Bugfix coordinates

src/postprocessing/postprocessing.py

@@ -95,13 +95,13 @@ def animate_logo(model_output: pd.DataFrame, logo_path: str):
                 # Check type and call method
                 if animation_type == 1:
                     # animation: translate
-                    from_x = animations_by_type[animation_type][i][12]
-                    from_y = animations_by_type[animation_type][i][13]
+                    from_x = int(animations_by_type[animation_type][i][12])
+                    from_y = int(animations_by_type[animation_type][i][13])
                     # Check if there is a next translate animation
                     if i < len(animations_by_type[animation_type]) - 1:
                         # animation endpoint is next translate animation's starting point
-                        to_x = animations_by_type[animation_type][i+1][12]
-                        to_y = animations_by_type[animation_type][i+1][13]
+                        to_x = int(animations_by_type[animation_type][i+1][12])
+                        to_y = int(animations_by_type[animation_type][i+1][13])
                     else:
                         # animation endpoint is final position of object
                         to_x = 0
@@ -127,10 +127,10 @@ def animate_logo(model_output: pd.DataFrame, logo_path: str):
                     current_animations.append(_animation_translate(animation_id, begin, dur, from_x, from_y, to_x, to_y))
                 elif animation_type == 2:
                     print('curve')
-                    from_x = animations_by_type[animation_type][i][12]
-                    from_y = animations_by_type[animation_type][i][13]
-                    via_x = animations_by_type[animation_type][i][14]
-                    via_y = animations_by_type[animation_type][i][15]
+                    from_x = int(animations_by_type[animation_type][i][12])
+                    from_y = int(animations_by_type[animation_type][i][13])
+                    via_x = int(animations_by_type[animation_type][i][14])
+                    via_y = int(animations_by_type[animation_type][i][15])
                     # Check if there is a next curve animation
                     if i < len(animations_by_type[animation_type]) - 1:
                         # animation endpoint is next curve animation's starting point
@@ -199,11 +199,11 @@ def animate_logo(model_output: pd.DataFrame, logo_path: str):
                     current_animations.append(_animation_rotate(animation_id, begin, dur, from_degree, to_degree, midpoints))
                 elif animation_type == 5:
                     # animation: skewX
-                    from_x = animations_by_type[animation_type][i][18]
+                    from_x = int(animations_by_type[animation_type][i][18])
                     # Check if there is a next skewX animation
                     if i < len(animations_by_type[animation_type]) - 1:
                         # animation endpoint is next skewX animation's starting point
-                        to_x = animations_by_type[animation_type][i+1][18]
+                        to_x = int(animations_by_type[animation_type][i+1][18])
                     else:
                         # animation endpoint is final position of object
                         to_x = 1
@@ -219,11 +219,11 @@ def animate_logo(model_output: pd.DataFrame, logo_path: str):
                     current_animations.append(_animation_skewX(animation_id, begin, dur, from_x, to_x))
                 elif animation_type == 6:
                     # animation: skewY
-                    from_y = animations_by_type[animation_type][i][19]
+                    from_y = int(animations_by_type[animation_type][i][19])
                     # Check if there is a next skewY animation
                     if i < len(animations_by_type[animation_type]) - 1:
                         # animation endpoint is next skewY animation's starting point
-                        to_y = animations_by_type[animation_type][i+1][19]
+                        to_y = int(animations_by_type[animation_type][i+1][19])
                     else:
                         # animation endpoint is final position of object
                         to_y = 1