def draw(self, draw: ImageDraw):
if not self.show:
return
horizontal_pad = self.width // 25
bottom_pad = self.height // 4
draw.line((self.abs_col + horizontal_pad, self.abs_row + self.height -
bottom_pad, self.abs_col + self.width - horizontal_pad,
self.abs_row + self.height - bottom_pad),
fill=self.foreground)
text_w, text_h = self.font.getsize(' ')
polygon_pts = ((self.abs_col + horizontal_pad,
self.abs_row + self.height - bottom_pad),
(self.abs_col + horizontal_pad,
self.abs_row + self.height - bottom_pad - text_h),
(self.abs_col + horizontal_pad + text_w * 8,
self.abs_row + self.height - bottom_pad - text_h),
(self.abs_col + horizontal_pad + text_w * 9,
self.abs_row + self.height - bottom_pad))
date_str = datetime.datetime.strftime(self.date, ' %b %d')
draw.polygon(polygon_pts, fill=self.foreground)
draw.text((self.abs_col + horizontal_pad,
self.abs_row + self.height - bottom_pad - text_h),
date_str,
fill=self.background,
font=self.font)
event_max_chars = (self.width - 2 * horizontal_pad) * 4 // 5 // text_w
if len(self.event) > event_max_chars:
self.event = self.event[:event_max_chars - 3] + '...'
draw.text(
(self.abs_col + (self.width - 2 * horizontal_pad) // 5 +
horizontal_pad, self.abs_row + self.height - bottom_pad - text_h),
self.event,
fill=self.foreground,
font=self.font)
def draw(self, draw: ImageDraw):
pen, brush = self._get_pen_brush()
if hasattr(self, 'de') and self.de > 0:
brush_s1 = aggdraw.Brush(fade_color(self.fill, self.shade))
brush_s2 = aggdraw.Brush(fade_color(self.fill, 2 * self.shade))
draw.line([
self.x1 + self.de, self.y1 - self.de, self.x1 + self.de,
self.y2 - self.de
], pen)
draw.line([self.x1 + self.de, self.y2 - self.de, self.x1, self.y2],
pen)
draw.line([
self.x1 + self.de, self.y2 - self.de, self.x2 + self.de,
self.y2 - self.de
], pen)
draw.polygon([
self.x1, self.y1, self.x1 + self.de, self.y1 - self.de,
self.x2 + self.de, self.y1 - self.de, self.x2, self.y1
], pen, brush_s1)
draw.polygon([
self.x2 + self.de, self.y1 - self.de, self.x2, self.y1,
self.x2, self.y2, self.x2 + self.de, self.y2 - self.de
], pen, brush_s2)
draw.rectangle([self.x1, self.y1, self.x2, self.y2], pen, brush)
def draw_block(img: ImageDraw, points, x, y, block_size, color, angle):
if angle > 0:
# 0 角度不需要转换
# 中心坐标与 x、y 的距离，方便下面指定中心坐标(x+m, y+m)，
# 0.5 的偏移值不能少，否则坐标靠右，非正中央
m = block_size / 2 - 0.5
points = rotate(points, x + m, y + m, angle)
img.polygon(points, fill=color)
def draw_tangram(draw: ImageDraw, x: int, y: int, tangram: str):
for i, letter in enumerate(tangram):
row = int(i / 3)
col = i % 3
square_x_start = x + col*TANGRAM_SQUARE_SIZE
square_y_start = y + row*TANGRAM_SQUARE_SIZE
square_x_end = square_x_start+TANGRAM_SQUARE_SIZE
square_y_end = square_y_start+TANGRAM_SQUARE_SIZE
if is_color(letter):
draw.rectangle([
square_x_start,
square_y_start,
square_x_end,
square_y_end],
fill=COLORS[letter],
outline=(0, 0, 0),
width=TANGRAM_SQUARE_BORDER
)
else:
draw.rectangle([
square_x_start,
square_y_start,
square_x_end,
square_y_end],
fill=(255, 255, 255),
outline=(0, 0, 0),
width=1
)
square_coords = [
(square_x_start+TANGRAM_SQUARE_BORDER, square_y_start+TANGRAM_SQUARE_BORDER),
(square_x_start+TANGRAM_SQUARE_BORDER, square_y_end-TANGRAM_SQUARE_BORDER),
(square_x_end-TANGRAM_SQUARE_BORDER, square_y_end-TANGRAM_SQUARE_BORDER),
(square_x_end-TANGRAM_SQUARE_BORDER, square_y_start+TANGRAM_SQUARE_BORDER),
]
if letter == "U":
square_coords.pop(3)
elif letter == "S":
square_coords.pop(2)
elif letter == "D":
square_coords.pop(1)
else:
square_coords.pop(0)
draw.polygon(square_coords, fill=(0, 0, 0))
def draw(self, draw: ImageDraw) -> None:
super().draw(draw)
if not self.show:
return
horizontal_pad = self.width // 25
bottom_pad = self.height // 4
draw.line((self.abs_col + horizontal_pad, self.abs_row + self.height -
bottom_pad, self.abs_col + self.width - horizontal_pad,
self.abs_row + self.height - bottom_pad),
fill=self.foreground)
text_w, text_h = self.font.getsize(' ')
# How many character's size the tab will take
tab_width_char = 14
polygon_pts = ((self.abs_col + horizontal_pad,
self.abs_row + self.height - bottom_pad),
(self.abs_col + horizontal_pad,
self.abs_row + self.height - bottom_pad - text_h),
(self.abs_col + horizontal_pad + text_w *
(tab_width_char - 1),
self.abs_row + self.height - bottom_pad - text_h),
(self.abs_col + horizontal_pad +
text_w * tab_width_char,
self.abs_row + self.height - bottom_pad))
week_day_str = WEEK_DAYS[self.date.weekday()]
date_str = '%s, %s' % (datetime.datetime.strftime(
self.date, ' %b %d'), week_day_str)
draw.polygon(polygon_pts, fill=self.foreground)
draw.text((self.abs_col + horizontal_pad,
self.abs_row + self.height - bottom_pad - text_h),
date_str,
fill=self.background,
font=self.font)
# We save three char's space between tab and event text
event_max_chars = ((self.width - 2 * horizontal_pad) // text_w -
tab_width_char - 3)
if len(self.event) > event_max_chars:
self.event = self.event[:event_max_chars - 3] + '...'
draw.text(
(self.abs_col + text_w * (tab_width_char + 3) + horizontal_pad,
self.abs_row + self.height - bottom_pad - text_h),
self.event,
fill=self.foreground,
font=self.font)
def display_shapefile(name, iwidth=500, iheight=500):
import shapefile
from PIL import Image, ImageDraw
r = shapefile.Reader(name)
mleft, mbottom, mright, mtop = r.bbox
# map units
mwidth = mright - mleft
mheight = mtop - mbottom
# scale map units to image units
hscale = iwidth / mwidth
vscale = iheight / mheight
img = Image.new("RGB", (iwidth, iheight), "white")
draw = ImageDraw(img)
for shape in r.shapes():
pixels = [(int(iwidth - ((mright - x) * hscale)),
int((mtop - y) * vscale)) for x, y, in shape.points]
if shape.shapeType == shapefile.POLYGON:
draw.polygon(pixels, outline='black')
elif shape.shapeType == shapefile.POLYLINE:
draw.line(pixels, fill='black')
img.show()
def draw_starting_triangle(self, room: DungeonRoom, dungeon: Dungeon,
paintableRooms: Dict[DungeonRoom, PaintableRoom],
draw: ImageDraw) -> None:
"""
Internal function for rendering the starting triangle arrow.
Parameters
----------
room: DungeonRoom
The room to draw the arrow in.
draw: ImageDraw
The drawing handler.
"""
c = paintableRooms[room].center
size = 8
points = []
next = dungeon.rooms[room.index + 1]
d = room.direction_to(next)
if d == 0:
points.append((c[0] + size, c[1] - size))
points.append((c[0] + size, c[1] + size))
points.append((c[0] - size, c[1]))
if d == 1:
points.append((c[0] - size, c[1] + size))
points.append((c[0] + size, c[1] + size))
points.append((c[0], c[1] - size))
if d == 2:
points.append((c[0] - size, c[1] + size))
points.append((c[0] - size, c[1] - size))
points.append((c[0] + size, c[1]))
if d == 3:
points.append((c[0] + size, c[1] - size))
points.append((c[0] - size, c[1] - size))
points.append((c[0], c[1] + size))
draw.polygon(points, fill=self.pathColor)
def draw_block_triangle(canvas: ImageDraw, vertices: FlatTriangle,
weights: list[int], master: int) -> None:
"""Draw a flat triangle with (blocks of) lines inside it."""
weights_0 = [max(weight, 0) for weight in weights]
sum_weights_0 = sum(weights_0)
correction = min(min(sum_weights_0 - 2 * e for e in weights_0), 0)
dual_weights = [
bigger.half(sum_weights_0 - 2 * e + correction) for e in weights_0
]
parallel_weights = [max(-weight, 0) for weight in weights]
for i in range(3):
# Dual arcs.
if dual_weights[i] > 0:
# We first do the edge to the left of the vertex.
# Correction factor to take into account the weight on this edge.
s_a = (1 - 2 * VERTEX_BUFFER) * weights_0[i - 2] / master
# The fractions of the distance of the two points on this edge.
scale_a = (1 - s_a) / 2
scale_a2 = scale_a + s_a * dual_weights[i] / weights_0[i - 2]
# Now repeat for the other edge of the triangle.
s_b = (1 - 2 * VERTEX_BUFFER) * weights_0[i - 1] / master
scale_b = (1 - s_b) / 2
scale_b2 = scale_b + s_b * dual_weights[i] / weights_0[i - 1]
S1 = interpolate(vertices[i - 2], vertices[i - 1], scale_a)
E1 = interpolate(vertices[i - 0], vertices[i - 1], scale_b)
S2 = interpolate(vertices[i - 2], vertices[i - 1], scale_a2)
E2 = interpolate(vertices[i - 0], vertices[i - 1], scale_b2)
canvas.polygon([S1, E1, E2, S2], fill=LAMINATION_COLOUR)
elif dual_weights[i] < 0: # Terminal arc.
s_0 = (1 - 2 * VERTEX_BUFFER) * weights_0[i] / master
scale_a = (1 - s_0) / 2 + s_0 * dual_weights[i - 1] / weights_0[i]
scale_a2 = scale_a + s_0 * (-dual_weights[i]) / weights_0[i]
S1 = interpolate(vertices[i - 0], vertices[i - 2], scale_a)
E1 = vertices[i - 1]
S2 = interpolate(vertices[i - 0], vertices[i - 2], scale_a2)
E2 = vertices[i - 1]
canvas.polygon([S1, E1, E2, S2], fill=LAMINATION_COLOUR)
else: # dual_weights[i] == 0: # Nothing to draw.
pass
# Parallel arcs.
if parallel_weights[i]:
S, O, E = vertices[i - 2], vertices[i - 1], vertices[i]
SS = interpolate(O, S, VERTEX_BUFFER)
EE = interpolate(O, E, VERTEX_BUFFER)
M = interpolate(S, E)
MM = interpolate(SS, EE)
s = parallel_weights[i] / master
P = interpolate(MM, M, s)
canvas.polygon([S, P, E], fill=LAMINATION_COLOUR)
def draw_func(draw: ImageDraw):
for area in areas:
draw.polygon(
area.to_img(image.dimensions).as_list(), fill, outline)
def draw(self, im: ImageDraw):
im.polygon(self.coordinates, self.color_tuple, self.color_tuple)
def draw(self, draw: ImageDraw):
draw.polygon(self.points, self.fill, self.outline)
def draw(self, draw: ImageDraw):
draw.polygon(self.points, self.color)
