def make_fnt_file(pre_str,image_dict): # print "make_fnt_file:","\n".join(image_dict) fnt_name=output_path_name+"/"+pre_str+".fnt" image_name=pre_str+".png" fnt_define=dict() index=0 xOffset=0 max_height=0 max_width=0 fnt_define_item=list() for key in image_dict.keys(): print "\t+",key+"\t","Key:",chr(int(image_dict[key])) image_size=utility.image_size_at_path(key) fnt_define_item_data=dict() fnt_define_item_data["id"]=image_dict[key] fnt_define_item_data["x"]=str(xOffset) fnt_define_item_data["y"]=str(0) fnt_define_item_data["width"]=str(image_size[0]) fnt_define_item_data["height"]=str(image_size[1]) fnt_define_item_data["xoffset"]=str(0) fnt_define_item_data["yoffset"]=str(0) fnt_define_item_data["xadvance"]=str(image_size[0]) fnt_define_item_data["page"]=str(0) fnt_define_item_data["chnl"]=str(0) fnt_define_item_data["letter"]=chr(int(image_dict[key])) fnt_define_item.append(fnt_define_item_data) index+=1 xOffset+=image_size[0] max_width=max(max_width,image_size[0]) max_height=max(max_height,image_size[1]) fnt_define["data"]=fnt_define_item fnt_define["size"]=str(max_width) fnt_define["lineHeight"]=str(max_height) fnt_define["base"]=str(max_width) fnt_define["scaleW"]=str(xOffset) fnt_define["scaleH"]=str(max_height) fnt_define["file"]=image_name fnt_define["count"]=len(image_dict) image_name=output_path_name+"/"+image_name utility.create_fnt_file(fnt_name, fnt_define) print "make:",fnt_name,"done!" joint_image(image_name,image_dict) print "make:",image_name,"done!" print"*************************************************************"
def make_fnt_file(pre_str, image_dict):
# print "make_fnt_file:","\n".join(image_dict)
fnt_name = output_path_name + "/" + pre_str + ".fnt"
image_name = pre_str + ".png"
fnt_define = dict()
index = 0
xOffset = 0
max_height = 0
max_width = 0
fnt_define_item = list()
for key in image_dict.keys():
print "\t+", key + "\t", "Key:", chr(int(image_dict[key]))
image_size = utility.image_size_at_path(key)
fnt_define_item_data = dict()
fnt_define_item_data["id"] = image_dict[key]
fnt_define_item_data["x"] = str(xOffset)
fnt_define_item_data["y"] = str(0)
fnt_define_item_data["width"] = str(image_size[0])
fnt_define_item_data["height"] = str(image_size[1])
fnt_define_item_data["xoffset"] = str(0)
fnt_define_item_data["yoffset"] = str(0)
fnt_define_item_data["xadvance"] = str(image_size[0])
fnt_define_item_data["page"] = str(0)
fnt_define_item_data["chnl"] = str(0)
fnt_define_item_data["letter"] = chr(int(image_dict[key]))
fnt_define_item.append(fnt_define_item_data)
index += 1
xOffset += image_size[0]
max_width = max(max_width, image_size[0])
max_height = max(max_height, image_size[1])
fnt_define["data"] = fnt_define_item
fnt_define["size"] = str(max_width)
fnt_define["lineHeight"] = str(max_height)
fnt_define["base"] = str(max_width)
fnt_define["scaleW"] = str(xOffset)
fnt_define["scaleH"] = str(max_height)
fnt_define["file"] = image_name
fnt_define["count"] = len(image_dict)
image_name = output_path_name + "/" + image_name
utility.create_fnt_file(fnt_name, fnt_define)
print "make:", fnt_name, "done!"
joint_image(image_name, image_dict)
print "make:", image_name, "done!"
print "*************************************************************"
def main():
file_list=os.listdir(os.getcwd())
for file_name in file_list:
if not os.path.isfile(file_name) or file_name.find(".png") == -1:
continue
size=utility.image_size_at_path(file_name)
new_image_cmd="convert -size %dx%d -strip -colors 8 -depth 8 xc:none tmp.png" %(size[0]+left+right,size[1]+top+bottom)
os.system(new_image_cmd)
composite_image_cmd="composite -geometry +%d+%d %s tmp.png %s" %(left,right,file_name,file_name)
os.system(composite_image_cmd)
def main():
file_list = os.listdir(os.getcwd())
for file_name in file_list:
if not os.path.isfile(file_name) or file_name.find(".png") == -1:
continue
size = utility.image_size_at_path(file_name)
new_image_cmd = "convert -size %dx%d -strip -colors 8 -depth 8 xc:none tmp.png" % (
size[0] + left + right, size[1] + top + bottom)
os.system(new_image_cmd)
composite_image_cmd = "composite -geometry +%d+%d %s tmp.png %s" % (
left, right, file_name, file_name)
os.system(composite_image_cmd)
def write_fnt_file(name,info): image_size=utility.image_size_at_path(info["textureFilename"]) # print "\tImage %s ,width=%d ,height= %d" % (info["textureFilename"],image_size[0],image_size[1]) nCount=image_size[0]/int(info["itemWidth"]) nFirstID=int(info["firstChar"]) nCharWidth=int(info["itemWidth"]) nCharHeight=int(info["itemHeight"]) fnt_define=dict() fnt_define_item=list() for index in range(0,nCount): fnt_define_item_data=dict() fnt_define_item_data["id"]=str(nFirstID+index) fnt_define_item_data["x"]=str(index*nCharWidth) fnt_define_item_data["y"]=str(0) fnt_define_item_data["width"]=str(nCharWidth) fnt_define_item_data["height"]=str(nCharHeight) fnt_define_item_data["xoffset"]=str(0) fnt_define_item_data["yoffset"]=str(0) fnt_define_item_data["xadvance"]=str(nCharWidth) fnt_define_item_data["page"]=str(0) fnt_define_item_data["chnl"]=str(0) fnt_define_item_data["letter"]=chr(index+nFirstID) fnt_define_item.append(fnt_define_item_data) fnt_define["data"]=fnt_define_item fnt_define["size"]=str(nCharWidth) fnt_define["lineHeight"]=str(nCharHeight) fnt_define["base"]=str(nCharWidth) fnt_define["scaleW"]=str(image_size[0]) fnt_define["scaleH"]=str(image_size[1]) fnt_define["file"]=info["textureFilename"] fnt_define["count"]=nCount fnt_path_name=output_path_name+"/"+name utility.create_fnt_file(fnt_path_name, fnt_define)
def joint_image(out_image_name,image_dict):
outW=0
outH=0
for key in image_dict.keys():
size=utility.image_size_at_path(key)
outW+=size[0]
outH=max(size[1],outH)
print "out image size %dx%d" %(outW,outH)
toImage = Image.new('RGBA', (outW, outH))
x=0
for key in image_dict.keys():
fromImage=Image.open(key)
toImage.paste(fromImage,( x, 0))
print "\t %s offset %d" %(key,x)
x+=fromImage.size[0]
toImage.save(out_image_name)
def joint_image(out_image_name, image_dict):
outW = 0
outH = 0
for key in image_dict.keys():
size = utility.image_size_at_path(key)
outW += size[0]
outH = max(size[1], outH)
print "out image size %dx%d" % (outW, outH)
toImage = Image.new('RGBA', (outW, outH))
x = 0
for key in image_dict.keys():
fromImage = Image.open(key)
toImage.paste(fromImage, (x, 0))
print "\t %s offset %d" % (key, x)
x += fromImage.size[0]
toImage.save(out_image_name)
def write_fnt_file(name, info):
image_size = utility.image_size_at_path(info["textureFilename"])
# print "\tImage %s ,width=%d ,height= %d" % (info["textureFilename"],image_size[0],image_size[1])
nCount = image_size[0] / int(info["itemWidth"])
nFirstID = int(info["firstChar"])
nCharWidth = int(info["itemWidth"])
nCharHeight = int(info["itemHeight"])
fnt_define = dict()
fnt_define_item = list()
for index in range(0, nCount):
fnt_define_item_data = dict()
fnt_define_item_data["id"] = str(nFirstID + index)
fnt_define_item_data["x"] = str(index * nCharWidth)
fnt_define_item_data["y"] = str(0)
fnt_define_item_data["width"] = str(nCharWidth)
fnt_define_item_data["height"] = str(nCharHeight)
fnt_define_item_data["xoffset"] = str(0)
fnt_define_item_data["yoffset"] = str(0)
fnt_define_item_data["xadvance"] = str(nCharWidth)
fnt_define_item_data["page"] = str(0)
fnt_define_item_data["chnl"] = str(0)
fnt_define_item_data["letter"] = chr(index + nFirstID)
fnt_define_item.append(fnt_define_item_data)
fnt_define["data"] = fnt_define_item
fnt_define["size"] = str(nCharWidth)
fnt_define["lineHeight"] = str(nCharHeight)
fnt_define["base"] = str(nCharWidth)
fnt_define["scaleW"] = str(image_size[0])
fnt_define["scaleH"] = str(image_size[1])
fnt_define["file"] = info["textureFilename"]
fnt_define["count"] = nCount
fnt_path_name = output_path_name + "/" + name
utility.create_fnt_file(fnt_path_name, fnt_define)
