static void ReadSampleData(string in_com)
{
int ret;
// Connect
CMMISDK_Port Port = new CMMISDK_Port();
Port.port_name = new byte[Define.SIZE_PORTNAME];
for (int name_count = 0; name_count < in_com.Length; name_count++)
{
Port.port_name[name_count] = Convert.ToByte(in_com[name_count]);
}
int instrumentNo = 0;
ret = CMMISDK_API.CMMISDK_Connect(ref Port, ref instrumentNo);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_Connect", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// Get instrumentInfo
CMMISDK_InstrumentInfo instInfo = new CMMISDK_InstrumentInfo();
ret = CMMISDK_API.CMMISDK_GetInstrumentInfo(instrumentNo, ref instInfo);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_GetInstrumentInfo", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
if (Encoding.ASCII.GetString(instInfo.InstrumentName).TrimEnd('\0') != "CM-25cG")
{
Console.WriteLine("Unsppoted instrument");
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// Get sample count
Int32 sampleCount = 0;
ret = CMMISDK_API.CMMISDK_GetSavedSampleCount(instrumentNo, ref sampleCount);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0:d} GetSampleCount", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
Dictionary <_CMMISDK_DataType, string> convertDataTypeTable = new Dictionary <_CMMISDK_DataType, string>()
{
{ _CMMISDK_DataType.DATATYPE_GLOSS, " GLOSS" }, { _CMMISDK_DataType.DATATYPE_SCI, " SPEC " }
};
for (Int32 i = 1; i <= sampleCount; i++)
{
ret = CMMISDK_API.CMMISDK_LoadSampleInfo(instrumentNo, i);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0:d} CMMISDK_LoadSampleInfo", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// Get sample property
CMMISDK_SampleProperty sampleProperty = new CMMISDK_SampleProperty();
ret = CMMISDK_API.CMMISDK_GetSampleProperty(instrumentNo, ref sampleProperty);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0:d} CMMISDK_GetSampleProperty", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// display sample property
Console.WriteLine("No.{0:d4} Name:{1} Date:{2}", i, Encoding.ASCII.GetString(sampleProperty.name).TrimEnd('\0'), new DateTime(sampleProperty.date[0], sampleProperty.date[1], sampleProperty.date[2], sampleProperty.date[3], sampleProperty.date[4], sampleProperty.date[5]));
Console.WriteLine("{0} {1}", Enum.GetName(typeof(_CMMISDK_MeasMode), sampleProperty.meas_mode), Enum.GetName(typeof(_CMMISDK_MeasArea), sampleProperty.meas_area));
// Get sample spectral data
Dictionary <_CMMISDK_DataType, CMMISDK_Data> sampleSpectralData = new Dictionary <_CMMISDK_DataType, CMMISDK_Data>();
if ((sampleProperty.meas_mode == (int)_CMMISDK_MeasMode.MEASMODE_COLORANDGLOSS) || (sampleProperty.meas_mode == (int)_CMMISDK_MeasMode.MEASMODE_COLORONLY))
{
CMMISDK_Data sampleData = new CMMISDK_Data();
ret = CMMISDK_API.CMMISDK_GetSampleData(instrumentNo, (int)_CMMISDK_DataType.DATATYPE_SPEC, ref sampleData);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0:d} CMMISDK_GetSampleData SCI", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
sampleSpectralData.Add(_CMMISDK_DataType.DATATYPE_SCI, sampleData);
}
if ((sampleProperty.meas_mode == (int)_CMMISDK_MeasMode.MEASMODE_COLORANDGLOSS) || (sampleProperty.meas_mode == (int)_CMMISDK_MeasMode.MEASMODE_GLOSSONLY))
{
CMMISDK_Data sampleGlossData = new CMMISDK_Data();
ret = CMMISDK_API.CMMISDK_GetSampleData(instrumentNo, (int)_CMMISDK_DataType.DATATYPE_GLOSS, ref sampleGlossData);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0:d} CMMISDK_GetSampleData GLOSS", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
sampleSpectralData.Add(_CMMISDK_DataType.DATATYPE_GLOSS, sampleGlossData);
}
// Display data
if (sampleSpectralData.Count != 0)
{
Console.Write(" , ");
foreach (_CMMISDK_DataType key in sampleSpectralData.Keys)
{
Console.Write("{0:s}, ", convertDataTypeTable[key]);
}
Console.Write('\n');
// Spectral data display
int index = 0;
for (Int32 WaveLength = instInfo.WaveLengthStart; WaveLength <= instInfo.WaveLengthEnd; WaveLength = WaveLength + instInfo.WaveLengthPitch)
{
Console.Write("{0:d3}, ", WaveLength);
foreach (_CMMISDK_DataType key in sampleSpectralData.Keys)
{
Console.Write("{0,6:00.00}, ", sampleSpectralData[key].data[index]);
}
index++;
Console.Write('\n');
}
}
}
// Disconnect
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
static void WriteTargetData(string in_com)
{
int ret;
// Connect
CMMISDK_Port Port = new CMMISDK_Port();
Port.port_name = new byte[Define.SIZE_PORTNAME];
for (int name_count = 0; name_count < in_com.Length; name_count++)
{
Port.port_name[name_count] = Convert.ToByte(in_com[name_count]);
}
int instrumentNo = 0;
ret = CMMISDK_API.CMMISDK_Connect(ref Port, ref instrumentNo);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_Connect", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// Get instrumentInfo
CMMISDK_InstrumentInfo instInfo = new CMMISDK_InstrumentInfo();
ret = CMMISDK_API.CMMISDK_GetInstrumentInfo(instrumentNo, ref instInfo);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_GetInstrumentInfo", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
if (Encoding.ASCII.GetString(instInfo.InstrumentName).TrimEnd('\0') != "CM-25cG")
{
Console.WriteLine("Unsppoted instrument");
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
Console.WriteLine("Please input the target number to be written. 1-2500");
int targetNum = Convert.ToInt32(Console.ReadLine());
//Clear target information
ret = CMMISDK_API.CMMISDK_ClearTargetInfo(instrumentNo);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_ClearTargetInfo", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// Set Target Property
CMMISDK_TargetProperty targetProperty = new CMMISDK_TargetProperty();
// Set time
targetProperty.date = new int[Define.SIZE_DATE];
DateTime date = DateTime.Now;
targetProperty.date[0] = date.Year;
targetProperty.date[1] = date.Month;
targetProperty.date[2] = date.Day;
targetProperty.date[3] = date.Hour;
targetProperty.date[4] = date.Minute;
targetProperty.date[5] = date.Second;
// Set group list
targetProperty.group_list = new int[] { 0, 0, 0, 0, 0 };
// Set meas type
targetProperty.meas_type = (int)_CMMISDK_MeasType.MEASTYPE_NONE;
// Set meas mode
targetProperty.meas_mode = (int)_CMMISDK_MeasMode.MEASMODE_COLORANDGLOSS;
// Set meas area
targetProperty.meas_area = (int)_CMMISDK_MeasArea.AREA_MAV;
// Set meas angel
targetProperty.meas_angle = (int)_CMMISDK_MeasAngle.MEAS_ANGLE_NONE;
// Set light direction
targetProperty.meas_ldirection = (int)_CMMISDK_LightDirection.LDIRECTION_NONE;
// Set meas specular component
targetProperty.meas_scie = (int)_CMMISDK_SpecularComponent.SC_NONE;
// Set meas UV
targetProperty.meas_uv = (int)_CMMISDK_Uv.UV_NONE;
// Set warning level
targetProperty.warning_level = 80;
// Set warning
targetProperty.warning = 0;
// Set diagnosis
targetProperty.diagnosis = 0;
// Set data attribute
int specOrColor = 0;
Console.WriteLine("Please set 1 for spectral and 2 for colorimetric.");
specOrColor = Convert.ToInt32(Console.ReadLine());
if (specOrColor == 1)
{
// spectral data
targetProperty.data_attr = (int)_CMMISDK_DataAttr.DATAATTR_SPEC;
}
else
{
// colorimetric data
targetProperty.data_attr = (int)_CMMISDK_DataAttr.DATAATTR_LAB;
}
// Set name (MAX 30 characters)
string name = "target:" + targetNum.ToString();
if (name.Length > 30)
{
name.Remove(30);
}
targetProperty.name = Encoding.ASCII.GetBytes(name.PadRight(Define.SIZE_DATANAME, '\0'));
ret = CMMISDK_API.CMMISDK_SetTargetProperty(instrumentNo, ref targetProperty);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_SetTargetProperty", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// Set target data
if (specOrColor == 1)
{
// Set spectral data
CMMISDK_Data targetData = new CMMISDK_Data()
{
data = new double[Define.SIZE_DATA]
};
CMMISDK_Data targetGloss = new CMMISDK_Data()
{
data = new double[Define.SIZE_DATA]
};
int count = 0;
for (int i = instInfo.WaveLengthStart; i <= instInfo.WaveLengthEnd; i += instInfo.WaveLengthPitch)
{
targetData.data[count] = 100.00;
count++;
}
ret = CMMISDK_API.CMMISDK_SetTargetData(instrumentNo, (int)_CMMISDK_DataType.DATATYPE_SPEC, ref targetData);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_SetTargetData SCI", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// Set gloss data
targetGloss.data[0] = 10.0;
ret = CMMISDK_API.CMMISDK_SetTargetData(instrumentNo, (int)_CMMISDK_DataType.DATATYPE_GLOSS, ref targetGloss);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_SetTargetData GLOSS", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
}
else
{
// colorimetric data
CMMISDK_ColorCond cond;
cond.obs = (int)_CMMISDK_Observer.OBS_10;
cond.ill = (int)_CMMISDK_Illuminant.ILL_D65;
cond.colorSpace = (int)_CMMISDK_ColorSpace.COLOR_LAB;
CMMISDK_Data targetData = new CMMISDK_Data()
{
data = new double[Define.SIZE_DATA]
};
targetData.data[0] = 91.11;
targetData.data[1] = -1.11;
targetData.data[2] = 1.11;
// light source primary
ret = CMMISDK_API.CMMISDK_SetTargetDataColor(instrumentNo, (int)_CMMISDK_DataType.DATATYPE_SPEC, 0, ref cond, ref targetData);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_SetTargetData color primary SCI", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
cond.obs = (int)_CMMISDK_Observer.OBS_10;
cond.ill = (int)_CMMISDK_Illuminant.ILL_C;
// light source secondary
targetData.data[0] = 92.22;
targetData.data[1] = -2.22;
targetData.data[2] = 2.22;
ret = CMMISDK_API.CMMISDK_SetTargetDataColor(instrumentNo, (int)_CMMISDK_DataType.DATATYPE_SPEC, 1, ref cond, ref targetData);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_SetTargetData color secondary SCI", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// gloss data
CMMISDK_Data glossData = new CMMISDK_Data()
{
data = new double[Define.SIZE_DATA]
};
glossData.data[0] = 11.00;
// light source primary
ret = CMMISDK_API.CMMISDK_SetTargetDataColor(instrumentNo, (int)_CMMISDK_DataType.DATATYPE_GLOSS, 0, ref cond, ref glossData);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_SetTargetData color gloss", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
}
// Set tolerance for light source primary
CMMISDK_ToleranceData tolerancePrimaryData = new CMMISDK_ToleranceData();
tolerancePrimaryData.upper_enable = 1;
tolerancePrimaryData.upper_value = 110;
tolerancePrimaryData.lower_enable = 1;
tolerancePrimaryData.lower_value = -120;
ret = CMMISDK_API.CMMISDK_SetToleranceForTarget(instrumentNo, (int)_CMMISDK_ToleranceType.TOLETYPE_SPEC, 0, (int)_CMMISDK_ToleranceId.TOLERANCE_ID_L, ref tolerancePrimaryData);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_SetToleranceForTarget primary L*", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
ret = CMMISDK_API.CMMISDK_SetToleranceForTarget(instrumentNo, (int)_CMMISDK_ToleranceType.TOLETYPE_SPEC, 0, (int)_CMMISDK_ToleranceId.TOLERANCE_ID_A, ref tolerancePrimaryData);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_SetToleranceForTarget primary a*", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
ret = CMMISDK_API.CMMISDK_SetToleranceForTarget(instrumentNo, (int)_CMMISDK_ToleranceType.TOLETYPE_SPEC, 0, (int)_CMMISDK_ToleranceId.TOLERANCE_ID_B, ref tolerancePrimaryData);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_SetToleranceForTarget primary b*", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// Set tolerance for light source secondary
CMMISDK_ToleranceData toleranceSecondaryData = new CMMISDK_ToleranceData();
toleranceSecondaryData.upper_enable = 0;
toleranceSecondaryData.upper_value = 150;
toleranceSecondaryData.lower_enable = 0;
toleranceSecondaryData.lower_value = -160;
ret = CMMISDK_API.CMMISDK_SetToleranceForTarget(instrumentNo, (int)_CMMISDK_ToleranceType.TOLETYPE_SPEC, 1, (int)_CMMISDK_ToleranceId.TOLERANCE_ID_L, ref toleranceSecondaryData);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_SetToleranceForTarget secondary L*", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
ret = CMMISDK_API.CMMISDK_SetToleranceForTarget(instrumentNo, (int)_CMMISDK_ToleranceType.TOLETYPE_SPEC, 1, (int)_CMMISDK_ToleranceId.TOLERANCE_ID_A, ref toleranceSecondaryData);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_SetToleranceForTarget secondary a*", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
ret = CMMISDK_API.CMMISDK_SetToleranceForTarget(instrumentNo, (int)_CMMISDK_ToleranceType.TOLETYPE_SPEC, 1, (int)_CMMISDK_ToleranceId.TOLERANCE_ID_B, ref toleranceSecondaryData);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_SetToleranceForTarget secondary b*", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// Set parametric for tolerance
CMMISDK_ParametricCoef parametricData = new CMMISDK_ParametricCoef();
parametricData.coef = new double[Define.SIZE_PARAMETRIC_COEF];
parametricData.coef[0] = 1.1;
parametricData.coef[1] = 1.2;
ret = CMMISDK_API.CMMISDK_SetParametricForTarget(instrumentNo, (int)_CMMISDK_ToleranceType.TOLETYPE_SPEC, (int)_CMMISDK_ParametricId.PARAMETRIC_ID_CMC, ref parametricData);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_SetParametricForTarget CMC", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
parametricData.coef[0] = 2.1;
parametricData.coef[1] = 2.2;
parametricData.coef[2] = 2.3;
ret = CMMISDK_API.CMMISDK_SetParametricForTarget(instrumentNo, (int)_CMMISDK_ToleranceType.TOLETYPE_SPEC, (int)_CMMISDK_ParametricId.PARAMETRIC_ID_DE94, ref parametricData);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_SetParametricForTarget DE94", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
parametricData.coef[0] = 3.1;
parametricData.coef[1] = 3.2;
parametricData.coef[2] = 3.3;
ret = CMMISDK_API.CMMISDK_SetParametricForTarget(instrumentNo, (int)_CMMISDK_ToleranceType.TOLETYPE_SPEC, (int)_CMMISDK_ParametricId.PARAMETRIC_ID_DE00, ref parametricData);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_SetParametricForTarget DE00", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// Save Target information
ret = CMMISDK_API.CMMISDK_SaveTargetInfo(instrumentNo, targetNum);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_SaveTargetInfo", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// Disconnect
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
}
static void PerformMeasurement(string in_com)
{
Int32 ret;
// Connect
CMMISDK_Port Port = new CMMISDK_Port();
Port.port_name = new byte[Define.SIZE_PORTNAME];
for (int name_count = 0; name_count < in_com.Length; name_count++)
{
Port.port_name[name_count] = Convert.ToByte(in_com[name_count]);
}
int instrumentNo = 0;
ret = CMMISDK_API.CMMISDK_Connect(ref Port, ref instrumentNo);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_Connect", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// Get instrumentInfo
CMMISDK_InstrumentInfo instInfo = new CMMISDK_InstrumentInfo();
ret = CMMISDK_API.CMMISDK_GetInstrumentInfo(instrumentNo, ref instInfo);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_GetInstrumentInfo", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
if (Encoding.ASCII.GetString(instInfo.InstrumentName).TrimEnd('\0') != "CM-25cG")
{
Console.WriteLine("Unsppoted instrument");
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// Set measurement mode (color & gloss)
_CMMISDK_MeasMode mode = _CMMISDK_MeasMode.MEASMODE_COLORANDGLOSS;
ret = CMMISDK_API.CMMISDK_SetMeasurementMode(instrumentNo, (int)mode);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_SetMeasurementMode", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// Check Calibration
bool calComplete = false;
do
{
int calStatus = 0;
ret = CMMISDK_API.CMMISDK_GetCalibrationStatus(instrumentNo, ref calStatus);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_GetCalibrationStatus", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
break;
}
switch ((_CMMISDK_CalStatus)calStatus)
{
case _CMMISDK_CalStatus.StatusZero:
// Zero calibration
Console.WriteLine("Please set the zero calibration box.");
Console.ReadKey();
ret = CMMISDK_API.CMMISDK_PerformZeroCalibration(instrumentNo);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_PerformZeroCalibration", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
}
break;
case _CMMISDK_CalStatus.StatusWhite:
// White calibration
Console.WriteLine("Please set the white calibration box.");
Console.ReadKey();
ret = CMMISDK_API.CMMISDK_PerformWhiteCalibration(instrumentNo);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_PerformWhiteCalibration", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
}
break;
case _CMMISDK_CalStatus.StatusGloss:
// Gloss calibration
Console.WriteLine("Please set the gloss calibration box.");
Console.ReadKey();
ret = CMMISDK_API.CMMISDK_PerformGlossCalibration(instrumentNo);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} PerformGlossCalibration", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
break;
case _CMMISDK_CalStatus.StatusUser:
// User calibration
Console.WriteLine("Please set the User calibration box.");
Console.ReadKey();
ret = CMMISDK_API.CMMISDK_PerformUserCalibration(instrumentNo);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} PerformUserCalibration", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
break;
default:
calComplete = true;
break;
}
} while (!calComplete);
// Perform measurement
Console.WriteLine("Please set the sample plate.");
Console.ReadKey();
ret = CMMISDK_API.CMMISDK_PerformMeasurement(instrumentNo);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_PerformMeasurement", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// Polling measurement
int measStatus = (int)_CMMISDK_MeasStatus.Measuring;
do
{
ret = CMMISDK_API.CMMISDK_PollingMeasurement(instrumentNo, ref measStatus);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_PollingMeasurement", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
break;
}
} while ((_CMMISDK_MeasStatus)measStatus != _CMMISDK_MeasStatus.Idling);
// Get sample data
ret = CMMISDK_API.CMMISDK_LoadLatestData(instrumentNo);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_LoadLatestData", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// Get sample colorimetric data
CMMISDK_ColorCond cond;
cond.obs = (int)_CMMISDK_Observer.OBS_10;
cond.ill = (int)_CMMISDK_Illuminant.ILL_D65;
cond.colorSpace = (int)_CMMISDK_ColorSpace.COLOR_LAB;
CMMISDK_Data measurementColorData = new CMMISDK_Data();
ret = CMMISDK_API.CMMISDK_GetLatestDataColor(instrumentNo, (int)_CMMISDK_DataType.DATATYPE_SPEC, ref cond, ref measurementColorData);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_GetLatestDataColor", ret);
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
// Color data display
Console.WriteLine("L*:{0,6:f2} a*:{1,6:f2} b*:{2,6:f2}", measurementColorData.data[0], measurementColorData.data[1], measurementColorData.data[2]);
// Get sample spectral data
CMMISDK_Data[] measurementSpecData = new CMMISDK_Data[(int)_CMMISDK_DataType.DATATYPE_SPEC + 1];
for (_CMMISDK_DataType inDataType = _CMMISDK_DataType.DATATYPE_GLOSS; inDataType <= _CMMISDK_DataType.DATATYPE_SPEC; inDataType = (_CMMISDK_DataType)(inDataType + 1))
{
ret = CMMISDK_API.CMMISDK_GetLatestDataSpec(instrumentNo, (int)inDataType, ref measurementSpecData[(int)inDataType]);
if (!IsNormalCode(ret))
{
Console.WriteLine("Error:{0} CMMISDK_GetLatestDataSpec", ret);
}
}
// Spectral data display
Console.WriteLine(" GLOSS SPEC");
int count = 0;
for (int waveLength = instInfo.WaveLengthStart; waveLength <= instInfo.WaveLengthEnd; waveLength += instInfo.WaveLengthPitch)
{
Console.Write("{0} :", waveLength);
for (_CMMISDK_DataType inDataType = _CMMISDK_DataType.DATATYPE_GLOSS; inDataType <= _CMMISDK_DataType.DATATYPE_SPEC; inDataType = (_CMMISDK_DataType)(inDataType + 1))
{
Console.Write(" {0,6:f2}", measurementSpecData[(int)inDataType].data[count]);
}
Console.WriteLine("");
count++;
}
// Disconnect
CMMISDK_API.CMMISDK_Disconnect(instrumentNo);
return;
}
