constraint.Motor
From GMod Wiki
Revision as of 05:40, 2 March 2010 by Crazy Quebecer (Talk | contribs)
| Function | |
| Syntax |
constraint.Motor( Entity Ent1, Entity Ent2, Number Bone1, Number Bone2, Vector LPos1, Vector LPos2, Number friction, Number torque, Number forcetime, Number nocollide, Number toggle, Player pl, Number forcelimit, Number numpadkey_fwd, Number numpadkey_bwd )Where is this used? |
| Description: | |
| Creates a motor constraint. | |
| Returns: | Entity constraint, Entity axis |
| Part of Library: | constraint |
| Realm: |
 |
| BBCode Link: | [b][url=http://wiki.garrysmod.com/?title=Constraint.Motor]Constraint.Motor [img]http://wiki.garrysmod.com/favicon.ico[/img][/url][/b] |
Example
| Description | Taken from the Motor tool in toolgun. |
|---|---|
| Used on | |
| Code | // Get client's CVars local torque = self:GetClientNumber( "torque" ) local friction = self:GetClientNumber( "friction" ) local nocollide = self:GetClientNumber( "nocollide" ) local time = self:GetClientNumber( "forcetime" ) local forekey = self:GetClientNumber( "fwd" ) local backkey = self:GetClientNumber( "bwd" ) local toggle = self:GetClientNumber( "toggle" ) local limit = self:GetClientNumber( "forcelimit" ) local Ent1, Ent2 = self:GetEnt(1), self:GetEnt(2) local Bone1, Bone2 = self:GetBone(1), self:GetBone(2) local WPos1, WPos2 = self:GetPos(1), self:GetPos(2) local LPos1, LPos2 = self:GetLocalPos(1),self:GetLocalPos(2) local Norm1, Norm2 = self:GetNormal(1), self:GetNormal(2) local Phys1, Phys2 = self:GetPhys(1), self:GetPhys(2) // Note: To keep stuff ragdoll friendly try to treat things as physics objects rather than entities local Ang1, Ang2 = Norm1:Angle(), (Norm2 * -1):Angle() local TargetAngle = Phys1:AlignAngles( Ang1, Ang2 ) Phys1:SetAngle( TargetAngle ) // Move the object so that the hitpos on our object is at the second hitpos local TargetPos = WPos2 + (Phys1:GetPos() - self:GetPos(1)) // Offset slightly so it can rotate TargetPos = TargetPos + (2*Norm2) // Set the position Phys1:SetPos( TargetPos ) // Wake up the physics object so that the entity updates Phys1:Wake() // Set the hinge Axis perpendicular to the trace hit surface LPos1 = Phys1:WorldToLocal( WPos2 + Norm2 * 64 ) local constraint, axis = constraint.Motor( Ent1, Ent2, Bone1, Bone2, LPos1, LPos2, friction, torque, time, nocollide, toggle, self:GetOwner(), limit, forekey, backkey, 1 ) |
| Output | N/A |
Additional Notes
- The first return value may be false if the constraint fails to be created.
