bool Radio::addSong(std::string songInfo){
Song s = Song(songInfo);
songs.insert(s);
// std::cout << "Added " << s.stringSong() << std::endl;
// std::cout << songs.stringHeap() << std::endl;
return true;
}
void EditTagDialog::SetSongsFinished() {
QFutureWatcher<QList<Data> >* watcher =
dynamic_cast<QFutureWatcher<QList<Data> >*>(sender());
if (!watcher) return;
watcher->deleteLater();
if (!SetLoading(QString())) return;
data_ = watcher->result();
if (data_.count() == 0) {
// If there were no valid songs, disable everything
ui_->song_list->setEnabled(false);
ui_->tab_widget->setEnabled(false);
// Show a summary with empty information
UpdateSummaryTab(Song());
ui_->tab_widget->setCurrentWidget(ui_->summary_tab);
SetSongListVisibility(false);
return;
}
// Add the filenames to the list
for (const Data& data : data_) {
ui_->song_list->addItem(data.current_.basefilename());
}
// Select all
ui_->song_list->setCurrentRow(0);
ui_->song_list->selectAll();
// Hide the list if there's only one song in it
SetSongListVisibility(data_.count() != 1);
}
DoSomethingDifferent()
{
This();
Is();
Not();
A();
Love();
Song();
}
Song Connection::GetSong(const std::string &path)
{
prechecksNoCommandsList();
mpd_send_list_all_meta(m_connection.get(), path.c_str());
mpd_song *s = mpd_recv_song(m_connection.get());
mpd_response_finish(m_connection.get());
checkErrors();
return Song(s);
}
void SongPlaylistItem::Reload() {
if (song_.url().scheme() != "file")
return;
QString old_filename = song_.url().toLocalFile();
int old_directory_id = song_.directory_id();
song_ = Song();
song_.InitFromFile(old_filename, old_directory_id);
}
Song Connection::GetCurrentSong()
{
prechecksNoCommandsList();
mpd_send_current_song(m_connection.get());
mpd_song *s = mpd_recv_song(m_connection.get());
mpd_response_finish(m_connection.get());
checkErrors();
return Song(s);
}
void MainWindow::scanFiles(QString dir)
{
QDirIterator it(dir, QDirIterator::Subdirectories);
while (it.hasNext())
{
QString path = it.next();
if (path.endsWith(".mp3"))
{
lib.Add(Song(path));
}
}
}
void MaxHeap::dislike(std::string title){
Song tmp = Song();
tmp.title = title;
int pos = hashmap.getValue(tmp);
if(pos == -1){
// std::cout << title << " is not in your playlist" << std::endl;
return;
}
if((songs + pos)->likeability < 0){
(songs + pos)->likeability --;
}else{
(songs + pos)->likeability = -1;
}
int key = (songs + pos)->getKey(¤tTime);
pushDown(pos, key);
}
Song LibraryPage::coverRequest() const
{
QModelIndexList selected = view->selectedIndexes(false); // Dont need sorted selection here...
if (1==selected.count()) {
QList<Song> songs=MpdLibraryModel::self()->songs(QModelIndexList() << selected.first(), false);
if (!songs.isEmpty()) {
Song s=songs.at(0);
if (SqlLibraryModel::T_Artist==static_cast<SqlLibraryModel::Item *>(selected.first().internalPointer())->getType() && !s.useComposer()) {
s.setArtistImageRequest();
}
return s;
}
}
return Song();
}
Song LibraryPage::coverRequest() const
{
QModelIndexList selected = view->selectedIndexes(false); // Dont need sorted selection here...
if (1==selected.count()) {
QModelIndex idx=proxy.mapToSource(selected.at(0));
QList<Song> songs=MusicLibraryModel::self()->songs(QModelIndexList() << idx, false);
if (!songs.isEmpty()) {
Song s=songs.at(0);
if (MusicLibraryItem::Type_Artist==static_cast<MusicLibraryItem *>(idx.internalPointer())->itemType() &&
!static_cast<MusicLibraryItemArtist *>(idx.internalPointer())->isComposer()) {
s.setArtistImageRequest();
}
return s;
}
}
return Song();
}
Song MpdLibraryDb::getCoverSong(const QString &artistId, const QString &albumId)
{
DBUG << artistId << albumId;
if (0!=currentVersion && db) {
QSqlQuery *query=nullptr;
if (albumId.isEmpty()) {
if (!artistImageQuery) {
artistImageQuery=new QSqlQuery(*db);
artistImageQuery->prepare("select * from songs where artistId=:artistId limit 1;");
}
query=artistImageQuery;
query->bindValue(":artistId", artistId);
} else if (artistId.isEmpty()) {
if (!albumIdOnlyCoverQuery) {
albumIdOnlyCoverQuery=new QSqlQuery(*db);
albumIdOnlyCoverQuery->prepare("select * from songs where albumId=:albumId limit 1;");
}
query=albumIdOnlyCoverQuery;
query->bindValue(":albumId", albumId);
} else {
if (!coverQuery) {
coverQuery=new QSqlQuery(*db);
coverQuery->prepare("select * from songs where artistId=:artistId and albumId=:albumId limit 1;");
}
query=coverQuery;
query->bindValue(":albumId", albumId);
query->bindValue(":artistId", artistId);
}
query->exec();
DBUG << "coverquery" << query->executedQuery() << query->size();
while (query->next()) {
return getSong(*query);
}
}
return Song();
}
namespace plrCommon
{
// Configuration for program.
Config config;
// To use debug input for testing.
bool useDebugInput = false;
// Player current played song information..
Song playThis = Song(); // Currently played song. Good to know for all..
Song *playThisPtr; // Address to the medialibrary version of the song
// The musical library of all songs and some extracted harsh brainwave information
MusicLibrary musicLibrary("C:\\Users\\Maagi\\Documents\\muzaik\\Bonobo");
// How many peaks are in one channel to locate DJ Mode playing positions.
int AMOUNT_OF_PEAKS_IN_CHANNEL = 5;
// Smoothing of the graphs. How many seconds per block.
int SMOOTH_GRAPH_DIVISION_IN_SECS = 5;
// Some DJMode values:
// Top list of DJ Mode. How many percent of the found solutions will be used to pick random of the very best.
double DJModeTopRankingRate = 0.3;
// Size of the list that keeps track of last played songs.
double DJModeLastPlayedItemsListSize = 0.25; // Percentage of the whole song list..
// Autosave configuration time. -1 menas don't save at all. time in seconds.
int autoSaveConfigurationTime = 30;
// Variable to tell which control panel is visible.
int controlPanelMode;
// Variable to tell which playmode is chosen.
int playMode;
// Variable to tell which playmode is chosen when play was clicked
int playModeClicked;
// Use this channel to calculate how much brainwaves are recorded.
int generalEstimateChannel = CHANNEL_ALPHA;
// Our list of elements.. To help them drawing and refreshing more handy.
GUIElementList elementList;
// Our common display
ALLEGRO_DISPLAY *display = NULL;
// Triple Buffer
ALLEGRO_BITMAP *tripleBuffer = NULL;
// Our image loader..
ImageLibrary imageLibrary;
// The delta time to tell difference between frames and sync everything nicely..
double deltaTime=0;
double deltaGraphicsTime=0; // This is the deltaTime for graphics.
// Song position that can be readed from any class..
int songPositionInSec=0;
// Our global mouse!
GUIMouse guiMouse;
// Thinkgear connection id. 0 If not initialized yet.
int connectionId = -1;
// Global variables(notice that we have to give still the type again):
string playerLogTxt = "";
// The gloobal music library file name
string musicLibraryFileName = "mlibrary.txt";
// Brainwaves folder, for bw data..
string BWFolder = "brainwaves/";
// The results txt file
string resultsFileName = "results.txt";
// The results txt file 2
string resultsFileName2 = "results2.txt";
// The Configuration file name.
string configurationFileName = "config.txt";
// The Manual Configuration file name.
string manualConfigurationFileName = "manualConfiguration.txt";
// Player's audio device
AudioDevicePtr device(OpenDevice());
// The font.. As it must be said that it's here defined.. njah.. I
ALLEGRO_FONT *buttonFont;
ALLEGRO_FONT *libraryFont;
int buttonFontSize;
bool fullScreen=false;
float bwManagerFade = 0.0f;
/* * * * * * * * * * * * * * * * * * * *
* S e t u p P a n e l and GUI ELEMENTS *
****************************************/
// GUI Checkboxes For Setup-Panel. Good to be here, so they can be used from anywhere/any class later on..
GUICheckBox showDividedBox(487,112,"Show divided data", "Show smooth graphs.", STORABLE);
GUICheckBox showPeakPosBox(487,112+15*2,"Show peakpositions of graphs", false, "Show maximum peak positions of graphs.", STORABLE);
GUICheckBox brainWaveColoredInMenuBox(487,112+15*4, "Brainwave colored names in playlist", true, "User relatively colored songs in playlist.", STORABLE);
GUICheckBox recordBrainWaveBox( 487, 112+15*6, "Record New Brainwave Data", true, "Keep this on to record new brainwave data.", STORABLE);
// Volume rollbutton after song scrollbar in the right corner
GUIRollButton fadingLengthRollButton(500, 112+15*7+60*0.7, 20, "Length Of Mix Fading",0.0f,60.0f,"s",12.0f, "The fading time of song end and beginning(s).", STORABLE); // Rouull
GUIRollButton delayBeforePeakPosRollButton(500, 112+15*7+60*1.7, 20, "Delay Before Peak Positions(DjMode)",0.0f,60.0f,"s",10.0f, "How long to play the track before desired position in DJ Mode(s).", STORABLE); // Rouull
GUIRollButton djModeMinLengthOfPartRollButton(500, 112+15*7+60*2.7, 20, "Min Length Of DJMode Song Part",0.0f,1000.0f,"s", 30.0f, "Minimum length of DJ Mode song partition(s).", STORABLE); // Rouull
GUIRollButton djModeMaxLengthOfPartRollButton(500, 112+15*7+60*3.7, 20, "Max Length Of DJMode Song Part",0.0f,1000.0f,"s", 60.0f*3.0f, "Maximum length of DJ Mode song partition(s).", STORABLE); // Rouull
GUIRollButton mindWavePortRollButton(487+290, 170+15*6.5, 20,"MindWave Search Start Port.", 0, 30, " COM", 3, "Use this to choose right port for your MindWave.", STORABLE);
GUIRollButton mindWaveScaleFactor(487+320, 170+13*13.5, 20,"MindWave Amplitude Scaling.", 0.0f, 10.0f, " x", 3.0f, "Use this to scale amplitude of graphs", STORABLE);
GUIButton reBootMindWave(487+320, 170+13*10, 28, 28, 15, "media/gfx/mindWaveBoot.png", "Reboot MindWave!", "Reboot mindwave(rebooting this software may also help).");
GUIRollButton OpenEEGPortRollButton(487+340, 255+15*11, 20,"OpenEEG Port.", 0, 30, " COM", 2, "Use this to choose right port for your OpenEEG.", STORABLE);
GUIButton reBootOpenEEG(487+320, 255+13*15.5, 28, 28, 15, "media/gfx/mindWaveBoot.png", "Reboot Open EEG!", "Reboot Open EEG.");
// Options for EEG -device.
GUIRadioButton EEGDeviceModeRadioButton(780, 180, "EEG Input Device", "Choose device to use for EEG input.", STORABLE);
GUICheckBox EEGDevicegOp1( "MindWave", "NeuroSky MindWave.");
GUICheckBox EEGDevicegOp2( "Olimex EEG-SMT 1 Chan", "Olimex EEG-SMT 1 Channel(Open EEG)." );
GUICheckBox EEGDevicegOp3( "Olimex EEG-SMT 2 Chan", "Olimex EEG-SMT 2 Channels(Open EEG)." );
GUICheckBox showVisualization(487+250, 112+15*23, "Show Visualization", false, "Show visualization.", STORABLE);
GUICheckBox showMirror(487+250, 112+15*24, "Show Mirror", true, "The mirror effect below. Off to increase performance.", STORABLE);
// Playlist to show songs for choosing song and editing the list..
GUIScrollPanel playListPanel(62,125,20,352,20,12,"Choose song to play.");
// Scroller for song position.. length was 440 originally
GUIScroller songScrollBar(414+94+37,520,HORISONTAL_AXIS,340,15,500/10, "Timeline of the song.");
// Volume rollbutton after song scrollbar in the right corner
GUIRollButton guiVolumeRollButton(414+94+37+340+30,520,20,"Volume", "Adjust volume.", STORABLE); // Rouull
// Exit, resize, minimize
GUIButton exitButton(1000-2-25, 4, 25, 25, 15,"media/gfx/quitIcon.png", "Exit.");
GUIButton resizeButton(1000-4-25*2, 4, 25, 25, 15,"media/gfx/resizeScreenIcon.png", "Resize.");
GUIButton minimizeButton(1000-6-25*3, 4, 25, 25, 15,"media/gfx/minimizeIcon.png", "Minimize.");
// Playbutton :)
GUIButton playButton(414+94,520,35, "media/gfx/play_icon.png", "Play song.");
GUIButton pauseButton(414+94,520,35, "media/gfx/pause_icon.png", "Pause song.");
GUIButton RecordModeButton(725, 54, 51, 28, 15, "media/gfx/RecordMode.png", "Record or play music manually.");
GUIButton DJModeButton(725+51+4, 54, 51, 28, 15, "media/gfx/DJPlay.png", "Use DJ Mode to choose music.");
GUIButton ConfigureButton(725+51*2+4*2, 54, 51, 28, 15, "media/gfx/Configure.png", "Configuration panel.");
GUIButton ConfigureEEGButton(725+51*3+5*2, 54, 51, 28, 15, "media/gfx/ConfigureEEG.png", "EEG Configuration panel.");
// Change to diferent play-mode buttons:
GUIButton ChangeToDJModeButton(500, 120, 68, 68, 15, "media/gfx/changeToMod_Dj.png", "Change to this DJ Mode.", true, "Change using DJ Mode(Works better the more brainwaves are recorded).");
GUIButton ChangeToRecordModeButton(500, 120, 68, 68, 15, "media/gfx/changeToMod_Normal.png", "Change to this Normal(/record) Mode." , true, "Change to recording and manual playing mode(Do this before using DJ Mode with your songs).");
GUIButton JumpDJButton(500, 170, 34, 34, 15, "media/gfx/jump_button.png", "Find & Play next song now!", true, "Hurry up DJ I want Music NOW!");
GUICheckBox loopingCheckBox(480,150,"Loop songs", "Song is played again and again.", STORABLE);
GUIButton bwTrashButton(480,175, 28, 28, 15,"media/gfx/trash_bw_icon.png", "Clear current song's brainwave information.");
GUIButton songFileOpenButton(56, 55, 28, 28, 15,"media/gfx/open_file_icon.png", "Import Song (mp3).");
GUIButton songFolderOpenButton(56+35,55, 28, 28, 15,"media/gfx/open_folder_icon.png", "Import folder of Song(s) and it's subfolders.");
GUIButton songTrashButton(56+35*2,55, 28, 28, 15,"media/gfx/trash_file_icon.png", "Delete selected song from list.");
GUIButton libraryNewButton(213, 55, 28, 28, 15,"media/gfx/new_library_icon.png", "Clear library (Use this If you want to make new list of music).");
GUIButton libraryOpenButton(213+35,55, 28, 28, 15,"media/gfx/open_library_icon.png", "Open library (This is done automatically when opening application).");
GUIButton librarySaveButton(213+35*2,55, 28, 28, 15,"media/gfx/save_library_icon.png", "Save library (This is done automatically when quiting application).");
// Different mode choosing radio-choose menu
GUIRadioButton djModeRadioButton(487+250, 112+16*14.5, "Disk Jockey Mode", "DJ Mode uses your brainwaves or your manually chosen ideal for picking songs.", STORABLE);
// Options to choose.. Added later in the main-void to the radiobutton
GUICheckBox djModeOp1( "Chosen State List", "DJ Mode use your choice from the DJ PANEL to find songs." );
GUICheckBox djModeOp2( "BCI State List", "DJ Mode will use your current brainwave state to find proper songs." );
GUICheckBox djModeUseXAxis( 480, 110, "Use X-axis (Beta)", true, "If this is enabled DJ Mode will find songs according beta-channel of recordings.", STORABLE );
GUICheckBox djModeUseYAxis( 480, 110+18,"Use Y-axis (Theta)", true, "If this is enabled DJ Mode will find songs according theta-channel of recordings.", STORABLE );
// Different options of playing whole songs or just song partions in Djmode
GUIRadioButton djPlayPartitions(487+250, 112+19*15, "DJ-mode Part Size", "DJ Mode will play full songs or parts of the songs.", STORABLE);
GUICheckBox partOp1( "Play Parts", "For letting DJ Mode play parts of the songs." );
GUICheckBox partOp2( "Play Full Songs", "For letting DJ Mode play full songs." );
// Options for different listening flow graph. Standard it's using profile channel 1(which is usually beta channel - activity)
GUIRadioButton visualizationParameterRadioButton(487+250, 112+12*15, "Visualization channel", "This tells which channel visualization is reacting to.", STORABLE);
GUICheckBox actOp1( "Use profile channel 1", "Default - activity linked(ie. beta).");
GUICheckBox actOp2( "Use profile channel 2", "Use second channel." );
GUIXYPicker XYDJPicker(650,88,88,88, "Choose desired music or let brain choose it.");
// Background visualization..
BgEffect backgroundVisualization(1000,600);
bool onTopVisualization = false;
// Set up Brainwave Manager and it's GUI (to the previously declared elementlist!)
BWManager bwManager("Standard", 478, 240, 500, 260, "Different brainwave readings.");
// Playlist to show songs for choosing song and editing the list..
GUISpectrumPanel SpectrumPanel(480,125,20,272,17,10,"Neurofeedback panel showing bw values.");
//int xP, int yP, int panelItemSizeYP, int widthP, int heightP, int scrollBarWidthP, string toolTipText)
/* * * * *
* E n d *
* * * * */
// Create MindWave Device..
MindWaveDevice mindWaveDevice;
// Create Open EEG Device..
OpenEEGDevice openEEGDevice;
// Attributes used in main..
double dmin = std::numeric_limits<double>::min(); // minimum value
double dmax = std::numeric_limits<double>::max();
/* Simple FPS counter. */
int fps, fps_accum;
double fps_time;
double totalFrameTime;
// Important global functions to cause smooth movement etc.
double lastUpdate=0;
double lastGfxUpdate=0;
double pauseStartTime;
double gfxDesiredFps = 1.0f/160.0f; // Ie 80 fps. Put something like double the desired.. Because it's not tuned to work properly.
bool songPlaying;
int pausedAtPoint=-1;
int down;
int down_x;
int down_y;
string panelText = "Chosen Panel Text";
ALLEGRO_BITMAP *graphBaseImg;
ALLEGRO_BITMAP *iconImg;
// Player samplesource and stream for streaming audio
SampleSourcePtr samplesource;
OutputStreamPtr stream;
// For DJ Mode two streams to fade in and fade the other out at the same time..
OutputStreamPtr fadeInStream;
OutputStreamPtr fadeOutStream;
double fadeOutStarted;
float fadeOutStartVolume;
bool fadeOut;
double fadeInStarted;
bool fadeIn;
double startTimeToPlaySongInDjMode;
float djModeCurrentPieceDuration;
float mirrorBottom;
float songInfoTextX = 0;
// Allegro bitmaps. For background
ALLEGRO_BITMAP *bgImg = NULL;
ALLEGRO_BITMAP *copyImg = NULL;
// Our common BWMeter to get some nice current Brainwave-data and show it on the gui :) Start it up candyy!
BWMeter bwMeter(820,93, "Brainwave meter."); //795
// Converts int to string. Very nice.
string intToStr(int number)
{
stringstream ss;//create a stringstream
ss << number;//add number to the stream
return ss.str();//return a string with the contents of the stream
}
// Converts float to string. Very nice.
string desToStr(float number)
{
stringstream ss;//create a stringstream
ss << number;//add number to the stream
return ss.str();//return a string with the contents of the stream
}
// Str to integer :)
int strToInt(string strToConvert) {
return atoi(strToConvert.c_str());
}
double strToDes(string strToConvert) {
double value;
try
{
value = boost::lexical_cast<double>(strToConvert);
}
catch (boost::bad_lexical_cast const&)
{
value = 0;
}
return value;
}
double Index2Freq(int i, double sampleRate, int n) {
return (double) i * (sampleRate / n);
}
int Freq2Index(double freq, double sampleRate, int n) {
return (int) (freq / (sampleRate / n));
}
// Tells wether a given file in the path is a valid file for music or not..
bool isValidMusicPlayerFile(path p) {
bool answer = false;
if ( extension(p) == ".mp3" || extension(p) == ".ogg" || extension(p) == ".wav" ||
extension(p) == ".flac" || extension(p) == ".aiff" || extension(p) == ".mod" ||
extension(p) == ".s3m" || extension(p) == ".xm" || extension(p) == ".it" )
answer = true;
else
playerLog("Wasn't valid music file! isValidMusicPlayerFile returned false. ");
return answer;
}
// Logs stuff.. Change this to allegro or windows console depending desire:)
void playerLog(string s) {
fprintf(stderr,(s+"\n").c_str());
}
bool unLoadFonts() {
al_destroy_font(buttonFont);
if (buttonFont){
playerLog("Button font still alive. It shouldnt be...\n");
return false;
}
al_destroy_font(libraryFont );
if (libraryFont){
playerLog("libraryfont font still alive. It shouldnt be...\n");
return false;
}
return true;
}
bool loadFonts() {
buttonFontSize = 8;
buttonFont = al_load_ttf_font("pirulen.ttf",buttonFontSize,0 );
if (!buttonFont){
playerLog("Could not load 'pirulen.ttf'.\n");
return false;
}
// Load font also at the same time..
libraryFont = al_load_ttf_font("pirulen.ttf",12,0 ); //UnionBold
if (!libraryFont){
playerLog("Could not load 'pirulen.ttf '.\n");
return false;
}
return true;
}
float getDistance(float x,float y,float x2,float y2) {
float dx = x-x2;
float dy = y-y2;
// And using the Pythagoras we can achieve the distance between two points.. Clever :)
return sqrt(dx*dx+dy*dy);
}
ALLEGRO_BITMAP* getScaledImage(ALLEGRO_BITMAP* src, float scaleFactorX, float scaleFactorY) {
ALLEGRO_BITMAP* dest = NULL;
float originalWidth=al_get_bitmap_width(src);
float originalHeight=al_get_bitmap_height(src);
//dest = imageLibrary.createImage(originalWidth*scaleFactorX, originalHeight*scaleFactorY);
dest = al_create_bitmap(originalWidth*scaleFactorX, originalHeight*scaleFactorY);
if(!dest) {
playerLog("Failed to create destination image in copyScaledImage()-function..'.\n");
}
al_set_target_bitmap(dest);
al_draw_scaled_bitmap(src, 0, 0, originalWidth, originalHeight, 0, 0, originalWidth*scaleFactorX, originalHeight*scaleFactorY, 0);
al_set_target_bitmap(al_get_backbuffer(display));
return dest;
}
// split: receives a char delimiter; returns a vector of strings
// By default ignores repeated delimiters, unless argument rep == 1.
vector<string>& splitstring::split(char delim, int rep) {
if (!flds.empty()) flds.clear(); // empty vector if necessary
string work = data();
string buf = "";
int i = 0;
while (i < work.length()) {
if (work[i] != delim)
buf += work[i];
else if (rep == 1) {
flds.push_back(buf);
buf = "";
} else if (buf.length() > 0) {
flds.push_back(buf);
buf = "";
}
i++;
}
if (!buf.empty())
flds.push_back(buf);
return flds;
}
string forceRemoveAllDoubleEmptySpaces(string txt) {
// I think this 10 trial will trim or remove all empty spaces :D
for (int i=0;i<10;i++) {
txt = string(removeDoubleEmptySpaces(txt));
}
return txt;
}
string removeExcessFromMiddle(string sourceStr, int limitStrSize)
{
if(sourceStr.length() < limitStrSize)
return sourceStr;
// Else.. Remove from middle.. Count how many excess and remove..
int excess = sourceStr.length()-limitStrSize;
int middlePoint = int(sourceStr.length()/2);
int startPoint = middlePoint-int(excess/2);
int endPoint = middlePoint+int(excess/2);
if (startPoint<0 || endPoint>sourceStr.length())
return "trimAndRemoveExcess..Too small string to handle.";
return (sourceStr.substr(0,startPoint)+sourceStr.substr(endPoint,sourceStr.length()-endPoint));
}
// Hey does that hmm.. Is that destroyed.. damnd.. when it goes out of this function
// No it is not As far as I tested it..
char* removeDoubleEmptySpaces(string txt) {
char *cstr = new char[txt.length() + 1];
strcpy(cstr, txt.c_str());
int len = (int)strlen(cstr);
int i = 0;
int j = 0;
while (i != len-1) {
if ( !(cstr[i] == ' ' && cstr[i+1] == ' ') )
cstr[j++] = cstr[i];
i++;
}
return cstr;
}
void drawGlowDot(float px, float py, float glowValue) {
float alpha = 0.9f;
al_draw_pixel(px, py, al_map_rgba_f(0.0*alpha*glowValue, 0.0*alpha*glowValue, 1.0*glowValue*alpha, alpha));
alpha = 0.2f;
al_draw_pixel(px, py, al_map_rgba_f(0.3*alpha*glowValue, 0.3*alpha*glowValue, 1.0*alpha*glowValue, alpha));
alpha = 0.9f;
al_draw_pixel(px-1, py, al_map_rgba_f(.0*alpha*glowValue, .0*alpha*glowValue, 1.0*glowValue*alpha, alpha));
al_draw_pixel(px+1, py, al_map_rgba_f(.0*alpha*glowValue, .0*alpha*glowValue, 1.0*glowValue*alpha, alpha));
al_draw_pixel(px, py-1, al_map_rgba_f(.0*alpha*glowValue, .0*alpha*glowValue, 1.0*glowValue*alpha, alpha));
al_draw_pixel(px, py+1, al_map_rgba_f(.0*alpha*glowValue, .0*alpha*glowValue, 1.0*glowValue*alpha, alpha));
alpha = 0.8f;
al_draw_pixel(px-1, py-1, al_map_rgba_f(0.0*alpha, 0.0*alpha, 0.8*glowValue*alpha, alpha));
al_draw_pixel(px+1, py-1, al_map_rgba_f(0.0*alpha, 0.0*alpha, 0.8*glowValue*alpha, alpha));
al_draw_pixel(px-1, py+1, al_map_rgba_f(0.0*alpha, 0.0*alpha, 0.8*glowValue*alpha, alpha));
al_draw_pixel(px+1, py+1, al_map_rgba_f(0.0*alpha, 0.0*alpha, 0.8*glowValue*alpha, alpha));
alpha = 0.3f;
al_draw_pixel(px-2, py, al_map_rgba_f(0.0*alpha, 0.0*alpha, 0.3*glowValue*alpha, alpha));
al_draw_pixel(px+2, py, al_map_rgba_f(0.0*alpha, 0.0*alpha, 0.3*glowValue*alpha, alpha));
al_draw_pixel(px, py-2, al_map_rgba_f(0.0*alpha, 0.0*alpha, 0.3*glowValue*alpha, alpha));
al_draw_pixel(px, py+2, al_map_rgba_f(0.0*alpha, 0.0*alpha, 0.3*glowValue*alpha, alpha));
}
void drawPowerMeter(float px, float py, float width, float height, float value) {
// Triangle
float alpha = 0.7f;
float heightNow = 1;
float raiseHeightStep = height/width;
int lightTheseBars = (width * value);
int skipper=0;
for (int ix = 0; ix < width; ix++) {
if (skipper==4) {
for (int iy = 0; iy < heightNow; iy++) {
if (ix<lightTheseBars)
al_draw_pixel(px+ix, py-iy,al_map_rgba_f(0.3*alpha, 0.3*alpha, 1.0*alpha, alpha));
//drawGlowDot(px+ix, py-iy,1.0f);
else //darker
//drawGlowDot(px+ix, py-iy,0.3f);
al_draw_pixel(px+ix, py-iy,al_map_rgba_f(0.0*alpha, 0.0*alpha, 0.7*alpha, alpha));
}
skipper=0;
}
skipper++;
heightNow += raiseHeightStep;
}
}
float getNegationOfThisPrefix(float num) {
if (num>0.0f)
return -1.0f;
else
return 1.0f;
}
float getPositiveOfThis(float num) {
if (num<0.0f)
return -num;
else
return num;
}
float getPrefixOf(float num) {
if (num>0.0f)
return 1.0f;
else
return -1.0f;
}
float limitValueUp(float tval, float limitV) {
if (tval>limitV)
tval=limitV;
return tval;
}
float limitValueDown(float tval, float limitV) {
if (tval<limitV)
tval=limitV;
return tval;
}
void getValueInsideBoundaries(float &tval, float limitVDown, float limitVUp) {
float resultV = tval;
if (resultV>limitVUp)
resultV = limitVUp;
if (resultV<limitVDown)
resultV = limitVDown;
tval = resultV;
}
// This is a bit weirds. :H
ALLEGRO_COLOR getFromColorToColor(ALLEGRO_COLOR colFrom, ALLEGRO_COLOR colTo, double fac) {
// Calculate 3d translation in the color cube. Just add vector to point with scaling factor.
ALLEGRO_COLOR deltaVec = al_map_rgb_f(colTo.r - colFrom.r, colTo.g - colFrom.g, colTo.b - colFrom.b);
return al_map_rgb_f(colFrom.r + deltaVec.r * fac, colFrom.g + deltaVec.g * fac, colFrom.b + deltaVec.b * fac);
}
// Get color of the text color according this song's brainwave information. Ie calm song is different in color than energetic song.
// Values are relative from 0.0 - 1.0 and 0.0 - 1.0 of their position in the min to max of the channel's avarages of each song.
ALLEGRO_COLOR getMapColor(float valX, float valY) {
ALLEGRO_COLOR startPointColor = al_map_rgb_f(0.0, 0.0, 0.0); // This is init color If no bw data is available.
ALLEGRO_COLOR defPointColor = al_map_rgb_f(0.2, 0.2, 0.2);
// Jump to right positions.
ALLEGRO_COLOR trans1 = getFromColorToColor(startPointColor,getGraphThemeColorOf(bwMeter.PROFILE_CHANNEL_1),valX);
ALLEGRO_COLOR trans2 = getFromColorToColor(startPointColor,getGraphThemeColorOf(bwMeter.PROFILE_CHANNEL_2),valY);
ALLEGRO_COLOR endPointColor = al_map_rgb_f(startPointColor.r + trans1.r + trans2.r, startPointColor.g + trans1.g + trans2.g, startPointColor.b + trans1.b + trans2.b);
endPointColor = al_map_rgb_f(endPointColor.r*(1.0-defPointColor.r)+defPointColor.r,endPointColor.g*(1.0-defPointColor.g)+defPointColor.g,endPointColor.b*(1.0-defPointColor.b)+defPointColor.b);
return endPointColor;
}
void drawRotatedTintedPicture(ALLEGRO_BITMAP *img, ALLEGRO_COLOR tint, float dx, float dy, float angle) {
al_draw_tinted_rotated_bitmap(img, tint, al_get_bitmap_width(img)/2, al_get_bitmap_height(img)/2 , dx, dy, angle, 0);
}
void drawRotatedPicture(ALLEGRO_BITMAP *img, float dx, float dy, float angle) {
al_draw_rotated_bitmap(img, al_get_bitmap_width(img)/2, al_get_bitmap_height(img)/2 , dx, dy, angle, 0);
}
void drawScaledPicture(ALLEGRO_BITMAP *img, float dx, float dy, float width, float height) {
int dflags = 0;
al_draw_scaled_bitmap(img,0,0, al_get_bitmap_width(img), al_get_bitmap_height(img), dx, dy, width, height, dflags);
}
void drawTintedPicture(ALLEGRO_BITMAP *img, ALLEGRO_COLOR color, float x, float y, int flags) {
al_set_blender(ALLEGRO_ADD, ALLEGRO_ONE, ALLEGRO_ONE); // Nice tint
al_draw_tinted_bitmap(img, color, x, y, flags);
al_set_blender(ALLEGRO_ADD, ALLEGRO_ONE, ALLEGRO_INVERSE_ALPHA); // No tint for other drawing..
}
float getDistanceBetweenValues(float val1, float val2) {
float dist = val1 - val2;
if (dist<0.0f)
dist = -dist;
return dist;
}
/* Function to control # of decimal places to be output for x */
double showDecimals(const double& x, const int& numDecimals) {
int y=x;
double z=x-y;
double m=pow(10,numDecimals);
double q=z*m;
double r=round(q);
return static_cast<double>(y)+(1.0/m)*r;
}
string getTimeStamp() {
// Get current date/time, format is YYYY-MM-DD-HH-mm-ss
time_t now = time(0);
struct tm tstruct;
char buf[80];
tstruct = *localtime(&now);
strftime(buf, sizeof(buf), "%Y-%m-%d-%H-%M-%S", &tstruct);
// Damn boost!! Why you had to be so complicated. See! This is what you got! Now I'm using c++ basic stuff! This should also work on multiple platform.
return string(buf);
}
// Modifie from stackoverflow example. Takes of the characters that are requested.
string removeChars(string str, char *chars) {
string strOrig = str;
for (unsigned int i = 0; i < strlen(chars); ++i)
{
// you need include <algorithm> to use general algorithms like std::remove()
str.erase (std::remove(str.begin(), str.end(), chars[i]), str.end());
}
playerLog("# Removing chars from string " + strOrig + " to result " + str);
return str;
}
bool strToBool(string val) {
if (val=="1")
return true;
else
return false;
}
string boolToStr(bool val) {
if (val)
return "1";
else
return "0";
}
// This is to give some value to chew on for background effects in visualization..
double getEffectiveValueOfEEG() {
if (visualizationParameterRadioButton.getSelectionTxt() == actOp1.getText())
return bwMeter.getCurrentProfileMindState(bwMeter.PROFILE_CHANNEL_1)*2.0d-1.0d;
else
return bwMeter.getCurrentProfileMindState(bwMeter.PROFILE_CHANNEL_2)*2.0d-1.0d;
}
bool usingMindWave() {
if (!usingOpenEEG()) // or EEGDeviceModeRadioButton.getSelectionTxt()==EEGDevicegOp1.getText()
return true;
else
return false;
}
bool usingOpenEEG() {
if (EEGDeviceModeRadioButton.getSelectionTxt()==EEGDevicegOp2.getText() || EEGDeviceModeRadioButton.getSelectionTxt()==EEGDevicegOp3.getText())
return true;
else
return false;
}
int howManyChannelsInOpenEEG() {
if (EEGDeviceModeRadioButton.getSelectionTxt()==EEGDevicegOp3.getText())
return 2;
else
return 1;
}
};
Song AlbumCoverManager::GetFirstSelectedAsSong() {
return context_menu_items_.isEmpty() ? Song()
: ItemAsSong(context_menu_items_[0]);
}
Song SimpleFMOD::LoadSong(const char *filename, FMOD_MODE mode)
{
return Song(this, filename, channelMusic, mode);
}
Song SimpleFMOD::LoadSong(int resourceId, LPCTSTR resourceType, FMOD_MODE mode)
{
return Song(this, resourceId, resourceType, channelMusic, mode);
}
// Song factory
Song SimpleFMOD::LoadSong(const char *data, FMOD::ChannelGroup *channelGroup, FMOD_MODE mode, FMOD_CREATESOUNDEXINFO info)
{
return Song(this, data, channelGroup, mode, info);
}
void CMPD::Update()
{
if(!_connected) {
iprintf("Reconnecting in 10 seconds.");
sleep(10);
if(Connect())
iprintf("%s", "Reconnected!");
else {
eprintf("%s", "Could not reconnect.");
return;
}
}
mpd_status *status = mpd_run_status(_conn);
mpd_stats *stats = mpd_run_stats(_conn);
if(status && stats) {
int newsongid = mpd_status_get_song_id(status);
int newsongpos = mpd_status_get_elapsed_time(status);
int curplaytime = mpd_stats_get_play_time(stats);
// new song (or the same song but from the beginning after it has been played long enough before)
if(newsongid != _songid || (_song.getDuration() != -1 && _songpos > (_song.getDuration()/2) && newsongpos < _songpos && newsongpos < 10)) {
_songid = newsongid;
_songpos = newsongpos;
_start = curplaytime;
mpd_song *song = mpd_run_current_song(_conn);
if(song) {
GotNewSong(song);
mpd_song_free(song);
} else {
_song = Song();
}
}
// song playing
if(newsongpos != _songpos) {
_songpos = newsongpos;
CheckSubmit(curplaytime);
}
// check for client-to-client messages
if(mpd_send_read_messages(_conn)) {
mpd_message *msg;
while((msg = mpd_recv_message(_conn)) != NULL) {
const char *text = mpd_message_get_text(msg);
if(_gotsong && text) {
if(!strncmp(text, "love", 4)) {
AudioScrobbler->LoveTrack(_song);
}
else if(!strncmp(text, "unlove", 6)) {
AudioScrobbler->LoveTrack(_song, true);
}
}
mpd_message_free(msg);
}
mpd_response_finish(_conn);
}
mpd_status_free(status);
mpd_stats_free(stats);
}
else { // we have most likely lost our connection
eprintf("Could not query MPD server: %s", mpd_connection_get_error_message(_conn));
_connected = false;
}
}
void PlaylistView::PlayerStopped() {
CurrentSongChanged(Song(), QString(), QImage());
}
Song AlbumCoverManager::GetSingleSelectionAsSong() {
return context_menu_items_.size() != 1 ? Song()
: ItemAsSong(context_menu_items_[0]);
}
void PlaylistItem::ClearTemporaryMetadata() { temp_metadata_ = Song(); }
Song Song::GetNull() {
return Song();
}
QVariant PlaylistsModel::data(const QModelIndex &index, int role) const
{
if (!index.isValid()) {
switch (role) {
case Cantata::Role_TitleText:
return title();
case Cantata::Role_SubText:
return descr();
case Qt::DecorationRole:
return icon();
}
return QVariant();
}
#ifndef ENABLE_UBUNTU
if (Qt::TextAlignmentRole==role) {
return alignments[index.column()];
}
#endif
Item *item=static_cast<Item *>(index.internalPointer());
if (item->isPlaylist()) {
PlaylistItem *pl=static_cast<PlaylistItem *>(item);
switch(role) {
#ifdef ENABLE_UBUNTU
case Cantata::Role_Image:
return QString();
#endif
case Cantata::Role_ListImage:
return false;
case Cantata::Role_IsCollection:
return true;
case Cantata::Role_CollectionId:
return pl->key;
case Cantata::Role_Key:
return 0;
case Cantata::Role_SongWithRating:
case Cantata::Role_Song: {
QVariant var;
var.setValue<Song>(Song());
return var;
}
case Cantata::Role_AlbumDuration:
return pl->totalTime();
case Cantata::Role_SongCount:
if (!pl->loaded) {
pl->loaded=true;
emit playlistInfo(pl->name);
}
return pl->songs.count();
case Cantata::Role_CurrentStatus:
case Cantata::Role_Status:
return (int)GroupedView::State_Default;
case Qt::FontRole:
if (multiCol) {
QFont font;
font.setBold(true);
return font;
}
return QVariant();
case Cantata::Role_TitleText:
case Cantata::Role_MainText:
case Qt::DisplayRole:
if (multiCol) {
switch (index.column()) {
case COL_TITLE:
return pl->visibleName();
case COL_ARTIST:
case COL_ALBUM:
return QVariant();
case COL_LENGTH:
if (!pl->loaded) {
pl->loaded=true;
emit playlistInfo(pl->name);
}
return pl->loaded && !pl->isSmartPlaylist ? Utils::formatTime(pl->totalTime()) : QVariant();
case COL_YEAR:
case COL_GENRE:
return QVariant();
default:
break;
}
}
return pl->visibleName();
case Qt::ToolTipRole:
if (!Settings::self()->infoTooltips()) {
return QVariant();
}
if (!pl->loaded) {
pl->loaded=true;
emit playlistInfo(pl->name);
}
return 0==pl->songs.count()
? pl->visibleName()
: pl->visibleName()+"\n"+Plurals::tracksWithDuration(pl->songs.count(), Utils::formatTime(pl->totalTime()));
#ifndef ENABLE_UBUNTU
case Qt::DecorationRole:
return multiCol ? QVariant() : (pl->isSmartPlaylist ? Icons::self()->dynamicRuleIcon : Icons::self()->playlistListIcon);
#endif
case Cantata::Role_SubText:
if (!pl->loaded) {
pl->loaded=true;
emit playlistInfo(pl->name);
}
if (pl->isSmartPlaylist) {
return i18n("Smart Playlist");
}
return Plurals::tracksWithDuration(pl->songs.count(), Utils::formatTime(pl->totalTime()));
case Cantata::Role_TitleActions:
return true;
default:
return ActionModel::data(index, role);
}
} else {
SongItem *s=static_cast<SongItem *>(item);
switch (role) {
#ifdef ENABLE_UBUNTU
case Cantata::Role_Image:
return QString();
#endif
case Cantata::Role_ListImage:
return true;
case Cantata::Role_IsCollection:
return false;
case Cantata::Role_CollectionId:
return s->parent->key;
case Cantata::Role_Key:
return s->key;
case Cantata::Role_CoverSong:
case Cantata::Role_SongWithRating:
case Cantata::Role_Song: {
QVariant var;
var.setValue<Song>(*s);
return var;
}
case Cantata::Role_AlbumDuration: {
quint32 d=s->time;
for (int i=index.row()+1; i<s->parent->songs.count(); ++i) {
const SongItem *song = s->parent->songs.at(i);
if (song->key!=s->key) {
break;
}
d+=song->time;
}
if (index.row()>1) {
for (int i=index.row()-1; i<=0; ++i) {
const SongItem *song = s->parent->songs.at(i);
if (song->key!=s->key) {
break;
}
d+=song->time;
}
}
return d;
}
case Cantata::Role_SongCount:{
quint32 count=1;
for (int i=index.row()+1; i<s->parent->songs.count(); ++i) {
const SongItem *song = s->parent->songs.at(i);
if (song->key!=s->key) {
break;
}
count++;
}
if (index.row()>1) {
for (int i=index.row()-1; i<=0; ++i) {
const SongItem *song = s->parent->songs.at(i);
if (song->key!=s->key) {
break;
}
count++;
}
}
return count;
}
case Cantata::Role_CurrentStatus:
case Cantata::Role_Status:
return (int)GroupedView::State_Default;
case Qt::DisplayRole:
if (multiCol) {
switch (index.column()) {
case COL_TITLE:
return s->trackAndTitleStr(false);
case COL_ARTIST:
return s->artist.isEmpty() ? Song::unknown() : s->artist;
case COL_ALBUM:
if (s->isStream() && s->album.isEmpty()) {
QString n=s->name();
if (!n.isEmpty()) {
return n;
}
}
return s->album;
case COL_LENGTH:
return Utils::formatTime(s->time);
case COL_YEAR:
if (s->year <= 0) {
return QVariant();
}
return s->year;
case COL_GENRE:
return s->displayGenre();
case COL_COMPOSER:
return s->composer();
case COL_PERFORMER:
return s->performer();
default:
break;
}
}
return s->entryName();
case Qt::ToolTipRole:
if (!Settings::self()->infoTooltips()) {
return QVariant();
}
return s->toolTip();
#ifndef ENABLE_UBUNTU
case Qt::DecorationRole:
return multiCol ? QVariant() : (s->title.isEmpty() ? Icons::self()->streamIcon : Icons::self()->audioListIcon);
#endif
case Cantata::Role_MainText:
return s->title.isEmpty() ? s->file : s->title;
case Cantata::Role_SubText:
return s->artist+QLatin1String(" - ")+s->displayAlbum()+QLatin1String(" - ")+Utils::formatTime(s->time);
default:
return ActionModel::data(index, role);
}
}
return QVariant();
}
