void EditableLevelPaletteHeaders::setIndexOfMapNum(
int primaryNum,
int subNum,
int index) {
// Throw if primary key out of range
if (primaryNum >= mapnumToIndex_.numPrimaryKeys()) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"EditableLevelPaletteHeaders::"
"setIndexOfMapNum(int,int,int) [PRIMARY]",
primaryNum);
}
// Throw if subkey out of range
if (subNum >= mapnumToIndex_.subKeyTable()[primaryNum]) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"EditableLevelPaletteHeaders::"
"setIndexOfMapNum(int,int,int) [SUB]",
subNum);
}
// Set index
mapnumToIndex_.refDataByKeys(primaryNum,
subNum)
= index;
}
const TileReference& TileMap::tileData(int x, int y) const {
if ((x >= w_)) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"TileMap::tileData(int,int)"
" [x]",
x);
}
if ((y >= h_)) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"TileMap::tileData(int,int)"
" [y]",
y);
}
return tileData_[x][y];
}
wxColour& Theme::getFloor(int number){
if (number > 5)
throw OutOfRangeIndexException(number);
else if (number < 0)
throw NegativeIndexException(number);
else{
return _floors[number];
}
}
Theme& Theme::loadFloor(const int i, const unsigned char R, const unsigned char G, const unsigned char B){
if (i > 5)
throw OutOfRangeIndexException(i);
else if (i < 0)
throw NegativeIndexException(i);
else{
_floors[i].Set(R, G, B);
return *this;
}
}
Theme& Theme::loadFloor(const int i, const wxColour& floor){
if (i > 6)
throw OutOfRangeIndexException(i);
else if (i < 0)
throw NegativeIndexException(i);
else{
_floors[i] = floor;
return *this;
}
}
const MapLayout& MapLayouts::mapAtIndex(int index) const {
// Throw if index out of range
if ((unsigned int)index >= mapLayouts_.size()) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"MapLayouts::mapAtIndex(int) const",
index);
}
return mapLayouts_[index];
}
RawObjectGraphicSubheader& RawObjectGraphicsHeader::subheader(int index) {
// Throw if index out of range
if ((unsigned int)index >= rawObjectGraphicSubheaders_.size()) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"RawObjectGraphicsHeader::subheader(int)",
index);
}
return rawObjectGraphicSubheaders_[index];
}
const LengthMapValue& MetatileLengthMap::lengths(int index) const {
// Throw if index out of range
if ((unsigned int)index >= numElements) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"MetatileLengthMap::lengthAt(int)",
index);
}
return lengths_[index];
}
SlopeSpeedValue& EditableSlopeSpeedValues::speedValue(int index) {
// Throw if index out of range
if ((unsigned int)index >= speedValues_.size()) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"EditableSlopeSpeedValues::speedValue(int)",
index);
}
return speedValues_[index];
}
unsigned int& EditablePowerUpData::flightTimePerPowerup(int powerups) {
if (powerups >= numPowerUps_) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"EditablePowerUpData"
"::maxHealthPerPowerup(int)",
powerups);
}
return flightTimePerPowerup_[powerups];
}
SpriteMappingCoordinateTableEntry& SpriteMappingCoordinateTable
::entry(int index) {
if (index >= spriteCoordinates_.size()) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"SpriteMappingCoordinateTable"
"::entry(int)",
index);
}
return spriteCoordinates_[index];
}
LevelObjectEntryGroup& EditableLevelObjectEntryGroups::group(int groupIndex) {
// Throw if index out of range
if ((unsigned int)groupIndex >= primaryStorage_.size()) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"EditableLevelObjectEntryGroups"
"::group(int)",
groupIndex);
}
return primaryStorage_[groupIndex];
}
void MetatileLengthMap::setLengthAt(int index, LengthMapValue value) {
// Throw if index out of range
if ((unsigned int)index >= numElements) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"MetatileLengthMap::setLengthAt(int,"
"LengthMapValue)",
index);
}
lengths_[index] = value;
}
LevelObjectEntryCollection::const_iterator EditableLevelObjectEntryGroups
::groupCend(int groupIndex) const {
// Throw if index out of range
if ((unsigned int)groupIndex >= primaryStorage_.size()) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"EditableLevelObjectEntryGroups"
"::groupCend(int) const",
groupIndex);
}
return primaryStorage_[groupIndex].cend();
}
void EditableLevelObjectEntryGroups::eraseEntry(int groupIndex,
const LevelObjectEntryCollection::iterator& entryIt) {
// Throw if index out of range
if ((unsigned int)groupIndex >= primaryStorage_.size()) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"EditableLevelObjectEntryGroups"
"::eraseEntry(int, const"
" LevelObjectEntryCollection::iterator&)",
groupIndex);
}
primaryStorage_[groupIndex].eraseEntry(entryIt);
}
LevelPaletteHeader& EditableLevelPaletteHeaders::headerByIndex(
int index) {
// Throw if index out of range
if ((unsigned int)index >= primaryStorage_.size()) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"EditableLevelPaletteHeaders::"
"headerByIndex(int)",
index);
}
// Return corresponding header
return primaryStorage_[index];
}
int EditableLevelPaletteHeaders::indexOfMapNum(
int primaryNum,
int subNum) {
// Throw if primary key out of range
if (primaryNum >= mapnumToIndex_.numPrimaryKeys()) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"EditableLevelPaletteHeaders::"
"indexOfMapNum(int,int) [PRIMARY]",
primaryNum);
}
// Throw if subkey out of range
if ((subNum - TwoKeyedAddress::subKeyBase)
>= mapnumToIndex_.subKeyTable()[primaryNum]) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"EditableLevelPaletteHeaders::"
"indexOfMapNum(int,int) [SUB]",
subNum);
}
// Return index
return mapnumToIndex_.refDataByKeys(primaryNum,
subNum);
}
void EditableLevelObjectEntryGroups::addEntry(int groupIndex,
const LevelObjectEntry& entry) {
// Throw if index out of range
if ((unsigned int)groupIndex >= primaryStorage_.size()) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"EditableLevelObjectEntryGroups"
"::addEntry(int, const LevelObjectEntry&)",
groupIndex);
}
// Throw if max number of objects reached
if (totalEntries() >= maxTotalEntries()) {
throw TGenericException(TALES_SRCANDLINE,
"EditableLevelObjectEntryGroups"
"::addEntry(int, const LevelObjectEntry&)",
"Max object limit exceeded");
}
primaryStorage_[groupIndex].addEntry(entry);
}
void TileMapEditor::changeTileMap(int index) {
if (index >= numTileMaps()) {
throw OutOfRangeIndexException(TALES_SRCANDLINE,
"TileMapEditor::changeTileMap(int)",
index);
}
TileMapInfo info = TileMapInfos::tileMapInfo(index);
tileMapPreview_ = TileMapPickerScene(
toolManager_,
tileMaps_.tileMap(index),
levelGraphicsData_.compressedGraphic(
info.graphicNum),
standardPalettes_.palette(
info.paletteNum),
info.offset);
tileMapPreview_.setGridLayerEnabled(gridEnabled_);
tileMapPreview_.setSceneScale(2.00);
tilePickerPreview_ = GraphicTilePickerScene(
toolManager_,
levelGraphicsData_.compressedGraphic(
info.graphicNum),
standardPalettes_.palette(
info.paletteNum),
info.offset);
tilePickerPreview_.setGridLayerEnabled(gridEnabled_);
tilePickerPreview_.setSceneScale(2.00);
currentIndex_ = index;
toolManager_.resetTools();
// Set upper-left tile as pencil tool target
toolManager_.setPencilDrawIndex(
currentTileMap().tileData(0, 0).tileNum());
updateFromTileMap();
}
