def _exe_image_put(self, x, y, image, frame):
window_height = 218
window_width = 178
# 画像の加工
print("frame", type(frame))
print("image", type(image))
try:
t = self.time
if t > 15:
t = 15
easing_num = easing.easing(t, 0, 1, 15, "ease_in_expo")
window_width = int(window_width * (self.similar_num / 5) *
easing_num)
window_height = int(window_height * (self.similar_num / 5) *
easing_num)
print("window_width", window_width)
print("window_height", window_height)
image = image.resize((window_width, window_height))
print("self.time:", self.time)
# 代入してやらないと動かない
self.image_frame = self.image_frame.rotate(10)
# PIL.ImageDraw.Draw.ellipse(xy, fill=None, outline=None)
# imageを(重要)くり抜くmask
# きれいな円でくり抜く
padding = (window_height - window_width) / 2
self.image_frame = self.image_frame.resize(
(int(window_width), int(window_height - 2 * padding)))
image.paste(self.image_frame, (0, int(padding), int(window_width),
int(window_height - padding)),
self.image_frame.split()[3])
mask_im = Image.new("L", image.size, 0)
draw = ImageDraw.Draw(mask_im)
draw.ellipse((0, padding, window_width, window_height - padding),
fill=255)
radius = int(window_width / 2)
# 類似度に応じて拡大、縮小
# window_size = (int(2*window_width*(self.similar_num/8)), int(2*window_width*(self.similar_num/8)))
# image = image.resize(window_size)
frame.paste(image,
(x - radius, y - radius, x - radius + window_width,
y - radius + window_height), mask_im)
print("im in exe put try")
except:
exc_type, exc_value, exc_traceback = sys.exc_info()
traceback.print_exception(exc_type,
exc_value,
exc_traceback,
limit=2,
file=sys.stdout)
print("something happened in _exe_put")
# 時間経過
self.time += 1
return frame
def _exe_image_put(self, x, y, image, frame):
window_height = 218
window_width = 178
# 画像の加工
print("frame", type(frame))
print("image", type(image))
try:
t = self.time
if t > 15:
t = 15
easing_num = easing.easing(t, 0, 1, 15, "ease_in_expo")
window_width = int(window_width * (self.similar_num/5)*easing_num)
window_height = int(window_height * (self.similar_num/5)*easing_num)
# 類似顔の大きさ変更（縮尺変更）
image_resized = image.resize((window_width, window_height))
# 正方形にトリミング
image_trimmed = image_resized.crop((0, (window_height-window_width)/2, window_width, (window_height-window_width)/2+window_width))
# 枠は5pixの太さにする
padding = int(2*self.similar_num*easing_num)
image_frame_resized = self.image_frame.resize((image_trimmed.width+2*padding, image_trimmed.height+2*padding))
image_frame_resized = image_frame_resized.rotate(self.time*5)
mask_im = Image.new("L", image_trimmed.size, 0)
draw = ImageDraw.Draw(mask_im)
draw.ellipse((0, 0, image_trimmed.width, image_trimmed.height), fill=255)
# 類似度に応じて拡大、縮小
# window_size = (int(2*window_width*(self.similar_num/8)), int(2*window_width*(self.similar_num/8)))
# image = image.resize(window_size)
image_frame_resized.paste(image_trimmed, (padding, padding, padding+image_trimmed.width, padding+image_trimmed.height), mask_im)
mask_im = Image.new("L", image_frame_resized.size, 0)
draw = ImageDraw.Draw(mask_im)
draw.ellipse((0, 0, image_frame_resized.width, image_frame_resized.height), fill=255)
radius = int(image_frame_resized.width/2)
# 類似度に応じて拡大、縮小
# window_size = (int(2*window_width*(self.similar_num/8)), int(2*window_width*(self.similar_num/8)))
# image = image.resize(window_size)
frame.paste(image_frame_resized, (x-radius, y-radius, x-radius+image_frame_resized.width, y-radius+image_frame_resized.height), mask_im)
except:
exc_type, exc_value, exc_traceback = sys.exc_info()
traceback.print_exception(exc_type, exc_value, exc_traceback,
limit=2, file=sys.stdout)
print("something happened in _exe_put")
# 時間経過
self.time += 1
return frame
easing_type = "ease_in_out_circular"
for i in range(len(similar_windows)):
rect_top = rects[i][0]
rect_bottom = rects[i][1]
rect_left = rects[i][2]
rect_right = rects[i][3]
rect = (rect_left, rect_top, rect_right, rect_bottom)
face_frame_center_x = face_frame_centers[i][1]
face_frame_center_y = face_frame_centers[i][0]
for j in reversed(range(len(similar_windows[i]))):
t = similar_windows[i][j].time
if t > end_frame_num:
t = end_frame_num
x = easing.easing(
t, face_frame_center_x,
similar_windows[i][j].movement_amount_x,
end_frame_num, easing_type)
y = easing.easing(
t, face_frame_center_y,
similar_windows[i][j].movement_amount_y,
end_frame_num, easing_type)
# 情報更新・直線描画
lines[i][j].setter(face_frame_center_x,
face_frame_center_y, x, y)
lines[i][j].draw_line(frame, rect)
x = int(x)
y = int(y)
print("xy", x, y)
similar_windows[i][j].put_on_frame(frame=frame,
for i in range(len(face_frames)):
face_frame_centers.append(face_frames[i].cal_center())
# 類似顔表示
print("len similar_windows", len(similar_windows))
end_frame_num = 15
easing_type = "ease_out_bounce"
for i in range(len(similar_windows)):
for j in range(len(similar_windows[i])):
t = similar_windows[i][j].time
if t > end_frame_num:
t = end_frame_num
print("time", similar_windows[i][j].time)
print(face_frame_centers[i])
if j == 0:
x = easing.easing(t, face_frame_centers[i][1] - 80,
0, end_frame_num, easing_type)
y = easing.easing(t, face_frame_centers[i][0] - 80,
250, end_frame_num, easing_type)
elif j == 1:
x = easing.easing(t, face_frame_centers[i][1] - 80,
300, end_frame_num, easing_type)
y = easing.easing(t, face_frame_centers[i][0] - 80,
0, end_frame_num, easing_type)
elif j == 2:
x = easing.easing(t, face_frame_centers[i][1] - 80,
300, end_frame_num, easing_type)
y = easing.easing(t, face_frame_centers[i][0] - 80,
-250, end_frame_num, easing_type)
elif j == 3:
x = easing.easing(t, face_frame_centers[i][1] - 80,
-300, end_frame_num, easing_type)
amount_movement_y = 250
elif j == 4:
amount_movement_x = -300
amount_movement_y = 0
elif j == 5:
amount_movement_x = -300
amount_movement_y = -250
elif j == 6:
amount_movement_x = 0
amount_movement_y = -250
else:
amount_movement_x = 300
amount_movement_y = 250
x = easing.easing(t, face_frame_center_x,
amount_movement_x, end_frame_num,
easing_type)
y = easing.easing(t, face_frame_center_y,
amount_movement_y, end_frame_num,
easing_type)
# 情報更新・直線描画
lines[i][j].setter(face_frame_center_x,
face_frame_center_y, x, y,
amount_movement_x,
amount_movement_y)
lines[i][j].draw_line(frame, rect)
x = int(x)
y = int(y)
print("xy", x, y)
def _exe_image_put(self, x, y, image, frame):
window_height = 218
window_width = 178
end_frame_num = 10
wait_frame_num = 40
# 画像の加工
try:
t = self.time
if t < end_frame_num:
easing_num = easing.easing(t, 0, 1, end_frame_num,
"ease_out_expo")
elif t < wait_frame_num:
t = end_frame_num
easing_num = easing.easing(t, 0, 1, end_frame_num,
"ease_in_expo")
else:
easing_num = easing.easing(t % wait_frame_num, 1, -1,
end_frame_num, "ease_out_expo")
if self.lonly:
window_width = int(window_width * (self.similar_num / 10) *
easing_num * 1.5)
window_height = int(window_height * (self.similar_num / 10) *
easing_num * 1.5)
else:
window_width = int(window_width * (self.similar_num / 10) *
easing_num)
window_height = int(window_height * (self.similar_num / 10) *
easing_num)
# 類似顔の大きさ変更（縮尺変更）
image_resized = image.resize((window_width, window_height))
# 順位挿入
image_resized = self._num_ride(image_resized, 8 - self.similar_num)
# 正方形にトリミング
image_trimmed = image_resized.crop(
(0, (window_height - window_width) / 2, window_width,
(window_height - window_width) / 2 + window_width))
# 枠は5pixの太さにする
padding = int(2 * self.similar_num * easing_num)
image_frame_resized = self.image_frame.resize(
(image_trimmed.width + 2 * padding,
image_trimmed.height + 2 * padding))
image_frame_resized = image_frame_resized.rotate(self.time * 5)
mask_im = Image.new("L", image_trimmed.size, 0)
draw = ImageDraw.Draw(mask_im)
draw.ellipse((0, 0, image_trimmed.width, image_trimmed.height),
fill=255)
# 類似度に応じて拡大、縮小
# window_size = (int(2*window_width*(self.similar_num/8)), int(2*window_width*(self.similar_num/8)))
# image = image.resize(window_size)
image_frame_resized.paste(
image_trimmed,
(padding, padding, padding + image_trimmed.width,
padding + image_trimmed.height), mask_im)
mask_im = Image.new("L", image_frame_resized.size, 0)
draw = ImageDraw.Draw(mask_im)
draw.ellipse(
(0, 0, image_frame_resized.width, image_frame_resized.height),
fill=255)
self.radius = int(image_frame_resized.width / 2)
# 類似度に応じて拡大、縮小
# window_size = (int(2*window_width*(self.similar_num/8)), int(2*window_width*(self.similar_num/8)))
# image = image.resize(window_size)
frame.paste(image_frame_resized,
(x - self.radius, y - self.radius,
x - self.radius + image_frame_resized.width,
y - self.radius + image_frame_resized.height),
mask_im)
except:
exc_type, exc_value, exc_traceback = sys.exc_info()
traceback.print_exception(exc_type,
exc_value,
exc_traceback,
limit=2,
file=sys.stdout)
print("something happened in _exe_put")
# 時間経過
self.time += 1
return frame
end_frame_num = 15
easing_type = "ease_in_out_circular"
for i in range(len(similar_windows)):
for j in range(len(similar_windows[i])):
t = similar_windows[i][j].time
face_frame_center_x = int(face_frame_centers[i][1])
face_frame_center_y = int(face_frame_centers[i][0])
face_frame_width = face_frames[i].right - face_frames[
i].left
face_frame_height = face_frames[i].top - face_frames[
i].bottom
if t > end_frame_num:
t = end_frame_num
if j == 0:
# 時間 初期位置、移動量、終了時間、イージングタイプ
x = easing.easing(t, face_frame_center_x - 80, 0,
end_frame_num, easing_type)
y = easing.easing(t, face_frame_center_y - 80, 250,
end_frame_num, easing_type)
elif j == 1:
x = easing.easing(t, face_frame_center_x - 80, 300,
end_frame_num, easing_type)
y = easing.easing(t, face_frame_center_y - 80, 0,
end_frame_num, easing_type)
elif j == 2:
x = easing.easing(t, face_frame_center_x - 80, 300,
end_frame_num, easing_type)
y = easing.easing(t, face_frame_center_y - 80,
-250, end_frame_num, easing_type)
elif j == 3:
x = easing.easing(t, face_frame_center_x - 80,
-300, end_frame_num, easing_type)
