public static Dictionary <TCGATechnologyType, Dictionary <TCGASampleType, List <BarInfo> > > GetTumorSampleMap(string tumordir)
{
var result = new Dictionary <TCGATechnologyType, Dictionary <TCGASampleType, List <BarInfo> > >();
List <DatasetInfo> microarray = TCGAUtils.GetMicroarrayDatasets(tumordir);
var affy = microarray.Find(m => m.Name.Equals("U133A"));
var agilent = microarray.Find(m => m.Name.Equals("Agil3"));
if (agilent == null)
{
agilent = microarray.Find(m => m.Name.Equals("Agil2"));
}
var rnaseqv1 = TCGAUtils.GetRnaSeqV1DataSet(tumordir);
var rnaseqv2 = TCGAUtils.GetRnaSeqV2DataSet(tumordir);
DatasetInfo[] dis = new[] { affy, agilent, rnaseqv1, rnaseqv2 };
var technologies = EnumUtils.EnumToArray <TCGATechnologyType>();
for (int i = 0; i < dis.Length; i++)
{
AddDataset(result, technologies[i], dis[i]);
}
return(result);
}
public IsobaricIonField()
{
InitializeComponent();
Required = true;
var plexTypes = EnumUtils.EnumToArray <IsobaricType>();
var lst = (from ptype in plexTypes
let definition = ptype.GetDefinition()
from item in definition.Items
select item.Index).Distinct().ToList();
lst.Sort();
foreach (var index in lst)
{
var cb = new CheckBox();
cb.Parent = this;
this.Controls.Add(cb);
cb.Text = index.ToString();
cb.Name = "cb" + cb.Text;
cb.AutoSize = true;
cb.Dock = DockStyle.Left;
cb.BringToFront();
cb.TextAlign = ContentAlignment.MiddleLeft;
AddCheckBox(cb, index);
}
}
public ITraqResultMultipleFileDistillerUI()
{
InitializeComponent();
rawFiles.FileArgument = new OpenFileArgument("Raw Files", rawExtentions);
RcpaMultipleFileComponent adaptor = new RcpaMultipleFileComponent(rawFiles.GetItemInfos(), "RawFiles", "Raw File", false, true);
AddComponent(adaptor);
individual = new RcpaCheckBox(cbIndividual, "Individual", false);
AddComponent(individual);
minPeakCount = new RcpaIntegerField(txtMinPeakCount, "MinPeakCount", "Minmum peak count", 4, true);
AddComponent(minPeakCount);
plexFiles = new string[] {
new FileInfo(Application.ExecutablePath).Directory.FullName + "\\itraq-4plex.csv",
new FileInfo(Application.ExecutablePath).Directory.FullName + "\\itraq-8plex.csv",
new FileInfo(Application.ExecutablePath).Directory.FullName + "\\tmt-6plex.csv"
};
plexTypes = new RcpaComboBox <IsobaricType>(cbPlexType, "PlexType", EnumUtils.EnumToArray <IsobaricType>(), 0);
AddComponent(plexTypes);
txtIsotopeFileName.Items.AddRange(plexFiles);
isotopeFile = new RcpaFileField2 <ComboBox>(btnIsotopeFile, txtIsotopeFileName, "IsotopeFile", new OpenFileArgument("Isotope Impurity Correction Table", "csv"), plexFiles[0], true, m => m.Text, (m, value) => m.Text = value);
AddComponent(isotopeFile);
readers = new RcpaComboBox <IITraqRawReader>(cbScanMode, "ScanMode", new IITraqRawReader[] { new ITraqRawHCDMS2Reader(), new ITraqRawHCDMS3Reader(), new ITraqRawHCDParallelMS3Reader(), new ITraqRawPQDCIDReader(), new ITraqRawPQDReader() }, 0);
AddComponent(readers);
normalizationBuilders = new RcpaComboBox <IITraqNormalizationBuilder>(cbNormalizationType, "NormalizationType",
new IITraqNormalizationBuilder[] { new ITraqNormalizationByMedianIntensityBuilder(), new ITraqNormalizationByTotalIntensityBuilder(), new ITraqNormalizationNoneBuilder() }, 1);
AddComponent(normalizationBuilders);
normalizationByIonInjectionTime = new RcpaCheckBox(cbNormalizeByIonInjectionTime, "normalizationByIonInjectionTime", false);
AddComponent(normalizationByIonInjectionTime);
precursorPPMTolerance = new RcpaDoubleField(txtPrecursorPPMTolerance, "precursorPPMTolerance", "Precursor Tolerance (ppm)", 10, true);
AddComponent(precursorPPMTolerance);
this.Text = Constants.GetSQHTitle(title, version);
}
private static void AddDataset(Dictionary <TCGATechnologyType, Dictionary <TCGASampleType, List <BarInfo> > > tumormap, TCGATechnologyType technolyType, DatasetInfo datasetInfo)
{
var map = new Dictionary <TCGASampleType, List <BarInfo> >();
tumormap[technolyType] = map;
foreach (var type in EnumUtils.EnumToArray <TCGASampleType>())
{
map[type] = new List <BarInfo>();
}
if (datasetInfo == null)
{
return;
}
foreach (var key in datasetInfo.BarInfoListMap)
{
var type = TCGAUtils.GetSampleType(key.Key);
map[type].Add(key.Value.First());
}
}
public IsobaricPeptideStatisticBuilderUI()
{
InitializeComponent();
peptideFile = new RcpaFileField(btnPeptideFile, txtPeptideFile, "PeptideFile", new OpenFileArgument("Peptides", "peptides"), true);
AddComponent(this.peptideFile);
designFile = new RcpaFileField(btnDesignFile, txtDesignFile, "IsobaricDesignFile", new OpenFileArgument("Isobaric Labeling Experimental Design", "experimental.xml"), true);
AddComponent(this.designFile);
normalize = new RcpaCheckBox(cbNormalize, "Normalize", false);
AddComponent(normalize);
modes = new RcpaComboBox <QuantifyMode>(cbQuantifyMode, "QuantifyMode", EnumUtils.EnumToArray <QuantifyMode>(), 0, true);
AddComponent(modes);
modifiedAminoacids = new RcpaTextField(txtModifiedAminoacids, "ModifiedAminoacids", "Input modified amino acids", "STY", false);
AddComponent(modifiedAminoacids);
minimumSiteProbability = new RcpaDoubleField(txtMinimumSiteProbability, "MinimumSiteProbability", "Input minimum phosphylation site probability", 0.9, false);
AddComponent(minimumSiteProbability);
this.Text = Constants.GetSQHTitle(title, version);
}
public UniformSummaryBuilderUI()
{
InitializeComponent();
Option = new BuildSummaryOptions();
InsertButton(2, btnNew);
InsertButton(3, this.btnLoadParam);
InsertButton(4, this.btnSaveParam);
this.minDecoyScan.DefaultValue = MascotGenericFormatShiftPrecursorProcessorOptions.DEFAULT_ShiftScan.ToString();
this.decoyPattern = new RcpaTextField(this.txtDecoyPattern, "DecoyPattern", "Decoy Database Pattern", "^REVERSED_", false);
AddComponent(this.decoyPattern);
this.removeContamination = new RcpaCheckBox(cbRemoveContamination, "RemoveContamination", false);
AddComponent(this.removeContamination);
this.contaminationNamePattern = new RcpaTextField(this.txtContaminantString, "ContaminationNamePattern", "Contaminant Name Pattern", "CON_", false);
AddComponent(this.contaminationNamePattern);
this.contaminationDescriptionPattern = new RcpaTextField(this.txtContaminantDescriptionPattern, "ContaminantDescriptionPattern", "Contaminant Description Pattern", "KERATIN", false);
AddComponent(this.contaminationDescriptionPattern);
this.filterByFdr = new RcpaCheckBox(this.cbFilterByFDR, "FilterByFDR", true);
AddComponent(this.filterByFdr);
this.maxFdr = new RcpaDoubleField(this.txtMaxFdr, "MaxFdr", "Max False Discovery Rate", 0.01, true);
AddComponent(this.maxFdr);
this.maxPeptideFdr = new RcpaDoubleField(this.txtMaxPeptideFdr, "MaxPeptideFdr", "Max Peptide FDR", 0.01, true);
AddComponent(this.maxPeptideFdr);
this.filterProteinByPeptideCount = new RcpaCheckBox(this.cbPeptideCount, "FilterProteinByPeptideCount", false);
AddComponent(this.filterProteinByPeptideCount);
this.fdrLevel = new RcpaComboBox <FalseDiscoveryRateLevel>(this.cbFdrLevel, "FdrLevel",
new[]
{
FalseDiscoveryRateLevel.Peptide,
FalseDiscoveryRateLevel.Protein,
FalseDiscoveryRateLevel.SimpleProtein,
FalseDiscoveryRateLevel.UniquePeptide
}, 1);
AddComponent(this.fdrLevel);
this.peptideRetrieval = new RcpaCheckBox(this.cbPeptideRetrieval, "PeptideRetrieval", true);
AddComponent(this.peptideRetrieval);
this.fdrType = new RcpaComboBox <FalseDiscoveryRateType>(this.cbFdrType, "FdrType",
new[]
{
FalseDiscoveryRateType.Target,
FalseDiscoveryRateType.Total
},
new[]
{
"Target : N(decoy) / N(target)",
"Global : N(decoy) * 2 / (N(decoy) + N(target))"
}, 0);
AddComponent(this.fdrType);
this.classifyByCharge = new RcpaCheckBox(this.cbClassifyByCharge, "ClassifyByCharge", ClassificationOptions.DEFAULT_ClassifyByCharge);
AddComponent(this.classifyByCharge);
this.classifyByMissCleavage = new RcpaCheckBox(this.cbClassifyByMissCleavage, "ClassifyByMissCleavage", ClassificationOptions.DEFAULT_ClassifyByMissCleavage);
AddComponent(this.classifyByMissCleavage);
this.classifyByNumberOfProteaseTermini = new RcpaCheckBox(this.cbClassifyByPreteaseTermini, "ClassifyByNumberOfProteaseTermini", ClassificationOptions.DEFAULT_ClassifyByNumProteaseTermini);
AddComponent(this.classifyByNumberOfProteaseTermini);
this.classifyByModification = new RcpaCheckBox(this.cbClassifyByModification, "ClassifyByModification", ClassificationOptions.DEFAULT_ClassifyByModification);
AddComponent(this.classifyByModification);
this.modifiedAminoacids = new RcpaTextField(this.txtFdrModifiedAminoacids, "ModifiedAminoacids", "Modified Aminoacids", "STY", true);
this.modifiedAminoacids.PreCondition = this.cbClassifyByModification;
AddComponent(this.modifiedAminoacids);
this.classifyByProteinTag = new RcpaCheckBox(this.cbClassifyByProteinTag, "ClassifyByProteinTag", ClassificationOptions.DEFAULT_ClassifyByProteinTag);
AddComponent(this.classifyByProteinTag);
this.proteinTag = new RcpaTextField(this.txtProteinTag, "ProteinTag", "Protein Tag", "", false);
this.proteinTag.PreCondition = this.cbClassifyByProteinTag;
AddComponent(this.proteinTag);
this.minimumSpectraPerGroup = new RcpaIntegerField(this.txtMinimumSpectraPerGroup, "MinimumSpectraPerGroup", "MinimumSpectraPerGroup", ClassificationOptions.DEFAULT_MinimumSpectraPerGroup, true);
AddComponent(this.minimumSpectraPerGroup);
this.filterSequenceLength = new RcpaCheckBox(this.cbSequenceLength, "FilterSequenceLength", false);
AddComponent(this.filterSequenceLength);
this.minSequenceLength = new RcpaIntegerField(this.txtMinSequenceLength, "MinSequenceLength", "Minmum Sequence Length", PeptideFilterOptions.DEFAULT_MinSequenceLength, false);
this.minSequenceLength.PreCondition = cbSequenceLength;
AddComponent(this.minSequenceLength);
this.filterMaxMissCleavage = new RcpaCheckBox(this.cbMaxMissCleavage, "FilterMaxMisscleavage", false);
AddComponent(this.filterMaxMissCleavage);
this.maxMissCleagage = new RcpaIntegerField(this.txtMaxMissCleavage, "MaxMissCleavage", "Maximum Number of Internal Missed Cleavage", PeptideFilterOptions.DEFAULT_MaxMissCleavage, false);
this.maxMissCleagage.PreCondition = cbMaxMissCleavage;
AddComponent(this.maxMissCleagage);
this.removeDecoyEntry = new RcpaCheckBox(this.cbRemoveDecoyEntry, "RemovePeptideFromDecoyDB", false);
AddComponent(this.removeDecoyEntry);
this.database = new RcpaFileField(btnDatabase, txtDatabase, "Database", new OpenFileArgument("Protein Database", "fasta"), "", true);
AddComponent(this.database);
this.acParsers = new RcpaComboBox <IAccessNumberParser>(this.cbAccessNumberPattern, "AccessNumberPattern", AccessNumberParserFactory.GetParsers().ToArray(), 0);
AddComponent(this.acParsers);
this.seConflictType = new RcpaComboBox <IResolveSearchEngineConflictType>(cbConflict, "ConflictType", ResolveSearchEngineConflictTypeFactory.GetTypes(), 1);
AddComponent(this.seConflictType);
this.conflictAsDecoy = new RcpaComboBox <ITargetDecoyConflictType>(cbConflictAsDecoy, "ConflictAsDecoy", ResolveTargetDecoyConflictTypeFactory.GetTypes(), 0);
AddComponent(this.conflictAsDecoy);
this.minAgreeCount = new RcpaIntegerField(txtMinAgreeCount, "MinAgreeCount", "Minimum agree count of engines", 1, true);
AddComponent(this.minAgreeCount);
minOneHitWonderPeptideCount = new RcpaIntegerField(txtMinOneHitWonderPeptideCount, "MinOneHitWonderPeptideCount", "minimum one-hit-wonder peptide count", 2, false);
AddComponent(minOneHitWonderPeptideCount);
minOneHitWonderPeptideCount.PreCondition = FilterOneHitWonder;
this.AfterLoadOption += DoAfterLoadOption;
Text = Constants.GetSQHTitle(title, version);
var engines = EnumUtils.EnumToArray <SearchEngineType>().OrderByDescending(m => m.ToString()).ToArray();
foreach (var engine in engines)
{
if (engine.HasFactory())
{
var button = new Button();
pnlAdd.Controls.Add(button);
button.Dock = System.Windows.Forms.DockStyle.Top;
button.UseVisualStyleBackColor = true;
button.Text = "Add " + engine.ToString();
button.Name = "btnAdd" + engine.ToString();
button.Tag = engine;
button.Click += button_Click;
}
}
pnlAdd.Update();
}
public static IsobaricType Find(string isobaricTypeName)
{
var types = EnumUtils.EnumToArray <IsobaricType>();
return(types.FirstOrDefault(m => m.ToString().Equals(isobaricTypeName)));
}
