svs_simulation.numdata.geomlib.CentredAxialBounds2D

Package svs_simulation :: Package numdata :: Module geomlib :: Class CentredAxialBounds2D

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Class CentredAxialBounds2D

AxialBounds2D --+
                |
               CentredAxialBounds2D

Axial bounds that places its origin in the centre.

Method Summary
	`__init__(self, width, height, world)`
	`addPoint(self, x, y)` Adds points into the bounding area.
	`setLocation(self, x, y)` Sets location of bounds in world.
Inherited from AxialBounds2D
	`__str__(self)` Returns string representation of self.
boolean	`collidesWith(self, other)` Checks if this sphere collides with the specified sphere.
boolean	`containedWithin(self, minX, minY, maxX, maxY)` Checks if this sphere is fully contained within the specified bounding area.
boolean	`containsPoint(self, x, y)` Checks if point lies within local bounds.
boolean	`containsPointInWorld(self, x, y)` Checks if point lies within world bounds.
	`decode(self, data)` Applies encoded data to self.
	`encode(self)` Returns encoded representation of self.
	`intersects(self, minX, minY, maxX, maxY)` Checks is specified area intersects with self.
integer	`liesWithin(self, minX, minY, maxX, maxY)` Checks if this sphere lies in the specified bounding area.
boolean	`locatedWithin(self, minX, minY, maxX, maxY)` Checks if the location of the sphere lies in the specified bounding area.
	`prepareToAutosize(self)` Prepares bounds for autosizing
	`reset(self)` Sets bounds to zero sizes.
	`setDimensions(self, dimX, dimY)` Creates a bounding area for an object of the specified width and height.
	`translate(self, x, y)` Translates location of spehere in world.

Method Details

Adds points into the bounding area.

Sets location of bounds in world.

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