def optimizeWallBF(self, wall, val):
self.init()
utils.resetProgress(self.__scene, 5)
step = abs(wall.planeEquation[3]) / 10
step = step if val >= 0 else -step
valList = [step * (i + 1) for i in range(5)]
moveVal = self.bruteForceSearch(wall, valList)
self.__scene.label.moveWallByNormal(wall, moveVal)
def optimizeWallGS(self, wall, val):
self.init()
if not self.__isAvailable:
print('PushPred not available')
return
utils.resetProgress(self.__scene, 3)
step = abs(wall.planeEquation[3])
step = step if val >= 0 else -step
a = min(step / 10, step)
b = max(step / 10, step)
moveVal = self.goldenSectionSearch(wall, a, b, 3)
self.__scene.label.moveWallByNormal(wall, moveVal)
def optimizeLayoutGS(self):
self.init()
if not self.__isAvailable:
print('PushPred not available')
return
utils.resetTimer()
label = self.__scene.label
walls = label.getLayoutWalls()
utils.resetProgress(self.__scene, 6)
floor = label.getLayoutFloor()
moveVal = self.goldenSectionSearch(floor, 0, 1.0, 3)
label.moveFloor(moveVal)
ceiling = label.getLayoutCeiling()
moveVal = self.goldenSectionSearch(floor, 0, 1.0, 3)
label.moveCeiling(moveVal)
def optimizeLayoutBF(self):
self.init()
label = self.__scene.label
walls = label.getLayoutWalls()
utils.resetProgress(self.__scene, 12 + len(walls) * 5)
floor = label.getLayoutFloor()
valList = [0, 0.1, 0.2, 0.3, 0.4, 0.5]
moveVal = self.bruteForceSearch(floor, valList)
label.moveFloor(moveVal)
ceiling = label.getLayoutCeiling()
valList = [0, 0.1, 0.2, 0.3, 0.4, 0.5]
moveVal = self.bruteForceSearch(ceiling, valList)
label.moveCeiling(moveVal)
for wall in walls:
step = abs(wall.planeEquation[3]) / 10
valList = [0, 1 * step, 2 * step, 3 * step]
moveVal = self.bruteForceSearch(wall, valList)
label.moveWallByNormal(wall, moveVal)