def draw(idx_new):
nonlocal idx
idx = idx_new % len(names)
name = names[idx]
if name not in allT:
allT[name] = TextureGroup(name)
textures = allT[name]
print(len(textures.idxs) - 1)
utils.clear_surface(screen)
w, h = screen.get_size()
x, y = 0, 0
rowMaxH = 0
margin = 2
for id, texture in textures.iter_all():
image = texture.image
w1, h1 = image.get_size()
if x + w1 < w:
screen.blit(image, (x, y))
rowMaxH = max(rowMaxH, h1)
else:
x = 0
y += rowMaxH + margin
if y >= screen.get_height():
break
rowMaxH = 0
screen.blit(image, (x, y))
screen.blit(font.render(str(id), 1, (0, 0xff, 0)), (x, y))
x += w1 + margin
textSize = font.size(name)
rect = pg.Rect((0, 0), (textSize[0], textSize[1]))
rect.right = screen.get_width() - 10
rect.bottom = screen.get_height() - 10
screen.blit(font.render(name, 1, (0xff, 0xff, 0xff)), rect)
pg.display.update()
def draw(self):
utils.clear_surface(self.image)
x, y = (config.menuMarginLeft, config.menuMarginRight)
w1, h1 = self.font.size('拳掌00')
w1 += self.HORIZONTAL_MARGIN
def draw_text(text, color):
nonlocal x, y
self.image.blit(
self.font.render(text, config.fontAntiAliasEnable, color),
(x, y),
)
x += self.font.size(text)[0] + self.HORIZONTAL_MARGIN
def new_line():
nonlocal x, y
x = config.menuMarginLeft
y += h1 + config.menuItemMarginBottom
draw_text('这样的属性满意吗?', config.colorGold)
for (_, _, fontSurf) in self.items:
self.image.blit(fontSurf, (x, y))
x += self.HORIZONTAL_MARGIN + fontSurf.get_width()
profile = self.profile
for line in self.TABLE:
new_line()
for sortName, attribute in line:
draw_text(sortName, config.colorRed)
draw_text(str(profile[attribute]), config.colorWhite)
def draw(idx_new):
nonlocal idx
idx = idx_new % len(names)
name = names[idx]
if name not in allT:
allT[name] = TextureGroup(name)
textures = allT[name]
print(len(textures.idxs) - 1)
utils.clear_surface(screen)
w, h = screen.get_size()
x, y = 0, 0
rowMaxH = 0
margin = 2
for id, texture in textures.iter_all():
image = texture.image
w1, h1 = image.get_size()
if x + w1 < w:
screen.blit(image, (x, y))
rowMaxH = max(rowMaxH, h1)
else:
x = 0
y += rowMaxH + margin
if y >= screen.get_height():
break
rowMaxH = 0
screen.blit(image, (x, y))
screen.blit(font.render(str(id), 1, (0, 0xff, 0)), (x, y))
x += w1 + margin
textSize = font.size(name)
rect = pg.Rect((0, 0), (textSize[0], textSize[1]))
rect.right = screen.get_width() - 10
rect.bottom = screen.get_height() - 10
screen.blit(font.render(name, 1, (0xff, 0xff, 0xff)), rect)
pg.display.update()
def draw(self):
image = self.image
utils.clear_surface(image)
if self.need_box:
# Draw background.
pg.draw.rect(image, config.colorMenuBackground, self.rect)
# Draw box border with width 2.
pg.draw.rect(image, config.colorWhite, self.rect, 2)
# draw items
x, y = config.menuMarginLeft, config.menuMarginTop
for item in self.items:
image.blit(item.fontSurf, (x, y))
y += item.fontSurf.get_height() + config.menuItemMarginBottom
def draw(self):
image = self.image
utils.clear_surface(image)
if self.need_box:
# Draw background.
pg.draw.rect(image, config.colorMenuBackground, self.rect)
# Draw box border with width 2.
pg.draw.rect(image, config.colorWhite, self.rect, 2)
# draw items
x, y = config.menuMarginLeft, config.menuMarginTop
for item in self.items:
image.blit(item.fontSurf, (x, y))
y += item.fontSurf.get_height() + config.menuItemMarginBottom
def make_minimap(self, save_to, scale=1 / 4):
gx = self.GX * scale
gy = self.GY * scale
print('gx gy:', (gx, gy))
xmax, ymax = self.xmax, self.ymax
# xmax //= 2
# ymax //= 2
# Left most grid: (0, ymax)
# Right most grid: (xmax, 0)
# Top most grid: (0, 0)
# Bottom most grid: (xmax, ymax)
centerX, centerY = 0, 0
open(save_to, 'wb').close()
# Function to convert from grid to surface
def to_spos(pos):
x, y = pos
return ((centerX + (x - y) * gx), ((x + y + 1) * gy))
width = int(gx * 2 + minus(to_spos((xmax, 0)), to_spos((0, ymax)))[0])
height = int(gy * 2 + minus(to_spos((xmax, ymax)), to_spos((0, 0)))[1])
progress = utils.ProgressBar(xmax * ymax)
surface = utils.new_surface((width, height))
print('dest size:', surface.get_size())
centerX, centerY = surface.get_rect().center
utils.clear_surface(surface)
tmpSize = tmpWidth, tmpHeight = (2 ** 12,) * 2
print('tmp buffer size:', tmpSize)
tmpScaleSize = (int(tmpWidth * scale), int(tmpHeight * scale))
print('tmpScaleSize:', tmpScaleSize)
tmpSurface = utils.new_surface(tmpSize)
blockDx = blockDy = int(min(tmpWidth / self.GX / 2, tmpHeight / self.GY / 2))
for blockX in range(0, xmax, blockDx):
for blockY in range(0, ymax, blockDy):
utils.clear_surface(tmpSurface)
for x in range(blockDx):
for y in range(blockDy):
if not 0 <= x < xmax or not 0 <= y < ymax:
continue
# Draw floor
texture = self.get_floor_texture((blockX + x, blockY + y))\
or self.textures.get(0)
spos = (
tmpWidth / 2 - texture.xoff + (x - y) * self.GX,
-texture.yoff + (x + y + 1) * self.GY,
)
tmpSurface.blit(texture.image, spos)
# Draw other
texture = self.get_grid_texture((blockX + x, blockY + y))
if texture:
spos = (
tmpWidth / 2 - texture.xoff + (x - y) * self.GX,
-texture.yoff + (x + y + 1) * self.GY,
)
tmpSurface.blit(texture.image, spos)
progress.update()
surface.blit(
pg.transform.scale(tmpSurface, add((1, 1), tmpScaleSize)),
minus(to_spos((blockX, blockY)), (tmpScaleSize[0] / 2, gy))
)
# print((blockX, blockY), to_spos((blockX, blockY)))
pg.image.save(surface, save_to)
print('\nfinished')
def redraw(self):
with self.drawLock:
currentX, currentY = self.currentPos
x1, y1 = self._drawnPos
dir = minus((currentX, currentY), self._drawnPos)
self._swapped = False
image = self.drawImage
centerX, centerY = image.get_rect().center
centerY -= config.bottomPadding // 2
GX, GY = self.GX, self.GY
def convert(dx, dy, texture):
return (centerX + (dx - dy) * GX - texture.xoff,
centerY + (dx + dy) * GY - texture.yoff)
# Speed up by removing 'self.*' in inner loop
get_grid_texture = self.get_grid_texture
get_floor_texture = self.get_floor_texture
looper = self.looper
floor = self.floorImage
deltaDraw = dir in config.Directions.all
utils.clear_surface(image)
if deltaDraw:
if config.drawFloor:
# Delta draw floor
dx, dy = negate(dir)
floor.scroll((dx - dy) * GX, (dx + dy) * GY)
for dx, dy in self.looper.iter_delta(dir):
texture = get_floor_texture((currentX + dx, currentY + dy))
if not texture:
texture = self.textures.get(0)
floor.blit(texture.image, convert(dx, dy, texture))
image.blit(floor, (0, 0))
# Delta draw other
rows = self._rows
kL, kR = looper.kRange
tL, tR = looper.tRange
if dir == config.Directions.left \
or dir == config.Directions.up:
rows.pop()
rows.appendleft(deque())
else:
rows.popleft()
rows.append(deque())
if dir == config.Directions.left \
or dir == config.Directions.down:
for row in rows:
if not row:
continue
dx, dy = minus(row[0], (currentX, currentY))
if dx - dy < tL:
row.popleft()
else:
for row in rows:
if not row:
continue
dx, dy = minus(row[-1], (currentX, currentY))
if dx - dy >= tR:
row.pop()
for dx, dy in self.looper.iter_delta(dir):
pos = currentX + dx, currentY + dy
texture = get_grid_texture(pos)
if texture:
rows[dx + dy - kL].append(pos)
for row in rows:
for pos in row:
texture = get_grid_texture(pos)
spos = convert(pos[0] - currentX, pos[1] - currentY, texture)
image.blit(texture.image, spos)
else: # Redraw
# Redraw floor
utils.clear_surface(floor)
for dx, dy in self.looper.iter():
pos = currentX + dx, currentY + dy
texture = get_floor_texture(pos)
if texture:
spos = convert(dx, dy, texture)
floor.blit(texture.image, spos)
image.blit(floor, (0, 0))
# Delta draw other
rows = deque(deque() for k in range(*self.looper.kRange))
kL = looper.kRange[0]
for dx, dy in self.looper.iter():
pos = currentX + dx, currentY + dy
texture = get_grid_texture(pos)
if texture:
rows[dx + dy - kL].append(pos)
spos = convert(dx, dy, texture)
image.blit(texture.image, spos)
self._rows = rows
# utils.debug('-' * 30)
# for i, row in enumerate(rows):
# utils.debug(i, row)
self._drawnPos = (currentX, currentY)
def make_minimap(self, save_to, scale=1 / 4):
gx = self.GX * scale
gy = self.GY * scale
print('gx gy:', (gx, gy))
xmax, ymax = self.xmax, self.ymax
# xmax //= 2
# ymax //= 2
# Left most grid: (0, ymax)
# Right most grid: (xmax, 0)
# Top most grid: (0, 0)
# Bottom most grid: (xmax, ymax)
centerX, centerY = 0, 0
open(save_to, 'wb').close()
# Function to convert from grid to surface
def to_spos(pos):
x, y = pos
return ((centerX + (x - y) * gx), ((x + y + 1) * gy))
width = int(gx * 2 + minus(to_spos((xmax, 0)), to_spos((0, ymax)))[0])
height = int(gy * 2 + minus(to_spos((xmax, ymax)), to_spos((0, 0)))[1])
progress = utils.ProgressBar(xmax * ymax)
surface = utils.new_surface((width, height))
print('dest size:', surface.get_size())
centerX, centerY = surface.get_rect().center
utils.clear_surface(surface)
tmpSize = tmpWidth, tmpHeight = (2**12, ) * 2
print('tmp buffer size:', tmpSize)
tmpScaleSize = (int(tmpWidth * scale), int(tmpHeight * scale))
print('tmpScaleSize:', tmpScaleSize)
tmpSurface = utils.new_surface(tmpSize)
blockDx = blockDy = int(
min(tmpWidth / self.GX / 2, tmpHeight / self.GY / 2))
for blockX in range(0, xmax, blockDx):
for blockY in range(0, ymax, blockDy):
utils.clear_surface(tmpSurface)
for x in range(blockDx):
for y in range(blockDy):
if not 0 <= x < xmax or not 0 <= y < ymax:
continue
# Draw floor
texture = self.get_floor_texture((blockX + x, blockY + y))\
or self.textures.get(0)
spos = (
tmpWidth / 2 - texture.xoff + (x - y) * self.GX,
-texture.yoff + (x + y + 1) * self.GY,
)
tmpSurface.blit(texture.image, spos)
# Draw other
texture = self.get_grid_texture(
(blockX + x, blockY + y))
if texture:
spos = (
tmpWidth / 2 - texture.xoff +
(x - y) * self.GX,
-texture.yoff + (x + y + 1) * self.GY,
)
tmpSurface.blit(texture.image, spos)
progress.update()
surface.blit(
pg.transform.scale(tmpSurface, add((1, 1), tmpScaleSize)),
minus(to_spos((blockX, blockY)),
(tmpScaleSize[0] / 2, gy)))
# print((blockX, blockY), to_spos((blockX, blockY)))
pg.image.save(surface, save_to)
print('\nfinished')
def redraw(self):
with self.drawLock:
currentX, currentY = self.currentPos
x1, y1 = self._drawnPos
dir = minus((currentX, currentY), self._drawnPos)
self._swapped = False
image = self.drawImage
centerX, centerY = image.get_rect().center
centerY -= config.bottomPadding // 2
GX, GY = self.GX, self.GY
def convert(dx, dy, texture):
return (centerX + (dx - dy) * GX - texture.xoff,
centerY + (dx + dy) * GY - texture.yoff)
# Speed up by removing 'self.*' in inner loop
get_grid_texture = self.get_grid_texture
get_floor_texture = self.get_floor_texture
looper = self.looper
floor = self.floorImage
deltaDraw = dir in config.Directions.all
utils.clear_surface(image)
if deltaDraw:
if config.drawFloor:
# Delta draw floor
dx, dy = negate(dir)
floor.scroll((dx - dy) * GX, (dx + dy) * GY)
for dx, dy in self.looper.iter_delta(dir):
texture = get_floor_texture(
(currentX + dx, currentY + dy))
if not texture:
texture = self.textures.get(0)
floor.blit(texture.image, convert(dx, dy, texture))
image.blit(floor, (0, 0))
# Delta draw other
rows = self._rows
kL, kR = looper.kRange
tL, tR = looper.tRange
if dir == config.Directions.left \
or dir == config.Directions.up:
rows.pop()
rows.appendleft(deque())
else:
rows.popleft()
rows.append(deque())
if dir == config.Directions.left \
or dir == config.Directions.down:
for row in rows:
if not row:
continue
dx, dy = minus(row[0], (currentX, currentY))
if dx - dy < tL:
row.popleft()
else:
for row in rows:
if not row:
continue
dx, dy = minus(row[-1], (currentX, currentY))
if dx - dy >= tR:
row.pop()
for dx, dy in self.looper.iter_delta(dir):
pos = currentX + dx, currentY + dy
texture = get_grid_texture(pos)
if texture:
rows[dx + dy - kL].append(pos)
for row in rows:
for pos in row:
texture = get_grid_texture(pos)
spos = convert(pos[0] - currentX, pos[1] - currentY,
texture)
image.blit(texture.image, spos)
else: # Redraw
# Redraw floor
utils.clear_surface(floor)
for dx, dy in self.looper.iter():
pos = currentX + dx, currentY + dy
texture = get_floor_texture(pos)
if texture:
spos = convert(dx, dy, texture)
floor.blit(texture.image, spos)
image.blit(floor, (0, 0))
# Delta draw other
rows = deque(deque() for k in range(*self.looper.kRange))
kL = looper.kRange[0]
for dx, dy in self.looper.iter():
pos = currentX + dx, currentY + dy
texture = get_grid_texture(pos)
if texture:
rows[dx + dy - kL].append(pos)
spos = convert(dx, dy, texture)
image.blit(texture.image, spos)
self._rows = rows
# utils.debug('-' * 30)
# for i, row in enumerate(rows):
# utils.debug(i, row)
self._drawnPos = (currentX, currentY)
