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231 | #include "gfICutterComponent.h"
#include <fsCore/fsIFile.h>
#include <fsCore/fsIResourceNamePathAdjuster.h>
#include <fsCore/src/fsCResourceName.h>
#include <fsCore/src/fsCVariableTable.h>
#include <fsCore/src/debug/fsLog.h>
#include <fsAppCore/src/fsILevelBasedAppCoreMain.h>
#include <fsAppCore/src/fsCEntity.h>
#include <fsAppCore/src/fsCEntityFactory.h>
#include <fsRenderer/src/fsCBrushManager.h>
#include <fsRenderer/src/components/fsCSpriteComponent.h>
#include <fsAppCore/src/components/fsCNameComponent.h>
#include <fsAppCore/src/components/fsISubSceneComponent.h>
#include "gfIStencil.h"
#include <gfComponents/components/subScene/gfCSubSceneComponent.h>
#include "gfIMinigameComponent.h"
#include "gfIMinigameLogic.h"
#include "gfComponents/gfILevelLoaderComponent.h"
const fsCUniqueId gfICutterComponent::mTypeId("gfICutterComponent");
const fsStr gfICutterComponent::mStencilMarker("stencil");
const fsStr gfICutterComponent::mStencilChunkMarker("stencilsDone");
void gfICutterComponent::cut(fsBool pFirstTime)
{
if (mMinigameEnts.size() == mStencils.size())
{
auto minigameEnt = mMinigameEnts.begin();
auto stencil = mStencils.begin();
for (; minigameEnt != mMinigameEnts.end(); ++minigameEnt, ++stencil)
{
doCut(*minigameEnt, *stencil, pFirstTime);
}
}
else
{
for (fsCEntity* ent : mMinigameEnts)
{
doCut(ent, mStencils.front(), pFirstTime);
}
}
}
void gfICutterComponent::serialiseDo()
{
parentGet()->strSerialise(mStencilMarker);
for (auto currStencil = mStencils.begin();
mStencils.end() != currStencil;
++currStencil)
{
(*currStencil)->save(parentGet());
if (currStencil != mStencils.end() - 1)
{
parentGet()->strSerialise(mStencilMarker);
}
}
parentGet()->strSerialise(mStencilChunkMarker);
}
void gfICutterComponent::deserialiseDo()
{
fsStr sectionMarker = parentGet()->strDeserialise();
while (sectionMarker != mStencilChunkMarker)
{
mStencils.push_back(stencilRestore());
sectionMarker = parentGet()->strDeserialise();
}
}
void gfICutterComponent::minigameEntitiesCreate(const fsCVariableTable& pStyle, const fsStr& pLevelName,
fsCEntity* const pParent, const fsStr& pAutoMiniGameSourceArt,
gfIMinigameLogic* pMingameLogic)
{
mSceneRoot = pParent->firstChildEntityWithComponentsOfFamilyType<fsISubSceneComponent>();
auto masks = mSceneRoot->childEntitiesWithComponentsOfFamilyType<fsISpriteComponent>();
setup(pStyle, pLevelName, pAutoMiniGameSourceArt);
fsCEntity* const pieceParent = pMingameLogic ? pMingameLogic->parentGet() : parentGet();
const fsPoint foldedOrigin = originLayerOffsetReconcile(pieceParent);
mGridOrigin.x -= static_cast<fsS32>(mCols / 2.0f * mPieceWidth - mPieceWidth / 2);
mGridOrigin.y -= static_cast<fsS32>(mRows / 2.0f * mPieceHeight - mPieceHeight / 2);
for (fsS32 currRow = 0; currRow < mRows; ++currRow)
{
for (fsS32 currCol = 0; currCol < mCols; ++currCol)
{
fsCEntity* const ent = parentGet()->entityFactoryGet()->entityConstruct(pieceNameGet(currRow, currCol));
ent->posSet(fsPoint(mGridOrigin.x + currCol * mPieceWidth, mGridOrigin.y + currRow * mPieceHeight));
ent->initialiseFromVariableTable(pStyle);
pieceParent->childAdd(ent);
mMinigameEnts.push_back(ent);
}
}
for (fsCEntity* const maskEnt : masks)
{
if (!maskEnt->firstComponentOfFamilyType<gfIMinigameComponent>())
{
if (fsCNameComponent* nameComp = maskEnt->componentGet<fsCNameComponent>())
{
if (fsStr::npos == nameComp->nameSansSuffixGet().find(gfCSubSceneComponent::mEntityPrefix))
{
// undo the fold for masks that share the parent origin was folded into
if (parentGet() == pieceParent)
{
maskEnt->posSet(fsPoint(maskEnt->posGet()) - foldedOrigin);
}
parentGet()->childAdd(maskEnt);
}
}
}
}
}
fsStr gfICutterComponent::sourceImageFilenameGet(const fsStr& pLevelFolder, const fsStr& pLayerNameSansPrefix)
{
fsStr levelFilenameStem{pLevelFolder};
levelFilenameStem.erase(levelFilenameStem.rfind(fsIResourceNamePathAdjuster::mPathSeparator)); // strip off trailing path separator
levelFilenameStem.erase(0, levelFilenameStem.rfind(fsIResourceNamePathAdjuster::mPathSeparator) + 1); // bin everything up to last path separator
const auto layersSubFolder = gfILevelLoaderComponent::layersSubFolderGet(pLevelFolder);
const std::vector<fsStr> candidate_filenames = {
pLevelFolder + layersSubFolder + pLayerNameSansPrefix,
pLevelFolder + layersSubFolder + levelFilenameStem
};
const std::vector<fsStr>filename_extensions = {
".jpg",
".png",
".webp"
};
auto findImageFilename = [&]()
{
for (auto ext : filename_extensions)
{
for (auto filename : candidate_filenames)
{
// raw file search as image to be cut not texture paged - defered uploads and all sorts of other
// issues so any image that's worked on is generally raw loaded
if (fsIFile::fileExistsGet(fsCResourceName(filename + ext, fsCResourceName::eRES_LOCATION_ASSETS)))
{
return filename + ext;
}
}
}
return fsStr("");
};
return findImageFilename();
}
void gfICutterComponent::setup(const fsCVariableTable& pStyle, const fsStr& pLevelName,
const fsStr& pAutoMiniGameSourceArt)
{
const fsStr textureFileName = !pAutoMiniGameSourceArt.emptyGet()
? pAutoMiniGameSourceArt
: sourceImageFilenameGet(pLevelName, fsCNameComponent::get(parentGet())->nameSansPrefixGet());
mSourceImage = fsCBrushManager::instanceGet()->get(
fsCResourceName(textureFileName, fsCResourceName::eRES_LOCATION_ASSETS), false, true);
mGridOrigin.x = pStyle.s32Get("originX");
mGridOrigin.y = pStyle.s32Get("originY");
if (mGridOrigin.x != 0 || mGridOrigin.y != 0)
{
fsLogError("originX/Y is deprecated - position new minigames via the CUx- cutter layer "
"in coords, not origin. Cutter: '%s'.", parentGet()->nameGet().utf8Get())
}
//mGridOrigin = parentGet()->posGet();
mPieceWidth = pStyle.s32GetWithDefault("tileWidth", 96);
mPieceHeight = pStyle.s32GetWithDefault("tileHeight", 96);
doSetup(pStyle, pLevelName);
}
fsPoint gfICutterComponent::originLayerOffsetReconcile(fsCEntity* const pPieceParent)
{
const fsPoint layerPos(pPieceParent->posGet());
const fsBool originUsed = mGridOrigin.x != 0 || mGridOrigin.y != 0;
const fsBool layerOffsetUsed = layerPos.x != 0 || layerPos.y != 0;
if (!(originUsed && layerOffsetUsed))
{
return fsPoint(0, 0);
}
fsLogError("cutter '%s' uses both originX/Y (%d,%d) and a layer offset (%d,%d); "<--- There is an unknown macro here somewhere. Configuration is required. If fsLogError is a macro then please configure it.
"folding origin into the layer position.",
parentGet()->nameGet().utf8Get(), mGridOrigin.x, mGridOrigin.y, layerPos.x, layerPos.y)
pPieceParent->posSet(layerPos + mGridOrigin);
const fsPoint folded(mGridOrigin);
mGridOrigin = fsPoint(0, 0);
return folded;
}
fsStr gfICutterComponent::pieceNameGet(fsS32 pRow, fsS32 pCol) const
{
fsStr pieceName(minigamePieceNameGet() + "-" + parentGet()->nameGet() + "-tile" + fsStr(pRow * mCols + pCol));
return pieceName;
}
gfICutterComponent::gfICutterComponent(fsCEntity* const pParent) :
fsIComponent(pParent),
mPieceWidth(0),
mPieceHeight(0),
mCols(0),
mRows(0),
mGridOrigin(fsPoint(0, 0)),
mSceneRoot(nullptr),
mMinigameLogic(nullptr)
{
}
gfICutterComponent::~gfICutterComponent()
{
}
|