def _handleRaiseBtn(self):
"""
This callback creates a polygonal cylinder in the Maya scene.
"""
cmds.currentTime(self.timeBox.value(), edit=True)
arm_l = findName("arm_L")
limbRotate(arm_l, 20, -140)
self.frameDisplay.display(self.timeBox.value() + 20)
def _handleRaiseBtn(self):
"""
This callback creates a polygonal cylinder in the Maya scene.
"""
cmds.currentTime(self.timeBox.value(), edit=True)
arm_l = findName("arm_L")
limbRotate(arm_l, 20, -140)
self.frameDisplay.display(self.timeBox.value() + 20)
def _handleRotBtn(self):
"""
This callback creates a polygonal cylinder in the Maya scene.
"""
cmds.currentTime(self.timeBox.value(), edit=True)
currAngle = self.rotDial.value()
changeTime = currAngle * (20.0/90.0)
bod = findName("body")
bAlter(bod, changeTime, currAngle, "rotateY")
self.frameDisplay.display(self.timeBox.value() + changeTime)
def _handleKickBtn(self):
"""
This callback creates a polygonal cylinder in the Maya scene.
"""
cmds.currentTime(self.timeBox.value(), edit=True)
limb = findName("leg_R")
limbRotate(limb, 10, 35)
cmds.currentTime(self.timeBox.value() + 10, edit=True)
limbRotate(limb, 15, -100)
self.frameDisplay.display(self.timeBox.value() + 35)
def _handleKickBtn(self):
"""
This callback creates a polygonal cylinder in the Maya scene.
"""
cmds.currentTime(self.timeBox.value(), edit=True)
limb = findName("leg_R")
limbRotate(limb, 10, 35)
cmds.currentTime(self.timeBox.value() + 10, edit=True)
limbRotate(limb, 15, -100)
self.frameDisplay.display(self.timeBox.value() + 35)
def _handleRotBtn(self):
"""
This callback creates a polygonal cylinder in the Maya scene.
"""
cmds.currentTime(self.timeBox.value(), edit=True)
currAngle = self.rotDial.value()
changeTime = currAngle * (20.0 / 90.0)
bod = findName("body")
bAlter(bod, changeTime, currAngle, "rotateY")
self.frameDisplay.display(self.timeBox.value() + changeTime)
def _handleRunBtn(self):
"""
This callback creates a polygonal cylinder in the Maya scene.
"""
#first we raise the leg, then halfway through the leg raise, we start jumping a bit, and raise the back leg in reverse
currTime = self.timeBox.value()
changeTime = (self.distBox.value()*10)
endTime = currTime + changeTime
cmds.currentTime(currTime, edit=True)
RArm = findName("arm_R")
LArm = findName("arm_L")
arm = ""
leg = ""
R = findName("leg_R")
L = findName("left_L")
bod = findName("body")
#we start by beginning the X/Z translation keys at the same time
cmds.currentTime(currTime, edit=True)
bAlter(bod, changeTime, self._getX(), "translateX")
cmds.currentTime(currTime, edit=True)
bAlter(bod, changeTime, self._getZ(), "translateZ")
#then, while currTime < endTime, move the legs, hop up and down.
while (currTime < endTime):
#move the right leg up
limbRotate(R, 10, -60)
#while doing so, move the left arm up
cmds.currentTime(currTime, edit=True)
limbRotate(LArm, 10, -60)
#while doing so, move the right arm slightly back
cmds.currentTime(currTime, edit=True)
limbRotate(RArm, 10, 30)
#while doings so, move the left leg slightly back
cmds.currentTime(currTime, edit=True)
limbRotate(L, 10, 30)
#meanwhile, we also need to start hopping.
cmds.currentTime(currTime, edit=True)
bAlter(bod, 10, 1, "translateY")
currTime += 10
#move the right leg down
limbRotate(R, 10, 60)
#while doing so, move the left arm down
cmds.currentTime(currTime, edit=True)
limbRotate(LArm, 10, 60)
#while doing so, move the right arm back forward
cmds.currentTime(currTime, edit=True)
limbRotate(RArm, 10, -30)
#while doings so, move the left leg back forward
cmds.currentTime(currTime, edit=True)
limbRotate(L, 10, -30)
#no we're at the peak, everything back to neutral
cmds.currentTime(currTime, edit=True)
bAlter(bod, 10, -1, "translateY")
currTime += 10
arm = RArm
RArm = LArm
LArm = arm
leg = R
R = L
L = leg
self.frameDisplay.display(endTime)
def _handleRunBtn(self):
"""
This callback creates a polygonal cylinder in the Maya scene.
"""
#first we raise the leg, then halfway through the leg raise, we start jumping a bit, and raise the back leg in reverse
currTime = self.timeBox.value()
changeTime = (self.distBox.value() * 10)
endTime = currTime + changeTime
cmds.currentTime(currTime, edit=True)
RArm = findName("arm_R")
LArm = findName("arm_L")
arm = ""
leg = ""
R = findName("leg_R")
L = findName("left_L")
bod = findName("body")
#we start by beginning the X/Z translation keys at the same time
cmds.currentTime(currTime, edit=True)
bAlter(bod, changeTime, self._getX(), "translateX")
cmds.currentTime(currTime, edit=True)
bAlter(bod, changeTime, self._getZ(), "translateZ")
#then, while currTime < endTime, move the legs, hop up and down.
while (currTime < endTime):
#move the right leg up
limbRotate(R, 10, -60)
#while doing so, move the left arm up
cmds.currentTime(currTime, edit=True)
limbRotate(LArm, 10, -60)
#while doing so, move the right arm slightly back
cmds.currentTime(currTime, edit=True)
limbRotate(RArm, 10, 30)
#while doings so, move the left leg slightly back
cmds.currentTime(currTime, edit=True)
limbRotate(L, 10, 30)
#meanwhile, we also need to start hopping.
cmds.currentTime(currTime, edit=True)
bAlter(bod, 10, 1, "translateY")
currTime += 10
#move the right leg down
limbRotate(R, 10, 60)
#while doing so, move the left arm down
cmds.currentTime(currTime, edit=True)
limbRotate(LArm, 10, 60)
#while doing so, move the right arm back forward
cmds.currentTime(currTime, edit=True)
limbRotate(RArm, 10, -30)
#while doings so, move the left leg back forward
cmds.currentTime(currTime, edit=True)
limbRotate(L, 10, -30)
#no we're at the peak, everything back to neutral
cmds.currentTime(currTime, edit=True)
bAlter(bod, 10, -1, "translateY")
currTime += 10
arm = RArm
RArm = LArm
LArm = arm
leg = R
R = L
L = leg
self.frameDisplay.display(endTime)