src/game/editor/mapitems/layer_speedup.cpp - master - dieoska/ddnet

src/game/editor/mapitems/layer_speedup.cpp
356 строк11 KB
Robert Müller
Move editor shift-by property to map
13 дек 2025, 13:21
13 дек 2025, 13:21bfdd661
#include "layer_speedup.h"

#include <game/editor/editor.h>

CLayerSpeedup::CLayerSpeedup(CEditorMap *pMap, int w, int h) :
	CLayerTiles(pMap, w, h)
{
	str_copy(m_aName, "Speedup");
	m_HasSpeedup = true;

	m_pSpeedupTile = new CSpeedupTile[w * h];
	mem_zero(m_pSpeedupTile, (size_t)w * h * sizeof(CSpeedupTile));
}

CLayerSpeedup::CLayerSpeedup(const CLayerSpeedup &Other) :
	CLayerTiles(Other)
{
	str_copy(m_aName, "Speedup copy");
	m_HasSpeedup = true;

	m_pSpeedupTile = new CSpeedupTile[m_Width * m_Height];
	mem_copy(m_pSpeedupTile, Other.m_pSpeedupTile, (size_t)m_Width * m_Height * sizeof(CSpeedupTile));
}

CLayerSpeedup::~CLayerSpeedup()
{
	delete[] m_pSpeedupTile;
}

void CLayerSpeedup::Resize(int NewW, int NewH)
{
	// resize speedup data
	CSpeedupTile *pNewSpeedupData = new CSpeedupTile[NewW * NewH];
	mem_zero(pNewSpeedupData, (size_t)NewW * NewH * sizeof(CSpeedupTile));

	// copy old data
	for(int y = 0; y < minimum(NewH, m_Height); y++)
		mem_copy(&pNewSpeedupData[y * NewW], &m_pSpeedupTile[y * m_Width], minimum(m_Width, NewW) * sizeof(CSpeedupTile));

	// replace old
	delete[] m_pSpeedupTile;
	m_pSpeedupTile = pNewSpeedupData;

	// resize tile data
	CLayerTiles::Resize(NewW, NewH);

	// resize gamelayer too
	if(Map()->m_pGameLayer->m_Width != NewW || Map()->m_pGameLayer->m_Height != NewH)
		Map()->m_pGameLayer->Resize(NewW, NewH);
}

void CLayerSpeedup::Shift(EShiftDirection Direction)
{
	CLayerTiles::Shift(Direction);
	ShiftImpl(m_pSpeedupTile, Direction, Map()->m_ShiftBy);
}

bool CLayerSpeedup::IsEmpty() const
{
	for(int y = 0; y < m_Height; y++)
	{
		for(int x = 0; x < m_Width; x++)
		{
			const int Index = GetTile(x, y).m_Index;
			if(Index == 0)
			{
				continue;
			}
			if(Editor()->IsAllowPlaceUnusedTiles() || IsValidSpeedupTile(Index))
			{
				return false;
			}
		}
	}
	return true;
}

void CLayerSpeedup::BrushDraw(CLayer *pBrush, vec2 WorldPos)
{
	if(m_Readonly)
		return;

	CLayerSpeedup *pSpeedupLayer = static_cast<CLayerSpeedup *>(pBrush);
	int sx = ConvertX(WorldPos.x);
	int sy = ConvertY(WorldPos.y);
	if(str_comp(pSpeedupLayer->m_aFilename, pSpeedupLayer->Map()->m_aFilename))
	{
		Editor()->m_SpeedupAngle = pSpeedupLayer->m_SpeedupAngle;
		Editor()->m_SpeedupForce = pSpeedupLayer->m_SpeedupForce;
		Editor()->m_SpeedupMaxSpeed = pSpeedupLayer->m_SpeedupMaxSpeed;
	}

	bool Destructive = Editor()->m_BrushDrawDestructive || pSpeedupLayer->IsEmpty();

	for(int y = 0; y < pSpeedupLayer->m_Height; y++)
		for(int x = 0; x < pSpeedupLayer->m_Width; x++)
		{
			int fx = x + sx;
			int fy = y + sy;

			if(fx < 0 || fx >= m_Width || fy < 0 || fy >= m_Height)
				continue;

			if(!Destructive && GetTile(fx, fy).m_Index)
				continue;

			const int SrcIndex = y * pSpeedupLayer->m_Width + x;
			const int TgtIndex = fy * m_Width + fx;

			SSpeedupTileStateChange::SData Previous{
				m_pSpeedupTile[TgtIndex].m_Force,
				m_pSpeedupTile[TgtIndex].m_Angle,
				m_pSpeedupTile[TgtIndex].m_MaxSpeed,
				m_pSpeedupTile[TgtIndex].m_Type,
				m_pTiles[TgtIndex].m_Index};

			if((Editor()->IsAllowPlaceUnusedTiles() || IsValidSpeedupTile(pSpeedupLayer->m_pTiles[SrcIndex].m_Index)) && pSpeedupLayer->m_pTiles[SrcIndex].m_Index != TILE_AIR)
			{
				if(Editor()->m_SpeedupAngle != pSpeedupLayer->m_SpeedupAngle || Editor()->m_SpeedupForce != pSpeedupLayer->m_SpeedupForce || Editor()->m_SpeedupMaxSpeed != pSpeedupLayer->m_SpeedupMaxSpeed)
				{
					m_pSpeedupTile[TgtIndex].m_Force = Editor()->m_SpeedupForce;
					m_pSpeedupTile[TgtIndex].m_MaxSpeed = Editor()->m_SpeedupMaxSpeed;
					m_pSpeedupTile[TgtIndex].m_Angle = Editor()->m_SpeedupAngle;
					m_pSpeedupTile[TgtIndex].m_Type = pSpeedupLayer->m_pTiles[SrcIndex].m_Index;
					m_pTiles[TgtIndex].m_Index = pSpeedupLayer->m_pTiles[SrcIndex].m_Index;
				}
				else if(pSpeedupLayer->m_pSpeedupTile[SrcIndex].m_Force)
				{
					m_pSpeedupTile[TgtIndex].m_Force = pSpeedupLayer->m_pSpeedupTile[SrcIndex].m_Force;
					m_pSpeedupTile[TgtIndex].m_Angle = pSpeedupLayer->m_pSpeedupTile[SrcIndex].m_Angle;
					m_pSpeedupTile[TgtIndex].m_MaxSpeed = pSpeedupLayer->m_pSpeedupTile[SrcIndex].m_MaxSpeed;
					m_pSpeedupTile[TgtIndex].m_Type = pSpeedupLayer->m_pTiles[SrcIndex].m_Index;
					m_pTiles[TgtIndex].m_Index = pSpeedupLayer->m_pTiles[SrcIndex].m_Index;
				}
				else if(Editor()->m_SpeedupForce)
				{
					m_pSpeedupTile[TgtIndex].m_Force = Editor()->m_SpeedupForce;
					m_pSpeedupTile[TgtIndex].m_MaxSpeed = Editor()->m_SpeedupMaxSpeed;
					m_pSpeedupTile[TgtIndex].m_Angle = Editor()->m_SpeedupAngle;
					m_pSpeedupTile[TgtIndex].m_Type = pSpeedupLayer->m_pTiles[SrcIndex].m_Index;
					m_pTiles[TgtIndex].m_Index = pSpeedupLayer->m_pTiles[SrcIndex].m_Index;
				}
				else
				{
					m_pSpeedupTile[TgtIndex].m_Force = 0;
					m_pSpeedupTile[TgtIndex].m_MaxSpeed = 0;
					m_pSpeedupTile[TgtIndex].m_Angle = 0;
					m_pSpeedupTile[TgtIndex].m_Type = 0;
					m_pTiles[TgtIndex].m_Index = 0;
				}
			}
			else
			{
				m_pSpeedupTile[TgtIndex].m_Force = 0;
				m_pSpeedupTile[TgtIndex].m_MaxSpeed = 0;
				m_pSpeedupTile[TgtIndex].m_Angle = 0;
				m_pSpeedupTile[TgtIndex].m_Type = 0;
				m_pTiles[TgtIndex].m_Index = 0;

				if(pSpeedupLayer->m_pTiles[SrcIndex].m_Index != TILE_AIR)
					ShowPreventUnusedTilesWarning();
			}

			SSpeedupTileStateChange::SData Current{
				m_pSpeedupTile[TgtIndex].m_Force,
				m_pSpeedupTile[TgtIndex].m_Angle,
				m_pSpeedupTile[TgtIndex].m_MaxSpeed,
				m_pSpeedupTile[TgtIndex].m_Type,
				m_pTiles[TgtIndex].m_Index};

			RecordStateChange(fx, fy, Previous, Current);
		}
	FlagModified(sx, sy, pSpeedupLayer->m_Width, pSpeedupLayer->m_Height);
}

void CLayerSpeedup::RecordStateChange(int x, int y, SSpeedupTileStateChange::SData Previous, SSpeedupTileStateChange::SData Current)
{
	if(!m_History[y][x].m_Changed)
		m_History[y][x] = SSpeedupTileStateChange{true, Previous, Current};
	else
		m_History[y][x].m_Current = Current;
}

void CLayerSpeedup::BrushFlipX()
{
	CLayerTiles::BrushFlipX();
	BrushFlipXImpl(m_pSpeedupTile);

	auto &&AngleFlipX = [](auto &Number) {
		Number = (180 - Number % 360 + 360) % 360;
	};

	for(int y = 0; y < m_Height; y++)
		for(int x = 0; x < m_Width; x++)
			AngleFlipX(m_pSpeedupTile[y * m_Width + x].m_Angle);
}

void CLayerSpeedup::BrushFlipY()
{
	CLayerTiles::BrushFlipY();
	BrushFlipYImpl(m_pSpeedupTile);

	auto &&AngleFlipY = [](auto &Number) {
		Number = (360 - Number % 360 + 360) % 360;
	};

	for(int y = 0; y < m_Height; y++)
		for(int x = 0; x < m_Width; x++)
			AngleFlipY(m_pSpeedupTile[y * m_Width + x].m_Angle);
}

void CLayerSpeedup::BrushRotate(float Amount)
{
	int Rotation = (round_to_int(360.0f * Amount / (pi * 2)) / 90) % 4; // 0=0°, 1=90°, 2=180°, 3=270°
	if(Rotation < 0)
		Rotation += 4;

	// 1 and 3 are both adjusted by 90, because for 3 the brush is also flipped
	int Adjust = (Rotation == 0) ? 0 : ((Rotation == 2) ? 180 : 90);
	auto &&AdjustAngle = [Adjust](auto &Number) {
		Number = (Number + Adjust % 360 + 360) % 360;
	};

	if(Rotation == 1 || Rotation == 3)
	{
		// 90° rotation
		CSpeedupTile *pTempData1 = new CSpeedupTile[m_Width * m_Height];
		CTile *pTempData2 = new CTile[m_Width * m_Height];
		mem_copy(pTempData1, m_pSpeedupTile, (size_t)m_Width * m_Height * sizeof(CSpeedupTile));
		mem_copy(pTempData2, m_pTiles, (size_t)m_Width * m_Height * sizeof(CTile));
		CSpeedupTile *pDst1 = m_pSpeedupTile;
		CTile *pDst2 = m_pTiles;
		for(int x = 0; x < m_Width; ++x)
			for(int y = m_Height - 1; y >= 0; --y, ++pDst1, ++pDst2)
			{
				AdjustAngle(pTempData1[y * m_Width + x].m_Angle);
				*pDst1 = pTempData1[y * m_Width + x];
				*pDst2 = pTempData2[y * m_Width + x];
			}

		std::swap(m_Width, m_Height);
		delete[] pTempData1;
		delete[] pTempData2;
	}

	if(Rotation == 2 || Rotation == 3)
	{
		BrushFlipX();
		BrushFlipY();
	}
}

void CLayerSpeedup::FillSelection(bool Empty, CLayer *pBrush, CUIRect Rect)
{
	if(m_Readonly || (!Empty && pBrush->m_Type != LAYERTYPE_TILES))
		return;

	Snap(&Rect);

	int sx = ConvertX(Rect.x);
	int sy = ConvertY(Rect.y);
	int w = ConvertX(Rect.w);
	int h = ConvertY(Rect.h);

	CLayerSpeedup *pLt = static_cast<CLayerSpeedup *>(pBrush);

	bool Destructive = Editor()->m_BrushDrawDestructive || Empty || pLt->IsEmpty();

	for(int y = 0; y < h; y++)
	{
		for(int x = 0; x < w; x++)
		{
			int fx = x + sx;
			int fy = y + sy;

			if(fx < 0 || fx >= m_Width || fy < 0 || fy >= m_Height)
				continue;

			if(!Destructive && GetTile(fx, fy).m_Index)
				continue;

			const int SrcIndex = Empty ? 0 : (y * pLt->m_Width + x % pLt->m_Width) % (pLt->m_Width * pLt->m_Height);
			const int TgtIndex = fy * m_Width + fx;

			SSpeedupTileStateChange::SData Previous{
				m_pSpeedupTile[TgtIndex].m_Force,
				m_pSpeedupTile[TgtIndex].m_Angle,
				m_pSpeedupTile[TgtIndex].m_MaxSpeed,
				m_pSpeedupTile[TgtIndex].m_Type,
				m_pTiles[TgtIndex].m_Index};

			if(Empty || (!Editor()->IsAllowPlaceUnusedTiles() && !IsValidSpeedupTile((pLt->m_pTiles[SrcIndex]).m_Index))) // no speed up tile chosen: reset
			{
				m_pTiles[TgtIndex].m_Index = 0;
				m_pSpeedupTile[TgtIndex].m_Force = 0;
				m_pSpeedupTile[TgtIndex].m_Angle = 0;
				m_pSpeedupTile[TgtIndex].m_MaxSpeed = 0;
				m_pSpeedupTile[TgtIndex].m_Type = 0;

				if(!Empty)
					ShowPreventUnusedTilesWarning();
			}
			else
			{
				m_pTiles[TgtIndex] = pLt->m_pTiles[SrcIndex];
				if(pLt->m_HasSpeedup && m_pTiles[TgtIndex].m_Index > 0)
				{
					m_pSpeedupTile[TgtIndex].m_Type = m_pTiles[TgtIndex].m_Index;

					if((pLt->m_pSpeedupTile[SrcIndex].m_Force == 0 && Editor()->m_SpeedupForce) || Editor()->m_SpeedupForce != pLt->m_SpeedupForce)
						m_pSpeedupTile[TgtIndex].m_Force = Editor()->m_SpeedupForce;
					else
						m_pSpeedupTile[TgtIndex].m_Force = pLt->m_pSpeedupTile[SrcIndex].m_Force;

					if((pLt->m_pSpeedupTile[SrcIndex].m_Angle == 0 && Editor()->m_SpeedupAngle) || Editor()->m_SpeedupAngle != pLt->m_SpeedupAngle)
						m_pSpeedupTile[TgtIndex].m_Angle = Editor()->m_SpeedupAngle;
					else
						m_pSpeedupTile[TgtIndex].m_Angle = pLt->m_pSpeedupTile[SrcIndex].m_Angle;

					if((pLt->m_pSpeedupTile[SrcIndex].m_MaxSpeed == 0 && Editor()->m_SpeedupMaxSpeed) || Editor()->m_SpeedupMaxSpeed != pLt->m_SpeedupMaxSpeed)
						m_pSpeedupTile[TgtIndex].m_MaxSpeed = Editor()->m_SpeedupMaxSpeed;
					else
						m_pSpeedupTile[TgtIndex].m_MaxSpeed = pLt->m_pSpeedupTile[SrcIndex].m_MaxSpeed;
				}
				else
				{
					m_pTiles[TgtIndex].m_Index = 0;
					m_pSpeedupTile[TgtIndex].m_Force = 0;
					m_pSpeedupTile[TgtIndex].m_Angle = 0;
					m_pSpeedupTile[TgtIndex].m_MaxSpeed = 0;
					m_pSpeedupTile[TgtIndex].m_Type = 0;
				}
			}

			SSpeedupTileStateChange::SData Current{
				m_pSpeedupTile[TgtIndex].m_Force,
				m_pSpeedupTile[TgtIndex].m_Angle,
				m_pSpeedupTile[TgtIndex].m_MaxSpeed,
				m_pSpeedupTile[TgtIndex].m_Type,
				m_pTiles[TgtIndex].m_Index};

			RecordStateChange(fx, fy, Previous, Current);
		}
	}
	FlagModified(sx, sy, w, h);
}

std::shared_ptr<CLayer> CLayerSpeedup::Duplicate() const
{
	return std::make_shared<CLayerSpeedup>(*this);
}

const char *CLayerSpeedup::TypeName() const
{
	return "speedup";
}