//this captures all our control panel events - unless its setup differently in testApp::setup
//--------------------------------------------------------------
void SinglePanelImagePixelFactory::eventsIn(guiCallbackData & data){
if(data.getDisplayName() == "Images"){
std::ostringstream localOSS;
string contentDirectoryName = data.getString(2).c_str();
localOSS << "panelImages/" << contentDirectoryName;
string directoryToList = localOSS.str();
int numberOfImages = content.listDir(directoryToList);
images.resize(numberOfImages); //resize the vector, maybe back to zero
if(images.size() > 0){
for(int i=0; i < images.size(); i++){
std::ostringstream contentPathOSS;
contentPathOSS << directoryToList << "/" << content.entries[i].filename;
string contentPath = contentPathOSS.str();
images[i].loadImage(contentPath);
}
}
imageIndexToUse = 0;
inited = true;
}
}
void testApp::drawInputEvent(guiCallbackData &data) {
if (data.isElement("draw_input") && data.getInt(0) == 1) {
drawInputVideo = true;
} else {
drawInputVideo = false;
}
}
void ofApp::onGuiEvent(guiCallbackData & d){
if(d.getDisplayName() == "Scene"){
socket.send("/setScene " +d.getString(0));
currentScene = ofToInt(d.getString(0));
}
}
//----------------------NOT CURRENTLY USED----------------------------------------
void testApp::grabBackgroundEvent(guiCallbackData & data){
//we use the event callback to capture the background - we then set the toggle value back to its previous value
if( data.isElement( "GRAB_BACKGROUND" ) && data.getInt(0) == 1 ){
// bgExample.captureBackground();
gui.setValueB("GRAB_BACKGROUND", false);
}
}
void CameraColorSampler::panelValueChanged(guiCallbackData& data) {
string name = data.getXmlName();
if(name=="gain") ps3eye.setGain(data.getFloat(0));
else if(name=="shutter") ps3eye.setShutter(data.getFloat(0));
else if(name=="gamma") ps3eye.setGamma(data.getFloat(0));
else if(name=="brightness") ps3eye.setBrightness(data.getFloat(0));
else if(name=="contrast") ps3eye.setContrast(data.getFloat(0));
else if(name=="hue") ps3eye.setHue(data.getFloat(0));
else if(name=="flicker") ps3eye.setFlicker(data.getInt(0));
else if(name=="white_balance") ps3eye.setWhiteBalance(data.getInt(0)+1);
}
//this captures all our control panel events - unless its setup differently in testApp::setup
//--------------------------------------------------------------
void SlitStretchFactory::eventsIn(guiCallbackData & data){
if(data.getDisplayName() == "Images"){
inited = false;
std::ostringstream localOSS;
string contentFilename = data.getString(2).c_str();
localOSS << "imagesToSlitAndStretch/" << contentFilename;
string contentPath = localOSS.str();
currentContentPath = contentPath;
inited = true;
doImageResize();
}
// // print to terminal if you want to
// //this code prints out the name of the events coming in and all the variables passed
// printf("testApp::eventsIn - name is %s - \n", data.getXmlName().c_str());
// if( data.getDisplayName() != "" ){
// printf(" element name is %s \n", data.getDisplayName().c_str());
// }
// for(int k = 0; k < data.getNumValues(); k++){
// if( data.getType(k) == CB_VALUE_FLOAT ){
// printf("%i float value = %f \n", k, data.getFloat(k));
// }
// else if( data.getType(k) == CB_VALUE_INT ){
// printf("%i int value = %i \n", k, data.getInt(k));
// }
// else if( data.getType(k) == CB_VALUE_STRING ){
// printf("%i string value = %s \n", k, data.getString(k).c_str());
// }
// }
//
// printf("\n");
}
//This is protected
//---------------------------------------------
void ofxControlPanel::eventsIn(guiCallbackData & data){
if( !eventsEnabled ) return;
//we notify the ofxControlPanel event object - aka the global ALL events callback
ofNotifyEvent(guiEvent, data, this);
//we then check custom event groups
for(int i = 0; i < customEvents.size(); i++){
for(int k = 0; k < customEvents[i]->names.size(); k++){
if( customEvents[i]->names[k] == data.getXmlName() ){
ofNotifyEvent(customEvents[i]->guiEvent, data, this);
}
}
}
}
//--------------------------------------------------------------
void Therenect::eventsIn(guiCallbackData & data){
string eventName = data.getXmlName();
printf("event name is %s\n", eventName.c_str());
if (eventName=="ANTENNA_DISTANCE") {
position = 255-data.getInt(0);
volumePoint.z = position;
pitchPoint.z = position;
} else if (eventName=="KINECT_ANGLE") {
tiltAngle = data.getInt(0);
} else if (eventName=="MIDI_ENABLED") {
midi_on = data.getInt(0);
if (midi_on) {
midi.openPort(gui.getValueI("MIDI_DEVICE", 0));
if (!scale) {
scale=1;
gui.setValueI("SCALE", scale, 0);
}
} else {
midi.closePort();
scale = 0;
midi_note = 0;
gui.setValueI("SCALE", scale, 0);
}
} else if (eventName=="MIDI_DEVICE") {
if (midi_on) {
midi.closePort();
midi.openPort(gui.getValueI("MIDI_DEVICE", 0));
}
} else if (eventName=="MIDI_CHANNEL") {
midi_channel = data.getInt(0);
} else if (eventName=="WAVE") {
oscmode = data.getInt(0);
} else if (eventName=="SCALE") {
scale = data.getInt(0);
} else if (eventName=="FREQ_RANGE") {
range = 50.0f+data.getFloat(0)/2.0f;
}
}
//this captures all our control panel events - unless its setup differently in testApp::setup
//--------------------------------------------------------------
void testApp::eventsIn(guiCallbackData & data){
// //lets send all events to our logger
// if( !data.isElement( "events logger" ) ){
// string logStr = data.getXmlName();
//
// for(int k = 0; k < data.getNumValues(); k++){
// logStr += " - " + data.getString(k);
// }
//
// logger.log(OF_LOG_NOTICE, "event - %s", logStr.c_str());
// }
// print to terminal if you want to
//this code prints out the name of the events coming in and all the variables passed
// printf("testApp::eventsIn - name is %s - \n", data.getXmlName().c_str());
// if( data.getDisplayName() != "" ){
// printf(" element name is %s \n", data.getDisplayName().c_str());
// }
// for(int k = 0; k < data.getNumValues(); k++){
// if( data.getType(k) == CB_VALUE_FLOAT ){
// printf("%i float value = %f \n", k, data.getFloat(k));
// }
// else if( data.getType(k) == CB_VALUE_INT ){
// printf("%i int value = %i \n", k, data.getInt(k));
// }
// else if( data.getType(k) == CB_VALUE_STRING ){
// printf("%i string value = %s \n", k, data.getString(k).c_str());
// }
// }
//
// printf("\n");
//
//process events coming from the file listers
// simpleFileLister listerChannelA;
// simpleFileLister contentChannelA;
// simpleFileLister listerChannelB;
// simpleFileLister contentChannelB;
//example output
// testApp::eventsIn - name is CHANNEL_A_IMAGES -
// element name is Channel A Images
// 0 int value = 2
// 1 string value = ../../../data/images/joelHands
// 2 string value = joelHands
if(data.getDisplayName() == "Channel A Images"){
std::ostringstream localOSS;
string contentDirectoryName = data.getString(2).c_str();
localOSS << "images/" << contentDirectoryName;
string directoryToList = localOSS.str();
int numberOfImages = contentChannelA.listDir(directoryToList);
channelAImages.resize(numberOfImages); //resize the vector, maybe back to zero
if(channelAImages.size() > 0){
//we have some content, load in the first image as a preview
std::ostringstream contentOSS;
contentOSS << directoryToList << "/" << contentChannelA.entries[0].filename;
string iconPath = contentOSS.str();
channelAIcon.loadImage(iconPath); //known to be safe
for(int i=0; i < channelAImages.size(); i++){
std::ostringstream contentPathOSS;
contentPathOSS << directoryToList << "/" << contentChannelA.entries[i].filename;
string contentPath = contentPathOSS.str();
channelAImages[i].loadImage(contentPath);
}
}
}
//lazy but pragmatic
if(data.getDisplayName() == "Channel B Images"){
std::ostringstream localOSS;
string contentDirectoryName = data.getString(2).c_str();
localOSS << "images/" << contentDirectoryName;
string directoryToList = localOSS.str();
int numberOfImages = contentChannelB.listDir(directoryToList);
channelBImages.resize(numberOfImages); //resize the vector, maybe back to zero
if(channelBImages.size() > 0){
//we have some content, load in the first image as a preview
std::ostringstream contentOSS;
contentOSS << directoryToList << "/" << contentChannelB.entries[0].filename;
string iconPath = contentOSS.str();
channelBIcon.loadImage(iconPath); //known to be safe
for(int i=0; i < channelBImages.size(); i++){
std::ostringstream contentPathOSS;
contentPathOSS << directoryToList << "/" << contentChannelB.entries[i].filename;
string contentPath = contentPathOSS.str();
channelBImages[i].loadImage(contentPath);
}
}
}
}
void testApp::grabBackgroundEvent(guiCallbackData & data){
if( data.isElement("grab") && data.getInt(0) == 1 ){
bgSub.captureBackground();
gui.setValueB("grab", false);
}
}
//this captures all our control panel events - unless its setup differently in testApp::setup
//--------------------------------------------------------------
void testApp::eventsIn(guiCallbackData & data){
//TODO: would like to 'checkHit' for each GUI element and use that to set the analysisChooser (this would be proper behavior for the GUI)
//check whether we are still on the same panel
/*
analysisChooser
gui.getSelectedPanel();
*/
//lets send all events to our logger
if( !data.isElement( "events logger" ) ){
string logStr = data.getXmlName();
for(int k = 0; k < data.getNumValues(); k++){
logStr += " - " + data.getString(k);
}
logger.log(OF_LOG_NOTICE, "event - %s", logStr.c_str());
}
// print to terminal if you want to
//this code prints out the name of the events coming in and all the variables passed
//SETUP CAMERA
printf("testApp::eventsIn - name is %s - \n", data.getXmlName().c_str());
if( data.getDisplayName() == "set up camera input" ){
//vidGrabber.close();
setupCamera(camWidth,camHeight,camInput,desFrameRate,false);
//menuState=1;
cout<<"cam is setup\n";
}
string thisName=data.getDisplayName();
cout<<thisName<<" this Name\n";
//START ANALYSIS IS NOW FROM A BUTTON
if( thisName == "GO" ){
showGui=false;
showCursor=false;
menuState=1;
}
//animation time limit
if( thisName == "animation time limit" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
masterAnalysis.maxNumberOfFramesForSynthesis=data.getFloat(k);
cout<<masterAnalysis.maxNumberOfFramesForSynthesis<<"masterAnalysis.maxNumberOfFramesForSynthesis \n";
}
else if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
}
}
}
//number of frames to grab
if( thisName == "number of frames to grab" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
masterAnalysis.numOfFramesToGrab =data.getFloat(k);
cout<<masterAnalysis.numOfFramesToGrab<<"masterAnalysis.numOfFramesToGrab \n";
}
else if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
}
}
}
//added Tom 31/12/11
// number of grey levels
if( thisName == "number of grey levels" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
masterAnalysis.numberOfGreyLevels =data.getFloat(k);
masterAnalysis.currentGreyLevel=data.getFloat(k);
cout<<masterAnalysis.numberOfGreyLevels<<"masterAnalysis.numberOfGreyLevels \n";
}
else if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
}
}
}
//fadeTime
if( thisName == "fadeTime" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
masterAnalysis.fadeTime =data.getFloat(k);
cout<<masterAnalysis.fadeTime<<"masterAnalysis.fadeTime \n";
}
else if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
}
}
}
if( thisName == "scan line width" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
masterAnalysis.scanLineWidth=data.getFloat(k);
cout<<masterAnalysis.scanLineWidth<<"masterAnalysis.scanLineWidth \n";
}
else if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
}
}
}
if( thisName == "scan line speed" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
masterAnalysis.scanLineSpeed=data.getFloat(k);
cout<<masterAnalysis.scanLineSpeed<<"masterAnalysis.scanLineSpeed \n";
}
else if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
}
}
}
if( thisName == "max white level to ramp to" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
masterAnalysis.maxResultA=data.getFloat(k);
cout<<masterAnalysis.maxResultA<<"masterAnalysis.maxResultA \n";
}
else if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
}
}
}
if( thisName == "num of seconds to last for" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
//30/12/11 maxNumberOfFramesForSynthesis is now set by multiplying gui time in secs by frameRateWeSet
//if the analysis is iResponse this number of frames is per level/cycle so must be divided by number of grey levels
// if (currentPanel==6) {
// masterAnalysis.maxNumberOfFramesForSynthesis= frameRateWeSet * data.getFloat(k) / masterAnalysis.numberOfGreyLevels;
// }
// else{
masterAnalysis.maxNumberOfFramesForSynthesis= frameRateWeSet * data.getFloat(k);
// }
cout<<masterAnalysis.maxNumberOfFramesForSynthesis<<"masterAnalysis.maxNumberOfFramesForSynthesis \n";
}
else if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
}
}
}
if( thisName == "num of impulses" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
masterAnalysis.divisionsA=(2*(int)data.getFloat(k));
cout<<"masterAnalysis.divisionsA = "<<masterAnalysis.divisionsA<<" \n";
}
else if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
}
}
}
if( thisName == "show graph outline" ){
showGraphLine=!showGraphLine;
masterAnalysis.showGraphA=showGraphLine;
}
//Tom S 14 Nov 19:10somehow this function appears to have been repeated so have commented out
/* if( thisName == "graph max time" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
masterAnalysis.maxNumberOfFramesForSynthesis=data.getFloat(k);
cout<<masterAnalysis.maxNumberOfFramesForSynthesis<<"masterAnalysis.maxNumberOfFramesForSynthesis \n";
}
else if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
}
}
}*/
if( thisName == "morse pause time" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
masterAnalysis.speed=data.getFloat(k);
cout<<masterAnalysis.speed<<"masterAnalysis.speed \n";
}
else if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
}
}
}
if( thisName == "red level" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
masterAnalysis.red=data.getFloat(k);
cout<<masterAnalysis.red<<" masterAnalysis.red \n";
}
else if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
}
}
}
if( thisName == "green level" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
masterAnalysis.green=data.getFloat(k);
cout<<masterAnalysis.green<<" masterAnalysis.green \n";
}
else if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
}
}
}
if( thisName == "red level" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
masterAnalysis.blue=data.getFloat(k);
cout<<masterAnalysis.blue<<" masterAnalysis.blue \n";
}
else if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
}
}
}
if( thisName == "color multi overall length" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
masterAnalysis.counterMaxColorMulti=data.getFloat(k);
cout<<masterAnalysis.counterMaxColorMulti<<"masterAnalysis.maxNumberOfFramesForSynthesis \n";
}
else if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
}
}
}
//more cam settings", "SETTINGS"
if( data.getDisplayName() == "more cam settings" ){
vidGrabber.videoSettings();
}
//LOCATION SELECTIO
if( data.getDisplayName()== "location" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_STRING ){
locationChooser=data.getString(k);
cout<<data.getString(k)<<" <<-- is our location \n";
}
}
}
//START ANALYSIS
//Tom 22/11/11 changed this from starting analysis to choosing panel of gui
if( data.getDisplayName()== "choose analysis" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_STRING ){
analysisChooser=data.getString(k);
cout<<data.getString(k)<<" "<<k<<" <<-- lets jump to this tab\n";
//Tom 22/11/11
for(int i=0;i<analysisNames.size();i++){
//check if the clicked option in the dropdown matches this analysis name
if(analysisNames[i]==data.getString(k)){
//if it does, jump to the correct gui panel
//changed 2 to 1 to account for mixing first 2 panels together
gui.setSelectedPanel(i+1);
//exit for loop
exit();
}
}
}
}
}
//WHAT KIND OF GRAPH
if( data.getDisplayName()== "RELAXRATE response curve" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_STRING ){
//copy string straight into class
masterAnalysis.whichGraph=data.getString(k);
cout<<data.getString(k)<<" <<-- lets run THIS graph\n";
}
}
}
//CAM HEIGHT
if( data.getDisplayName() == "camera height" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
printf("%i float value = %f \n", k, data.getFloat(k));
camHeight=data.getFloat(k);
}
else if( data.getType(k) == CB_VALUE_INT ){
printf("%i int value = %i \n", k, data.getInt(k));
camHeight=data.getInt(k);
}
else if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
}
}
}
//FRAME RATE ISNT WORKING - I THINK I HACKED THE LIBRARY TODO SET THIS RIGHT
if( data.getDisplayName() == "desired frame rate" ){
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
printf("%i float value = %f \n", k, data.getFloat(k));
desFrameRate=data.getFloat(k);
}
else if( data.getType(k) == CB_VALUE_INT ){
printf("%i int value = %i \n", k, data.getInt(k));
desFrameRate=data.getInt(k);
}
}
}
//LIST OF CAM SOURCES
if( data.getDisplayName() == "inputs" ){
cout<<"input selected\n";
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_FLOAT ){
printf("%i float value = %f \n", k, data.getFloat(k));
}
else if( data.getType(k) == CB_VALUE_INT ){
printf("%i int value = %i \n", k, data.getInt(k));
camInput=data.getInt(k);
cout<<camInput<<" camInput \n";
}
else if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
camInputName=data.getString(k).c_str();
}
}
}
// TOM - doesn't this refer to the morse text INPUT on the GUI?
if( data.getDisplayName() == "morse output" ){
cout<<"getting morse message\r";
}
//LIST OF CODECS
if( data.getDisplayName() == "codecs" ){
cout<<"input selected\n";
for(int k = 0; k < data.getNumValues(); k++){
if( data.getType(k) == CB_VALUE_STRING ){
printf("%i string value = %s \n", k, data.getString(k).c_str());
codecName=data.getString(k).c_str();
cout<<codecName;
//compare the string returned from the gui to get the number so we can pass this into the analysis setup
for(int i=0;i<returnedCodecNames.size();i++){
if(returnedCodecNames[i]==codecName){
codecChooser=i;
}
}
}
}
}
//TODO: are any of these camera settings actually working or updating?
//
//UPDATE THE REPORT STRING FOR CURRENT SETTINGS
camStatus="CAMERA STATUS:: width :"+ofToString(camWidth)+" height :"+ofToString(camHeight)+" frame rate :"+ofToString(desFrameRate)+" source :"+camInputName+"codec: "+codecName;
}
