private void Generator_Simulate()
{
Vector3 offset = (0.5f * Vector3.right) + (0.5f * Vector3.up);
foreach (var generator in generator_dictionary)
{
// If the generator has a wire under it
if (energy_dictionary.ContainsKey(generator.Key))
{
Energy_Tile new_tile = new Energy_Tile();
new_tile.energy_level = energy_dictionary[generator.Key].energy_level + 1;
new_tile.tiletype = energy_dictionary[generator.Key].tiletype;
new_tile.energy_origin = DIRECTION.NULL;
new_tile.has_changed_this_step = false;
if (energy_buffer.ContainsKey(generator.Key))
{
energy_buffer[generator.Key] = new_tile;
}
else
{
energy_buffer.Add(generator.Key, new_tile);
}
}
}
}
private void Initiate_Transfer(Dictionary <Vector3Int, Energy_Tile> i_buffer, Vector3Int i_transfer_pos, DIRECTION i_origin_dir, DIRECTION i_transfer_direction, int i_delta, bool is_cumulative)
{
Energy_Tile new_tile = new Energy_Tile();
if (is_cumulative)
{
new_tile.energy_level = energy_dictionary[i_transfer_pos].energy_level + i_delta;
}
else
{
new_tile.energy_level = i_delta;
}
new_tile.energy_origin = i_origin_dir;
new_tile.tiletype = energy_dictionary[i_transfer_pos].tiletype;
new_tile.has_changed_this_step = false;
new_tile.transfer_direction = energy_dictionary[i_transfer_pos].transfer_direction;
if (i_buffer.ContainsKey(i_transfer_pos))
{
i_buffer[i_transfer_pos].energy_level += i_delta;
i_buffer[i_transfer_pos].transfer_direction = energy_dictionary[i_transfer_pos].transfer_direction;
i_buffer[i_transfer_pos].energy_origin = i_origin_dir;
}
else
{
i_buffer.Add(i_transfer_pos, new_tile);
}
}
private Energy_Tile Create_Energy_Tile(TileBase i_tile)
{
Energy_Tile temp_energy = new Energy_Tile();
temp_energy.tiletype = i_tile;
temp_energy.energy_level = 0;
temp_energy.energy_origin = DIRECTION.NULL;
temp_energy.transfer_direction = DIRECTION.NULL;
temp_energy.has_changed_this_step = false;
return(temp_energy);
}
private DIRECTION Check_Valid_Directions(Vector3Int i_pos, Energy_Tile i_tile)
{
DIRECTION return_dir = new DIRECTION();
if (energy_dictionary.ContainsKey(i_pos))
{
if (energy_dictionary.ContainsKey(i_pos + Vector3Int.up))
{
return_dir |= DIRECTION.UP;
}
if (energy_dictionary.ContainsKey(i_pos + Vector3Int.right))
{
return_dir |= DIRECTION.RIGHT;
}
if (energy_dictionary.ContainsKey(i_pos - Vector3Int.up))
{
return_dir |= DIRECTION.DOWN;
}
if (energy_dictionary.ContainsKey(i_pos - Vector3Int.right))
{
return_dir |= DIRECTION.LEFT;
}
DIRECTION change_dir = i_tile.transfer_direction;
if (change_dir == DIRECTION.NULL)
{
change_dir = DIRECTION.UP;
}
int counter = 0;
bool has_completed = false;
while (counter < 4)
{
change_dir = (DIRECTION)((int)(change_dir) << 1);
if (change_dir == DIRECTION.OVER)
{
change_dir = DIRECTION.UP;
}
if (((change_dir & return_dir) == change_dir) && (((change_dir & i_tile.energy_origin) != i_tile.energy_origin) || (i_tile.energy_origin == DIRECTION.NULL)))
{
i_tile.transfer_direction = change_dir;
has_completed = true;
counter = 4;
}
counter++;
}
if (has_completed)
{
// do transfer
Transfer_Energy(i_pos, i_tile.energy_level, change_dir);
}
else
{
Transfer_Energy(i_pos, i_tile.energy_level, DIRECTION.OVER);
// Send energy to the receptor or dissipate it
if (!Send_To_Receptor(i_pos, i_tile.energy_level))
{
//Debug.Log("Energy Dissipated: " + i_tile.energy_level);
}
}
}
return(return_dir);
}
