This script can give you the ability to connect prop-segmented gear pieces fast. It is optimized and brings the gear building time consuming to a minimum. It uses pre-defined radius-vectors to snap the segments the best way there is in Garry's Mod

I am supporting this tool in my free time mostly and it was quite a ride since I already first created it. But since my lack of time for playing gmod has been drastically increased some people asked me if I accept donations, here is the link to my PayPal.

You can subscribe to it here or download the latest stable release from here after that extract it in ..\GarrysMod\garrysmod\addons and you are practically done.

• Gear precise alignment relative to the mass-center
• Extendable database via text file or a lua script)
• Extendable database via text file load list and list prefixes categories
• Switching database storage between Lua table and SQL
• Spawning pieces on the map
• Snapping/spawning at the center if checked
• Snapping the first piece yaw to user defined angle
• Automatic gear-anchor constraint creation when building
• Custom point position angle and orientation adviser
• Advanced duplicator can be used on the gearbox created
• Custom entity properties ( weld, freeze, no-collide )
• User can disable phys-gun grabbing on a piece
• Ability to list up the most used pieces on the server ( E + MRIGHT ). Close shortcut (ALT + E)
• Ability to search among the most server popular pieces by Lua patterns
• Ability to export server and client database as a file
• Tool-tips for every button are available and can be translated easily
• Ability to spawn scripted gear items of other class
• Ability to modify the bodygroups and skins of a gear piece ( with duping )
• Gear surface behavior automatically set to super-ice ( Optimal performance )

• Gmod 10 (spur, racks) (INCLUDED)
• PHX spur (spotted, small, medium, big, flat) (INCLUDED)
• PHX bevel (regular, vertical) (INCLUDED)
• PHX rack (spotted, flat) (INCLUDED)
• Black spur (small, medium)
• SProps (small spur, large spur, rack, bevel)
• Propeller pack

I made it, because I am pissed of messing my gears over and over and ... you get the idea xD, some friends suggested that I should make this thing. It's made for assembling and precisely meshing gears the best way there is in Gmod.

Spawn gears by clicking anywhere.

Set the Stack count to one or more, point to one gear, then hold IN_SPEED ( Def: SHIFT ) and click IN_ATTACK1 ( Def: Left mouse button ).

Press the IN_ATTACK2 ( Def: Right mouse button ) without any additional keys. GA will switch between all stacking options available.

The stack mode is used ( as the name suggests ) to support two different gear stacking modes. When the state is Around trace pivot, you are stacking around and relative to the trace gear's pivot line ( blue ). When the stack mode is set to Forward direction the script will stack gears in a direction selected by the user, and precisely meshing those.

Set the stack mode to Around trace pivot ( Around the trace prop's blue line ). Put some ending angle, if you don't want to stack all-around. Set the stack count to two or more. Adjust pivot rotation if you don't want to start at zero degrees. Use the meshing function, done ;).

Repeat the same procedure as the planetary gear above, but with bevels. Last, set the stack count to one, point to one of the planetary bevels and use the meshing function.

Orient the first gear's forward to point in the desired direction. Freeze it. Adjust stack mode to Forward direction, set stack count to two or more You can also use the manual offsets like in TA. Now mesh those things !

Note: Beware, that some gears have different forward origin related to the mesh angle. The bevels for example have mesh angle of 45 degrees and if you stack 3 of them, this will result in a created differential with 2 planet gears and two suns gears

Below the gear selection tree, there is a drop-down menu. ( It shows <Constraint Type> at first ) Click on it to select constraint type like Axis, BS, and so on ..

Note: The axises and ball-sockets are created in the gear's mass-center for increased precision and I can admit no one likes off-centered gears

Easy, see the [ID] selection on the toolgun screen next to the trace status. It indicates which prop is selected for Anchor ( A prop that the gears will be automatically constrained to ) If it shows N/A ( Not Available ), then no anchor is selected. If it shows for example [Entity_ID], then an anchor is selected and all gears will be automatically constrained to it if enabled ( Constraint type different than Free spawn ). You can also clear it any time by pointing to the world and using IN_SPEED ( Def: SHIFT ) + click IN_ATTACK2 ( Def: Right mouse button ).

Ah, this happens when the gear piece has even set of teeth. Adjust the trace pivot rotation until the tooth of the holder gear ( the piece that you are holding ) aligns with the gap of the trace gear. Take this number (For example 7.25) and divide it by two (3.625). Now use this same value (3.625) for both trace pivot rotation and piece ( holder pivot ) rotation.

Yep, just point to another gear you want to use and press IN_DUCK ( Def: CTRL ) + click IN_ATTACK2 ( Def: Right mouse button ) If the gear is valid database model it will be selected normally and if not, GA will say that this model is invalid.

The handling of Bodygroup/Skin selection, Mass, Gear's physical properties, Ghosting and stuff, Error logging, Screens, Translations and Data export/selection.

All the red lines are forward direction and the blues are the up direction vectors of all the angle orientations processed. The trace and the holder blue lines are the trace and holder pivot axises respectively. The yellow circles are the trace and domain mass-centers as position vectors. The green line is the origin right vector and the blue line the up vector. The yellow circle is the point where the gears mesh. The gear position is displayed on the screen in red. The mass-center is used for all internal position calculations and it is proper origin to relate the offset on. The world space distances between the mass-centers and positions are displayed with yellow lines. The magenta line represents the distance vector between holder and origin the green trace and origin. If you are still confused about this, please take a look at the diagram below:

Distribution ownership is like the Track Assembly Tool, so DO NOT UPLOAD THIS TO ANY OTHER SITES ! I mean it !