void gvn(IRUnit& unit) {
auto rpoBlocksWithIds = rpoSortCfgWithIds(unit);
auto& rpoBlocks = rpoBlocksWithIds.blocks;
auto dominators = findDominators(unit, rpoBlocksWithIds);
ValueNumberTable vnTable(unit, ValueNumberMetadata { nullptr, nullptr });
// This is an implementation of the RPO version of the global value numbering
// algorithm presented in the 1996 paper "SCC-based Value Numbering" by
// Cooper and Simpson.
runAnalysis(unit, rpoBlocks, vnTable);
replaceRedundantComputations(unit, dominators, rpoBlocks, vnTable);
}
int main(int argc, char ** argv)
{
if (argc != 2)
{
printf("\n ./runAnalysis <filename>\n\n");
return -1;
}
runAnalysis(argv[1]);
return 0;
}
// Syntax (typical):
// computeLocalSolutions case=<ecl_case_prefix> step=<report_number>
int main(int argc, char* argv[])
try {
example::Setup setup(argc, argv);
auto& fdTool = setup.toolbox;
{
const auto inj = injectors(setup);
const auto fwd = fdTool.computeInjectionDiagnostics(inj);
runAnalysis(inj, fwd.fd, true);
}
{
const auto prod = producers(setup);
const auto rev = fdTool.computeProductionDiagnostics(prod);
runAnalysis(prod, rev.fd, false);
}
}
catch (const std::exception& e) {
std::cerr << "Caught exception: " << e.what() << '\n';
}
void AnalysisView::setCurrentWindowValues(float * imagL, float * imagR, float * isubEnergy, int * isubBeats, int ibeat) {
subEnergy = isubEnergy;
subBeats = isubBeats;
beat = ibeat;
memcpy(magLHistory[historyCounter],imagL, EQ_POINTS* sizeof(float));
memcpy(magRHistory[historyCounter],imagR, EQ_POINTS* sizeof(float));
runAnalysis();
historyCounter++;
historyCounter %= NUMBER_OF_EQS;
}
int main(int argc, char ** argv)
{
if (argc != 3)
{
printf("\n ./runAnalysis <filename> <systematic>\n");
printf("\n The output will be saved in\n\n");
printf(" minitrees/<systematic>\n");
printf(" rootfiles/<systematic>\n");
printf(" txt/<systematic>\n\n");
return -1;
}
runAnalysis(argv[1], argv[2]);
return 0;
}
void gvn(IRUnit& unit) {
PassTracer tracer{&unit, Trace::hhir_gvn, "gvn"};
GVNState state;
auto const rpoBlocks = rpoSortCfg(unit);
auto const idoms = findDominators(
unit,
rpoBlocks,
numberBlocks(unit, rpoBlocks)
);
ValueNumberTable globalTable(unit, ValueNumberMetadata{});
state.globalTable = &globalTable;
// This is an implementation of the RPO version of the global value numbering
// algorithm presented in the 1996 paper "SCC-based Value Numbering" by
// Cooper and Simpson.
runAnalysis(state, unit, rpoBlocks);
replaceRedundantComputations(unit, idoms, rpoBlocks, globalTable);
state.globalTable = nullptr;
}
DetailWindow::DetailWindow(QWidget *parent, QString path) : QMainWindow(parent), ui(new Ui::DetailWindow){
ui->setupUi(this);
//: The title of the Detail window
this->setWindowTitle(GuiStrings::getInstance()->appName() + GuiStrings::getInstance()->delim() + tr("Detailed Analysis"));
//: A tooltip on the Detail window
ui->chromaColourCombo->setToolTip(wrapToolTip(tr("Choose the colour scheme for the chromagram. Some provide higher contrast than others.")));
//: A tooltip on the Detail window
ui->colourScaleLabel->setToolTip(wrapToolTip(tr("This is the colour scale of the current chromagram. You can change the colour scheme using the dropdown below.")));
connect(&analysisWatcher, SIGNAL(finished()), this, SLOT(analysisFinished()));
allowDrops = true;
ui->progressBar->setVisible(false);
ui->runButton->setEnabled(false);
layoutScaling();
drawColourScale();
drawPianoKeys();
blankVisualisations();
blankKeyLabel();
if(path != ""){
filePath = path;
runAnalysis();
}
}
int proview(int argc, char *argv[])
{
/* commands that can be set from the command line */
/* default values for arguments */
Args args;
args.cdel='\t';
args.qdel='/';
args.pro=false;
args.min=4;
args.c=5;
args.pvalue=0.001;
args.notrim=false;
args.noheader=false;
std::string infile="";
std::string outfile="";
std::ifstream inFile; // the file to read data from (if not stdin).
env_t env;
env.setname("mapgd proview");
env.setver("0.6a");
env.setauthor("Bernhard Haubold");
env.setdescription("prints data in the '.pro' file quartet format");
env.optional_arg('m',"minimum", &args.min, &arg_setint, "an error occured", "prints a line iff at least one line has coverage greater than the minimum coverage (defauld 4)");
env.optional_arg('q',"qdel", &args.qdel, &arg_setchar, "an error occured", "sets the quartet delimiter (default tab)");
env.optional_arg('d',"cdel", &args.cdel, &arg_setchar, "an error occured", "sets the column delimiter (default tab)");
env.optional_arg('c',"coulmn", &args.c, &arg_setint, "an error occured", "sets the number of column in the output (default 6)");
env.optional_arg('i',"input", &infile, &arg_setstr, "an error occured", "sets the input file (default stdin)");
env.optional_arg('o',"output", &outfile, &arg_setstr, "an error occured", "sets the output file (default stdout)");
env.optional_arg('t',"trim", &args.pvalue, &arg_setfloat_t, "an error occured", "skip printing lines where an allele occurs primarly in one direction, \n\t\tgive that the p-value < the number provided");
env.flag( 'n',"notrim", &args.notrim, &flag_set, "an error occured", "disable trimming");
env.flag( 'h',"help", &env, &flag_help, "an error occured while displaying the help message", "prints this message");
env.flag( 'v',"version", &env, &flag_version, "an error occured while displaying the version message", "prints the program version");
env.flag( 'P',"pro", &args.pro, &flag_set, "an error occured", "input is a the pro format");
env.flag( 'N',"noheader", &args.noheader, &flag_set, "an error occured", "don't print a header.");
parsargs(argc, argv, env) ;
if ( args.c!=6 && args.c!=5 && args.c!=7) {std::cerr << "columns must be 5, 6 or 7 (e.g. -c 5).\n"; exit(0);}
int dic[256]; //A dictionary for translating text characters to ints, currently set to map forward reads and reverse reads to different ints.
//memset(dic, 8, sizeof(int)*256);
for (int x=0; x<256; ++x)dic[x]=8;
dic['A'] = 0;
dic['C'] = 1;
dic['G'] = 2;
dic['T'] = 3;
dic['a'] = 4;
dic['c'] = 5;
dic['g'] = 6;
dic['t'] = 7;
//Setting up the input/output
profile pro;
profile pro_in;
std::istream *in;
in=&std::cin;
if (not (args.pro) ){
if (infile.size()!=0) {
inFile.open(infile, std::ifstream::in);
if (!inFile) {printUsage(env);}
else in=&inFile;
}
}
else{
if (infile.size()!=0) pro_in.open(infile.c_str(), 'r');
else pro_in.open('r');
};
if (outfile.size()!=0) {
pro.open(outfile.c_str(), 'w');
if (!pro.is_open() ) {printUsage(env); exit(0);}
}
else pro.open('w');
/* Open the input file. */
/* ************************************************************************************************************ */
if (not (args.pro) ) runAnalysis(dic, args, in, pro);
else {
pro_in.readheader();
pro.copyheader(pro_in);
pro.setcolumns(args.c);
pro.set_delim_column(args.cdel);
pro.set_delim_quartet(args.qdel);
if (not (args.noheader) ) pro.writeheader();
while(pro_in.read()!=EOF ){
pro.copy(pro_in);
pro.write();
}
};
pro.close();
if(infile.size()!=0){
if (args.pro) inFile.close();
else pro_in.close();
};
env.close();
exit(0);
}
void DetailWindow::dropEvent(QDropEvent *e){
allowDrops = false;
filePath = e->mimeData()->urls().at(0).toLocalFile();
runAnalysis();
}
void DetailWindow::on_runButton_clicked(){
if(filePath != "") runAnalysis();
}
