void DirwardExtend(bool Anti)
{
SwapTempGeo(Anti);
for (int i = 0; i <= 100; i++)
{
foreach (var dir in Dir.Vals)
{
Geodesic_DirwardExtend.Apply(DataGroup.Tiles, DataGroup.TempGeo, DataGroup.Dirward[dir], dir, Output: DataGroup.Temp1);
DataGroup.Dirward[dir] = CoreMath.SwapReturn(ref DataGroup.Temp1, DataGroup.Dirward[dir]);
}
}
SwapTempGeo(Anti);
}
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
}
