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a6770644bb24d2fc66a35fb9db6d70df5d108b1c
gtav-src/tools_ng/wildwest/script/3dsMax/Characters/Rigging/giant/boolMeshes.ms
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x a6770644bb init gta
2025-09-29 00:52:08 +02:00

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-- Load the common maxscript functions
--include "rockstar/export/settings.ms" -- This is SLOW!
filein "rockstar/export/settings.ms" -- This is fast
-- Figure out the project
theProjectRoot = RsConfigGetProjRootDir()
theProject = RSConfigGetProjectName()
theWildWest = RsConfigGetWildWestDir()
theProjectConfig = RsConfigGetProjBinConfigDir()
-- Load common functions
filein (theWildWest + "script/max/Rockstar_North/character/includes/FN_common.ms")
filein (theWildWest + "script/max/Rockstar_North/character/includes/FN_bone_tagger.ms")
filein (theWildWest + "script/max/Rockstar_North/character/includes/FN_Rigging.ms")
filein (theProjectRoot + "tools/dcc/current/max2011/scripts/pipeline/util/xml.ms")
global shouldIskinHands = false
global vIndex = undefined
splitVolObjArray = #( --we do an intersection on first element and subtraction on others
#("splitVol_SKEL_R_Toe0"),
#("splitVol_SKEL_R_Foot","splitVol_SKEL_R_Toe0", "splitVol_SKEL_R_Calf"),
#("splitVol_SKEL_R_Calf", "splitVol_SKEL_R_Thigh"),
#("splitVol_SKEL_R_Thigh","splitVol_SKEL_R_Calf", "splitVol_SKEL_Pelvis", "trimVol_L_ThighBox"),
#("splitVol_SKEL_L_Toe0"),
#("splitVol_SKEL_L_Foot","splitVol_SKEL_L_Toe0", "splitVol_SKEL_L_Calf"),
#("splitVol_SKEL_L_Calf", "splitVol_SKEL_L_Thigh"),
#("splitVol_SKEL_L_Thigh","splitVol_SKEL_L_Calf", "splitVol_SKEL_Pelvis", "trimVol_R_ThighBox"),
#("splitVol_SKEL_Pelvis", "splitVol_SKEL_Spine0", "trimVol_Pelvis_Bot"),
#("splitVol_SKEL_L_Finger02"),
#("splitVol_SKEL_L_Finger01","splitVol_SKEL_L_Finger02"),
#("splitVol_SKEL_L_Finger00","splitVol_SKEL_L_Finger01"),
#("splitVol_SKEL_L_Finger12"),
#("splitVol_SKEL_L_Finger11","splitVol_SKEL_L_Finger12"),
#("splitVol_SKEL_L_Finger10","splitVol_SKEL_L_Finger11"),
#("splitVol_SKEL_L_Finger22"),
#("splitVol_SKEL_L_Finger21","splitVol_SKEL_L_Finger22"),
#("splitVol_SKEL_L_Finger20","splitVol_SKEL_L_Finger21"),
#("splitVol_SKEL_L_Finger32"),
#("splitVol_SKEL_L_Finger31","splitVol_SKEL_L_Finger32"),
#("splitVol_SKEL_L_Finger30","splitVol_SKEL_L_Finger31"),
#("splitVol_SKEL_L_Finger42"),
#("splitVol_SKEL_L_Finger41","splitVol_SKEL_L_Finger42"),
#("splitVol_SKEL_L_Finger40","splitVol_SKEL_L_Finger41"),
#("splitVol_SKEL_L_Hand"),--"splitVol_SKEL_L_Forearm"),
#("splitVol_SKEL_L_Forearm","splitVol_SKEL_L_Hand","splitVol_SKEL_L_UpperArm"),
#("splitVol_SKEL_L_UpperArm","splitVol_SKEL_L_Forearm", "splitVol_SKEL_L_Clavicle", "trimBox_L_Shoulder"),
#("splitVol_SKEL_L_Clavicle","splitVol_SKEL_L_UpperArm", "trimBox_Clavs"),
#("splitVol_SKEL_R_Finger02"),
#("splitVol_SKEL_R_Finger01","splitVol_SKEL_R_Finger02"),
#("splitVol_SKEL_R_Finger00","splitVol_SKEL_R_Finger01"),
#("splitVol_SKEL_R_Finger12"),
#("splitVol_SKEL_R_Finger11","splitVol_SKEL_R_Finger12"),
#("splitVol_SKEL_R_Finger10","splitVol_SKEL_R_Finger11"),
#("splitVol_SKEL_R_Finger22"),
#("splitVol_SKEL_R_Finger21","splitVol_SKEL_R_Finger22"),
#("splitVol_SKEL_R_Finger20","splitVol_SKEL_R_Finger21"),
#("splitVol_SKEL_R_Finger32"),
#("splitVol_SKEL_R_Finger31","splitVol_SKEL_R_Finger32"),
#("splitVol_SKEL_R_Finger30","splitVol_SKEL_R_Finger31"),
#("splitVol_SKEL_R_Finger42"),
#("splitVol_SKEL_R_Finger41","splitVol_SKEL_R_Finger42"),
#("splitVol_SKEL_R_Finger40","splitVol_SKEL_R_Finger41"),
#("splitVol_SKEL_R_Hand"),
#("splitVol_SKEL_R_Forearm","splitVol_SKEL_R_Hand","splitVol_SKEL_R_UpperArm"),
#("splitVol_SKEL_R_UpperArm","splitVol_SKEL_R_Forearm", "splitVol_SKEL_R_Clavicle", "trimBox_R_Shoulder"),
#("splitVol_SKEL_R_Clavicle","splitVol_SKEL_R_UpperArm", "trimBox_Clavs"),
#("splitVol_SKEL_Head"),
#("splitVol_SKEL_Neck_1"),
#("splitVol_SKEL_Spine3","trimVol_R_ArmBox","trimVol_L_ArmBox", "trimBox_L_Shoulder_ForSpine3", "trimBox_R_Shoulder_ForSpine3"),
#("splitVol_SKEL_Spine2","splitVol_SKEL_Spine3"),
#("splitVol_SKEL_Spine1","splitVol_SKEL_Spine2", "splitVol_SKEL_Spine0"),
#("splitVol_SKEL_Spine0", "splitVol_SKEL_Spine1", "splitVol_SKEL_Pelvis")
)
-- splitVolObjArray = #( --we do an intersection on first element and subtraction on others
-- #("splitVol_SKEL_R_Foot","splitVol_SKEL_R_Calf")
-- )
rigBoneListStruct = #()
struct rigBoneStruct (rb_bone, rb_Radius, rb_Length, rb_Trans)
-- global originalMasterMesh = undefined
fn cleanVols = --cleans out all the volume shit
(
obsToDel = #()
for obj in objects do
(
if ((substring obj.name 1 9) == "splitVol_") or ((substring obj.name 1 7) == "trimBox") or ((substring obj.name 1 7) == "trimVol") do
(
appendIfUnique obsToDel obj
)
)
delete obsToDel
)
fn removeIsolatedVerts myMesh =
(
select myMesh
-- modPanel.addModToSelection (Edit_Mesh ()) ui:on
addmodifier myMesh (Edit_Mesh ())
collapsestack myMesh
isoVertArray = meshop.getIsoverts myMesh
meshop.DeleteVerts myMesh isoVertArray
)
fn boolMesh masterObj volArr vIndex =
(
--volObj passedin as an array of volumes. First one used as a intersection boolean and the rest as subtractions
--first off duplicate the masterObject
volO = getNodeByName volArr[1]
newName = ("geo_"+(substring volO.Name 15 30))
maxOps.cloneNodes masterObj cloneType:#copy actualNodeList:&c newNodes:&nnl
obToBool = nnl[1]
obToBool.name = newName
-- --disable the command panel for speed purposes
-- cui.commandPanelOpen = false
cleanVolObj = undefined
for vo = 1 to volArr.count do --we need to loop thru the array of vols and cut the obToBool with them
(
--now duplicate the volObject as this will disappear uring booleaning
-- newName = ("CUTTER_"+(substring volArr[vo] 15 30))
newName = ("CUTTER_"+volArr[vo])
newVolO = getNodeByName volArr[vo]
if newVolO == undefined do
(
print ("FUUUUCK. Couldn't find "+volArr[vo])
)
maxOps.cloneNodes newVolO cloneType:#copy actualNodeList:&c newNodes:&nnl
cutterObj = nnl[1]
cutterObj.name = newName
-- BEFORE WE DO THE INITIAL TRIM HERE, DUPLICATE THE CUTTERoBJ AND ADD A TINY PUSH TO IT
--WE WILL AFTER THE BOOLEAN USE THIS AS A VL SELECT AND DELETE ANY NONE SELECTED VERTS
--THIS IS TO TRY AND RESOLVE THE ODD DIRTY BITS WHICH GET LEFT
-- currS = selection as array
-- currO = getNodeByName currS[1].name
-- cleanVolName = ("geo_"+(substring volO.Name 15 30))
-- maxOps.cloneNodes cutterObj cloneType:#copy actualNodeList:&c newNodes:&nnl
-- cleanVolObj = nnl[1]
-- cleanVolObj.name = cleanVolName
-- select cleanVolObj
-- modPanel.addModToSelection (Push ()) ui:on
-- cleanVolObj.modifiers[#Push].Push_Value = 0.02
-- collapseStack cleanVolObj
-- select currO
if vo == 1 then --do intersection boolean
(
print ("Trimming "+obToBool.name+" with "+cutterObj.name)
cleanVolName = ("geo_"+(substring volO.Name 15 30))
maxOps.cloneNodes cutterObj cloneType:#copy actualNodeList:&c newNodes:&nnl
cleanVolObj = nnl[1]
cleanVolObj.name = cleanVolName
select cleanVolObj
modPanel.addModToSelection (Push ()) ui:on
cleanVolObj.modifiers[#Push].Push_Value = 0.02
-- maxOps.CollapseNodeTo $ 1 off
collapseStack cleanVolObj
boolObj.createBooleanObject obToBool cutterObj 4 5
boolObj.setBoolOp obToBool 2
convertTo obToBool PolyMeshObject
select obToBool
removeIsolatedVerts obToBool
-- modPanel.addModToSelection (Cap_Holes ()) ui:on
-- addmodifier obToBool (Cap_Holes ())
-- obToBool.modifiers[#Cap_Holes].Make_All_New_Edges_Visible = 1
-- convertTo obToBool PolyMeshObject
-- collapseStack obToBool
--
)
else --do a subtraction boolean
(
print ("Trimming "+obToBool.name+" with "+cutterObj.name)
boolObj.createBooleanObject obToBool cutterObj 4 5
boolObj.setBoolOp obToBool 3
convertTo obToBool PolyMeshObject
select obToBool
removeIsolatedVerts obToBool
-- modPanel.addModToSelection (Cap_Holes ()) ui:on
-- addmodifier obToBool (Cap_Holes ())
-- obToBool.modifiers[#Cap_Holes].Make_All_New_Edges_Visible = 1
-- convertTo obToBool PolyMeshObject
-- collapseStack
)
)
--now do a vol select using cleanVolObj and delete non selected verts
select obToBool
modPanel.addModToSelection (Vol__Select ()) ui:on
obToBool.modifiers[#Vol__Select].level = 1
obToBool.modifiers[#Vol__Select].Volume = 3
obToBool.modifiers[#Vol__Select].node = cleanVolObj
modPanel.addModToSelection (Edit_Poly ()) ui:on
obToBool.modifiers[#Vol__Select].invert = on
subobjectLevel = 1
obToBool.modifiers[#Edit_Poly].useStackSelection = on
obToBool.modifiers[#Edit_Poly].ButtonOp #DeleteVertex
collapseStack obToBool
delete cleanVolObj
--now for ease of debugging set the mat id of this object to be the index number of the volume.
faceCnt = obToBool.numFaces
subobjectLevel = 4
for f = 1 to faceCnt do
(
obToBool.EditablePoly.SetSelection #Face #{f}
obToBool.EditablePoly.setMaterialIndex vIndex 1
)
-- --enable the command panel for speed purposes
-- cui.commandPanelOpen = true
)
fn generateMiscVols = --this generates the extra cutters used which arent cylinders such as those used to trim edges of arms and trim opposing thighs
(
for ob = 1 to splitVolObjArray.count do
(
for tr = 1 to splitVolObjArray[ob].count do
(
if splitVolObjArray[ob][tr] == "trimVol_R_ArmBox" then
(
print ("Generating "+splitVolObjArray[ob][tr])
nudger = -0.025
trimmer = Box lengthsegs:10 widthsegs:10 heightsegs:10 length:2 width:1 height:2 mapcoords:on --transform:(matrix3 [1,0,0] [0,0,1] [0,-1,0] [0.49,1.06454,0.862417]) isSelected:on
trimmer.name = splitVolObjArray[ob][tr]
arm = $SKEL_R_UpperArm
aPos = arm.position[1]
bPos = trimmer.position[1]
NPos = (trimmer.width /2)
-- bocks.position.controller.x_position = ( aPos)
neg = undefined
if Apos < 0 do
(
Apos = apos * -1
neg = true
)
if nPos < 0 do
(
nPos = nPos * -1
)
newP = (apos + nPos)
if neg == true then
(
trimmer.position.controller.x_position = ((newP * -1) + nudger)
)
else
(
trimmer.position.controller.x_position = (newP + nudger)
)
)
else
(
if splitVolObjArray[ob][tr] == "trimVol_L_ArmBox" then
(
print ("Generating "+splitVolObjArray[ob][tr])
nudger = 0.025
trimmer = Box lengthsegs:10 widthsegs:10 heightsegs:10 length:2 width:1 height:2 mapcoords:on --transform:(matrix3 [1,0,0] [0,0,1] [0,-1,0] [0.49,1.06454,0.862417]) isSelected:on
trimmer.name = splitVolObjArray[ob][tr]
arm = $SKEL_L_UpperArm
aPos = arm.position[1]
bPos = trimmer.position[1]
NPos = (trimmer.width /2)
-- bocks.position.controller.x_position = ( aPos)
neg = undefined
if Apos < 0 do
(
Apos = apos * -1
neg = true
)
if nPos < 0 do
(
nPos = nPos * -1
)
newP = (apos + nPos)
if neg == true then
(
trimmer.position.controller.x_position = ((newP * -1) + nudger)
)
else
(
trimmer.position.controller.x_position = (newP + nudger)
)
)
else
(
if splitVolObjArray[ob][tr] == "trimVol_L_ThighBox" then
(
print ("Generating "+splitVolObjArray[ob][tr])
nudger = - 0.08
trimmer = Box lengthsegs:10 widthsegs:10 heightsegs:10 length:2 width:1 height:2 mapcoords:on --transform:(matrix3 [1,0,0] [0,0,1] [0,-1,0] [0.49,1.06454,0.862417]) isSelected:on
trimmer.name = splitVolObjArray[ob][tr]
arm = $SKEL_L_Thigh
aPos = arm.position[1]
bPos = trimmer.position[1]
NPos = (trimmer.width /2)
-- bocks.position.controller.x_position = ( aPos)
neg = undefined
if Apos < 0 do
(
Apos = apos * -1
neg = true
)
if nPos < 0 do
(
nPos = nPos * -1
)
newP = (apos + nPos)
if neg == true then
(
-- trimmer.position.controller.x_position = ((newP * -1) + nudger )
in coordsys world trimmer.position.controller.X_Position = (( 0 - (trimmer.width / 2)))
)
else
(
-- trimmer.position.controller.x_position = (newP + (nudger * -1))
in coordsys world trimmer.position.controller.X_Position = (( 0 - (trimmer.width / 2)) * -1)
)
)
else
(
if splitVolObjArray[ob][tr] == "trimVol_R_ThighBox" then
(
print ("Generating "+splitVolObjArray[ob][tr])
-- nudger = 0.08
nudger = 0.12
trimmer = Box lengthsegs:10 widthsegs:10 heightsegs:10 length:2 width:1 height:2 mapcoords:on --transform:(matrix3 [1,0,0] [0,0,1] [0,-1,0] [0.49,1.06454,0.862417]) isSelected:on
trimmer.name = splitVolObjArray[ob][tr]
arm = $SKEL_R_Thigh
aPos = arm.position[1]
bPos = trimmer.position[1]
NPos = (trimmer.width /2)
-- bocks.position.controller.x_position = ( aPos)
neg = undefined
if Apos < 0 do
(
Apos = apos * -1
neg = true
)
if nPos < 0 do
(
nPos = nPos * -1
)
newP = (apos + nPos)
if neg == true then
(
-- trimmer.position.controller.x_position = ((newP * -1) + nudger )
in coordsys world trimmer.position.controller.X_Position = (( 0 - (trimmer.width / 2)))
)
else
(
-- trimmer.position.controller.x_position = (newP + (nudger * -1))
in coordsys world trimmer.position.controller.X_Position = (( 0 - (trimmer.width / 2)) * -1)
)
)
else
(
if splitVolObjArray[ob][tr] == "trimVol_Pelvis_Bot" then
(
trimmer = Box lengthsegs:10 widthsegs:10 heightsegs:10 length:1 width:1 height:0.25 mapcoords:on --transform:(matrix3 [1,0,0] [0,0,1] [0,-1,0] [0.49,1.06454,0.862417]) isSelected:on
trimmer.name = splitVolObjArray[ob][tr]
--we will now position the trimbox at the thigh then offset it down by a percentage fo the thigh length
thighLength = distance $Skel_L_Thigh $Skel_L_Calf
print ("thighLength = "+(thighlength as string))
trimmer.parent = $SKEL_L_Thigh
in coordsys parent trimmer.position = [0,0,0]
trimmer.parent = undefined
trimPos = in coordsys world trimmer.position
--newZ = (trimPos[3]-((thighLength/100) * 30))
newZ = (trimPos[3] - ((thighLength / 100) * 90))
trimPosNew = [trimPos[1], trimPos[2], newZ]
in coordsys world trimmer.position = trimPosNew
)
else
(
if splitVolObjArray[ob][tr] == "trimBox_R_Shoulder" then
(
trimmer = Box lengthsegs:10 widthsegs:10 heightsegs:10 length:1 width:1 height:0.25 mapcoords:on --transform:(matrix3 [1,0,0] [0,0,1] [0,-1,0] [0.49,1.06454,0.862417]) isSelected:on
trimmer.position = $Skel_R_Upperarm.position
trimmer.name = splitVolObjArray[ob][tr]
in coordsys world trimmer.rotation.controller.Y_Rotation = 90
)
else
(
if splitVolObjArray[ob][tr] == "trimBox_L_Shoulder" then
(
trimmer = Box lengthsegs:10 widthsegs:10 heightsegs:10 length:1 width:1 height:0.25 mapcoords:on --transform:(matrix3 [1,0,0] [0,0,1] [0,-1,0] [0.49,1.06454,0.862417]) isSelected:on
trimmer.position = $Skel_R_Upperarm.position
trimmer.name = splitVolObjArray[ob][tr]
in coordsys world trimmer.rotation.controller.Y_Rotation = -90
)
else
(
if splitVolObjArray[ob][tr] == "trimBox_R_Shoulder_ForSpine3" then
(
trimmer = Box lengthsegs:10 widthsegs:10 heightsegs:10 length:1 width:1 height:0.25 mapcoords:on --transform:(matrix3 [1,0,0] [0,0,1] [0,-1,0] [0.49,1.06454,0.862417]) isSelected:on
trimmer.position = $Skel_R_Upperarm.position
trimmer.name = splitVolObjArray[ob][tr]
in coordsys world trimmer.rotation.controller.Y_Rotation = -90
)
else
(
if splitVolObjArray[ob][tr] == "trimBox_L_Shoulder_ForSpine3" then
(
trimmer = Box lengthsegs:10 widthsegs:10 heightsegs:10 length:1 width:1 height:0.25 mapcoords:on --transform:(matrix3 [1,0,0] [0,0,1] [0,-1,0] [0.49,1.06454,0.862417]) isSelected:on
trimmer.position = $Skel_L_Upperarm.position
trimmer.name = splitVolObjArray[ob][tr]
in coordsys world trimmer.rotation.controller.Y_Rotation = 90
)
else
(
if splitVolObjArray[ob][tr] == "trimBox_Clavs" do
(
trimmer = Box lengthsegs:10 widthsegs:10 heightsegs:10 length:1 width:1 height:0.25 mapcoords:on --transform:(matrix3 [1,0,0] [0,0,1] [0,-1,0] [0.49,1.06454,0.862417]) isSelected:on
trimmer.name = splitVolObjArray[ob][tr]
--we will now position the trimbox at the thigh then offset it down by a percentage fo the thigh length
thighLength = distance $Skel_Spine3 $Skel_Neck_1
print ("thighLength = "+(thighlength as string))
trimmer.parent = $SKEL_Spine3
in coordsys parent trimmer.position = [0,0,0]
trimmer.parent = undefined
trimPos = in coordsys world trimmer.position
newZ = (trimPos[3] + ((thighLength / 100) * 30))
trimPosNew = [trimPos[1], trimPos[2], newZ]
in coordsys world trimmer.position = trimPosNew
in coordsys world trimmer.controller.rotation.X_rotation = 180
)
)
)
)
)
)
)
)
)
)
)
)
)
fn createVols =
(
-- splitVolObjArray = #()
rigBoneListStruct = #( --array of all skeleton bones which we want to split mesh for
( rigBoneStruct rb_bone:$SKEL_Pelvis rb_Radius: 0.25 rb_Length:($SKEL_Pelvis.length * 2) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_Spine0 rb_Radius: 0.25 rb_Length:((distance $SKEL_Spine0 $SKEL_Spine1)) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_Spine1 rb_Radius: 0.25 rb_Length:($SKEL_Spine1.length * 1.4) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_Spine2 rb_Radius: 0.22 rb_Length:($SKEL_Spine2.length * 1.4) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_Spine3 rb_Radius: 0.3 rb_Length:($SKEL_Spine3.length * 0.8) rb_Trans:undefined ),
-- ( rigBoneStruct rb_bone:$SKEL_Head rb_Radius: 0.15 rb_Length:($SKEL_Head.length * 2) rb_Trans:(matrix3 [-1,0.000145016,-0.000328264] [-5.81659e-005,-0.96816,-0.250334] [-0.000354256,-0.250334,0.96816] [-0.000112729,0.0139014,1.59917]) ),
( rigBoneStruct rb_bone:$SKEL_Head rb_Radius: 0.19 rb_Length:($SKEL_Head.length * 2) rb_Trans:undefined),
( rigBoneStruct rb_bone:$SKEL_Neck_1 rb_Radius: 0.15 rb_Length:($SKEL_Neck_1.length * 0.45) rb_Trans:undefined),
( rigBoneStruct rb_bone:$SKEL_L_Thigh rb_Radius: 0.18 rb_Length:$SKEL_L_Thigh.length rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Calf rb_Radius: 0.15 rb_Length:$SKEL_L_Calf.length rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Foot rb_Radius: 0.1 rb_Length:($SKEL_L_Foot.length * 1.5) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Toe0 rb_Radius: 0.1 rb_Length:0.25 rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Thigh rb_Radius: 0.18 rb_Length:$SKEL_R_Thigh.length rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Calf rb_Radius: 0.15 rb_Length:$SKEL_R_Calf.length rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Foot rb_Radius: 0.1 rb_Length:($SKEL_R_Foot.length * 1.5) rb_Trans:(matrix3 [0.999233,0.0391547,3.80804e-005] [-0.00134612,0.0333794,0.999442] [0.0391315,-0.998676,0.0334067] [-0.155,0.145386,0.0342977]) ),
( rigBoneStruct rb_bone:$SKEL_R_Toe0 rb_Radius: 0.1 rb_Length:0.25 rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Clavicle rb_Radius: 0.15 rb_Length:$SKEL_L_Clavicle.length rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_UpperArm rb_Radius: 0.1 rb_Length:$SKEL_L_UpperArm.length rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Forearm rb_Radius: 0.1 rb_Length:($SKEL_L_Forearm.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Hand rb_Radius: 0.04 rb_Length:($SKEL_L_Hand.length * 0.9) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Finger00 rb_Radius: 0.018 rb_Length:($SKEL_L_Finger00.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Finger01 rb_Radius: 0.024 rb_Length:($SKEL_L_Finger01.length * 1.15) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Finger02 rb_Radius: 0.013 rb_Length:($SKEL_L_Finger02.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Finger10 rb_Radius: 0.016 rb_Length:($SKEL_L_Finger10.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Finger11 rb_Radius: 0.013 rb_Length:($SKEL_L_Finger11.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Finger12 rb_Radius: 0.013 rb_Length:($SKEL_L_Finger12.length * 1.3) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Finger20 rb_Radius: 0.014 rb_Length:($SKEL_L_Finger20.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Finger21 rb_Radius: 0.013 rb_Length:($SKEL_L_Finger21.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Finger22 rb_Radius: 0.013 rb_Length:($SKEL_L_Finger22.length * 1.3) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Finger30 rb_Radius: 0.014 rb_Length:($SKEL_L_Finger30.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Finger31 rb_Radius: 0.013 rb_Length:($SKEL_L_Finger31.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Finger32 rb_Radius: 0.013 rb_Length:($SKEL_L_Finger32.length * 1.3) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Finger40 rb_Radius: 0.014 rb_Length:($SKEL_L_Finger40.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Finger41 rb_Radius: 0.013 rb_Length:($SKEL_L_Finger41.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_L_Finger42 rb_Radius: 0.013 rb_Length:($SKEL_L_Finger42.length * 1.3) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Clavicle rb_Radius: 0.15 rb_Length:$SKEL_R_Clavicle.length rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_UpperArm rb_Radius: 0.1 rb_Length:$SKEL_R_UpperArm.length rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Forearm rb_Radius: 0.1 rb_Length:($SKEL_R_Forearm.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Hand rb_Radius: 0.04 rb_Length:($SKEL_R_Hand.length * 0.9) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Finger00 rb_Radius: 0.018 rb_Length:($SKEL_R_Finger00.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Finger01 rb_Radius: 0.024 rb_Length:($SKEL_R_Finger01.length * 1.15) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Finger02 rb_Radius: 0.013 rb_Length:($SKEL_R_Finger02.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Finger10 rb_Radius: 0.016 rb_Length:($SKEL_R_Finger10.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Finger11 rb_Radius: 0.013 rb_Length:($SKEL_R_Finger11.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Finger12 rb_Radius: 0.013 rb_Length:($SKEL_R_Finger12.length * 1.3) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Finger20 rb_Radius: 0.014 rb_Length:($SKEL_R_Finger20.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Finger21 rb_Radius: 0.013 rb_Length:($SKEL_R_Finger21.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Finger22 rb_Radius: 0.013 rb_Length:($SKEL_R_Finger22.length * 1.3) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Finger30 rb_Radius: 0.014 rb_Length:($SKEL_R_Finger30.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Finger31 rb_Radius: 0.013 rb_Length:($SKEL_R_Finger31.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Finger32 rb_Radius: 0.013 rb_Length:($SKEL_R_Finger32.length * 1.3) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Finger40 rb_Radius: 0.014 rb_Length:($SKEL_R_Finger40.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Finger41 rb_Radius: 0.013 rb_Length:($SKEL_R_Finger41.length * 1.1) rb_Trans:undefined ),
( rigBoneStruct rb_bone:$SKEL_R_Finger42 rb_Radius: 0.013 rb_Length:($SKEL_R_Finger42.length * 1.3) rb_Trans:undefined )
)
--******************************************************************************************
--NOW CREATE THE VOLUMES FOR DETACHING THE MESH INTO PIECES
--******************************************************************************************
for i = 1 to rigBoneListStruct.count do
(
volTrans = undefined
currentObj = getNodeByName ("splitVol_"+rigBoneListStruct[i].rb_bone.name)
if currentObj != undefined do
(
delete currentObj
)
--we need to make the feet vols as cubes so this is a bit of a hack
if (rigBoneListStruct[i].rb_bone.name == "SKEL_L_Foot") then
(
splitObj = Box lengthsegs:10 widthsegs:10 heightsegs:10 length:0.4 width:0.3 height:0.125 mapcoords:on pos:[0.141602,0.0458236,0] isSelected:on
splitObj.name = ("splitVol_"+rigBoneListStruct[i].rb_bone.name)
splitObj.parent = rigBoneListStruct[i].rb_bone
)
else
(
if (rigBoneListStruct[i].rb_bone.name == "SKEL_R_Foot") then
(
splitObj = Box lengthsegs:10 widthsegs:10 heightsegs:10 length:0.4 width:0.3 height:0.125 mapcoords:on pos:[-0.141602,0.0458236,0] isSelected:on
splitObj.name = ("splitVol_"+rigBoneListStruct[i].rb_bone.name)
splitObj.parent = rigBoneListStruct[i].rb_bone
)
else
(
splitObj = Cylinder smooth:on heightsegs:8 capsegs:4 sides:12 height:rigBoneListStruct[i].rb_Length radius:rigBoneListStruct[i].rb_Radius mapcoords:on pos:[0,0,0] isSelected:on
splitObj.name = ("splitVol_"+rigBoneListStruct[i].rb_bone.name)
splitObj.parent = rigBoneListStruct[i].rb_bone
--******************************************************************************************
--NOW SORT OUT THE ALIGNMENT OF THE VOLUME
--******************************************************************************************
if rigBoneListStruct[i].rb_Trans == undefined then
(
volTrans = rigBoneListStruct[i].rb_bone.transform
splitObj.transform = ( in coordsys parent volTrans)
in coordsys parent rotate splitObj (angleaxis 90 [0,1,0])
if (substring splitObj.name 15 5) == "Spine" do
(
in coordsys world splitObj.rotation = (quat 3.65661e-007 0 -1 6.78003e-007)
)
)
else --this allows us to offset the transforms from the bone.
(
volTrans = rigBoneListStruct[i].rb_Trans
splitObj.transform = ( in coordsys parent volTrans)
)
if splitObj.name == "splitVol_SKEL_Head" do
(
splitObj.position = $RB_Neck_1.position
)
-- append splitVolObjArray splitObj
)
)
)
--hacky little offset for the neck
in coordsys parent $splitVol_SKEL_Neck_1.position.controller.X_position = 0.01
--now we need to make the custom trimmers
generateMiscVols()
)
fn runBooleanProc = --this kicks it all off
(
--first off create the volumes
createVols()
--need to do a segment on all the geo - hands and body
-- disableSceneRedraw()
-- --disable the command panel for speed purposes
-- cui.commandPanelOpen = false
shouldIskinHands = true --flag set to control if we are skinning the hands or segmenting them
obToOperateOn = #( --array of objects which will get segmented etc
$RAWMESH
-- $Uppr_000_U,
-- $Lowr_000_U
)
finalObNames = #( --array of names to rename the ifnal recombined segmented meshes to based off the index of obToOperateOn
"head_000_r"
-- "Uppr_000_U",
-- "Lowr_000_U"
)
for m = 1 to obToOperateon.count do
-- for m = 3 to obToOperateon.count do
(
disableSceneRedraw()
--disable the command panel for speed purposes
cui.commandPanelOpen = false
--we need to teselate the hands so booleans work
if m != 1 do
(
addmodifier obToOperateon[m] (TurboSmooth ())
obToOperateon[m].modifiers[#TurboSmooth].iterations = 2 --trying to put more polies in
collapsestack obToOperateon[m]
)
masterMesh = obToOperateon[m]
("Booleaning a copy of "+masterMesh.name)
for i = 1 to splitVolObjArray.count do
(
vIndex = i
boolMesh masterMesh splitVolObjArray[i] vIndex
)
--ok now we can try and delete
print ("Deleting "+masterMesh.name)
delete masterMesh
--now need to filein the combine function
enableSceneRedraw()
--enable the command panel for speed purposes
cui.commandPanelOpen = true
filein (RsConfigGetWildWestDir() + "script/max/Rockstar_North/character/Rigging_tools/giant/combineGeo.ms")
--now we can rename
--** geo_Pelvis will always be the name of the geo as thats the first piece of segmented geo ***
$geo_Pelvis.name = finalObNames[m]
)
print "trimming complete...."
print "CLEANING VOLS"
cleanVols()
)
runBooleanProc()
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