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- <roblox xmlns:xmime="http://www.w3.org/2005/05/xmlmime" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:noNamespaceSchemaLocation="http://www.roblox.com/roblox.xsd" version="4">
- <External>null</External>
- <External>nil</External>
- <Item class="Script" referent="RBX7426F092FF6348558E4D63BBEBF4F321">
- <Properties>
- <bool name="Disabled">false</bool>
- <Content name="LinkedSource"><null></null></Content>
- <string name="Name">Obj2Mesh</string>
- <ProtectedString name="Source"><![CDATA[
- --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
- -- CONFIG:
- local autoCenter = true -- Should we auto-center the mesh automatically?
- local scale = 1 -- The export scale for the mesh.
- --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
- local objLib = require(script:WaitForChild("ObjLib"))
- local file = require(script:WaitForChild("File"))
- local function avg(dump)
- local a = 0
- for _,v in pairs(dump) do
- a = a + v
- end
- a = a / #dump
- return a
- end
- local function calculateCentroid(obj,group)
- local x,y,z = {},{},{}
- for _,face in pairs(obj.Faces) do
- if not group or face.Group == group then
- for _,coord in pairs(face.Coords) do
- local vert = obj.Verts[coord.Vert]
- table.insert(x,vert.X)
- table.insert(y,vert.Y)
- table.insert(z,vert.Z)
- end
- end
- end
- return Vector3.new(avg(x),avg(y),avg(z))
- end
- local h = Instance.new("Hint",workspace)
- h.Text = "Reading Obj File..."
- local obj = objLib:ReadObjFile(file,scale)
- local center = autoCenter and calculateCentroid(obj) or Vector3.new()
- local data = "version 1.00\n"..#obj.Faces.."\n"
- local block = "[%s][%s][%s]"
- for count,face in pairs(obj.Faces) do
- for _,coord in pairs(face.Coords) do
- local vert = tostring(obj.Verts[coord.Vert] - center)
- local norm = tostring(obj.Norms[coord.Norm])
- local tex = tostring(obj.Texs[coord.Tex])
- data = data .. block:format(vert,norm,tex)
- end
- if count % 200 == 0 then
- h.Text = "Writing Faces ("..count.."/"..#obj.Faces..")"
- wait()
- end
- end
- h.Text = "Printing to Output..."
- print(data)
- local export do
- if workspace:findFirstChild("Export") and workspace.Export:IsA("StringValue") then
- export = workspace.Export
- else
- export = Instance.new("StringValue",workspace)
- export.Name = "Export"
- end
- end
- export.Value = data
- h:Destroy()]]></ProtectedString>
- </Properties>
- <Item class="ModuleScript" referent="RBX292A9D0E5C274697A20D0E66769F1E27">
- <Properties>
- <Content name="LinkedSource"><null></null></Content>
- <string name="Name">File</string>
- <ProtectedString name="Source"><![CDATA[return [[
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- usemtl Handle1Mtl
- f 1/1/1 2/2/2 3/3/3
- f 3/3/3 4/4/4 1/1/1
- f 5/5/5 1/1/1 4/4/4
- f 4/4/4 6/6/6 5/5/5
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- f 22/22/22 21/21/21 23/23/23
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- f 27/27/27 28/28/28 26/26/26
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- f 29/29/29 30/30/30 31/31/31
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- f 33/33/33 29/29/29 32/32/32
- f 32/32/32 34/34/34 33/33/33
- f 35/35/35 33/33/33 34/34/34
- f 34/34/34 36/36/36 35/35/35
- f 37/37/37 38/38/38 35/35/35
- f 35/35/35 36/36/36 37/37/37
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- </Properties>
- </Item>
- <Item class="ModuleScript" referent="RBXED017F99F34E46E297A5D2EE3CACB640">
- <Properties>
- <Content name="LinkedSource"><null></null></Content>
- <string name="Name">ObjLib</string>
- <ProtectedString name="Source"><![CDATA[------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
- -- @CloneTrooper1019, 2014
- -- OBJ/MTL reader library for Lua 5.1
- -- Originally written for my Rbx2Source tool
- ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
- local LIB = {}
- local function readTags(file)
- local tags = {}
- for line in file:gmatch("[^\r\n]+") do
- if #line > 0 then
- local block = { Items = {} }
- for split in line:gmatch("([^ ]+)") do
- if not block.Tag then
- block.Tag = split
- else
- table.insert(block.Items,tonumber(split) or split)
- end
- end
- table.insert(tags,block)
- end
- end
- return tags
- end
- function LIB:ReadObjFile(objFile,scale,origin)
- local origin = origin or Vector3.new()
- local scale = scale or 1
- local obj = {
- Verts = {};
- Norms = {};
- Texs = {};
- Faces = {};
- }
- local currentMtl = "";
- local currentGroup = "root";
- local tags = readTags(objFile)
- for _,v in pairs(tags) do
- local tag = v.Tag
- local info = v.Items
- if tag == "usemtl" then -- Current Material in use
- currentMtl = info[1]
- elseif tag == "g" then
- local group = info[1]
- currentGroup = info[1]
- elseif tag == "v" then -- A new Vert
- local vec = Vector3.new(unpack(info))
- vec = (vec - origin) * scale
- table.insert(obj.Verts,vec)
- elseif tag == "vn" then -- A new Normal
- local vec = Vector3.new(unpack(info))
- table.insert(obj.Norms,vec)
- elseif tag == "vt" then -- A new Texture Coordinate
- local vec = Vector3.new(unpack(info),0)
- table.insert(obj.Texs,vec)
- elseif tag == "f" then -- A face for the mesh
- local face = {
- Material = currentMtl;
- Group = currentGroup;
- Coords = {};
- }
- for _,pair in pairs(info) do
- local triangle = {}
- local v,t,n
- -- The face definition format has a weird pattern format. Can't really explain this.
- -- (%S+) is used to match an individual number using the Lua String Pattern algorithm stuff.
- if type(pair) == "number" then
- v = tonumber(pair)
- elseif string.find(pair,"//") then
- v,n = string.match(pair,"(%S+)//(%S+)")
- else
- v,t,n = string.match(pair,"(%S+)/(%S+)/(%S+)")
- if not v or not t or not n then
- v,t = string.match(pair,"(%S+)/(%S+)")
- end
- end
- triangle.Vert = tonumber(v)
- triangle.Tex = tonumber(t)
- triangle.Norm = tonumber(n)
- table.insert(face.Coords,triangle)
- end
- table.insert(obj.Faces,face)
- end
- end
- return obj
- end
- function LIB:ReadMtlFile(mtlFile)
- local mtl = {}
- local tags = readTags(mtlFile)
- local currentMtl = ""
- local dump
- for _,v in pairs(tags) do
- local tag = v.Tag
- local info = v.Items
- if tag == "newmtl" then -- A new material
- if dump then
- table.insert(mtl,dump);
- end
- dump = {};
- dump.Material = info[1];
- elseif tag == "map_d" then -- A texture map for the mesh
- dump.HashTex = info[1];
- end
- end
- if dump then
- table.insert(mtl,dump)
- end
- return mtl;
- end
- return LIB
- ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------]]></ProtectedString>
- </Properties>
- </Item>
- </Item>
- </roblox>
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