Difference between revisions of "B2.createFrictionJointDef"

 
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__NOTOC__
 
__NOTOC__
'''<translate>Available since</translate>:''' Gideros 2011.6<br/>
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<languages />
'''<translate>Class</translate>:''' [[Special:MyLanguage/b2|b2]]<br/>
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'''Available since:''' Gideros 2011.6<br/>
=== <translate>Description</translate> ===
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'''Class:''' [[Special:MyLanguage/b2|b2]]<br/>
<translate><br />
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Creates and returns a friction joint definition table with the bodies and local anchors using a world anchor point.<br />
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=== Description ===
(Please refer to [[b2.World:createJoint]] function for more information about all the information needed to create a friction joint).<br />
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Creates and returns a friction joint definition table with the bodies and local anchors using a world anchor point.
<br /></translate>
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 +
(Please refer to [[b2.World:createJoint]] function for more information about all the information needed to create a friction joint).
 
<source lang="lua">
 
<source lang="lua">
 
(table) = b2.createFrictionJointDef(bodyA,bodyB,anchorx,anchory)
 
(table) = b2.createFrictionJointDef(bodyA,bodyB,anchorx,anchory)
 
</source>
 
</source>
=== <translate>Parameters</translate> ===
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'''bodyA''': (b2.Body) <translate>the first attached body</translate> <br/>
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=== Parameters ===
'''bodyB''': (b2.Body) <translate>the second attached body</translate> <br/>
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'''bodyA''': (b2.Body) the first attached body <br/>
'''anchorx''': (number) <translate>the x coordinate of the world anchor point</translate> <br/>
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'''bodyB''': (b2.Body) the second attached body <br/>
'''anchory''': (number) <translate>the y coordinate of the world anchor point</translate> <br/>
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'''anchorx''': (number) the x coordinate of the world anchor point <br/>
=== <translate>Return values</translate> ===
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'''anchory''': (number) the y coordinate of the world anchor point <br/>
'''<translate>Returns</translate>''' (table) <translate>A new friction joint definition table</translate><br/>
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=== <translate>Examples</translate> ===
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=== Return values ===
'''Friction joint'''<br/>
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'''Returns''' (table) A new friction joint definition table<br/>
<source lang="lua">--create empty box2d body for joint
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 +
=== Examples ===
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<source lang="lua">
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--create empty box2d body for joint
 
local ground = world:createBody({})
 
local ground = world:createBody({})
 
ground:setPosition(350, 480)
 
ground:setPosition(350, 480)
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--set maximum friction force to slow down the ball
 
--set maximum friction force to slow down the ball
frictionJoint:setMaxForce(100)</source>
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frictionJoint:setMaxForce(100)
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</source>
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{{B2}}

Latest revision as of 05:42, 17 February 2020


Available since: Gideros 2011.6
Class: b2

Description

Creates and returns a friction joint definition table with the bodies and local anchors using a world anchor point.

(Please refer to b2.World:createJoint function for more information about all the information needed to create a friction joint).

(table) = b2.createFrictionJointDef(bodyA,bodyB,anchorx,anchory)

Parameters

bodyA: (b2.Body) the first attached body
bodyB: (b2.Body) the second attached body
anchorx: (number) the x coordinate of the world anchor point
anchory: (number) the y coordinate of the world anchor point

Return values

Returns (table) A new friction joint definition table

Examples

--create empty box2d body for joint
local ground = world:createBody({})
ground:setPosition(350, 480)

--create friction joint
local jointDef = b2.createFrictionJointDef(body, ground, 350, 200)
local frictionJoint = world:createJoint(jointDef)

--set maximum friction force to slow down the ball
frictionJoint:setMaxForce(100)





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