def onShow(self, event):
gui3d.TaskView.onShow(self, event)
if gui3d.app.settings.get('cameraAutoZoom', True):
gui3d.app.setGlobalCamera()
# Disable smoothing in skeleton library
self.oldSmoothValue = self.human.isSubdivided()
self.human.setSubdivided(False)
self.oldHumanTransp = self.human.material.transparent
self.oldHumanShader = self.human.material.shader
self.human.material.shader = mh.getSysDataPath('shaders/glsl/xray')
self.setHumanTransparency(True)
self.human.meshData.setPickable(False)
if self.skelObj:
self.skelObj.show()
#if not self.jointsObj:
# self.drawJointHelpers()
#self.filechooser.refresh()
# Make sure skeleton is updated when human has changed
self.human.getSkeleton()
# Re-draw joints positions if human has changed
if self.humanChanged:
#self.drawJointHelpers()
self.humanChanged = False
mh.redraw()
def onShow(self, event):
gui3d.TaskView.onShow(self, event)
if gui3d.app.settings.get('cameraAutoZoom', True):
gui3d.app.setGlobalCamera()
# Disable smoothing in skeleton library
self.oldSmoothValue = self.human.isSubdivided()
self.human.setSubdivided(False)
self.oldHumanMat = self.human.material.clone()
self.oldPxyMats = dict()
xray_mat = material.fromFile(mh.getSysDataPath('materials/xray.mhmat'))
self.human.material = xray_mat
for pxy, obj in self.human.getProxiesAndObjects():
self.oldPxyMats[pxy.uuid] = obj.material.clone()
obj.material = xray_mat
if self.skelObj:
self.skelObj.show()
#if not self.jointsObj:
# self.drawJointHelpers()
#self.filechooser.refresh()
# Make sure skeleton is updated when human has changed
self.human.getSkeleton()
# Re-draw joints positions if human has changed
if self.humanChanged:
#self.drawJointHelpers()
self.humanChanged = False
mh.redraw()
def drawJointHelpers(self):
"""
Draw the joint helpers from the basemesh that define the default or
reference rig.
"""
if self.jointsObj:
self.removeObject(self.jointsObj)
self.jointsObj = None
self.jointsMesh = None
self.selectedJoint = None
jointPositions = []
# TODO maybe define a getter for this list in the skeleton module
jointGroupNames = [group.name for group in self.human.meshData.faceGroups if group.name.startswith("joint-")]
if self.human.getSkeleton():
jointGroupNames += self.human.getSkeleton().joint_pos_idxs.keys()
for groupName in jointGroupNames:
jointPositions.append(self.human.getSkeleton().getJointPosition(groupName, self.human))
else:
for groupName in jointGroupNames:
jointPositions.append(skeleton._getHumanJointPosition(self.human, groupName))
self.jointsMesh = skeleton_drawing.meshFromJoints(jointPositions, jointGroupNames)
self.jointsMesh.priority = 100
self.jointsMesh.setPickable(False)
self.jointsObj = self.addObject( gui3d.Object(self.jointsMesh, self.human.getPosition()) )
self.jointsObj.setRotation(self.human.getRotation())
color = np.asarray([255, 255, 0, 255], dtype=np.uint8)
self.jointsMesh.color[:] = color[None,:]
self.jointsMesh.markCoords(colr=True)
self.jointsMesh.sync_color()
mh.redraw()
def onShow(self, event):
gui3d.TaskView.onShow(self, event)
if gui3d.app.settings.get('cameraAutoZoom', True):
gui3d.app.setGlobalCamera()
# Disable smoothing in skeleton library
self.oldSmoothValue = self.human.isSubdivided()
self.human.setSubdivided(False)
self.oldHumanMat = self.human.material.clone()
self.oldPxyMats = dict()
xray_mat = material.fromFile(mh.getSysDataPath('materials/xray.mhmat'))
self.human.material = xray_mat
for pxy in self.human.getProxies(includeHumanProxy=False):
obj = pxy.object
self.oldPxyMats[pxy.uuid] = obj.material.clone()
obj.material = xray_mat
if self.skelObj:
self.skelObj.show()
#if not self.jointsObj:
# self.drawJointHelpers()
#self.filechooser.refresh()
# Make sure skeleton is updated when human has changed
self.human.getSkeleton()
# Re-draw joints positions if human has changed
if self.humanChanged:
#self.drawJointHelpers()
self.humanChanged = False
mh.redraw()
def onHide(self, event):
gui3d.TaskView.onHide(self, event)
self.human.setShadeless(0)
self.human.mesh.configureShading(diffuse = self.oldDiffuseShaderSetting)
mh.redraw()
def projectBackground(self):
if not self.backgroundChooserView.isBackgroundShowing():
gui3d.app.prompt("Warning", "You need to load a background for the current view before you can project it.", "OK")
return
mesh = self.human.getSeedMesh()
# for all quads, project vertex to screen
# if one vertex falls in bg rect, project screen quad into uv quad
# warp image region into texture
((x0,y0,z0), (x1,y1,z1)) = self.backgroundImage.mesh.calcBBox()
camera = mh.cameras[self.backgroundImage.mesh.cameraMode]
x0, y0, _ = camera.convertToScreen(x0, y0, z0, self.backgroundImage.mesh)
x1, y1, _ = camera.convertToScreen(x1, y1, z1, self.backgroundImage.mesh)
leftTop = (x0, y1)
rightBottom = (x1, y0)
dstImg = projection.mapImage(self.backgroundImage, mesh, leftTop, rightBottom)
texPath = mh.getPath('data/skins/projection.png')
if os.path.isfile(texPath):
oldImg = mh.Image(texPath)
else:
oldImg = None
gui3d.app.do(ProjectionAction("Change projected background texture",
self.human.getTexture(),
texPath,
oldImg,
dstImg))
log.debug("Enabling shadeless rendering on body")
self.shadelessButton.setChecked(True)
self.human.setShadeless(1)
mh.redraw()
def drawSkeleton(self, skel):
if self.skelObj:
# Remove old skeleton mesh
self.removeObject(self.skelObj)
self.human.removeBoundMesh(self.skelObj.name)
self.skelObj = None
self.skelMesh = None
self.selectedBone = None
if not skel:
return
# Create a mesh from the skeleton in rest pose
skel.setToRestPose(
) # Make sure skeleton is in rest pose when constructing the skeleton mesh
self.skelMesh = skeleton_drawing.meshFromSkeleton(skel, "Prism")
self.skelMesh.name = 'SkeletonMesh-poseLibrary'
self.skelMesh.priority = 100
self.skelMesh.setPickable(False)
self.skelObj = self.addObject(
gui3d.Object(self.skelMesh, self.human.getPosition()))
self.skelObj.setShadeless(0)
self.skelObj.setSolid(0)
self.skelObj.setRotation(self.human.getRotation())
# Add the skeleton mesh to the human AnimatedMesh so it animates together with the skeleton
# The skeleton mesh is supposed to be constructed from the skeleton in rest and receives
# rigid vertex-bone weights (for each vertex exactly one weight of 1 to one bone)
mapping = skeleton_drawing.getVertBoneMapping(skel, self.skelMesh)
self.human.addBoundMesh(self.skelMesh, mapping)
# Store a reference to the skeleton mesh object for other plugins
self.human.getSkeleton().object = self.skelObj
mh.redraw()
def applyTarget(self, targetName, power):
log.message("SCRIPT: applyTarget(" + targetName + ", " + str(power) +
")")
self.human.setDetail(
mh.getSysDataPath("targets/" + targetName + ".target"), power)
self.human.applyAllTargets()
mh.redraw()
def projectBackground(self):
if not self.backgroundChooserView.isBackgroundShowing():
gui3d.app.prompt("Warning", "You need to load a background for the current view before you can project it.", "OK")
return
mesh = self.human.getSeedMesh()
# for all quads, project vertex to screen
# if one vertex falls in bg rect, project screen quad into uv quad
# warp image region into texture
((x0,y0,z0), (x1,y1,z1)) = self.backgroundImage.mesh.calcBBox()
camera = mh.cameras[self.backgroundImage.mesh.cameraMode]
x0, y0, _ = camera.convertToScreen(x0, y0, z0, self.backgroundImage.mesh)
x1, y1, _ = camera.convertToScreen(x1, y1, z1, self.backgroundImage.mesh)
leftTop = (x0, y1)
rightBottom = (x1, y0)
dstImg = projection.mapImage(self.backgroundImage, mesh, leftTop, rightBottom)
texPath = mh.getPath('data/skins/projection.png')
if os.path.isfile(texPath):
oldImg = mh.Image(texPath)
else:
oldImg = None
gui3d.app.do(ProjectionAction("Change projected background texture",
self.human.getTexture(),
texPath,
oldImg,
dstImg))
log.debug("Enabling shadeless rendering on body")
self.shadelessButton.setChecked(True)
self.human.setShadeless(1)
mh.redraw()
def drawSkeleton(self):
self._unloadSkeletonMesh()
skel = self.human.getSkeleton()
if not skel:
return
# Create a mesh from the user-selected skeleton in its current pose (so we use the base skeleton for actually posing)
self.skelMesh = skeleton_drawing.meshFromSkeleton(skel, "Prism")
self.skelMesh.name = self.skelMesh.name + '-skeletonDebug'
self.skelMesh.priority = 100
self.skelMesh.setPickable(False)
self.skelObj = self.addObject(
gui3d.Object(self.skelMesh, self.human.getPosition()))
self.skelObj.setShadeless(0)
self.skelObj.setSolid(0)
self.skelObj.setRotation(self.human.getRotation())
self.skelMesh.setVisibility(self.showBonesTggl.selected)
self.axisMesh = skeleton_drawing.meshFromSkeleton(skel, "axis")
self.axisMesh.name = self.axisMesh.name + '-axis-skeletonDebug'
self.axisMesh.priority = 100
self.axisMesh.setPickable(False)
self.axisObj = self.addObject(
gui3d.Object(self.axisMesh, self.human.getPosition()))
self.axisObj.material.ambientColor = [0.2, 0.2, 0.2]
self.axisObj.material.configureShading(vertexColors=True)
self.axisObj.material.depthless = True
self.axisObj.setRotation(self.human.getRotation())
self.axisObj.setVisibility(self.showAxisTggl.selected)
self.drawPlanes(skel)
mh.redraw()
def onMouseMoved(self, event):
human = gui3d.app.selectedHuman
groups = []
if self.micro:
log.debug("%s", event.group)
groups.append(event.group)
if human.symmetryModeEnabled:
sg = human.getSymmetryGroup(event.group)
if sg:
groups.append(sg)
else:
part = human.getPartNameForGroupName(event.group.name)
for g in human.mesh.faceGroups:
if part in g.name:
groups.append(g)
if human.symmetryModeEnabled:
sg = human.getSymmetryGroup(g)
if sg:
groups.append(sg)
for g in self.selectedGroups:
if g not in groups:
g.setColor([255, 255, 255, 255])
for g in groups:
if g not in self.selectedGroups:
g.setColor([0, 255, 0, 255])
self.selectedGroups = groups
mh.redraw()
def onShow(self, event):
gui3d.TaskView.onShow(self, event)
self.human.setShadeless(1 if self.shadelessButton.selected else 0)
self.oldDiffuseShaderSetting = self.human.material.shaderConfig['diffuse']
self.human.mesh.configureShading(diffuse = True)
mh.redraw()
def updateModelingParameters(dictOfParameterNameAndValue):
human = gui3d.app.selectedHuman
for key, value in iter(dictOfParameterNameAndValue.items()):
modifier = human.getModifier(key)
modifier.setValue(value)
human.applyAllTargets()
mh.redraw()
def drawSkeleton(self):
self._unloadSkeletonMesh()
skel = self.human.getSkeleton()
if not skel:
return
# Create a mesh from the skeleton in rest pose
skel.setToRestPose(
) # Make sure skeleton is in rest pose when constructing the skeleton mesh
self.skelMesh = skeleton_drawing.meshFromSkeleton(skel, "Prism")
self.skelMesh.name = self.skelMesh.name + '-skeletonDebug'
self.skelMesh.priority = 100
self.skelMesh.setPickable(False)
self.skelObj = self.addObject(
gui3d.Object(self.skelMesh, self.human.getPosition()))
self.skelObj.setShadeless(0)
self.skelObj.setSolid(0)
self.skelObj.setRotation(self.human.getRotation())
# Add the skeleton mesh to the human AnimatedMesh so it animates together with the skeleton
# The skeleton mesh is supposed to be constructed from the skeleton in rest and receives
# rigid vertex-bone weights (for each vertex exactly one weight of 1 to one bone)
mapping = skeleton_drawing.getVertBoneMapping(skel, self.skelMesh)
self.human.addBoundMesh(self.skelMesh, mapping)
self.human.refreshPose() # Pose drawn skeleton if human is posed
mh.redraw()
def drawSkeleton(self):
self._unloadSkeletonMesh()
skel = self.human.getSkeleton()
if not skel:
return
# Create a mesh from the user-selected skeleton in its current pose (so we use the base skeleton for actually posing)
self.skelMesh = skeleton_drawing.meshFromSkeleton(skel, "Prism")
self.skelMesh.name = self.skelMesh.name + '-skeletonDebug'
self.skelMesh.priority = 100
self.skelMesh.setPickable(False)
self.skelObj = self.addObject(gui3d.Object(self.skelMesh, self.human.getPosition()) )
self.skelObj.setShadeless(0)
self.skelObj.setSolid(0)
self.skelObj.setRotation(self.human.getRotation())
self.skelMesh.setVisibility(self.showBonesTggl.selected)
self.axisMesh = skeleton_drawing.meshFromSkeleton(skel, "axis")
self.axisMesh.name = self.axisMesh.name + '-axis-skeletonDebug'
self.axisMesh.priority = 100
self.axisMesh.setPickable(False)
self.axisObj = self.addObject(gui3d.Object(self.axisMesh, self.human.getPosition()) )
self.axisObj.material.ambientColor = [0.2, 0.2, 0.2]
self.axisObj.material.configureShading(vertexColors=True)
self.axisObj.material.depthless = True
self.axisObj.setRotation(self.human.getRotation())
self.axisObj.setVisibility(self.showAxisTggl.selected)
self.drawPlanes(skel)
mh.redraw()
def setAge(self, age):
log.message("SCRIPT: setAge(" + str(age) + ")")
self.human.setAge(age)
humanmodifier.MacroModifier('macrodetails', None, 'Age', 0.0,
1.0).setValue(gui3d.app.selectedHuman, age)
self.human.applyAllTargets()
mh.redraw()
def drawSkeleton(self, skel):
if self.skelObj:
# Remove old skeleton mesh
self.removeObject(self.skelObj)
self.human.removeBoundMesh(self.skelObj.name)
self.skelObj = None
self.skelMesh = None
if not skel:
return
# Create a mesh from the skeleton in rest pose
skel.setToRestPose() # Make sure skeleton is in rest pose when constructing the skeleton mesh
self.skelMesh = skeleton_drawing.meshFromSkeleton(skel, "Prism")
self.skelMesh.priority = 100
self.skelMesh.setPickable(False)
self.skelObj = self.addObject(gui3d.Object(self.skelMesh, self.human.getPosition()) )
self.skelObj.setShadeless(0)
self.skelObj.setSolid(0)
self.skelObj.setRotation(self.human.getRotation())
# Add the skeleton mesh to the human AnimatedMesh so it animates together with the skeleton
# The skeleton mesh is supposed to be constructed from the skeleton in rest and receives
# rigid vertex-bone weights (for each vertex exactly one weight of 1 to one bone)
mapping = skeleton_drawing.getVertBoneMapping(skel, self.skelMesh)
self.human.addBoundMesh(self.skelMesh, mapping)
mh.redraw()
def onFileSelected(filename):
if self.bgImageFrontRadioButton.selected:
self.filenames["front"] = filename
elif self.bgImageBackRadioButton.selected:
self.filenames["back"] = filename
elif self.bgImageLeftRadioButton.selected:
self.filenames["left"] = filename
elif self.bgImageRightRadioButton.selected:
self.filenames["right"] = filename
elif self.bgImageTopRadioButton.selected:
self.filenames["top"] = filename
elif self.bgImageBottomRadioButton.selected:
self.filenames["bottom"] = filename
self.texture.loadImage(mh.Image(os.path.join(self.backgroundsFolder, filename)))
bg = self.backgroundImage
bg.mesh.setTexture(os.path.join(self.backgroundsFolder, filename))
aspect = 1.0 * self.texture.width / self.texture.height
bg.setPosition([-aspect, -1, 0])
bg.mesh.resize(2.0 * aspect, 2.0)
# Switch to orthogonal view
gui3d.app.modelCamera.switchToOrtho()
bg.show()
self.backgroundImageToggle.setChecked(True)
mh.changeTask("Modelling", "Background")
mh.redraw()
def onShow(self, event):
gui3d.TaskView.onShow(self, event)
self.human.setShadeless(1 if self.shadelessButton.selected else 0)
self.oldDiffuseShaderSetting = self.human.material.shaderConfig['diffuse']
self.human.mesh.configureShading(diffuse = True)
mh.redraw()
def onMouseMoved(self, event):
human = gui3d.app.selectedHuman
groups = []
if self.micro:
log.debug("%s", event.group)
groups.append(event.group)
if human.symmetryModeEnabled:
sg = human.getSymmetryGroup(event.group)
if sg:
groups.append(sg)
else:
part = human.getPartNameForGroupName(event.group.name)
for g in human.mesh.faceGroups:
if part in g.name:
groups.append(g)
if human.symmetryModeEnabled:
sg = human.getSymmetryGroup(g)
if sg:
groups.append(sg)
for g in self.selectedGroups:
if g not in groups:
g.setColor([255, 255, 255, 255])
for g in groups:
if g not in self.selectedGroups:
g.setColor([0, 255, 0, 255])
self.selectedGroups = groups
mh.redraw()
def onHide(self, event):
gui3d.TaskView.onHide(self, event)
self.human.setShadeless(0)
self.human.mesh.configureShading(diffuse = self.oldDiffuseShaderSetting)
mh.redraw()
def drawJointHelpers(self):
"""
Draw the joint helpers from the basemesh that define the default or
reference rig.
"""
if self.jointsObj:
self.removeObject(self.jointsObj)
self.jointsObj = None
self.jointsMesh = None
self.selectedJoint = None
jointPositions = []
# TODO maybe define a getter for this list in the skeleton module
jointGroupNames = [group.name for group in self.human.meshData.faceGroups if group.name.startswith("joint-")]
if self.human.getSkeleton():
jointGroupNames += self.human.getSkeleton().joint_pos_idxs.keys()
for groupName in jointGroupNames:
jointPositions.append(self.human.getSkeleton().getJointPosition(groupName, self.human))
else:
for groupName in jointGroupNames:
jointPositions.append(skeleton._getHumanJointPosition(self.human, groupName))
self.jointsMesh = skeleton_drawing.meshFromJoints(jointPositions, jointGroupNames)
self.jointsMesh.priority = 100
self.jointsMesh.setPickable(False)
self.jointsObj = self.addObject( gui3d.Object(self.jointsMesh, self.human.getPosition()) )
self.jointsObj.setRotation(self.human.getRotation())
color = np.asarray([255, 255, 0, 255], dtype=np.uint8)
self.jointsMesh.color[:] = color[None,:]
self.jointsMesh.markCoords(colr=True)
self.jointsMesh.sync_color()
mh.redraw()
def applyTarget(self,targetName,power, assumeThreading = False):
self.human.setDetail(mh.getSysDataPath("targets/" + targetName + ".target"), power)
if assumeThreading:
self._threadSafeApplyAllTargets()
else:
self.human.applyAllTargets()
mh.redraw()
def updateModelingParameters(self, dictOfParameterNameAndValue):
log.message("SCRIPT: updateModelingParameters("+str(dictOfParameterNameAndValue)+")")
for key, value in dictOfParameterNameAndValue.iteritems():
modifier = self.human.getModifier(key)
modifier.setValue(value)
self.human.applyAllTargets()
mh.redraw()
def setWeight(self, weight):
log.message("SCRIPT: setWeight(" + str(weight) + ")")
self.human.setWeight(weight)
humanmodifier.MacroModifier('macrodetails', 'universal', 'Weight', 0.0,
1.0).setValue(gui3d.app.selectedHuman,
weight)
self.human.applyAllTargets()
mh.redraw()
def updateModelingParameters(dictOfParameterNameAndValue):
human = gui3d.app.selectedHuman
for key, value in dictOfParameterNameAndValue.iteritems():
modifier = human.getModifier(key)
modifier.setValue(value)
human.applyAllTargets()
mhmain.SymmetryAction(human, 1).do()
mh.redraw()
def applyModifier(self, modifierName, power, assumeThreading = False):
modifier = self.human.getModifier(modifierName)
modifier.setValue(power)
if assumeThreading:
self._threadSafeApplyAllTargets()
else:
self.human.applyAllTargets()
mh.redraw()
def setShowBgInFront(self, enabled):
if enabled:
priority = 100
else:
priority = -90
for obj in self.planeMeshes.values():
obj.mesh.priority = priority
mh.redraw()
def setShowBgInFront(self, enabled):
if enabled:
priority = 100
else:
priority = -90
for obj in self.planeMeshes.values():
obj.mesh.priority = priority
mh.redraw()
def updateModelingParameters(dictOfParameterNameAndValue):
human = gui3d.app.selectedHuman
log.message("SCRIPT: updateModelingParameters("+str(dictOfParameterNameAndValue)+")")
for key, value in dictOfParameterNameAndValue.iteritems():
modifier = human.getModifier(key)
modifier.setValue(value)
human.applyAllTargets()
mh.redraw()
def toggleBackground(self):
if not self.backgroundImageToggle.isChecked():
self.backgroundImage.hide()
mh.redraw()
elif self.backgroundImage.hasTexture():
self.backgroundImage.show()
mh.redraw()
else:
mh.changeTask("Library", "Background")
def onShow(self, event):
gui3d.TaskView.onShow(self, event)
self.filechooser.setPaths([self.fileentry.directory])
self.filechooser.setFocus()
# HACK: otherwise the toolbar background disappears for some weird reason
mh.redraw()
def onHide(self, event):
gui3d.TaskView.onHide(self, event)
self.human.material = self.oldHumanMat
for pxy in self.human.getProxies(includeHumanProxy=False):
if pxy.uuid in self.oldPxyMats:
pxy.object.material = self.oldPxyMats[pxy.uuid]
mh.redraw()
def onHide(self, event):
gui3d.TaskView.onHide(self, event)
self.human.material = self.oldHumanMat
for pxy in self.human.getProxies(includeHumanProxy=False):
if pxy.uuid in self.oldPxyMats:
pxy.object.material = self.oldPxyMats[pxy.uuid]
mh.redraw()
def refresh(self, keepSelections=True):
self.clearList()
files = set(self.sort.sort(self.sortBy, list(self.search())))
self.loadHandler.refresh(files)
self.applyTagFilter()
mh.redraw()
self.callEvent('onRefresh', self)
def makeImage(self,rot):
try:
self.human.setRotation(rot)
mh.redraw()
ret = mh.grabScreen(0, 0, G.windowWidth, G.windowHeight).data
self.human.setRotation([0, 0, 0])
mh.redraw()
return ret
except Exception as e:
return None
def refresh(self, keepSelections=True):
self.clearList()
files = self.sort.sort(self.sortBy, list(self.search()))
self.loadHandler.refresh(files)
self.applyTagFilter()
mh.redraw()
self.callEvent('onRefresh', self)
def onShow(self, event):
# When the task gets shown, set the focus to the file chooser
gui3d.app.selectedHuman.hide()
gui3d.TaskView.onShow(self, event)
self.filechooser.setFocus()
# HACK: otherwise the toolbar background disappears for some weird reason
mh.redraw()
def onShow(self, event):
# When the task gets shown, set the focus to the file chooser
gui3d.app.selectedHuman.hide()
gui3d.TaskView.onShow(self, event)
self.filechooser.setFocus()
# HACK: otherwise the toolbar background disappears for some weird reason
mh.redraw()
def onHide(self, event):
gui3d.TaskView.onHide(self, event)
self.human.material = self.human._backUpMaterial.clone()
self.human._backUpMaterial = None
for pxy in self.human.getProxies(includeHumanProxy=False):
if pxy._backUpMaterial:
pxy.object.material = pxy._backUpMaterial
pxy._backUpMaterial = None
mh.redraw()
def setBackgroundEnabled(self, enable):
if enable:
if self.isBackgroundSet():
self.setBackgroundImage(self.getCurrentSide())
self.backgroundImageToggle.setChecked(True)
mh.redraw()
else:
gui3d.app.prompt('Background', 'No background image is set.\nTo show a background, choose an image from the Background tab\nin Settings.', 'Ok', None, None, None, 'backgroundChooseInfo')
else: # Disable
self.backgroundImage.hide()
self.backgroundImageToggle.setChecked(False)
mh.redraw()
def setBackgroundEnabled(self, enable):
if enable:
if self.isBackgroundSet():
self.setBackgroundImage(self.getCurrentSide())
self.backgroundImageToggle.setChecked(True)
mh.redraw()
else:
gui3d.app.prompt('Background', 'No background image is set.\nTo show a background, choose an image from the Background tab\nin Settings.', 'Ok', None, None, None, 'backgroundChooseInfo')
else: # Disable
self.backgroundImage.hide()
self.backgroundImageToggle.setChecked(False)
mh.redraw()
def setBackgroundEnabled(self, enable):
if enable:
if self.isBackgroundSet():
self.setBackgroundImage(self.getCurrentSide())
self.backgroundImageToggle.setChecked(True)
mh.redraw()
else:
mh.changeTask('Textures', 'Background')
else: # Disable
self.backgroundImage.hide()
self.backgroundImageToggle.setChecked(False)
mh.redraw()
def onShow(self, event):
gui3d.TaskView.onShow(self, event)
if not self.human.getSkeleton():
gui3d.app.statusPersist(
"No skeleton selected. Please select a skeleton rig from the Skeleton library first."
)
return
# Detect when skeleton (rig type) has changed
if self.human.getSkeleton(
) and self.human.getSkeleton().name != self.lastSkeleton:
# Remove cached animation tracks (as they are mapped to a specific skeleton)
self.human.animated.removeAnimations()
self.anim = None
self.animTrack = None
# NOTE that animation tracks only need to be removed when the rig
# structure changes, not when only joint positions are translated
# a bit because of a change to the human model.
self.lastSkeleton = self.human.getSkeleton().name
# Disable smoothing in animation library
self.oldSmoothValue = self.human.isSubdivided()
self.human.setSubdivided(False)
self.oldHumanTransp = self.human.meshData.transparentPrimitives
self.human.meshData.setPickable(False)
mh.redraw()
self.skelObj = self.human.getSkeleton().object
if self.skelObj:
self.skelMesh = self.skelObj.mesh
if self.showSkeletonTggl.selected:
self.skelObj.show()
# Show skeleton through human
self.setHumanTransparency(True)
else:
self.skelObj.hide()
else:
self.skelMesh = None
self.setupProxySkinning()
self.frameSlider.setValue(0)
if self.anim:
# Start playing previously highlighted animation
self.highlightAnimation(self.anim)
self.startPlayback()
self.printAnimationsStatus()
def setBackgroundEnabled(self, enable):
if enable:
if self.isBackgroundSet():
self.setBackgroundImage(self.getCurrentSide())
self.backgroundImageToggle.setChecked(True)
mh.redraw()
else:
mh.changeTask('Textures', 'Background')
else: # Disable
self.backgroundImage.hide()
self.backgroundImageToggle.setChecked(False)
mh.redraw()
def symmetrize(self, direction='r'):
"""
This method applies either left to right or right to left symmetry to
the currently selected body parts.
Parameters
----------
direction:
*string*. A string indicating whether to apply left to right
symmetry (\"r\") or right to left symmetry (\"l\").
"""
if direction == 'l':
prefix1 = 'l-'
prefix2 = 'r-'
else:
prefix1 = 'r-'
prefix2 = 'l-'
# Remove current values
for target in list(self.targetsDetailStack.keys()):
targetName = os.path.basename(target)
# Reset previous targets on symm side
if targetName[:2] == prefix2:
targetVal = self.targetsDetailStack[target]
algos3d.loadTranslationTarget(self.meshData, target, -targetVal, None, 1, 0)
del self.targetsDetailStack[target]
# Apply symm target. For horiz movement the value must be inverted
for target in list(self.targetsDetailStack.keys()):
targetName = os.path.basename(target)
if targetName[:2] == prefix1:
targetSym = os.path.join(os.path.dirname(target), prefix2 + targetName[2:])
targetSymVal = self.targetsDetailStack[target]
if 'trans-in' in targetSym:
targetSym = targetSym.replace('trans-in', 'trans-out')
elif 'trans-out' in targetSym:
targetSym = targetSym.replace('trans-out', 'trans-in')
algos3d.loadTranslationTarget(self.meshData, targetSym, targetSymVal, None, 1, 1)
self.targetsDetailStack[targetSym] = targetSymVal
self.updateProxyMesh()
if self.isSubdivided():
self.getSubdivisionMesh()
mh.redraw()
def onFileSelected(filename):
side = self.getSelectedSideCheckbox()
if self.filenames[side]:
oldBg = self.filenames[side][0]
else:
oldBg = None
gui3d.app.do(
BackgroundAction("Change background", self, side, oldBg,
filename))
mh.redraw()
def onShow(self, event):
gui3d.TaskView.onShow(self, event)
self.modelPath = gui3d.app.currentFile.dir
if self.modelPath is None:
self.modelPath = gui3d.app.getSetting("loaddir")
self.fileentry.directory = self.modelPath
self.filechooser.setPaths(self.modelPath)
self.filechooser.setFocus()
# HACK: otherwise the toolbar background disappears for some weird reason
mh.redraw()
def onHide(self, event):
gui3d.TaskView.onHide(self, event)
if self.skelObj:
self.skelObj.hide()
self.human.material = self.oldHumanMat
for pxy in self.human.getProxies(includeHumanProxy=False):
if pxy.uuid in self.oldPxyMats:
pxy.object.material = self.oldPxyMats[pxy.uuid]
# Reset smooth setting
self.human.setSubdivided(self.oldSmoothValue)
mh.redraw()
def onFileSelected(filename):
side = self.getSelectedSideCheckbox()
if self.filenames[side]:
oldBg = self.filenames[side][0]
else:
oldBg = None
gui3d.app.do(BackgroundAction("Change background",
self,
side,
oldBg,
filename))
mh.redraw()
def refresh(self):
for i in xrange(self.children.count()):
child = self.children.itemAt(0)
self.children.removeItem(child)
child.widget().hide()
child.widget().destroy()
# Create icons
for file in self.sort.sort(self.sortBy, list(self.search())):
label = os.path.basename(file)
if isinstance(self.extension, str):
label = os.path.splitext(label)[0]
self.children.addWidget(FileChooserRectangle(self, file, label, self.getPreview(file)))
mh.redraw()
def onShow(self, event):
self.filechooser.refresh()
self.filechooser.selectItem(self.currentPose)
self.drawSkeleton(self.human.getSkeleton())
self.human.refreshPose()
# Set X-ray material
self.oldHumanMat = self.human.material.clone()
self.oldPxyMats = dict()
xray_mat = material.fromFile(mh.getSysDataPath('materials/xray.mhmat'))
self.human.material = xray_mat
for pxy in self.human.getProxies(includeHumanProxy=False):
obj = pxy.object
self.oldPxyMats[pxy.uuid] = obj.material.clone()
obj.material = xray_mat
mh.redraw()
def projectUV(self):
dstImg = projection.mapUV()
#dstImg.resize(128, 128)
texPath = mh.getPath('data/skins/uvtopo.png')
if os.path.isfile(texPath):
oldImg = mh.Image(texPath)
else:
oldImg = None
gui3d.app.do(ProjectionAction("Change projected UV map texture",
self.human.getTexture(),
texPath,
oldImg,
dstImg))
log.debug("Enabling shadeless rendering on body")
self.shadelessButton.setChecked(True)
self.human.setShadeless(1)
mh.redraw()
def onFileSelected(filename):
side = self.getSelectedSideCheckbox()
if os.path.splitext(filename)[1] == ".clear":
filename = None
if self.filenames[side]:
oldBg = self.filenames[side][0]
else:
oldBg = None
gui3d.app.do(BackgroundAction("Change background",
self,
side,
oldBg,
filename))
if self.sides[side]:
gui3d.app.selectedHuman.setRotation(self.sides[side])
mh.redraw()
def setBackgroundImage(self, side):
if not side:
self.backgroundImage.hide()
return
if self.filenames.get(side):
(filename, aspect) = self.filenames.get(side)
else:
filename = aspect = None
if filename:
self.backgroundImage.show()
self.backgroundImage.setPosition(gui3d.app.selectedHuman.getPosition())
(posX, posY), scale = self.transformations[side]
self.setBackgroundPosition(posX, posY)
self.setBackgroundScale(scale)
self.backgroundImage.mesh.setTexture(filename)
else:
self.backgroundImage.hide()
mh.redraw()
def onMouseDragged(self, event):
self.updatePosition(event.x, event.y)
if self.start is None or self.center is None or self.depth is None:
return
human = gui3d.app.selectedHuman
dist = (event.x - self.start[0]) / 100.0
if self.norm.selected:
coord = self.original + dist * self.weights[:,None] * self.normals
elif self.scalex.selected:
coord = self.scale([1, 0, 0], dist)
elif self.scaley.selected:
coord = self.scale([0, 1, 0], dist)
elif self.scalez.selected:
coord = self.scale([0, 0, 1], dist)
elif self.rotate.selected:
mat = matrix.rotate(-dist * 90, self.axis)
mat = np.asarray(mat)[:3,:3]
coor = self.original - self.center
coor = np.dot(mat, coor.T).T
coor += self.center
delta = coor - self.original
coord = self.original + self.weights[:,None] * delta
elif self.smooth.selected:
if self.smoothed is None:
self.smoothed = self.makeSmoothed()
dist = min(1.0, max(0.0, dist))
coord = self.original + self.weights[:,None] * dist * (self.smoothed - self.original)
else:
x, y, z = gui3d.app.modelCamera.convertToWorld3D(event.x, event.y, self.depth, human.mesh)
pos = np.array([x, y, z])
delta = pos - self.center
coord = self.original + delta[None,:] * self.weights[:,None]
human.meshData.changeCoords(coord, self.verts)
human.meshData.calcNormals(True, True, self.verts, self.faces)
human.meshData.update()
mh.redraw()
def setBackgroundImage(self, side):
for obj in self.planeMeshes.values():
obj.hide()
if not side:
return
if self.filenames.get(side):
(filename, aspect) = self.filenames.get(side)
else:
filename = aspect = None
if filename:
self.backgroundImage.show()
self.backgroundImage.setPosition(self.human.getPosition())
(posX, posY), scale = self.transformations[side]
self.setBackgroundPosition(posX, posY)
self.setBackgroundScale(scale)
self.backgroundImage.setTexture(filename)
else:
self.backgroundImage.hide()
mh.redraw()
