def calc(self, mx, my):
'''
args: mx,my screen coordinates of mouse
return self or none
'''
#put the mouse coordinates in item space
mx -= self.x
my -= self.y
mouse = Vector((mx, my))
rmatrix = Matrix.Rotation(-1 * self.rot, 2)
mouse = (1 / self.scale) * (rmatrix * mouse)
if self.calc_mode == "POLY_LOOP":
if pmu.point_inside_loop(self.poly_bound, mouse):
#print(self.id)
return True
else:
return False
if self.calc_mode == "ICON_QUAD": #TODO, make this actually test based on the icon quad
if pmu.point_inside_loop(self.poly_bound, mouse):
#print(self.id)
return True
else:
return False
def calc(self, mx, my, precision=False, push_now=False):
'''
args: mx,my screen coordinates of mouse
return self or none
'''
#put the mouse coordinates in item space
mx -= self.x
my -= self.y
mouse = Vector((mx, my))
rmatrix = Matrix.Rotation(-1 * self.rot, 2)
mouse = (1 / self.scale) * (rmatrix * mouse)
if pmu.point_inside_loop(self.cheap_box, mouse):
pctg = mouse[0] / (self.width - 2 * self.corner_radius
) + .5 #TODO may need to add scale here
if pctg > 1:
if not precision:
self.pctg = 1
else:
if not precision:
self.pctg = pctg
if push_now:
self.push_to_prop()
return True
else:
return False
def calc(self,mx,my,precision = False, push_now = False):
'''
args: mx,my screen coordinates of mouse
return self or none
'''
#put the mouse coordinates in item space
mx -= self.x
my -= self.y
mouse = Vector((mx,my))
rmatrix = Matrix.Rotation(-1*self.rot,2)
mouse = (1/self.scale)*(rmatrix*mouse)
if pmu.point_inside_loop(self.cheap_box,mouse):
pctg = mouse[0]/(self.width-2*self.corner_radius) + .5 #TODO may need to add scale here
if pctg > 1:
if not precision:
self.pctg = 1
else:
if not precision:
self.pctg = pctg
if push_now:
self.push_to_prop()
return True
else: return False
def calc(self, mx, my):
'''
args: mx,my screen coordinates of mouse
return self or none
'''
#put the mouse coordinates in item space
mx -= self.x
my -= self.y
mouse = Vector((mx,my))
rmatrix = Matrix.Rotation(-1*self.rot,2)
mouse = (1/self.scale)*(rmatrix*mouse)
if self.calc_mode == "POLY_LOOP":
if pmu.point_inside_loop(self.poly_bound,mouse):
#print(self.id)
return True
else: return False
if self.calc_mode == "ICON_QUAD": #TODO, make this actually test based on the icon quad
if pmu.point_inside_loop(self.poly_bound,mouse):
#print(self.id)
return True
else: return False
def calc(self, mx, my, push_now=False):
'''
args: mx,my screen coordinates of mouse
return self or none
'''
#put the mouse coordinates in item space
mx -= self.x
my -= self.y
mouse = Vector((mx, my))
rmatrix = Matrix.Rotation(-1 * self.rot, 2)
mouse = (1 / self.scale) * (rmatrix * mouse)
if pmu.point_inside_loop(self.poly_bound, mouse):
return True
else:
return False
def calc(self,mx,my,push_now = False):
'''
args: mx,my screen coordinates of mouse
return self or none
'''
#put the mouse coordinates in item space
mx -= self.x
my -= self.y
mouse = Vector((mx,my))
rmatrix = Matrix.Rotation(-1*self.rot,2)
mouse = (1/self.scale)*(rmatrix*mouse)
if pmu.point_inside_loop(self.poly_bound,mouse):
return True
else:
return False
