List of usage examples for java.lang Double compare
public static int compare(double d1, double d2)
From source file:org.apache.pig.builtin.Utf8StorageConverter.java
@Override public Integer bytesToInteger(byte[] b) throws IOException { if (b == null || b.length == 0) { return null; }//from w w w .j av a 2 s .c o m String s = new String(b); s = s.trim(); Integer ret = null; // See PIG-2835. Using exception handling to check if it's a double is very expensive. // So we write our sanity check. if (sanityCheckIntegerLong(s)) { try { ret = Integer.valueOf(s); } catch (NumberFormatException nfe) { } } if (ret == null) { // It's possible that this field can be interpreted as a double. // Unfortunately Java doesn't handle this in Integer.valueOf. So // we need to try to convert it to a double and if that works then // go to an int. try { Double d = Double.valueOf(s); // Need to check for an overflow error if (Double.compare(d.doubleValue(), mMaxInt.doubleValue() + 1) >= 0 || Double.compare(d.doubleValue(), mMinInt.doubleValue() - 1) <= 0) { LogUtils.warn(this, "Value " + d + " too large for integer", PigWarning.TOO_LARGE_FOR_INT, mLog); return null; } return Integer.valueOf(d.intValue()); } catch (NumberFormatException nfe2) { LogUtils.warn(this, "Unable to interpret value " + Arrays.toString(b) + " in field being " + "converted to int, caught NumberFormatException <" + nfe2.getMessage() + "> field discarded", PigWarning.FIELD_DISCARDED_TYPE_CONVERSION_FAILED, mLog); return null; } } return ret; }
From source file:com.likethecolor.alchemy.api.entity.DisambiguatedAlchemyEntity.java
@Override public boolean equals(Object o) { if (this == o) { return true; }/*from w w w . j a v a 2s . c o m*/ if (o == null || getClass() != o.getClass()) { return false; } if (!super.equals(o)) { return false; } DisambiguatedAlchemyEntity entity = (DisambiguatedAlchemyEntity) o; if (census != null ? !census.equals(entity.census) : entity.census != null) { return false; } if (ciaFactbook != null ? !ciaFactbook.equals(entity.ciaFactbook) : entity.ciaFactbook != null) { return false; } if (crunchbase != null ? !crunchbase.equals(entity.crunchbase) : entity.crunchbase != null) { return false; } if (dbpedia != null ? !dbpedia.equals(entity.dbpedia) : entity.dbpedia != null) { return false; } if (freebase != null ? !freebase.equals(entity.freebase) : entity.freebase != null) { return false; } if (geo != null ? !geo.equals(entity.geo) : entity.geo != null) { return false; } if (Double.compare(entity.latitude, latitude) != 0) { return false; } if (Double.compare(entity.longitude, longitude) != 0) { return false; } if (geonames != null ? !geonames.equals(entity.geonames) : entity.geonames != null) { return false; } if (musicBrainz != null ? !musicBrainz.equals(entity.musicBrainz) : entity.musicBrainz != null) { return false; } if (name != null ? !name.equals(entity.name) : entity.name != null) { return false; } if (opencyc != null ? !opencyc.equals(entity.opencyc) : entity.opencyc != null) { return false; } if (semanticCrunchbase != null ? !semanticCrunchbase.equals(entity.semanticCrunchbase) : entity.semanticCrunchbase != null) { return false; } if (subtypes != null ? !subtypes.equals(entity.subtypes) : entity.subtypes != null) { return false; } if (umbel != null ? !umbel.equals(entity.umbel) : entity.umbel != null) { return false; } if (website != null ? !website.equals(entity.website) : entity.website != null) { return false; } if (yago != null ? !yago.equals(entity.yago) : entity.yago != null) { return false; } return true; }
From source file:org.mskcc.cbio.portal.servlet.NetworkServlet.java
/** * * @param network/*w ww . j a va2 s .c o m*/ * @param n * @return */ private List<Node> getNodesToRemove(final Network network, final double diffusion, final int n) { final Map<Node, Double> mapDiffusion = getMapDiffusedTotalAlteredPercentage(network, diffusion); // keep track of the top nKeep PriorityQueue<Node> topAlteredNodes = new PriorityQueue<Node>(n, new Comparator<Node>() { public int compare(Node n1, Node n2) { int ret = mapDiffusion.get(n1).compareTo(mapDiffusion.get(n2)); if (diffusion != 0 && ret == 0) { // if the same diffused perc, use own perc ret = Double.compare(getTotalAlteredPercentage(n1), getTotalAlteredPercentage(n2)); } if (ret == 0) { // if the same, rank according to degree ret = network.getDegree(n1) - network.getDegree(n2); } return ret; } }); List<Node> nodesToRemove = new ArrayList<Node>(); for (Node node : network.getNodes()) { if (isInQuery(node) || node.getType().equals(NodeType.DRUG)) { continue; } if (topAlteredNodes.size() < n) { topAlteredNodes.add(node); } else { if (n == 0) { nodesToRemove.add(node); } else { if (mapDiffusion.get(node) > mapDiffusion.get(topAlteredNodes.peek())) { nodesToRemove.add(topAlteredNodes.poll()); topAlteredNodes.add(node); } else { nodesToRemove.add(node); } } } } return nodesToRemove; }
From source file:ml.shifu.shifu.core.binning.EqualPopulationBinning.java
/** * Insert one @HistogramUnit node into the histogram. * Meanwhile it will try to keep the histogram as most @maxHistogramUnitCnt * So when inserting one node in, the method will try to find the place to insert as well as minimum interval * // w ww.j a v a 2s .co m * @param node * current node */ private void insertWithTrim(LinkNode<HistogramUnit> node) { LinkNode<HistogramUnit> insertOpsUnit = null; LinkNode<HistogramUnit> minIntervalOpsUnit = null; Double minInterval = Double.MAX_VALUE; LinkNode<HistogramUnit> tmp = this.tail; while (tmp != null) { if (insertOpsUnit == null) { int res = Double.compare(tmp.data().getHval(), node.data().getHval()); if (res > 0) { // do nothing } else if (res == 0) { tmp.data().setHcnt(tmp.data().getHcnt() + node.data().getHcnt()); return; } else if (res < 0) { // find the right insert position to insert insertOpsUnit = tmp; double interval = node.data().getHval() - tmp.data().getHval(); if (interval < minInterval) { minInterval = interval; minIntervalOpsUnit = tmp; } if (tmp.next() != null) { interval = tmp.next().data().getHval() - node.data().getHval(); if (interval < minInterval) { minInterval = interval; minIntervalOpsUnit = node; } } } } if (tmp.next() != null) { LinkNode<HistogramUnit> next = tmp.next(); double interval = next.data().getHval() - tmp.data().getHval(); if (interval < minInterval) { minInterval = interval; minIntervalOpsUnit = tmp; } } tmp = tmp.prev(); } // insert node into linked list if (insertOpsUnit == null) { // insert as the first node if (this.header != null) { this.header.setPrev(node); } node.setNext(this.header); this.header = node; if (this.tail == null) { this.tail = node; } } else if (insertOpsUnit == this.tail) { // insert as the last node node.setPrev(insertOpsUnit); insertOpsUnit.setNext(node); this.tail = node; } else { // some intermediate node node.setNext(insertOpsUnit.next()); node.setPrev(insertOpsUnit); insertOpsUnit.next().setPrev(node); insertOpsUnit.setNext(node); } // merge info into next node if (this.currentHistogramUnitCnt == this.maxHistogramUnitCnt) { LinkNode<HistogramUnit> nextNode = minIntervalOpsUnit.next(); HistogramUnit chu = minIntervalOpsUnit.data(); HistogramUnit nhu = nextNode.data(); nhu.setHval((chu.getHval() * chu.getHcnt() + nhu.getHval() * nhu.getHcnt()) / (chu.getHcnt() + nhu.getHcnt())); nhu.setHcnt(chu.getHcnt() + nhu.getHcnt()); removeCurrentNode(minIntervalOpsUnit, nextNode); } else { this.currentHistogramUnitCnt++; } }
From source file:com.opengamma.analytics.financial.credit.creditdefaultswap.pricing.vanilla.isdanew.ISDACompliantCurve.java
@Override public boolean equals(final Object o) { if (this == o) { return true; }//from w ww.j ava 2s . c o m if (o == null || getClass() != o.getClass()) { return false; } final ISDACompliantCurve that = (ISDACompliantCurve) o; if (_n != that._n) { return false; } if (Double.compare(that._offsetRT, _offsetRT) != 0) { return false; } if (Double.compare(that._offsetTime, _offsetTime) != 0) { return false; } if (!Arrays.equals(_df, that._df)) { return false; } if (!Arrays.equals(_r, that._r)) { return false; } if (!Arrays.equals(_rt, that._rt)) { return false; } if (!Arrays.equals(_t, that._t)) { return false; } return true; }
From source file:org.esa.nest.dataio.ceos.radarsat.RadarsatProductDirectory.java
private void addAbstractedMetadataHeader(Product product, MetadataElement root) { final MetadataElement absRoot = AbstractMetadata.addAbstractedMetadataHeader(root); BinaryRecord mapProjRec = leaderFile.getMapProjRecord(); if (mapProjRec == null) mapProjRec = trailerFile.getMapProjRecord(); BinaryRecord sceneRec = leaderFile.getSceneRecord(); if (sceneRec == null) sceneRec = trailerFile.getSceneRecord(); final BinaryRecord radiometricRec = leaderFile.getRadiometricRecord(); BinaryRecord facilityRec = leaderFile.getFacilityRecord(); if (facilityRec == null) facilityRec = trailerFile.getFacilityRecord(); BinaryRecord detProcRec = leaderFile.getDetailedProcessingRecord(); if (detProcRec == null) detProcRec = trailerFile.getDetailedProcessingRecord(); //mph/*from w w w. j ava2 s . c om*/ AbstractMetadata.setAttribute(absRoot, AbstractMetadata.PRODUCT, getProductName()); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.PRODUCT_TYPE, getProductType()); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.SPH_DESCRIPTOR, sceneRec.getAttributeString("Product type descriptor")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.MISSION, "RS1"); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.PROC_TIME, getProcTime(volumeDirectoryFile.getVolumeDescriptorRecord())); final ProductData.UTC startTime = getUTCScanStartTime(sceneRec, detProcRec); final ProductData.UTC endTime = getUTCScanStopTime(sceneRec, detProcRec); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.first_line_time, startTime); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.last_line_time, endTime); if (mapProjRec != null) { AbstractMetadata.setAttribute(absRoot, AbstractMetadata.first_near_lat, mapProjRec.getAttributeDouble("1st line 1st pixel geodetic latitude")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.first_near_long, mapProjRec.getAttributeDouble("1st line 1st pixel geodetic longitude")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.first_far_lat, mapProjRec.getAttributeDouble("1st line last valid pixel geodetic latitude")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.first_far_long, mapProjRec.getAttributeDouble("1st line last valid pixel geodetic longitude")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.last_near_lat, mapProjRec.getAttributeDouble("Last line 1st pixel geodetic latitude")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.last_near_long, mapProjRec.getAttributeDouble("Last line 1st pixel geodetic longitude")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.last_far_lat, mapProjRec.getAttributeDouble("Last line last valid pixel geodetic latitude")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.last_far_long, mapProjRec.getAttributeDouble("Last line last valid pixel geodetic longitude")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.PASS, getPass(mapProjRec, sceneRec)); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.range_spacing, mapProjRec.getAttributeDouble("Nominal inter-pixel distance in output scene")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.azimuth_spacing, mapProjRec.getAttributeDouble("Nominal inter-line distance in output scene")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.srgr_flag, isGroundRange(mapProjRec)); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.map_projection, getMapProjection(mapProjRec)); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.geo_ref_system, mapProjRec.getAttributeString("Name of reference ellipsoid")); } else if (sceneRec != null) { AbstractMetadata.setAttribute(absRoot, AbstractMetadata.range_spacing, sceneRec.getAttributeDouble("Pixel spacing")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.azimuth_spacing, sceneRec.getAttributeDouble("Line spacing")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.PASS, getPass(mapProjRec, sceneRec)); } //sph if (sceneRec != null) { final int absOrbit = Integer.parseInt(sceneRec.getAttributeString("Orbit number").trim()); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.ABS_ORBIT, absOrbit); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.mds1_tx_rx_polar, SARReader.findPolarizationInBandName( sceneRec.getAttributeString("Sensor ID and mode of operation for this channel"))); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.algorithm, sceneRec.getAttributeString("Processing algorithm identifier")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.azimuth_looks, sceneRec.getAttributeDouble("Nominal number of looks processed in azimuth")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.range_looks, sceneRec.getAttributeDouble("Nominal number of looks processed in range")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.pulse_repetition_frequency, sceneRec.getAttributeDouble("Pulse Repetition Frequency")); double radarFreq = sceneRec.getAttributeDouble("Radar frequency"); if (Double.compare(radarFreq, 0.0) == 0) { final double radarWaveLength = sceneRec.getAttributeDouble("Radar wavelength"); // in m if (Double.compare(radarWaveLength, 0.0) != 0) { radarFreq = Constants.lightSpeed / radarWaveLength / Constants.oneMillion; // in MHz } } AbstractMetadata.setAttribute(absRoot, AbstractMetadata.radar_frequency, radarFreq); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.range_sampling_rate, sceneRec.getAttributeDouble("Range sampling rate")); // add Range and Azimuth bandwidth final double rangeBW = sceneRec.getAttributeDouble("Total processor bandwidth in range"); // Hz final double azimuthBW = sceneRec.getAttributeDouble("Total processor bandwidth in azimuth"); // Hz AbstractMetadata.setAttribute(absRoot, AbstractMetadata.range_bandwidth, rangeBW / Constants.oneMillion); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.azimuth_bandwidth, azimuthBW); } AbstractMetadata.setAttribute(absRoot, AbstractMetadata.SAMPLE_TYPE, getSampleType()); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.line_time_interval, ReaderUtils.getLineTimeInterval(startTime, endTime, sceneHeight)); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.num_output_lines, product.getSceneRasterHeight()); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.num_samples_per_line, product.getSceneRasterWidth()); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.TOT_SIZE, ReaderUtils.getTotalSize(product)); if (facilityRec != null) { AbstractMetadata.setAttribute(absRoot, AbstractMetadata.STATE_VECTOR_TIME, AbstractMetadata.parseUTC( facilityRec.getAttributeString("Time of input state vector used to processed the image"))); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.ant_elev_corr_flag, facilityRec.getAttributeInt("Antenna pattern correction flag")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.range_spread_comp_flag, facilityRec.getAttributeInt("Range spreading loss compensation flag")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.replica_power_corr_flag, 0); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.abs_calibration_flag, 0); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.coregistered_stack, 0); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.calibration_factor, facilityRec.getAttributeDouble("Absolute calibration constant K")); } if (radiometricRec != null) { AbstractMetadata.setAttribute(absRoot, AbstractMetadata.calibration_factor, radiometricRec.getAttributeDouble("Calibration constant")); } AbstractMetadata.setAttribute(absRoot, AbstractMetadata.replica_power_corr_flag, 0); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.abs_calibration_flag, 0); addOrbitStateVectors(absRoot, leaderFile.getPlatformPositionRecord()); if (facilityRec != null) addSRGRCoefficients(absRoot, facilityRec); else addSRGRCoefficients(absRoot, detProcRec); }
From source file:Main.java
/** * Finds the first occurrence in an array from specified given position and upto given length. *//* w ww . j a v a2 s . c o m*/ public static int indexOf(double[] array, double[] sub, int startIndex, int endIndex) { int sublen = sub.length; if (sublen == 0) { return startIndex; } int total = endIndex - sublen + 1; double c = sub[0]; mainloop: for (int i = startIndex; i < total; i++) { if (Double.compare(array[i], c) != 0) { continue; } int j = 1; int k = i + 1; while (j < sublen) { if (Double.compare(sub[j], array[k]) != 0) { continue mainloop; } j++; k++; } return i; } return -1; }
From source file:org.esa.nest.dataio.ceos.basic.BasicCeosProductDirectory.java
private void addAbstractedMetadataHeader(Product product, MetadataElement root) { final MetadataElement absRoot = AbstractMetadata.addAbstractedMetadataHeader(root); BinaryRecord mapProjRec = leaderFile.getMapProjRecord(); if (mapProjRec == null) mapProjRec = trailerFile.getMapProjRecord(); BinaryRecord sceneRec = leaderFile.getSceneRecord(); if (sceneRec == null) sceneRec = trailerFile.getSceneRecord(); final BinaryRecord radiometricRec = leaderFile.getRadiometricRecord(); BinaryRecord facilityRec = leaderFile.getFacilityRecord(); if (facilityRec == null) facilityRec = trailerFile.getFacilityRecord(); BinaryRecord detProcRec = leaderFile.getDetailedProcessingRecord(); if (detProcRec == null) detProcRec = trailerFile.getDetailedProcessingRecord(); //mph/*from w w w. j a va 2 s . c om*/ AbstractMetadata.setAttribute(absRoot, AbstractMetadata.PRODUCT, getProductName()); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.PRODUCT_TYPE, getProductType()); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.SPH_DESCRIPTOR, sceneRec.getAttributeString("Product type descriptor")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.MISSION, "RS1"); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.PROC_TIME, getProcTime(volumeDirectoryFile.getVolumeDescriptorRecord())); final ProductData.UTC startTime = getUTCScanStartTime(sceneRec, detProcRec); final ProductData.UTC endTime = getUTCScanStopTime(sceneRec, detProcRec); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.first_line_time, startTime); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.last_line_time, endTime); if (mapProjRec != null) { AbstractMetadata.setAttribute(absRoot, AbstractMetadata.first_near_lat, mapProjRec.getAttributeDouble("1st line 1st pixel geodetic latitude")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.first_near_long, mapProjRec.getAttributeDouble("1st line 1st pixel geodetic longitude")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.first_far_lat, mapProjRec.getAttributeDouble("1st line last valid pixel geodetic latitude")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.first_far_long, mapProjRec.getAttributeDouble("1st line last valid pixel geodetic longitude")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.last_near_lat, mapProjRec.getAttributeDouble("Last line 1st pixel geodetic latitude")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.last_near_long, mapProjRec.getAttributeDouble("Last line 1st pixel geodetic longitude")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.last_far_lat, mapProjRec.getAttributeDouble("Last line last valid pixel geodetic latitude")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.last_far_long, mapProjRec.getAttributeDouble("Last line last valid pixel geodetic longitude")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.PASS, getPass(mapProjRec, sceneRec)); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.range_spacing, mapProjRec.getAttributeDouble("Nominal inter-pixel distance in output scene")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.azimuth_spacing, mapProjRec.getAttributeDouble("Nominal inter-line distance in output scene")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.srgr_flag, isGroundRange(mapProjRec)); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.map_projection, getMapProjection(mapProjRec)); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.geo_ref_system, mapProjRec.getAttributeString("Name of reference ellipsoid")); } else if (sceneRec != null) { AbstractMetadata.setAttribute(absRoot, AbstractMetadata.range_spacing, sceneRec.getAttributeDouble("Pixel spacing")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.azimuth_spacing, sceneRec.getAttributeDouble("Line spacing")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.PASS, getPass(mapProjRec, sceneRec)); } //sph if (sceneRec != null) { final String absOrbit = sceneRec.getAttributeString("Orbit number").trim(); if (absOrbit != null && !absOrbit.isEmpty()) { AbstractMetadata.setAttribute(absRoot, AbstractMetadata.ABS_ORBIT, Integer.parseInt(absOrbit)); } AbstractMetadata.setAttribute(absRoot, AbstractMetadata.mds1_tx_rx_polar, SARReader.findPolarizationInBandName( sceneRec.getAttributeString("Sensor ID and mode of operation for this channel"))); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.algorithm, sceneRec.getAttributeString("Processing algorithm identifier")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.azimuth_looks, sceneRec.getAttributeDouble("Nominal number of looks processed in azimuth")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.range_looks, sceneRec.getAttributeDouble("Nominal number of looks processed in range")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.pulse_repetition_frequency, sceneRec.getAttributeDouble("Pulse Repetition Frequency")); double radarFreq = sceneRec.getAttributeDouble("Radar frequency"); if (Double.compare(radarFreq, 0.0) == 0) { final double radarWaveLength = sceneRec.getAttributeDouble("Radar wavelength"); // in m if (Double.compare(radarWaveLength, 0.0) != 0) { radarFreq = Constants.lightSpeed / radarWaveLength / Constants.oneMillion; // in MHz } } AbstractMetadata.setAttribute(absRoot, AbstractMetadata.radar_frequency, radarFreq); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.range_sampling_rate, sceneRec.getAttributeDouble("Range sampling rate")); // add Range and Azimuth bandwidth final double rangeBW = sceneRec.getAttributeDouble("Total processor bandwidth in range"); // Hz final double azimuthBW = sceneRec.getAttributeDouble("Total processor bandwidth in azimuth"); // Hz AbstractMetadata.setAttribute(absRoot, AbstractMetadata.range_bandwidth, rangeBW / Constants.oneMillion); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.azimuth_bandwidth, azimuthBW); } AbstractMetadata.setAttribute(absRoot, AbstractMetadata.SAMPLE_TYPE, getSampleType()); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.line_time_interval, ReaderUtils.getLineTimeInterval(startTime, endTime, sceneHeight)); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.num_output_lines, product.getSceneRasterHeight()); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.num_samples_per_line, product.getSceneRasterWidth()); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.TOT_SIZE, ReaderUtils.getTotalSize(product)); if (facilityRec != null) { AbstractMetadata.setAttribute(absRoot, AbstractMetadata.STATE_VECTOR_TIME, AbstractMetadata.parseUTC( facilityRec.getAttributeString("Time of input state vector used to processed the image"))); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.ant_elev_corr_flag, facilityRec.getAttributeInt("Antenna pattern correction flag")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.range_spread_comp_flag, facilityRec.getAttributeInt("Range spreading loss compensation flag")); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.replica_power_corr_flag, 0); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.abs_calibration_flag, 0); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.coregistered_stack, 0); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.calibration_factor, facilityRec.getAttributeDouble("Absolute calibration constant K")); } if (radiometricRec != null) { AbstractMetadata.setAttribute(absRoot, AbstractMetadata.calibration_factor, radiometricRec.getAttributeDouble("Calibration constant")); } AbstractMetadata.setAttribute(absRoot, AbstractMetadata.replica_power_corr_flag, 0); AbstractMetadata.setAttribute(absRoot, AbstractMetadata.abs_calibration_flag, 0); addOrbitStateVectors(absRoot, leaderFile.getPlatformPositionRecord()); if (facilityRec != null) addSRGRCoefficients(absRoot, facilityRec); else addSRGRCoefficients(absRoot, detProcRec); }
From source file:qa.aligner.SRLToAligner.java
private List<ProcessFrame> constructProcessFrame(ProcessFrame frame, HashMap<String, ArrayList<RoleSpan>> roleRoleSpanPair) { final Comparator<RoleSpan> comp = (r1, r2) -> Double.compare(r1.getRoleScore(), r2.getRoleScore()); ArrayList<ProcessFrame> res = new ArrayList<ProcessFrame>(); List<List<RoleSpan>> roleSpanCombination = new ArrayList<List<RoleSpan>>(); if (roleRoleSpanPair.keySet().size() == 0) return res; roleSpanCombination = getRoleSpanCombination(roleRoleSpanPair); for (int i = 0; i < roleSpanCombination.size(); i++) { List<RoleSpan> spans = roleSpanCombination.get(i); ProcessFrame newFrame = new ProcessFrame(); newFrame.setProcessName(frame.getProcessName()); newFrame.setRawText(frame.getRawText()); newFrame.setTokenizedText(frame.getTokenizedText()); for (int j = 0; j < spans.size(); j++) { if (spans.get(j).getRoleType().equals(GlobalV.A0)) { newFrame.setUnderGoer(spans.get(j).getTextSpan()); newFrame.setScores(GlobalV.AO_IDX, spans.get(j).getScores()); }/*from ww w .jav a2s . c o m*/ if (spans.get(j).getRoleType().equals(GlobalV.A1)) { newFrame.setEnabler(spans.get(j).getTextSpan()); newFrame.setScores(GlobalV.A1_IDX, spans.get(j).getScores()); } if (spans.get(j).getRoleType().equals(GlobalV.T)) { newFrame.setTrigger(spans.get(j).getTextSpan()); newFrame.setScores(GlobalV.T_IDX, spans.get(j).getScores()); } if (spans.get(j).getRoleType().equals(GlobalV.A2)) { newFrame.setResult(spans.get(j).getTextSpan()); newFrame.setScores(GlobalV.A2_IDX, spans.get(j).getScores()); } } res.add(newFrame); } return res; }
From source file:org.tinygroup.jspengine.compiler.TagLibraryInfoImpl.java
private TagInfo createTagInfo(TreeNode elem, String jspVersion) throws JasperException { String tagName = null;/*from w ww . j av a 2 s .c o m*/ String tagClassName = null; String teiClassName = null; /* * Default body content for JSP 1.2 tag handlers (<body-content> has * become mandatory in JSP 2.0, because the default would be invalid * for simple tag handlers) */ String bodycontent = "JSP"; String info = null; String displayName = null; String smallIcon = null; String largeIcon = null; boolean dynamicAttributes = false; Vector attributeVector = new Vector(); Vector variableVector = new Vector(); Iterator list = elem.findChildren(); while (list.hasNext()) { TreeNode element = (TreeNode) list.next(); String tname = element.getName(); if ("name".equals(tname)) { tagName = element.getBody(); } else if ("tagclass".equals(tname) || "tag-class".equals(tname)) { tagClassName = element.getBody(); } else if ("teiclass".equals(tname) || "tei-class".equals(tname)) { teiClassName = element.getBody(); } else if ("bodycontent".equals(tname) || "body-content".equals(tname)) { bodycontent = element.getBody(); } else if ("display-name".equals(tname)) { displayName = element.getBody(); } else if ("small-icon".equals(tname)) { smallIcon = element.getBody(); } else if ("large-icon".equals(tname)) { largeIcon = element.getBody(); } else if ("icon".equals(tname)) { TreeNode icon = element.findChild("small-icon"); if (icon != null) { smallIcon = icon.getBody(); } icon = element.findChild("large-icon"); if (icon != null) { largeIcon = icon.getBody(); } } else if ("info".equals(tname) || "description".equals(tname)) { info = element.getBody(); } else if ("variable".equals(tname)) { variableVector.addElement(createVariable(element)); } else if ("attribute".equals(tname)) { attributeVector.addElement(createAttribute(element, jspVersion)); } else if ("dynamic-attributes".equals(tname)) { dynamicAttributes = JspUtil.booleanValue(element.getBody()); } else if ("example".equals(tname)) { // Ignored elements } else if ("tag-extension".equals(tname)) { // Ignored } else { err.jspError("jsp.error.unknown.element.in.tag", tname); } } // JSP 2.0 removed the capital versions of TAGDEPENDENT, EMPTY, and // SCRIPTLESS enumerations in body-contentType, see JSP.E.2 ("Changes // between JSP 2.0 PFD2 and JSP 2.0 PFD3"), section "Changes to Tag // Library Descriptor (TLD)". Enforce that from JSP 2.0 and up, only // "JSP", "tagdependent", "empty", and "scriptless" may be specified // as body-content values. Double jspVersionDouble = Double.valueOf(jspversion); if (Double.compare(jspVersionDouble, Constants.JSP_VERSION_2_0) >= 0) { if (!bodycontent.equals(TagInfo.BODY_CONTENT_JSP) && !bodycontent.equals(TagInfo.BODY_CONTENT_EMPTY) && !bodycontent.equals(TagInfo.BODY_CONTENT_TAG_DEPENDENT) && !bodycontent.equals(TagInfo.BODY_CONTENT_SCRIPTLESS)) { err.jspError("jsp.error.tld.badbodycontent", bodycontent, tagName); } } TagExtraInfo tei = null; if (teiClassName != null && !teiClassName.equals("")) { try { Class teiClass = ctxt.getClassLoader().loadClass(teiClassName); tei = (TagExtraInfo) teiClass.newInstance(); } catch (Exception e) { err.jspError("jsp.error.teiclass.instantiation", teiClassName, e); } } TagAttributeInfo[] tagAttributeInfo = new TagAttributeInfo[attributeVector.size()]; attributeVector.copyInto(tagAttributeInfo); TagVariableInfo[] tagVariableInfos = new TagVariableInfo[variableVector.size()]; variableVector.copyInto(tagVariableInfos); TagInfo taginfo = new TagInfo(tagName, tagClassName, bodycontent, info, this, tei, tagAttributeInfo, displayName, smallIcon, largeIcon, tagVariableInfos, dynamicAttributes); return taginfo; }