def slateDraw( self ): # processing the text import re scene = self._scene text = self._slateText matches = re.findall( r'(\[)([F|f][R|r][A|a][M|m][E|e])( +)?(#[0-9]+)?( +)?(\])', text ) for match in matches: padding = match[3] if padding: padding = int( padding.strip( '#' ) ) else: padding = 1 text = text.replace( ''.join( match ), str( scene.currentFrame() ).zfill( padding ) ) # rendering the slate text = text + ' ' viewSize = self.size() textSize = mxs.GetTextExtent( text ) textWidth = int( textSize.x ) if self.safeFrameIsActive(): safeFrameSize = self.safeFrameSize() safeFrameMargins = self.safeFrameMargins() hMargin = safeFrameMargins[0] vMargin = safeFrameMargins[1] else: hMargin = 0 vMargin = 0 textPos = mxs.point3( viewSize[0] - textWidth - hMargin, vMargin, 0 ) color = mxs.color( 255,255,255 ) mxs.gw.htext( textPos, text, color=color ) mxs.gw.enlargeUpdateRect( mxs.pyhelper.namify( 'whole' ) ) mxs.gw.updatescreen()
def __init__(self, node_pairs, properties):
BeamThing.BeamThing.__init__(self)
MaxObjectCustAttribute.MaxObjectCustAttribute.__init__(self)
self.apply_custattributes(properties)
self.max_object.wirecolor = mxs.color(55, 76, 83)
self.max_object.render_displayRenderMesh = True
self.max_object.render_viewport_rectangular = False
self.max_object.render_thickness = (properties['radius'] * 2)
self.max_object.render_sides = properties['rays']
self.draw_lines_from_node_pairs(node_pairs)
def addThreeNodesRig(self):
"""
\remarks implements the AbstractScene._createNativeCamera3NodeRig method to return a new 3 node rig
\param name <str>
\return <variant> top node of rig
"""
cam = self.nativePointer()
# create controls
pos = mxs.star(radius1 = 6.5, radius2 = 5.5, points=16)
trans = mxs.rectangle(length=10.2, width=4.5)
rot = mxs.ngon(radius=2.0, nSides=3, corner_radius=0.5)
# rename controls
pos.name = str(cam.name) + 'position'
trans.name = str(cam.name) + 'translation'
rot.name = str(cam.name) + 'rotation'
# rotate controls into place
pos.rotation = mxs.eulerangles(90, 0 , 0)
trans.rotation = mxs.eulerangles(90, 0 , 0)
rot.rotation = mxs.eulerangles(0, 0, -90)
# reset xforms
mxs.resetxform(pos)
mxs.resetxform(trans)
mxs.resetxform(rot)
# collapse xforms
mxs.maxOps.CollapseNode(pos, True)
mxs.maxOps.CollapseNode(trans, True)
mxs.maxOps.CollapseNode(rot, True)
rot.parent = trans
trans.parent = pos
pos.wirecolor = rot.wirecolor = trans.wirecolor = mxs.color(0, 230, 250)
# Move the rig to align with the cam
pivrot=cam.rotation
pos.rotation*=pivrot;
#pos.objectoffsetrot*=pivrot;
#pos.objectoffsetpos*=pivrot;
pos.position = cam.position
#mxs.resetxform(pos)
#pos.rotation = cam.rotation
# parent the cam to to rig
cam.parent = rot
return True
def addThreeNodesRig(self):
"""
\remarks implements the AbstractScene._createNativeCamera3NodeRig method to return a new 3 node rig
\param name <str>
\return <variant> top node of rig
"""
cam = self.nativePointer()
# create controls
pos = mxs.star(radius1=6.5, radius2=5.5, points=16)
trans = mxs.rectangle(length=10.2, width=4.5)
rot = mxs.ngon(radius=2.0, nSides=3, corner_radius=0.5)
# rename controls
pos.name = str(cam.name) + 'position'
trans.name = str(cam.name) + 'translation'
rot.name = str(cam.name) + 'rotation'
# rotate controls into place
pos.rotation = mxs.eulerangles(90, 0, 0)
trans.rotation = mxs.eulerangles(90, 0, 0)
rot.rotation = mxs.eulerangles(0, 0, -90)
# reset xforms
mxs.resetxform(pos)
mxs.resetxform(trans)
mxs.resetxform(rot)
# collapse xforms
mxs.maxOps.CollapseNode(pos, True)
mxs.maxOps.CollapseNode(trans, True)
mxs.maxOps.CollapseNode(rot, True)
rot.parent = trans
trans.parent = pos
pos.wirecolor = rot.wirecolor = trans.wirecolor = mxs.color(
0, 230, 250)
# Move the rig to align with the cam
pivrot = cam.rotation
pos.rotation *= pivrot
#pos.objectoffsetrot*=pivrot;
#pos.objectoffsetpos*=pivrot;
pos.position = cam.position
#mxs.resetxform(pos)
#pos.rotation = cam.rotation
# parent the cam to to rig
cam.parent = rot
return True
def convert_object():
""" pydoc """
current_selection = mxs.selection
if len(current_selection) > 0:
for m in current_selection:
mxs.convertTo(m, mxs.editable_Poly)
randomR = random.randint(10, 200)
randomB = random.randint(10, 200)
randomG = random.randint(10, 200)
m.wireColor = mxs.color(randomR, randomG, randomB)
else:
mxs.messageBox("Nothing selected")
mxs.completeRedraw()
def import_wheel(counter, node_positions, wheel_group, object_holder):
node_pairs = []
for wheel in wheel_group:
temp = []
node_pairs.append(temp)
temp.append(node_positions[wheel['node1']])
temp.append(node_positions[wheel['node2']])
wheel = Wheel.Wheel(node_pairs, wheel_group[0])
wheel.name = "wheel_" + str(counter)
object_holder.add_object(wheel.max_object)
first_wheel = wheel_group[0]
if first_wheel['rigidity_node'] != 9999:
rigidity_node = Box.Box(node_positions[first_wheel['rigidity_node']],
name="rigidity_node_" + wheel.name,
wirecolor=mxs.color(55, 76, 83))
object_holder.add_object(rigidity_node.max_object)
def __init__(self, node_pairs, properties):
BeamThing.BeamThing.__init__(self)
MaxObjectCustAttribute.MaxObjectCustAttribute.__init__(self)
self.apply_custattributes(properties)
self.max_object.wirecolor = mxs.color(0, 0, 0)
self.draw_lines_from_node_pairs(node_pairs)
