def update_scene1(vertical_parcent, outer_circle):
"""オブジェクトの位置とキャンバスを返します
"""
# RGBバー
bar_box = BarBox()
bar_box.rates = vertical_parcent
width1 = int(bar_box.rates[0] * 20 * GRID_UNIT)
width2 = int(bar_box.rates[1] * 20 * GRID_UNIT)
width3 = int(bar_box.rates[2] * 20 * GRID_UNIT)
bar_box.left = BAR_BOX_LEFT
bar_box.lower_x = bar_box.left + width3
bar_box.upper_x = bar_box.lower_x + width2
bar_box.right = bar_box.upper_x + width1
bar_box.top = BAR_BOX_TOP
bar_box.bottom = bar_box.top + 90
bar_box.label_gap = int(-0.75 * GRID_UNIT)
bar_box.font_scale = FONT_SCALE
bar_box.line_type = 2
bar_box.font = cv2.FONT_HERSHEY_SIMPLEX
# レールとなる円 circle rail
circle_rail = CircleRail()
circle_rail.drawing_top = bar_box.bottom + GRID_UNIT
circle_rail.drawing_bottom = CANVAS_HEIGHT - GRID_UNIT
circle_rail.range1 = int(width2 / 2)
circle_rail.center = (int((bar_box.lower_x + bar_box.upper_x) / 2),
bar_box.bottom + CIRCLE_DISTANCE + circle_rail.range1
) # x, y
circle_rail.border_rect = Rectangle(
bar_box.lower_x, circle_rail.center[1] - circle_rail.range1,
bar_box.upper_x, circle_rail.center[1] + circle_rail.range1)
circle_rail.point_range = 4
# 外環状
outer_circle.origin = (circle_rail.center[0], circle_rail.center[1])
outer_circle.area_size = (int(bar_box.width * 9 / 10),
int(bar_box.width * 9 / 10))
outer_circle.phases = PHASE_COUNTS
outer_circle.tickness = int(1.5 * GRID_UNIT)
inscribed_triangle = InscribedTriangle()
# 時計の針
clock_hand = ClockHand()
clock_hand.center = (circle_rail.center[0], circle_rail.center[1])
clock_hand.unit_arc = outer_circle.unit_arc
clock_hand.tickness = 2
clock_hand.rng1 = circle_rail.range1 # 1st range
rng2_expected = bar_box.width * 9 / 10
clock_hand.rng2 = int(rng2_expected - outer_circle.tickness / 2 -
clock_hand.tickness) # 2nd range
clock_hand.rng3 = int(rng2_expected + outer_circle.tickness / 2 +
clock_hand.tickness) # 3rd range
return bar_box, circle_rail, outer_circle, inscribed_triangle, clock_hand
def update_scene1(vertical_parcent, outer_circle):
"""オブジェクトの位置とキャンバスを返します
"""
# RGBバー
bar_box = BarBox()
bar_box.rates = vertical_parcent
height1 = int(bar_box.rates[0] * 10 * GRID_UNIT)
height2 = int(bar_box.rates[1] * 10 * GRID_UNIT)
height3 = int(bar_box.rates[2] * 10 * GRID_UNIT)
bar_box.top = BAR_TOP1
bar_box.upper_y = bar_box.top + height1
bar_box.lower_y = bar_box.upper_y + height2
bar_box.bottom = bar_box.lower_y + height3
bar_box.label_gap = int(0.25 * GRID_UNIT)
bar_box.left = BAR_BOX_LEFT
bar_box.right = bar_box.left + 90
bar_box.font_scale = FONT_SCALE
bar_box.line_type = 2
bar_box.font = cv2.FONT_HERSHEY_SIMPLEX
# レールとなる円 circle rail
circle_rail = CircleRail()
circle_rail.top = bar_box.upper_y
circle_rail.range1 = int(height2 / 2)
circle_rail.border_left = GRID_UNIT
circle_rail.border_right = bar_box.left - GRID_UNIT
circle_rail.center = (bar_box.left - CIRCLE_DISTANCE,
circle_rail.top + circle_rail.range1) # x, y
circle_rail.point_range = 4
outer_circle.origin = (circle_rail.center[0], circle_rail.center[1])
outer_circle.area_size = (int(7 * GRID_UNIT), int(7 * GRID_UNIT))
outer_circle.phases = PHASE_COUNTS
inscribed_triangle = InscribedTriangle()
return bar_box, circle_rail, outer_circle, inscribed_triangle
def update_scene1(vertical_parcent, outer_circle):
"""オブジェクトの位置とキャンバスを返します
"""
bar_box = BarBox()
circle_rail = CircleRail()
inscribed_triangle = InscribedTriangle()
# バー
# RGBバーの１段目、２段目、３段目の高さ（２０分率）
bar_box.top1 = BAR_TOP1
bar_box.rates = vertical_parcent
bar_box.height1 = int(bar_box.rates[0] * 10 * GRID_UNIT)
bar_box.height2 = int(bar_box.rates[1] * 10 * GRID_UNIT)
bar_box.height3 = int(bar_box.rates[2] * 10 * GRID_UNIT)
bar_box.one_width = 30 # フォント１文字の横幅が 10 と想定
bar_box.y_axis_label_gap = int(0.25 * GRID_UNIT)
bar_box.rate_text_gap = int(0.2 * GRID_UNIT)
# バー箱の左
bar_box.left = BAR_BOX_LEFT
# バーの筋
bar_box.font_scale = FONT_SCALE
bar_box.line_type = 2
bar_box.font = cv2.FONT_HERSHEY_SIMPLEX
bar_box.red_left = bar_box.left
bar_box.green_left = bar_box.red_left + bar_box.one_width
bar_box.blue_left = bar_box.green_left + bar_box.one_width
bar_box.right = bar_box.blue_left + bar_box.one_width
# レールとなる円 circle rail
circle_rail.top = BAR_TOP1 + bar_box.height1
# 円レール
circle_rail.range1 = int(bar_box.height2 / 2)
circle_rail.border_left = GRID_UNIT
circle_rail.border_right = bar_box.left - GRID_UNIT
circle_rail.center = (bar_box.left - CIRCLE_DISTANCE,
circle_rail.top + circle_rail.range1) # x, y
outer_circle.origin = (circle_rail.center[0], circle_rail.center[1])
circle_rail.point_range = 4
# RGBバー２段目
bar_box.top2 = circle_rail.top
bar_box.rank1_rect.left_top = (bar_box.left, BAR_TOP1)
bar_box.rank1_rect.right_bottom = (bar_box.right, bar_box.top2)
# バー２段目（レールとなる円と水平線を合わす）
bar_box.top3 = bar_box.top2 + bar_box.height2
bar_box.bottom = bar_box.top3 + bar_box.height3
bar_box.height = bar_box.height1 + bar_box.height2 + bar_box.height3
# print(f"bar_box.height={bar_box.height}")
# RGBバー２段目領域
bar_box.rank2_rect.left_top = (bar_box.left, bar_box.top2)
bar_box.rank2_rect.right_bottom = (bar_box.right, bar_box.top3)
# RGBバー３段目
bar_box.rank3_rect.left_top = (bar_box.left, bar_box.top3)
bar_box.rank3_rect.right_bottom = (bar_box.right, bar_box.bottom)
outer_circle.area_size = (int(7 * GRID_UNIT), int(7 * GRID_UNIT))
outer_circle.phases = PHASE_COUNTS
return bar_box, circle_rail, outer_circle, inscribed_triangle
