def loadWesenWithID(self, ent, pos, reqs_update, owner, sender, ent_id=None):
print('InWesenID: %s' % str(owner))
if ent_id is not None:
ent = daswesen.load_wesen(ent, pos, self.layers_l, self.collisions_l, reqs_update, sender, ent_id)
ent.owner = owner
else:
ent = daswesen.load_wesen(ent, pos, self.layers_l, self.collisions_l, reqs_update, sender)
ent.owner = owner
self.tiles.append(ent)
try:
ent.go()
except: pass
def fromxml(self, map_name, sender):
tmptiles = []
self.name = map_name
#print("[libkarten]Loading Karte xml mapfile with name "+str(map_name)+".")
path_to_mapfile = os.path.join("..", "media", "maps_xml", map_name + ".xml")
try:
xml_tree = ET.parse(path_to_mapfile)
except IOError as e: return
root = xml_tree.getroot()
tileset_defs_tag = root.findall("tileset_definitions")[0]
for adding_tileset in tileset_defs_tag.findall("tileset"):
self.tilesets[adding_tileset.get("name")]=XMLTileSet(adding_tileset.get("name"))
tilestag = root.findall("map_tiles")[0]
for tiles in tilestag.findall("tile"):
layer_temp = self.layers_l[int(tiles.get("layer")) - 1]
c_layers_temp = []
c_indexes_temp = ""
for col_layer in tiles.get("collision_layers").split():
c_layers_temp.append(self.collisions_l[int(col_layer) - 1])
c_indexes_temp = tiles.get("collision_layers")
self.tiles.append(Tile(self.tilesets[tiles.get("tileset")].tiles[int(tiles.get("index"))], layer_temp,int(tiles.get("layer")), (int(tiles.get("pos").split()[0]), int(tiles.get("pos").split()[1])), c_indexes_temp, c_layers_temp))
entstag = root.findall("ents")[0]
for ent in entstag.findall("ent"):
self.tiles.append(daswesen.load_wesen(ent.get("entfile"), (int(ent.get("pos").split()[0]), int(ent.get("pos").split()[1])), self.layers_l, self.collisions_l, self.reqs_update, sender))
self.tilesets[ent.get("entfile").replace(".py","")]=EntTilesetMockup(ent.get("entfile"))
def add_tile():
global current_tile
mpos_l = [0, 0]
mpos_l[0], mpos_l[1] = mse
mpos_l[0] -= camera_pos[0]
mpos_l[1] -= camera_pos[1]
c_temp_layers = ""
for index, layer_svar in enumerate(COL_LAYER_ENABLED):
if str(layer_svar.get()) == '1':
if index + 1 == 1:
c_temp_layers += "1 "
if index + 1 == 2:
c_temp_layers += "2 "
if index + 1 == 3:
c_temp_layers += "3 "
if index + 1 == 4:
c_temp_layers += "4 "
if index + 1 == 5:
c_temp_layers += "5 "
if c_temp_layers != "":
c_temp_layers = c_temp_layers[:-1]
is_wesen_tset = True
try:
map_var.tilesets[current_tset].is_wesen_mockup
except:
is_wesen_tset = False
if is_wesen_tset:
map_var.tiles.append(
daswesen.load_wesen(map_var.tilesets[current_tset].name,
(int(mpos_l[0]), int(mpos_l[1])),
map_var.layers_l, map_var.collisions_l,
map_var.reqs_update))
return
if enable_brushmode == True:
global brushxtiles
global brushytiles
print(n + "Drawing brush of size " + str(brushxtiles) + " by " +
str(brushytiles))
i = 0
i2 = 0
while i < brushytiles:
i2 = 0
while i2 < brushxtiles:
print(n + "In process of drawing brush of size " +
str(brushxtiles) + " by " + str(brushytiles))
mpos_4 = (mpos_l[0] + (i2 * current_tile.image.get_rect()[2]),
mpos_l[1] + (i * current_tile.image.get_rect()[3]))
map_var.add_tile(current_tile, current_layer,
int(current_layer_str.get()[5]), mpos_4,
c_temp_layers)
print(n + "Creating tile at coordinates " + str(mpos_4))
i2 += 1
i += 1
if not enable_brushmode == True:
map_var.add_tile(current_tile, current_layer,
int(current_layer_str.get()[5]), mpos_l,
c_temp_layers)
print(n + "Tile of type " + str(current_tile) + " added at position " +
str(mpos_l) + " on layer " + str(current_layer) +
" on collision layers: " + str(current_collision_layers) + ".")
def loadWesenWithID(self,
ent,
pos,
reqs_update,
owner,
sender,
ent_id=None):
print('InWesenID: %s' % str(owner))
if ent_id is not None:
ent = daswesen.load_wesen(ent, pos, self.layers_l,
self.collisions_l, reqs_update, sender,
ent_id)
ent.owner = owner
else:
ent = daswesen.load_wesen(ent, pos, self.layers_l,
self.collisions_l, reqs_update, sender)
ent.owner = owner
self.tiles.append(ent)
try:
ent.go()
except:
pass
def add_tile(): global current_tile mpos_l=[0,0] mpos_l[0],mpos_l[1]=mse mpos_l[0]-=camera_pos[0] mpos_l[1]-=camera_pos[1] c_temp_layers="" for index,layer_svar in enumerate(COL_LAYER_ENABLED): if str(layer_svar.get())=='1': if index+1==1: c_temp_layers+="1 " if index+1==2: c_temp_layers+="2 " if index+1==3: c_temp_layers+="3 " if index+1==4: c_temp_layers+="4 " if index+1==5: c_temp_layers+="5 " if c_temp_layers!="": c_temp_layers=c_temp_layers[:-1] is_wesen_tset=True try: map_var.tilesets[current_tset].is_wesen_mockup except: is_wesen_tset=False if is_wesen_tset: map_var.tiles.append(daswesen.load_wesen(map_var.tilesets[current_tset].name,(int(mpos_l[0]),int(mpos_l[1])),map_var.layers_l,map_var.collisions_l,map_var.reqs_update)) return if enable_brushmode==True: global brushxtiles global brushytiles print(n+"Drawing brush of size "+str(brushxtiles)+" by "+str(brushytiles)) i=0 i2=0 while i<brushytiles: i2=0 while i2<brushxtiles: print(n+"In process of drawing brush of size "+str(brushxtiles)+" by "+str(brushytiles)) mpos_4=(mpos_l[0]+(i2*current_tile.image.get_rect()[2]),mpos_l[1]+(i*current_tile.image.get_rect()[3])) map_var.add_tile(current_tile,current_layer,int(current_layer_str.get()[5]),mpos_4,c_temp_layers) print(n+"Creating tile at coordinates "+str(mpos_4)) i2+=1 i+=1 if not enable_brushmode==True: map_var.add_tile(current_tile,current_layer,int(current_layer_str.get()[5]),mpos_l,c_temp_layers) print(n+"Tile of type "+str(current_tile)+" added at position "+str(mpos_l)+" on layer "+str(current_layer)+" on collision layers: "+str(current_collision_layers)+".")
def reverseConvertMap(data, mapobj, sender):
t0 = timeit.default_timer()
#print(data)
data = pickle.loads(data)
#print(data)
tiles = data[0]
#print('TILE_DATA',tiles)
tilesets = data[1]
for tileset in tilesets:
is_mockup, name = tileset
if not is_mockup:
inthing = False
for key, foo in mapobj.tilesets.items():
if key == name:
inthing = True
if not inthing:
mapobj.load_tileset(name)
else:
inthing = False
for key, foo in mapobj.tilesets.items():
if key == name:
inthing = True
if not inthing:
mapobj.load_entdef(name)
for tile in tiles:
iswesen, tilesetname, layerindex, clayerindexes, tileindex, tilex, tiley, ent_id, owner = tile
if not iswesen:
clayers = []
for index in clayerindexes:
clayers.append(mapobj.collisions_l[int(index) - 1])
mapobj.add_tile(mapobj.tilesets[tilesetname].tiles[int(tileindex)],
mapobj.layers_l[int(layerindex) - 1], layerindex,
(int(tilex), int(tiley)), clayerindexes, clayers)
else:
ent = daswesen.load_wesen(tilesetname, (int(tilex), int(tiley)),
mapobj.layers_l, mapobj.collisions_l,
mapobj.reqs_update, sender, ent_id)
if owner != None:
ent.owner = owner
mapobj.tiles.append(ent)
#print('IN THING:',tiles)
t1 = timeit.default_timer()
print('Exec reverseConvertMap time %s' % str(t1 - t0))
def fromxml(self, map_name, sender):
tmptiles = []
self.name = map_name
#print("[libkarten]Loading Karte xml mapfile with name "+str(map_name)+".")
path_to_mapfile = os.path.join("..", "media", "maps_xml",
map_name + ".xml")
try:
xml_tree = ET.parse(path_to_mapfile)
except IOError as e:
return
root = xml_tree.getroot()
tileset_defs_tag = root.findall("tileset_definitions")[0]
for adding_tileset in tileset_defs_tag.findall("tileset"):
self.tilesets[adding_tileset.get("name")] = XMLTileSet(
adding_tileset.get("name"))
tilestag = root.findall("map_tiles")[0]
for tiles in tilestag.findall("tile"):
layer_temp = self.layers_l[int(tiles.get("layer")) - 1]
c_layers_temp = []
c_indexes_temp = ""
for col_layer in tiles.get("collision_layers").split():
c_layers_temp.append(self.collisions_l[int(col_layer) - 1])
c_indexes_temp = tiles.get("collision_layers")
self.tiles.append(
Tile(
self.tilesets[tiles.get("tileset")].tiles[int(
tiles.get("index"))], layer_temp,
int(tiles.get("layer")),
(int(tiles.get("pos").split()[0]),
int(tiles.get("pos").split()[1])), c_indexes_temp,
c_layers_temp))
entstag = root.findall("ents")[0]
for ent in entstag.findall("ent"):
self.tiles.append(
daswesen.load_wesen(ent.get("entfile"),
(int(ent.get("pos").split()[0]),
int(ent.get("pos").split()[1])),
self.layers_l, self.collisions_l,
self.reqs_update, sender))
self.tilesets[ent.get("entfile").replace(".py",
"")] = EntTilesetMockup(
ent.get("entfile"))
def reverseConvertMap(data,mapobj,sender):
t0=timeit.default_timer()
#print(data)
data=pickle.loads(data)
#print(data)
tiles=data[0]
#print('TILE_DATA',tiles)
tilesets=data[1]
for tileset in tilesets:
is_mockup,name=tileset
if not is_mockup:
inthing=False
for key,foo in mapobj.tilesets.items():
if key==name:
inthing=True
if not inthing:
mapobj.load_tileset(name)
else:
inthing=False
for key,foo in mapobj.tilesets.items():
if key==name:
inthing=True
if not inthing:
mapobj.load_entdef(name)
for tile in tiles:
iswesen,tilesetname,layerindex,clayerindexes,tileindex,tilex,tiley,ent_id,owner=tile
if not iswesen:
clayers=[]
for index in clayerindexes:
clayers.append(mapobj.collisions_l[int(index)-1])
mapobj.add_tile(mapobj.tilesets[tilesetname].tiles[int(tileindex)],mapobj.layers_l[int(layerindex)-1],layerindex,(int(tilex),int(tiley)),clayerindexes,clayers)
else:
ent=daswesen.load_wesen(tilesetname,(int(tilex),int(tiley)),mapobj.layers_l,mapobj.collisions_l,mapobj.reqs_update,sender,ent_id)
if owner!=None:
ent.owner=owner
mapobj.tiles.append(ent)
#print('IN THING:',tiles)
t1=timeit.default_timer()
print('Exec reverseConvertMap time %s' % str(t1-t0))