OpenLLM-France/wikimedia huggingface dataset:
# Aros/Developer/Docs/Libraries/MathIEEEDoubBas

* Navbar for the Aros wikibook
* Aros User
* Aros User Docs
* Aros User FAQs
* Aros User Applications
* Aros User DOS Shell
* Aros/User/AmigaLegacy
* Aros Dev Docs
* Aros Developer Docs
* Porting Software from AmigaOS/SDL
* For Zune Beginners
* Zune .MUI Classes
* For SDL Beginners
* Aros Developer BuildSystem
* Specific platforms
* Aros x86 Complete System HCL
* Aros x86 Audio/Video Support
* Aros x86 Network Support
* Aros Intel AMD x86 Installing
* Aros Storage Support IDE SATA etc
* Aros Poseidon USB Support
* x86-64 Support
* Motorola 68k Amiga Support
* Linux and FreeBSD Support
* Windows Mingw and MacOSX Support
* Android Support
* Arm Raspberry Pi Support
* PPC Power Architecture
* misc
* Aros Public License
# Aros/Developer/Docs/Libraries/MathIEEEDoubTrans

* Navbar for the Aros wikibook
* Aros User
* Aros User Docs
* Aros User FAQs
* Aros User Applications
* Aros User DOS Shell
* Aros/User/AmigaLegacy
* Aros Dev Docs
* Aros Developer Docs
* Porting Software from AmigaOS/SDL
* For Zune Beginners
* Zune .MUI Classes
* For SDL Beginners
* Aros Developer BuildSystem
* Specific platforms
* Aros x86 Complete System HCL
* Aros x86 Audio/Video Support
* Aros x86 Network Support
* Aros Intel AMD x86 Installing
* Aros Storage Support IDE SATA etc
* Aros Poseidon USB Support
* x86-64 Support
* Motorola 68k Amiga Support
* Linux and FreeBSD Support
* Windows Mingw and MacOSX Support
* Android Support
* Arm Raspberry Pi Support
* PPC Power Architecture
* misc
* Aros Public License
# Aros/Developer/Docs/Libraries/Keymap

* Navbar for the Aros wikibook
* Aros User
* Aros User Docs
* Aros User FAQs
* Aros User Applications
* Aros User DOS Shell
* Aros/User/AmigaLegacy
* Aros Dev Docs
* Aros Developer Docs
* Porting Software from AmigaOS/SDL
* For Zune Beginners
* Zune .MUI Classes
* For SDL Beginners
* Aros Developer BuildSystem
* Specific platforms
* Aros x86 Complete System HCL
* Aros x86 Audio/Video Support
* Aros x86 Network Support
* Aros Intel AMD x86 Installing
* Aros Storage Support IDE SATA etc
* Aros Poseidon USB Support
* x86-64 Support
* Motorola 68k Amiga Support
* Linux and FreeBSD Support
* Windows Mingw and MacOSX Support
* Android Support
* Arm Raspberry Pi Support
* PPC Power Architecture
* misc
* Aros Public License

## Introduction

A keymap is a keyboard layout for foreign languages. Like for example the German keyboard has a different layout (the 'ä', 'ö' and 'ü' keys and other German special keys) and a keymap 'maps' the keys to the right characters for the programs.
Here is a list of the AROS symbol and the different Kickstart symbol shown for several key combinations.
Also, in Kickstart pressing Alt and various letters shows a variety of symbols. With the AROS default keymap doing that just shows the letter itself.
# Annotations to James Joyce's Ulysses/Penelope/700
## Annotations

Stabat Mater (Latin) See 079.04 for Rossini's setting of the Stabat Mater.
# Annotations to James Joyce's Ulysses/Penelope/697
## Annotations

Gounods Ave Maria (Latin) Hail Mary. In Charles-François Gounod's popular setting of the Catholic prayer known as the Ave Maria, Gounod's vocal melody is accompanied by J. S. Bach's Prelude No. 1 in C major, BWV 846, from Book 1 of The Well-Tempered Clavier. Curiously, the famous melody was merely improvised by Gounod at the piano; it was his father-in-law Pierre Zimmerman and the publisher Jacques Léopold Heugel who arranged it for the Ave Maria in 1859.
See 080.01 for the Hail Mary.

## References

* ↑ Gifford (1988) 612. Thornton (1968) 487.
# Canadian Criminal Procedure and Practice/Cases/Warrant Searches
## Generally

| Case | Citation | s.8 | s.24 | Summary |
| R. v. Dowling | 2011 ABQB 790 | N | N | search warrant of house with suspicious traffic |
| R. v. Mahmood | 2011 ONCA 693 | N | - | warrant for cell phone number log upheld |
| R. v. Ngo | 2011 ONSC 6676 | N | - | search warrant upheld on s. 8 challenge |
| R. v. Lee | 2011 ABCA 310 | | | warrant to enter home upheld |
| R. v. Nguyen | 2011 ONCA 465 | | | search warrant challenged; no violation |
| R. v. Pike | 2010 NLTD 97 | Y | ? | secured blood samples prior to warrant being issued |
| R. v. Nguyen | 2002 BCPC 12 | N | - | search warrant executed to search house; police also searched parked car |
| R. v. Puskas | 1997 CanLII 1159 | Y | N | Search warrant to house based on anonymous tip upheld trial level acquitted; overturned on issue of s.24(2) analysis |
| R. v. Nguyen and Nguyen | 2010 ONSC 1520 | Y | Y | |
| R. v. Parasiris | 2008 QCCS 2460 | Y | ? | |
* R. v. Watts, 2012 ONSC 1865 -- no s.8 violation—ITO search warrant for hard entry into house looking for guns and drugs—warrant based on confidential informer—contained errors—upheld
* R. v. Darby, 2012 ABCA 27 || ITO upheld anonymous informer
* R. v. Dionisi, 2012 ABCA 20 || ITO upheld, based on anonymous informer
* R. v. Morgan, 2012 ONCA 28 -- ITO found valid despite errors in affidavit

## Tele-warrants

* R v Lendzion 2012 ABPC 59 -- upheld

## Wire taps

R. v Bulatci, 2012 NWTCA 6 -- wiretap of accused in prison violated s.8 but admissible
* R. v. Martin, 2010 NBCA 41 || breach of s.8 found, evidence NOT excluded under s. 24(2)
* R. v. Della Penna, 2012 BCCA 3 || wiretap allowed on appeal

## Bodily sample

* R. v. Ramage, 2010 ONCA 488 -- breach s. 8; saved under s.24(2)
* R. v. Emshey, 2010 ABPC 237 -- s.8 violation; admitted under s.24(2)
# Canadian Criminal Procedure and Practice/Cases/Investigation-related
## Warrantless Searches

* Canadian Criminal Procedure and Practice/Cases/Warrantless Searches

## Search warrants

* Canadian Criminal Procedure and Practice/Cases/Warrant Searches
# Adventist Youth Honors Answer Book/Nature/Stars - Advanced

Like many honors, the requirements for Stars - Advanced differ from one division to the next. If your division is not listed below, use the General Conference version.
Stars - Advanced (General Conference) Stars - Advanced (North American Division)
# Adventist Youth Honors Answer Book/Nature/Stars

Like many honors, the requirements for Stars differ from one division to the next. If your division is not listed below, use the General Conference version.
Stars (General Conference) Stars (South Pacific Division)
# Building Services/Ventilation

Ventilation
Ventilation primarily takes two forms – natural and mechanical. Natural ventilation is the process of fresh air entering a building via a window, door or other opening while mechanical ventilation is air that is drawn into the building using machinery (typically fans).
Good ventilation is essential to human well being, the provision of fresh air in replacement of stale air maintains the correct levels of oxygen and carbon dioxide in the air, and removes odours, bacteria, excess heat and other atmospheric contaminants. It also prevents condensation, which is caused by excess humidity. The capability of a ventilation system for an individual room is usually measured according to how many ‘changes of air’ it is capable of per hour, that is how many times all the air in the room can be completely replaced. The amount of ventilation required varies considerably depending on what the space is used for; an office will typically need far fewer changes of air than a kitchen or factory.
Pros and cons
Natural ventilation systems have many advantages over mechanical ones. The most obvious is perhaps that mechanical systems use a considerable amount of electricity while natural ones are effectively ‘free’. There are also considerable capital costs in installing mechanical systems. Many people prefer opening a window to having forced air and natural systems are easier to control locally, i.e. by opening or closing a window as required. On the other hand, mechanical systems have distinct advantages over natural systems as well. Natural ventilation is generally not effective in buildings with a large floor plan and opening windows to get fresh air while heating systems are operational wastes energy. Air brought in via mechanical systems can be heated or cooled and the humidity can also be controlled. This can avoid the need for separate heaters or air conditioners. Mechanically drafted air is also generally filtered so is arguably purer than natural air.
Natural
Mechanical
# Building Services/Ventilation/Natural

Natural ventilation
The most obvious means of natural ventilation is a door or window that can be opened. To be most effective, ventilation needs a through draft, i.e. air enters via a window on one side of the building and is sucked out the other side.
Trickle ventilation is often used in newer buildings and is also often a feature of modern UPVC windows. Trickle ventilators are usually small holes in window frames that allow a small amount of air in at all times. This helps to reduce condensation, particularly during the winter months when the windows would not be opened.
Another form of natural ventilation is Passive Stack Ventilation (PSV). This works on a similar principle to a chimney, where air passing the top of the stack sucks air out of the building.
# Building Services/Vertical Transportation

Vertical Transportation
Vertical transportation is a phrase used to describe the various means of travelling between floors in a building. All buildings with more than one storey of course have at least one set of stairs and the provision of stairs is a very important consideration when designing buildings in order to ensure all the occupants of the building can escape safely in the event of a fire.
In buildings with more than four storeys, a lift (commonly known as an elevator in the US) is desirable as there is a limit to how far people are willing to walk up stairs. In addition to this, stairs are unsuitable for infirm and mobility impaired persons so buildings with only two storeys are sometimes fitted with a lift.
A third option is the escalator which is ideally suited for high volume applications such as shopping malls and airports but not practical for high rise buildings as they take up a lot of space.
Building Services/Vertical Transportation/Lifts
Building Services/Vertical Transportation/Siting Lifts
Building Services/Vertical Transportation/Traction Lifts
Building Services/Vertical Transportation/Hydraulic Lifts
Building Services/Vertical Transportation/Stair Lifts
Building Services/Vertical Transportation/Lift Controls
Building Services/Vertical Transportation/Emergency Procedures
# Building Services/Vertical Transportation/Lifts

Lifts
Lifts are typically used for two purposes – passengers and goods. Passenger lifts, as the name suggests, are designed primarily for moving people although they are often used for moving small hand trolleys, persons in wheelchairs and sometimes prams/pushchairs. Passenger lifts in hospitals are often large enough to accommodate a hospital bed. Passenger lifts nearly always have sliding automatic doors although in smaller buildings, they may have a hinged door. In both cases, a safety interlock is fitted that prevents the lift from moving while the doors are open.
In most medium sized office buildings, separate good lifts are not required as most goods are small enough to fit in passenger lifts, however industrial sites, mixed use complexes and large retail stores often have a need for separate goods lifts. The smallest goods lift can generally accommodate a pallet plus pump truck. It is vital when sizing a goods lift to make sure that the equipment used for moving pallets can fit in the lift as well unless all floors served have their own moving equipment. Electrically assisted pedestrian operated pallet movers typically require more space than a manual pump truck and the extra weight of these should also be taken into account as they can weigh up to a ton! It is also useful to consider the weight of the operator in the lift as well.
Smaller goods lifts typically utilise automatic sliding doors in the same manner as passenger lifts, however larger lifts often utilise sliding concertina doors that must be opened and closed by the operator but like the passenger lift, there is usually a safety interlock to prevent the lift from moving unless the doors are closed. Similarly, the door is locked while the lift is moving for the safety of the occupants.
Goods lifts may have different controls to passenger lifts, a commonly installed feature is ‘Car Preference’ which enables the operator to insert a key into the lift’s control panel that stops it from responding to calls from other floors and only responds to buttons pressed within the lift car.
A specialist type of goods lift is the “Dumb Waiter”. Its name is derived from the traditional use of transporting food between a kitchen and serving area on different floors but essentially a dumb waiter is a lift that is too small for passengers and is only used for parcels or small items. A dumb waiter takes up less space and is cheaper to install than a full sized lift.
From a mechanical perspective, there are essentially three different types of lift – traction, hydraulic and stair lifts. These types will be described in detail in a separate module.
# Building Services/Vertical Transportation/Siting Lifts

Siting Lifts
The number and location of lifts should be very carefully considered when buildings are designed as it is usually very difficult and expensive to retrofit a lift shaft. Typically, lifts are installed wherever there are stairs and it is good practice to group such services together around a ‘core’, along with pipe and cable risers. In some cases, it is preferable to have several adjacent lifts rather than separate lifts in different places and there are advantages to putting lifts together in that they can share controls. In this case, when one of the call buttons is pressed, the system sends the nearest lift that is going in the right direction. This makes most effective use of the lifts, although goods lifts and passenger lifts should not share the same controls as goods operatives may press a button wanting a lift larger enough for a pallet and a small passenger lift will turn up or passengers will call a lift and find it full of goods so they cannot use it, neither of which situation gives the building occupants much faith in the lift design.
In high rise buildings with more than about 30 floors, ‘express’ lifts are often used. The ‘express’ lifts typically only call at the ground floor and ‘sky lobbies’ every thirty floors or so apart. Passengers wishing to alight at floors not served by the express lifts alight at their nearest sky lobby then take another lift from a separate bank of lifts that only serves those intermediate floors.
# Building Services/Vertical Transportation/Stair Lifts

Stair Lifts
Stair lifts are often used in domestic and other small-scale applications, particularly where there is no room to install a lift shaft. The stair lift can share the same space as an existing staircase and usually just consists of a chair on a rail that goes up and down the stairs using a rack and pinion mechanism.
# Building Services/Vertical Transportation/Emergency Procedures

Emergency Procedures
As already mentioned in the chapter about traction lifts, lift cables are extremely unlikely to break. Even if this was to happen, all lifts capable of carrying persons are fitted with an overspeed governor. This device works in much the same way as a seat belt in a car by clamping brakes onto the guide rails if the lift exceeds its normal speed. Even if the lift were to drop down the shaft (very unlikely indeed), there are buffers at the bottom of the shaft to soften the drop.
In the event of a power failure, most lifts will stop. The brake is designed to fail open so the lift will stop, probably quite abruptly. This is intended to happen as otherwise the balance between the lift and the counterweight would result in the lift car moving. Ideally, lifts should have a battery or generator backup that will lower the lift to the next floor, open the doors and then shut itself down until the main power is restored. The lighting in lift cars is usually supplied from the mains therefore it is essential that all lift cars have a battery powered emergency light.
Many lifts do not feature any form of backup power so anybody inside the lift will become trapped in the event of a power failure.
Lift cars must also have an alarm system, preferably one that connects to somebody within the building, for example Security or the Estates department. If the lift stops for any reason, such as a power failure or mechanical problem, the persons inside the lift can press the alarm button and seek help. Generally, it is wise to make sure that the alarm cannot be set off accidentally, for example by leaning on the button. Some lifts just feature an alarm that alerts those responsible that there is a problem while more sophisticated systems feature a built-in two way telephone so the persons inside the lift can explain the problem.
When a lift is ‘stuck’ and there are people inside, they must be released. This is either done by trained authorised persons on site or by the fire brigade. The lift doors can be opened using a special key and the general rule of thumb is to move the lift down to the next floor so the occupants can walk out on the level. Before this can be done, the lift must be isolated (turned off) in the machine room, otherwise if the power were to come back on, persons in the machine room could be injured.
Moving the lift generally requires two persons in the machine room – one to release the brake and the other to hand crank the sheave. More modern lifts usually feature a built-in lever to release the brake but older ones require a special tool that is usually kept within the machine room. There is also a special hand wheel that is attached to the end of the sheave axle and turned.
In certain cases where the lift is stuck between floors and cannot be moved, a ladder can be used to evacuate those inside.
# Building Services/Vertical Transportation/Hydraulic Lifts

Hydraulic Lifts
Hydraulic lifts are powered using a hydraulic ram rather than being suspended. They are generally suitable for low rise buildings. The lift car is attached to the top of the hydraulic ram. When the lift goes up, oil is pumped from a tank into the ram, causing it to rise. When the lift goes down, the oil is allowed to return to the tank via the pressure of the car on top of the ram. Hydraulic lifts are usually less expensive than traction lifts and they do not require a large machine room. The machine room is usually located on the same floor as the lowest floor the lift serves.
# Brlcad/How to mged/command/help

The help command returns a list of available commands together with a short description of each command. If a command is supplied as an argument, the short description for that command is output.
# Brlcad/How to mged/command/l

The l command can be used to list the parameters of a previously created shape:
# Brlcad/How to mged/command

* ?devel
* ?lib
* 3ptarb
* adc - controls the angle distance cursor
* ae - set the viewing orientation using azimuth, elevation and twist
* aip - advances the illumination pointer in either of the illumination states
* analyze - displays geometric properties of an arbitrary polyhedron
* animmate
* apropos
* aproposdevel
* aproposlib
* arb
* arced
* area
* arot
* attach
* attr
* autoview
* B
* bev
* bo
* bot_condense
* bot_decimate
* bot_face_fuse
* bot_face_sort
* bot_vertex_fuse
* build_region
* c
* cat
* center
* clone
* closedb
* color
* comb
* comb_color
* copyeval
* copymay
* cp
* cpi
* cmd_win
* collaborate
* d
* dall
* db
* db_glob
* dbbinary
* dbfind
* dbfindtree
* dbconcat
* dbupgrade
* dbversion
* debugbu
* debugdir
* debuglib
* debugmem
* debugnmg
* decompose
* delay
* dm
* draw
* dump
* dup
* E
* e
* e_id
* e_muves
* eac
* echo
* edcodes
* edcolor
* edcomb
* edgedir
* edmater
* eqn
* em
* erase
* erase_all
* ev
* exec
* exit
* expand
* export_body
* extrude
* eye_pt
* facedef
* facetize
* find
* form
* fracture
* g
* garbage_collect
* get
* get_autoview
* get_comb
* get_dm_list
* get_edit_solid
* get_more_default
* get_regions
* get_sed
* get_solid_keypoint
* grid2model_lu
* grid2view_lu
* gui
* gui_destroy
* help
* helpdevel
* helplib
* hide
* hist
* hist_add
* history
* i
* idents
* ill
* in
* inside
* item
* joint
* journal
* keep
* keypoint
* kill
* killall
* killtree
* knob
* l
* labelvert
* listeval
* loadtk
* lookat
* ls
* l_muves
* lm
* lt
* M
* make
* make_bb
* make_name
* match
* mater
* matpick
* memprint
* mirface
* mirror
* mrot
* mv
* mvall
* mged_update
* mged_wait
* mmenu_get
* mmenu_set
* model2grid_lu
* model2view
* model2view_lu
* nirt
* nmg_collapse
* nmg_fix_normals
* nmg_simplify
* oed
* oed_reset
* opendb
* orientation
* orot
* oscale
* output_hook
* overlay
* P
* pathlist
* paths
* permute
* pl
* plot
* polybinout
* pov
* prcolor
* prefix
* press
* preview
* prj_add
* ps
* push
* put_comb
* put
* putmat
* put_edit_solid
* put_sed
* q
* qorot
* qray
* query_ray
* quit
* qvrot
* r
* rcc-blends
* rcc-cap
* rcc-tgc
* rcc-tor
* rcodes
* read_muves
* red
* redraw_vlist
* refresh
* regdebug
* regdef
* regions
* reid
* release
* remat
* reset
* reset_edit_solid
* rfarb
* rm
* rmater
* rmats
* rot
* rotobjs
* rpp-arch
* rpp-cap
* rrt
* rset
* rt
* rt_gettrees
* rtabort
* rtarea
* rtcheck
* rtedge
* rtweight
* rset
* savekey
* saveview
* sca
* search
* sed
* sed_reset
* set_more_default
* setview
* shaded_mode
* shader
* share
* shells
* showmats
* size
* solids
* solids_on_ray
* sph-part
* status
* stuff_str
* summary
* sv
* sync
* svb
* t
* t_moves
* ted
* tie
* title
* tol
* tops
* tor-rcc
* tra
* track
* translate
* tree
* units
* vars
* vdraw
* view
* viewsize
* vnirt
* vquery_ray
* vrmgr
* vrot
* view_ring
* view2grid_lu
* view2model
* view2model_lu
* view2model_vec
* viewget
* viewset
* wcodes
* whatid
* which_shader
* whichair
* who
* wmater
* winset
* x
* xpush
* Z
* zoom
# Brlcad/How to mged/command/Z

The Z command zaps (clears) all wireframes from the graphics display window. Note that this only affects the display of wireframes and does not delete any objects from the database. Note that only wireframes are zapped using this command. Graphical raytraces are not cleared by the Z command:
# Brlcad/How to mged/command/closedb

The closedb command closes the currently open database. If no database is currently open, then an error will occur.
# Brlcad/How to mged/command/draw

The draw command can be used to draw a previously created object onto the graphical display window:

## See also

* erase
# Brlcad/How to mged/command/comb

The comb command can be used to create or extend a combination.
# Brlcad/How to mged/command/erase

The erase command can be used to remove a shape from the graphics display window without deleting the shape from the database.

## See also

* draw
# Brlcad/How to mged/command/kill

The kill command can be used to remove a shape from the database:
# Brlcad/How to mged/command/exec

The exec command can be used to run an external system command:
# Adventist Youth Honors Answer Book/Stars/Constellations visible all night

Northern Hemisphere:
* Ursa Minor
* Ursa Major
* Draco
* Cepheus
Southern Hemisphere:
* Octans
* Mensa
* Hydrus
* Chameleon
* Volans
* Pavo
* Musca
# Adventist Youth Honors Answer Book/Stars/Daily motion

The stars appear to move in two different ways. The first way is caused by the Earth's rotation on its axis which causes the stars (and the Sun and the Moon) to rise in the east and set in the west. The second way stars appear to move is caused by the Earth's orbit around the sun, which causes any given star to rise earlier and earlier each night.