def editToolTask(self, task, transX, transY, rotX, rotY, scaleX, scaleY):
''' task in which the edittool is active and modifying the model
'''
if task.frame: # dont run on first frame (mouse is not centered yet)
#print "editToolTask", transX, transY, rotX, rotY, scaleX, scaleY
mx, my = mouseHandler.getMousePos()
dt = 0.1 #globalClock.getDt() * 10
dPosX = transX * mx * dt * 250
dPosY = transY * my * dt * 250
dRotX = rotX * mx * dt * 250
dRotY = rotY * my * dt * 250
dScaleX = scaleX * mx * dt
dScaleY = scaleY * my * dt
self.__modificationNode.setPos(self.__modificationNode, dPosX)
self.__modificationNode.setPos(self.__modificationNode, dPosY)
self.__modificationNode.setHpr(self.__modificationNode, dRotX)
self.__modificationNode.setHpr(self.__modificationNode, dRotY)
self.__modificationNode.setScale(
self.__modificationNode.getScale() + dScaleX)
self.__modificationNode.setScale(
self.__modificationNode.getScale() + dScaleY)
# send event that the object has been modified
messenger.send(EVENT_MODELCONTROLLER_FAST_REFRESH)
self.objectAxisCube.setScale(
self.__modificationNode.getPos(render))
return task.cont
def editToolTask(self, task, transX, transY, rotX, rotY, scaleX, scaleY):
''' task in which the edittool is active and modifying the model
'''
if task.frame: # dont run on first frame (mouse is not centered yet)
#print "editToolTask", transX, transY, rotX, rotY, scaleX, scaleY
mx,my = mouseHandler.getMousePos()
dt = 0.1 #globalClock.getDt() * 10
dPosX = transX * mx * dt * 250
dPosY = transY * my * dt * 250
dRotX = rotX * mx * dt * 250
dRotY = rotY * my * dt * 250
dScaleX = scaleX * mx * dt
dScaleY = scaleY * my * dt
self.__modificationNode.setPos(self.__modificationNode, dPosX)
self.__modificationNode.setPos(self.__modificationNode, dPosY)
self.__modificationNode.setHpr(self.__modificationNode, dRotX)
self.__modificationNode.setHpr(self.__modificationNode, dRotY)
self.__modificationNode.setScale(self.__modificationNode.getScale() + dScaleX)
self.__modificationNode.setScale(self.__modificationNode.getScale() + dScaleY)
# send event that the object has been modified
messenger.send(EVENT_MODELCONTROLLER_FAST_REFRESH)
self.objectAxisCube.setScale(self.__modificationNode.getPos(render))
return task.cont
def updatePickerRay(self):
mx,my = mouseHandler.getMousePos()
if WindowManager.getDefaultCamera() != None:
self.editorPickerRay.setFromLens(WindowManager.getDefaultCamera().node(), mx, my)
else:
pass # How to unset it?
return True
def updatePickerRay(self):
mx, my = mouseHandler.getMousePos()
if WindowManager.getDefaultCamera() != None:
self.editorPickerRay.setFromLens(
WindowManager.getDefaultCamera().node(), mx, my)
else:
pass # How to unset it?
return True
def taskMouseButton2Pressed( self, task ):
# this is needed because the task might be called once more after the exit
# function has been called
# also skip first frame
mx,my = mouseHandler.getMousePos()
if self.taskMouseButton2PressedRunning and task.frame:
curHpr = self.cameraRotPivot.getHpr()
newHpr = curHpr + Vec3(mx,-my,0) * MOUSE_ROTATION_SPEED #* globalClock.getDt()
newHpr.setY( min( 90, max( -90, newHpr.getY() ) ) )
self.cameraRotPivot.setHpr( newHpr )
return task.cont
def taskMouseButton2Pressed(self, task):
# this is needed because the task might be called once more after the exit
# function has been called
# also skip first frame
mx, my = mouseHandler.getMousePos()
if self.taskMouseButton2PressedRunning and task.frame:
curHpr = self.cameraRotPivot.getHpr()
newHpr = curHpr + Vec3(
mx, -my, 0) * MOUSE_ROTATION_SPEED #* globalClock.getDt()
newHpr.setY(min(90, max(-90, newHpr.getY())))
self.cameraRotPivot.setHpr(newHpr)
return task.cont
def taskMouseButton3Pressed( self, task ):
# this is needed because the task might be called once more after the exit
# function has been called
# also skip first frame
mx,my = mouseHandler.getMousePos()
if self.taskMouseButton3PressedRunning and task.frame:
diffPos = WindowManager.getDefaultCamera().getPos( render ) - self.cameraPosPivot.getPos( render )
diffPos.normalize()
self.cameraPosPivot.setX( self.cameraPosPivot.getX() \
- mx * diffPos.getY() * MOUSE_MOVEMENT_SPEED
- my * diffPos.getX() * MOUSE_MOVEMENT_SPEED )
self.cameraPosPivot.setY( self.cameraPosPivot.getY() \
- my * diffPos.getY() * MOUSE_MOVEMENT_SPEED
+ mx * diffPos.getX() * MOUSE_MOVEMENT_SPEED )
return task.cont
def taskMouseButton3Pressed(self, task):
# this is needed because the task might be called once more after the exit
# function has been called
# also skip first frame
mx, my = mouseHandler.getMousePos()
if self.taskMouseButton3PressedRunning and task.frame:
diffPos = WindowManager.getDefaultCamera().getPos(
render) - self.cameraPosPivot.getPos(render)
diffPos.normalize()
self.cameraPosPivot.setX( self.cameraPosPivot.getX() \
- mx * diffPos.getY() * MOUSE_MOVEMENT_SPEED
- my * diffPos.getX() * MOUSE_MOVEMENT_SPEED )
self.cameraPosPivot.setY( self.cameraPosPivot.getY() \
- my * diffPos.getY() * MOUSE_MOVEMENT_SPEED
+ mx * diffPos.getX() * MOUSE_MOVEMENT_SPEED )
return task.cont