public void testSignalEntry_DOUBLE_BE() { signalEntry = (SignalEntry)unisens.createSignalEntry("se_double_be.bin", new String[] { "a", "b" }, DataType.DOUBLE, sampleRate); signalEntryFileFormat = (BinFileFormat)signalEntry.getFileFormat(); signalEntryFileFormat.setEndianess(Endianess.BIG); signalEntry.append(double64); assertArrayEqual(double64, (double[][])signalEntry.read(double64.Length)); }
public void testSignalEntry_UINT32_1x1_LE() { signalEntry = (SignalEntry)unisens.createSignalEntry("se_uint32_1x1_le.bin", new String[] { "a" }, DataType.UINT32, sampleRate); signalEntryFileFormat = (BinFileFormat)signalEntry.getFileFormat(); signalEntryFileFormat.setEndianess(Endianess.LITTLE); signalEntry.append(uint32_1_1); assertArrayEqual(uint32_1_1, (UInt32[][])signalEntry.read(uint32_1_1.Length)); }
public void testSignalEntry_FLOAT_BE() { signalEntry = (SignalEntry)unisens.createSignalEntry("se_float_be.bin", new String[] { "a", "b" }, DataType.FLOAT, sampleRate); signalEntryFileFormat = (BinFileFormat)signalEntry.getFileFormat(); signalEntryFileFormat.setEndianess(Endianess.BIG); signalEntry.append(float32); assertArrayEqual(float32, (float[][])signalEntry.read(float32.Length)); }
public void testSignalEntry_INT32_LE() { signalEntry = (SignalEntry)unisens.createSignalEntry("se_int32_le.bin", new String[] { "a", "b" }, DataType.INT32, sampleRate); signalEntryFileFormat = (BinFileFormat)signalEntry.getFileFormat(); signalEntryFileFormat.setEndianess(Endianess.LITTLE); signalEntry.append(int32); assertArrayEqual(int32, (int[][])signalEntry.read(int32.Length)); }
public void testSignalEntry_UINT16_BE() { signalEntry = (SignalEntry)unisens.createSignalEntry("se_uint16_be.bin", new String[] { "a", "b" }, DataType.UINT16, sampleRate); signalEntryFileFormat = (BinFileFormat)signalEntry.getFileFormat(); signalEntryFileFormat.setEndianess(Endianess.BIG); signalEntry.append(uint16); assertArrayEqual(uint16, (UInt16[][])signalEntry.read(uint16.Length)); }
public void testSignalEntry_UINT8_LE() { signalEntry = (SignalEntry)unisens.createSignalEntry("se_uint8_le.bin", new String[] { "a", "b" }, DataType.UINT8, sampleRate); signalEntryFileFormat = (BinFileFormat)signalEntry.getFileFormat(); signalEntryFileFormat.setEndianess(Endianess.LITTLE); signalEntry.append(uint8); assertArrayEqual(uint8, (byte[][])signalEntry.read(uint8.Length)); }
public void testValuesEntry_BIN_UINT32() { valuesEntry = unisens.createValuesEntry("ve_uint32.bin", new String[] { "a", "b" }, DataType.UINT32, 400); valuesEntryBinFileFormat = new BinFileFormatImpl(); valuesEntryBinFileFormat.setEndianess(Endianess.LITTLE); valuesEntry.setFileFormat(valuesEntryBinFileFormat); valuesEntry.append(uint32); assertValueList(uint32, valuesEntry.read(5)); }
public void testSignalEntry_INT8_LE_1_CHANNEL_1_SAMPLE() { signalEntry = (SignalEntry)unisens.createSignalEntry("se_int8_le_1_1.bin", new String[] { "a" }, DataType.INT8, sampleRate); signalEntryFileFormat = (BinFileFormat)signalEntry.getFileFormat(); signalEntryFileFormat.setEndianess(Endianess.LITTLE); signalEntry.append(int8_1_1); assertArrayEqual(int8_1_1, (sbyte[][])signalEntry.read(int8.Length)); }
public void testSignalEntry_INT16_BE() { short[][] tmp = int16; signalEntry = (SignalEntry)unisens.createSignalEntry("se_int16_be.bin", new String[] { "a", "b" }, DataType.INT16, sampleRate); signalEntryFileFormat = (BinFileFormat)signalEntry.getFileFormat(); signalEntryFileFormat.setEndianess(Endianess.BIG); signalEntry.setFileFormat(signalEntryFileFormat); signalEntry.append(tmp); assertArrayEqual(int16, (short[][])signalEntry.read(int16.Length)); }
public void testZSaveUnisens() { unisens.closeAll(); unisens = factory.createUnisens(EXAMPLE_TEMP_SIGNAL_ENTRY); Assert.AreEqual(timestampStart.ToString(), unisens.getTimestampStart().ToString()); signalEntry = (SignalEntry)unisens.createSignalEntry("se_double_be.bin", new String[] { "a", "b" }, DataType.DOUBLE, sampleRate); signalEntryFileFormat = (BinFileFormat)signalEntry.getFileFormat(); signalEntryFileFormat.setEndianess(Endianess.BIG); signalEntry.append(double64); unisens.save(); signalEntry = (SignalEntry)unisens.getEntry("se_double_be.bin"); Assert.AreEqual("BIN", signalEntry.getFileFormat().getFileFormatName()); Assert.AreEqual(DataType.DOUBLE, signalEntry.getDataType()); Assert.AreEqual(sampleRate, signalEntry.getSampleRate(), 0); Assert.IsTrue(signalEntry.getFileFormat() is BinFileFormat); Assert.AreEqual(Endianess.BIG, ((BinFileFormat)signalEntry.getFileFormat()).getEndianess()); unisens.deleteEntry(signalEntry); unisens.save(); }
internal XmlElement createElement(XmlDocument document) { document.AppendChild(document.CreateXmlDeclaration("1.0", "UTF-8", "")); var unisensElement = document.CreateElement(Constants.UNISENS, "http://www.unisens.org/unisens2.0"); unisensElement.SetAttribute("xmlns:xsi", "http://www.w3.org/2001/XMLSchema-instance"); unisensElement.SetAttribute("xsi:schemaLocation", "http://www.unisens.org/unisens2.0 http://www.unisens.org/unisens2.0/unisens.xsd"); //.Attributes.Append(document.CreateAttribute("http://www.w3.org/2001/XMLSchema-instance",); //"xsi:schemaLocation", //"http://www.unisens.org/unisens2.0 http://www.unisens.org/unisens2.0/unisens.xsd"))); if (getComment() != null) { unisensElement.SetAttribute(Constants.UNISENS_COMMENT, getComment()); } if (getDuration() != 0) { unisensElement.SetAttribute(Constants.UNISENS_DURATION, "" + getDuration()); } if (getTimestampStart() != null) { unisensElement.SetAttribute(Constants.UNISENS_TIMESTAMP_START, Utilities.convertDateToString(timestampStart)); } ; if (getMeasurementId() != null) { unisensElement.SetAttribute(Constants.UNISENS_MEASUREMENT_ID, getMeasurementId()); } if (getVersion() != null) { unisensElement.SetAttribute(Constants.UNISENS_VERSION, getVersion()); } if (customAttributes.Count > 0) { XmlElement customAttributesElement = document.CreateElement(Constants.CUSTOM_ATTRIBUTES, unisensElement.NamespaceURI); foreach (string key in customAttributes.Keys) { XmlElement customAttributeElement = document.CreateElement(Constants.CUSTOM_ATTRIBUTE); customAttributeElement.SetAttribute(Constants.CUSTOM_ATTRIBUTE_KEY, key); customAttributeElement.SetAttribute(Constants.CUSTOM_ATTRIBUTE_VALUE, customAttributes[key]); customAttributesElement.AppendChild(customAttributeElement); } unisensElement.AppendChild(customAttributesElement); } if (context != null) { XmlElement contextElement = document.CreateElement(Constants.CONTEXT, unisensElement.NamespaceURI); if (context.getSchemaUrl() != null) { contextElement.SetAttribute(Constants.CONTEXT_SCHEMAURL, context.getSchemaUrl()); } unisensElement.AppendChild(contextElement); } Entry entry; foreach (Entry t in entries) { entry = (Entry)t; XmlElement entryElement = null; if (entry is SignalEntry) { entryElement = document.CreateElement(Constants.SIGNALENTRY, unisensElement.NamespaceURI); } if (entry is ValuesEntry) { entryElement = document.CreateElement(Constants.VALUESENTRY, unisensElement.NamespaceURI); } if (entry is EventEntry) { entryElement = document.CreateElement(Constants.EVENTENTRY, unisensElement.NamespaceURI); } if (entry is CustomEntry) { entryElement = document.CreateElement(Constants.CUSTOMENTRY, unisensElement.NamespaceURI); } if (entry.getComment() != null) { entryElement.SetAttribute(Constants.ENTRY_COMMENT, entry.getComment()); } if (entry.getContentClass() != null) { entryElement.SetAttribute(Constants.ENTRY_CONTENTCLASS, entry.getContentClass()); } if (entry.getSource() != null) { entryElement.SetAttribute(Constants.ENTRY_SOURCE, entry.getSource()); } if (entry.getSourceId() != null) { entryElement.SetAttribute(Constants.ENTRY_SOURCE_ID, entry.getSourceId()); } if (entry.getId() != null) { entryElement.SetAttribute(Constants.ENTRY_ID, entry.getId()); } if (entry.getCustomAttributes().Count > 0) { XmlElement customAttributesElement = document.CreateElement(Constants.CUSTOM_ATTRIBUTES, unisensElement.NamespaceURI); foreach (string key in customAttributes.Keys) { var customAttributeElement = document.CreateElement(Constants.CUSTOM_ATTRIBUTE); customAttributeElement.SetAttribute(Constants.CUSTOM_ATTRIBUTE_KEY, key); customAttributeElement.SetAttribute(Constants.CUSTOM_ATTRIBUTE_VALUE, customAttributes[key]); customAttributesElement.AppendChild(customAttributeElement); } unisensElement.AppendChild(customAttributesElement); } FileFormat fileFormat = entry.getFileFormat(); XmlElement fileFormatElement = null; if (fileFormat is BinFileFormat) { BinFileFormat binFileFormat = (BinFileFormat)fileFormat; fileFormatElement = document.CreateElement(Constants.BINFILEFORMAT, unisensElement.NamespaceURI); fileFormatElement.SetAttribute(Constants.BINFILEFORMAT_ENDIANESS, binFileFormat.getEndianess().ToString().ToUpper()); } if (fileFormat is CsvFileFormat) { CsvFileFormat csvFileFormat = (CsvFileFormat)fileFormat; fileFormatElement = document.CreateElement(Constants.CSVFILEFORMAT, unisensElement.NamespaceURI); fileFormatElement.SetAttribute(Constants.CSVFILEFORMAT_SEPARATOR, csvFileFormat.getSeparator()); fileFormatElement.SetAttribute(Constants.CSVFILEFORMAT_DECIMAL_SEPARATOR, csvFileFormat.getDecimalSeparator()); } if (fileFormat is XmlFileFormat) { fileFormatElement = document.CreateElement(Constants.XMLFILEFORMAT, unisensElement.NamespaceURI); } if (fileFormat is CustomFileFormat) { CustomFileFormat customFileFormat = (CustomFileFormat)fileFormat; fileFormatElement = document.CreateElement(Constants.CUSTOMFILEFORMAT, unisensElement.NamespaceURI); fileFormatElement.SetAttribute(Constants.CUSTOMFILEFORMAT_FILEFORMATNAME, customFileFormat.getFileFormatName()); Dictionary <string, string> attributes = customFileFormat.getAttributes(); var attrNames = attributes.Keys; foreach (string attrName in attrNames) { fileFormatElement.SetAttribute(attrName, attributes[attrName]); } } if (fileFormat.getComment() != null) { fileFormatElement.SetAttribute(Constants.FILEFORMAT_COMMENT, fileFormat.getComment()); } entryElement.AppendChild(fileFormatElement); if (entry is MeasurementEntry) { var measurementEntry = (MeasurementEntry)entry; if (measurementEntry.getAdcResolution() != 0) { entryElement.SetAttribute(Constants.MEASUREMENTENTRY_ADCRESOLUTION, "" + measurementEntry.getAdcResolution()); } if (measurementEntry.getAdcZero() != 0) { entryElement.SetAttribute(Constants.MEASUREMENTENTRY_ADCZERO, "" + measurementEntry.getAdcZero()); } if (measurementEntry.getBaseline() != 0) { entryElement.SetAttribute(Constants.MEASUREMENTENTRY_BASELINE, "" + measurementEntry.getBaseline()); } entryElement.SetAttribute(Constants.MEASUREMENTENTRY_DATATYPE, measurementEntry.getDataType().ToString().ToLower()); if (measurementEntry.getLsbValue() != 0) { entryElement.SetAttribute(Constants.MEASUREMENTENTRY_LSBVALUE, measurementEntry.getLsbValue().ToString(decimalFormat)); } if (measurementEntry.getSampleRate() != 0) { entryElement.SetAttribute(Constants.TIMEDENTRY_SAMPLERATE, measurementEntry.getSampleRate().ToString(decimalFormat)); } if (measurementEntry.getUnit() != null) { entryElement.SetAttribute(Constants.MEASUREMENTENTRY_UNIT, measurementEntry.getUnit()); } string[] channelNames = measurementEntry.getChannelNames(); foreach (string t1 in channelNames) { XmlElement channelElement = document.CreateElement(Constants.CHANNEL, unisensElement.NamespaceURI); channelElement.SetAttribute(Constants.CHANNEL_NAME, t1); entryElement.AppendChild(channelElement); } } if (entry is EventEntry) { EventEntry eventEntry = (EventEntry)entry; if (eventEntry.getSampleRate() != 0) { entryElement.SetAttribute(Constants.TIMEDENTRY_SAMPLERATE, eventEntry.getSampleRate().ToString(decimalFormat)); } if (eventEntry.getTypeLength() != 0) { entryElement.SetAttribute(Constants.EVENTENTRY_TYPE_LENGTH, "" + eventEntry.getTypeLength()); } if (eventEntry.getCommentLength() != 0) { entryElement.SetAttribute(Constants.EVENTENTRY_COMMENT_LENGTH, "" + eventEntry.getCommentLength()); } } if (entry is CustomEntry) { CustomEntry customEntry = (CustomEntry)entry; Dictionary <string, string> attributes = customEntry.getAttributes(); ICollection <string> keySet = attributes.Keys; foreach (String key in keySet) { entryElement.SetAttribute(key, attributes[key]); } } unisensElement.AppendChild(entryElement); } Group group; XmlElement groupElement; XmlElement groupEntryElement; foreach (Group t in groups) { group = (Group)t; groupElement = document.CreateElement(Constants.GROUP, unisensElement.NamespaceURI); if (group.getComment() != null) { groupElement.SetAttribute(Constants.GROUP_COMMENT, group.getComment()); } if (group.getId() != null) { groupElement.SetAttribute(Constants.GROUP_ID, group.getId()); } var entriList = group.getEntries(); foreach (Entry e in entriList) { groupEntryElement = document.CreateElement(Constants.GROUPENTRY, unisensElement.NamespaceURI); groupEntryElement.SetAttribute(Constants.GROUPENTRY_REF, ((Entry)e).getId()); groupElement.AppendChild(groupEntryElement); } unisensElement.AppendChild(groupElement); } return(unisensElement); }
internal BinFileFormatImpl(BinFileFormat binFileFormat) : base(binFileFormat) { _endianess = binFileFormat.getEndianess(); }
private void signalTest(string fileFormat, DataType dataType) { string[] Channelnames = { "CH1", "CH2" }; UnisensFactory uf = UnisensFactoryBuilder.createFactory(); Unisens u = uf.createUnisens(path); string fileName = "signal_" + dataType.ToString() + "_" + fileFormat + "." + fileFormat.Substring(0, 3); string fileName1 = "value_" + dataType.ToString() + "_" + fileFormat + "." + fileFormat.Substring(0, 3); ValuesEntry ve = u.createValuesEntry(fileName1, new String[] { "A", "B" }, dataType, 250); SignalEntry se = u.createSignalEntry(fileName, new String[] { "A", "B" }, dataType, 250); switch (fileFormat) { case "bin_LITTLE": // BIN BinFileFormat bffsili = se.createBinFileFormat(); bffsili.setEndianess(Endianess.LITTLE); se.setFileFormat(bffsili); BinFileFormat bffva = ve.createBinFileFormat(); bffva.setEndianess(Endianess.LITTLE); ve.setFileFormat(bffva); break; case "bin_BIG": // BIN BinFileFormat bffsibi = se.createBinFileFormat(); bffsibi.setEndianess(Endianess.BIG); se.setFileFormat(bffsibi); BinFileFormat bffvabi = ve.createBinFileFormat(); bffvabi.setEndianess(Endianess.BIG); ve.setFileFormat(bffvabi); break; case "xml": // XML XmlFileFormat xffsi = se.createXmlFileFormat(); se.setFileFormat(xffsi); XmlFileFormat xffva = ve.createXmlFileFormat(); ve.setFileFormat(xffva); break; case "csv": // CSV CsvFileFormat cffsi = se.createCsvFileFormat(); cffsi.setSeparator("\t"); cffsi.setDecimalSeparator(","); se.setFileFormat(cffsi); CsvFileFormat cffva = ve.createCsvFileFormat(); cffva.setComment("csv , 2 channel "); cffva.setSeparator(";"); cffva.setDecimalSeparator("."); ve.setFileFormat(cffva); break; } var samplestamp = new long[3] { 1320, 22968, 30232 }; switch (dataType) { case DataType.INT8: var A = new sbyte[][] { new sbyte[] { -128, 127 }, new sbyte[] { 2, 5 }, new sbyte[] { 3, 6 } }; se.append(A); ValueList valueList = new ValueList(samplestamp, A); ve.appendValuesList(valueList); break; case DataType.UINT8: var B = new byte[][] { new byte[] { 255, 4 }, new byte[] { 2, 5 }, new byte[] { 3, 6 } }; se.append(B); ValueList valueList1 = new ValueList(samplestamp, B); ve.appendValuesList(valueList1); break; case DataType.INT16: var C = new short[][] { new short[] { -32768, 32767 }, new short[] { 2, 5 }, new short[] { 3, 6 } }; se.append(C); ValueList valueList2 = new ValueList(samplestamp, C); ve.appendValuesList(valueList2); break; case DataType.UINT16: var D = new UInt16[][] { new UInt16[] { 65535, 4 }, new UInt16[] { 2, 5 }, new UInt16[] { 3, 6 } }; se.append(D); ValueList valueList3 = new ValueList(samplestamp, D); ve.appendValuesList(valueList3); break; case DataType.INT32: var E = new int[][] { new int[] { -2147483648, 2147483647 }, new int[] { 2, 5 }, new int[] { 3, 6 } }; se.append(E); ValueList valueList4 = new ValueList(samplestamp, E); ve.appendValuesList(valueList4); break; case DataType.UINT32: var F = new UInt32[][] { new UInt32[] { 4294967295, 4 }, new UInt32[] { 2, 5 }, new UInt32[] { 3, 6 } }; se.append(F); ValueList valueList5 = new ValueList(samplestamp, F); ve.appendValuesList(valueList5); break; case DataType.FLOAT: var G = new float[][] { new float[] { 123.4567F, 4 }, new float[] { 2, 5 }, new float[] { 3, 6 } }; se.append(G); ValueList valueList6 = new ValueList(samplestamp, G); ve.appendValuesList(valueList6); break; case DataType.DOUBLE: var H = new double[][] { new double[] { 123.4567D, 4 }, new double[] { 2, 5 }, new double[] { 3, 6 } }; se.append(H); ValueList valueList7 = new ValueList(samplestamp, H); ve.appendValuesList(valueList7); break; } u.save(); //Console.WriteLine("hallo"); //Console.WriteLine(uf.ToString()); //Console.ReadKey(); }
// WRITE private void signalTest(string fileFormat, DataType dataType) { string[] Channelnames = { "CH1", "CH2" }; UnisensFactory uf = UnisensFactoryBuilder.createFactory(); Unisens u = uf.createUnisens(path); string fileName = "signal_" + dataType.ToString() + "." + fileFormat; SignalEntry se = u.createSignalEntry(fileName, new String[] { "A", "B" }, dataType, 250); switch (fileFormat) { case "bin": // BIN BinFileFormat bff = se.createBinFileFormat(); bff.setEndianess(Endianess.LITTLE); se.setFileFormat(bff); break; case "xml": // XML XmlFileFormat xff = se.createXmlFileFormat(); se.setFileFormat(xff); break; case "csv": // CSV CsvFileFormat cff = se.createCsvFileFormat(); cff.setSeparator("\t"); cff.setDecimalSeparator("."); se.setFileFormat(cff); break; } switch (dataType) { case DataType.INT8: var A = new sbyte[][] { new sbyte[] { 127, -128 }, new sbyte[] { 2, 5 }, new sbyte[] { 3, 6 } }; //var A = new byte[][] { new byte[] { 127, 255 }, new byte[] { 1, 0 }, new byte[] { 3, 6 } }; se.append(A); break; case DataType.UINT8: //var B = new short[][] { new short[] { 255, 0 }, new short[] { 2, 5 }, new short[] { 3, 6 } }; var B = new byte[][] { new byte[] { 127, 255 }, new byte[] { 1, 0 }, new byte[] { 3, 6 } }; se.append(B); break; case DataType.INT16: var C = new short[][] { new short[] { 32767, -32768 }, new short[] { 2, 5 }, new short[] { 3, 6 } }; se.append(C); break; case DataType.UINT16: var D = new UInt16[][] { new UInt16[] { 65535, 0 }, new UInt16[] { 2, 5 }, new UInt16[] { 3, 6 } }; se.append(D); break; case DataType.INT32: var E = new int[][] { new int[] { 2147483647, -2147483648 }, new int[] { 2, 5 }, new int[] { 3, 6 } }; se.append(E); break; case DataType.UINT32: var F = new UInt32[][] { new UInt32[] { 4294967295, 0 }, new UInt32[] { 2, 5 }, new UInt32[] { 3, 6 } }; se.append(F); break; case DataType.FLOAT: var G = new float[][] { new float[] { 123.4567F, 4 }, new float[] { 2, 5 }, new float[] { 3, 6 } }; se.append(G); break; case DataType.DOUBLE: var H = new double[][] { new double[] { 123.4567D, 4 }, new double[] { 2, 5 }, new double[] { 3, 6 } }; se.append(H); break; } // Attributes se.setAdcResolution(16); se.setBaseline(0); se.setAdcZero(0); se.setComment("FhG - Elektroden "); se.setContentClass("ECG"); se.setSourceId("ecg_m500_250 .bin "); se.setSource("FhG-Elektroden , ADS8345 "); se.setUnit("uV"); se.setLsbValue(1.8273); se.setSampleRate(250); se.setChannelNames(Channelnames); // Save and close u.save(); u.closeAll(); }
private void valueTest(string fileFormat, DataType dataType) { UnisensFactory uf = UnisensFactoryBuilder.createFactory(); Unisens u = uf.createUnisens(path); string fileName = "value_" + dataType.ToString() + "." + fileFormat; ValuesEntry ve = u.createValuesEntry(fileName, new String[] { "A", "B" }, dataType, 250); switch (fileFormat) { case "bin": // BIN BinFileFormat bff = ve.createBinFileFormat(); bff.setEndianess(Endianess.LITTLE); ve.setFileFormat(bff); break; case "xml": // XML XmlFileFormat xff = ve.createXmlFileFormat(); ve.setFileFormat(xff); break; case "csv": // CSV CsvFileFormat cff = ve.createCsvFileFormat(); cff.setComment("csv , 2 channel "); cff.setSeparator(";"); cff.setDecimalSeparator("."); ve.setFileFormat(cff); break; } var samplestamp = new long[3] { 1320, 22968, 30232 }; switch (dataType) { case DataType.INT8: var A = new sbyte[][] { new sbyte[] { 127, 4 }, new sbyte[] { 2, 5 }, new sbyte[] { 3, 6 } }; ValueList valueList = new ValueList(samplestamp, A); ve.appendValuesList(valueList); break; case DataType.UINT8: var B = new short[][] { new short[] { 255, 4 }, new short[] { 2, 5 }, new short[] { 3, 6 } }; ValueList valueList1 = new ValueList(samplestamp, B); ve.appendValuesList(valueList1); break; case DataType.INT16: var C = new short[][] { new short[] { 32767, 4 }, new short[] { 2, 5 }, new short[] { 3, 6 } }; ValueList valueList2 = new ValueList(samplestamp, C); ve.appendValuesList(valueList2); break; case DataType.UINT16: var D = new int[][] { new int[] { 65535, 4 }, new int[] { 2, 5 }, new int[] { 3, 6 } }; ValueList valueList3 = new ValueList(samplestamp, D); ve.appendValuesList(valueList3); break; case DataType.INT32: var E = new int[][] { new int[] { 2147483647, 4 }, new int[] { 2, 5 }, new int[] { 3, 6 } }; ValueList valueList4 = new ValueList(samplestamp, E); ve.appendValuesList(valueList4); break; //case DataType.UINT32: // var F = new long[][] { new long[] { 4294967295, 4 }, new long[] { 2, 5 }, new long[] { 3, 6 } }; // ValueList valueList5 = new ValueList(samplestamp, F); // ve.appendValuesList(valueList5); // break; case DataType.FLOAT: var G = new float[][] { new float[] { 123.4567F, 4 }, new float[] { 2, 5 }, new float[] { 3, 6 } }; ValueList valueList6 = new ValueList(samplestamp, G); ve.appendValuesList(valueList6); break; case DataType.DOUBLE: var H = new double[][] { new double[] { 123.4567D, 4 }, new double[] { 2, 5 }, new double[] { 3, 6 } }; ValueList valueList7 = new ValueList(samplestamp, H); ve.appendValuesList(valueList7); break; } }