Updated canvas size

mechanics.c

@@ -2,7 +2,6 @@
 #include "objects.h"
 #include <stdio.h>
 
-
 Vector2 body_collision(mass_body_t *a, mass_body_t *b) {
   Vector2 diff = vec2_diff(&a->position, &b->position);
   float len = vec2_len(diff);
@@ -49,8 +48,8 @@ void collide(mass_body_t *a, mass_body_t *b, const Vector2 *normal,
 }
 
 void collide_rigid(mass_body_t *a, float restitution) {
-  float max_x = GetRenderWidth() / 2.0f - a->radius;
-  float max_y = GetRenderHeight() / 2.0f - a->radius;
+  float max_x = GetRenderWidth() * 10 / 2.0f - a->radius;
+  float max_y = GetRenderHeight() * 10 / 2.0f - a->radius;
 
   if (a->position.x > max_x) {
     a->position.x = max_x;
@@ -73,26 +72,26 @@ void collide_rigid(mass_body_t *a, float restitution) {
   }
 }
 
-void mechanics(universe_t* uni){
+void mechanics(universe_t *uni) {
   mass_body_t body_1;
   mass_body_t body_2;
   Vector2 collision;
   Vector2 scaled_speed;
   for (unsigned int i = 0; i < uni->num_bodies; i++) {
-      body_1 = uni->bodies[i];
-      scaled_speed = vec2_scale(&body_1.speed, 1.0 / simx);
-      body_1.position = vec2_sum(&body_1.position, &scaled_speed);
-      if (i < uni->num_bodies - 1) {
-        for (unsigned int y = i + 1; y < uni->num_bodies; y++) {
-          body_2 = uni->bodies[y];
-          collision = body_collision(&body_1, &body_2);
-          if (!vec2_is_null(collision)) {
-            collide(&body_1, &body_2, &collision, 1.0);
-          }
-          uni->bodies[y] = body_2;
+    body_1 = uni->bodies[i];
+    scaled_speed = vec2_scale(&body_1.speed, 1.0 / simx);
+    body_1.position = vec2_sum(&body_1.position, &scaled_speed);
+    if (i < uni->num_bodies - 1) {
+      for (unsigned int y = i + 1; y < uni->num_bodies; y++) {
+        body_2 = uni->bodies[y];
+        collision = body_collision(&body_1, &body_2);
+        if (!vec2_is_null(collision)) {
+          collide(&body_1, &body_2, &collision, 1.0);
         }
+        uni->bodies[y] = body_2;
       }
-      collide_rigid(&body_1, 1.1);
-      uni->bodies[i] = body_1;
     }
+    collide_rigid(&body_1, 1.1);
+    uni->bodies[i] = body_1;
+  }
 }