package MapBounds
import NoWurst
import Vectors
import Region
import Rect

public rect playableMapRect
public region playableMapRegion
public rect boundRect
public region boundRegion
public vec2 playableMin
public vec2 playableMax
public vec2 boundMin
public vec2 boundMax
public vec2 playableCenter
public vec2 boundCenter


// playable map area
function inPlayableXY(real x, real y) returns boolean
	return x > playableMin.x and x < playableMax.x and y > playableMin.y and y < playableMax.y

public function vec2.inPlayable() returns boolean
	return inPlayableXY(this.x, this.y)

public function vec3.inPlayable() returns boolean
	return inPlayableXY(this.x, this.y)


// map boundaries
function inBoundsXY(real x, real y) returns boolean
	return x > boundMin.x and x < boundMax.x and y > boundMin.y and y < boundMax.y

public function vec2.inBounds() returns boolean
	return inBoundsXY(this.x, this.y)

public function vec3.inBounds() returns boolean
	return inBoundsXY(this.x, this.y)


public function randomPointOnMap() returns vec2
	return vec2(GetRandomReal(playableMin.x, playableMax.x), GetRandomReal(playableMin.y, playableMax.y))

init
	playableMapRect   = GetPlayableMapRect()
	playableMapRegion = CreateRegion()..addRect(playableMapRect)
	boundRect         = GetWorldBounds()
	boundRegion       = CreateRegion()..addRect(boundRect)
	playableMin       = vec2(playableMapRect.getMinX(), playableMapRect.getMinY())
	playableMax       = vec2(playableMapRect.getMaxX(), playableMapRect.getMaxY())
	boundMin          = vec2(boundRect.getMinX(),       boundRect.getMinY())
	boundMax          = vec2(boundRect.getMaxX(),       boundRect.getMaxY())
	playableCenter    = (playableMin + playableMax) * .5
	boundCenter       = (boundMin    + boundMax)    * .5