Model Converter - (Just about anything) -> .ago

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Dar13

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Joined: 12th May 2008

Location: Microsoft VisualStudio 2010 Professional

Posted: 1st Nov 2012 04:59 Edited at: 2nd Nov 2012 01:41

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Hello!

I made this converter quite a while ago, back when Paul Johnston first gave out the basic .ago file format, but I just wanted to make sure that you guys knew it existed(or maybe you all have some other tool that I haven't heard about or something).

It's attached to this post, and all you need to do is make sure you have Python installed(and set-up to be in your PATH environment variable), and drag your 3d object file onto the dar13_modelConverter.py file. The script should take the given 3d object file(compatible file formats found here) and create a new file with the same name as the given file but with the .ago extension.

Hopefully this is of some use, let me know if the AGO file format has changed since then or if the script isn't working.

Setting up Python:
1) Go to http://python.org/download/ and download/install the 2.7.3 version that corresponds to your platform.
2) Make sure that .py and .pyw files are associated with python.exe and pythonw.exe(respectively),located in the directory where you installed Python.
3) All done! A typical commandline would look like this: "python (whereveryouputit)/dar13_modelConverter.py (youroriginalmodel) (optionalnewfilename)"

Note: There was a couple of new errors in the script, here's the updated version:

# -- coding: utf-8 --
import pyassimp
import os,sys
from os import path
from sys import argv
import string

#print argv
input = ""
output = ""
if len(argv) == 1: sys.exit()
elif len(argv) == 2:
	input = argv[1]
	output = input[:input.find(".")] + ".ago"
	print output
else:
	input = argv[1]
	output = argv[2]

fileOut = open(output,'w')
print output

obj = pyassimp.load(input)

fileOut.write("Object\n{\n")
fileOut.write("RightHand{1}\n")
fileOut.write("Position{0,0,0}\n")
fileOut.write("RotationQ{1,0,0,0}\n\n")

#vertices
verts = 0
for i,mesh in enumerate(obj.meshes):
	verts += len(mesh.vertices)

fileOut.write("VertexCount{" + str(verts) + "}\n")
fileOut.write("VertexAttrib\n{\nName{\"position\"}\nType{\"Float\"}\nComponents{3}\nNormalize{\"no\"}\nData\n{\n")

inc = 0
for i,mesh in enumerate(obj.meshes):
	for j in mesh.vertices:
		inc += 1
		d = str(j).strip("[]")
		fileOut.write(d)
		if inc == verts:
			fileOut.write("\n")
		else:
			fileOut.write(",\n")
fileOut.write("}\n}\n\n")

normals = 0
for i,mesh in enumerate(obj.meshes):
	normals += len(mesh.normals)
	
fileOut.write("VertexAttrib\n{\nName{\"normal\"}\nType{\"Float\"}\nComponents{3}\nNormalize{\"no\"}\nData\n{\n")
inc = 0
for i,mesh in enumerate(obj.meshes):
	for j in mesh.normals:
		inc += 1
		d = str(j).strip("[]")
		fileOut.write(d)
		if inc == normals:
			fileOut.write("\n")
		else:
			fileOut.write(",\n")
fileOut.write("}\n}\n\n")

uvs = 0
for i,mesh in enumerate(obj.meshes):
	for j in mesh.texcoords:
		for k in j:
			if str(k) != "None":
				 uvs += 1
				
fileOut.write("VertexAttrib\n{\nName{\"uv\"}\nType{\"Float\"}\nComponents{3}\nNormalize{\"no\"}\nData\n{\n")
inc = 0
write = 0
for i,mesh in enumerate(obj.meshes):
	for j in mesh.texcoords:
		for k in j:
			if str(k) != "None":
				d = str(k).strip("[]")
				fileOut.write(d)
				inc += 1
				if inc == uvs:
					fileOut.write("\n")
				else:
					fileOut.write(",\n")
		
fileOut.write("}\n}\n\n")

indices = 0
for i,mesh in enumerate(obj.meshes):
	for j in mesh.faces:
		indices += len(j.indices)
		
fileOut.write("IndexCount{"+str(indices)+"}\n")
fileOut.write("Indices\n{\n")
inc = 0
for i,mesh in enumerate(obj.meshes):
	for j in mesh.faces:
		inc += 1
		x = int(j.indices[0])
		y = int(j.indices[1])
		z = int(j.indices[2])
		v = [x,y,z]
		d = str(v).strip("[]")
		fileOut.write(d)
		if inc*3 == indices:
			fileOut.write("\n")
		else:
			fileOut.write(",\n")
fileOut.write("}\n\n")

for i,mat in enumerate(obj.materials):
	props = pyassimp.GetMaterialProperties(mat)
	fileOut.write("Texture\n{\n")
	fileOut.write("Stage{"+str(i)+"}\n")
	if '$tex.file' in props:
		texture = props['$tex.file']
		fileOut.write("Filename{\""+texture+"\"}\n")
	else:
		fileOut.write("Filename{\"\"}\n")
		
	fileOut.write("}\n")

fileOut.write("\n")
fileOut.write("}\n")
pyassimp.release(obj)

+ Code Snippet

# -- coding: utf-8 --
import pyassimp
import os,sys
from os import path
from sys import argv
import string

#print argv
input = ""
output = ""
if len(argv) == 1: sys.exit()
elif len(argv) == 2:
	input = argv[1]
	output = input[:input.find(".")] + ".ago"
	print output
else:
	input = argv[1]
	output = argv[2]

fileOut = open(output,'w')
print output

obj = pyassimp.load(input)

fileOut.write("Object\n{\n")
fileOut.write("RightHand{1}\n")
fileOut.write("Position{0,0,0}\n")
fileOut.write("RotationQ{1,0,0,0}\n\n")

#vertices
verts = 0
for i,mesh in enumerate(obj.meshes):
	verts += len(mesh.vertices)

fileOut.write("VertexCount{" + str(verts) + "}\n")
fileOut.write("VertexAttrib\n{\nName{\"position\"}\nType{\"Float\"}\nComponents{3}\nNormalize{\"no\"}\nData\n{\n")

inc = 0
for i,mesh in enumerate(obj.meshes):
	for j in mesh.vertices:
		inc += 1
		d = str(j).strip("[]")
		fileOut.write(d)
		if inc == verts:
			fileOut.write("\n")
		else:
			fileOut.write(",\n")
fileOut.write("}\n}\n\n")


normals = 0
for i,mesh in enumerate(obj.meshes):
	normals += len(mesh.normals)
	
fileOut.write("VertexAttrib\n{\nName{\"normal\"}\nType{\"Float\"}\nComponents{3}\nNormalize{\"no\"}\nData\n{\n")
inc = 0
for i,mesh in enumerate(obj.meshes):
	for j in mesh.normals:
		inc += 1
		d = str(j).strip("[]")
		fileOut.write(d)
		if inc == normals:
			fileOut.write("\n")
		else:
			fileOut.write(",\n")
fileOut.write("}\n}\n\n")

uvs = 0
for i,mesh in enumerate(obj.meshes):
	for j in mesh.texcoords:
		for k in j:
			if str(k) != "None":
				 uvs += 1
				
fileOut.write("VertexAttrib\n{\nName{\"uv\"}\nType{\"Float\"}\nComponents{3}\nNormalize{\"no\"}\nData\n{\n")
inc = 0
write = 0
for i,mesh in enumerate(obj.meshes):
	for j in mesh.texcoords:
		for k in j:
			if str(k) != "None":
				d = str(k).strip("[]")
				fileOut.write(d)
				inc += 1
				if inc == uvs:
					fileOut.write("\n")
				else:
					fileOut.write(",\n")
		
fileOut.write("}\n}\n\n")

indices = 0
for i,mesh in enumerate(obj.meshes):
	for j in mesh.faces:
		indices += len(j.indices)
		
fileOut.write("IndexCount{"+str(indices)+"}\n")
fileOut.write("Indices\n{\n")
inc = 0
for i,mesh in enumerate(obj.meshes):
	for j in mesh.faces:
		inc += 1
		x = int(j.indices[0])
		y = int(j.indices[1])
		z = int(j.indices[2])
		v = [x,y,z]
		d = str(v).strip("[]")
		fileOut.write(d)
		if inc*3 == indices:
			fileOut.write("\n")
		else:
			fileOut.write(",\n")
fileOut.write("}\n\n")

for i,mat in enumerate(obj.materials):
	props = pyassimp.GetMaterialProperties(mat)
	fileOut.write("Texture\n{\n")
	fileOut.write("Stage{"+str(i)+"}\n")
	if '$tex.file' in props:
		texture = props['$tex.file']
		fileOut.write("Filename{\""+texture+"\"}\n")
	else:
		fileOut.write("Filename{\"\"}\n")
		
	fileOut.write("}\n")

fileOut.write("\n")
fileOut.write("}\n")
pyassimp.release(obj)

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MrValentine

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Playing: FFVII

Posted: 1st Nov 2012 06:16

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I have never touched Python, so maybe start there?

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Jimmanator

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Posted: 1st Nov 2012 08:00

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I seen this and thought that it would be cool but I have not used python before and cannot fix the "assimp library not found" error.

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Dar13

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Location: Microsoft VisualStudio 2010 Professional

Posted: 2nd Nov 2012 01:40

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I edited the first post to have some extra instructions for those who don't have Python installed.

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MrValentine

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Posted: 2nd Nov 2012 02:34

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Quote: "I edited the first post to have some extra instructions for those who don't have Python installed."

Good man!

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Jimmanator

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Posted: 3rd Nov 2012 06:04

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I got it working but all of the models that I have tried the polygons where in side out.
also if I opened up the ago file the texture filename was not complete(it was missing the first few letters of the filename).

Great and very useful script.

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Dar13

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Location: Microsoft VisualStudio 2010 Professional

Posted: 3rd Nov 2012 07:25

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Quote: "I got it working but all of the models that I have tried the polygons where in side out."

Hmm...that's weird. Try changing the ago file where it says "RightHand{ 1 }" to "RightHand{0}", and let me know if your faces are still inverted.

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Jimmanator

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Posted: 5th Nov 2012 03:42 Edited at: 5th Nov 2012 03:48

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I found the problem:
it appears that the indices rows are backwards, in the file they look like this

+ Code Snippet

2,1,0,
5,4,3,
8,7,6,
11,10,9,

when they should look like this

+ Code Snippet

0,1,2,
3,4,5,
6,7,8,
9,10,11,

Edit:
Fixed the problem by changing:

+ Code Snippet

fileOut.write("IndexCount{"+str(indices)+"}\n")
fileOut.write("Indices\n{\n")
inc = 0
for i,mesh in enumerate(obj.meshes):
	for j in mesh.faces:
		inc += 1
		x = int(j.indices[0])
		y = int(j.indices[1])
		z = int(j.indices[2])
		v = [x,y,z]
		d = str(v).strip("[]")
		fileOut.write(d)
		if inc*3 == indices:
			fileOut.write("\n")
		else:
			fileOut.write(",\n")
fileOut.write("}\n\n")

in the script to:

+ Code Snippet

fileOut.write("IndexCount{"+str(indices)+"}\n")
fileOut.write("Indices\n{\n")
inc = 0
for i,mesh in enumerate(obj.meshes):
	for j in mesh.faces:
		inc += 1
		x = int(j.indices[2])
		y = int(j.indices[1])
		z = int(j.indices[0])
		v = [x,y,z]
		d = str(v).strip("[]")
		fileOut.write(d)
		if inc*3 == indices:
			fileOut.write("\n")
		else:
			fileOut.write(",\n")
fileOut.write("}\n\n")

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Dar13

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Posted: 8th Nov 2012 01:42

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Thanks Jimmanator, haven't really had time to look at the problem recently. That fix should work.

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AppGameKit Classic Chat / Model Converter - (Just about anything) -&gt; .ago

AppGameKit Classic Chat / Model Converter - (Just about anything) -> .ago