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LP.py
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LP.py
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from menuclass import *
cursorlist = {
"btopbleft": pg.SYSTEM_CURSOR_SIZENWSE,
"btop": pg.SYSTEM_CURSOR_SIZENS,
"btopbright": pg.SYSTEM_CURSOR_SIZENESW,
"bright": pg.SYSTEM_CURSOR_SIZEWE,
"bbottombright": pg.SYSTEM_CURSOR_SIZENWSE,
"bbottom": pg.SYSTEM_CURSOR_SIZENS,
"bbottombleft": pg.SYSTEM_CURSOR_SIZENESW,
"bleft": pg.SYSTEM_CURSOR_SIZEWE,
"ltoplleft": pg.SYSTEM_CURSOR_SIZENWSE,
"ltop": pg.SYSTEM_CURSOR_SIZENS,
"ltoplright": pg.SYSTEM_CURSOR_SIZENESW,
"lright": pg.SYSTEM_CURSOR_SIZEWE,
"lbottomlright": pg.SYSTEM_CURSOR_SIZENWSE,
"lbottom": pg.SYSTEM_CURSOR_SIZENS,
"lbottomlleft": pg.SYSTEM_CURSOR_SIZENESW,
"lleft": pg.SYSTEM_CURSOR_SIZEWE,
"": pg.SYSTEM_CURSOR_ARROW
}
class LP(MenuWithField):
def __init__(self, process):
self.sliders = []
self.tool = "" # env, size
super().__init__(process, "LP")
for i in self.settings["sliders"]:
self.sliders.append(widgets.Slider(
self.surface,
i[0], i[1], i[2],
i[3][0], i[3][1], self.data[i[4][0]][i[4][1]], i[3][2]))
self.lastdata = 0
self.moveoffset = pg.Vector2(0, 0)
self.heldpoint = ""
self.border = [0, 0, self.levelwidth, self.levelheight]
self.shadowmode = False
self.shadowfield = None
self.drawwater = True
self.gw = self.levelwidth
self.gh = self.levelheight
self.resize()
def blit(self):
super().blit()
Menu.blit(self)
for i in self.sliders:
i.blit()
self.labels[0].set_text(
self.labels[0].originaltext % (
str(self.data["EX"]["defaultTerrain"] == 1), str(self.data["EX2"]["light"] == 1)))
self.labels[1].set_text(
self.labels[1].originaltext % (str(self.btiles), str([self.levelwidth, self.levelheight])))
self.labels[2].set_text(
self.labels[2].originaltext % (self.data["WL"]["waterLevel"], str(self.data["WL"]["waterInFront"]==1)))
for n, i in enumerate(self.sliders):
if self.data[self.settings["sliders"][n][4][0]][self.settings["sliders"][n][4][1]] != round(i.value): # dam it's big
self.changedata([self.settings["sliders"][n][4][0], self.settings["sliders"][n][4][1]], round(i.value))
# self.data[self.settings["sliders"][n][4][0]][self.settings["sliders"][n][4][1]] = round(i.value)
if self.onfield:
bp = self.getmouse
mpos = pg.Vector2(self.mousepos)
posoffset = self.posoffset
if self.tool == "env":
self.setcursor(pg.SYSTEM_CURSOR_SIZENS)
elif self.tool == "size":
heldpoint, pos = self.get_nearest_held_point()
self.setcursor(cursorlist[heldpoint if self.heldpoint == "" else self.heldpoint])
p = (self.offset - pg.Vector2(self.border[0], self.border[1])) * self.size + self.field.rect.topleft
rect = pg.Rect([p.x, p.y,
(self.border[2] + self.border[0]) * self.size,
(self.border[3] + self.border[1]) * self.size])
pg.draw.rect(self.surface, red, rect, 5)
else:
self.setcursor()
if bp[0] == 1 and self.mousp and (self.mousp2 and self.mousp1):
self.mousp = False
if self.tool == "env":
self.moveoffset.y = self.data["WL"]["waterLevel"] + int(posoffset.y)
elif self.tool == "size":
self.heldpoint = heldpoint
self.moveoffset = pos
elif bp[0] == 1 and not self.mousp and (self.mousp2 and self.mousp1):
if self.tool == "env":
self.changedata(["WL", "waterLevel"], max(int(self.moveoffset.y - posoffset.y), 0))
# self.data["WL"]["waterLevel"] = max(int(self.moveoffset.y - posoffset.y), 0)
elif self.tool == "size":
w = self.levelwidth
h = self.levelheight
chx = 0
chy = 0
if "btop" in self.heldpoint:
self.btiles[1] = min(max(int(self.moveoffset.y + posoffset.y), 0), h - self.btiles[3] - 1)
chy = self.btiles[1]
if "bbottom" in self.heldpoint:
self.btiles[3] = min(max(int(self.moveoffset.y - posoffset.y), 0), h - self.btiles[1] - 1)
chy = self.btiles[3]
if "bleft" in self.heldpoint:
self.btiles[0] = min(max(int(self.moveoffset.x + posoffset.x), 0), w - self.btiles[2] - 1)
chx = self.btiles[0]
if "bright" in self.heldpoint:
self.btiles[2] = min(max(int(self.moveoffset.x - posoffset.x), 0), w - self.btiles[0] - 1)
chx = self.btiles[2]
bx = (self.btiles[0]+self.btiles[2]+1)
by = (self.btiles[1]+self.btiles[3]+1)
if "ltop" in self.heldpoint:
self.border[1]= -min(int(self.moveoffset.y + posoffset.y), self.levelheight - by)
chy = self.border[1]
if "lbottom" in self.heldpoint:
self.border[3] = max(int(self.moveoffset.y + posoffset.y), by)
chy = self.border[3]
if "lleft" in self.heldpoint:
self.border[0] = -min(int(self.moveoffset.x + posoffset.x), self.levelwidth - bx)
chx = self.border[0]
if "lright" in self.heldpoint:
self.border[2] = max(int(self.moveoffset.x + posoffset.x), bx)
chx = self.border[2]
self.changedata(["EX2", "extraTiles"], self.btiles, False)
# self.data["EX2"]["extraTiles"] = self.btiles
widgets.fastmts(self.surface, f"X:{int(chx)}, Y:{int(chy)}", mpos.x, mpos.y, white)
elif bp[0] == 0 and not self.mousp and (self.mousp2 and self.mousp1):
if self.tool == "env":
self.updatehistory()
if self.tool == "size":
if self.border != [0, 0, self.levelwidth, self.levelheight]:
self.cuteverydata(self.border)
self.border = [0, 0, self.levelwidth, self.levelheight]
self.updatehistory()
self.heldpoint = ""
self.recaption()
self.mousp = True
self.rfa()
self.movemiddle(bp)
def get_nearest_held_point(self):
top = self.btiles[1]
bottom = self.levelheight - self.btiles[3]
left = self.btiles[0]
right = self.levelwidth - self.btiles[2]
centerx = (right - left) // 2 + left
centery = (bottom - top) // 2 + top
po = self.posoffset
bt = self.btiles
cx = self.levelwidth // 2
cy = self.levelheight // 2
wmp = self.levelwidth - po.x
hmp = self.levelheight - po.y
poses = [["btopbleft", pg.Vector2(left, top), pg.Vector2(left-po.x, top-po.y)],
["bleft", pg.Vector2(left, centery), pg.Vector2(left-po.x, centery)],
["bbottombleft", pg.Vector2(left, bottom), pg.Vector2(left-po.x, bt[3]+po.y)],
["btop", pg.Vector2(centerx, top), pg.Vector2(centerx, top-po.y)],
["bbottom", pg.Vector2(centerx, bottom), pg.Vector2(centerx, bt[3]+po.y)],
["btopbright", pg.Vector2(right, top), pg.Vector2(bt[2]+po.x, top-po.y)],
["bright", pg.Vector2(right, centery), pg.Vector2(bt[2]+po.x, centery)],
["bbottombright", pg.Vector2(right, bottom), pg.Vector2(bt[2]+po.x, bt[3]+po.y)],
["ltoplleft", pg.Vector2(0, 0), pg.Vector2(-po.x, -po.y)],
["lleft", pg.Vector2(0, cy), pg.Vector2(-po.x, cy)],
["lbottomlleft", pg.Vector2(0, self.levelheight), pg.Vector2(-po.x, hmp)],
["ltop", pg.Vector2(cx, 0), pg.Vector2(cx, -po.y)],
["lbottom", pg.Vector2(cx, self.levelheight), pg.Vector2(centerx, hmp)],
["ltoplright", pg.Vector2(self.levelwidth, 0), pg.Vector2(wmp, -po.y)],
["lright", pg.Vector2(self.levelwidth, cy), pg.Vector2(wmp, centery)],
["lbottomlright", pg.Vector2(self.levelwidth, self.levelheight), pg.Vector2(wmp, hmp)]
]
nearestindex = 0
nearestdistance = bignum
nearestpos = poses[0][2]
mpos = self.posoffset
for index, item in enumerate(poses):
pos = item[1]
distance = mpos.distance_to(pos)
if distance < nearestdistance:
nearestpos = item[2]
nearestindex = index
nearestdistance = distance
if nearestdistance > 10:
return "", poses[0][2]
return poses[nearestindex][0], nearestpos
def resize(self):
super().resize()
for i in self.sliders:
i.resize()
def chparam(self, cat, name):
self.changedata([cat, name], 1 - self.data[cat][name])
# self.data[cat][name] = 1 - self.data[cat][name]
self.updatehistory()
def chinput(self, cat, name, inputdesc):
try:
i = self.askint(f"{inputdesc}({self.data[cat][name]})")
self.changedata([cat, name], i)
# self.data[cat][name] = i
except ValueError:
print("Invalid input!")
def changeborder(self):
self.chparam("EX", "defaultTerrain")
def changelight(self):
self.chparam("EX2", "light")
def water(self):
self.tool = "env"
self.recaption()
def sizing(self):
self.tool = "size"
self.recaption()
def nowater(self):
self.changedata(["WL", "waterLevel"], -1)
# self.data["WL"]["waterLevel"] = -1
self.updatehistory()
def cuteverydata(self, data):
x, y, w, h = data
if x is None or y is None or w is None or h is None:
print("Not changed")
return
self.cutdata(["GE"], x, y, w, h, [[1, []], [1, []], [1, []]])
# self.data["GE"] = self.cutdata(x, y, w, h, self.data["GE"], [[1, []], [1, []], [1, []]])
self.cuttiles(x, y, w, h)
for num, effect in enumerate(self.data["FE"]["effects"]):
self.cutdata(["FE", "effects", num, "mtrx"], x, y, w, h, 0)
# self.data["FE"]["effects"][num]["mtrx"] = self.cutdata(x, y, w, h, effect["mtrx"], 0)
self.recount()
self.resizeprops(x, y, w, h)
self.resizeimage(x, y, w, h)
self.recount_image()
self.cameramove(x, y)
self.changedata(["EX2", "size"], makearr([self.levelwidth, self.levelheight], "point"))
# self.data["EX2"]["size"] = makearr([self.levelwidth, self.levelheight], "point")
self.owner.manager.notify("Done!")
self.updatehistory()
self.savef()
# self.renderer.data = self.data
self.renderer.set_surface([image1size * self.levelwidth, image1size * self.levelheight])
self.renderer.render_all(self.layer)
def cameramove(self, x, y):
for i, cam in enumerate(self.data["CM"]["cameras"]):
point = toarr(cam, "point")
point[0] += x * 20
point[1] += y * 20
self.changedata(["CM", "cameras", i], makearr(point, "point"))
def recount(self):
self.gw = self.levelwidth
self.gh = self.levelheight
self.recount_image()
def resizeimage(self, x, y, w, h):
if self.shadowfield is not None:
f2 = pg.surface.Surface(
[(abs(x) + self.gw + ofsleft) * image1size, (abs(y) + self.gh + ofstop) * image1size])
f2.fill(white)
f2.blit(self.shadowfield, [x * image1size, y * image1size])
self.shadowfield = f2.subsurface(
pg.rect.Rect(0, 0, (self.gw + ofsleft) * image1size, (self.gh + ofstop) * image1size))
lev = os.path.splitext(self.data["path"])[0] + ".png"
pg.image.save(self.shadowfield, lev)
def resizeprops(self, x, y, w, h):
for indx, prop in enumerate(self.data["PR"]["props"]):
quads = prop[3]
newq = []
c = 0
for quad in quads:
pos = toarr(quad, "point")
pos[0] += x * spritesize
pos[1] += y * spritesize
newq.append(makearr(pos, "point"))
if x > w * image1size and y > h * image1size:
c += 1
if c == 4:
self.historypop(["PR", "props"], indx)
# self.data["PR"]["props"].pop(indx)
if prop[4].get("points") is not None:
newp = []
for points in prop[4]["points"]:
p = toarr(points, "point")
p[0] += x * image1size
p[1] += y * image1size
newp.append(makearr(p, "point"))
self.changedata(["PR", "props", indx, 4, "points"], newp)
# self.data["PR"]["props"][indx][4]["points"] = newp
self.changedata(["PR", "props", indx, 3], newq)
# self.data["PR"]["props"][indx][3] = newq
def cuttiles(self, x, y, w, h):
self.cutdata(["TE", "tlMatrix"], x, y, w, h, [{"tp": "default", "data": 0},
{"tp": "default", "data": 0},
{"tp": "default", "data": 0}])
for xp, xv in enumerate(self.data["TE"]["tlMatrix"]):
for yp, yv in enumerate(xv):
for layer, item in enumerate(yv):
if item["tp"] == "tileBody":
dat = toarr(item["data"][0], "point")
dat[0] += x
dat[1] += y
if dat[0] < 0 or dat[1] < 0 or dat[0] > self.levelwidth or dat[1] > self.levelheight:
self.changedata(["TE", "tlMatrix", xp, yp, layer], {"tp": "default", "data": 0})
# cutted[xp][yp][layer] = {"tp": "default", "data": 0}
else:
self.changedata(["TE", "tlMatrix", xp, yp, layer, "data", 0], makearr(dat, "point"))
# cutted[xp][yp][layer]["data"][0] = makearr(dat, "point")
# self.changedata(["TE", "tlMatrix"], cutted)
# self.data["TE"]["tlMatrix"] = cutted
def waterlayer(self):
self.changedata(["WL", "waterInFront"], 1 - self.data["WL"]["waterInFront"])
# self.data["WL"]["waterInFront"] = 1 - self.data["WL"]["waterInFront"]
self.updatehistory()
def recount_image(self):
try:
lev = os.path.splitext(self.data["path"])[0] + ".png"
self.shadowfield = loadimage(lev)
except FileNotFoundError:
self.shadowfield = None
def cutdata(self, path, x, y, w, h, default_instance):
# print(x, y, w, h, self.gw, self.gh, self.levelwidth, self.levelheight)
arr = deepcopy(self.data[path])
if x >= 0:
for _ in range(x):
# self.historyinsert(0, path, [deepcopy(default_instance) for _ in range( self.data[path][0] )])
arr.insert(0, [deepcopy(default_instance) for _ in range(len(arr[0]))])
else:
# for _ in range(x):
# self.historypop(path, -1)
arr = arr[-x:]
if w != 0 and w != self.gw:
if w < self.gw:
# for _ in range(len(self.data[path]) - w):
# self.historypop(path, -1)
arr = arr[:w]
else:
for _ in range(w - self.gw):
# self.historyappend(path, [deepcopy(default_instance) for _ in range(len(self.data[path][0]))])
arr.append([deepcopy(default_instance) for _ in range(len(arr[0]))])
if y >= 0:
for i in range(len(arr)):
for _ in range(y):
# self.historyinsert([*path, i], deepcopy(default_instance), 0)
arr[i].insert(0, deepcopy(default_instance))
else:
for i in range(len(arr)):
# for _ in range(y):
# self.historypop([*path, i], -1)
arr[i] = arr[i][-y:]
if h != 0 and h != self.gh:
for i in range(len(arr)):
if h < self.gh:
# for _ in range(len(self.data[path][i]) - h):
# self.historypop([*path, i], -1)
arr[i] = arr[i][:h]
else:
for _ in range(h - self.gh):
# self.historyappend([*path, i], deepcopy(default_instance))
arr[i].append(deepcopy(default_instance))
self.changedata(path, arr, False)
# return arr
def cutmanually(self):
try:
x = self.askint(f"Add or subtract tiles from Left", True)
y = self.askint(f"Add or subtract tiles from Top", False)
w = self.askint(f"({self.levelwidth})Width", False)
h = self.askint(f"({self.levelwidth})Height", False)
self.cuteverydata([x, y, w, h])
except ValueError:
print("Error: non valid answer")
def btilesmanually(self):
try:
x = self.askint(f"({self.btiles[0]})Left", True, self.btiles[0])
y = self.askint(f"({self.btiles[1]})Top", False, self.btiles[1])
w = self.askint(f"({self.btiles[2]})Right", False, self.btiles[2])
h = self.askint(f"({self.btiles[3]})Bottom", False, self.btiles[3])
self.changedata(["EX2", "extraTiles"], [x, y, w, h], False)
# self.data["EX2"]["extraTiles"] = [x, y, w, h]
self.btiles = self.data["EX2"]["extraTiles"]
except ValueError:
print("Error: non valid answer")
@property
def custom_info(self):
return f"{super().custom_info} | Current tool: {self.tool} | Level size: {[self.levelwidth], self.levelheight} | Water level: {self.data['WL']['waterLevel']}"
def onundo(self):
self.border = [0, 0, self.levelwidth, self.levelheight]
self.btiles = self.data["EX2"]["extraTiles"]
self.gw = self.levelwidth
self.gh = self.levelheight
def onredo(self):
self.onundo()