void PostPaintUpdate()
{
PaintTiles_UpdateData.Apply(DataGroup.Tiles, DataGroup.CurrentUnits, DataGroup.CurrentData, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.CurrentData);
PaintTiles_UpdateUnits.Apply(DataGroup.Tiles, DataGroup.CurrentUnits, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.CurrentUnits);
PaintTiles_UpdateTiles.Apply(DataGroup.Tiles, DataGroup.SelectField, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.Tiles);
Render.UnsetDevice();
DataGroup.Geo.Clear();
DataGroup.AntiGeo.Clear();
DataGroup.MockTiles.Clear();
DataGroup.OuterGeo.Clear();
DataGroup.TempGeo.Clear();
DataGroup.GeoInfo.Clear();
foreach (var dir in Dir.Vals)
{
DataGroup.Dirward[dir].Clear();
}
UpdateGeo(false);
UpdateGeo(true);
}
void MarkGeoBoundary(bool Anti)
{
SwapTempGeo(Anti);
Geodesic_Boundary.Apply(DataGroup.TempGeo, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.TempGeo);
SwapTempGeo(Anti);
}
void SetReducedGeoId(bool Anti)
{
SwapTempGeo(Anti);
Geodesic_SetGeoId.Apply(DataGroup.TempGeo, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.TempGeo);
SwapTempGeo(Anti);
}
void PaintTiles()
{
float tile = TileUserIsPlacing;
Action_PaintTiles.Apply(DataGroup.Tiles, DataGroup.SelectField, DataGroup.RandomField, tile, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.Tiles);
PostPaintUpdate();
}
public bool FireballApply(int PlayerNumber, int TeamNumber, vec2 GridCoord)
{
AddExplosion(GridToWorldCood(GridCoord), 2 * vec(Spells.FlameRadius, Spells.FlameRadius));
SetEffectArea(GridCoord, Spells.FlameRadius, PlayerNumber);
Kill.Apply(DataGroup.SelectField, DataGroup.Magic, DataGroup.AntiMagic, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.Magic);
return(true);
}
void SwapTempGeo(bool Anti)
{
if (Anti)
{
CoreMath.Swap(ref DataGroup.AntiGeo, ref DataGroup.TempGeo);
}
else
{
CoreMath.Swap(ref DataGroup.Geo, ref DataGroup.TempGeo);
}
}
void PropagateFullGeoId(bool Anti)
{
SwapTempGeo(Anti);
for (int i = 0; i < 1024; i++)
{
Geodesic_ExtremityPropagation.Apply(DataGroup.TempGeo, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.TempGeo);
}
SwapTempGeo(Anti);
}
void DeleteUnits()
{
ActionDelete_Data.Apply(DataGroup.CurrentData, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.CurrentData);
ActionDelete_Data.Apply(DataGroup.PreviousData, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.PreviousData);
BuildingInfusion_Delete.Apply(DataGroup.CurrentUnits, DataGroup.CurrentData, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.CurrentData, ref DataGroup.Temp1);
DataGroup.Building_InfusionDiffusion();
}
public void Migrate()
{
Render.UnsetDevice();
//DataGroup.Corpses.Clear();
UnitMigrate.Apply(DataGroup.CurrentUnits, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.CurrentUnits);
UnitMigrate.Apply(DataGroup.PreviousUnits, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.PreviousUnits);
Render.UnsetDevice();
}
void UpdateGeo(bool Anti)
{
Geodesic_Outline.Apply(DataGroup.Tiles, Anti, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.TempGeo);
for (int i = 0; i < 5; i++)
{
Geodesic_OutlineCleanup.Apply(DataGroup.Tiles, DataGroup.TempGeo, Anti, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.TempGeo);
}
Geodesic_StorePos.Apply(DataGroup.TempGeo, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.TempGeo);
SwapTempGeo(Anti);
}
public void SpawnUnits(vec2 grid_coord, float player, float team, float type, float distribution, bool raising = true)
{
if (MapEditorActive)
{
raising = false;
}
if (distribution == UnitDistribution.Single)
{
bool placed = false;
PlaceUnit(ref placed, type, grid_coord, player, team);
return;
}
ActionSpawn_Filter.Apply(DataGroup.SelectField, DataGroup.CurrentData, DataGroup.CurrentUnits, DataGroup.Corpses, DataGroup.AntiMagic, distribution, team, Output: DataGroup.Temp2);
var Filter = DataGroup.Temp2;
ActionSpawn_Unit.Apply(Filter, DataGroup.CurrentUnits, player, team, type, raising, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.CurrentUnits);
if (SimulationPaused)
{
ActionSpawn_Unit.Apply(Filter, DataGroup.PreviousUnits, player, team, type, raising, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.PreviousUnits);
}
ActionSpawn_Target.Apply(Filter, DataGroup.TargetData, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.TargetData);
ActionSpawn_Data.Apply(Filter, DataGroup.CurrentData, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.CurrentData);
if (SimulationPaused)
{
ActionSpawn_Data.Apply(Filter, DataGroup.PreviousData, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.PreviousData);
}
if (distribution == UnitDistribution.OnCorpses)
{
ActionSpawn_Corpse.Apply(Filter, DataGroup.Corpses, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.Corpses);
}
}
void CalculatePolarDistance()
{
for (int i = 0; i < 1024; i++)
{
Geodesic_PolarDistance.Apply(DataGroup.Geo, DataGroup.GeoInfo, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.GeoInfo);
}
Geodesic_SetCircumference.Apply(DataGroup.Geo, DataGroup.GeoInfo, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.GeoInfo);
foreach (var dir in Dir.Vals)
{
Identity.Apply(DataGroup.Geo, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.ShiftedGeo);
Identity.Apply(DataGroup.GeoInfo, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.ShiftedGeoInfo);
for (int i = 0; i < 256; i++)
{
Shift.Apply(DataGroup.ShiftedGeo, dir, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.ShiftedGeo);
Shift.Apply(DataGroup.ShiftedGeoInfo, dir, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.ShiftedGeoInfo);
Geodesic_Polarity.Apply(DataGroup.Dirward[dir], DataGroup.Geo, DataGroup.ShiftedGeo, DataGroup.GeoInfo, DataGroup.ShiftedGeoInfo, dir, Output: DataGroup.Temp1);
DataGroup.Dirward[dir] = CoreMath.SwapReturn(ref DataGroup.Temp1, DataGroup.Dirward[dir]);
}
for (int i = 0; i < 50; i++)
{
Geodesic_FillMissingPolarity.Apply(DataGroup.Dirward[dir], DataGroup.Geo, Output: DataGroup.Temp1);
DataGroup.Dirward[dir] = CoreMath.SwapReturn(ref DataGroup.Temp1, DataGroup.Dirward[dir]);
}
Geodesic_ClearImportance.Apply(DataGroup.Dirward[dir], Output: DataGroup.Temp1);
DataGroup.Dirward[dir] = CoreMath.SwapReturn(ref DataGroup.Temp1, DataGroup.Dirward[dir]);
}
// probably want a larger total shift than 256 eventually, but keep it less than the width of the map (maybe width minus 1, to avoid boundary condition)
// set signal on movement data output once polarity is set, then capture signal and store polarity and geo_id
}
void _GrowGeo(bool Anti)
{
SwapTempGeo(Anti);
Geodesic_ConvertToBlocking.Apply(DataGroup.Tiles, DataGroup.TempGeo, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.MockTiles);
Geodesic_Outline.Apply(DataGroup.MockTiles, Anti, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.OuterGeo);
for (int i = 0; i < 5; i++)
{
Geodesic_OutlineCleanup.Apply(DataGroup.MockTiles, DataGroup.OuterGeo, Anti, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.OuterGeo);
}
Geodesic_Flatten.Apply(DataGroup.TempGeo, DataGroup.OuterGeo, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.TempGeo);
SwapTempGeo(Anti);
}
private void MakeMapSymmetric(float type, bool convert_dragonlords)
{
MakeSymmetric.Apply(DataGroup.Tiles, type, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.Tiles);
MakeSymmetric.Apply(DataGroup.CurrentData, type, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.CurrentData);
MakeSymmetric.Apply(DataGroup.PreviousData, type, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.PreviousData);
MakeUnitsSymmetric.Apply(DataGroup.CurrentUnits, type, convert_dragonlords, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.CurrentUnits);
MakeUnitsSymmetric.Apply(DataGroup.PreviousUnits, type, convert_dragonlords, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.PreviousUnits);
MakeSymmetric.Apply(DataGroup.Extra, type, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.Extra);
MakeTargetSymmetric.Apply(DataGroup.TargetData, type, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.TargetData);
MakeSymmetric.Apply(DataGroup.Corpses, type, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.Corpses);
FixBuildings_1.Apply(DataGroup.CurrentData, DataGroup.CurrentUnits, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.CurrentData);
FixBuildings_1.Apply(DataGroup.PreviousData, DataGroup.PreviousUnits, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.PreviousData);
FixBuildings_2.Apply(DataGroup.CurrentData, DataGroup.CurrentUnits, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.CurrentData);
FixBuildings_2.Apply(DataGroup.PreviousData, DataGroup.PreviousUnits, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.PreviousData);
PostPaintUpdate();
}
public static void CopyFromTo(RenderTarget2D Source, ref RenderTarget2D Destination, ref RenderTarget2D Temporary)
{
Identity.Apply(Source, Output: Temporary);
CoreMath.Swap(ref Destination, ref Temporary);
}
public void Startup()
{
Render.UnsetDevice();
int user_count = 0;
for (int p = 1; p <= 4; p++)
{
if (Program.SteamUsers[p - 1] != 0)
{
user_count++;
}
}
if (RemoveComputerDragonLords && user_count > 1)
{
for (int player = 1; player <= 4; player++)
{
if (Program.PlayersSteamUser[player] == 0)
{
RemoveDragonLordData.Apply(DataGroup.CurrentUnits, DataGroup.CurrentData, Player.Vals[player], Output: DataGroup.Temp1);
RemoveDragonLordUnit.Apply(DataGroup.CurrentUnits, DataGroup.CurrentData, Player.Vals[player], Output: DataGroup.Temp2);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.CurrentData);
CoreMath.Swap(ref DataGroup.Temp2, ref DataGroup.CurrentUnits);
RemoveDragonLordData.Apply(DataGroup.PreviousUnits, DataGroup.PreviousData, Player.Vals[player], Output: DataGroup.Temp1);
RemoveDragonLordUnit.Apply(DataGroup.PreviousUnits, DataGroup.PreviousData, Player.Vals[player], Output: DataGroup.Temp2);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.PreviousData);
CoreMath.Swap(ref DataGroup.Temp2, ref DataGroup.PreviousUnits);
}
}
}
// Set datagroup team data.
SetTeams.Apply(DataGroup.CurrentUnits, DataGroup.CurrentData, PlayerTeamVals, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.CurrentUnits);
SetTeams.Apply(DataGroup.PreviousUnits, DataGroup.PreviousData, PlayerTeamVals, Output: DataGroup.Temp1);
CoreMath.Swap(ref DataGroup.Temp1, ref DataGroup.PreviousUnits);
DataGroup.DistanceToOtherTeams.Clear();
for (int i = 0; i < 24; i++)
{
DataGroup.UpdateGradient_ToOtherTeams();
}
if (MyPlayerNumber > 0)
{
// Focus camera on a dragon lord.
vec2 pos = DataGroup.DragonLordPos(MyPlayerValue);
CameraPos = GridToWorldCood(pos);
CameraZoom = 80f;
}
else
{
// We're a spectator, so choose netural position.
CameraPos = vec2.Zero;
CameraZoom = 1.45f;
}
Render.UnsetDevice();
}
