Adjustments to multiple tools

Made adjustments to the following models within the MAoT toolbox:
Find Local Peaks
Highest Points Near Locations Modified
Linear Line of Sight Modified
Lowest Points Near Locations Modified
Range Fan From Bearing and Traversal with Visibility Modified
Artillery Slope Tint Modified

The ones that have the modified after the name are the orginal tool with
changes. The changes include the ability to add layer dataset. This
allows customers to add not only local data, but also serviced data that
is within the map document. This should also allow the user to process
tools with the processing templates within the elevation services.
Updated tools

Changed Cover From Flat Trajectory Weapons. Added building materials
within query to show added protected areas. Also, modified model to take
into account Service Processing Templates for elevation data as well
local datasets. User must add file to map and select processing template
within the properties of the elevation data. Model will now run with
service.

Changed Suitable Drop Zone Model. Modified to accept services and local
data just like in the Cover tool. Made adjustments to the queries to
include just slope data versus before, only slope where vegetation data
had intersected. Now there are no longer void areas in the final output.
It did not make sense that there was “VOID” data where there was Bear
Earth, but the slope supported acceptable Drop Zones. Added buildings to
Vegetation Query for areas to be avoided.

Followed FM 5-33 standard for queries on both of these models.

Added new layer files for Cover and Suitable Drop Zones to reflect
changes.
Merge pull request #137 from NatalieCampos/master

changed build elevation tools
Update README.md
Updated item descriptions

Updated item descriptions for each tool. Also adjusted the HLZ
suitability tool.
structure image
adjustments to the HLZ suitability tool

Had to adjust the code block (3) script. Also had to point to the
correct symbology layer for final output.
Fixes #136 Validation error in Radial Line of Sight & Range
Blanked out output location file name

Blanked out output file name and location to force end user to provide
information.
Fixed projection conflict in Suitable Drop Zone tool

Adjusted the "Create Spatial Reference" portion of the model to reflect
WGS 84
Linear Line of Sight tool fixes

Made adjustments based off of the testing results. Added symbology
layers for the observer and target points to make it easier to see when
plotting the points.
Merge pull request #141 from jscott11/master

Fixes #136 Validation error in Radial Line of Sight & Range
Adjustment to Artillery Slope Tint

Changed model based on recommendations from testing. Changed the model
to re-project to WGS-84 at the end of the process. Removed the file path
of the final output to force the end user to establish output location.
Added Artillery Slope Tint layer for final output symbology.
Somehow these LYRs were removed during the reorg

Somehow these LYRs were removed during the folder reorg a few months
back. These are the LYR files that should go with the Visibility and
Range Tools toolbox.
Merge pull request #146 from mfunk/master

Somehow these LYRs were removed during the reorg
Fixes #53 PolylineToPolygon.py needs to use Data Access cursor
updated the Range Fan From Bearing and Traversal With Visibility tool

- Added layers for the Range fan and Visibility symbology
- Fix spelling errors
- Reinstated the Range Fan for final output
- Made the Output Coordinate system a user input, stating that is needs
to be a project system for proper processing.
- Changed the Delete field from “Visibility” for ”Gridcode” to keep the
visibility field in the final output
- Added “Traversal” Field in the Range Fan feature for additional
information
- Changed the “Minimum Bounding Geometry” from “Envelope” to
Convex_Hull” This change reduced the elevation foot print for
processing, reducing the multiple visibility returns received from the
previous version. Also changed the grouping from “All” to “None”. This
keep the elevation data for processing confined to the boundary of the
range fan.
- Change the “Buffer” process linear unit from 1KM to 30M, reducing
overlap of elevation processing information to reduce multiple
visibility returns, when there is obviously none. Changed the dissolve
type from “All” to “None” to keep the elevation data confined to the
specific range fan.
- Added project raster after extract by mask to ensure proper viewshed
processing. The input is the same user input at the start of the tool.
added new LLoS that saves plotted points

Added Linear Line of Sight and saving plotted Observer and Target Points
tool. This is the same as the Linear Line of Sight tool, but now can
save the plotted points for future retrieval.
Merge pull request #148 from jscott11/master

Fixes #53 PolylineToPolygon.py needs to use Data Access cursor
Linear Line of Sight Parameters order change

Adjusted the order of the parameters so the optional ones are at the
bottom