def initializeCadenceCam(self):
""" This creates an orthographic camera that looks down the Y axis onto
the XZ plane, and rotated so that the AI file track labels are
legible. This camera is positioned so that the given track nodeName
is centered in its field by setCameraFocus. """
if cmds.objExists(self.CADENCE_CAM):
return
priorSelection = MayaUtils.getSelectedTransforms()
c = cmds.camera(
orthographic=True,
nearClipPlane=1,
farClipPlane=100000,
orthographicWidth=400)
cmds.setAttr(c[0] + '.visibility', False)
cmds.rename(c[0], self.CADENCE_CAM)
cmds.rotate(-90, 180, 0)
cmds.move(0, 100, 0, self.CADENCE_CAM, absolute=True)
MayaUtils.setSelection(priorSelection)
def _handleCreate(self):
# set initial rotations to zero
rStat = 0
# get degrees pre frame for station whell
rotStation = int(self.ssr.text())
# set number of frames to shoot at each camera location
aimPt_1_frames = int(self.cam1f.text())
aimPt_2_frames = int(self.cam2f.text()) + aimPt_1_frames
aimPt_3_frames = int(self.cam3f.text()) + aimPt_2_frames
endPtFrames = 50 + aimPt_3_frames
# camera position 1
aimPt_1_x = float(self.cam1x.text())
aimPt_1_y = float(self.cam1y.text())
aimPt_1_z = float(self.cam1z.text())
# camera position 2
aimPt_2_x = float(self.cam2x.text())
aimPt_2_y = float(self.cam2y.text())
aimPt_2_z = float(self.cam2z.text())
# camera position 3
aimPt_3_x = float(self.cam3x.text())
aimPt_3_y = float(self.cam3y.text())
aimPt_3_z = float(self.cam3z.text())
# import sun
cmds.file(
'$HOME/PycharmProjects/space2014/graphics/SpaceStation/scenes/sun.ma',
i=True)
# move sun away from station
cmds.move(0, 0, 655, 'pSphere1')
# import station
cmds.file(
'$HOME/PycharmProjects/space2014/graphics/SpaceStation/scenes/station.ma',
i=True)
# import background
cmds.file(
'$HOME/PycharmProjects/space2014/graphics/SpaceStation/scenes/stage.ma',
i=True)
# create a new camera
cam = cmds.camera()
# move camera to first position
cmds.move(aimPt_1_x, aimPt_1_y, aimPt_1_z, cam)
cmds.lookThru(cam)
cmds.setKeyframe(cam, t=0)
i = 1
while i < aimPt_1_frames:
cmds.setKeyframe('Wheel', attribute='rotateY', value=rStat, t=i)
rStat = rStat + rotStation
i += 1
cmds.setKeyframe(cam, t=i)
while i < aimPt_2_frames:
cmds.setKeyframe('Wheel', attribute='rotateY', value=rStat, t=i)
rStat = rStat + rotStation
i += 1
cmds.move(aimPt_2_x, aimPt_2_y, aimPt_2_z, cam)
cmds.setKeyframe(cam, t=i)
cmds.setKeyframe('SolarPanels', attribute='rotateZ', value=0, t=i)
while i < aimPt_3_frames:
cmds.setKeyframe('Wheel', attribute='rotateY', value=rStat, t=i)
rStat = rStat + rotStation
i += 1
cmds.move(aimPt_3_x, aimPt_3_y, aimPt_3_z, cam)
cmds.aimConstraint('spaceStation', 'camera1', offset=(0, -90, 0))
cmds.setKeyframe(cam, t=i)
cmds.setKeyframe('SolarPanels',
attribute='rotateZ',
value=float(self.spe.text()),
t=i)
# cmds.setKeyframe( 'SolarPanels', attribute='rotateX', value=float(self.spa.text()), t=i)
while i < endPtFrames:
cmds.setKeyframe('Wheel', attribute='rotateY', value=rStat, t=i)
rStat = rStat + rotStation
i += 1
print 'Total number of frames = ', endPtFrames
print platform.system()
def _handleSpaceShipEnterButton(self):
cmds.file(
'$HOME/PycharmProjects/space2014/graphics/SpaceShip/scenes/SpaceShipEnter.ma',
i=True)
scale = 0
scaleC = 0
scaleX = 0
moveX = 1300
moveY = 290.702
moveZ = 76
xRot = 0
yRot = 0
doorRot = 0
centerR = 0
time = 1
cmds.camera()
cmds.select('camera1')
cmds.move(600.0, 300.0, 100.0, relative=True)
cmds.aimConstraint('SpaceShip2', 'camera1', offset=(0, -90, 0))
cmds.camera()
cmds.select('camera2')
cmds.move(160, 392.383, -60.0, relative=True)
cmds.aimConstraint('SpaceShip2', 'camera2', offset=(0, -90, 0))
for k in range(30):
cmds.setKeyframe('SpaceShip2',
attribute='scaleZ',
value=scale,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='scaleY',
value=scaleC,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='scaleX',
value=scaleX,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='translateX',
value=moveX,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='translateY',
value=moveY,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='translateZ',
value=moveZ,
t=time)
cmds.setKeyframe('group5',
attribute='rotateY',
value=centerR,
t=time)
centerR = centerR + .5
scaleX = scaleX + .01
scale = scale + .01
scaleC = scaleC + .01
moveX = moveX - 10.00
time = time + 1
for j in range(20):
cmds.setKeyframe('SpaceShip2',
attribute='scaleZ',
value=scale,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='scaleY',
value=scaleC,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='scaleX',
value=scaleX,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='translateX',
value=moveX,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='translateY',
value=moveY,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='translateZ',
value=moveZ,
t=time)
cmds.setKeyframe('group5',
attribute='rotateY',
value=centerR,
t=time)
centerR = centerR + .5
scaleX = scaleX + .01
scale = scale + .01
scaleC = scaleC + .01
moveX = moveX - 7.00
time = time + 1
for m in range(100):
cmds.setKeyframe('SpaceShip2',
attribute='scaleZ',
value=scale,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='scaleY',
value=scaleC,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='scaleX',
value=scaleX,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='translateX',
value=moveX,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='translateY',
value=moveY,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='translateZ',
value=moveZ,
t=time)
cmds.setKeyframe('group5',
attribute='rotateY',
value=centerR,
t=time)
centerR = centerR + .5
moveX = moveX - 4.00
time = time + 1
for p in range(60):
cmds.setKeyframe('SpaceShip2',
attribute='translateX',
value=moveX,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='translateY',
value=moveY,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='translateZ',
value=moveZ,
t=time)
cmds.setKeyframe('group5',
attribute='rotateY',
value=centerR,
t=time)
centerR = centerR + .5
moveX = moveX - 2.6
time = time + 1
for i in range(30):
cmds.setKeyframe('SpaceShip2',
attribute='translateX',
value=moveX,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='translateY',
value=moveY,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='translateZ',
value=moveZ,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='rotateX',
value=xRot,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='rotateY',
value=yRot,
t=time)
cmds.setKeyframe('group5',
attribute='rotateY',
value=centerR,
t=time)
centerR = centerR + .5
xRot = xRot - .80
yRot = yRot - .50
moveX = moveX - 2.6
moveY = moveY + 2.6
moveZ = moveZ - 2.6
time = time + 1
for a in range(30):
cmds.setKeyframe('SpaceShip2',
attribute='translateX',
value=moveX,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='rotateX',
value=xRot,
t=time)
cmds.setKeyframe('SpaceShip2',
attribute='rotateY',
value=yRot,
t=time)
cmds.setKeyframe('group5',
attribute='rotateY',
value=centerR,
t=time)
centerR = centerR + .5
xRot = xRot + .80
yRot = yRot + .50
time = time + 1
moveX = moveX - 2.6
for b in range(35):
cmds.setKeyframe('SpaceShip2',
attribute='translateX',
value=moveX,
t=time)
cmds.setKeyframe('group5',
attribute='rotateY',
value=centerR,
t=time)
centerR = centerR + .5
moveX = moveX - 2.0
time = time + 1
for c in range(47):
cmds.setKeyframe('spaceDoor',
attribute='rotateY',
value=doorRot,
t=time)
cmds.setKeyframe('group5',
attribute='rotateY',
value=centerR,
t=time)
centerR = centerR + .5
time = time + 1
doorRot = doorRot - 1.5
for o in range(62):
cmds.setKeyframe('SpaceShip2',
attribute='translateX',
value=moveX,
t=time)
cmds.setKeyframe('group5',
attribute='rotateY',
value=centerR,
t=time)
centerR = centerR + .5
moveX = moveX - 1.0
time = time + 1
for q in range(47):
cmds.setKeyframe('spaceDoor',
attribute='rotateY',
value=doorRot,
t=time)
cmds.setKeyframe('group5',
attribute='rotateY',
value=centerR,
t=time)
centerR = centerR + .5
time = time + 1
doorRot = doorRot + 1.5
def _handleSpaceShipAndAsteroid(self):
cmds.file(
'$HOME/PycharmProjects/space2014/graphics/SpaceShip/scenes/Asteroid.ma',
i=True)
rotY = 0
rotX = 0
rotZ = 0
moveX = 0
centerR = 0
aX = -1000
aY = 352.834
sX = 0
doorRot = 0
time = 0
time2 = 175
cmds.camera()
cmds.move(-90, 370.0, 40.0, relative=True)
cmds.aimConstraint('pCylinder11', 'camera1', offset=(0, -85, 0))
cmds.camera()
cmds.move(-1000, 360.0, 40.0, relative=True)
cmds.aimConstraint('asteroid', 'camera2', offset=(0, -90, 0))
cmds.camera()
cmds.move(-1158.453, 371.553, -.461, relative=True)
cmds.aimConstraint('asteroid', 'camera3', offset=(0, -90, 0))
for o in range(327):
cmds.setKeyframe('Beam', attribute='visibility', value=0, t=time)
cmds.setKeyframe('asteroid',
attribute='translateX',
value=aX,
t=time)
cmds.setKeyframe('asteroid',
attribute='translateY',
value=aY,
t=time)
cmds.setKeyframe('asteroid',
attribute='rotateY',
value=rotY,
t=time)
cmds.setKeyframe('asteroid',
attribute='rotateX',
value=rotX,
t=time)
cmds.setKeyframe('asteroid',
attribute='rotateZ',
value=rotZ,
t=time)
cmds.setKeyframe('group',
attribute='rotateY',
value=centerR,
t=time)
rotY = rotY + .25
rotX = rotX + .25
rotZ = rotZ + .25
aX = aX + 2.6
centerR = centerR + .5
time = time + 1
for c in range(47):
cmds.setKeyframe('spaceDoor',
attribute='rotateY',
value=doorRot,
t=time2)
time2 = time2 + 1
doorRot = doorRot - 1.5
for k in range(105):
cmds.setKeyframe('SpaceShip1',
attribute='translateX',
value=moveX,
t=time2)
moveX = moveX - 1.92
time2 = time2 + 1
for j in range(47):
cmds.setKeyframe('spaceDoor',
attribute='rotateY',
value=doorRot,
t=time2)
time2 = time2 + 1
doorRot = doorRot + 1.5
for i in range(500):
cmds.setKeyframe('Beam', attribute='visibility', value=1, t=time)
cmds.setKeyframe('SpaceShip1',
attribute='translateX',
value=moveX,
t=time)
cmds.setKeyframe('asteroid',
attribute='translateX',
value=aX,
t=time)
cmds.setKeyframe('group',
attribute='rotateY',
value=centerR,
t=time)
centerR = centerR + .5
aX = aX - 1.92
moveX = moveX - 1.92
time = time + 1
for i in range(350):
cmds.setKeyframe('Beam', attribute='visibility', value=0, t=time)
cmds.setKeyframe('asteroid',
attribute='translateX',
value=aX,
t=time)
cmds.setKeyframe('group',
attribute='rotateY',
value=centerR,
t=time)
cmds.setKeyframe('asteroid',
attribute='rotateY',
value=rotY,
t=time)
cmds.setKeyframe('asteroid',
attribute='rotateX',
value=rotX,
t=time)
cmds.setKeyframe('asteroid',
attribute='rotateZ',
value=rotZ,
t=time)
centerR = centerR + .5
aX = aX - 1.92
time = time + 1
def _handleExitSceneButton(self):
#Rotate Y angles
angleWheel = 0;
angleSolarPanels = 0
angleDoor = 0
angleEVE = 180.0
angleArmLeft = -15;
angleArmRight = 15;
angleHead = 90
#Translate Z values
moveEVEz = .197
#Translate Y values
moveHeady = 2.965
moveEVEy = 2.34
cmds.camera()
cmds.select('camera1')
cmds.move(-1.186, 2.441, 2.849, relative=True)
cmds.rotate(1.8, -27.2, 0)
cmds.camera()
cmds.select('camera2')
cmds.move(0.25, 4.5, 15, relative=True)
cmds.rotate(-10, -2, 0)
cmds.camera()
cmds.select('camera3')
cmds.move(0.083, 8.809, 4.579, relative=True)
cmds.rotate(-49.2, -10, 0)
cmds.camera()
cmds.select('camera4')
cmds.move(-18.709, 15.459, -20.347, relative=True)
cmds.rotate(-24, -151.6, 0)
#cmds.aimConstraint('EVE', 'camera1')
cmds.move(.186,2.34,.197,'EVE')
for i in range (360):
cmds.setKeyframe('station1:Wheel', attribute='rotateY', value=angleWheel, t=i)
angleWheel+=.5
cmds.setKeyframe('station1:SolarPanels', attribute='rotateY', value=angleSolarPanels, t=i)
angleSolarPanels+=.5
if (i <= 72):
cmds.setKeyframe('station1:spaceDoor', attribute='rotateY', value=angleDoor, t=i)
angleDoor -= (120/70);
if(i <= 72):
cmds.setKeyframe('EVE', attribute='rotateY', value=angleEVE, t=i)
angleEVE += (180.0/72.0)
if(i > 72 and i < (72 + 48)):
cmds.setKeyframe('head_base', attribute='translateY', value=moveHeady, t=i)
cmds.setKeyframe('arm_left', attribute='rotateX', value=angleArmLeft, t=i)
cmds.setKeyframe('arm_right', attribute='rotateX', value=angleArmRight, t=i)
moveEVEz += (.757-.197)/(48.0)
if(i <= (72 + 24)):
angleArmRight += (24/15)
angleArmLeft -= (24/15)
cmds.setKeyframe('EVE', attribute='translateZ', value=moveEVEz, t=i)
moveHeady += ((3.194-2.965)/24)
if(i > (72 + 24)):
angleArmRight -= (24/15)
angleArmLeft += (24/15)
cmds.setKeyframe('EVE', attribute='translateZ', value=moveEVEz, t=i)
moveHeady -= ((3.194-2.965)/24)
if(i > (120) and i < (120+48)):
if(i <= (120 + 24)):
angleHead -= (90-15)/24
cmds.setKeyframe('head_base', attribute='rotateY', value=angleHead, t=i)
if( i > 144):
angleHead += (90+30)/(24)
cmds.setKeyframe('head_base', attribute='rotateY', value=angleHead, t=i)
if(i > (168-12)):
moveEVEz += ((1.709-.745)/2)/48
cmds.setKeyframe('EVE', attribute='translateZ', value=moveEVEz, t=i)
if(i > 168 and i < (168+48)):
if(i < 168 + 24):
angleHead -= (30/24)
cmds.setKeyframe('head_base', attribute='rotateY', value=angleHead, t=i)
cmds.setKeyframe('EVE', attribute='rotateY', value=angleEVE, t=i)
if(i <= 206):
cmds.setKeyframe('station1:spaceDoor', attribute='rotateY', value=angleDoor, t=i)
angleDoor += (120/48);
moveEVEz += ((1.709-.745)/2)/48.0
cmds.setKeyframe('EVE', attribute='translateZ', value=moveEVEz, t=i)
angleEVE += (720.0/48.0)
moveEVEy += (3.094-2.965)/48.0
cmds.setKeyframe('EVE', attribute='translateY', value=moveEVEy, t=i)
if(i > 216):
if(i < 270):
cmds.setKeyframe('EVE', attribute='translateY', value=angleHead, t=i)
angleHead += (700/48)
cmds.setKeyframe('EVE', attribute='translateY', value = moveEVEy, t=i )
cmds.setKeyframe('EVE', attribute='rotateY', value = angleEVE, t=i )
moveEVEy += (11.0-2.466)/(360-216) + .01
def _handleExampleButton(self):
"""
This callback creates a polygonal cylinder in the Maya scene.
"""
# r = 50
# a = 2.0*r
# y = (0, 1, 0)
# c = cmds.polyCylinder(
# r=r, h=5, sx=40, sy=1, sz=1, ax=y, rcp=0, cuv=2, ch=1, n='exampleCylinder')[0]
# cmds.select(c)
# response = nimble.createRemoteResponse(globals())
# response.put('name', c)
self.outputLabel.setText("Total animation keyframes: PROCESSING")
print("Total animation keyframes: PROCESSING")
height = self.heightBox.value()
stepSize = self.stepSizeBox.value()
originalStepSize = stepSize
cmds.select('EVE')
#height = 25.0
numTwirls = 2.5
interval = height / numTwirls
currentHeight = -20.0
rotateAngle = 0.0
#stepSize = .02
count = 0;
cmds.setAttr('EVE.rotateY', 0.0)
armliftAngleR = 0.0
armliftAngleL = 0.0
cmds.camera()
cmds.select('camera1')
cmds.move(12.0, 10.0, 10.0, relative=True)
cmds.aimConstraint('EVE', 'camera1', offset=(0, -90, 0))
while(currentHeight <= height):
# cmds.setAttr('EVE.rotateY', rotateAngle)
if(currentHeight >= 1*(height/2)):
stepSize = (originalStepSize * 3.0)/4.0
rotateAngle = rotateAngle + 5
if(armliftAngleL >= -50.0 and armliftAngleR <= 50):
armliftAngleL -= 1
armliftAngleR += 1
# print("**left arm angle: " + str(armliftAngleL))
# print("**right arm angle: " + str(armliftAngleR))
cmds.setKeyframe('arm_left', attribute='rotateX', value=armliftAngleL, t=count)
cmds.setKeyframe('arm_right', attribute='rotateX', value=armliftAngleR, t=count)
cmds.setKeyframe('EVE', attribute='translateY', value = currentHeight, t=count )
cmds.setKeyframe('EVE', attribute='rotateY', value = rotateAngle, t=count )
if(currentHeight < 1*(height/2)):
rotateAngle = rotateAngle + 1
#print("Keyframe i: " + str(count) + " Rotate angle: " + str(rotateAngle))
#cmds.setAttr('EVE.translateY', currentHeight)
currentHeight += stepSize
count += 1
print("Step size: " + str(stepSize))
print("Current height: " + str(currentHeight))
for i in range (360/4):
rotateAngle = rotateAngle + 3
cmds.setKeyframe('EVE', attribute='rotateY', value = rotateAngle, t=count )
count += 1
stepSize = ((originalStepSize * 3.0)/4.0)/2
while(currentHeight >= 0):
# cmds.setAttr('EVE.rotateY', rotateAngle)
# if(armliftAngleL <=0 and armliftAngleR >= 0):
# armliftAngleL += 2
# armliftAngleR -= 2
# print("**left arm angle: " + str(armliftAngleL))
# print("**right arm angle: " + str(armliftAngleR))
cmds.setKeyframe('arm_left', attribute='rotateX', value=armliftAngleL, t=count)
cmds.setKeyframe('arm_right', attribute='rotateX', value=armliftAngleR, t=count)
cmds.setKeyframe('EVE', attribute='translateY', value = currentHeight, t=count )
cmds.setKeyframe('EVE', attribute='rotateY', value = rotateAngle, t=count )
rotateAngle = rotateAngle + 1
#print("Keyframe i: " + str(count) + " Rotate angle: " + str(rotateAngle))
#cmds.setAttr('EVE.translateY', currentHeight)
currentHeight -= stepSize
count += 1
print("Step size: " + str(stepSize))
print("Current height: " + str(currentHeight))
self.outputLabel.setText("Total animation keyframes: " + str(count))
print("Height: " + str(height))
print("Step size: " + str(stepSize))
print('Total key frames created: ' + str(count))
def _handleExitSceneButton(self):
#Rotate Y angles
angleWheel = 0
angleSolarPanels = 0
angleDoor = 0
angleEVE = 180.0
angleArmLeft = -15
angleArmRight = 15
angleHead = 90
#Translate Z values
moveEVEz = .197
#Translate Y values
moveHeady = 2.965
moveEVEy = 2.34
cmds.camera()
cmds.select('camera1')
cmds.move(-1.186, 2.441, 2.849, relative=True)
cmds.rotate(1.8, -27.2, 0)
cmds.camera()
cmds.select('camera2')
cmds.move(0.25, 4.5, 15, relative=True)
cmds.rotate(-10, -2, 0)
cmds.camera()
cmds.select('camera3')
cmds.move(0.083, 8.809, 4.579, relative=True)
cmds.rotate(-49.2, -10, 0)
cmds.camera()
cmds.select('camera4')
cmds.move(-18.709, 15.459, -20.347, relative=True)
cmds.rotate(-24, -151.6, 0)
#cmds.aimConstraint('EVE', 'camera1')
cmds.move(.186, 2.34, .197, 'EVE')
for i in range(360):
cmds.setKeyframe('station1:Wheel',
attribute='rotateY',
value=angleWheel,
t=i)
angleWheel += .5
cmds.setKeyframe('station1:SolarPanels',
attribute='rotateY',
value=angleSolarPanels,
t=i)
angleSolarPanels += .5
if (i <= 72):
cmds.setKeyframe('station1:spaceDoor',
attribute='rotateY',
value=angleDoor,
t=i)
angleDoor -= (120 / 70)
if (i <= 72):
cmds.setKeyframe('EVE',
attribute='rotateY',
value=angleEVE,
t=i)
angleEVE += (180.0 / 72.0)
if (i > 72 and i < (72 + 48)):
cmds.setKeyframe('head_base',
attribute='translateY',
value=moveHeady,
t=i)
cmds.setKeyframe('arm_left',
attribute='rotateX',
value=angleArmLeft,
t=i)
cmds.setKeyframe('arm_right',
attribute='rotateX',
value=angleArmRight,
t=i)
moveEVEz += (.757 - .197) / (48.0)
if (i <= (72 + 24)):
angleArmRight += (24 / 15)
angleArmLeft -= (24 / 15)
cmds.setKeyframe('EVE',
attribute='translateZ',
value=moveEVEz,
t=i)
moveHeady += ((3.194 - 2.965) / 24)
if (i > (72 + 24)):
angleArmRight -= (24 / 15)
angleArmLeft += (24 / 15)
cmds.setKeyframe('EVE',
attribute='translateZ',
value=moveEVEz,
t=i)
moveHeady -= ((3.194 - 2.965) / 24)
if (i > (120) and i < (120 + 48)):
if (i <= (120 + 24)):
angleHead -= (90 - 15) / 24
cmds.setKeyframe('head_base',
attribute='rotateY',
value=angleHead,
t=i)
if (i > 144):
angleHead += (90 + 30) / (24)
cmds.setKeyframe('head_base',
attribute='rotateY',
value=angleHead,
t=i)
if (i > (168 - 12)):
moveEVEz += ((1.709 - .745) / 2) / 48
cmds.setKeyframe('EVE',
attribute='translateZ',
value=moveEVEz,
t=i)
if (i > 168 and i < (168 + 48)):
if (i < 168 + 24):
angleHead -= (30 / 24)
cmds.setKeyframe('head_base',
attribute='rotateY',
value=angleHead,
t=i)
cmds.setKeyframe('EVE',
attribute='rotateY',
value=angleEVE,
t=i)
if (i <= 206):
cmds.setKeyframe('station1:spaceDoor',
attribute='rotateY',
value=angleDoor,
t=i)
angleDoor += (120 / 48)
moveEVEz += ((1.709 - .745) / 2) / 48.0
cmds.setKeyframe('EVE',
attribute='translateZ',
value=moveEVEz,
t=i)
angleEVE += (720.0 / 48.0)
moveEVEy += (3.094 - 2.965) / 48.0
cmds.setKeyframe('EVE',
attribute='translateY',
value=moveEVEy,
t=i)
if (i > 216):
if (i < 270):
cmds.setKeyframe('EVE',
attribute='translateY',
value=angleHead,
t=i)
angleHead += (700 / 48)
cmds.setKeyframe('EVE',
attribute='translateY',
value=moveEVEy,
t=i)
cmds.setKeyframe('EVE',
attribute='rotateY',
value=angleEVE,
t=i)
moveEVEy += (11.0 - 2.466) / (360 - 216) + .01
def _handleExampleButton(self):
"""
This callback creates a polygonal cylinder in the Maya scene.
"""
# r = 50
# a = 2.0*r
# y = (0, 1, 0)
# c = cmds.polyCylinder(
# r=r, h=5, sx=40, sy=1, sz=1, ax=y, rcp=0, cuv=2, ch=1, n='exampleCylinder')[0]
# cmds.select(c)
# response = nimble.createRemoteResponse(globals())
# response.put('name', c)
self.outputLabel.setText("Total animation keyframes: PROCESSING")
print("Total animation keyframes: PROCESSING")
height = self.heightBox.value()
stepSize = self.stepSizeBox.value()
originalStepSize = stepSize
cmds.select('EVE')
#height = 25.0
numTwirls = 2.5
interval = height / numTwirls
currentHeight = -20.0
rotateAngle = 0.0
#stepSize = .02
count = 0
cmds.setAttr('EVE.rotateY', 0.0)
armliftAngleR = 0.0
armliftAngleL = 0.0
cmds.camera()
cmds.select('camera1')
cmds.move(12.0, 10.0, 10.0, relative=True)
cmds.aimConstraint('EVE', 'camera1', offset=(0, -90, 0))
while (currentHeight <= height):
# cmds.setAttr('EVE.rotateY', rotateAngle)
if (currentHeight >= 1 * (height / 2)):
stepSize = (originalStepSize * 3.0) / 4.0
rotateAngle = rotateAngle + 5
if (armliftAngleL >= -50.0 and armliftAngleR <= 50):
armliftAngleL -= 1
armliftAngleR += 1
# print("**left arm angle: " + str(armliftAngleL))
# print("**right arm angle: " + str(armliftAngleR))
cmds.setKeyframe('arm_left',
attribute='rotateX',
value=armliftAngleL,
t=count)
cmds.setKeyframe('arm_right',
attribute='rotateX',
value=armliftAngleR,
t=count)
cmds.setKeyframe('EVE',
attribute='translateY',
value=currentHeight,
t=count)
cmds.setKeyframe('EVE',
attribute='rotateY',
value=rotateAngle,
t=count)
if (currentHeight < 1 * (height / 2)):
rotateAngle = rotateAngle + 1
#print("Keyframe i: " + str(count) + " Rotate angle: " + str(rotateAngle))
#cmds.setAttr('EVE.translateY', currentHeight)
currentHeight += stepSize
count += 1
print("Step size: " + str(stepSize))
print("Current height: " + str(currentHeight))
for i in range(360 / 4):
rotateAngle = rotateAngle + 3
cmds.setKeyframe('EVE',
attribute='rotateY',
value=rotateAngle,
t=count)
count += 1
stepSize = ((originalStepSize * 3.0) / 4.0) / 2
while (currentHeight >= 0):
# cmds.setAttr('EVE.rotateY', rotateAngle)
# if(armliftAngleL <=0 and armliftAngleR >= 0):
# armliftAngleL += 2
# armliftAngleR -= 2
# print("**left arm angle: " + str(armliftAngleL))
# print("**right arm angle: " + str(armliftAngleR))
cmds.setKeyframe('arm_left',
attribute='rotateX',
value=armliftAngleL,
t=count)
cmds.setKeyframe('arm_right',
attribute='rotateX',
value=armliftAngleR,
t=count)
cmds.setKeyframe('EVE',
attribute='translateY',
value=currentHeight,
t=count)
cmds.setKeyframe('EVE',
attribute='rotateY',
value=rotateAngle,
t=count)
rotateAngle = rotateAngle + 1
#print("Keyframe i: " + str(count) + " Rotate angle: " + str(rotateAngle))
#cmds.setAttr('EVE.translateY', currentHeight)
currentHeight -= stepSize
count += 1
print("Step size: " + str(stepSize))
print("Current height: " + str(currentHeight))
self.outputLabel.setText("Total animation keyframes: " + str(count))
print("Height: " + str(height))
print("Step size: " + str(stepSize))
print('Total key frames created: ' + str(count))