Mirroring
#pragma kernel CSMain
// Thread group size
#define thread_group_size_x 32
#define thread_group_size_y 1
#define thread_group_size_z 1
struct Particle
{
float3 position;
float3 velocity;
int wait;
};
int app_mode;
float time;
float pi;
float deltaTime;
float damping;
float3 base; // HANDLE.
float3 orbit; // BOB
float targetStrengh; // POWER MAG
float orbit_weighting; // POWER RATIO BETWEEN HANDLE AND BOB
float radius_of_action; // RADIUS OF TROUGH / MOTE :) around ATTRACTOR
int attractor_Count;
float3 att_0;
float3 att_1;
float3 att_2;
float3 att_3;
float3 att_4;
float3 att_5;
float3 att_6;
float3 att_7;
float3 att_8;
float3 att_9;
float3 att_10;
float3 att_11;
float3 att_12;
float3 att_13;
float3 att_14;
float3 att_15;
float3 att_16;
float3 att_17;
float3 att_18;
float3 att_19;
float constVel;
RWStructuredBuffer <Particle> particles;
[numthreads(thread_group_size_x, thread_group_size_y, thread_group_size_z )]
void CSMain ( uint3 Gid : SV_GroupID, uint3 DTid : SV_DispatchThreadID, uint3 GTid : SV_GroupThreadID, uint GI : SV_GroupIndex )
{
int index = DTid.x;
//int index = DTid.x + DTid.y * thread_group_size_x * 32;
if(app_mode == 0) //Platonics Mode
{
float3 velTemp = particles[index].velocity;
if(attractor_Count == 1 || attractor_Count == 2 || attractor_Count == 3 )
{
float3 att_0_Dir = normalize((att_0 - particles[index].position));
float att_0_dist = distance(att_0, particles[index].position);
velTemp += targetStrengh * att_0_Dir * deltaTime / att_0_dist;
if(attractor_Count == 2 || attractor_Count == 3 )
{
float3 att_1_Dir = normalize((att_1 - particles[index].position));
float att_1_dist = distance(att_1, particles[index].position);
velTemp += targetStrengh * att_1_Dir * deltaTime / att_1_dist;
if(attractor_Count == 3 )
{
float3 att_2_Dir = normalize((att_2 - particles[index].position));
float att_2_dist = distance(att_2, particles[index].position);
velTemp += targetStrengh * att_2_Dir * deltaTime / att_2_dist;
}
}
if(dot(normalize(velTemp), normalize(particles[index].velocity)) > 0.707 && particles[index].wait == 0)
{
particles[index].velocity = velTemp;
}
else if(particles[index].wait == 0)
{
particles[index].wait = 100;
}
else
{
particles[index].wait = particles[index].wait - 1;
if(particles[index].wait == 0)
{
particles[index].velocity = velTemp;
}
}
particles[index].position += particles[index].velocity;
}
else if(attractor_Count == 4 || attractor_Count == 6 || attractor_Count == 8 || attractor_Count == 12 || attractor_Count == 13 || attractor_Count == 20)
{
