use of de.ipbhalle.metfraglib.molecularformula.HDFragmentMolecularFormulaWrapper in project MetFragRelaunched by ipb-halle.
the class HDFragmentMassToPeakMatch method getModifiedFormulaStringOfMatchedFragment.
public String getModifiedFormulaStringOfMatchedFragment(IMolecularStructure precursorMolecule, int index) {
/*
* in case there is a number of variable deuteriums we have to reduce the number of hydrogens
*/
BitArrayFragmentMolecularFormula form = (BitArrayFragmentMolecularFormula) this.matchedFragmentsList.getElement(index).getMolecularFormula(precursorMolecule);
HDFragmentMolecularFormulaWrapper formWrapper = new HDFragmentMolecularFormulaWrapper(form, (byte) (this.getNumberOfDeuteriumsOfMatchedFragment(index) + this.getNumberOfVariableDeuteriumDifferToPeakMass(index)));
String formula = "[" + formWrapper.toString();
if (this.getNumberOfHydrogensDifferToPeakMass(index) == 1)
formula += "+H";
else if (this.getNumberOfHydrogensDifferToPeakMass(index) > 1)
formula += "+" + this.getNumberOfHydrogensDifferToPeakMass(index) + "H";
else if (this.getNumberOfHydrogensDifferToPeakMass(index) == -1)
formula += "-H";
else if (this.getNumberOfHydrogensDifferToPeakMass(index) < -1)
formula += this.getNumberOfHydrogensDifferToPeakMass(index) + "H";
if (this.getNumberOfDeuteriumDifferToPeakMass(index) == 1)
formula += "+D";
else if (this.getNumberOfDeuteriumDifferToPeakMass(index) > 1)
formula += "+" + (this.getNumberOfDeuteriumDifferToPeakMass(index)) + "D";
else if (this.getNumberOfDeuteriumDifferToPeakMass(index) == -1)
formula += "-D";
else if (this.getNumberOfDeuteriumDifferToPeakMass(index) < -1)
formula += (this.getNumberOfDeuteriumDifferToPeakMass(index)) + "D";
formula += "]";
if (this.getFragmentsAdductTypeIndex(index) != 0) {
formula += Constants.ADDUCT_NAMES.get(this.getFragmentsAdductTypeIndex(index));
}
if (this.isPositiveCharge)
formula += "+";
else
formula += "-";
return formula;
}
use of de.ipbhalle.metfraglib.molecularformula.HDFragmentMolecularFormulaWrapper in project MetFragRelaunched by ipb-halle.
the class HDFragmentMassToPeakMatch method getModifiedFormulasStringOfBestMatchedFragment.
/**
*/
public String getModifiedFormulasStringOfBestMatchedFragment(IMolecularStructure precursorMolecule) {
String formulas = "";
String formula = "";
BitArrayFragmentMolecularFormula form = (BitArrayFragmentMolecularFormula) this.bestMatchedFragment.getMolecularFormula(precursorMolecule);
HDFragmentMolecularFormulaWrapper formWrapper = new HDFragmentMolecularFormulaWrapper(form, (byte) (this.numberOfDeuteriumsOfBestFragment + this.variableDeuteriumDifferenceOfBestFragment));
formula = "[" + form.toString();
if (this.hydrogenDifferenceOfBestFragment == 1)
formula += "+H";
else if (this.hydrogenDifferenceOfBestFragment > 1)
formula += "+" + this.hydrogenDifferenceOfBestFragment + "H";
else if (this.hydrogenDifferenceOfBestFragment == -1)
formula += "-H";
else if (this.hydrogenDifferenceOfBestFragment < -1)
formula += this.hydrogenDifferenceOfBestFragment + "H";
if ((this.deuteriumDifferenceOfBestFragment) == 1)
formula += "+D";
else if ((this.deuteriumDifferenceOfBestFragment) > 1)
formula += "+" + (this.deuteriumDifferenceOfBestFragment) + "D";
else if ((this.deuteriumDifferenceOfBestFragment) == -1)
formula += "-D";
else if ((this.deuteriumDifferenceOfBestFragment) < -1)
formula += (this.deuteriumDifferenceOfBestFragment) + "D";
formula += "]";
if (this.bestMatchedFragmentAdductTypeIndex != 0)
formula += Constants.ADDUCT_NAMES.get(this.bestMatchedFragmentAdductTypeIndex);
if (this.isPositiveCharge)
formula += "+";
else
formula += "-";
formulas = formula;
for (int i = 0; i < this.matchedFragmentsList.getNumberElements(); i++) {
formula = "";
if (this.getNumberOfVariableDeuteriumDifferToPeakMass(i) == 0) {
formula = "[" + this.matchedFragmentsList.getElement(i).getMolecularFormula(precursorMolecule).toString();
} else {
/*
* in case there is a number of variable deuteriums we have to reduce the number of hydrogens
*/
form = (BitArrayFragmentMolecularFormula) this.matchedFragmentsList.getElement(i).getMolecularFormula(precursorMolecule);
formWrapper = new HDFragmentMolecularFormulaWrapper(form, (byte) (this.getNumberOfDeuteriumsOfMatchedFragment(i) + this.getNumberOfVariableDeuteriumDifferToPeakMass(i)));
formula = "[" + formWrapper.toString();
}
if (this.getNumberOfHydrogensDifferToPeakMass(i) == 1)
formula += "+H";
else if (this.getNumberOfHydrogensDifferToPeakMass(i) > 1)
formula += "+" + this.getNumberOfHydrogensDifferToPeakMass(i) + "H";
else if (this.getNumberOfHydrogensDifferToPeakMass(i) == -1)
formula += "-H";
else if (this.getNumberOfHydrogensDifferToPeakMass(i) < -1)
formula += this.getNumberOfHydrogensDifferToPeakMass(i) + "H";
if (this.getNumberOfDeuteriumDifferToPeakMass(i) == 1)
formula += "+D";
else if (this.getNumberOfDeuteriumDifferToPeakMass(i) > 1)
formula += "+" + (this.getNumberOfDeuteriumDifferToPeakMass(i)) + "D";
else if (this.getNumberOfDeuteriumDifferToPeakMass(i) == -1)
formula += "-D";
else if (this.getNumberOfDeuteriumDifferToPeakMass(i) < -1)
formula += (this.getNumberOfDeuteriumDifferToPeakMass(i)) + "D";
formula += "]";
if (this.getFragmentsAdductTypeIndex(i) != 0) {
formula += Constants.ADDUCT_NAMES.get(this.getFragmentsAdductTypeIndex(i));
}
if (this.isPositiveCharge)
formula += "+";
else
formula += "-";
formulas += "/" + formula;
}
return formulas;
}
use of de.ipbhalle.metfraglib.molecularformula.HDFragmentMolecularFormulaWrapper in project MetFragRelaunched by ipb-halle.
the class HDFragmentMassToPeakMatch method getModifiedFormulaStringOfBestMatchedFragment.
public String getModifiedFormulaStringOfBestMatchedFragment(IMolecularStructure precursorMolecule) {
String formula = "";
BitArrayFragmentMolecularFormula form = (BitArrayFragmentMolecularFormula) this.bestMatchedFragment.getMolecularFormula(precursorMolecule);
HDFragmentMolecularFormulaWrapper formWrapper = new HDFragmentMolecularFormulaWrapper(form, (byte) (this.numberOfDeuteriumsOfBestFragment + this.variableDeuteriumDifferenceOfBestFragment));
formula = "[" + formWrapper.toString();
if (this.hydrogenDifferenceOfBestFragment == 1)
formula += "+H";
else if (this.hydrogenDifferenceOfBestFragment > 1)
formula += "+" + this.hydrogenDifferenceOfBestFragment + "H";
else if (this.hydrogenDifferenceOfBestFragment == -1)
formula += "-H";
else if (this.hydrogenDifferenceOfBestFragment < -1)
formula += this.hydrogenDifferenceOfBestFragment + "H";
if ((this.deuteriumDifferenceOfBestFragment) == 1)
formula += "+D";
else if ((this.deuteriumDifferenceOfBestFragment) > 1)
formula += "+" + (this.deuteriumDifferenceOfBestFragment) + "D";
else if ((this.deuteriumDifferenceOfBestFragment) == -1)
formula += "-D";
else if ((this.deuteriumDifferenceOfBestFragment) < -1)
formula += (this.deuteriumDifferenceOfBestFragment) + "D";
formula += "]";
if (this.bestMatchedFragmentAdductTypeIndex != 0)
formula += Constants.ADDUCT_NAMES.get(this.bestMatchedFragmentAdductTypeIndex);
if (this.isPositiveCharge)
formula += "+";
else
formula += "-";
return formula;
}
use of de.ipbhalle.metfraglib.molecularformula.HDFragmentMolecularFormulaWrapper in project MetFragRelaunched by ipb-halle.
the class HDTopDownBitArrayFragmentWrapper method getMolecularFormula.
public HDFragmentMolecularFormulaWrapper getMolecularFormula(IMolecularStructure precursorMolecule) throws AtomTypeNotKnownFromInputListException {
HDTopDownBitArrayPrecursor currentPrecursor = (HDTopDownBitArrayPrecursor) precursorMolecule;
BitArrayFragmentMolecularFormula formula = new BitArrayFragmentMolecularFormula(currentPrecursor, this.wrappedFragment.getAtomsFastBitArray());
byte numberDeuteriums = 0;
for (int i = 0; i < this.wrappedFragment.getAtomsFastBitArray().getSize(); i++) if (this.wrappedFragment.getAtomsFastBitArray().get(i))
numberDeuteriums += currentPrecursor.getNumberDeuteriumsConnectedToAtomIndex(this.precursorIndex, i);
return new HDFragmentMolecularFormulaWrapper(formula, numberDeuteriums);
}
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