Module igeCore.devtool
indi game engine offline develop tools
convert 3d assets convert images to platform dipend format make ige package upload package to devserver
Expand source code
"""
indi game engine offline develop tools
convert 3d assets
convert images to platform dipend format
make ige package
upload package to devserver
"""
import py_compile
import shutil
import glob
import os.path
import igeCore as core
from igeCore import apputil
from igeCore.devtool._igeTools import *
from igeCore import apputil
from igeCore.apputil import launch_server
import hashlib
import tokenize
def isHiddenFolder(path):
if path.find('/.') != -1 or path.find('\\.') != -1 :
return True
return False
def findFiles(path, exts = ['.*']):
list = []
for root, dirs, files in os.walk(path):
if isHiddenFolder(root): continue
for fname in files:
name, ext = os.path.splitext(fname)
for e in exts:
if e == '.*' or e == ext:
list.append(os.path.join(root, fname))
break
return list
def findImageFiles(path):
list = []
for root, dirs, files in os.walk(path):
if isHiddenFolder(root): continue
for fname in files:
name, ext = os.path.splitext(fname)
extl = ext.lower()
if extl == '.png' or extl == '.dds' or extl == '.tga' or extl == '.psd' or extl == '.jpg':
list.append(os.path.join(root, fname))
return list
def find3DSceneFiles(path):
dict = {}
for root, dirs, files in os.walk(path):
if root.find('\.') != -1: continue
folder = os.path.basename(root)
folderRule = False
for f in files:
name, ext = os.path.splitext(f)
if name == folder:
folderRule = True
baseFile = f
break
if folderRule:
daes = [os.path.join(root, baseFile)]
for f2 in files:
f2_name, f2_ext = os.path.splitext(f2)
if (f2_ext.lower() == '.dae' or f2_ext.lower() == '.fbx') and f2_name != folder:
daes.append(os.path.join(root, f2))
dict[folder] = daes
else:
for f2 in files:
f2_name, f2_ext = os.path.splitext(f2)
if f2_ext.lower() == '.dae' or f2_ext.lower() == '.fbx':
dict[f2_name] = [os.path.join(root, f2)]
return dict
def createDirectoryTree(filelist, root):
imageDirectory = dict()
for img in filelist:
while True:
img, file = os.path.split(img)
if img not in imageDirectory:
imageDirectory[img] = {file: 0};
elif file not in imageDirectory[img]:
imageDirectory[img][file] = 0
if img == root: break
return imageDirectory
def findFileFromDiorectoryTree(imageDirectory, file, dir):
files = imageDirectory.get(dir)
if files is None: return None
if file in files:
return os.path.join(dir, file)
for d in files:
_, ext = os.path.splitext(d)
if ext == '':
rv = findFileFromDiorectoryTree(imageDirectory, file, os.path.join(dir, d))
if rv: return rv
return None
def removeRoot(path, root):
newpath = path.replace(root, '', 1)
if len(newpath) >0:
if newpath[0] == '/' or newpath[0] == '\\':
newpath = newpath[1:]
else:
newpath = ""
return newpath
def replaceExt(file, ext):
name, extold = os.path.splitext(file)
return name + ext
def readAndCalcHash(srcfile, dstfile, hashfile):
hashcode = '00000000000000000000000000000000'
newhash = 'ffffffffffffffffffffffffffffffff'
if os.path.exists(dstfile):
try:
with open(hashfile, 'r') as f:
hashcode = f.read()
except : None
with open(srcfile, 'rb') as f:
fileDataBinary = f.read()
if len(fileDataBinary) != 0:
hash = hashlib.md5()
hash.update(fileDataBinary)
newhash = hash.hexdigest()
return hashcode,newhash
def saveHash(hashfile, newhash):
if newhash != 'ffffffffffffffffffffffffffffffff':
apputil.makeDirectories(hashfile)
with open(hashfile, 'w') as f:
f.write(newhash)
def readFigureConf(path):
mode = 0
label = ''
keyvalue = {}
with open(path, 'rb') as f:
for token in tokenize.tokenize(f.readline):
if token.type is tokenize.ENDMARKER:
break
elif token.type is tokenize.NAME:
if mode == 0:
label = token.string
else:
keyvalue[label] = token.string
mode = 0
elif token.type is tokenize.OP:
mode = 1
elif token.type is tokenize.NUMBER:
if mode == 1:
try:
keyvalue[label] = int(token.string)
except ValueError:
keyvalue[label] = float(token.string)
mode = 0
return keyvalue
def createFigureConfTree(path, unit=1.0):
path = os.path.abspath(path)
filelist = []
for root, dirs, files in os.walk(path):
if root.find('\.') != -1: continue
for fname in files:
if fname == 'figure.conf':
filelist.append(os.path.join(root, fname))
figureConfTree = dict()
for filepath in filelist:
conf = readFigureConf(filepath)
dir, file = os.path.split(filepath)
figureConfTree[dir] = conf
for dir, val in figureConfTree.items():
while True:
dir, _ = os.path.split(dir)
if dir == os.path.abspath('.').split(os.path.sep)[0]+os.path.sep:
break
parent = figureConfTree.get(dir)
if parent is not None:
for parentkey, parentval in parent.items():
if val.get(parentkey) is None:
val[parentkey] = parentval
if len(figureConfTree) == 0:
figureConfTree[path] = {}
for conf in figureConfTree.values():
if conf.get('BASE_SCALE') is None:
conf['BASE_SCALE'] = unit
#if conf.get('OPTIMIZE_MESH') is None:
# conf['OPTIMIZE_MESH'] = True
return figureConfTree
def findFigureConf(dir: str, tree: dict):
dir = os.path.abspath(dir)
while True:
dir, _ = os.path.split(dir)
if dir == os.path.abspath('.').split(os.path.sep)[0]+os.path.sep:
break
conf = tree.get(dir)
if conf is not None:
return conf
return dict()
def load3DScene(tmpfig, files, conf):
loadModel(files[0], tmpfig, conf)
for i in range(1, len(files)):
loadAnimation(files[i], tmpfig, conf)
def replaceTexturePath(tmpfig, imageDirectory, startPath, endPath, allTextures, subFolder):
texs = tmpfig.getTextureSource()
for tex in texs:
filename = os.path.basename(tex['path'])
current = startPath
inputimage = None
while True:
inputimage = findFileFromDiorectoryTree(imageDirectory, filename, current)
if inputimage is not None: break
if current == endPath: break
current, _ = os.path.split(current)
if inputimage is None:
print('file not found ' + tex['path'])
else:
allTextures[inputimage] = tex;
inputimage = removeRoot(inputimage, endPath);
inputimage, ext = os.path.splitext(inputimage)
inputimage = os.path.join(subFolder, inputimage)
inputimage = inputimage.replace('\\', '/')
newTex = {'path': inputimage, 'normal': tex['normal'], 'wrap': tex['wrap']}
tmpfig.replaceTextureSource(tex, newTex)
def setMaterialAlpha(tmpfig, imageDirectory, startPath, endPath):
texs = tmpfig.getTextureSource()
for tex in texs:
filename = os.path.basename(tex['path'])
current = startPath
inputimage = None
while True:
inputimage = findFileFromDiorectoryTree(imageDirectory, filename, current)
if inputimage is not None: break
if current == endPath: break
current, _ = os.path.split(current)
if inputimage is not None:
if isAlpha(inputimage):
tmpfig.enableAlphaModeByTexture(tex['path'])
def getHashPath(root, source, platform):
abspath = os.path.abspath(source)
if abspath[0]=='/' or abspath[0]=='\\':
abspath = abspath[1:]
elif abspath[2]=='\\':
abspath = abspath[3:]
return os.path.join(os.path.join(root, apputil.targetFolderName(platform)), abspath)
def convertImages(allTextures, sourceDir, destDir, platform):
print('----------------------')
print('Convert image files')
print('----------------------')
for key, val in allTextures.items():
outfile = os.path.normpath(key.replace(sourceDir, destDir, 1))
outfile = replaceExt(outfile, '.pyxi')
hashfile = getHashPath('.tmp/hash', key, platform)
hashcode, newhash = readAndCalcHash(key, outfile, hashfile)
if hashcode != newhash:
print("convert {} for {}".format(key,apputil.targetFolderName(platform)))
apputil.makeDirectories(outfile)
convertTextureToPlatform(key, outfile, platform, val['normal'], val['wrap'])
saveHash(hashfile, newhash)
else:
print("skip {} ".format(key))
def copyFiles(src, dst, exts=['.*']):
for root, dirs, files in os.walk(src):
if isHiddenFolder(root): continue
for fname in files:
name, ext = os.path.splitext(fname)
for e in exts:
if e == '.*' or ext == e:
srcPath = os.path.join(root, fname)
dstPath = os.path.join(dst, removeRoot(srcPath, src))
apputil.makeDirectories(dstPath)
shutil.copy2(srcPath, dstPath)
print("copy {}".format(dstPath))
break
def compilePrograms(src, dst):
list = findFiles(src, ['.py'])
for infile in list:
outfile = os.path.normpath(infile.replace(src, dst, 1))
apputil.makeDirectories(outfile)
if os.path.basename(infile) == 'root.py':
shutil.copy(infile, outfile)
else:
outfile = replaceExt(outfile, '.pyc')
apputil.makeDirectories(outfile)
print('compile : '+infile)
py_compile.compile(infile, outfile)
def hashCheck(files, outfile, platform):
changed = False
for file in files:
hashfile = getHashPath('.tmp/hash', file, platform)
hashcode, newhash = readAndCalcHash(file, outfile, hashfile)
if hashcode != newhash:
changed = True
saveHash(hashfile, newhash)
return changed
def buildAppPackage(src, dest):
apputil.makeDirectories(dest)
list =glob.glob(os.path.join(src,'*' ))
for dir in list:
if os.path.isdir(dir):
outpath = os.path.join(dest,os.path.basename(dir))
list = findFiles(dir)
if hashCheck(list, outpath+'.pyxd', 0):
print("build asset database {}.pyxd".format(outpath))
compressFolder(dir, outpath)
else:
print("skip asset database {}.pyxd".format(outpath))
else:
print("copy {}".format(dir))
shutil.copy2(dir, dest)
def findConvertReplaceTextures(fig : core.editableFigure, sourceRoot, destRoot, platform=core.TARGET_PLATFORM_PC, figurePath=""):
"""
Find and convert the texture file linked from editableFigure.
:param sourceRoot: Root folder to search for texture files
:param destRoot: Root folder to save the textures
:param editableFigure: The location where the editableFigure was saved (optional). It must be included under sourceRoot.
:param platform: Formats to convert textures to. TARGET_PLATFORM_PC or TARGET_PLATFORM_MOBILE
:return: None
The figurePath must always be under the sourceRoot.
The specified folder hierarchy may contain multiple texture files with the same name.
When figurePath is specified, the texture file closest to it will be selected.
Example.
・File path saved in editableFigure
D:/aaa/bbb/ccc/test.png
・Location of the actual file
C:/user/input/images/test.png
・sourceRoot
C:/user/input
・destRoot
C:/user/output
・The actual output file
C:/user/output/images/test.pyxi
・New file path to be saved in editableFigure
images/test
"""
sourceRoot = os.path.abspath(sourceRoot).replace('\\', '/')
destRoot = os.path.abspath(destRoot).replace('\\', '/')
if figurePath == "":
daepath = figurePath = sourceRoot
else:
figurePath = os.path.abspath(figurePath).replace('\\', '/')
daepath, _ = os.path.split(figurePath)
if len(daepath) == 0 : daepath = os.path.abspath(".").replace('\\', '/')
imageList = findImageFiles(sourceRoot)
imageDirectoryTree = createDirectoryTree(imageList, sourceRoot)
setMaterialAlpha(fig, imageDirectoryTree, daepath, sourceRoot)
allTextures = dict()
replaceTexturePath(fig, imageDirectoryTree, daepath, sourceRoot, allTextures, removeRoot(destRoot,sourceRoot))
convertImages(allTextures, sourceRoot, destRoot, platform)
def convertAssets(sourceDir, destDir, platform, unit=1.0, rootDir=None):
"""
Convert model and image data to ige format
model(.dae) -> .pyxf
image(.png .dds .tga .psd ) -> .pyxi
If model data with the same name as the folder name is found,
it is regarded as base model data, and other model data in the
same folder are regarded as motion files, and all are packed
into one file
If there is no model data with the same name as the folder name,
Each model data as base model data and convert separately
:param sourceDir: source root folder
:param destDir: destination root folder
:param platform: target platform (core.TARGET_PLATFORM_XX)
:param unit: scale unit size of 3d model
:return: None
"""
if rootDir is None: rootDir = destDir
imageList = findImageFiles(sourceDir)
sceneList = find3DSceneFiles(sourceDir)
imageDirectoryTree = createDirectoryTree(imageList, sourceDir)
confTree = createFigureConfTree(sourceDir, unit)
allTextures = dict()
tmpfig = core.editableFigure("tmpfigure", True)
print('----------------------')
print('Convert 3d scene files')
print('----------------------')
for files in sceneList.values():
tmpfig.clear()
conf = findFigureConf(files[0], confTree)
load3DScene(tmpfig, files, conf)
daepath, _ = os.path.split(files[0])
setMaterialAlpha(tmpfig, imageDirectoryTree, daepath, sourceDir)
replaceTexturePath(tmpfig, imageDirectoryTree, daepath, sourceDir, allTextures, removeRoot(destDir,rootDir))
outfile = os.path.normpath(files[0].replace(sourceDir, destDir, 1))
outfile = replaceExt(outfile, '.pyxf')
if hashCheck(files, outfile, platform):
print("convert {}".format(files[0]))
apputil.makeDirectories(outfile)
if 'OPTIMIZE_VERTEX' in conf.keys() and conf['OPTIMIZE_VERTEX']:
tmpfig.removeUnreferencedVertices()
if 'OPTIMIZE_MESH' in conf.keys() and conf['OPTIMIZE_MESH']:
tmpfig.mergeSameMaterialMesh()
tmpfig.saveFigure(outfile)
else:
print("skip {}".format(files[0]))
for img in imageList:
if img not in allTextures:
allTextures[img] = {'path': removeRoot(img,sourceDir), 'normal': False, 'wrap': False}
convertImages(allTextures, sourceDir, destDir, platform)
return allTextures
def deploy(projectFolder, userID, appName, appVersion, unit = 1.0, assetSource=None, assetDestination=None):
if assetSource == None: assetSource = projectFolder
if assetDestination == None: assetDestination = projectFolder
allTextures = convertAssets(assetSource, assetDestination, core.TARGET_PLATFORM_PC, unit, projectFolder)
deployTmp = '.tmp/deploy/'+appName+'/'+appVersion+'/'
print('----------------------')
print('Create non pack app image')
print('----------------------')
print('--- PC ---')
copyFiles(projectFolder, deployTmp+'unpackimage/pc', ['.pyxf', '.json', '.pyxa', '.pyxb', '.pickle', '.zip', '.txt', '.db', '.ttf'])
compilePrograms(projectFolder, deployTmp+'unpackimage/pc')
convertImages(allTextures, assetSource, os.path.join(deployTmp+'unpackimage/pc',removeRoot(assetDestination, projectFolder)), core.TARGET_PLATFORM_PC)
print('--- Mobile ---')
copyFiles(projectFolder, deployTmp+'unpackimage/mobile', ['.pyxf', '.json', '.pyxa', '.pyxb', '.pickle', '.zip', '.txt', '.db', '.ttf'])
compilePrograms(projectFolder, deployTmp+'unpackimage/mobile')
convertImages(allTextures, assetSource, os.path.join(deployTmp+'unpackimage/mobile',removeRoot(assetDestination, projectFolder)), core.TARGET_PLATFORM_MOBILE)
print('----------------------')
print('Create packed app image')
print('----------------------')
print('--- PC ---')
buildAppPackage(deployTmp+'unpackimage/pc', deployTmp+'packimage/pc')
print('--- Mobile ---')
buildAppPackage(deployTmp+'unpackimage/mobile', deployTmp+'packimage/mobile')
print('----------------------')
print('Upload app image to the server')
print('----------------------')
print('--- PC ---')
launch_server.makeProjectDir(userID, appName, appVersion, "pc")
launch_server.upload_files(deployTmp+'packimage/pc', '/'+userID+'/'+appName+'/'+appVersion+'/pc')
print('--- Mobile ---')
launch_server.makeProjectDir(userID, appName, appVersion, "mobile")
launch_server.upload_files(deployTmp+'packimage/mobile', '/'+userID+'/'+appName+'/'+appVersion+'/mobile')Functions
def buildAppPackage(src, dest)-
Expand source code
def buildAppPackage(src, dest): apputil.makeDirectories(dest) list =glob.glob(os.path.join(src,'*' )) for dir in list: if os.path.isdir(dir): outpath = os.path.join(dest,os.path.basename(dir)) list = findFiles(dir) if hashCheck(list, outpath+'.pyxd', 0): print("build asset database {}.pyxd".format(outpath)) compressFolder(dir, outpath) else: print("skip asset database {}.pyxd".format(outpath)) else: print("copy {}".format(dir)) shutil.copy2(dir, dest) def compilePrograms(src, dst)-
Expand source code
def compilePrograms(src, dst): list = findFiles(src, ['.py']) for infile in list: outfile = os.path.normpath(infile.replace(src, dst, 1)) apputil.makeDirectories(outfile) if os.path.basename(infile) == 'root.py': shutil.copy(infile, outfile) else: outfile = replaceExt(outfile, '.pyc') apputil.makeDirectories(outfile) print('compile : '+infile) py_compile.compile(infile, outfile) def compressFolder(...)def convertAssets(sourceDir, destDir, platform, unit=1.0, rootDir=None)-
Convert model and image data to ige format model(.dae) -> .pyxf image(.png .dds .tga .psd ) -> .pyxi
If model data with the same name as the folder name is found, it is regarded as base model data, and other model data in the same folder are regarded as motion files, and all are packed into one file If there is no model data with the same name as the folder name, Each model data as base model data and convert separately
:param sourceDir: source root folder :param destDir: destination root folder :param platform: target platform (core.TARGET_PLATFORM_XX) :param unit: scale unit size of 3d model :return: None
Expand source code
def convertAssets(sourceDir, destDir, platform, unit=1.0, rootDir=None): """ Convert model and image data to ige format model(.dae) -> .pyxf image(.png .dds .tga .psd ) -> .pyxi If model data with the same name as the folder name is found, it is regarded as base model data, and other model data in the same folder are regarded as motion files, and all are packed into one file If there is no model data with the same name as the folder name, Each model data as base model data and convert separately :param sourceDir: source root folder :param destDir: destination root folder :param platform: target platform (core.TARGET_PLATFORM_XX) :param unit: scale unit size of 3d model :return: None """ if rootDir is None: rootDir = destDir imageList = findImageFiles(sourceDir) sceneList = find3DSceneFiles(sourceDir) imageDirectoryTree = createDirectoryTree(imageList, sourceDir) confTree = createFigureConfTree(sourceDir, unit) allTextures = dict() tmpfig = core.editableFigure("tmpfigure", True) print('----------------------') print('Convert 3d scene files') print('----------------------') for files in sceneList.values(): tmpfig.clear() conf = findFigureConf(files[0], confTree) load3DScene(tmpfig, files, conf) daepath, _ = os.path.split(files[0]) setMaterialAlpha(tmpfig, imageDirectoryTree, daepath, sourceDir) replaceTexturePath(tmpfig, imageDirectoryTree, daepath, sourceDir, allTextures, removeRoot(destDir,rootDir)) outfile = os.path.normpath(files[0].replace(sourceDir, destDir, 1)) outfile = replaceExt(outfile, '.pyxf') if hashCheck(files, outfile, platform): print("convert {}".format(files[0])) apputil.makeDirectories(outfile) if 'OPTIMIZE_VERTEX' in conf.keys() and conf['OPTIMIZE_VERTEX']: tmpfig.removeUnreferencedVertices() if 'OPTIMIZE_MESH' in conf.keys() and conf['OPTIMIZE_MESH']: tmpfig.mergeSameMaterialMesh() tmpfig.saveFigure(outfile) else: print("skip {}".format(files[0])) for img in imageList: if img not in allTextures: allTextures[img] = {'path': removeRoot(img,sourceDir), 'normal': False, 'wrap': False} convertImages(allTextures, sourceDir, destDir, platform) return allTextures def convertImages(allTextures, sourceDir, destDir, platform)-
Expand source code
def convertImages(allTextures, sourceDir, destDir, platform): print('----------------------') print('Convert image files') print('----------------------') for key, val in allTextures.items(): outfile = os.path.normpath(key.replace(sourceDir, destDir, 1)) outfile = replaceExt(outfile, '.pyxi') hashfile = getHashPath('.tmp/hash', key, platform) hashcode, newhash = readAndCalcHash(key, outfile, hashfile) if hashcode != newhash: print("convert {} for {}".format(key,apputil.targetFolderName(platform))) apputil.makeDirectories(outfile) convertTextureToPlatform(key, outfile, platform, val['normal'], val['wrap']) saveHash(hashfile, newhash) else: print("skip {} ".format(key)) def convertTextureToPlatform(...)def copyFiles(src, dst, exts=['.*'])-
Expand source code
def copyFiles(src, dst, exts=['.*']): for root, dirs, files in os.walk(src): if isHiddenFolder(root): continue for fname in files: name, ext = os.path.splitext(fname) for e in exts: if e == '.*' or ext == e: srcPath = os.path.join(root, fname) dstPath = os.path.join(dst, removeRoot(srcPath, src)) apputil.makeDirectories(dstPath) shutil.copy2(srcPath, dstPath) print("copy {}".format(dstPath)) break def createDirectoryTree(filelist, root)-
Expand source code
def createDirectoryTree(filelist, root): imageDirectory = dict() for img in filelist: while True: img, file = os.path.split(img) if img not in imageDirectory: imageDirectory[img] = {file: 0}; elif file not in imageDirectory[img]: imageDirectory[img][file] = 0 if img == root: break return imageDirectory def createFigureConfTree(path, unit=1.0)-
Expand source code
def createFigureConfTree(path, unit=1.0): path = os.path.abspath(path) filelist = [] for root, dirs, files in os.walk(path): if root.find('\.') != -1: continue for fname in files: if fname == 'figure.conf': filelist.append(os.path.join(root, fname)) figureConfTree = dict() for filepath in filelist: conf = readFigureConf(filepath) dir, file = os.path.split(filepath) figureConfTree[dir] = conf for dir, val in figureConfTree.items(): while True: dir, _ = os.path.split(dir) if dir == os.path.abspath('.').split(os.path.sep)[0]+os.path.sep: break parent = figureConfTree.get(dir) if parent is not None: for parentkey, parentval in parent.items(): if val.get(parentkey) is None: val[parentkey] = parentval if len(figureConfTree) == 0: figureConfTree[path] = {} for conf in figureConfTree.values(): if conf.get('BASE_SCALE') is None: conf['BASE_SCALE'] = unit #if conf.get('OPTIMIZE_MESH') is None: # conf['OPTIMIZE_MESH'] = True return figureConfTree def deploy(projectFolder, userID, appName, appVersion, unit=1.0, assetSource=None, assetDestination=None)-
Expand source code
def deploy(projectFolder, userID, appName, appVersion, unit = 1.0, assetSource=None, assetDestination=None): if assetSource == None: assetSource = projectFolder if assetDestination == None: assetDestination = projectFolder allTextures = convertAssets(assetSource, assetDestination, core.TARGET_PLATFORM_PC, unit, projectFolder) deployTmp = '.tmp/deploy/'+appName+'/'+appVersion+'/' print('----------------------') print('Create non pack app image') print('----------------------') print('--- PC ---') copyFiles(projectFolder, deployTmp+'unpackimage/pc', ['.pyxf', '.json', '.pyxa', '.pyxb', '.pickle', '.zip', '.txt', '.db', '.ttf']) compilePrograms(projectFolder, deployTmp+'unpackimage/pc') convertImages(allTextures, assetSource, os.path.join(deployTmp+'unpackimage/pc',removeRoot(assetDestination, projectFolder)), core.TARGET_PLATFORM_PC) print('--- Mobile ---') copyFiles(projectFolder, deployTmp+'unpackimage/mobile', ['.pyxf', '.json', '.pyxa', '.pyxb', '.pickle', '.zip', '.txt', '.db', '.ttf']) compilePrograms(projectFolder, deployTmp+'unpackimage/mobile') convertImages(allTextures, assetSource, os.path.join(deployTmp+'unpackimage/mobile',removeRoot(assetDestination, projectFolder)), core.TARGET_PLATFORM_MOBILE) print('----------------------') print('Create packed app image') print('----------------------') print('--- PC ---') buildAppPackage(deployTmp+'unpackimage/pc', deployTmp+'packimage/pc') print('--- Mobile ---') buildAppPackage(deployTmp+'unpackimage/mobile', deployTmp+'packimage/mobile') print('----------------------') print('Upload app image to the server') print('----------------------') print('--- PC ---') launch_server.makeProjectDir(userID, appName, appVersion, "pc") launch_server.upload_files(deployTmp+'packimage/pc', '/'+userID+'/'+appName+'/'+appVersion+'/pc') print('--- Mobile ---') launch_server.makeProjectDir(userID, appName, appVersion, "mobile") launch_server.upload_files(deployTmp+'packimage/mobile', '/'+userID+'/'+appName+'/'+appVersion+'/mobile') def find3DSceneFiles(path)-
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def find3DSceneFiles(path): dict = {} for root, dirs, files in os.walk(path): if root.find('\.') != -1: continue folder = os.path.basename(root) folderRule = False for f in files: name, ext = os.path.splitext(f) if name == folder: folderRule = True baseFile = f break if folderRule: daes = [os.path.join(root, baseFile)] for f2 in files: f2_name, f2_ext = os.path.splitext(f2) if (f2_ext.lower() == '.dae' or f2_ext.lower() == '.fbx') and f2_name != folder: daes.append(os.path.join(root, f2)) dict[folder] = daes else: for f2 in files: f2_name, f2_ext = os.path.splitext(f2) if f2_ext.lower() == '.dae' or f2_ext.lower() == '.fbx': dict[f2_name] = [os.path.join(root, f2)] return dict def findConvertReplaceTextures(fig: editableFigure, sourceRoot, destRoot, platform=0, figurePath='')-
Find and convert the texture file linked from editableFigure.
:param sourceRoot: Root folder to search for texture files :param destRoot: Root folder to save the textures :param editableFigure: The location where the editableFigure was saved (optional). It must be included under sourceRoot. :param platform: Formats to convert textures to. TARGET_PLATFORM_PC or TARGET_PLATFORM_MOBILE
:return: None
The figurePath must always be under the sourceRoot. The specified folder hierarchy may contain multiple texture files with the same name. When figurePath is specified, the texture file closest to it will be selected.
Example. ・File path saved in editableFigure D:/aaa/bbb/ccc/test.png ・Location of the actual file C:/user/input/images/test.png ・sourceRoot C:/user/input ・destRoot C:/user/output ・The actual output file C:/user/output/images/test.pyxi ・New file path to be saved in editableFigure images/test
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def findConvertReplaceTextures(fig : core.editableFigure, sourceRoot, destRoot, platform=core.TARGET_PLATFORM_PC, figurePath=""): """ Find and convert the texture file linked from editableFigure. :param sourceRoot: Root folder to search for texture files :param destRoot: Root folder to save the textures :param editableFigure: The location where the editableFigure was saved (optional). It must be included under sourceRoot. :param platform: Formats to convert textures to. TARGET_PLATFORM_PC or TARGET_PLATFORM_MOBILE :return: None The figurePath must always be under the sourceRoot. The specified folder hierarchy may contain multiple texture files with the same name. When figurePath is specified, the texture file closest to it will be selected. Example. ・File path saved in editableFigure D:/aaa/bbb/ccc/test.png ・Location of the actual file C:/user/input/images/test.png ・sourceRoot C:/user/input ・destRoot C:/user/output ・The actual output file C:/user/output/images/test.pyxi ・New file path to be saved in editableFigure images/test """ sourceRoot = os.path.abspath(sourceRoot).replace('\\', '/') destRoot = os.path.abspath(destRoot).replace('\\', '/') if figurePath == "": daepath = figurePath = sourceRoot else: figurePath = os.path.abspath(figurePath).replace('\\', '/') daepath, _ = os.path.split(figurePath) if len(daepath) == 0 : daepath = os.path.abspath(".").replace('\\', '/') imageList = findImageFiles(sourceRoot) imageDirectoryTree = createDirectoryTree(imageList, sourceRoot) setMaterialAlpha(fig, imageDirectoryTree, daepath, sourceRoot) allTextures = dict() replaceTexturePath(fig, imageDirectoryTree, daepath, sourceRoot, allTextures, removeRoot(destRoot,sourceRoot)) convertImages(allTextures, sourceRoot, destRoot, platform) def findFigureConf(dir: str, tree: dict)-
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def findFigureConf(dir: str, tree: dict): dir = os.path.abspath(dir) while True: dir, _ = os.path.split(dir) if dir == os.path.abspath('.').split(os.path.sep)[0]+os.path.sep: break conf = tree.get(dir) if conf is not None: return conf return dict() def findFileFromDiorectoryTree(imageDirectory, file, dir)-
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def findFileFromDiorectoryTree(imageDirectory, file, dir): files = imageDirectory.get(dir) if files is None: return None if file in files: return os.path.join(dir, file) for d in files: _, ext = os.path.splitext(d) if ext == '': rv = findFileFromDiorectoryTree(imageDirectory, file, os.path.join(dir, d)) if rv: return rv return None def findFiles(path, exts=['.*'])-
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def findFiles(path, exts = ['.*']): list = [] for root, dirs, files in os.walk(path): if isHiddenFolder(root): continue for fname in files: name, ext = os.path.splitext(fname) for e in exts: if e == '.*' or e == ext: list.append(os.path.join(root, fname)) break return list def findImageFiles(path)-
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def findImageFiles(path): list = [] for root, dirs, files in os.walk(path): if isHiddenFolder(root): continue for fname in files: name, ext = os.path.splitext(fname) extl = ext.lower() if extl == '.png' or extl == '.dds' or extl == '.tga' or extl == '.psd' or extl == '.jpg': list.append(os.path.join(root, fname)) return list def getHashPath(root, source, platform)-
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def getHashPath(root, source, platform): abspath = os.path.abspath(source) if abspath[0]=='/' or abspath[0]=='\\': abspath = abspath[1:] elif abspath[2]=='\\': abspath = abspath[3:] return os.path.join(os.path.join(root, apputil.targetFolderName(platform)), abspath) def hashCheck(files, outfile, platform)-
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def hashCheck(files, outfile, platform): changed = False for file in files: hashfile = getHashPath('.tmp/hash', file, platform) hashcode, newhash = readAndCalcHash(file, outfile, hashfile) if hashcode != newhash: changed = True saveHash(hashfile, newhash) return changed def isAlpha(...)def isHiddenFolder(path)-
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def isHiddenFolder(path): if path.find('/.') != -1 or path.find('\\.') != -1 : return True return False def load3DScene(tmpfig, files, conf)-
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def load3DScene(tmpfig, files, conf): loadModel(files[0], tmpfig, conf) for i in range(1, len(files)): loadAnimation(files[i], tmpfig, conf) def loadAnimation(...)-
Import 3D animation scene to editableFigure
igeTools.loadAnimation(filePath, editableFigure, options)
Parameters
filePath : string dae or fbx file path to read editableFigure : igeCore.editableFigure The editableFigure object to which the Collada file is read options : dict Various options to specify when converting data {BASE_SCALE:1.0, EXPORT_NAMES:1, TRIANGLE_STRIP:1, INHERIT_JOINT_NAME:1, CLOP_JOINT:1, GEN_MIPMAP:1, KILL_MIPMAP:1, FREEZE_GEOMETORY:1, COMPUTE_PERIOD:1} def loadCollada(...)-
Load collada file to editableFigure
igeTools.loadCollada(filePath, editableFigure, options)
Parameters
filePath : string collada file path to read editableFigure : igeCore.editableFigure The editableFigure object to which the Collada file is read options : dict Various options to specify when converting data {BASE_SCALE:1.0, EXPORT_NAMES:1, TRIANGLE_STRIP:1, INHERIT_JOINT_NAME:1, CLOP_JOINT:1, GEN_MIPMAP:1, KILL_MIPMAP:1, FREEZE_GEOMETORY:1, COMPUTE_PERIOD:1} def loadColladaAnimation(...)def loadModel(...)-
Import 3D model scene to editableFigure
igeTools.loadModel(filePath, editableFigure, options)
Parameters
filePath : string dae or fbx file path to read editableFigure : igeCore.editableFigure The editableFigure object to which the Collada file is read options : dict Various options to specify when converting data {BASE_SCALE:1.0, EXPORT_NAMES:1, TRIANGLE_STRIP:1, INHERIT_JOINT_NAME:1, CLOP_JOINT:1, GEN_MIPMAP:1, KILL_MIPMAP:1, FREEZE_GEOMETORY:1, COMPUTE_PERIOD:1} def readAndCalcHash(srcfile, dstfile, hashfile)-
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def readAndCalcHash(srcfile, dstfile, hashfile): hashcode = '00000000000000000000000000000000' newhash = 'ffffffffffffffffffffffffffffffff' if os.path.exists(dstfile): try: with open(hashfile, 'r') as f: hashcode = f.read() except : None with open(srcfile, 'rb') as f: fileDataBinary = f.read() if len(fileDataBinary) != 0: hash = hashlib.md5() hash.update(fileDataBinary) newhash = hash.hexdigest() return hashcode,newhash def readFigureConf(path)-
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def readFigureConf(path): mode = 0 label = '' keyvalue = {} with open(path, 'rb') as f: for token in tokenize.tokenize(f.readline): if token.type is tokenize.ENDMARKER: break elif token.type is tokenize.NAME: if mode == 0: label = token.string else: keyvalue[label] = token.string mode = 0 elif token.type is tokenize.OP: mode = 1 elif token.type is tokenize.NUMBER: if mode == 1: try: keyvalue[label] = int(token.string) except ValueError: keyvalue[label] = float(token.string) mode = 0 return keyvalue def removeRoot(path, root)-
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def removeRoot(path, root): newpath = path.replace(root, '', 1) if len(newpath) >0: if newpath[0] == '/' or newpath[0] == '\\': newpath = newpath[1:] else: newpath = "" return newpath def replaceExt(file, ext)-
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def replaceExt(file, ext): name, extold = os.path.splitext(file) return name + ext def replaceTexturePath(tmpfig, imageDirectory, startPath, endPath, allTextures, subFolder)-
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def replaceTexturePath(tmpfig, imageDirectory, startPath, endPath, allTextures, subFolder): texs = tmpfig.getTextureSource() for tex in texs: filename = os.path.basename(tex['path']) current = startPath inputimage = None while True: inputimage = findFileFromDiorectoryTree(imageDirectory, filename, current) if inputimage is not None: break if current == endPath: break current, _ = os.path.split(current) if inputimage is None: print('file not found ' + tex['path']) else: allTextures[inputimage] = tex; inputimage = removeRoot(inputimage, endPath); inputimage, ext = os.path.splitext(inputimage) inputimage = os.path.join(subFolder, inputimage) inputimage = inputimage.replace('\\', '/') newTex = {'path': inputimage, 'normal': tex['normal'], 'wrap': tex['wrap']} tmpfig.replaceTextureSource(tex, newTex) def saveHash(hashfile, newhash)-
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def saveHash(hashfile, newhash): if newhash != 'ffffffffffffffffffffffffffffffff': apputil.makeDirectories(hashfile) with open(hashfile, 'w') as f: f.write(newhash) def setMaterialAlpha(tmpfig, imageDirectory, startPath, endPath)-
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def setMaterialAlpha(tmpfig, imageDirectory, startPath, endPath): texs = tmpfig.getTextureSource() for tex in texs: filename = os.path.basename(tex['path']) current = startPath inputimage = None while True: inputimage = findFileFromDiorectoryTree(imageDirectory, filename, current) if inputimage is not None: break if current == endPath: break current, _ = os.path.split(current) if inputimage is not None: if isAlpha(inputimage): tmpfig.enableAlphaModeByTexture(tex['path'])