-
Notifications
You must be signed in to change notification settings - Fork 3
Commit
This commit does not belong to any branch on this repository, and may belong to a fork outside of the repository.
- Loading branch information
Showing
1 changed file
with
227 additions
and
0 deletions.
There are no files selected for viewing
This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. To review, open the file in an editor that reveals hidden Unicode characters.
Learn more about bidirectional Unicode characters
| Original file line number | Diff line number | Diff line change |
|---|---|---|
| @@ -0,0 +1,227 @@ | ||
| import bpy | ||
| import re | ||
| import os | ||
| import math | ||
|
|
||
| FMT = ".2f" | ||
|
|
||
| basetexture = "$basetexture [texture]" | ||
| bumpmap = "$bumpmap [texture]" | ||
| color2 = "$color2 [RGB field]" | ||
|
|
||
| envmap = "$envmap [boolean]" | ||
| envmaptint = "$envmaptint [RGB field]" | ||
| envmapfresnel = "$envmapfresnel [value]" | ||
|
|
||
| phong = "$phong [bool]" | ||
| phongboost = "$phongboost [value]" | ||
| phongexponent = "$phongexponent [value]" | ||
| phongfresnelranges = "$phongfresnelranges [value field]" | ||
| phongtint = "$phongtint [RGB field]" | ||
| rimlight = "$rimlight [bool]" | ||
| rimlightboost = "$rimlightboost [value]" | ||
|
|
||
| selfillum = "$selfillum [bool]" | ||
|
|
||
| class VLG_VMT : | ||
| def __init__(self) : | ||
| self.basetexture = None | ||
| self.bumpmap = None | ||
| self.color2 = None | ||
|
|
||
| self.envmap = None | ||
| self.envmaptint = None | ||
| self.envmapfresnel = None | ||
|
|
||
| self.phong = None | ||
| self.phongboost = None | ||
| self.phongexponent = None | ||
| self.phongfresnelranges = None | ||
| self.phongtint = None | ||
| self.rimlight = None | ||
| self.rimlightboost = None | ||
|
|
||
| self.selfillum = None | ||
|
|
||
| def find(mat, auto = 0) : | ||
| if not(mat.use_nodes) : | ||
| print(mat.name + " SKIPPED : Not Nodes") | ||
| return None | ||
| nodes = mat.node_tree.nodes | ||
| material_output = None | ||
| for node in nodes: | ||
| if (node.type == "OUTPUT_MATERIAL") and (node.is_active_output): | ||
| material_output = node | ||
| break | ||
| node = material_output | ||
| while (node) and ((node.__class__.__name__ != "ShaderNodeGroup") or (node.node_tree.name != "VertexLitGeneric")) : | ||
| print (node) | ||
| node = node_CrawlUp(node) | ||
| if not (node) : | ||
| if (auto) : | ||
| print(mat.name + " SKIPPED : No BVLG found in NodeTree") | ||
| else: | ||
| print("ERROR : No BVLG found in NodeTree") | ||
| return None | ||
| return node | ||
|
|
||
| def load(self, BVLG, cdmaterials = "") : | ||
| self.basetexture = node_GetImg(node_CrawlUp(BVLG, basetexture)) | ||
| if (self.basetexture) : | ||
| self.basetexture = ' $basetexture "' + cdmaterials + self.basetexture + '"' | ||
| self.color2 = node_GetField(BVLG.inputs[color2]) | ||
| if (self.color2) : | ||
| self.color2 = ' $color2 ' + self.color2 | ||
|
|
||
| self.envmap = node_GetField(BVLG.inputs[envmap]) | ||
| if (self.envmap != 0) : | ||
| self.envmap = ' $envmap env_cubemap' | ||
| self.envmaptint = node_GetField(BVLG.inputs[envmaptint]) | ||
| if (self.envmaptint) : | ||
| self.envmaptint = ' $envmaptint ' + self.envmaptint | ||
| self.envmapfresnel = node_GetField(BVLG.inputs[envmapfresnel]) | ||
| if (self.envmapfresnel) : | ||
| self.envmapfresnel = ' $envmapfresnel ' + format(self.envmapfresnel, FMT) | ||
|
|
||
| self.phong = node_GetField(BVLG.inputs[phong]) | ||
| if (self.phong != 0) : | ||
| self.phong = ' $phong 1' | ||
| self.phongboost = node_GetField(BVLG.inputs[phongboost]) | ||
| self.phongboost = ' $phongboost ' + format(self.phongboost, FMT) | ||
| self.phongexponent = node_CrawlUp(BVLG, phongexponent) | ||
| if (self.phongexponent) and (self.phongexponent.__class__.__name__ == "ShaderNodeGroup") and (self.phongexponent.node_tree.name == "$phongexponenttexture splitter") : | ||
| self.phongexponent = ' $phongexponenttexture "' + cdmaterials + str(node_GetImg(node_CrawlUp(self.phongexponent, 0))) + '"' | ||
| self.phongtint = node_CrawlUp(BVLG, phongtint) | ||
| if (self.phongtint) and (self.phongtint.__class__.__name__ == "ShaderNodeGroup") and (self.phongtint.node_tree.name == "$phongalbedotint") : | ||
| self.phongtint = ' $phongalbedotint 1' | ||
| else : | ||
| self.phongexponent = node_GetField(BVLG.inputs[phongexponent]) | ||
| self.phongexponent = ' $phongexponent ' + format(self.phongexponent, FMT) | ||
| self.phongfresnelranges = node_GetField(BVLG.inputs[phongfresnelranges]) | ||
| if (self.phongfresnelranges) : | ||
| self.phongfresnelranges = ' $phongfresnelranges ' + self.phongfresnelranges | ||
| if not(self.phongtint) : | ||
| self.phongtint = node_GetField(BVLG.inputs[phongtint]) | ||
| if (self.phongtint) : | ||
| self.phongtint = ' $phongtint ' + self.phongtint | ||
| self.rimlight = node_GetField(BVLG.inputs[rimlight]) | ||
| if (self.rimlight != 0) : | ||
| self.rimlight = ' $rimlight 1' | ||
| self.rimlightboost = node_GetField(BVLG.inputs[rimlightboost]) | ||
| self.rimlightboost = ' $rimlightboost ' + format(self.rimlightboost, FMT) | ||
|
|
||
| self.selfillum = node_GetField(BVLG.inputs[selfillum]) | ||
| if (self.selfillum != 0) : | ||
| self.selfillum = ' $selfillum 1' | ||
|
|
||
| self.bumpmap = node_GetImg(node_CrawlUp(BVLG, bumpmap)) | ||
| if (self.bumpmap) : | ||
| self.bumpmap = ' $bumpmap "'+ cdmaterials + self.bumpmap + '"' | ||
| elif (self.phong) : | ||
| self.bumpmap = ' $bumpmap "dev/bump_normal"' | ||
|
|
||
| def write(self, file) : | ||
| file.write("VertexLitGeneric\n{\n") | ||
| if self.basetexture : | ||
| file.write(self.basetexture + "\n") | ||
| if self.color2 : | ||
| file.write(self.color2 + "\n") | ||
| if self.bumpmap : | ||
| file.write(self.bumpmap + "\n") | ||
| file.write("\n") | ||
|
|
||
| if self.envmap : | ||
| file.write(self.envmap + "\n") | ||
| file.write(self.envmaptint + "\n") | ||
| if self.envmapfresnel : | ||
| file.write(self.envmapfresnel + "\n") | ||
| file.write("\n") | ||
|
|
||
| if self.phong : | ||
| file.write(self.phong + "\n") | ||
| file.write(self.phongboost + "\n") | ||
| file.write(self.phongexponent + "\n") | ||
| file.write(self.phongfresnelranges + "\n") | ||
| if self.phongtint : | ||
| file.write(self.phongtint + "\n") | ||
| if (self.rimlight) : | ||
| file.write(self.rimlight + "\n") | ||
| file.write(self.rimlightboost + "\n") | ||
| file.write("\n") | ||
|
|
||
| if self.selfillum : | ||
| file.write(self.selfillum + "\n") | ||
| file.write("}") | ||
|
|
||
|
|
||
| def node_GetImg(node) : | ||
| if not(node) or (node.__class__.__name__ != "ShaderNodeTexImage") : | ||
| return None | ||
| if not(node.image) : | ||
| return None | ||
| name = re.sub('\....$', '', node.image.name) | ||
| return name | ||
|
|
||
| def node_GetField(socket) : | ||
| if (socket.__class__.__name__ == "NodeSocketColor") : | ||
| if (socket.default_value[0] == 1 and socket.default_value[1] == 1 and socket.default_value[2] == 1) : | ||
| return None | ||
| return ('"[ ' + format(socket.default_value[0], FMT) + " " + format(socket.default_value[1], FMT) + " " + format(socket.default_value[2], FMT) + ' ]"') | ||
| elif (socket.__class__.__name__ == "NodeSocketVector") : | ||
| return ('"[ ' + format(socket.default_value[0], FMT) + " " + format(socket.default_value[1], FMT) + " " + format(socket.default_value[2], FMT) + ' ]"') | ||
| elif (socket.__class__.__name__ == "NodeSocketFloat") : | ||
| return socket.default_value | ||
| return None | ||
|
|
||
| def node_CrawlUp(node_start, index = 0) : | ||
| socket = node_start.inputs[index] | ||
| type = socket.type | ||
| if not(socket.is_linked) : | ||
| return None | ||
| link = socket.links[0] | ||
| socket = link.from_socket | ||
| if (type != socket.type) : #consider mismatched routes as invalid | ||
| return None | ||
| if (socket.node.__class__.__name__ == "NodeReroute") : #recursively crawl up reroutes | ||
| return (node_CrawlUp(socket.node, 0)) | ||
| return socket.node | ||
|
|
||
| def VMTgen(mat, cdmaterials, folder = "export", mode = "name") : | ||
| if (mode == "name") : | ||
| mat = bpy.data.materials[mat] | ||
| elif (mode != "data") : | ||
| print ("ERROR invalid arguments") | ||
| return | ||
| if (cdmaterials[-1] != '/') : | ||
| cdmaterials += '/' | ||
| node = VLG_VMT.find(mat, mode == "data") | ||
| if (node) : | ||
|
|
||
| BVLG = node | ||
| print(node) | ||
| VMT = VLG_VMT() | ||
| VMT.load(BVLG, cdmaterials) | ||
|
|
||
| path = os.path.join(bpy.path.abspath("//"), folder) | ||
| if not(os.path.exists(path)) : | ||
| os.makedirs(path) | ||
| path += "/" + mat.name + ".vmt" | ||
| print(path) | ||
| print(mat.name + ".vmt") | ||
|
|
||
| file = open(path, "a+") | ||
| file.truncate(0) | ||
|
|
||
| VMT.write(file) | ||
| file.seek(0) | ||
| print("\ngenerated output:") | ||
| print(file.read()) | ||
| file.close | ||
|
|
||
| def AutoVMTgen(cdmaterials, folder = "export") : | ||
| for mat in bpy.data.materials : | ||
| VMTgen(mat, cdmaterials, folder, "data") | ||
|
|
||
| if __name__ == "__main__" : | ||
| #print("\n\nnew run:\n") | ||
| AutoVMTgen("cdmaterials") |