void peanoclaw::configurations::PeanoClawConfigurationForSpacetreeGrid::processEntry(
const std::string& name,
std::stringstream& values
) {
if(name == "plot" || name == "plotAtOutputTimes") {
_plotAtOutputTimes = getBoolValue(values);
} else if(name == "plotAtEnd") {
_plotAtEndTime = getBoolValue(values);
} else if(name == "plotAtSubsteps") {
_plotSubsteps = getBoolValue(values);
} else if(name == "restrictStatistics") {
_restrictStatistics = getBoolValue(values);
} else if(name == "fluxCorrection") {
_fluxCorrection = getBoolValue(values);
} else if(name == "reduceReductions") {
_reduceReductions = getBoolValue(values);
} else if(name == "probe") {
addProbe(values);
} else if(name == "numberOfThreads") {
_numberOfThreads = getIntegerValue(values);
} else if(name == "neighborInducedMaximumTimesteps") {
_estimateNeighborInducedMaximumTimestep = getBoolValue(values);
} else if(name == "useDimensionalSplittingOptimization") {
_useDimensionalSplittingOptimization = getBoolValue(values);
} else if(name == "nodePoolStrategy") {
std::string strategyName;
values >> strategyName;
if(strategyName == "levelAware") {
_nodePoolStrategy = LevelAware;
} else if (strategyName == "treeAware") {
_nodePoolStrategy = TreeAware;
}
} else {
//--------------------------------------------------------------
void arduinoGrapher::mousePressed(int x, int y, int button){
cout << "pressed at "<<x<<", "<<y<<""<<endl;
if (drawBaudPane){ //overrides all other commands
if (insideCentreRect(mouseX, mouseY, baudPaneX, baudPaneY, baudButtonW, baudPaneH)){
for(int i=0; i<11; i++){
if (insideCentreRect(mouseX, mouseY, baudPaneX, i*28+baudPaneY-(baudPaneH/2)+38, 150, 25)){
serial.setBaud(serial.baudRates[i]);
serial.serialConnection.flush(true, true);
serial.println("{print:begin}");
recievingData = true;
drawBaudPane = false;
}
}
}else{
drawBaudPane = false;
}
}else{
if (mouseY>graphY&&mouseY<(graphY+graphH)){
if (mouseX>graphX&&mouseX<(graphX+graphW)) { //inside graph
if (cursorActive){
cout << "adding probe"<<endl;
if(serial.messages.size()>0){
addProbe(x);
}
}
}
}else if (insideStartButton(mouseX, mouseY)){
if(recievingData){
serial.println("{print:end}");
recievingData = false;
}else{
serial.println("{print:begin}");
recievingData = true;
}
}else if(insideResetButton(mouseX, mouseY)){
serial.messages.clear();
probes.clear();
}else if(insideBaudButton(mouseX, mouseY)){
if(!drawBaudPane){
serial.println("{print:end}");
recievingData = false;
drawBaudPane = true;
}
}else{
for (int i=0; i<buttons.size(); i++){
if(mouseX>=buttons[i].x&&mouseX<=buttons[i].x+buttons[i].w){
if(mouseY>=buttons[i].y&&mouseY<=buttons[i].y+buttons[i].h){
toggleButton(i);
}
}
}
}
}
}
