private void addAngleType(String line) {
List<Angle> angleTypes = structure.getAngleTypes();
List<String> split = reworkLine(line);
int length = split.size();
AngleImpl a = new AngleImpl();
if (length >= 6) {
a.setAi(split.get(0));
a.setAj(split.get(1));
a.setAk(split.get(2));
a.setFuncType(Integer.parseInt(split.get(3)));
a.setC1(new BigDecimal(split.get(4)));
a.setC2(new BigDecimal(split.get(5)));
}
if (length >= 7) {
a.setC3(new BigDecimal(split.get(6)));
}
if (length >= 8) {
a.setC4(new BigDecimal(split.get(7)));
}
if (length >= 10) {
a.setC5(new BigDecimal(split.get(8)));
a.setC6(new BigDecimal(split.get(9)));
}
if (length < 6 || length > 10) {
ch.printErrorln(String.format("some ANGLETYPES values are lost! --> %s", line));
} else {
angleTypes.add(a);
}
}
private void addBondType(String line) {
List<String> split = reworkLine(line);
List<Bond> bondTypes = structure.getBondTypes();
int length = split.size();
BondImpl bt = new BondImpl();
if (length >= 3) {
bt.setAi(split.get(0));
bt.setAj(split.get(1));
bt.setFuncType(Integer.parseInt(split.get(2)));
}
if (length >= 5) {
bt.setC1(new BigDecimal(split.get(3)));
bt.setC2(new BigDecimal(split.get(4)));
}
if (length >= 6) {
bt.setC3(new BigDecimal(split.get(5)));
}
if (length >= 7) {
bt.setC4(new BigDecimal(split.get(6)));
}
if (length < 3 || length > 7) {
ch.printErrorln(String.format("some BONDTYPES values are lost! --> %s", line));
} else {
bondTypes.add(bt);
}
}
private void addPairType(String line) {
List<String> split = reworkLine(line);
List<Pair> pairTypes = structure.getPairTypes();
PairImpl pt = new PairImpl();
int length = split.size();
if (length >= 3) {
pt.setAi(split.get(0));
pt.setAj(split.get(1));
pt.setFuncType(Integer.parseInt(split.get(2)));
}
if (length >= 5) {
pt.setC1(new BigDecimal(split.get(3)));
pt.setC2(new BigDecimal(split.get(4)));
}
if (length >= 7) {
pt.setC3(new BigDecimal(split.get(5)));
pt.setC4(new BigDecimal(split.get(6)));
}
if (length == 8) {
pt.setC5(new BigDecimal(split.get(7)));
}
if (length < 3 || length > 8) {
ch.printErrorln(String.format("some PAIRTYPES values are lost! --> %s", line));
} else {
pairTypes.add(pt);
}
}
private void addAtomType(String line) {
List<String> split = reworkLine(line);
// TODO replace when atom atom translation dictionary exists --> special handling of oplsaa FF
// produces errors if oplsaa is used
if (split.size() == 8) {
String s = split.get(0);
String s1 = split.get(1);
split.remove(0);
split.remove(0);
split.add(0, s + " " + s1);
}
if (split.size() == 7) {
List<AtomType> atomTypes = structure.getAtomTypes();
AtomTypeImpl at = new AtomTypeImpl();
at.setName(split.get(0));
at.setNum(split.get(1));
at.setC1(new BigDecimal(split.get(2)));
at.setC2(new BigDecimal(split.get(3)));
at.setParticleType(split.get(4));
at.setC3(new BigDecimal(split.get(5)));
at.setC4(new BigDecimal(split.get(6)));
atomTypes.add(at);
} else {
ch.printErrorln(String.format("some ATOMTYPES values are lost! --> %s", line));
}
}
private void addHeader(String line) {
if (line.length() >= 3) {
List<String> headers = structure.getHeaderComments();
headers.add(line.substring(2, line.length()));
} else {
ch.printErrorln(String.format("some HEADERS values are lost! --> %s", line));
}
}
private void addDefault(String line) {
List<String> split = reworkLine(line);
if (split.size() == 5) {
DefaultImpl def = new DefaultImpl();
def.setNboudnFT(Integer.parseInt(split.get(0)));
def.setCombRule(Integer.parseInt(split.get(1)));
def.setGenPair(split.get(2).equals("yes"));
def.setC1(new BigDecimal(split.get(3)));
def.setC2(new BigDecimal(split.get(4)));
structure.setDef(def);
} else {
ch.printErrorln(String.format("some DEFAULTS values are lost! --> %s", line));
}
}
private void removeUnnecessaryData() {
Set<AtomType> clear = Sets.newHashSet();
List<Atom> atoms = Lists.newArrayList();
List<AtomType> atomTypes = structure.getAtomTypes();
for (Section section : structure.getSections()) {
if (section.getSectionType().equals(SectionType.STRUCTUREDATA)) {
atoms.addAll(section.getAtoms());
}
}
for (AtomType atomType : atomTypes) {
AtomType delete = atomType;
for (Atom atom : atoms) {
if (atomType.getName().contains(atom.getType())) {
delete = null;
}
}
if (delete != null) {
clear.add(delete);
}
}
clear.forEach(atomTypes::remove);
}
private void addGenbornParam(String line) {
List<String> split = reworkLine(line);
if (split.size() == 6) {
List<ImplicitGenbornParam> genbornParams = structure.getGenbornParams();
ImplicitGenbornParamImpl gp = new ImplicitGenbornParamImpl();
gp.setAtom(split.get(0));
gp.setC1(new BigDecimal(split.get(1)));
gp.setC2(new BigDecimal(split.get(2)));
gp.setC3(new BigDecimal(split.get(3)));
gp.setC4(new BigDecimal(split.get(4)));
gp.setC5(new BigDecimal(split.get(5)));
genbornParams.add(gp);
} else {
ch.printErrorln(String.format("some GENBORN values are lost! --> %s", line));
}
}
private void addConstraintType(String line) {
List<String> split = reworkLine(line);
List<Constraint> constraintTypes = structure.getConstraintTypes();
ConstraintImpl ct = new ConstraintImpl();
int length = split.size();
if (length >= 4) {
ct.setAi(split.get(0));
ct.setAj(split.get(1));
ct.setFuncType(Integer.parseInt(split.get(2)));
ct.setC1(new BigDecimal(split.get(3)));
}
if (length == 5) {
ct.setC2(new BigDecimal(split.get(4)));
}
if (length < 4 || length > 5) {
ch.printErrorln(String.format("some CONSTRAINTTYPES values are lost! --> %s", line));
} else {
constraintTypes.add(ct);
}
}
private void addNonbondParams(String line) {
List<String> split = reworkLine(line);
List<NonBondParam> nonbondRes = structure.getNonBondParams();
int length = split.size();
NonBondParamImpl param = new NonBondParamImpl();
if (length >= 5) {
param.setAi(split.get(0));
param.setAj(split.get(1));
param.setFuncType(Integer.parseInt(split.get(2)));
param.setC1(new BigDecimal(split.get(3)));
param.setC2(new BigDecimal(split.get(4)));
}
if (length >= 6) {
param.setC3(new BigDecimal(split.get(5)));
}
if (length < 5 || length > 6) {
ch.printErrorln(String.format("some nonbond params values are lost! --> %s", line));
} else {
nonbondRes.add(param);
}
}
private void addDihedralType(String line) {
List<Dihedral> dihedralTypes = structure.getDihedralTypes();
List<String> split = reworkLine(line);
DihedralImpl dt = new DihedralImpl();
int length = split.size();
if (length == 6) {
dt.setAi(split.get(0));
dt.setAj(split.get(1));
dt.setFuncType(Integer.parseInt(split.get(2)));
dt.setC1(new BigDecimal(split.get(3)));
dt.setC2(new BigDecimal(split.get(4)));
dt.setC3(new BigDecimal(split.get(5)));
} else if (length >= 7) {
dt.setAi(split.get(0));
dt.setAj(split.get(1));
dt.setAk(split.get(2));
dt.setAl(split.get(3));
dt.setFuncType(Integer.parseInt(split.get(4)));
dt.setC1(new BigDecimal(split.get(5)));
dt.setC2(new BigDecimal(split.get(6)));
}
if (length >= 8) {
dt.setC3(new BigDecimal(split.get(7)));
}
if (length >= 9) {
dt.setC4(new BigDecimal(split.get(8)));
}
if (length >= 10) {
dt.setC5(new BigDecimal(split.get(9)));
}
if (length == 11) {
dt.setC6(new BigDecimal(split.get(10)));
}
if (length < 6 || length > 11) {
ch.printErrorln(String.format("some DIHEDRALTYPES values are lost! --> %s", line));
} else {
dihedralTypes.add(dt);
}
}
// Recursive function able to run posres and ff files too
public void parseInput(
byte[] input, Path posres, boolean header, String previousPath, Map<String, String> arguments)
throws IOException, URISyntaxException, NumberFormatException {
// TODO: exclude unnecessary data from ff include
if (input == null) return;
if (arguments != null) {
args = arguments;
}
boolean defaults = false;
boolean pairs = false;
boolean pairNB = false;
boolean pairTypes = false;
boolean atoms = false;
boolean atomTypes = false;
boolean bonds = false;
boolean bondTypes = false;
boolean constraints = false;
boolean constraintTypes = false;
boolean angles = false;
boolean angleTypes = false;
boolean dihedrals = false;
boolean dihedralTypes = false;
boolean molecules = false;
boolean moleculeTypes = false;
boolean genbornParams = false;
boolean settles = false;
boolean system = false;
boolean exclusions = false;
boolean positionrestraints = false;
boolean distanceRes = false;
boolean nonbondParams = false;
boolean dihedralsRes = false;
boolean orientationRes = false;
boolean angleRes = false;
boolean skipIfPath = false;
boolean skipElsePath = true;
boolean elseReached = false;
Section actualSection = null;
String line;
InputStream stream = new ByteArrayInputStream(input);
BufferedReader reader = new BufferedReader(new InputStreamReader(stream));
while ((line = reader.readLine()) != null) {
line = line.trim();
line = replaceDefineCalls(line);
if (LOGICAL_PATTERN.matcher(line).matches()) {
if (line.contains("HEAVY_H")) {
if (line.contains(ifdef)) {
if (args.get("heavyW").equals("false")) {
skipIfPath = true;
skipElsePath = false;
}
} else if (line.contains(ifndef)) {
if (args.get("heavyW").equals("true")) {
skipIfPath = true;
skipElsePath = false;
}
}
} else if (line.contains("FLEXIBLE")) {
if (line.contains(ifdef)) {
if (args.get("flex").equals("false")) {
skipIfPath = true;
skipElsePath = false;
}
} else if (line.contains(ifndef)) {
if (args.get("flex").equals("true")) {
skipIfPath = true;
skipElsePath = false;
}
}
} else if (line.contains("POSRES_WATER")) {
if (line.contains(ifdef)) {
if (args.get("posreswat").equals("false")) {
skipIfPath = true;
skipElsePath = false;
}
} else if (line.contains(ifndef)) {
if (args.get("posreswat").equals("true")) {
skipIfPath = true;
skipElsePath = false;
}
}
} else if (line.contains(define)) {
// List<String> strings = reworkLineRemovePrefix(line, define);
// defines.put(strings.get(0), Joiner.on(" ").join(strings.subList(1, strings.size())));
} else if (line.contains(elsse)) {
elseReached = true;
if (skipIfPath) skipElsePath = false;
skipIfPath = false;
} else if (line.contains(endif)) {
skipIfPath = false;
skipElsePath = true;
elseReached = false;
}
if (INCLUDE_PATTERN.matcher(line).matches()) {
String file = line.split(" ")[1];
file = file.substring(1, file.length() - 1);
if (posres != null && posres.endsWith(file)) {
parseInput(
Files.readAllBytes(posres),
null,
false,
previousPath != null ? previousPath : file.split("/")[0],
null);
continue;
}
if (previousPath != null) {
file = previousPath + "/" + file;
}
if (posres == null || args.get("posres").equals("false")) {
continue;
}
byte[] byName = IncludeHandler.getFileByName(GromacsTReader.class, file);
if (byName == null) {
throw new RuntimeException(String.format("File: %s could not be found!", file));
}
parseInput(
byName, null, false, previousPath != null ? previousPath : file.split("/")[0], null);
}
continue;
}
if (skipIfPath || (skipElsePath && elseReached)) {
continue;
}
if (COMMENT_PATTERN.matcher(line).matches() && header) {
if (line.length() > 0) {
addHeader(line);
}
} else {
header = false;
}
if (DEFAULTS_PATTERN_1.matcher(line).matches() || defaults) {
defaults = true;
if (DEFAULTS_PATTERN_2.matcher(line).matches()) {
addDefault(line);
} else if (isDataRow(line) && !DEFAULTS_PATTERN_1.matcher(line).matches()) {
defaults = false;
}
}
if (PAIRS_PATTERN_1.matcher(line).matches() || pairs) {
pairs = true;
if (actualSection == null) {
List<Section> sections = structure.getSections();
if (!sections.isEmpty()) {
actualSection = setSection(sections, SectionType.STRUCTUREDATA);
}
if (actualSection == null) {
throw new RuntimeException("no valid Section for pairs found.");
}
}
if (PAIRS_PATTERN_2.matcher(line).matches()) {
addPair(line, actualSection);
} else if (isDataRow(line) && !PAIRS_PATTERN_1.matcher(line).matches()) {
pairs = false;
}
}
if (PAIRSNB_PATTERN_1.matcher(line).matches() || pairNB) {
pairNB = true;
if (actualSection == null) {
List<Section> sections = structure.getSections();
if (!sections.isEmpty()) {
actualSection = setSection(sections, SectionType.STRUCTUREDATA);
}
if (actualSection == null) {
throw new RuntimeException("no valid Section for nonbonded pairs found.");
}
}
if (PAIRS_PATTERN_2.matcher(line).matches()) {
addPairNB(line, actualSection);
} else if (isDataRow(line) && !PAIRSNB_PATTERN_1.matcher(line).matches()) {
pairNB = false;
}
}
if (PAIRTYPES_PATTERN_1.matcher(line).matches() || pairTypes) {
pairTypes = true;
if (PAIRS_PATTERN_2.matcher(line).matches()) {
addPairType(line);
} else if (isDataRow(line) && !PAIRTYPES_PATTERN_1.matcher(line).matches()) {
pairTypes = false;
}
}
if (ATOMS_PATTERN_1.matcher(line).matches() || atoms) {
atoms = true;
if (actualSection == null) {
List<Section> sections = structure.getSections();
if (!sections.isEmpty()) {
actualSection = setSection(sections, SectionType.STRUCTUREDATA);
}
if (actualSection == null) {
throw new RuntimeException("no valid Section for atoms found.");
}
}
if (ATOMS_PATTERN_2.matcher(line).matches()) {
addAtom(line, actualSection);
} else if (isDataRow(line) && !ATOMS_PATTERN_1.matcher(line).matches()) {
atoms = false;
}
}
if (ATOMTYPES_PATTERN_1.matcher(line).matches() || atomTypes) {
atomTypes = true;
if (ATOMTYPES_PATTERN_2.matcher(line).matches()) {
addAtomType(line);
} else if (isDataRow(line) && !ATOMTYPES_PATTERN_1.matcher(line).matches()) {
atomTypes = false;
}
}
if (BONDS_PATTERN_1.matcher(line).matches() || bonds) {
bonds = true;
if (actualSection == null) {
List<Section> sections = structure.getSections();
if (!sections.isEmpty()) {
actualSection = setSection(sections, SectionType.STRUCTUREDATA);
}
if (actualSection == null) {
throw new RuntimeException("no valid Section for bonds found.");
}
}
if (BONDS_PATTERN_2.matcher(line).matches()) {
addBond(line, actualSection);
} else if (isDataRow(line) && !BONDS_PATTERN_1.matcher(line).matches()) {
bonds = false;
}
}
if (BONDTYPES_PATTERN_1.matcher(line).matches() || bondTypes) {
bondTypes = true;
if (BONDS_PATTERN_2.matcher(line).matches()) {
addBondType(line);
} else if (isDataRow(line) && !BONDTYPES_PATTERN_1.matcher(line).matches()) {
bondTypes = false;
}
}
if (CONSTRAINTS_PATTERN_1.matcher(line).matches() || constraints) {
constraints = true;
if (actualSection == null) {
List<Section> sections = structure.getSections();
if (!sections.isEmpty()) {
actualSection = setSection(sections, SectionType.STRUCTUREDATA);
}
if (actualSection == null) {
throw new RuntimeException("no valid Section for constraints found.");
}
}
if (CONSTRAINTS_PATTERN_2.matcher(line).matches()) {
addConstraint(line, actualSection);
} else if (isDataRow(line) && !CONSTRAINTTYPES_PATTERN_1.matcher(line).matches()) {
constraints = false;
}
}
if (CONSTRAINTTYPES_PATTERN_1.matcher(line).matches() || constraintTypes) {
constraintTypes = true;
if (CONSTRAINTS_PATTERN_2.matcher(line).matches()) {
addConstraintType(line);
} else if (isDataRow(line) && !CONSTRAINTTYPES_PATTERN_1.matcher(line).matches()) {
constraintTypes = false;
}
}
if (ANGLES_PATTERN_1.matcher(line).matches() || angles) {
angles = true;
if (actualSection == null) {
List<Section> sections = structure.getSections();
if (!sections.isEmpty()) {
actualSection = setSection(sections, SectionType.STRUCTUREDATA);
}
if (actualSection == null) {
throw new RuntimeException("no valid Section for angles found.");
}
}
if (ANGLES_PATTERN_2.matcher(line).matches()) {
addAngle(line, actualSection);
} else if (isDataRow(line) && !ANGLES_PATTERN_1.matcher(line).matches()) {
angles = false;
}
}
if (ANGLETYPES_PATTERN_1.matcher(line).matches() || angleTypes) {
angleTypes = true;
if (ANGLES_PATTERN_2.matcher(line).matches()) {
addAngleType(line);
} else if (isDataRow(line) && !ANGLETYPES_PATTERN_1.matcher(line).matches()) {
angleTypes = false;
}
}
if (DIHEDRALS_PATTERN_1.matcher(line).matches() || dihedrals) {
dihedrals = true;
if (actualSection == null) {
List<Section> sections = structure.getSections();
if (!sections.isEmpty()) {
actualSection = setSection(sections, SectionType.STRUCTUREDATA);
}
if (actualSection == null) {
throw new RuntimeException("no valid Section for dihedrals found.");
}
}
if (DIHEDRALS_PATTERN_2.matcher(line).matches()) {
addDihedral(line, actualSection);
} else if (isDataRow(line) && !DIHEDRALS_PATTERN_1.matcher(line).matches()) {
dihedrals = false;
}
}
if (DIHEDRALTYPES_PATTERN_1.matcher(line).matches() || dihedralTypes) {
dihedralTypes = true;
if (DIHEDRALS_PATTERN_2.matcher(line).matches()) {
addDihedralType(line);
} else if (isDataRow(line) && !DIHEDRALTYPES_PATTERN_1.matcher(line).matches()) {
dihedralTypes = false;
}
}
if (MOLECULES_PATTERN_1.matcher(line).matches() || molecules) {
molecules = true;
if (MOLECULES_PATTERN_2.matcher(line).matches() && structure.getMolecule() == null) {
List<String> split = reworkLine(line);
structure.setMolecule(new MoleculeImpl(split.get(0), Integer.parseInt(split.get(1))));
} else if (isDataRow(line) && !MOLECULES_PATTERN_1.matcher(line).matches()) {
molecules = false;
}
}
if (MOLECULETYPES_PATTERN_1.matcher(line).matches() || moleculeTypes) {
if (!moleculeTypes) {
actualSection = null;
}
moleculeTypes = true;
if (MOLECULES_PATTERN_2.matcher(line).matches() && actualSection == null) {
List<String> split = reworkLine(line);
Molecule moleculeType = new MoleculeImpl(split.get(0), Integer.parseInt(split.get(1)));
if (previousPath == null) {
actualSection = new Section(SectionType.STRUCTUREDATA);
} else {
actualSection = new Section(SectionType.FORCEFIELD);
}
actualSection.setMoleculeType(moleculeType);
structure.getSections().add(actualSection);
} else if (isDataRow(line) && !MOLECULETYPES_PATTERN_1.matcher(line).matches()) {
moleculeTypes = false;
}
}
if (IMPLICIT_GENBORN_PARAMS_PATTERN_1.matcher(line).matches() || genbornParams) {
genbornParams = true;
if (IMPLICIT_GENBORN_PARAMS_PATTERN_2.matcher(line).matches()) {
addGenbornParam(line);
} else if (isDataRow(line) && !IMPLICIT_GENBORN_PARAMS_PATTERN_1.matcher(line).matches()) {
genbornParams = false;
}
}
if (SETTLES_PATTERN_1.matcher(line).matches() || settles) {
settles = true;
if (SETTLES_PATTERN_2.matcher(line).matches()) {
addSettle(line, actualSection);
} else if (isDataRow(line) && !SETTLES_PATTERN_1.matcher(line).matches()) {
settles = false;
}
}
if (SYSTEM_PATTERN_1.matcher(line).matches() || system) {
system = true;
if (SYSTEM_PATTERN_2.matcher(line).matches() && structure.getSystem() == null) {
structure.setSystem(new System(line));
} else if (isDataRow(line) && !SYSTEM_PATTERN_1.matcher(line).matches()) {
system = false;
}
}
if (EXCLUSIONS_PATTERN_1.matcher(line).matches() || exclusions) {
exclusions = true;
if (actualSection == null && EXCLUSIONS_PATTERN_2.matcher(line).matches()) {
List<Section> sections = structure.getSections();
if (!sections.isEmpty()) {
actualSection = setSection(sections, SectionType.FORCEFIELD);
}
if (actualSection == null) {
throw new RuntimeException("no valid Section for exclusions found.");
}
}
if (EXCLUSIONS_PATTERN_2.matcher(line).matches()) {
addExclusion(line, actualSection);
} else if (isDataRow(line) && !EXCLUSIONS_PATTERN_1.matcher(line).matches()) {
exclusions = false;
}
}
if (POSRES_PATTERN_1.matcher(line).matches() || positionrestraints) {
positionrestraints = true;
if (actualSection == null) {
List<Section> sections = structure.getSections();
if (!sections.isEmpty()) {
actualSection = setSection(sections, SectionType.STRUCTUREDATA);
}
if (actualSection == null) {
throw new RuntimeException("no valid Section for position restraints found.");
}
}
if (POSRES_PATTERN_2.matcher(line).matches()) {
addPosres(line, actualSection);
} else if (isDataRow(line) && !POSRES_PATTERN_1.matcher(line).matches()) {
positionrestraints = false;
}
}
if (DISTANCERES_PATTERN_1.matcher(line).matches() || distanceRes) {
distanceRes = true;
if (actualSection == null) {
List<Section> sections = structure.getSections();
if (!sections.isEmpty()) {
actualSection = setSection(sections, SectionType.STRUCTUREDATA);
}
if (actualSection == null) {
throw new RuntimeException("no valid Section for distance restraints found.");
}
}
if (DISTANCERES_PATTERN_2.matcher(line).matches()) {
addDistanceRes(line, actualSection);
} else if (isDataRow(line) && !DISTANCERES_PATTERN_1.matcher(line).matches()) {
distanceRes = false;
}
}
if (NONBONDPARAM_PATTERN_1.matcher(line).matches() || nonbondParams) {
nonbondParams = true;
if (actualSection == null) {
List<Section> sections = structure.getSections();
if (!sections.isEmpty()) {
actualSection = setSection(sections, SectionType.STRUCTUREDATA);
}
if (actualSection == null) {
throw new RuntimeException("no valid Section for non bond params found.");
}
}
if (NONBONDPARAM_PATTERN_2.matcher(line).matches()) {
addNonbondParams(line);
} else if (isDataRow(line) && !NONBONDPARAM_PATTERN_1.matcher(line).matches()) {
nonbondParams = false;
}
}
if (DIHEDRALSRES_PATTERN_1.matcher(line).matches() || dihedralsRes) {
dihedralsRes = true;
if (actualSection == null) {
List<Section> sections = structure.getSections();
if (!sections.isEmpty()) {
actualSection = setSection(sections, SectionType.FORCEFIELD);
}
if (actualSection == null) {
throw new RuntimeException("no valid Section for dihedral restraints found.");
}
}
if (DIHEDRALSRES_PATTERN_2.matcher(line).matches()) {
addDihedralRes(line, actualSection);
} else if (isDataRow(line) && !DIHEDRALSRES_PATTERN_1.matcher(line).matches()) {
dihedralsRes = false;
}
}
if (ORIENTATIONRES_PATTERN_1.matcher(line).matches() || orientationRes) {
orientationRes = true;
if (actualSection == null) {
List<Section> sections = structure.getSections();
if (!sections.isEmpty()) {
actualSection = setSection(sections, SectionType.FORCEFIELD);
}
if (actualSection == null) {
throw new RuntimeException("no valid Section for orientation restraints found.");
}
}
if (ORIENTATIONRES_PATTERN_2.matcher(line).matches()) {
addOrientationRes(line, actualSection);
} else if (isDataRow(line) && !ORIENTATIONRES_PATTERN_1.matcher(line).matches()) {
orientationRes = false;
}
}
if (ANGLERES_PATTERN_1.matcher(line).matches()
|| ANGLERESZ_PATTERN_1.matcher(line).matches()
|| angleRes) {
angleRes = true;
if (actualSection == null) {
List<Section> sections = structure.getSections();
if (!sections.isEmpty()) {
actualSection = setSection(sections, SectionType.FORCEFIELD);
}
if (actualSection == null) {
throw new RuntimeException("no valid Section for angle restraints found.");
}
}
if (ANGLERES_PATTERN_2.matcher(line).matches()) {
addAngleRes(line, actualSection);
} else if (isDataRow(line)
&& (!ANGLERES_PATTERN_1.matcher(line).matches()
|| !ANGLERESZ_PATTERN_1.matcher(line).matches())) {
angleRes = false;
}
}
}
if (arguments != null) {
removeUnnecessaryData();
}
}