rah ouai

Author: Linux0Hat

.gitignore

@@ -1,3 +1,3 @@
 /target
 /node_modules
-/dis
+/dist

index.js

@@ -11,6 +11,7 @@ import('./pkg')
             world = wasm.World.new();
             world.add_object(0., -380., 40., -100., 20., 20., 0.8, false);
             world.add_object(-80., 0., 100., -400., 30., 30., 0.8, false);
+            world.add_object(200., 300., 0., 0., 30., 30., 0.8, true);
         }
 
         // Set world to the universal gravitation preset
@@ -23,9 +24,16 @@ import('./pkg')
             world.set_meter_size(0.001);
         }
 
+        function worldMultiCollision() {
+            world = wasm.World.new();
+            world.add_object(0., -380., 40., -100., 20., 20., 0.8, false);
+            world.add_object(-200., 20., 0., 0., 30., 30., 0.8, false);
+        }
+
         let world_dictionary = {
             "collision": worldCollision,
-            "universal": worldUniversal
+            "universal": worldUniversal,
+
         }
 
         wolrd_preset_actual = document.getElementById("world_preset").value;

src/lib.rs

@@ -170,16 +170,16 @@ impl World {
 
                 if (obj.is_freeze) {
                     let impulse = (2. * dot_product) / (distance * (obj_.mass + obj_.mass));
-                    let bounce_x = (impulse * obj_.mass * delta_x) / distance + restitution_coef * ((impulse * obj_.mass * delta_x) / distance);
-                    let bounce_y = (impulse * obj_.mass * delta_y) / distance + restitution_coef * ((impulse * obj_.mass * delta_y) / distance);
+                    let bounce_x = (impulse * obj_.mass * delta_x) / distance + restitution_coef * ((impulse  * delta_x) / distance);
+                    let bounce_y = (impulse * obj_.mass * delta_y) / distance + restitution_coef * ((impulse * delta_y) / distance);
 
                     obj_.velocity_x -= bounce_x;
                     obj_.velocity_y -= bounce_y;
                 } 
                 else if (obj_.is_freeze) {
                     let impulse = (2. * dot_product) / (distance * (obj.mass + obj.mass));
-                    let bounce_x = (impulse * obj.mass * delta_x) / distance + restitution_coef * ((impulse * obj.mass * delta_x) / distance);
-                    let bounce_y = (impulse * obj.mass * delta_y) / distance +restitution_coef * ((impulse * obj.mass * delta_y) / distance);
+                    let bounce_x = (impulse * obj.mass * delta_x) / distance + restitution_coef * ((impulse * delta_x) / distance);
+                    let bounce_y = (impulse * obj.mass * delta_y) / distance +restitution_coef * ((impulse * delta_y) / distance);
                     obj.velocity_x += bounce_x;
                     obj.velocity_y += bounce_y;
                 }