addForce: Difference between revisions
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Lou Montana (talk | contribs) m (Text replacement - " *\| *([Cc]omments|COMMENTS|Game|[Gg]ame [Nn]ame|Game [Vv]ersion|Game Version \(number surrounded by NO SPACES\)|Multiplayer Arguments \("local" or "global"\)|Multiplayer Effects \("local" or "global"\)|Multiplayer Execution \("serv...) |
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{{Command | {{Command | ||
|arma3 |= Game | |arma3 |= Game | ||
|1.72 | |1.72 | ||
|arg= global |Multiplayer Arguments= | |arg= global |Multiplayer Arguments= | ||
|eff= global |Multiplayer Effects= | |eff= global |Multiplayer Effects= | ||
|gr1= Object Manipulation | |gr1= Object Manipulation | ||
| Applies force to given object at given position. Force is defined as vector [x, y, z] in world space, position is vector [x, y, z] in model space. If you need to define force in model space, use [[vectorModelToWorld]] or [[vectorModelToWorldVisual]] commands first. The force applied as impulse. For more information see [http://docs.nvidia.com/gameworks/content/gameworkslibrary/physx/apireference/files/classPxRigidBody.html#a22b0a1ef0b6c5656a6063c5c38f5679c NVIDIA docs] | | Applies force to given object at given position. Force is defined as vector [x, y, z] in world space, position is vector [x, y, z] in model space. If you need to define force in model space, use [[vectorModelToWorld]] or [[vectorModelToWorldVisual]] commands first. The force applied as impulse. For more information see [http://docs.nvidia.com/gameworks/content/gameworkslibrary/physx/apireference/files/classPxRigidBody.html#a22b0a1ef0b6c5656a6063c5c38f5679c NVIDIA docs] | ||
| object '''addForce''' [force, position] | | object '''addForce''' [force, position] | ||
|p1= object: [[Object]] - PhysX object | |p1= object: [[Object]] - PhysX object | ||
|p2= [force, position]: [[Array]] | |p2= [force, position]: [[Array]] | ||
|p3= force: [[Array]] - force vector (in world space) in format [x,y,z] | |p3= force: [[Array]] - force vector (in world space) in format [x,y,z] | ||
|p4= position: [[Array]] - model [[PositionRelative]] to which force is applied in format [x,y,z] | |p4= position: [[Array]] - model [[PositionRelative]] to which force is applied in format [x,y,z] | ||
|p5 | |p5= | ||
|p6 | |p6= | ||
| [[Nothing]] | | [[Nothing]] | ||
|x1= Apply force [0,1000,0] defined in world space (not factoring object actual positioning) to object position [1,0,0]: | |x1= Apply force [0,1000,0] defined in world space (not factoring object actual positioning) to object position [1,0,0]: | ||
<code>_object [[addForce]] [[0,1000,0],[1,0,0]];</code> | <code>_object [[addForce]] [[0,1000,0],[1,0,0]];</code> | ||
|x2= Apply force [0,1000,0] defined in model space (relative to object) to object position [1,0,0]: | |x2= Apply force [0,1000,0] defined in model space (relative to object) to object position [1,0,0]: | ||
<code>_object [[addForce]] [_object [[vectorModelToWorld]] [0,1000,0],[1,0,0]];</code> | <code>_object [[addForce]] [_object [[vectorModelToWorld]] [0,1000,0],[1,0,0]];</code> | ||
|[[addTorque]], [[vectorModelToWorld]], [[vectorModelToWorldVisual]] | |[[addTorque]], [[vectorModelToWorld]], [[vectorModelToWorldVisual]] | ||
}} | }} | ||
Revision as of 01:04, 18 January 2021
Description
- Description:
- Applies force to given object at given position. Force is defined as vector [x, y, z] in world space, position is vector [x, y, z] in model space. If you need to define force in model space, use vectorModelToWorld or vectorModelToWorldVisual commands first. The force applied as impulse. For more information see NVIDIA docs
- Groups:
- Object Manipulation
Syntax
- Syntax:
- object addForce [force, position]
- Parameters:
- object: Object - PhysX object
- [force, position]: Array
- force: Array - force vector (in world space) in format [x,y,z]
- position: Array - model PositionRelative to which force is applied in format [x,y,z]
- Return Value:
- Nothing
Examples
- Example 1:
- Apply force [0,1000,0] defined in world space (not factoring object actual positioning) to object position [1,0,0]:
_object addForce [[0,1000,0],[1,0,0]]; - Example 2:
- Apply force [0,1000,0] defined in model space (relative to object) to object position [1,0,0]:
_object addForce [_object vectorModelToWorld [0,1000,0],[1,0,0]];
Additional Information
Notes
-
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