatfelter. The mill currently burns approximately 800-900 tons per

day, and approximately a two to three day supply of coal is maintained on-site. The

storage size would need to be incre ased to prevent disruption s to paper production in

the event of delays in coal deliveries.

The use of low sulfur coal may be a technically feasible option; however, the mill does

not anticipate that it would meet the BART model level of 58% S02 reduction indicated to

be necessary by the CALPUFF visibility modeling.

8
4.0 Evaluation of Technical Feasibility

The options discussed in Section 2 were evaluated with the following identified

advantages and disadvantages:

4.1 WESP

4.1.1 Advantages

• Effective control of sub-micron-sized particulate em issions

• Removal of condensable matter

• Higher removal efficiency than a wet FGD alone

(' • Wash water can be re-used

• Good control of acid gas em issions

• Insensitivity to variations in particulate composition

• Low pressure drop

• Commercially accepted

• 900/0 S02 removal

4.1.2 Disadvantages

• Lower flue gas temperature will decrease dispersion of gases

• A new stack will be required for proper dispersion and corrosion control.

• High energy use - additional fan requirement

• Space considerations w ill result in construction difficulties (potential

placement of the units above the package boilers)

• Not as commercially accepted as flue gas de-sulfurization (FGD) only

4.2 Wet FGD

4.2.1 Advantages

• Wash water can be re-used

• Low pressure drop

• Commercially accepted proven technology

• 90% S02 removal

• Typical treatment technique

4.2.2 Disadvantages

• Lower flue gas temperature will decrease dispersion of gases

9
• Visible plume

• More stainless steel ducting will be required

• A new stack will be required.

• Higher energy use - additional fan (No.8 Coal Boi ler) requirement

• Space considerations w ill result in construction difficulties (potential

placement of the units above the package boilers - see Attachm ent #2)

• Uses caustic soda for alkali vs. other more plentiful reagents such as lime or

limestone

4.3 Semi-Dry FGD before Existing Precipitators

4.3.1 Advantages

• 90% S02 removal

• Best use of existing precipitators

• Dryer flue gases in the stack

4.3.2 Disadvantages

• Long duct runs

• Need to consider volume of cooled, dry flue gas in existing stack and

implications of this on dispersion. May require new stack, but this will require

further investigation.

• Space considerations will result in construction difficulties and increased cost

(potential placement of the units above the package boilers - see Attachment

#3)

4.4 Semi-Dry FGD after Precipitators

4.4.1 Advantages

• 90% S02 removal

• Improved particulate con trol

4.4.2 Disadvantages

• High energy use - booster fan required for added delta-P across baghouse

• Complex operation with two particulate control devices

• Additional ash handling required from baghouse

• Need to consider volume of cooled, dry flue gas in existing stack and

implications of this on dispersion. May require new stack, but this will require

further investigation.

• Space considerations w ill result in construction difficulties (potential

placement of the units above the package boilers)

10
4.5 Overfire Air and Sorbent Injection System

4.5.1 Advantages

• Proven at 60% removal rates.

• Improved com bustion efficiency

• Dry stack - no additional modifications to stack will be necessary

• Better constructability - does not req uire construction over package boilers

• Additional NOx reduction

4.5.2 Disadvantages

• Will not achieve 90% removal rates

11
4.6 Sulfur Dioxide Emission Rates

4.6.1 Current Emission Rate

The following graph illustrates the current NO.7 and NO.8 Coal Boiler 802

emission rate trends based on fuel analysis:

Figure 4-1

.7 and

Sulfur Di

0 .. 8

eE

oer Boiler

ission Trends

Sulfur dioxide, Ib/hr (30-day rolling averages)

4500 ~-------------------------.

4000

3500 1---.- "-'.- --.. ......-- - - -~-.--.- ..-~ --.- ---·····------·..··-·--·-------~;;_-··;;:~~.}'-'A---·h;::- ._....:.:..-'<i::,,--_.-_ -- - -

3000 bf~;;,~::",:,c:--·7.:/:;::y..·····:<;~;:,:f:·~F---··- C'··,~~:., .. ·······A:;: -·..·_--··-··---·-""'c'c~..,,':,i':~'~: ".-_.,--;'0~>:. ..:--"'~:~(':-<"'''-- .._.------ - _-_._ - -_ _.,> -(<;c:"\>;:,,~~."'L.. _··_··.. ··_<::1

2500 ~._..---_ _--_..-..-.-.-- -.- - .

2000 -..- _-.---_ - ..-..

1500 '----------------------------'

~~<,;, ~~~

~~ ~~ ~~ ~~

30-day period ending with

12
4.6.2 Emission Rate Estimate after Wet FGD

The following graph illustrates the estimated sulfur dioxide emission rate after

wet FGD at an average 90% removal rate:

Figure 4-2

No.7 d 0 .. 8 Power

C.II1155ion Trends

il r S Ifur Dio ide

er t FGD

After Wet FGD

Sulfur dioxide, Ib/hr (30-day rolling averages)

7000 ~--------------------------,

6000

5000 ~-III_W~IIL-~~.~I'1.......11

4000 ....----------------------------- --.---- -- --- .--- -..---. --- --- -----. -------------------.-----.-----------.----.---- --------------.-- -.- ---·---1

3000 ....-------------.---.----------------..-.. --.-.-- ---- --.. ----- -... -.---- ..-..--------------.-------.--.--.----.- --------.- ...--------------.- --.-.--

2000 1-----.--....---.--.--.-.----.-- ..----------.---.--.--- .. ----.--.--.-.-.--..--------------------------...--.. -··-----------------·-··-·-------·------1

1000 ....----.-------.-------.-.---.--.--------------.------.-.-.--.------------------------------.------.-.-----.--.-.----.--------.--.--.. -I

OL.....----------------------------J

~~':J ~~':J ~~ ~~

~" ~'"

30-day period ending with

13
4.6.3 Emission Rate after Dry FGD

The following graph illustrates the estimated sulfur dioxide emission rate after

semi-dry FGD at an average 90% removal rate:

Figure 4-3

No.7 an

mi

No~ 8 Power Boiler S·ulfur Dioxide

io Tr nds After Semi~Dry FGD

After ~ern.,·ur·v FGD

Sulfur dioxide, Ib/hr (30-day rolling averages)

7000 ~--------------------------,

6000

5000 .._~~

4000 1-.. -~-. - .. -- -------..-..-.- ..- .. - _ -- - - ..- ..--- -~--~--.-.---- - -----.-----------..-.----..- ·---···-·--·······-·--·---·--·-·--·~---I

3000 1---.--.-..~---.---.--.-....- ..

2000 1-----..-.-.---------..-.--.. -~-- ."'--.-- -.. -.... ..--- - .-.-._-.-- - ---------.------------- ----..-- ·-··---·---··------··-1

1000 I---.--.-----~----.---.-----.---.._-..-..-.----....-..----....~----- ..-~----~--.---..-_=....,,:--c.:::-..- .. ----- --·--··--·------1

OL..----------------------------'

~~~ ~~~

~tV ~tV n}~ ~~

30-day period ending with

14
4.6.4 Emission Rate after OFA and SIS

The foHowing graph illustrates the estimated sulfur dioxide emission rate after

OFA and SIS installation at a nominal 60% removal rate:

Figure 4-4

Ow 7 a.nd No.8 Power Boiler Sulfur Dioxide

Emissio:n Trends After OFA and SIS

Sulfur dioxide, Ib/hr (3D-day rolling averages)

7000 ....-----------------------------,

6000

5000 1I-..IJr].~r---------".._r.: Jlr-..~~,..I11'~~

4000

3000

2000 1------...- --..----"=~--- ...---.---..-.----------------:-;:.-,.

1000 L..-- ---I

~~~ r;:)~~

~~ ~~

~" ~t\;.

3D-day period ending with

15
5.0 Cost Impact Evaluation

5.1 Introduction

The WESP and semi-dry FGD with baghouse after precipitators were both discarded.

Both required more space than either the wet FGD or semi-dry FGD. Furthermore,

neither device would result in appreciably more S02 removal or less expensive removal.

Therefore, the following control technology options were investigated further:

• Wet FGD

• Semi-dry FGD before existing precipitators

• OFA and SIS

5.2 Wet FGD

5.2.1 Total Installed Cost

The following table lists the equipment required for the wet FGD system:

Table 4-1

Wet FGD System Scope

Boiler Scope

No.7 Blr Wet FGD System

Ductwork, including insulation, expansion joints and supports

Stack - new common stack with No.8 PB

ID Fan - new wheel

Piping, Instrumentation, Electrical

Steel and Foundations

No.8 Blr Wet FGD System

Ductwork, including insulation, expansion joints and supports

ID Fan - new wheel- new motor

Piping, Instrumentation, Electrical

Steel and Foundations

Including contingencies and design engineering, the estimated cost for the wet

flue gas de-sulfurization system is estimated to be $26,000,000.

16
5.2.2 Operating and Maintenance Costs

The following table is an estimate of the operating and maintenance costs,

including other environmental costs:

Table 4-2

Wet FGD Annual Operating and Maintenance Costs

Cost in Thousands

Annual Cost

No. 7 Coal Boiler No.8 Coal Boiler

Chemical - caustic soda @ $200/ton $3,155 $5,125

Power @ $0.05/kwh $48 $64

Landfill costs @ $20/ton $324 $500

Maintenance $200 $300

Total $9,716

17
5.3 Semi-Dry FGD

5.3.1 Total Installed Cost

The following tables lists the equipment required for the semi-dry FGD system:

Table 4-3

Semi-Dry FGD System Scope

Boiler Scope

No.7 Blr Semi-dry FGD System Including Lime Handling

Ductwork, including insulation, expansion joints and supports

Precipitator upgrade - minimal allowance

ID Fan - new wheel

Ash handling system allowance

Piping, Instrumentation, Electrical

Steel and Foundations

No.8 Blr Semi-dry FGD System Including Lime Handling

Ductwork, including insulation, expansion joints and supports

Precipitator upgrade - major allowance

ID Fan - new fan and motor

Ash handling system

Piping, Instrumentation, Electrical

Steel and Foundations

Including contingencies and design engineering, the cost for the semi-dry FGD

system is estimated to be $34,300,000.

18
5.3.2 Operating and Maintenance Costs

The following table is an estimate of the operating and maintenance costs,

including other environmental costs:

Table 4-4

Semi-Dry FGD Annual Operating and Maintenance Costs

Cost in Thousands

Annual Cost

No. 7 Coal Boiler No.8 Coal Boiler

Chemical - caustic soda @ $200/ton $1,796 $2,928

Power @ $0.05/kwh $116 $155

Landfill costs @$20/ton $566 $895

Maintenance $200 $300

Total $6,956

19
5.4 Overfire Air and Sorbent Injection System

5.4.1 Total Installed Cost

The following table lists the equipment required for the OFAIS IS system:

Table 4-5

Overfire Air and Sorbent Injection System Scope

Boiler Scope Item

No.7 Sir Hot side OFAISIS includes lime handling system

Ductwork, including insulation, expansion joints and supports

Precipitator upgrade - minimal allowance

Boiler Pressure Parts, X-ray, etc., both boilers

Ash handling system allowance

Piping, Instrumentation, Electrical

Steel and Foundations

No.8 Sir Hot Side OFAISIS includes lime handling system

Ductwork, including insulation, expansion joints and supports

Precipitator upgrade - major allowance

Ash handling system

Piping, Instrumentation, Electrical

Steel and Foundations

Including contingencies and design engineering, t_he cost range for the OFAISIS

system is estimated to be $19,400,000.

20
5.4.2 Operating and Maintenance Costs

The following table is an estimate of the operating and maintenance costs,

including other environmental costs:

Table 4-6

Overfire Air and Sorbent Injection System Annual Operating & Maintenance Costs

Cost in Thousands

Annual Cost

No. 7 Coal Boiler No.8 Coal Boiler

Chemical - caustic soda @ $200/ton $973 $1258

Power @ $O.OS/kwh $97 $129

Landfill costs @$20/ton $1,084 $1,502

Maintenance $175 $250

Total $5,468

21
6.0 Energy and Non-Air Environmental Impact

Evaluation

There were additional energy needs and landfill (i.e. t non-air environmental) needs from

the three selected control strategies. The following will detail the impact.

6.1 Wet FGD

6.1.1 No. 7 Coal Boiler

Although the 10 fan was judged to be adequate, there would be an additional 120

horsepower usage from the increased pressure drop requirements of the wet

FGO. Alsot there is a 30-horsepower recycle pump on the FGO fan which

recycles the FGD slurry.

The captured 802 combines with the caustic soda to form a slurry which leaves

the system via the FGD blowdown. The slurry will be captured in the existing

plant wastewater system, dewateredt and landfilled~ Potential issues in

wastewater treatment would need to be further evaluated. The estim ated

quantity is 16,000 tons per year or about 2 tons per hour additional.

6.1.2 No. 8 Coal Boiler

The 10 fan motor will be replaced with a larger motor that utilizes an additional

160 horsepower usage from the increased pressure drop requ irements of the wet

FGD. Also, there is a 40-horsepower recycle pump on the FGO fan which

recycles the FGD slurry.

The captured 80 2 combines with the caustic soda to form a slurry which will

leave the system via the FGO blowdown. The slurry will be captured in the

existing plant wastewater system, dewateredt and landfilled. Potential issues in

wastewater treatment would need to be further evaluated. The estim ated

quantity is 25t OOO tons per year or about 3 ton s per hour additional.

6.2 Semi-Dry FGD

6.2.1 No. 7 Coal Boiler

Although the 10 fan was judged to be adequatet there would be an additional 60

horsepower usage from the increased pressure drop requirements of the wet

FGO. Also, there is a 300-horsepower air compressor for dispersing the slurry.

The captured 802 combines with the quick lime to form a particle. The particle

will be captured in the existing precipitator and landfilled. The estimated quantity

is 28,000 tons per year or about 3 tons per hour additional.

6.2.2 NO.8 Coal Boiler

The 10 fan motor will be replaced with a larger motor that consumes an additional

160-horsepower of usage from the increased pressure drop requirements of the

22
wet FGD. Also, there is a 300-horsepower air compressor for dispersing the

slurry .

The captured 802 combines with the quick lime to form a particle. The particle

will be captured in the existing precipitator and landfilled. The estimated quantity

is 45,000 tons per year or about 6 tons per hour.

6.3 Overfire Air and Sorbent Injection System

6.3.1 No. 7 Coal Boiler

A 300-horsepower overfire air fan will be added to the system.

The captured 802 combines with the limestone in the furnace forming a particle.

The particle will be captured in the existing precipitator and landfilled. The

estimated quantity is 54,000 tons per year or about 6 tons per hour additional.

6.3.2 NO.8 Coal Boifer

A 400-horsepower overfire air fan will be added to the system.

The captured 802 combines with the limestone in the furnace forming a particle.

The particle will be captured in the existing precipitator and landfilled. The

estimated quantity is 75,000 tons per year or about 9 tons per hour.

23
7.0 Financial Analysis

7.1 Approach

There are uncertainties both with the order-of-magnitude capital cost estimate and the

projected chemical, energy, solid waste, and maintenance costs. To account for these

uncertainties, the capital and operating costs are allowed to vary within prescribed

ranges (typically ±1 0% ). The financial analysis is repeated such that 100 a capital cost

estimates and 1000 - 1a-year amortization periods are developed. The following

summarizes the results of this analysis (1 a-year amortization period at a 15% discount

rate):

The result of the analysis is a net present value (NPV), which converts the annual costs

over the 1O-year period to toda y dollars utilizing a discount rate of 15%.

The remainder of the section will summarize the NPV for each of the investigated control

strategies and then summarize the results in the form of NPV $/ton of 802 removed.

7.2 Wet FGD

Description

Accuracy Type

WetFGD

Average Range or Rei Var

Annual Savings Savings entered as positive numbers

Raw Materials/Chemicals

Caustic Soda

Hydrated Lime

Limestone

Utilities

Electricity

Steam

Water

Solid Waste

Inflation Rate

3% Range

3% Range

3% Range

5% Range

($112,000)

$0

$0

($824,000)

5.000/0

10.00%

Operational Impact

Personnel

Maintenance - Routine/Prev.

Maintenance - Annual

Results

First Year Pre-Tax Savings

NPV

Return on Investment

50/0

Average

($10,202,737)

($56,286,147)

N/A

24

Range

Range

Min

$0

($200,000)

($300,000)

Max
7.3 Semi-Dry FGD Before Existing Precipitators

Description

Annual Savings

Semi-Dry FGD Before Existing Precipitators

Accuracy Type Average Range or Rei Var

Savings entered as positive numbers

Raw Materials/Chemicals

Caustic Soda

Hydrated Lime

LimestoFle

Utilities

Electricity

Steam

Water

Solid Waste

Operational Impact

Personnel

Maintenance - Routine/Prev.

Maintenance - Annual

Results

First Year Pre-Tax Savings

NPV

Return on Investment

Average

($7,307,489)

($52,100,722)

N/A

25

Range

Range

Range

Range

Min

($271,000)

$0

$0

($1,461,000)

$0

($200,000)

($300,000)

Max

5.00%

10.000/0
7.4 Overfire Air and Sorbent Injection System

Description OFA and SIS

Accuracy Type Average Range or Rei Var

Annual Savings

Raw Materials/Chemicals

Caustic Soda

Hydrated Lime

Limestone

Utilities

Electricity

Steam

Water

Solid Waste

Operational Impact

Personnel

Maintenance - Routine/Prev.

Maintenance - Annual

Results

First Year Pre-Tax Savings

NPV

Return on Investment

($5,726,322)

($35,514,726)

N/A

Savings entered as positive numbers

($226,OOO)

$0 10.00°;'0

$0 5.00%

($2,586,OOO)

$0

Range ($175,OOO)

Range ($250,OOO)

Min Max

7.5 Net Present Value Summary

The following table summarizes the net present value $/ton of 802 removed:

De- 502 Removed NPV $/ton 502 removed

Sulfurization

Technology 0/0 TPY Average Min Max

Wet 90% 20,515 $2744 $2420 $3060

Semi-Dry

Before 900/0 20,515 $2540 $2150 $2927 Existing

Precipitators

OFAISIS 60% 13,677 $2597 $2259 $2927

26
8.0 Summary of BART Engineering Analysis

The BART regulation req uires certain sources of visibility-impairing pollutants to install

controls equivalent to the Best Available Retrofit Technology for that source. BART

applies to sources of visibility impairing pollutants that were constructed between 1962

and 1977 and that are in one of 26 major sources categories. The visibility-impairing

pollutants are S02, NOx, and particulate.

The No.7 Coal Boil er and No.8 Coal Boil er at the Chillicothe mill are subject to BART

requirements. The initial modeling by Ohio EPA for No.7 and No.8 Coal Boilers

indicated that a minimum of 58% sulfur dioxide removal from the baseline will be

required, while the currently installed floor technology NOx control meets BART

requ irements.

A top-down engineering analysis was performed and involved the following steps:

• Identify available control technologies for each pollutant/source combination.

• Evaluate technical feasibility of control options based on site or source specific

factors.

• Evaluate the cost impacts of each technically feasible control option.

• Determination of the energy and non-air quality environmental impacts of each

technically feasible control option.

The following S02 control technologies were evaluated in th is engineering analysis:

• Wet Electrostatic Precipitator

• Wet Flue Gas De-sulfurization (FGD)

• Semi-dry Flue Gas De-sulfurization ahead of the existing precipitators

• Semi-dry Flue Gas De-sulfurization with baghouse after the existing precipitators

• Overfire Air (OFA) and Sorbent Injection System (SIS)

Several fuel switching or re-design options, such as changing to low sulfur coal, were

also considered; however, they are not required to be included in the BART Engineering

Analysis, nor deemed as to warrant additional considera tion at this time.

The technical feasibility, cost impacts, advantages and disadvan tages were evaluated

for each control option. The list of potential control options was narrowed down to the

following three technologies: Wet FGD, Semi-dry FGD ahead of the existing

precipitators, and an OFAISIS system. Additional air quality modeling for visibility

impacts of these technologies is to be completed by Ohio EPA.

27
ATTACHMENT 1 -

Existing Layout of Boiler and Precipitator Area

28
11 3 102

73

122

100 74

-1> 142

-{ 0 :t>- A

0 () :;::0 I -(

(.f) rrl -I 95 ;:0 ""7 rrl ---1

67A

67

"II

.....

..

...

"' I • !

29
ATTACHMENT 2 -

Potential Wet Flue Gas De-sulfurization Layout of Precipitator Area

30
234 0

142

95

67A,

67

113 102

31
ATTACHMENT 3 -

Potential Semi-Dry Flue Gas De-sulfurization Layout of Precipitator Area

(Ahead of the Existing Precipitators)

32
142

95

67A.

67

113

234 0

33

102

»

-l

-I»

o

I

<:

III

Z

-l

GJ
ATTACHMENT 4 -

Visibility Modeling Analysis

(Provided by Ohio EPA)

34
The Ohio EPA Division of Air Pollution Control (OEPA DAPC) modeled the visibility

impact of Glatfelter's NO.7 and NO.8 coal boil ers as a part of a larger study involving

either screening analysis or detailed modeling of all BART candidates in Ohio. Thi s

study was performed by DAPC with substantial technical assistance from the Lake

Michigan Air Directors Consortium (LADCO). The purpose of the modeling is to identify

the facilities having an impact on downwind Class I areas (e.g., national parks and

wilderness areas) exceeding a certain threshold. The definition of the threshold is that no

facility may contribute more than seven days of visibility impairment exceeding 0.5

deciviews in any single Class I area in any of the modeled meteorological years 2002,

2003, or 2004. S02, NOx, pri mary fine particulate matter, HN03, and sulfate are the

chemical species considered to be significant in terms of visibility. The downwind

dispersal of these pollutants is computed by the Calpuff computer model, and the

modeled concentrations, combined with assumed background concentrations, are

converted to deciviews with the aid of post-processor software. The document "Single

Source Modeling to Support Regional Haze BART / Modeling Protocol" (March 21,2006)

by the Lake Michigan Air Oi rectors Consortium supplied deta its of the procedure, which

were incorporated into data files and run scripts supplied to DAPC by LADCO.

Discussion of the procedu res followed by DAPC is also contained in a re port to the U.S.

EPA Region 5 currently in the process of preparation.

The following conditions represent the pre-control baseline:

S02 and NOx

Glatfelter provided da ily emission rates for each boiler, for years 2003, 2004, and 2005.

A boiler modification occurred in early 2003, so only the last 274 days of that year were

considered to be representative of current conditions. Initially, DAPC understood that the

98th percentile of emission rate, for a single year, was appropriate for modeling, and the

daily rates were analyzed to determine the 98th percentile of combined emission from the

two boilers, for year 2005. This resulted in the following numbers:

NOx: 57.89 g/s

S02: 1060.1 g/s

Subsequently, DAPC received indications that the single highest day of combined

emission over a three year period may be called for. When 2005, 2004, and 274 days of

2003 data were reviewed, the following numbers were extracted:

NOx 59.316 g/s

S02 1308.87 g/s

35
Based on design values of 422 MMBtu/hr and 505 MMBtu/hr for boilers 7 and 8

respectively, this would correspon d to coal quality of 11.2 Ib S02/MMBtu. This is greater

than their SIP limit of 9.9 Ib S02/MMBtu, but since the 9.9 limit is evaluated over a longer

averaging period than 24 hours, the numbers do not demonstrate a violation.

Sulfate, HN03, and primary fine particulate

Sulfate and HN03 have not been inventoried, are not believed to be em itted in

significant quantity, and were not modeled. Both pm2.5 and pm10 have been inventoried

by DAPC for year 2002, as follows:

pm2.5: 0.28 TPY, = 0.008105 gls averaged over actual oper ating hours.

pm10: 29.7 TPY, = 0.859 gls averaged over actual operating hours

The protocol calls for pm2.5 to be modeled, but because that number appears

questionable, the value of 0.859 gls for pm1 0 was modeled instead. In either case, th e

contribution of primary particulate to modeled visibility impact is extremely minor.

Stack parameters

Location: lat. 39/19/29.864; long. 82/58/29.025;

Lambert (1194.855 km, 17.745 km)

Stack base elevation: 615 feet

Height:

Diameter:

Temperature:

Velocity

475 feet

14 feet

305.3 deg. F

54.14 fUsee

The two boilers vent to a combined stack; hence only one stack was modeled.

36
Modeling of these baseline conditions showed the following numbers of days of visibility

deterioration exceeding 0.5 deciviews (areas of highest impact, only, shown) (using

single-highest-day emission rates):

Class I area days above visibility-degradation threshold

(uncontrolled, at 1308.87 gL§l

(2004) (2003) (2002)

Dolly Sods 31 23 23

Mammoth Cave 21 14 12

Shenandoah 38 37 20

Great Smoky 10 8 5

These numbers greatly exceed the "7 days in any year" criterion.

Next, a series of model runs was performed to determine how much reduction of S02

emissions is needed to bring the impact below the threshold. All stack parameters and

emission rates except for S02 were left unchanged, even though the Company has

indicated that some reduction in NOx can be expected unde r their proposed controls. An

S02 rate of 553 gIs, corresponding to 57.7 percent control, was found to bring the impact

below the threshold of significance, as follows:

Class I area days above visibility-degradation threshold

(controlled at 553 gL§. or 57.7% reduction)

Dolly Sods

Mammoth Cave

Shenandoah

Great Smoky

(2004)

6

6

3

1

3

6

6

4

37

7

5

7

2
For the two levels of control being considered, 60 percent and 90 percent, the modeled

impacts are as follows:

Class I area days above visibility-degradation threshold

(controlled at 523.55 or 600/0 reduction)

(2004) (2003) (2002)

Dolly Sods 4 3 6

Mammoth Cave 5 6 4

Shenandoah 2 3 7

Great Smoky 1 4 2

Class I area days above visibility-degradation threshold

(controlled at 130.887 or 90% reduction)

(2004) (2003) (2002)

Dolly Sods 0 0 0

Mammoth Cave 0 1 0

Shenandoah 0 0 0

Great Smoky 0 0 0

dkt

10/30/07

38

· Appendix H

BART-Eligible Electric Utility Generating Units in Ohio

(preliminary list)

Facility boiler county heat input

J. M. Stuart

J. M. Stuart

J. M. Stuart

J. M. Stuart

Ashtabula

Ashtabula

Ashtabula

Ashtabula

City of St. Mary's

City of Hamilton

City of Hamilton

W. C. Beckjord

W. C. Beckjord

Conesville

Conesville

Conesville

Gen. J. M. Gavin

Gen. J. M. Gavin

Miami Fort

Cardinal

Cardinal

.Cardinal

W. H. Sammis

W. H. Sammis

W. H. Sammis

W. H. Sammis

Eastlake

City of Painesville

City of Painesville

Avon Lake

Bay Shore

Eastlake

Muskingum River

City of Shelby

City of Shelby

City of Dover

City of Orrville

OEPA/DAPC, Dec. 2008

1

2

3

4

8

9

10

11

6

8

9

5

6

3

4

5

1

2

7

1

2

3

4

5

6

7

5

4

5

12

3

4

5

1

2

4

13

Adams

Adams

Adams

Adams

Ashtabula

Ashtabula

Ashtabula·

Ashtabula

Auglaize

Butler

Butler

Clermont

Clermont

Coshocton

Coshocton

Coshocton

Gallia

Gallia

Hamilton

Jefferson

Jefferson

Jefferson

Jefferson

Jefferson

Jefferson

Jefferson

Lake

Lake

Lake

Lorain

Lucas

Lucas

Morgan

Richland

Richland

Tuscarawas

Wayne

32.8

39.8

36.9

31.6

1.8

1.6

2.2

2.3

0.6

1.3

2.7

16.0

27.4

5.9

27.4

23.9

85.4

100.1

38.0

29.0

26.4

38.5

13.0

17.2

40.5

39.2

31.9

0.9

1.2

34.6

7.6

10.5

37.0

0.7

0.6

1.2

2.2