3D Model Importer

--# Main
--3D Model viewer

State={Ready=1,Loading=2,Error=3}

function setup() 
    parameter.integer("Choose",1,#Models,3)
    parameter.action("Load",ShowModel)
    parameter.integer("Zoom",1,300,50)
    parameter.boolean("AutoRotate",true)
    parameter.integer("X",-180,180,0)
    parameter.integer("Y",-180,180,0)
    parameter.integer("Z",-180,180,0)
    parameter.action("DeleteStoredData",DeleteData)
    parameter.integer("FPS",0,60,60)
    --rotate shuttle in all three directions
    rot=vec3(0,0,0)
    tween( 15, rot, { x = 360 }, { easing = tween.easing.linear, loop = tween.loop.pingpong } )
    tween( 27, rot, { y = 360 }, { easing = tween.easing.linear, loop = tween.loop.pingpong } )
    tween( 35, rot, { z = 360 }, { easing = tween.easing.linear, loop = tween.loop.pingpong } ) 
    --print model list
    output.clear()
    for i=1,#Models do print(i,Models[i].name) end
    state=State.Ready
end

function ShowModel()
    state=State.Loading
    newModel=OBJ(Models[Choose].name,Models[Choose].url)  
end

function DeleteData()
   MM:DeleteData() 
end

function ConfigureModel() 
    MM=newModel
    local m=MM.m
    for i=1,#m do     --add lighting to each mesh
        -- m[i]:setColors(color(255))
        m[i].shader=shader(diffuseShader.vertexShader,diffuseShader.fragmentShader)
        local ca,cd,cs
        if m[i].settings then 
            ca = m[i].settings.Ka or color(255)  
            cd = m[i].settings.Kd or color(255)  
            cs = m[i].settings.Ks or color(255)  
            sp = m[i].settings.Ns or 32
            if m[i].settings.map then m[i].texture=OBJ.imgPrefix..m[i].settings.map end
        else ca,cd=color(255),color(255)
        end
        local a=0.2
        m[i].shader.ambientColor=color(ca.r*a,ca.g*a,ca.b*a,255)
        local d=1
        m[i].shader.directColor=color(cd.r*d,cd.g*d,cd.b*d)
        m[i].shader.directDirection=vec4(-2,1,4,0):normalize()   
        m[i].shader.specularColor=cs     
        m[i].shader.specularPower=32 --sp
        m[i].shader.shine=1
        if m[i].hasNormals~=true then 
            m[i].normals=CalculateNormals(m[i].vertices,0) 
        end
        m[i].shader.reflectx=1
        if m[i].texture then m[i].shader.hasTexture=true else m[i].shader.hasTexture=false end
    end 
    output.clear()
    for i=1,#Models do print(i,Models[i].name) end
    state=State.Ready
end

function draw()
    background(116, 173, 182, 255)
    FPS=FPS*0.9+0.1/DeltaTime
    if state==State.Loading then
        if newModel and newModel.ready then ConfigureModel() end
        return 
    end
    perspective()
    camera(0,0,Zoom,0,0,-Zoom)
    pushMatrix()
    if AutoRotate then
        rotate(rot.x,1,0,0)
        rotate(rot.y,0,1,0)
        rotate(rot.z,0,0,1)
    else
        rotate(X,1,0,0)
        rotate(Y,0,1,0)
        rotate(Z,0,0,1)
    end
    if MM then
        local eye=vec3(0,0,Zoom)           
        MM:draw(eye)
    end
    popMatrix()
    if touchPos then setContext() end
end

function GetColor(n)
    local b=math.fmod(n,256)
    local a=(n-b)/255
    return color(a,b,0)
end

function CalculateNormals(vertices)
    --this assumes flat surfaces, and hard edges between triangles
    local norm = {}
    for i=1, #vertices,3 do --calculate normal for each set of 3 vertices
        local n = ((vertices[i+1] - vertices[i]):cross(vertices[i+2] - vertices[i])):normalize()
        norm[i] = n --then apply it to all 3
        norm[i+1] = n
        norm[i+2] = n
    end
    return norm
end   

function CalculateAverageNormals(vertices,f)
    --average normals at each vertex
    --first get a list of unique vertices, concatenate the x,y,z values as a key
    local norm,unique= {},{}
    for i=1, #vertices do
        unique[vertices[i].x ..vertices[i].y..vertices[i].z]=vec3(0,0,0)
    end
    --calculate normals, add them up for each vertex and keep count
    for i=1, #vertices,3 do --calculate normal for each set of 3 vertices
        local n = (vertices[i+1] - vertices[i]):cross(vertices[i+2] - vertices[i]) 
        for j=0,2 do
            local v=vertices[i+j].x ..vertices[i+j].y..vertices[i+j].z
            unique[v]=unique[v]+n  
        end
    end
    --calculate average for each unique vertex
    for i=1,#unique do
        unique[i] = unique[i]:normalize()
    end
    --now apply averages to list of vertices
    for i=1, #vertices,3 do --calculate average
        local n = (vertices[i+1] - vertices[i]):cross(vertices[i+2] - vertices[i]) 
        for j=0,2 do
            norm[i+j] = unique[vertices[i+j].x ..vertices[i+j].y..vertices[i+j].z]
        end
    end
    return norm 
end      


--# Assets
--Assets
Models={
{name="Shuttle",
url="https://gist.github.com/dermotbalson/7884446/raw/a9766e3e63a7e83ffcb73a3ae68e5beba4d0be96/gistfile1.txt"},
{name="Me262",
url="https://gist.github.com/dermotbalson/7885523/raw/426d21ff34f738d2fc414a751c87db46792a6743/gistfile1.txt"},
{name="F22",url="http://bit.ly/1f333ha"},
{name="Merc",
url="https://gist.github.com/dermotbalson/7886036/raw/bbb6113f463922fbcf703a2e1c47d49c36e9090f/gistfile1.txt"},
{name="Spitfire",
url="https://gist.github.com/dermotbalson/7887492/raw/4ab63bb86028fd01bc535a670d90b0d98f148848/gistfile1.txt"},
{name="VertexPaint",
url="https://gist.github.com/Oliver-D/49460797dbc81b24e33d/raw/58fc3ad2e926875dd220b2ca6a39b786f8b5d8bf/vPaint.ply"}
}
--# OBJ
--OBJ library

OBJ=class()
OBJ.DataPrefix="cfg_"
OBJ.imgPrefix="Documents:z3D"

function OBJ:init(name,url,callback)
    self.name=name
    self.callback=callback
    self.data=readGlobalData(OBJ.DataPrefix..name)
    if self.data then self:ProcessData()
    else http.request(url,function(d) self:DownloadData(d) end) end
end

function OBJ:DownloadData(data)    
    if data~=nil and string.find(data,"[obj]") then
        saveGlobalData(OBJ.DataPrefix..self.name,data)
        self.data=data
        self:ProcessData()
    else print("Error loading data for "..self.name) return end
end

function OBJ:ProcessData()
    self.mtl={}
    self.m={}
    local p, v, tx, t, np, n={},{},{},{},{},{}
    local s=self.data
    local mname
    local section="mtl"
    for line in s:gmatch("[^\r\n]+") do
        line=OBJ.trim(line)
        if string.find(line,"%[obj%]")~=nil then section="obj" mname=nil end                  
        --material definition section
        if section=="mtl" then
            if string.find(line,"newmtl") then 
              mname=OBJ.GetValue(line)
              --print(mname)
              self.mtl[mname]={}
            else
              local code=string.sub(line,1,2)
              if code=="Ka" then --ambient
                  self.mtl[mname].Ka=OBJ.GetColor(line)
                  --print(mname,"Ka",OBJ.mtl[mname].Ka[1],OBJ.mtl[mname].Ka[2],OBJ.mtl[mname].Ka[3])
              elseif code=="Kd" then --diffuse
                  self.mtl[mname].Kd=OBJ.GetColor(line)
                  --print(mname,"Kd",OBJ.mtl[mname].Kd[1],OBJ.mtl[mname].Kd[2],OBJ.mtl[mname].Kd[3])
              elseif code=="Ks" then --specular
                  self.mtl[mname].Ks=OBJ.GetColor(line)
                  --print(mname,"Ks",OBJ.mtl[mname].Ks[1],OBJ.mtl[mname].Ks[2],OBJ.mtl[mname].Ks[3])
              elseif code=="Ns" then --specular exponent
                  self.mtl[mname].Ns=OBJ.GetValue(line)
                  --print(mname,"Ns",OBJ.mtl[mname].Ns)
              elseif code=="ill" then --illumination code
                  self.mtl[mname].illum=OBJ.GetValue(line)
                  --print(mname,"illum",OBJ.mtl[mname].illum)
              elseif code=="ma" then --texture map name
                  local u=OBJ.split(OBJ.GetValue(line)," ")
                  if string.find(u[1],"%.") then
                      self.mtl[mname].map=string.sub(u[1],1,string.find(u[1],"%.")-1)
                  else
                      self.mtl[mname].map=u[1]
                  end
                  self.mtl[mname].path=u[2]
                  --print(mname,line,"\n",OBJ.mtl[mname].map,"\n",OBJ.mtl[mname].path)  
              end
            end
         
        --data section
        elseif section=="obj" then
      
          --read in groups of data into separate meshes
            local code=string.sub(line,1,2)
            --look for material settings, a separate mesh is used for each
            if string.find(line,"usemtl") then
                if mname then
                    local m=mesh()
                    m.vertices=v
                    if #t>0 then m.texCoords=t end
                    if #n>0 then m.normals=n end
                    if self.mtl[mname] then m.settings=self.mtl[mname] end
                    self.m[#self.m+1]=m 
                end
                mname=OBJ.GetValue(line)
                v,t,n={},{},{}
                --print(mname)
            end
            if code=="v " then --point position
              p[#p+1]=OBJ.GetVec3(line)
            elseif code=="vn" then --point normal
              np[#np+1]=OBJ.GetVec3(line)    
            elseif code=="vt" then --texture co-ord
              tx[#tx+1]=OBJ.GetVec2(line)
            elseif code=="f " then --vertex
              local pts,ptex,pnorm=OBJ.GetList(line)
              if #pts==3 then
                for i=1,3 do v[#v+1]=p[tonumber(pts[i])] end
                if ptex then for i=1,3 do t[#t+1]=tx[tonumber(ptex[i])] end end
                if pnorm then for i=1,3 do n[#n+1]=np[tonumber(pnorm[i])] end end
              elseif #pts==4 then
                for i=1,3 do v[#v+1]=p[tonumber(pts[i])] end
                if ptex then for i=1,3 do t[#t+1]=tx[tonumber(ptex[i])] end end
                if pnorm then for i=1,3 do n[#n+1]=np[tonumber(pnorm[i])] end end
                v[#v+1]=p[tonumber(pts[3])]
                if ptex then t[#t+1]=tx[tonumber(ptex[3])] end
                if pnorm then n[#n+1]=np[tonumber(pnorm[3])] end
                v[#v+1]=p[tonumber(pts[4])]
                if ptex then t[#t+1]=tx[tonumber(ptex[4])] end
                if pnorm then n[#n+1]=np[tonumber(pnorm[4])] end
                v[#v+1]=p[tonumber(pts[1])]
                if ptex then t[#t+1]=tx[tonumber(ptex[1])] end
                if pnorm then n[#n+1]=np[tonumber(pnorm[1])] end
              elseif #pts>4 then
                local cx,cy,cz=0,0,0
                local ttx,tty=0,0
                local nx,ny,nz=0,0,0
                for i=1,#pts do
                    local u=p[tonumber(pts[i])] cx,cy,cz=cx+u.x,cy+u.y,cz+u.z
                    if ptex then local u=tx[tonumber(ptex[i])] ttx,tty=ttx+u.x,tty+u.y end
                    --if pnorm then local u=p[tonumber(pnorm[i])] nx,ny,nz=nx+u.x,ny+u.y,nz+u.z end
                end
                local cp=vec3(cx/#pts,cy/#pts,cz/#pts)
                if ptex then ct=vec2(ttx/#pts,tty/#pts) end
                --if pnorm then cn=vec3(nx/#pts,ny/#pts,nz/#pts):normalize() end
                local j
                for i=1,#pts do
                    if i<#pts then j=i+1 else j=1 end
                    v[#v+1]=p[tonumber(pts[i])]
                    if ptex then t[#t+1]=tx[tonumber(ptex[i])] end
                    --if pnorm then n[#n+1]=np[tonumber(pnorm[i])] end
                    v[#v+1]=p[tonumber(pts[j])]
                    if ptex then t[#t+1]=tx[tonumber(ptex[j])] end
                    --if pnorm then n[#n+1]=np[tonumber(pnorm[j])] end
                    v[#v+1]=cp
                    if ptex then t[#t+1]=ct end
                    --if pnorm then n[#n+1]=np[tonumber(cn)] end
                end
              end
            end
        end  
    end
    local m=mesh()
    m.vertices=v
    if #t>0 then m.texCoords=t end
    if #n>0 then m.normals=n end
    m.settings=self.mtl[mname]
    self.m[#self.m+1]=m 
    --download images if not stored locally
    self.MissingImages={}
    for i,O in pairs(self.mtl) do
        if O.map then
            local y=readImage(OBJ.imgPrefix..O.map)
            if not y then self.MissingImages[#self.MissingImages+1]={O.map,O.path} end
        end
    end
    if #self.MissingImages>0 then self:LoadImages() 
    else self.ready=true return end
end

function OBJ:LoadImages()
    --print("downloading"..self.MissingImages[1][1])
    http.request(self.MissingImages[1][2],function(d) self:StoreImage(d) end)
end

function OBJ:StoreImage(d)
    --print("saving"..self.MissingImages[1][1])
    saveImage(OBJ.imgPrefix..self.MissingImages[1][1],d)
    table.remove(self.MissingImages,1)
    if #self.MissingImages==0 then self.ready=true else self:LoadImages() end
end

function OBJ:DeleteData()
    saveGlobalData(OBJ.DataPrefix..self.name,nil)
    for i,O in pairs(self.mtl) do
        if O.map then
            ---print("deleting "..OBJ.imgPrefix..O.map)
            local y=saveImage(OBJ.imgPrefix..O.map,nil)
        end
    end
end

function OBJ.GetColor(s)
  local s1=string.find(s," ")
  local s2=string.find(s," ",s1+1)
  local s3=string.find(s," ",s2+1)
  return color(string.sub(s,s1+1,s2-1)*255,string.sub(s,s2+1,s3-1)*255,string.sub(s,s3+1,string.len(s))*255)
end

function OBJ.GetVec3(s)
  local s1=string.find(s," ")
  local s2=string.find(s," ",s1+1)
  local s3=string.find(s," ",s2+1)
  return vec3(math.floor(string.sub(s,s1+1,s2-1)*100)/100,
    math.floor(string.sub(s,s2+1,s3-1)*100)/100,
    math.floor(string.sub(s,s3+1,string.len(s))*100)/100)
end

function OBJ.GetVec2(s)
  local s1=string.find(s," ")
  local s2=string.find(s," ",s1+1)
  local s3=string.find(s," ",s2+1)
  if s3 then
      return vec3(math.floor(string.sub(s,s1+1,s2-1)*100)/100,
            math.floor(string.sub(s,s2+1,s3-1)*100)/100)
  else
      return vec2(math.floor(string.sub(s,s1+1,s2-1)*100)/100,
            math.floor(string.sub(s,s2+1,string.len(s))*100)/100)
  end
end

function OBJ:draw(e)
    for i=1,#self.m do
        self.m[i].shader.mModel=modelMatrix() --part of lighting
        self.m[i].eyePosition=e
        self.m[i]:draw()
    end
end

function OBJ.GetValue(s)
  return string.sub(s,string.find(s," ")+1,string.len(s))
 end
 
function OBJ.trim(s)
  while string.find(s,"  ") do s = string.gsub(s,"  "," ") end
  return s:match'^()%s*$' and '' or s:match'^%s*(.*%S)'
end

function OBJ.split(s,sep)
  sep=sep or "/"
  local p={}
  local pattern = string.format("([^%s]+)", sep)
  string.gsub(s,pattern, function(c) p[#p+1] = c end)
  return p
end

function OBJ.GetList(s)
   local p,t,n={},{},{}
   --for word in s:gmatch("%w+") do table.insert(p, word) end
   p=OBJ.split(s," ")
   table.remove(p,1)
   for i=1,#p do
      local a=OBJ.split(p[i])
      if #a==1 then
        p[i]=math.abs(a[1])
      elseif #a==2 then
        p[i]=math.abs(a[1])
        t[i]=math.abs(a[2])
      elseif #a==3 then
        p[i]=math.abs(a[1])
        t[i]=math.abs(a[2])
        n[i]=math.abs(a[3])
      end
   end
   return p,t,n
end

--# PLY
-- PLY reader, with support for textures, normals, and vertex painting
-- CREDITS: adapted by Yojimbo2000 from Antonio Ciolino's parser
-- and appended to Ignatz 's .obj reader.
-- INSTALL: This tab must be to the right of OBJ tab. It inherits everything except ProcessData() from the OBJ class
-- USAGE: if using a texture image, you have to manually add it within the header of the .ply file, syntax:
-- comment texture imageName imageURL
-- nb this uses comment so that the syntax doesnt break.
-- If not using a texture the .ply file can be used as is.
-- NOTES: currently only supports triangular faces. If unsure, add a triangulate modifier to your object before export from blender.
-- currently only supports a single object with a single texture.

function ShowModel() --replaces the function in Main
    state=State.Loading
    if string.find(Models[Choose].url, ".ply", -4) then
        newModel=PLY(Models[Choose].name,Models[Choose].url)
    else
        newModel=OBJ(Models[Choose].name,Models[Choose].url)
    end
end

PLY = class(OBJ)

function PLY:ProcessData()
    --PROCESS HEADER
    local elements={}        -- elements of this file
    local endheader = string.find(self.data, "end_header")
    local header = string.sub(self.data, 1, endheader-1)
    local body = string.sub(self.data, endheader+11, 999999)
    local tex = {}
    local hasNormals, hasTexCoords, hasColours  = false, false, false
    local tbl,token,texture,entry,items,vtx
    -- make a table to interpret the header. this is the guide to read the file.
    for token in string.gmatch(header, "[^\r\n]+") do --iterator, longest possible string of anything not a return
        -- pack each string and process
        -- special case find the texture file if it exists
        local i= string.find(token, "comment texture")
        if (i~=nil) then
            texture=string.sub(token, string.find(token, "comment texture")+16, 99)
            tex=split(texture,"%s")
        end
        
        i=string.find(token,"element")
        if (i~=nil) then
            --we have a new element
            tbl = split(token, " ")
            entry= { name=tbl[2], value=tbl[3], properties={}, lines={} }
            table.insert(elements, entry)
        end
        i=string.find(token, "property")
        if (i~=nil) then
            tbl = split(token, " ")
            --indexed = 0
            --[[
            if tbl[2] == "list" then
            -- this data is a lookup list. unused, we are hardcoding our lookups
            --against texcoords and faces.
            -- later we should deal with uchar, list data
            -- indexed = 1
        end
            ]]
            if tbl[3] == "nx" then hasNormals=true
            elseif tbl[3] == "s" then hasTexCoords=true
            elseif tbl[3] == "red" then hasColours=true
            end
            --prop = { property=tbl[table.maxn(tbl)], index=indexed} (me:not sure what this does)
            --table.insert(entry.properties, prop)
        end
    end
    
    --PROCESS BODY
    local newMesh=mesh()
    local points = {}        --each unique point, eventually used to build faces
    local pcolor={}        --colors, texCoords, normals, if defined, per vertex.
    local ptex={}
    local pnorm={}
    
    local vertices={}       --tables that get sent to the mesh
    local colors={}
    local texcoord={}
    local normals={}
    
    -- read through the body string using the header as a guide
    -- all elements have a value
    local lines=split(body, "[\r\n]")
    
    -- lines=GetTable(body, "[^\r\n]+")
    
    local offset=0
    for k,v in pairs(elements) do
        v.lines = {}
        -- get value number of lines and process
        for i=1, v.value do
            table.insert(v.lines, lines[i+offset])
        end
        offset=v.value
        --process verts these are points?
        if v.name=="vertex" then
            
            for lk, lv in pairs(v.lines) do
                local pt = vec3(0,0,0)
                -- items=GetTable(lv, "[^%s]+") --"([-+]?[0-9]*\.?[0-9]+)")
                items=split(lv, "%s") --"([-+]?[0-9]*\.?[0-9]+)")
                
                --for k,v in pairs(items) do  --needss to be aa case stmt later
                pt.x=items[1]
                pt.y=items[2]
                pt.z=items[3]
                table.insert(points, pt)
                local p=3 --place holder
                
                if hasNormals then
                    local no = vec3(0,0,0)
                    no.x = items[4]
                    no.y = items[5]
                    no.z = items[6]
                    table.insert(pnorm, no)
                    p=6
                end
                if hasTexCoords then
                    local tc=vec2(0,0)
                    tc.x = items[1+p]
                    tc.y = items[2+p]
                    table.insert(ptex,tc)
                    p = p + 2
                end
                if hasColours then
                    --colors of the verts go here
                    local r,g,b
                    r = items[1+p]
                    g = items[2+p]
                    b = items[3+p]
                    --  a = items[7]+0
                    table.insert(pcolor, color(r,g,b,255))
                end
                
            end
        end
        
        if v.name=="face" then
            --takes us from points to faces...we pack these into the mesh!
            for lk, lv in pairs(v.lines) do
                --items=GetTable(lv, "[^%s]+")
                items=split(lv, "%s")
                
                vtx =vec3(0,0,0)
                
                for a=2,4 do
                    vtx = items[a]+1
                    table.insert(vertices, points[vtx])
                    if hasNormals then table.insert(normals, pnorm[vtx]) end
                    if hasTexCoords then table.insert(texcoord, ptex[vtx]) end
                    if hasColours then table.insert(colors, pcolor[vtx]) end
                end
                
                --if we have teturecoords, read then here (me: is this a different version of .ply that places texCoords in the face section of the file?)
                --[[
                if (#items > 4) then
                uv=vec2(items[6], items[7])
                table.insert(texcoord, uv)
                uv=vec2(items[8], items[9])
                table.insert(texcoord, uv)
                uv=vec2(items[10], items[11])
                table.insert(texcoord, uv)
            end
                ]]
            end
        end
    end
    
    --print ("final points "..#points)
    -- print ("final verts "..#vertices)
    --  print ("final colors "..#colors)
    -- print ("final texcoord "..#texcoord)
    
    newMesh.vertices=vertices  -- a vec3 of points
    if hasColours then newMesh.colors=colors end
    if hasTexCoords then newMesh.texCoords=texcoord
        -- newMesh:setColors(255,255,255,255)  --IF WE HAVE A TEXTURE, IGNORE COLOR FOR NOW
        newMesh.settings={map=tex[1]} --add name of texture
    end
    if hasNormals then newMesh.normals=normals end
    
    self.m={}
    self.m[1]= newMesh              --
    --download images if not stored locally
    self.MissingImages={}
    -- for i,O in pairs(self.mtl) do
    if #tex>0 then
        local y=readImage(OBJ.imgPrefix..tex[1])
        if not y then self.MissingImages[#self.MissingImages+1]={tex[1],tex[2]} end
    end
    --  end
    if #self.MissingImages>0 then self:LoadImages()
    else self.ready=true return end
    
end

function split(str, pat) --could maybe use the split functions in the obj class
    local t = {}
    local fpat = "(.-)" .. pat
    local last_end = 1
    local s, e, cap = str:find(fpat, 1)
    while s do
        if s ~= 1 or cap ~= "" then
            table.insert(t,cap)
        end
        last_end = e+1
        s, e, cap = str:find(fpat, last_end)
    end
    if last_end <= #str then
        cap = str:sub(last_end)
        table.insert(t, cap)
    end
    return t
end

--# Shader
diffuseShader={
vertexShader=[[

uniform mat4 modelViewProjection;
uniform mat4 mModel;
uniform vec4 directColor;
uniform vec4 directDirection;

attribute vec4 position;
attribute vec4 color;
attribute vec2 texCoord;
attribute vec3 normal;

varying lowp vec4 vColor;
varying highp vec2 vTexCoord;
varying lowp vec4 vPosition;
varying lowp vec4 vNormal;
varying vec4 vDirectDiffuse;

void main()
{
    vColor = color;
    gl_Position = modelViewProjection * position;
    vTexCoord = texCoord;
    vNormal = mModel * vec4( normal, 0.0 );
    vec4 norm = normalize(vNormal);
    vPosition = mModel * position;
    vDirectDiffuse = directColor * max( 0.0, dot( norm, directDirection ));
}

]],

fragmentShader=[[

precision highp float;
uniform vec4 ambientColor;
uniform lowp sampler2D texture;
uniform float reflectx;
uniform bool hasTexture;

uniform vec4 directColor;
uniform float directStrength;
uniform vec4 directDirection;

uniform vec4 eyePosition;
uniform vec4 specularColor;
uniform float specularPower;
uniform float shine;

varying lowp vec4 vColor;
varying highp vec2 vTexCoord;
varying lowp vec4 vPosition;
varying lowp vec4 vNormal;
varying vec4 vDirectDiffuse;

vec4 normalizedNormal = normalize(vNormal);

vec4 GetSpecularColor(vec4 lightPosition, vec4 lightColor, bool IsDirectional)
{
     vec4 lightDirection;
    if (IsDirectional) lightDirection = lightPosition;
    else lightDirection = vec4( normalize( lightPosition - vPosition ));
    vec4 cameraDirection = normalize( eyePosition - vPosition );
    vec4 halfAngle = normalize( cameraDirection + lightDirection );
    vec4 specularColor = min(lightColor + 0.5, 1.0);
    float spec = pow( max( 0.0, dot( normalizedNormal, halfAngle)), specularPower );
    return specularColor * spec * shine;
}

void main()
{
    lowp vec4 ambient=vec4(0.,0.,0.,0.);
    lowp vec4 diffuse=vec4(0.,0.,0.,0.);
    lowp vec4 specular=vec4(0.,0.,0.,0.);
    lowp vec4 pixel;
    if (hasTexture) pixel = texture2D( texture, vTexCoord);
    else pixel = vColor;
    ambient = pixel * ambientColor;

    diffuse = diffuse + pixel * vDirectDiffuse;
    specular=specular + pixel * directStrength * GetSpecularColor(directDirection, specularColor, true);
    vec4 totalColor = clamp( reflectx * (ambient + diffuse + specular),0.,1.);
    totalColor.a=1.;
    gl_FragColor=totalColor;
}
]]
}

vPaint.ply

ply
format ascii 1.0
comment Created by Blender 2.73 (sub 0) - www.blender.org, source file: 'vPaint.blend'
element vertex 2213
property float x
property float y
property float z
property uchar red
property uchar green
property uchar blue
element face 2736
property list uchar uint vertex_indices
end_header
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3 1794 1058 2154
3 1685 817 2155
3 1622 1152 2156
3 1456 1173 2157
3 1662 980 2158
3 1885 2159 2161
3 2125 1054 2162
3 1867 1195 2163
3 1724 1087 2164
3 2003 933 2165
3 1597 1247 2166
3 1868 1102 2167
3 2054 1218 2168
3 1893 1373 2169