Minor variable renaming.

diff --git a/bookmaker.py b/bookmaker.py
index 25e85994f125b785fbe3537cf84fce0a75cdd599..20d9c4dae8dafa43310ef4f7b5b239ef72223e0c 100755 (executable)
--- a/bookmaker.py
+++ b/bookmaker.py
@@ -422,34 +422,34 @@ def main():
                 printable_offset_y = printable_margin * A4_HEIGHT / A4_WIDTH
                 new_page.add_transformation(pypdf.Transformation().scale(printable_scale, printable_scale))
                 new_page.add_transformation(pypdf.Transformation().translate(tx=printable_offset_x, ty=printable_offset_y))
-                x_left_SPINE_LIMIT = half_width * bonus_shrink_factor
-                x_right_SPINE_LIMIT = A4_WIDTH - x_left_SPINE_LIMIT
+                x_left_spine_limit = half_width * bonus_shrink_factor
+                x_right_spine_limit = A4_WIDTH - x_left_spine_limit
                 if args.analyze or front_page:
                     packet = io.BytesIO()
                     c = reportlab.pdfgen.canvas.Canvas(packet, pagesize=A4)
                 if args.analyze:
                     # spine lines
                     c.setLineWidth(0.1)
-                    c.line(x_left_SPINE_LIMIT, A4_HEIGHT, x_left_SPINE_LIMIT, 0)
-                    c.line(x_right_SPINE_LIMIT, A4_HEIGHT, x_right_SPINE_LIMIT, 0)
+                    c.line(x_left_spine_limit, A4_HEIGHT, x_left_spine_limit, 0)
+                    c.line(x_right_spine_limit, A4_HEIGHT, x_right_spine_limit, 0)
                 if front_page:
                     c.setLineWidth(0.2)
                     # cut upper left
-                    start_up_left_left_x = x_left_SPINE_LIMIT - 0.5 * CUT_WIDTH
-                    start_up_left_right_x = x_left_SPINE_LIMIT + 0.5 * CUT_WIDTH
+                    start_up_left_left_x = x_left_spine_limit - 0.5 * CUT_WIDTH
+                    start_up_left_right_x = x_left_spine_limit + 0.5 * CUT_WIDTH
                     middle_point_up_left_y = half_height + MIDDLE_POINT_DEPTH
                     end_point_up_left_y = half_height + CUT_DEPTH
-                    c.line(start_up_left_right_x, half_height, x_left_SPINE_LIMIT, end_point_up_left_y)
-                    c.line(x_left_SPINE_LIMIT, end_point_up_left_y, x_left_SPINE_LIMIT, middle_point_up_left_y)
-                    c.line(x_left_SPINE_LIMIT, middle_point_up_left_y, start_up_left_left_x, half_height)
+                    c.line(start_up_left_right_x, half_height, x_left_spine_limit, end_point_up_left_y)
+                    c.line(x_left_spine_limit, end_point_up_left_y, x_left_spine_limit, middle_point_up_left_y)
+                    c.line(x_left_spine_limit, middle_point_up_left_y, start_up_left_left_x, half_height)
                     # cut lower right
-                    start_down_right_left_x = x_right_SPINE_LIMIT - 0.5 * CUT_WIDTH
-                    start_down_right_right_x = x_right_SPINE_LIMIT + 0.5 * CUT_WIDTH
+                    start_down_right_left_x = x_right_spine_limit - 0.5 * CUT_WIDTH
+                    start_down_right_right_x = x_right_spine_limit + 0.5 * CUT_WIDTH
                     middle_point_down_right_y = half_height - MIDDLE_POINT_DEPTH
                     end_point_down_right_y = half_height - CUT_DEPTH
-                    c.line(start_down_right_left_x, half_height, x_right_SPINE_LIMIT, end_point_down_right_y)
-                    c.line(x_right_SPINE_LIMIT, end_point_down_right_y, x_right_SPINE_LIMIT, middle_point_down_right_y)
-                    c.line(x_right_SPINE_LIMIT, middle_point_down_right_y, start_down_right_right_x, half_height)
+                    c.line(start_down_right_left_x, half_height, x_right_spine_limit, end_point_down_right_y)
+                    c.line(x_right_spine_limit, end_point_down_right_y, x_right_spine_limit, middle_point_down_right_y)
+                    c.line(x_right_spine_limit, middle_point_down_right_y, start_down_right_right_x, half_height)
                 if args.analyze or front_page:
                     c.save()
                     new_pdf = pypdf.PdfReader(packet)