very fizzely and green junk but overall believable defusion

examples.c

@@ -47,7 +47,7 @@ void exampleSphere( int width, int height, int channels, unsigned char **image)
     objectList[2] = &obj3;
     sphere obj4 = (sphere){vec3Add(sphereOrigin, (vec3){1,1,3}), sphereRadius, (RGBA){0.5,1,1,1},0};
     objectList[3] = &obj4;
-    sphere light1 = (sphere){(vec3){2,1,0}, sphereRadius, (RGBA){1,1,1,1},1};
+    sphere light1 = (sphere){(vec3){1,2,4.5}, sphereRadius, (RGBA){1,1,1,1},1};
     objectList[4] = &light1;
     int objectCount = 5;
 

raytrace.c

@@ -7,15 +7,17 @@
 
 RGBA raytraceSphere(sphere **objectList, ray *lightray) {
     RGBA pixel = (RGBA){0,0,0,0};
-    const int lightBounces = 2;
-    sphere **spheresHitList = (sphere **)calloc( (lightBounces + 1),sizeof(sphere*) );
-    vec3 *spheresNormalList = (vec3 *)calloc( lightBounces + 1,sizeof(vec3) );
+    #define lightBounces 1
+    //sphere **spheresHitList = (sphere **)calloc( (lightBounces + 1),sizeof(sphere*) );
+    //vec3 *spheresNormalList = (vec3 *)calloc( lightBounces + 1,sizeof(vec3) );
     int hitLightIndex = -1;
     vec3 sphereNormal;
     int raysPerPixel = 50;
     ray originalRay = *lightray;
 
     for (int k = 0; k < raysPerPixel; k++) {
+        sphere *spheresHitList[lightBounces + 1] = {0};
+        vec3 spheresNormalList[lightBounces + 1] = {0};
         *lightray = originalRay;
         RGBA tempPixel = (RGBA){1,1,1,1};
         sphere *nearestSphere = nullptr;
@@ -92,8 +94,8 @@ RGBA raytraceSphere(sphere **objectList, ray *lightray) {
     pixel.a = pixel.a / raysPerPixel;
 
 
-    free(spheresHitList);
-    free(spheresNormalList);
+    //free(spheresHitList);
+    //free(spheresNormalList);
     return pixel;
 
 }