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ThemeTextures.cpp
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ThemeTextures.cpp
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#include "ThemeTextures.h"
#include "ThemeConfig.h"
#include <nds.h>
#include "common/dsimenusettings.h"
#include "common/systemdetails.h"
#include "paletteEffects.h"
#include "themefilenames.h"
#include "tool/colortool.h"
// Graphic files
#include "../include/startborderpal.h"
#include "color.h"
#include "errorScreen.h"
#include "tool/stringtool.h"
#include "uvcoord_date_time_font.h"
#include "uvcoord_top_font.h"
#include "common/lzss.h"
#include "common/tonccpy.h"
#include "graphics/lodepng.h"
#include "ndsheaderbanner.h"
// #include <nds/arm9/decompress.h>
// extern u16 bmpImageBuffer[256*192];
extern s16 usernameRendered[11];
extern bool showColon;
static u16 _bmpImageBuffer[256 * 192] = {0};
static u16 _bgMainBuffer[256 * 192] = {0};
static u16 _bgSubBuffer[256 * 192] = {0};
static void* boxArtCache = (void*)0x02500000; // Size: 0x1B8000
static bool boxArtFound[40] = {false};
int boxArtType[40] = {0}; // 0: NDS, 1: FDS/GBA/GBC/GB, 2: NES/GEN/MD/SFC, 3: SNES
ThemeTextures::ThemeTextures()
: previouslyDrawnBottomBg(-1), bubbleTexID(0), bipsTexID(0), scrollwindowTexID(0), buttonarrowTexID(0),
movingarrowTexID(0), launchdotTexID(0), startTexID(0), startbrdTexID(0), settingsTexID(0), braceTexID(0),
boxfullTexID(0), boxemptyTexID(0), folderTexID(0), cornerButtonTexID(0), smallCartTexID(0), progressTexID(0),
dialogboxTexID(0), wirelessiconTexID(0), _cachedVolumeLevel(-1), _cachedBatteryLevel(-1) {
// Overallocation, but thats fine,
// 0: Top, 1: Bottom, 2: Bottom Bubble, 3: Moving, 4: MovingLeft, 5: MovingRight
_backgroundTextures.reserve(6);
}
void ThemeTextures::loadBubbleImage(const Texture &tex, int sprW, int sprH) {
_bubbleImage = std::move(loadTexture(&bubbleTexID, tex, 1, sprW, sprH, GL_RGB16));
}
void ThemeTextures::loadProgressImage(const Texture &tex) {
// todo: 9 palette
_progressImage = std::move(loadTexture(&progressTexID, tex, (16 / 16) * (128 / 16), 16, 16, GL_RGB16));
}
void ThemeTextures::loadDialogboxImage(const Texture &tex) {
_dialogboxImage = std::move(loadTexture(&dialogboxTexID, tex, (256 / 16) * (256 / 16), 16, 16, GL_RGB16));
}
void ThemeTextures::loadBipsImage(const Texture &tex) {
_bipsImage = std::move(loadTexture(&bipsTexID, tex, (8 / 8) * (32 / 8), 8, 8, GL_RGB16));
}
void ThemeTextures::loadScrollwindowImage(const Texture &tex) {
_scrollwindowImage = std::move(loadTexture(&scrollwindowTexID, tex, (32 / 16) * (32 / 16), 32, 32, GL_RGB16));
}
void ThemeTextures::loadButtonarrowImage(const Texture &tex) {
_buttonarrowImage = std::move(loadTexture(&buttonarrowTexID, tex, (32 / 32) * (128 / 32), 32, 32, GL_RGB16));
}
void ThemeTextures::loadMovingarrowImage(const Texture &tex) {
_movingarrowImage = std::move(loadTexture(&movingarrowTexID, tex, (32 / 32) * (32 / 32), 32, 32, GL_RGB16));
}
void ThemeTextures::loadLaunchdotImage(const Texture &tex) {
_launchdotImage = std::move(loadTexture(&launchdotTexID, tex, (16 / 16) * (96 / 16), 16, 16, GL_RGB16));
}
void ThemeTextures::loadStartImage(const Texture &tex) {
_startImage = std::move(loadTexture(&startTexID, tex, (64 / 16) * (128 / 16), 64, 16, GL_RGB16));
}
void ThemeTextures::loadStartbrdImage(const Texture &tex, int sprH) {
int arraysize = (tex.texWidth() / tc().startBorderSpriteW()) * (tex.texHeight() / sprH);
_startbrdImage = std::move(loadTexture(&startbrdTexID, tex, arraysize, tc().startBorderSpriteW(), sprH, GL_RGB16));
}
void ThemeTextures::loadBraceImage(const Texture &tex) {
// todo: confirm 4 palette
_braceImage = std::move(loadTexture(&braceTexID, tex, (16 / 16) * (128 / 16), 16, 128, GL_RGB16));
}
void ThemeTextures::loadSettingsImage(const Texture &tex) {
_settingsImage = std::move(loadTexture(&settingsTexID, tex, (64 / 16) * (128 / 64), 64, 64, GL_RGB16));
}
void ThemeTextures::loadManualImage(const Texture &tex) {
_manualImage = std::move(loadTexture(&manualTexID, tex, (32 / 32) * (32 / 32), 32, 32, GL_RGB16));
}
void ThemeTextures::loadBoxfullImage(const Texture &tex) {
//_boxfullImage = std::move(loadTexture(&boxfullTexID, tex, (64 / 16) * (128 / 64), 64, 64, (ms().theme==4 ? GL_RGB256 : GL_RGB16)));
_boxfullImage = std::move(loadTexture(&boxfullTexID, tex, (64 / 16) * (128 / 64), 64, 64, GL_RGB16));
}
void ThemeTextures::loadBoxemptyImage(const Texture &tex) {
//_boxemptyImage = std::move(loadTexture(&boxemptyTexID, tex, (64 / 16) * (64 / 16), 64, 64, (ms().theme==4 ? GL_RGB256 : GL_RGB16)));
_boxemptyImage = std::move(loadTexture(&boxemptyTexID, tex, (64 / 16) * (64 / 16), 64, 64, GL_RGB16));
}
void ThemeTextures::loadFolderImage(const Texture &tex) {
_folderImage = std::move(loadTexture(&folderTexID, tex, (64 / 16) * (64 / 16), 64, 64, GL_RGB16));
}
void ThemeTextures::loadCornerButtonImage(const Texture &tex, int arraysize, int sprW, int sprH) {
_cornerButtonImage = std::move(loadTexture(&cornerButtonTexID, tex, arraysize, sprW, sprH, GL_RGB16));
}
void ThemeTextures::loadSmallCartImage(const Texture &tex) {
_smallCartImage = std::move(loadTexture(&smallCartTexID, tex, (32 / 16) * (256 / 32), 32, 32, GL_RGB16));
}
void ThemeTextures::loadWirelessIcons(const Texture &tex) {
_wirelessIcons = std::move(loadTexture(&wirelessiconTexID, tex, (32 / 32) * (64 / 32), 32, 32, GL_RGB16));
}
inline GL_TEXTURE_SIZE_ENUM get_tex_size(int texSize) {
if (texSize <= 8)
return TEXTURE_SIZE_8;
if (texSize <= 16)
return TEXTURE_SIZE_16;
if (texSize <= 32)
return TEXTURE_SIZE_32;
if (texSize <= 64)
return TEXTURE_SIZE_64;
if (texSize <= 128)
return TEXTURE_SIZE_128;
if (texSize <= 256)
return TEXTURE_SIZE_256;
if (texSize <= 512)
return TEXTURE_SIZE_512;
return TEXTURE_SIZE_1024;
}
inline const unsigned short *apply_personal_theme(const unsigned short *palette) {
return palette + ((PersonalData->theme) * 16);
}
unique_ptr<glImage[]> ThemeTextures::loadTexture(int *textureId, const Texture &texture, unsigned int arraySize,
int sprW, int sprH, GL_TEXTURE_TYPE_ENUM texType) {
// We need to delete the texture since the resource held by the unique pointer will be
// immediately dropped when we assign it to the pointer.
u32 texW = texture.texWidth();
u32 texH = texture.texHeight();
u8 paletteLength = texture.paletteLength();
if (*textureId != 0) {
nocashMessage("Existing texture found!?");
glDeleteTextures(1, textureId);
}
// Do a heap allocation of arraySize glImage
unique_ptr<glImage[]> texturePtr = std::make_unique<glImage[]>(arraySize);
// Load the texture here.
*textureId = glLoadTileSet(texturePtr.get(), // pointer to glImage array
sprW, // sprite width
sprH, // sprite height
texW, // bitmap width
texH, // bitmap height
texType, // texture type for glTexImage2D() in videoGL.h
get_tex_size(texW), // sizeX for glTexImage2D() in videoGL.h
get_tex_size(texH), // sizeY for glTexImage2D() in videoGL.h
TEXGEN_OFF | GL_TEXTURE_COLOR0_TRANSPARENT, // param for glTexImage2D() in videoGL.h
paletteLength, // Length of the palette to use (16 colors)
(u16 *)texture.palette(), // Load our 16 color tiles palette
(u8 *)texture.texture() // image data generated by GRIT
);
return texturePtr;
}
void ThemeTextures::reloadPalDialogBox() {
if (ms().theme == 4) return;
glBindTexture(0, dialogboxTexID);
glColorSubTableEXT(0, 0, _dialogBoxTexture->paletteLength(), 0, 0, _dialogBoxTexture->palette());
if (ms().theme != 1) {
glBindTexture(0, cornerButtonTexID);
glColorSubTableEXT(0, 0, 16, 0, 0, _cornerButtonTexture->palette());
}
}
void ThemeTextures::loadBackgrounds() {
// 0: Top, 1: Bottom, 2: Bottom Bubble, 3: Moving, 4: MovingLeft, 5: MovingRight
// We reuse the _topBackgroundTexture as a buffer.
_backgroundTextures.emplace_back(TFN_BG_TOPBG, TFN_FALLBACK_BG_TOPBG);
if (ms().theme == 1 && !sys().isRegularDS()) {
_backgroundTextures.emplace_back(TFN_BG_BOTTOMBG, TFN_FALLBACK_BG_BOTTOMBG);
_backgroundTextures.emplace_back(TFN_BG_BOTTOMBUBBLEBG, TFN_FALLBACK_BG_BOTTOMBUBBLEBG);
return;
}
if (ms().theme == 1 && sys().isRegularDS()) {
_backgroundTextures.emplace_back(TFN_BG_BOTTOMBG_DS, TFN_FALLBACK_BG_BOTTOMBG_DS);
_backgroundTextures.emplace_back(TFN_BG_BOTTOMBUBBLEBG_DS, TFN_FALLBACK_BG_BOTTOMBUBBLEBG_DS);
return;
}
// DSi Theme
_backgroundTextures.emplace_back(TFN_BG_BOTTOMBG, TFN_FALLBACK_BG_BOTTOMBG);
_backgroundTextures.emplace_back(TFN_BG_BOTTOMBUBBLEBG, TFN_FALLBACK_BG_BOTTOMBUBBLEBG);
if (ms().theme == 0) _backgroundTextures.emplace_back(TFN_BG_BOTTOMMOVINGBG, TFN_FALLBACK_BG_BOTTOMMOVINGBG);
}
void ThemeTextures::loadSaturnTheme() {
printf("tex().loadSaturnTheme()\n");
loadBackgrounds();
loadUITextures();
loadVolumeTextures();
loadBatteryTextures();
loadIconTextures();
loadDateFont(_dateTimeFontTexture->texture());
_boxFullTexture = std::make_unique<Texture>(TFN_GRF_BOX_FULL, TFN_FALLBACK_GRF_BOX_FULL);
_boxEmptyTexture = std::make_unique<Texture>(TFN_GRF_BOX_EMPTY, TFN_FALLBACK_GRF_BOX_EMPTY);
_braceTexture = std::make_unique<Texture>(TFN_GRF_BRACE, TFN_FALLBACK_GRF_BRACE);
_cornerButtonTexture = std::make_unique<Texture>(TFN_GRF_CORNERBUTTON, TFN_FALLBACK_GRF_CORNERBUTTON);
_folderTexture = std::make_unique<Texture>(TFN_GRF_FOLDER, TFN_FALLBACK_GRF_FOLDER);
_progressTexture = std::make_unique<Texture>(TFN_GRF_PROGRESS, TFN_FALLBACK_GRF_PROGRESS);
_smallCartTexture = std::make_unique<Texture>(TFN_GRF_SMALL_CART, TFN_FALLBACK_GRF_SMALL_CART);
_wirelessIconsTexture = std::make_unique<Texture>(TFN_GRF_WIRELESSICONS, TFN_FALLBACK_GRF_WIRELESSICONS);
_settingsIconTexture = std::make_unique<Texture>(TFN_GRF_ICON_SETTINGS, TFN_FALLBACK_GRF_ICON_SETTINGS);
_manualIconTexture = std::make_unique<Texture>(TFN_GRF_ICON_MANUAL, TFN_FALLBACK_GRF_ICON_MANUAL);
if (ms().colorMode == 1) {
applyGrayscaleToAllGrfTextures();
}
loadWirelessIcons(*_wirelessIconsTexture);
loadSettingsImage(*_settingsIconTexture);
loadBraceImage(*_braceTexture);
loadBoxfullImage(*_boxFullTexture);
loadBoxemptyImage(*_boxEmptyTexture);
loadManualImage(*_manualIconTexture);
loadCornerButtonImage(*_cornerButtonTexture, (32 / 16) * (32 / 32), 32, 32);
loadSmallCartImage(*_smallCartTexture);
loadFolderImage(*_folderTexture);
loadProgressImage(*_progressTexture);
loadWirelessIcons(*_wirelessIconsTexture);
}
void ThemeTextures::load3DSTheme() {
printf("tex().load3DSTheme()\n");
loadBackgrounds();
loadUITextures();
loadVolumeTextures();
loadBatteryTextures();
loadIconTextures();
loadDateFont(_dateTimeFontTexture->texture());
_bubbleTexture = std::make_unique<Texture>(TFN_GRF_BUBBLE, TFN_FALLBACK_GRF_BUBBLE);
_settingsIconTexture = std::make_unique<Texture>(TFN_GRF_ICON_SETTINGS, TFN_FALLBACK_GRF_ICON_SETTINGS);
_boxFullTexture = std::make_unique<Texture>(TFN_GRF_BOX_FULL, TFN_FALLBACK_GRF_BOX_FULL);
_boxEmptyTexture = std::make_unique<Texture>(TFN_GRF_BOX_EMPTY, TFN_FALLBACK_GRF_BOX_EMPTY);
_folderTexture = std::make_unique<Texture>(TFN_GRF_FOLDER, TFN_FALLBACK_GRF_FOLDER);
_progressTexture = std::make_unique<Texture>(TFN_GRF_PROGRESS, TFN_FALLBACK_GRF_PROGRESS);
_smallCartTexture = std::make_unique<Texture>(TFN_GRF_SMALL_CART, TFN_FALLBACK_GRF_SMALL_CART);
_startBorderTexture = std::make_unique<Texture>(TFN_GRF_CURSOR, TFN_FALLBACK_GRF_CURSOR);
_dialogBoxTexture = std::make_unique<Texture>(TFN_GRF_DIALOGBOX, TFN_FALLBACK_GRF_DIALOGBOX);
if (ms().colorMode == 1) {
applyGrayscaleToAllGrfTextures();
}
loadBubbleImage(*_bubbleTexture, tc().bubbleTipSpriteW(), tc().bubbleTipSpriteH());
loadSettingsImage(*_settingsIconTexture);
loadBoxfullImage(*_boxFullTexture);
loadBoxemptyImage(*_boxEmptyTexture);
loadFolderImage(*_folderTexture);
loadSmallCartImage(*_smallCartTexture);
loadStartbrdImage(*_startBorderTexture, tc().startBorderSpriteH());
loadDialogboxImage(*_dialogBoxTexture);
loadProgressImage(*_progressTexture);
loadWirelessIcons(*_wirelessIconsTexture);
}
void ThemeTextures::loadDSiTheme() {
printf("tex().loadDSiTheme()\n");
loadBackgrounds();
loadUITextures();
loadVolumeTextures();
loadBatteryTextures();
loadIconTextures();
loadDateFont(_dateTimeFontTexture->texture());
_bipsTexture = std::make_unique<Texture>(TFN_GRF_BIPS, TFN_FALLBACK_GRF_BIPS);
_boxTexture = std::make_unique<Texture>(TFN_GRF_BOX, TFN_FALLBACK_GRF_BOX);
_braceTexture = std::make_unique<Texture>(TFN_GRF_BRACE, TFN_FALLBACK_GRF_BRACE);
_bubbleTexture = std::make_unique<Texture>(TFN_GRF_BUBBLE, TFN_FALLBACK_GRF_BUBBLE);
_buttonArrowTexture = std::make_unique<Texture>(TFN_GRF_BUTTON_ARROW, TFN_FALLBACK_GRF_BUTTON_ARROW);
_cornerButtonTexture = std::make_unique<Texture>(TFN_GRF_CORNERBUTTON, TFN_FALLBACK_GRF_CORNERBUTTON);
_dialogBoxTexture = std::make_unique<Texture>(TFN_GRF_DIALOGBOX, TFN_FALLBACK_GRF_DIALOGBOX);
_folderTexture = std::make_unique<Texture>(TFN_GRF_FOLDER, TFN_FALLBACK_GRF_FOLDER);
_launchDotTexture = std::make_unique<Texture>(TFN_GRF_LAUNCH_DOT, TFN_FALLBACK_GRF_LAUNCH_DOT);
_movingArrowTexture = std::make_unique<Texture>(TFN_GRF_MOVING_ARROW, TFN_FALLBACK_GRF_MOVING_ARROW);
_progressTexture = std::make_unique<Texture>(TFN_GRF_PROGRESS, TFN_FALLBACK_GRF_PROGRESS);
_scrollWindowTexture = std::make_unique<Texture>(TFN_GRF_SCROLL_WINDOW, TFN_FALLBACK_GRF_SCROLL_WINDOW);
_smallCartTexture = std::make_unique<Texture>(TFN_GRF_SMALL_CART, TFN_FALLBACK_GRF_SMALL_CART);
_startBorderTexture = std::make_unique<Texture>(TFN_GRF_START_BORDER, TFN_FALLBACK_GRF_START_BORDER);
_startTextTexture = std::make_unique<Texture>(TFN_GRF_START_TEXT, TFN_FALLBACK_GRF_START_TEXT);
_wirelessIconsTexture = std::make_unique<Texture>(TFN_GRF_WIRELESSICONS, TFN_FALLBACK_GRF_WIRELESSICONS);
_settingsIconTexture = std::make_unique<Texture>(TFN_GRF_ICON_SETTINGS, TFN_FALLBACK_GRF_ICON_SETTINGS);
_manualIconTexture = std::make_unique<Texture>(TFN_GRF_ICON_MANUAL, TFN_FALLBACK_GRF_ICON_MANUAL);
// Apply the DSi palette shifts
if (tc().startTextUserPalette())
_startTextTexture->applyPaletteEffect(effectDSiStartTextPalettes);
if (tc().startBorderUserPalette())
_startBorderTexture->applyPaletteEffect(effectDSiStartBorderPalettes);
if (tc().buttonArrowUserPalette())
_buttonArrowTexture->applyPaletteEffect(effectDSiArrowButtonPalettes);
if (tc().movingArrowUserPalette())
_movingArrowTexture->applyPaletteEffect(effectDSiArrowButtonPalettes);
if (tc().launchDotsUserPalette())
_launchDotTexture->applyPaletteEffect(effectDSiArrowButtonPalettes);
if (tc().dialogBoxUserPalette())
_dialogBoxTexture->applyPaletteEffect(effectDSiArrowButtonPalettes);
if (ms().colorMode == 1) {
applyGrayscaleToAllGrfTextures();
}
loadBipsImage(*_bipsTexture);
loadBubbleImage(*_bubbleTexture, tc().bubbleTipSpriteW(), tc().bubbleTipSpriteH());
loadScrollwindowImage(*_scrollWindowTexture);
loadWirelessIcons(*_wirelessIconsTexture);
loadSettingsImage(*_settingsIconTexture);
loadBraceImage(*_braceTexture);
loadStartImage(*_startTextTexture);
loadStartbrdImage(*_startBorderTexture, tc().startBorderSpriteH());
loadButtonarrowImage(*_buttonArrowTexture);
loadMovingarrowImage(*_movingArrowTexture);
loadLaunchdotImage(*_launchDotTexture);
loadDialogboxImage(*_dialogBoxTexture);
// careful here, it's boxTexture, not boxFulltexture.
loadBoxfullImage(*_boxTexture);
loadManualImage(*_manualIconTexture);
loadCornerButtonImage(*_cornerButtonTexture, (32 / 16) * (32 / 32), 32, 32);
loadSmallCartImage(*_smallCartTexture);
loadFolderImage(*_folderTexture);
loadProgressImage(*_progressTexture);
loadWirelessIcons(*_wirelessIconsTexture);
}
void ThemeTextures::loadVolumeTextures() {
if (isDSiMode()) {
_volume0Texture = std::make_unique<Texture>(TFN_VOLUME0, TFN_FALLBACK_VOLUME0);
_volume1Texture = std::make_unique<Texture>(TFN_VOLUME1, TFN_FALLBACK_VOLUME1);
_volume2Texture = std::make_unique<Texture>(TFN_VOLUME2, TFN_FALLBACK_VOLUME2);
_volume3Texture = std::make_unique<Texture>(TFN_VOLUME3, TFN_FALLBACK_VOLUME3);
_volume4Texture = std::make_unique<Texture>(TFN_VOLUME4, TFN_FALLBACK_VOLUME4);
}
}
void ThemeTextures::loadBatteryTextures() {
if (isDSiMode()) {
_batterychargeTexture = std::make_unique<Texture>(TFN_BATTERY_CHARGE, TFN_FALLBACK_BATTERY_CHARGE);
_batterychargeblinkTexture = std::make_unique<Texture>(TFN_BATTERY_CHARGE_BLINK, TFN_FALLBACK_BATTERY_CHARGE_BLINK);
_battery0Texture = std::make_unique<Texture>(TFN_BATTERY0, TFN_FALLBACK_BATTERY0);
_battery1Texture = std::make_unique<Texture>(TFN_BATTERY1, TFN_FALLBACK_BATTERY1);
_battery2Texture = std::make_unique<Texture>(TFN_BATTERY2, TFN_FALLBACK_BATTERY2);
_battery3Texture = std::make_unique<Texture>(TFN_BATTERY3, TFN_FALLBACK_BATTERY3);
_battery4Texture = std::make_unique<Texture>(TFN_BATTERY4, TFN_FALLBACK_BATTERY4);
} else {
_batteryfullTexture = std::make_unique<Texture>(TFN_BATTERY_FULL, TFN_FALLBACK_BATTERY_FULL);
_batteryfullDSTexture = std::make_unique<Texture>(TFN_BATTERY_FULLDS, TFN_FALLBACK_BATTERY_FULLDS);
_batterylowTexture = std::make_unique<Texture>(TFN_BATTERY_LOW, TFN_FALLBACK_BATTERY_LOW);
}
}
void ThemeTextures::loadUITextures() {
_dateTimeFontTexture = std::make_unique<Texture>(TFN_UI_DATE_TIME_FONT, TFN_FALLBACK_UI_DATE_TIME_FONT);
_leftShoulderTexture = std::make_unique<Texture>(TFN_UI_LSHOULDER, TFN_FALLBACK_UI_LSHOULDER);
_rightShoulderTexture = std::make_unique<Texture>(TFN_UI_RSHOULDER, TFN_FALLBACK_UI_RSHOULDER);
_leftShoulderGreyedTexture =
std::make_unique<Texture>(TFN_UI_LSHOULDER_GREYED, TFN_FALLBACK_UI_LSHOULDER_GREYED);
_rightShoulderGreyedTexture =
std::make_unique<Texture>(TFN_UI_RSHOULDER_GREYED, TFN_FALLBACK_UI_RSHOULDER_GREYED);
}
void ThemeTextures::loadIconTextures() {
_iconGBTexture = std::make_unique<Texture>(TFN_GRF_ICON_GB, TFN_FALLBACK_GRF_ICON_GB);
_iconGBATexture = std::make_unique<Texture>(TFN_GRF_ICON_GBA, TFN_FALLBACK_GRF_ICON_GBA);
//_iconGBAModeTexture = std::make_unique<Texture>(TFN_GRF_ICON_GBAMODE, TFN_FALLBACK_GRF_ICON_GBAMODE);
_iconGGTexture = std::make_unique<Texture>(TFN_GRF_ICON_GG, TFN_FALLBACK_GRF_ICON_GG);
_iconMDTexture = std::make_unique<Texture>(TFN_GRF_ICON_MD, TFN_FALLBACK_GRF_ICON_MD);
_iconNESTexture = std::make_unique<Texture>(TFN_GRF_ICON_NES, TFN_FALLBACK_GRF_ICON_NES);
_iconSMSTexture = std::make_unique<Texture>(TFN_GRF_ICON_SMS, TFN_FALLBACK_GRF_ICON_SMS);
_iconSNESTexture = std::make_unique<Texture>(TFN_GRF_ICON_SNES, TFN_FALLBACK_GRF_ICON_SNES);
_iconPLGTexture = std::make_unique<Texture>(TFN_GRF_ICON_PLG, TFN_FALLBACK_GRF_ICON_PLG);
_iconUnknownTexture = std::make_unique<Texture>(TFN_GRF_ICON_UNK, TFN_FALLBACK_GRF_ICON_UNK);
// if (ms().colorMode == 1)
// {
// _iconGBTexture->applyPaletteEffect(effectGrayscalePalette);
// _iconGBATexture->applyPaletteEffect(effectGrayscalePalette);
// _iconGBAModeTexture->applyPaletteEffect(effectGrayscalePalette);
// _iconGGTexture->applyPaletteEffect(effectGrayscalePalette);
// _iconMDTexture->applyPaletteEffect(effectGrayscalePalette);
// _iconNESTexture->applyPaletteEffect(effectGrayscalePalette);
// _iconSMSTexture->applyPaletteEffect(effectGrayscalePalette);
// _iconSNESTexture->applyPaletteEffect(effectGrayscalePalette);
// _iconPLGTexture->applyPaletteEffect(effectGrayscalePalette);
// _iconUnknownTexture->applyPaletteEffect(effectGrayscalePalette);
// }
}
u16 *ThemeTextures::beginBgSubModify() {
dmaCopyWords(0, BG_GFX_SUB, _bgSubBuffer, sizeof(u16) * BG_BUFFER_PIXELCOUNT);
return _bgSubBuffer;
}
void ThemeTextures::commitBgSubModify() {
DC_FlushRange(_bgSubBuffer, sizeof(u16) * BG_BUFFER_PIXELCOUNT);
dmaCopyWords(2, _bgSubBuffer, BG_GFX_SUB, sizeof(u16) * BG_BUFFER_PIXELCOUNT);
}
void ThemeTextures::commitBgSubModifyAsync() {
DC_FlushRange(_bgSubBuffer, sizeof(u16) * BG_BUFFER_PIXELCOUNT);
dmaCopyWordsAsynch(2, _bgSubBuffer, BG_GFX_SUB, sizeof(u16) * BG_BUFFER_PIXELCOUNT);
}
u16 *ThemeTextures::beginBgMainModify() {
dmaCopyWords(0, BG_GFX, _bgMainBuffer, sizeof(u16) * BG_BUFFER_PIXELCOUNT);
return _bgMainBuffer;
}
void ThemeTextures::commitBgMainModify() {
DC_FlushRange(_bgMainBuffer, sizeof(u16) * BG_BUFFER_PIXELCOUNT);
dmaCopyWords(2, _bgMainBuffer, BG_GFX, sizeof(u16) * BG_BUFFER_PIXELCOUNT);
}
void ThemeTextures::commitBgMainModifyAsync() {
DC_FlushRange(_bgMainBuffer, sizeof(u16) * BG_BUFFER_PIXELCOUNT);
dmaCopyWordsAsynch(2, _bgMainBuffer, BG_GFX, sizeof(u16) * BG_BUFFER_PIXELCOUNT);
}
void ThemeTextures::drawTopBg() {
beginBgSubModify();
LZ77_Decompress((u8*)_backgroundTextures[0].texture(), (u8*)_bgSubBuffer);
commitBgSubModify();
}
void ThemeTextures::drawBottomBg(int index) {
// clamp index
if (index < 1)
index = 1;
if (index > 3)
index = 3;
if (index > 2 && ms().theme == 1)
index = 2;
beginBgMainModify();
if (previouslyDrawnBottomBg != index) {
LZ77_Decompress((u8*)_backgroundTextures[index].texture(), (u8*)_bgMainBuffer);
previouslyDrawnBottomBg = index;
} else {
DC_FlushRange(_backgroundTextures[index].texture(), 0x18000);
dmaCopyWords(0, _backgroundTextures[index].texture(), BG_GFX, 0x18000);
LZ77_Decompress((u8*)_backgroundTextures[index].texture(), (u8*)_bgMainBuffer);
}
if(ms().colorMode == 1) {
for (u16 i = 0; i < BG_BUFFER_PIXELCOUNT; i++) {
_bgMainBuffer[i] =
convertVramColorToGrayscale(_bgMainBuffer[i]);
}
}
commitBgMainModify();
}
void ThemeTextures::clearTopScreen() {
beginBgSubModify();
u16 val = 0xFFFF;
for (int i = 0; i < BG_BUFFER_PIXELCOUNT; i++) {
_bgSubBuffer[i] = ((val >> 10) & 31) | (val & (31 - 3 * ms().blfLevel) << 5) |
(val & (31 - 6 * ms().blfLevel)) << 10 | BIT(15);
}
commitBgSubModify();
}
void ThemeTextures::drawProfileName() {
// Load username
char fontPath[64] = {0};
FILE *file;
int x = (isDSiMode() ? 28 : 4);
for (int c = 0; c < 10; c++) {
unsigned int charIndex = getTopFontSpriteIndex(usernameRendered[c]);
// 42 characters per line.
unsigned int texIndex = charIndex / 42;
sprintf(fontPath, "nitro:/graphics/top_font/small_font_%u.bmp", texIndex);
file = fopen(fontPath, "rb");
if (file) {
beginBgSubModify();
// Start loading
fseek(file, 0xe, SEEK_SET);
u8 pixelStart = (u8)fgetc(file) + 0xe;
fseek(file, pixelStart, SEEK_SET);
for (int y = 15; y >= 0; y--) {
fread(_bmpImageBuffer, 2, 0x200, file);
u16 *src = _bmpImageBuffer + (top_font_texcoords[0 + (4 * charIndex)]);
for (u16 i = 0; i < top_font_texcoords[2 + (4 * charIndex)]; i++) {
u16 val = *(src++);
// Blend with pixel
const u16 bg =
_bgSubBuffer[(y + 2) * 256 + (i + x)]; // grab the background pixel
// Apply palette here.
// Magic numbers were found by dumping val to stdout
// on case default.
switch (val) {
// #ff00ff
case 0xFC1F:
break;
// #404040
case 0xA108:
val = alphablend(bmpPal_topSmallFont[1 + ((PersonalData->theme) * 16)],
bg, 224U);
break;
// #808080
case 0xC210:
// blend the colors with the background to make it look better.
// Fills in the
// 1 for light
val = alphablend(bmpPal_topSmallFont[1 + ((PersonalData->theme) * 16)],
bg, 224U);
break;
// #b8b8b8
case 0xDEF7:
// 6 looks good on lighter themes
// 3 do an average blend twice
//
val = alphablend(bmpPal_topSmallFont[3 + ((PersonalData->theme) * 16)],
bg, 128U);
break;
default:
break;
}
if (val != 0xFC1F && val != 0x7C1F) { // Do not render magneta pixel
_bgSubBuffer[(y + 2) * 256 + (i + x)] = convertToDsBmp(val);
}
}
}
x += top_font_texcoords[2 + (4 * charIndex)];
commitBgSubModify();
}
fclose(file);
}
}
unsigned short ThemeTextures::convertToDsBmp(unsigned short val) {
int blfLevel = ms().blfLevel;
if (ms().colorMode == 1) {
u16 newVal = ((val >> 10) & 31) | (val & 31 << 5) | (val & 31) << 10 | BIT(15);
u8 b, g, r, max, min;
b = ((newVal) >> 10) & 31;
g = ((newVal) >> 5) & 31;
r = (newVal)&31;
// Value decomposition of hsv
max = (b > g) ? b : g;
max = (max > r) ? max : r;
// Desaturate
min = (b < g) ? b : g;
min = (min < r) ? min : r;
max = (max + min) / 2;
newVal = 32768 | (max << 10) | (max << 5) | (max);
b = ((newVal) >> 10) & (31 - 6 * blfLevel);
g = ((newVal) >> 5) & (31 - 3 * blfLevel);
r = (newVal)&31;
return 32768 | (b << 10) | (g << 5) | (r);
} else {
return ((val >> 10) & 31) | (val & (31 - 3 * blfLevel) << 5) | (val & (31 - 6 * blfLevel)) << 10 |
BIT(15);
}
}
/**
* Get the index in the UV coordinate array where the letter appears
*/
unsigned int ThemeTextures::getTopFontSpriteIndex(const u16 letter) {
unsigned int spriteIndex = 0;
long int left = 0;
long int right = TOP_FONT_NUM_IMAGES;
long int mid = 0;
while (left <= right) {
mid = left + ((right - left) / 2);
if (top_utf16_lookup_table[mid] == letter) {
spriteIndex = mid;
break;
}
if (top_utf16_lookup_table[mid] < letter) {
left = mid + 1;
} else {
right = mid - 1;
}
}
return spriteIndex;
}
TWL_CODE void ThemeTextures::loadBoxArtToMem(const char *filename, int num) {
if (num < 0 || num > 39) {
return;
}
FILE *file = fopen(filename, "rb");
if (!file) {
boxArtFound[num] = false;
//filename = "nitro:/graphics/boxart_unknown.bmp";
//file = fopen(filename, "rb");
return;
}
boxArtFound[num] = true;
fread(boxArtCache+(num*0xB000), 1, 0xB000, file);
fclose(file);
}
void ThemeTextures::drawBoxArt(const char *filename) {
if(access(filename, F_OK) != 0) {
switch (boxArtType[CURPOS]) {
case 0:
default:
filename = "nitro:/graphics/boxart_unknown.png";
break;
case 1:
filename = "nitro:/graphics/boxart_unknown1.png";
break;
case 2:
filename = "nitro:/graphics/boxart_unknown2.png";
break;
case 3:
filename = "nitro:/graphics/boxart_unknown3.png";
break;
}
}
beginBgSubModify();
std::vector<unsigned char> image;
uint imageXpos, imageYpos, imageWidth, imageHeight;
lodepng::decode(image, imageWidth, imageHeight, filename);
if(imageWidth > 256 || imageHeight > 192) return;
for(uint i=0;i<image.size()/4;i++) {
_bmpImageBuffer[i] = image[i*4]>>3 | (image[(i*4)+1]>>3)<<5 | (image[(i*4)+2]>>3)<<10 | BIT(15);
if (ms().colorMode == 1) {
_bmpImageBuffer[i] = convertVramColorToGrayscale(_bmpImageBuffer[i]);
}
}
imageXpos = (256-imageWidth)/2;
imageYpos = (192-imageHeight)/2;
u16 *src = _bmpImageBuffer;
for(uint y = 0; y < imageHeight; y++) {
for(uint x = 0; x < imageWidth; x++) {
_bgSubBuffer[(y+imageYpos) * 256 + imageXpos + x] = *(src++);
}
}
commitBgSubModify();
}
void ThemeTextures::drawBoxArtFromMem(int num) {
if (num < 0 || num > 39) {
return;
}
if (!boxArtFound[num]) {
drawBoxArt("nitro:/null.png");
return;
}
uint imageXpos, imageYpos, imageWidth, imageHeight;
// Start loading
beginBgSubModify();
std::vector<unsigned char> image;
lodepng::decode(image, imageWidth, imageHeight, (unsigned char*)boxArtCache+(num*0xB000), 0xB000);
if(imageWidth > 256 || imageHeight > 192) return;
for(uint i=0;i<image.size()/4;i++) {
_bmpImageBuffer[i] = image[i*4]>>3 | (image[(i*4)+1]>>3)<<5 | (image[(i*4)+2]>>3)<<10 | BIT(15);
if (ms().colorMode == 1) {
_bmpImageBuffer[i] = convertVramColorToGrayscale(_bmpImageBuffer[i]);
}
}
imageXpos = (256-imageWidth)/2;
imageYpos = (192-imageHeight)/2;
u16 *src = _bmpImageBuffer;
for(uint y = 0; y < imageHeight;y++) {
for(uint x = 0; x < imageWidth; x++) {
_bgSubBuffer[(y+imageYpos) * 256 + imageXpos + x] = *(src++);
}
}
commitBgSubModify();
}
void ThemeTextures::drawVolumeImage(int volumeLevel) {
if (!isDSiMode())
return;
beginBgSubModify();
const Texture *tex = volumeTexture(volumeLevel);
const u16 *src = tex->texture();
int staticX = (ms().theme == 4 ? 40 : 4);
int x = staticX;
int y = (ms().theme == 4 ? 10 : 5) + 11;
for (u32 i = 0; i < tex->pixelCount(); i++) {
if (x >= staticX + 18) {
x = staticX;
y--;
}
u16 val = *(src++);
if (val != 0x7C1F) { // Do not render magneta pixel
_bgSubBuffer[y * 256 + x] = convertToDsBmp(val);
}
x++;
}
commitBgSubModify();
}
void ThemeTextures::drawVolumeImageCached() {
int volumeLevel = getVolumeLevel();
if (_cachedVolumeLevel != volumeLevel) {
_cachedVolumeLevel = volumeLevel;
drawVolumeImage(volumeLevel);
}
}
int ThemeTextures::getVolumeLevel(void) {
if (!isDSiMode())
return -1;
u8 volumeLevel = sys().volumeStatus();
if (volumeLevel == 0)
return 0;
if (volumeLevel > 0x00 && volumeLevel < 0x07)
return 1;
if (volumeLevel >= 0x07 && volumeLevel < 0x11)
return 2;
if (volumeLevel >= 0x11 && volumeLevel < 0x1C)
return 3;
if (volumeLevel >= 0x1C && volumeLevel < 0x20)
return 4;
return -1;
}
int ThemeTextures::getBatteryLevel(void) {
u8 batteryLevel = sys().batteryStatus();
if (!isDSiMode()) {
if (batteryLevel & BIT(0))
return 1;
return 0;
}
// DSi Mode
if (batteryLevel & BIT(7))
return 7;
if (batteryLevel == 0xF)
return 4;
if (batteryLevel == 0xB)
return 3;
if (batteryLevel == 0x7)
return 2;
if (batteryLevel == 0x3 || batteryLevel == 0x1)
return 1;
return 0;
}
void ThemeTextures::drawBatteryImage(int batteryLevel, bool drawDSiMode, bool isRegularDS) {
// Start loading
beginBgSubModify();
const Texture *tex = batteryTexture(batteryLevel, drawDSiMode, isRegularDS);
const u16 *src = tex->texture();
u32 x = tc().batteryRenderX();
u32 y = tc().batteryRenderY();
for (u32 i = 0; i < tex->pixelCount(); i++) {
if (x >= tc().batteryRenderX() + tex->texWidth()) {
x = tc().batteryRenderX();
y--;
}
u16 val = *(src++);
if (val != 0x7C1F) { // Do not render magneta pixel
_bgSubBuffer[y * 256 + x] = convertToDsBmp(val);
}
x++;
}
commitBgSubModify();
}
void ThemeTextures::drawBatteryImageCached() {
int batteryLevel = getBatteryLevel();
if(batteryLevel == 0 && showColon) batteryLevel--;
else if(batteryLevel == 7 && showColon) batteryLevel++;
if (_cachedBatteryLevel != batteryLevel) {
_cachedBatteryLevel = batteryLevel;
drawBatteryImage(batteryLevel, isDSiMode(), sys().isRegularDS());
}
}
#define TOPLINES 32 * 256
#define BOTTOMOFFSET ((tc().shoulderLRenderY() - 5) * 256)
#define BOTTOMLINES ((192 - (tc().shoulderLRenderY() - 5)) * 256)
// Load .bmp file without overwriting shoulder button images or username
void ThemeTextures::drawTopBgAvoidingShoulders() {
// Copy current to _bmpImageBuffer
dmaCopyWords(0, BG_GFX_SUB, _bmpImageBuffer, sizeof(u16) * BG_BUFFER_PIXELCOUNT);
// Throw the entire top background into the sub buffer.
LZ77_Decompress((u8*)_backgroundTextures[0].texture(), (u8*)_bgSubBuffer);
// Copy top 32 lines from the buffer into the sub.
tonccpy(_bgSubBuffer, _bmpImageBuffer, sizeof(u16) * TOPLINES);
// Copy bottom tc().shoulderLRenderY() + 5 lines into the sub
// ((192 - 32) * 256)
tonccpy(_bgSubBuffer + BOTTOMOFFSET, _bmpImageBuffer + BOTTOMOFFSET, sizeof(u16) * BOTTOMLINES);
commitBgSubModify();
}
void ThemeTextures::drawShoulders(bool showLshoulder, bool showRshoulder) {
beginBgSubModify();
const Texture *rightTex = showRshoulder ? _rightShoulderTexture.get() : _rightShoulderGreyedTexture.get();
const u16 *rightSrc = rightTex->texture();
const Texture *leftTex = showLshoulder ? _leftShoulderTexture.get() : _leftShoulderGreyedTexture.get();
const u16 *leftSrc = leftTex->texture();
for (u32 y = rightTex->texHeight(); y > 0; y--) {
// Draw R Shoulders
for (u32 i = 0; i < rightTex->texWidth(); i++) {
u16 val = *(rightSrc++);
if (val != 0xFC1F) { // Do not render magneta pixel
_bgSubBuffer[((y - 1) + tc().shoulderRRenderY()) * 256 +
(i + tc().shoulderRRenderX())] = convertToDsBmp(val);
}
}
}
for (u32 y = leftTex->texHeight(); y > 0; y--) {
// Draw L Shoulders
for (u32 i = 0; i < leftTex->texWidth(); i++) {
u16 val = *(leftSrc++);
if (val != 0xFC1F) { // Do not render magneta pixel
_bgSubBuffer[((y - 1) + tc().shoulderLRenderY()) * 256 +
(i + tc().shoulderLRenderX())] = convertToDsBmp(val);
}
}
}
commitBgSubModify();
}
void ThemeTextures::loadDateFont(const unsigned short *bitmap) {
_dateFontImage = std::make_unique<u16[]>(128 * 16);
int x = 0;
int y = 15;
for (int i = 0; i < 128 * 16; i++) {
if (x >= 128) {
x = 0;
y--;
}
u16 val = *(bitmap++);
if (val != 0x7C1F) { // Do not render magneta pixel
_dateFontImage[y * 128 + x] = convertToDsBmp(val);
} else {
_dateFontImage[y * 128 + x] = 0x7C1F;
}
x++;
}
}
unsigned int ThemeTextures::getDateTimeFontSpriteIndex(const u16 letter) {
unsigned int spriteIndex = 0;
long int left = 0;
long int right = DATE_TIME_FONT_NUM_IMAGES;
long int mid = 0;
while (left <= right) {
mid = left + ((right - left) / 2);
if (date_time_utf16_lookup_table[mid] == letter) {
spriteIndex = mid;
break;
}
if (date_time_utf16_lookup_table[mid] < letter) {
left = mid + 1;
} else {
right = mid - 1;
}
}
return spriteIndex;
}
void ThemeTextures::drawDateTime(const char *str, const int posX, const int posY, const int drawCount,
int *hourWidthPointer) {
int x = posX;
int screenPosY = (ms().theme == 4 ? 19 : 14);
beginBgSubModify();
for (int c = 0; c < drawCount; c++) {
int imgY = posY;
unsigned int charIndex = getDateTimeFontSpriteIndex(str[c]);
// Start date
for (int y = screenPosY; y >= screenPosY-8; y--) {
for (u16 i = 0; i < date_time_font_texcoords[2 + (4 * charIndex)]; i++) {
if (_dateFontImage[(imgY * 128) + (date_time_font_texcoords[0 + (4 * charIndex)] +
i)] != 0x7C1F) { // Do not render magneta pixel
_bgSubBuffer[y * 256 + (i + x)] =
_dateFontImage[(imgY * 128) +
(date_time_font_texcoords[0 + (4 * charIndex)] + i)];
}
}
imgY--;
}
x += date_time_font_texcoords[2 + (4 * charIndex)];
if (hourWidthPointer != NULL) {
if (c == 2)
*hourWidthPointer = x;
}
}
commitBgSubModify();
}
void ThemeTextures::applyGrayscaleToAllGrfTextures() {
if (_bipsTexture) {
_bipsTexture->applyPaletteEffect(effectGrayscalePalette);
}
if (_boxTexture) {
_boxTexture->applyPaletteEffect(effectGrayscalePalette);