インタフェース: MaterialHolder

pf = PF_Source() --Create a PF Source
--> $PF_Source:PF Source 001 @ [0.000000,0.000000,0.000000]
ne = Event() --Create an Event
--> $Event:Event 001 @ [0.000000,0.000000,0.000000]
particleFlow.beginEdit() --Disable automatic encapsulation
--> OK
b = Birth() --Create a Birth operator
--> $Birth:Birth 001 @ [0.000000,0.000000,0.000000]
rnd = RenderParticles() --Create a Render operator
--> $Render:Render 001 @ [0.000000,0.000000,0.000000]
mtl = Material_Static() --Create a Material Static operator
--> $Material_Static:Material Static 001 @ [0.000000,0.000000,0.000000]
shp = ShapeLibrary() --Create a Shape operator
--> $Shape:Shape 001 @ [0.000000,0.000000,0.000000]
pos = Position_Icon() --Create a Position Icon operator
--> $Position_Icon:Position Icon 001 @ [0.000000,0.000000,0.000000]
dis = DisplayParticles Type:6 Color:white--Create a white Display operator set to Geometry 
--> $Display:Display 001 @ [0.000000,0.000000,0.000000]
particleFlow.endEdit() --Enable automatic encapsulation
--> OK
pf.appendAction rnd --Add the Render operator to the PF Source
--> true
ne.appendAction b --Add the Birth operator to the Event
--> true
ne.appendAction pos --Add the Position Icon operator to the Event
--> true
pf.appendAction shp --Add the Shape Icon operator to the PF Source
--> true
pf.appendAction dis --Add the Display operator to the PF Source
--> true
pf.appendInitialActionList ne --Wire the Event to the PF Source as initial action list
--> true

ne.isMaterialHolder() --Check to see if the Event is a material holder - it is not
--> false
ne.appendAction mtl --Add the Material Static to the Event
--> true
ne.isMaterialHolder() --Check again if the Event is a material holder - still not
--> false
mtl.setmaterial (standard diffusecolor:red name:"RedMat") --Assign a Red material
--> true
ne.isMaterialHolder() --Check again if the Event is a material holder - now it is!
--> true
ne.getMaterial() --Get the Event's material
--> RedMat:Standard
ne.activate false --Turn off the Event...
--> OK
ne.activate true -- ...and turn it on again to force an update
--> OK
--RENDERING at this point will produce RED particles
--based on the color of the Material in the Event.

ne.inheritsMaterial() --See if the Event inherits its material - it does not.
--> false
particleFlow.beginEdit() --Disable automatic encapsulation
--> OK
mtl2 = Material_Static()
--> $Material_Static:Material Static 002 @ [0.000000,0.000000,0.000000]
particleFlow.endEdit() --Enable automatic encapsulation
--> OK
pf.appendAction mtl2 --Add the new Material Static to the PF Source
--> true
ne.inheritsMaterial() --See if the Event inherits its material - it still does not.
--> false
mtl2.setmaterial (standard diffusecolor:blue name:"BlueMat") --Assign a Blue material
--> true
ne.inheritsMaterial() --See if the Event inherits its material - it has its own.
--> false
delete mtl --Delete the Material Static operator used by the Event
--> 1
ne.inheritsMaterial() --Now check to see if the Event inherits a material - it does!
--> true
--RENDERING at this point will produce BLUE particles
--based on the color of the inherited PF Source material.


delete mtl2 --Delete the Material Static operator used by the PF Source
--> 1
ne.activate false --Turn off the Event...
--> OK
ne.activate true -- ...and turn it on again 
--> OK
--RENDERING at this point will produce WHITE particles
--based on the color of the Display operator.

ne.setMaterial (standard diffusecolor:green name:"GreenMat") 
--> true
ne.activate false --Turn off the Event...
--> OK
ne.activate true -- ...and turn it on again 
--> OK
--RENDERING at this point will produce GREEN particles
--The Green material is now assigned directly to the Event by MAXScript,
--without the use of a Material operator!

ne.getStreamDepth() --Check the stream depth at the Event - it incorrectly reports 0
--> 0
ne.updateMaterials false --Force an update of all materials - it claims that they all were ok
--> 0
ne.getStreamDepth() --Check the stream depth at the Event again - now it is correct
--> 1