collision

returns collision betweens shapes two shapes

virtuosity.collisionManager.collision

Methods

auto
pointPoint
pointBox
pointCircle
pointLine
pointPolygon
boxPoint
boxBox
boxCircle
boxLine
boxPolygon
circlePoint
circleBox
circleCircle
circleLine
circlePolygon
linePoint
lineBox
lineCircle
lineLine
linePolygon
polygonPoint
polygonBox
polygonCircle
polygonLine
polygonPolygon

Methods

auto

Check if two collision objects are colliding. Automatically decided which collision function to use.

virtuosity.collisionManager.collision.auto(a, b);

Parameter	Type	Description
`a`	any collision object	first object to check collision
`b`	any collision object	second object to check collision

pointPoint

Returns true if a Point and a Point are colliding.

virtuosity.collisionManager.collision.pointPoint(a, b);

Parameter	Type	Description
`a`	`Point`	first object to check collision
`b`	`Point`	second object to check collision

pointBox

Returns true if a Point and a Box are colliding.

virtuosity.collisionManager.collision.pointBox(a, b);

Parameter	Type	Description
`a`	`Point`	first object to check collision
`b`	`Box`	second object to check collision

pointCircle

Returns true if a Point and a Circle are colliding.

virtuosity.collisionManager.collision.pointCircle(a, b);

Parameter	Type	Description
`a`	`Point`	first object to check collision
`b`	`Circle`	second object to check collision

pointLine

Returns true if a Point and a Line are colliding.

virtuosity.collisionManager.collision.pointLine(a, b);

Parameter	Type	Description
`a`	`Point`	first object to check collision
`b`	`Line`	second object to check collision

pointPolygon

Returns true if a Point and a Polygon are colliding.

virtuosity.collisionManager.collision.pointPolygon(a, b);

Parameter	Type	Description
`a`	`Point`	first object to check collision
`b`	`Polygon`	second object to check collision

boxPoint

Returns true if a Box and a Point are colliding.

virtuosity.collisionManager.collision.boxPoint(a, b);

Parameter	Type	Description
`a`	`Box`	first object to check collision
`b`	`Point`	second object to check collision

boxBox

Returns true if a Box and a Box are colliding.

virtuosity.collisionManager.collision.boxBox(a, b);

Parameter	Type	Description
`a`	`Box`	first object to check collision
`b`	`Box`	second object to check collision

boxCircle

Returns true if a Box and a Circle are colliding.

virtuosity.collisionManager.collision.boxCircle(a, b);

Parameter	Type	Description
`a`	`Box`	first object to check collision
`b`	`Circle`	second object to check collision

boxLine

Returns true if a Box and a Line are colliding.

virtuosity.collisionManager.collision.boxLine(a, b);

Parameter	Type	Description
`a`	`Box`	first object to check collision
`b`	`Line`	second object to check collision

boxPolygon

Returns true if a Box and a Polygon are colliding.

virtuosity.collisionManager.collision.boxPolygon(a, b);

Parameter	Type	Description
`a`	`Box`	first object to check collision
`b`	`Polygon`	second object to check collision

circlePoint

Returns true if a Circle and a Point are colliding.

virtuosity.collisionManager.collision.circlePoint(a, b);

Parameter	Type	Description
`a`	`Circle`	first object to check collision
`b`	`Point`	second object to check collision

circleBox

Returns true if a Circle and a Box are colliding.

virtuosity.collisionManager.collision.circleBox(a, b);

Parameter	Type	Description
`a`	`Circle`	first object to check collision
`b`	`Box`	second object to check collision

circleCircle

Returns true if a Circle and a Circle are colliding.

virtuosity.collisionManager.collision.circleCircle(a, b);

Parameter	Type	Description
`a`	`Circle`	first object to check collision
`b`	`Circle`	second object to check collision

circleLine

Returns true if a Line and a Line are colliding.

virtuosity.collisionManager.collision.circleLine(a, b);

Parameter	Type	Description
`a`	`Circle`	first object to check collision
`b`	`Line`	second object to check collision

circlePolygon

Returns true if a Polygon and a Polygon are colliding.

virtuosity.collisionManager.collision.circlePolygon(a, b);

Parameter	Type	Description
`a`	`Circle`	first object to check collision
`b`	`Polygon`	second object to check collision

linePoint

Returns true if a Line and a Point are colliding.

virtuosity.collisionManager.collision.linePoint(a, b);

Parameter	Type	Description
`a`	`Line`	first object to check collision
`b`	`Point`	second object to check collision

lineBox

Returns true if a Line and a Box are colliding.

virtuosity.collisionManager.collision.lineBox(a, b);

Parameter	Type	Description
`a`	`Line`	first object to check collision
`b`	`Box`	second object to check collision

lineCircle

Returns true if a Line and a Circle are colliding.

virtuosity.collisionManager.collision.lineCircle(a, b);

Parameter	Type	Description
`a`	`Line`	first object to check collision
`b`	`Circle`	second object to check collision

lineLine

Returns true if a Line and a Line are colliding.

virtuosity.collisionManager.collision.lineLine(a, b);

Parameter	Type	Description
`a`	`Line`	first object to check collision
`b`	`Line`	second object to check collision

linePolygon

Returns true if a Polygon and a Polygon are colliding.

virtuosity.collisionManager.collision.linePolygon(a, b);

Parameter	Type	Description
`a`	`Line`	first object to check collision
`b`	`Polygon`	second object to check collision

polygonPoint

Returns true if a Polygon and a Point are colliding.

virtuosity.collisionManager.collision.polygonPoint(a, b);

Parameter	Type	Description
`a`	`Polygon`	first object to check collision
`b`	`Point`	second object to check collision

polygonBox

Returns true if a Polygon and a Box are colliding.

virtuosity.collisionManager.collision.polygonBox(a, b);

Parameter	Type	Description
`a`	`Polygon`	first object to check collision
`b`	`Box`	second object to check collision

polygonCircle

Returns true if a Polygon and a Circle are colliding.

virtuosity.collisionManager.collision.polygonCircle(a, b);

Parameter	Type	Description
`a`	`Polygon`	first object to check collision
`b`	`Circle`	second object to check collision

polygonLine

Returns true if a Line and a Line are colliding.

virtuosity.collisionManager.collision.polygonLine(a, b);

Parameter	Type	Description
`a`	`Polygon`	first object to check collision
`b`	`Line`	second object to check collision

polygonPolygon

Returns true if a Polygon and a Polygon are colliding.

virtuosity.collisionManager.collision.polygonPolygon(a, b);

Parameter	Type	Description
`a`	`Polygon`	first object to check collision
`b`	`Polygon`	second object to check collision