def parse_imports(self, mapelt, map):
""" load all objects defined as import into memory
@type mapelt: object
@param mapelt: ElementTree root
@return FIFE map object
@rtype object
"""
parsedImports = {}
if self.callback:
tmplist = mapelt.findall("import")
i = float(0)
for item in mapelt.findall("import"):
_file = item.get("file")
if _file:
_file = reverse_root_subfile(self.source, _file)
_dir = item.get("dir")
if _dir:
_dir = reverse_root_subfile(self.source, _dir)
# Don't parse duplicate imports
if (_dir, _file) in parsedImports:
if self.debug:
print "Duplicate import:", (_dir, _file)
continue
parsedImports[(_dir, _file)] = 1
if _file and _dir:
loadImportFile(self.obj_loader, "/".join(_dir, _file), self.engine, self.debug)
elif _file:
loadImportFile(self.obj_loader, _file, self.engine, self.debug)
elif _dir:
loadImportDirRec(self.obj_loader, _dir, self.engine, self.debug)
map.importDirs.append(_dir)
else:
if self.debug:
print "Empty import statement?"
if self.callback:
i += 1
self.callback(self.msg["imports"], float(i / float(len(tmplist)) * 0.25 + 0.25))
def parse_lights(self, layerelt, layer):
""" create light nodes
@type layerelt: object
@param layerelt: ElementTree layer branch
@type layer: object
@param layer: FIFE layer object
"""
_LIGHT_DEFAULT_BLENDING_SRC = -1
_LIGHT_DEFAULT_BLENDING_DST = -1
_LIGHT_DEFAULT_SUBDIVISIONS = 32
_LIGHT_DEFAULT_CAM_ID = 'default'
_LIGHT_DEFAULT_INTENSITY = 128
_LIGHT_DEFAULT_RADIUS = 10.0
print("Processing lights ... ")
lightelt = layerelt.find('lights')
if not lightelt:
print("\tno lights found on layer %s" % layer.getId())
return
lights = []
for attr in ('l', 'light', 'lgt'):
lights.extend(lightelt.findall(attr))
for light in lights:
group = light.get('group')
if not group:
print("Light has no group. Omitting...")
continue
blending_src = light.get('src')
if not blending_src:
blending_src = _LIGHT_DEFAULT_BLENDING_SRC
blending_dst = light.get('dst')
if not blending_dst:
blending_dst = _LIGHT_DEFAULT_BLENDING_DST
_x = light.get('x')
if not _x: _x = 0
_y = light.get('y')
if not _y: _y = 0
_z = light.get('y')
if not _z: _z = 0
node = {}
node['blending_src'] = int(blending_src)
node['blending_dst'] = int(blending_dst)
node['layer'] = layer.getId()
node['position'] = int(_x), int(_y), int(_z)
# where is the light? *sing*
instance_id = light.get('instance')
node['instance'] = None
if instance_id and layer.getInstance(instance_id):
node['instance'] = instance_id
type = light.get('type')
if type:
s_ref = light.get('s_ref')
if not s_ref: s_ref = -1
node['s_ref'] = int(s_ref)
a_ref = light.get('a_ref')
if not a_ref: a_ref = 0.0
node['a_ref'] = float(a_ref)
if type == 'image':
image = light.get('image')
if not image:
print("Light has no image. Omitting...")
continue
node['type'] = 'image'
image = reverse_root_subfile(self.source, image)
img = self.image_manager.create(image)
node['image'] = img
elif type == 'animation':
animation = light.get('animation')
if not animation:
print("Light has no animation. Omitting...")
continue
node['type'] = 'animation'
animation = reverse_root_subfile(self.source, animation)
anim = loadXMLAnimation(self.engine, animation)
node['animation'] = anim
elif type == 'simple':
node['type'] = type
radius = light.get('radius')
if not radius: radius = _LIGHT_DEFAULT_RADIUS
node['radius'] = float(radius)
subdivisions = light.get('subdivisions')
if not subdivisions:
subdivisions = _LIGHT_DEFAULT_SUBDIVISIONS
node['subdivisions'] = int(subdivisions)
intensity = light.get('intensity')
if not intensity:
intensity = _LIGHT_DEFAULT_INTENSITY
node['intensity'] = int(intensity)
xstretch = light.get('xstretch')
if not xstretch: xstretch = 1.0
ystretch = light.get('ystretch')
if not ystretch: ystretch = 1.0
node['stretch'] = float(xstretch), float(ystretch)
color = light.get('color')
if not color: color = '%d,%d,%d' % (255, 255, 255)
node['color'] = ([int(c) for c in color.split(',')])
else:
continue
cam_id = light.get('camera_id')
if not cam_id: cam_id = _LIGHT_DEFAULT_CAM_ID
if not cam_id in self.light_data:
self.light_data[cam_id] = {}
if group not in self.light_data[cam_id]:
self.light_data[cam_id][group] = []
self.light_data[cam_id][group].append(node)
for camera, groups in self.light_data.items():
print("Lights for camera %s" % camera)
for group, lights in groups.items():
print(group, lights)
def parse_lights(self, layerelt, layer):
""" create light nodes
@type layerelt: object
@param layerelt: ElementTree layer branch
@type layer: object
@param layer: FIFE layer object
"""
_LIGHT_DEFAULT_BLENDING_SRC = -1
_LIGHT_DEFAULT_BLENDING_DST = -1
_LIGHT_DEFAULT_SUBDIVISIONS = 32
_LIGHT_DEFAULT_CAM_ID = "default"
_LIGHT_DEFAULT_INTENSITY = 128
_LIGHT_DEFAULT_RADIUS = 10.0
print "Processing lights ... "
lightelt = layerelt.find("lights")
if not lightelt:
print "\tno lights found on layer %s" % layer.getId()
return
lights = []
for attr in ("l", "light", "lgt"):
lights.extend(lightelt.findall(attr))
for light in lights:
group = light.get("group")
if not group:
print "Light has no group. Omitting..."
continue
blending_src = light.get("src")
if not blending_src:
blending_src = _LIGHT_DEFAULT_BLENDING_SRC
blending_dst = light.get("dst")
if not blending_dst:
blending_dst = _LIGHT_DEFAULT_BLENDING_DST
_x = light.get("x")
if not _x:
_x = 0
_y = light.get("y")
if not _y:
_y = 0
_z = light.get("y")
if not _z:
_z = 0
node = {}
node["blending_src"] = int(blending_src)
node["blending_dst"] = int(blending_dst)
node["layer"] = layer.getId()
node["position"] = int(_x), int(_y), int(_z)
# where is the light? *sing*
instance_id = light.get("instance")
node["instance"] = None
if instance_id and layer.getInstance(instance_id):
node["instance"] = instance_id
type = light.get("type")
if type:
s_ref = light.get("s_ref")
if not s_ref:
s_ref = -1
node["s_ref"] = int(s_ref)
a_ref = light.get("a_ref")
if not a_ref:
a_ref = 0.0
node["a_ref"] = float(a_ref)
if type == "image":
image = light.get("image")
if not image:
print "Light has no image. Omitting..."
continue
node["type"] = "image"
image = reverse_root_subfile(self.source, image)
img = self.image_manager.create(image)
node["image"] = img
elif type == "animation":
animation = light.get("animation")
if not animation:
print "Light has no animation. Omitting..."
continue
node["type"] = "animation"
animation = reverse_root_subfile(self.source, animation)
anim = loadXMLAnimation(self.engine, animation)
node["animation"] = anim
elif type == "simple":
node["type"] = type
radius = light.get("radius")
if not radius:
radius = _LIGHT_DEFAULT_RADIUS
node["radius"] = float(radius)
subdivisions = light.get("subdivisions")
if not subdivisions:
subdivisions = _LIGHT_DEFAULT_SUBDIVISIONS
node["subdivisions"] = int(subdivisions)
intensity = light.get("intensity")
if not intensity:
intensity = _LIGHT_DEFAULT_INTENSITY
node["intensity"] = int(intensity)
xstretch = light.get("xstretch")
if not xstretch:
xstretch = 1.0
ystretch = light.get("ystretch")
if not ystretch:
ystretch = 1.0
node["stretch"] = float(xstretch), float(ystretch)
color = light.get("color")
if not color:
color = "%d,%d,%d" % (255, 255, 255)
node["color"] = [int(c) for c in color.split(",")]
else:
continue
cam_id = light.get("camera_id")
if not cam_id:
cam_id = _LIGHT_DEFAULT_CAM_ID
if not cam_id in self.light_data:
self.light_data[cam_id] = {}
if group not in self.light_data[cam_id]:
self.light_data[cam_id][group] = []
self.light_data[cam_id][group].append(node)
for camera, groups in self.light_data.iteritems():
print "Lights for camera %s" % camera
for group, lights in groups.iteritems():
print group, lights
def parse_lights(self, layerelt, layer):
""" create light nodes
@type layerelt: object
@param layerelt: ElementTree layer branch
@type layer: object
@param layer: FIFE layer object
"""
_LIGHT_DEFAULT_BLENDING_SRC = -1
_LIGHT_DEFAULT_BLENDING_DST = -1
_LIGHT_DEFAULT_SUBDIVISIONS = 32
_LIGHT_DEFAULT_CAM_ID = 'default'
_LIGHT_DEFAULT_INTENSITY = 128
_LIGHT_DEFAULT_RADIUS = 10.0
print "Processing lights ... "
lightelt = layerelt.find('lights')
if not lightelt:
print "\tno lights found on layer %s" % layer.getId()
return
lights = []
for attr in ('l', 'light', 'lgt'):
lights.extend(lightelt.findall(attr))
for light in lights:
group = light.get('group')
if not group:
print "Light has no group. Omitting..."
continue
blending_src = light.get('src')
if not blending_src:
blending_src = _LIGHT_DEFAULT_BLENDING_SRC
blending_dst = light.get('dst')
if not blending_dst:
blending_dst = _LIGHT_DEFAULT_BLENDING_DST
_x = light.get('x')
if not _x: _x = 0
_y = light.get('y')
if not _y: _y = 0
_z = light.get('y')
if not _z: _z = 0
node = {}
node['blending_src'] = int(blending_src)
node['blending_dst'] = int(blending_dst)
node['layer'] = layer.getId()
node['position'] = int(_x), int(_y), int(_z)
# where is the light? *sing*
instance_id = light.get('instance')
node['instance'] = None
if instance_id and layer.getInstance(instance_id):
node['instance'] = instance_id
type = light.get('type')
if type:
s_ref = light.get('s_ref')
if not s_ref: s_ref = -1
node['s_ref'] = int(s_ref)
a_ref = light.get('a_ref')
if not a_ref: a_ref = 0.0
node['a_ref'] = float(a_ref)
if type == 'image':
image = light.get('image')
if not image:
print "Light has no image. Omitting..."
continue
node['type'] = 'image'
image = reverse_root_subfile(self.source, image)
img = self.image_manager.create(image)
node['image'] = img
elif type == 'animation':
animation = light.get('animation')
if not animation:
print "Light has no animation. Omitting..."
continue
node['type'] = 'animation'
animation = reverse_root_subfile(self.source, animation)
anim = loadXMLAnimation(self.engine, animation)
node['animation'] = anim
elif type == 'simple':
node['type'] = type
radius = light.get('radius')
if not radius: radius = _LIGHT_DEFAULT_RADIUS
node['radius'] = float(radius)
subdivisions = light.get('subdivisions')
if not subdivisions:
subdivisions = _LIGHT_DEFAULT_SUBDIVISIONS
node['subdivisions'] = int(subdivisions)
intensity = light.get('intensity')
if not intensity:
intensity = _LIGHT_DEFAULT_INTENSITY
node['intensity'] = int(intensity)
xstretch = light.get('xstretch')
if not xstretch: xstretch = 1.0
ystretch = light.get('ystretch')
if not ystretch: ystretch = 1.0
node['stretch'] = float(xstretch), float(ystretch)
color = light.get('color')
if not color: color = '%d,%d,%d' % (255, 255, 255)
node['color'] = ([int(c) for c in color.split(',')])
else:
continue
cam_id = light.get('camera_id')
if not cam_id: cam_id = _LIGHT_DEFAULT_CAM_ID
if not cam_id in self.light_data:
self.light_data[cam_id] = {}
if group not in self.light_data[cam_id]:
self.light_data[cam_id][group] = []
self.light_data[cam_id][group].append(node)
for camera, groups in self.light_data.iteritems():
print "Lights for camera %s" % camera
for group, lights in groups.iteritems():
print group, lights
