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EmbeddedTests_StandardCalibration.c
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EmbeddedTests_StandardCalibration.c
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//==============================================================================
// Include files
#include "Windows.h"
#include <formatio.h>
#include "toolbox.h"
#include <ansi_c.h>
#include <userint.h>
#include <utility.h>
#include "common.h"
#include "EmbeddedTests_StandardCalibration.h"
#include "MathLibrary.h"
#include "TE_GlobalDefines.h"
//==============================================================================
// Constants
//==============================================================================
// Types
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_ReCallRegister)(int Handle,char *szRegister_FileName);
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_GetPointsNum)(int Handle,int *points) ;
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_GetFrequency)(int Handle,double *plfStartFrequency, double *plfStopFrequency);
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_GetTrace)( int Handle , int iChannel , int iMeasurementType , int iMeasurementFormat , double lfTimeout , double **plfFrequency , double **plfTrace , int *piNumberOfPoints );
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_ECAL_Calibrate)( int Handle , char *pszPortList , char *pUserCal , double lfTimeout );
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_SaveStateAndCalibration)( int Handle , char *pFileName );
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_Reponse_OpenShortLoad_Calibrate)(int hInstrumentHandle , int iType_OSL , char *pszPortList , double lfTimeout );
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_Reponse_Thru_Calibrate)(int hInstrumentHandle, char *pszPortList , double lfTimeout );
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_Reponse_Done_Calibrate)(int hInstrumentHandle );
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_Avarage)( int Handle , int iChannel, int bEnable , int iAverageValue );
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_ClearAvarage)( int Handle , int iChannel );
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_WaitSweep)( int Handle , int iChannel , int iCount );
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_SelectMathFunction)( int Handle , int iChannel , char cFunction );
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_SetPower)(int Handle,int iChannel, double lfPower, char *szPowerRequest,int iPortNum);
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_GetPower)(int Handle,int iChannel, double *lfPower, int iPortNum);
typedef STD_ERROR (*tfDRV_SpectrumAnalyzer_Recall)( int Handle , char *szFilePath );
typedef STD_ERROR (*tfDRV_SpectrumAnalyzer_SaveState)( int Handle , char *szFilePath );
typedef STD_ERROR (*tfDRV_SpectrumAnalyzer_SetFrequency)( int Handle , double dCenterFreq );
typedef STD_ERROR (*tfDRV_SpectrumAnalyzer_InitiateMeasure)( int Handle );
typedef STD_ERROR (*tfDRV_SpectrumAnalyzer_SearchMarkerPeak)( int Handle , int iMarkerNr );
typedef STD_ERROR (*tfDRV_SpectrumAnalyzer_GetMarkerAmplitude)( int Handle , int iMarkerNr , double *vlfAmplitude );
typedef STD_ERROR (*tfDRV_SpectrumAnalyzer_SetReferenceLevel)( int Handle , double lfReferenceLevel );
typedef STD_ERROR (*tfDRV_SpectrumAnalyzer_Attenuator)( int Handle , double lfAttenuator );
typedef STD_ERROR (*tfDRV_SpectrumAnalyzer_GetAttenuator)( int Handle , double *plfAttenuator );
typedef STD_ERROR (*tfDRV_SpectrumAnalyzer_GetReferenceLevel)( int Handle , double *vlfReferenceLevel );
typedef STD_ERROR (*tfDRV_SpectrumAnalyzer_Reset)( int Handle );
typedef STD_ERROR (*tfDRV_SpectrumAnalyzer_NoiseFigure_CalibrateNow)( int Handle , double lfTimeout );
typedef STD_ERROR (*tfDRV_SpectrumAnalyzer_WaitForIntrumentDone)( int Handle , double lfTimeout );
typedef STD_ERROR (*tfDRV_SpectrumAnalyzer_NoiseFigure_SetLossCompensationTable)( int Handle , int bAfterDUT , double *pvFrequencies, double *pvLoss , int iNumberOfPoints );
typedef STD_ERROR (*tfDRV_SignalGenerator_Reset)( int Handle );
typedef STD_ERROR (*tfDRV_SignalGenerator_SetPower)( int Handle , int Channel , double dPower );
typedef STD_ERROR (*tfDRV_SignalGenerator_SetFrequency)( int Handle , int Channel , double dFrequency );
typedef STD_ERROR (*tfDRV_SignalGenerator_RF_On)( int Handle , int Channel );
typedef STD_ERROR (*tfDRV_SignalGenerator_RF_Off)( int Handle , int Channel );
typedef STD_ERROR (*tfDRV_SignalGenerator_RecallState)( int Handle , char *szFilePath );
typedef STD_ERROR (*tfDRV_PowerMeter_Reset)( int Handle );
typedef STD_ERROR (*tfDRV_PowerMeter_SetActiveChannel)( int Handle , int iChannelNumber );
typedef STD_ERROR (*tfDRV_PowerMeter_SetMode)( int Handle , int channel , unsigned int Mode );
typedef STD_ERROR (*tfDRV_PowerMeter_SetActivePort)( int Handle , int iSensorNumber );
typedef STD_ERROR (*tfDRV_PowerMeter_SetFrequency)( int Handle , int iChannel , double lfFrequency );
typedef STD_ERROR (*tfDRV_PowerMeter_InitSweep)( int Handle , int channel );
typedef STD_ERROR (*tfDRV_PowerMeter_ReadCWpower)( int Handle , int iChannel , double timeout , double *value );
typedef STD_ERROR (*tfDRV_PowerMeter_SetContinuesSweep)( int Handle , int iChannel );
typedef STD_ERROR (*tfDRIVER_MANAGER_CALIBRATION_GelFactor)( int Handle , double lfFrequency , double *plfFactor );
typedef STD_ERROR (*tfDRIVER_MANAGER_CALIBRATION_Gel_3D_Factor)( int Handle , double lfPower , double lfFrequency , double *plfFactor );
//==============================================================================
// Static global variables
//==============================================================================
// Static functions
//==============================================================================
// Global variables
//==============================================================================
// Global functions
TSTE_TEST( embeddedTestCalibration )
{
//---------------------- Functions Definitions ---------------------------//
tfDRV_NetworkAnalyzer_ReCallRegister DRV_NetworkAnalyzer_ReCallRegister = NULL;
tfDRV_NetworkAnalyzer_GetPointsNum DRV_NetworkAnalyzer_GetPointsNum = NULL;
tfDRV_NetworkAnalyzer_GetFrequency DRV_NetworkAnalyzer_GetFrequency = NULL;
tfDRV_NetworkAnalyzer_GetTrace DRV_NetworkAnalyzer_GetTrace = NULL;
tfDRV_NetworkAnalyzer_ECAL_Calibrate DRV_NetworkAnalyzer_ECAL_Calibrate = NULL;
tfDRV_NetworkAnalyzer_SaveStateAndCalibration DRV_NetworkAnalyzer_SaveStateAndCalibration = NULL;
tfDRV_NetworkAnalyzer_Reponse_OpenShortLoad_Calibrate DRV_NetworkAnalyzer_Reponse_OpenShortLoad_Calibrate = NULL;
tfDRV_NetworkAnalyzer_Reponse_Thru_Calibrate DRV_NetworkAnalyzer_Reponse_Thru_Calibrate = NULL;
tfDRV_NetworkAnalyzer_Reponse_Done_Calibrate DRV_NetworkAnalyzer_Reponse_Done_Calibrate = NULL;
tfDRV_NetworkAnalyzer_Avarage DRV_NetworkAnalyzer_Avarage = NULL;
tfDRV_NetworkAnalyzer_ClearAvarage DRV_NetworkAnalyzer_ClearAvarage = NULL;
tfDRV_NetworkAnalyzer_WaitSweep DRV_NetworkAnalyzer_WaitSweep = NULL;
tfDRV_NetworkAnalyzer_SelectMathFunction DRV_NetworkAnalyzer_SelectMathFunction = NULL;
tfDRV_NetworkAnalyzer_SetPower DRV_NetworkAnalyzer_SetPower = NULL;
tfDRV_NetworkAnalyzer_GetPower DRV_NetworkAnalyzer_GetPower = NULL;
tfDRV_SpectrumAnalyzer_Recall DRV_SpectrumAnalyzer_Recall = NULL;
tfDRV_SpectrumAnalyzer_SaveState DRV_SpectrumAnalyzer_SaveState = NULL;
tfDRV_SpectrumAnalyzer_SetFrequency DRV_SpectrumAnalyzer_SetFrequency = NULL;
tfDRV_SpectrumAnalyzer_InitiateMeasure DRV_SpectrumAnalyzer_InitiateMeasure = NULL;
tfDRV_SpectrumAnalyzer_SearchMarkerPeak DRV_SpectrumAnalyzer_SearchMarkerPeak = NULL;
tfDRV_SpectrumAnalyzer_GetMarkerAmplitude DRV_SpectrumAnalyzer_GetMarkerAmplitude = NULL;
tfDRV_SpectrumAnalyzer_SetReferenceLevel DRV_SpectrumAnalyzer_SetReferenceLevel = NULL; \
tfDRV_SpectrumAnalyzer_Attenuator DRV_SpectrumAnalyzer_Attenuator = NULL;
tfDRV_SpectrumAnalyzer_GetAttenuator DRV_SpectrumAnalyzer_GetAttenuator = NULL;
tfDRV_SpectrumAnalyzer_GetReferenceLevel DRV_SpectrumAnalyzer_GetReferenceLevel = NULL;
tfDRV_SpectrumAnalyzer_Reset DRV_SpectrumAnalyzer_Reset = NULL;
tfDRV_SpectrumAnalyzer_NoiseFigure_CalibrateNow DRV_SpectrumAnalyzer_NoiseFigure_CalibrateNow = NULL;
tfDRV_SpectrumAnalyzer_WaitForIntrumentDone DRV_SpectrumAnalyzer_WaitForIntrumentDone = NULL;
tfDRV_SpectrumAnalyzer_NoiseFigure_SetLossCompensationTable DRV_SpectrumAnalyzer_NoiseFigure_SetLossCompensationTable = NULL;
tfDRV_SignalGenerator_Reset DRV_SignalGenerator_Reset = NULL;
tfDRV_SignalGenerator_SetPower DRV_SignalGenerator_SetPower = NULL;
tfDRV_SignalGenerator_SetFrequency DRV_SignalGenerator_SetFrequency = NULL;
tfDRV_SignalGenerator_RF_On DRV_SignalGenerator_RF_On = NULL;
tfDRV_SignalGenerator_RF_Off DRV_SignalGenerator_RF_Off = NULL;
tfDRV_SignalGenerator_RecallState DRV_SignalGenerator_RecallState = NULL;
tfDRV_PowerMeter_Reset DRV_PowerMeter_Reset = NULL;
tfDRV_PowerMeter_SetActiveChannel DRV_PowerMeter_SetActiveChannel = NULL;
tfDRV_PowerMeter_SetMode DRV_PowerMeter_SetMode = NULL;
tfDRV_PowerMeter_SetActivePort DRV_PowerMeter_SetActivePort = NULL;
tfDRV_PowerMeter_SetFrequency DRV_PowerMeter_SetFrequency = NULL;
tfDRV_PowerMeter_InitSweep DRV_PowerMeter_InitSweep = NULL;
tfDRV_PowerMeter_ReadCWpower DRV_PowerMeter_ReadCWpower = NULL;
tfDRV_PowerMeter_SetContinuesSweep DRV_PowerMeter_SetContinuesSweep = NULL;
tfDRIVER_MANAGER_CALIBRATION_GelFactor DRIVER_MANAGER_CALIBRATION_GelFactor = NULL;
tfDRIVER_MANAGER_CALIBRATION_Gel_3D_Factor DRIVER_MANAGER_CALIBRATION_Gel_3D_Factor = NULL;
//------------------------------------------------------------------------//
STD_ERROR StdError = {0};
int iTestError = 0;
int iRangeLength = 0,
iActualyPointsNumber = 0,
iOutputNumberOfPoints = 0,
iAuxilityActualyPointsNumber = 0,
iInputActualyPointsNumber = 0,
iAuxilityPresentPointsNumber = 0,
iVSWRActualyPointsNumber = 0;
double *pTraceData = NULL,
*pTraceDeltaData = NULL,
*pVSWRData = NULL,
*pFrequencyData = NULL,
*pOutputFrequencyTrace = NULL,
*pOutputDataTrace = NULL,
*pAuxilityTraceData = NULL;
double lfCurrentFrequency = 0.0,
lfStartFrequency = 0.0,
lfStopFrequency = 0.0,
lfMeasurePower = 0.0,
lfResult = 0.0;
double lfDB_Power = 0.0,
lfDB_Timeout = 0.0,
lfDB_Attenuator = 0.0,
lfDB_ReferenceLevel = 0.0,
lfDB_MaxGainOffset = 0.0,
lfDB_MeasureDelay = 0.0,
lfDB_MeasureTimeout = 0.0,
lfDB_StartFrequency = 0.0,
lfDB_StopFrequency = 0.0,
lfDB_ChangePowerValue = 0.0,
lfDB_OrigStartFrequency = 0.0,
lfDB_OrigStopFrequency = 0.0,
lfDB_MinimumMeasureLimit = 0.0;
int index = 0,
iIndex = 0,
iTryIndex = 0,
iRangeIndex = 0,
iAuxilityIndex = 0,
iInputStartIndex = 0,
iRangeStartIndex = 0;
double *pOldCalibFrequencyList = NULL,
*pOldCalibFactorList = NULL;
int iOldNumOfCalibPoints = 0;
double lfLastCalibrationDate = 0.0,
lfNewCalibrationDate = 0.0,
lfPreviousPowerValue = 0.0,
lfOutputStartFrequency = 0.0,
lfCurrentReferenceLevel = 0.0,
lfPowerMeterLossFactor = 0.0,
lfDifferentialMeasurePower = 0.0,
lfSpectrumAnalyzerLossFactor = 0.0,
lfSignalGeneratorLossFactor = 0.0;
int iDB_AverageValue = 0,
iDB_NumberOfPoints = 0,
iDB_NumberOfRanges = 0,
iDB_VSWR_TraceNumber = 0,
iDB_ChangePowerNumber = 0,
iDB_GetFromTraceNumber = 0,
iDB_PowerMeterPortNumber = 0,
iDB_NumberOfNetworkFiles = 0,
iDB_NumberOfMathFunctions = 0,
iDB_PowerMeterSubPortNumber = 0,
iDB_NumberOfReferenceLevels = 0,
iDB_NumberOfMathTraceNumbers = 0,
iDB_LastExtrapolationRangeNumber = 0,
iDB_NumberOfNetworkAnalyzerStates = 0;
int bDB_Use_Aux_Cable = 0,
bDB_UserCalibration = 0,
bDB_UseMathFunction = 0,
bDB_EnableChangePower = 0,
bDB_AllowExtrapolation = 0,
bDB_DifferentialMeas = 0,
bDB_DisableResults = 0,
bDB_DisableDeltaResults = 0,
bDB_ECal_Calibration = 0,
bDB_EnableCalibration = 0,
bDB_ClearCalibration = 0,
bDB_SA_IsANoiseSource = 0,
bDB_ApplyOpenCalibration = 0,
bDB_ApplyShortCalibration = 0,
bDB_ApplyLoadCalibration = 0,
bDB_ApplyThruCalibration = 0,
bDB_AnalyzeWorstCaseResults = 0,
bDB_DisableToStoreCalibration = 0,
bDB_AutoReferenceCalculation = 0,
bDB_EnableRestoreChangePower = 0,
bDB_SA_NoiseSource_FillTables = 0,
bDB_SA_NoiseSource_CalibrateNow = 0;
char **pszNetworkAnalyzerStateFiles = NULL,
**pszNetworkAnalyzerMathFunction = NULL;
char *pszSpectrumAnalyzerStateFile = NULL,
*pszSignalGeneratorState = NULL,
*pszNetworkAnalyzerCalPortsList = NULL,
*pszPreEcal_Instruction = NULL,
*pszPreEcal_Instruction_Pic = NULL,
*pszUserCal_Instruction = NULL,
*pszUserCal_Instruction_Pic = NULL,
*pszPostManualCal_Instruction = NULL,
*pszPostManualCal_Instruction_Pic = NULL,
*pszPostEcal_Instruction = NULL,
*pszPostEcal_Instruction_Pic = NULL,
*pszCalibrated_With_Other_Path = NULL,
*pszAux_Cable_Instruction = NULL,
*pszAux_Cable_InstructionPic = NULL,
*pszEcalUserCharacterizations = NULL,
*pszNetworkAnalyzer_ECAL_PortList = NULL,
*pszNoiseSourceFillTableFromPath = NULL;
char szFormatedString[LOW_STRING] = {0},
szFormatedVariable[LOW_STRING] = {0};
void *pGraphItem = NULL;
int iResultStatus = 0,
iResultNumber = 0;
int iCurrentPathIndex = 0,
iCurrentMathIndex = 0,
iCurrentResultIndex = 0,
iCurrentPathPartIndex = 0,
iNetworkAnalyzerStateFileIndex = 0;
int hPowerMeter = 0,
hNetworkAnalyzer = 0,
hSpectrumAnalyzer = 0,
hSignalGenerator = 0;
double *pDB_FrequencyList = NULL,
*vlfDB_ReferenceLevelList = NULL;
int *pDB_RangesList = NULL,
*viDB_MathTraceNumbers = NULL;
int bUserAcceptCalibration = 0,
bEnableToSaveCallibration = 0;
int bForceNetworkAnalyzer = 0,
bForceSignalGenerator = 0,
bForceSpectrumAnalyzer = 0,
bForcePowerMeter = 0,
bNoStimulusFound = 0;
int iLastRange = 0;
char *pszStimulusEquipmentType = NULL,
*pszMeasureEquipmentType = NULL;
double *pPointerToMinSpec = NULL,
*pPointerToMaxSpec = NULL;
int iSpecValuesCount = 0,
iSpecFloatType = 0;
double lfSpecFloatValue = 0;
double lfWorstCaseValue = 0,
lfWorstCaseCalculation = 0;
int iWorstCaseIndex = 0;
LOG(CLB_LINE_SYSTEM_HEADER, "Calibration.");
PATH_GET_CURRENT_INDEX(iCurrentPathIndex);
PATH_PART_GET_CURRENT_INDEX(iCurrentPathPartIndex);
bDB_AnalyzeWorstCaseResults = GetVarInt( clb, VARTYPE_TEST , "Calibration_Analyze_WorstCase_Results" );
if ( iCurrentPathPartIndex )
{
sprintf( szFormatedVariable , "Calibration_%d_%d_StartFromResultIndex" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
iCurrentResultIndex = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
}
PATH_GET_CURRENT_FREQUENCY_LIST(pDB_FrequencyList,pDB_RangesList,iDB_NumberOfPoints,iDB_NumberOfRanges);
if ( pDB_FrequencyList && iDB_NumberOfPoints )
{
lfDB_OrigStartFrequency = pDB_FrequencyList[0];
lfDB_OrigStopFrequency = pDB_FrequencyList[iDB_NumberOfPoints-1];
}
sprintf( szFormatedVariable , "Calibration_%d_%d_Measure_Delay" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
lfDB_MeasureDelay = GetVarDouble( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_CalibratedWithOtherPath" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
pszCalibrated_With_Other_Path = GetVarString( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_Use_Aux_Cable" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
bDB_Use_Aux_Cable = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
if ( bDB_Use_Aux_Cable )
{
sprintf( szFormatedVariable , "Calibration_%d_%d_Aux_Cable_Instruction" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
pszAux_Cable_Instruction = GetVarString( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_Aux_Cable_Instruction_Pic" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
pszAux_Cable_InstructionPic = GetVarString( clb, VARTYPE_TEST , szFormatedVariable );
if ( pszAux_Cable_InstructionPic && (strlen( pszAux_Cable_InstructionPic ) < 3 ))
{
FREE(pszAux_Cable_InstructionPic);
}
}
GET_NA_EQUIPMENT_HANDLE_IF_EXISTS(hNetworkAnalyzer);
GET_SA_EQUIPMENT_HANDLE_IF_EXISTS(hSpectrumAnalyzer);
GET_SG_EQUIPMENT_HANDLE_IF_EXISTS(hSignalGenerator);
GET_PM_EQUIPMENT_HANDLE_IF_EXISTS(hPowerMeter);
sprintf( szFormatedVariable , "Calibration_%d_%d_AllowExtrapolation" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
bDB_AllowExtrapolation = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_LastExtrapolationRangeNumber" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
iDB_LastExtrapolationRangeNumber = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
iAuxilityPresentPointsNumber = GetVarDoubleArray( clb, VARTYPE_MEASURE_STORE , "AuxilityCabelLoss" , NULL );
sprintf( szFormatedVariable , "Calibration_Path_%d_%d_Stimulus_EquipmentType" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
pszStimulusEquipmentType = GetVarString( clb, VARTYPE_TEST , szFormatedVariable );
bNoStimulusFound = 1;
if ( pszStimulusEquipmentType == NULL )
{
if ( hNetworkAnalyzer )
{
CALLOC_COPY_STRING( pszStimulusEquipmentType , "NA" );
}
if ( hSignalGenerator )
{
CALLOC_COPY_STRING( pszStimulusEquipmentType , "SG" );
}
if ( pszStimulusEquipmentType == NULL )
{
CALLOC_COPY_STRING( pszStimulusEquipmentType , "-" );
}
if ( pszStimulusEquipmentType )
{
SetVarString( clb, VARTYPE_TEST , szFormatedVariable , pszStimulusEquipmentType );
}
}
if ( pszStimulusEquipmentType )
{
if ( strstr( pszStimulusEquipmentType , "NA" ))
{
bForceNetworkAnalyzer = 1;
bNoStimulusFound = 0;
}
if ( strstr( pszStimulusEquipmentType , "SG" ))
{
bForceSignalGenerator = 1;
bNoStimulusFound = 0;
}
}
sprintf( szFormatedVariable , "Calibration_Path_%d_%d_Measure_EquipmentType" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
pszMeasureEquipmentType = GetVarString( clb, VARTYPE_TEST , szFormatedVariable );
if ( pszMeasureEquipmentType == NULL )
{
if ( hNetworkAnalyzer )
{
CALLOC_COPY_STRING( pszMeasureEquipmentType , "NA" );
}
if ( hPowerMeter )
{
CALLOC_COPY_STRING( pszMeasureEquipmentType , "PM" );
}
if ( hSpectrumAnalyzer )
{
CALLOC_COPY_STRING( pszMeasureEquipmentType , "SA" );
}
if ( pszMeasureEquipmentType )
{
SetVarString( clb, VARTYPE_TEST , szFormatedVariable , pszMeasureEquipmentType );
}
}
if ( pszMeasureEquipmentType )
{
if ( strstr( pszMeasureEquipmentType , "NA" ))
{
bForceNetworkAnalyzer = 1;
}
if ( strstr( pszMeasureEquipmentType , "PM" ))
{
bForcePowerMeter = 1;
}
if ( strstr( pszMeasureEquipmentType , "SA" ))
{
bForceSpectrumAnalyzer = 1;
}
}
if ( bForceNetworkAnalyzer )
{
if ( hNetworkAnalyzer == 0 )
{
GET_NA_EQUIPMENT_HANDLE(hNetworkAnalyzer);
}
DRV_NetworkAnalyzer_ReCallRegister = (tfDRV_NetworkAnalyzer_ReCallRegister) GetProcAddress( clb->hDriverManagerLibrary , "DRV_NetworkAnalyzer_ReCallRegister" );
DRV_NetworkAnalyzer_GetPointsNum = (tfDRV_NetworkAnalyzer_GetPointsNum) GetProcAddress( clb->hDriverManagerLibrary , "DRV_NetworkAnalyzer_GetPointsNum" );
DRV_NetworkAnalyzer_GetFrequency = (tfDRV_NetworkAnalyzer_GetFrequency) GetProcAddress( clb->hDriverManagerLibrary , "DRV_NetworkAnalyzer_GetFrequency" );
DRV_NetworkAnalyzer_GetTrace = (tfDRV_NetworkAnalyzer_GetTrace) GetProcAddress( clb->hDriverManagerLibrary , "DRV_NetworkAnalyzer_GetTrace" );
DRV_NetworkAnalyzer_ECAL_Calibrate = (tfDRV_NetworkAnalyzer_ECAL_Calibrate) GetProcAddress( clb->hDriverManagerLibrary , "DRV_NetworkAnalyzer_ECAL_Calibrate" );
DRV_NetworkAnalyzer_SaveStateAndCalibration = (tfDRV_NetworkAnalyzer_SaveStateAndCalibration) GetProcAddress( clb->hDriverManagerLibrary , "DRV_NetworkAnalyzer_SaveStateAndCalibration" );
DRV_NetworkAnalyzer_Reponse_OpenShortLoad_Calibrate = (tfDRV_NetworkAnalyzer_Reponse_OpenShortLoad_Calibrate) GetProcAddress( clb->hDriverManagerLibrary , "DRV_NetworkAnalyzer_Reponse_OpenShortLoad_Calibrate" );
DRV_NetworkAnalyzer_Reponse_Thru_Calibrate = (tfDRV_NetworkAnalyzer_Reponse_Thru_Calibrate) GetProcAddress( clb->hDriverManagerLibrary , "DRV_NetworkAnalyzer_Reponse_Thru_Calibrate" );
DRV_NetworkAnalyzer_Reponse_Done_Calibrate = (tfDRV_NetworkAnalyzer_Reponse_Done_Calibrate) GetProcAddress( clb->hDriverManagerLibrary , "DRV_NetworkAnalyzer_Reponse_Done_Calibrate" );
DRV_NetworkAnalyzer_Avarage = (tfDRV_NetworkAnalyzer_Avarage) GetProcAddress( clb->hDriverManagerLibrary , "DRV_NetworkAnalyzer_Avarage" );
DRV_NetworkAnalyzer_ClearAvarage = (tfDRV_NetworkAnalyzer_ClearAvarage) GetProcAddress( clb->hDriverManagerLibrary , "DRV_NetworkAnalyzer_ClearAvarage" );
DRV_NetworkAnalyzer_WaitSweep = (tfDRV_NetworkAnalyzer_WaitSweep) GetProcAddress( clb->hDriverManagerLibrary , "DRV_NetworkAnalyzer_WaitSweep" );
DRV_NetworkAnalyzer_SelectMathFunction = (tfDRV_NetworkAnalyzer_SelectMathFunction) GetProcAddress( clb->hDriverManagerLibrary , "DRV_NetworkAnalyzer_SelectMathFunction" );
DRV_NetworkAnalyzer_SetPower = (tfDRV_NetworkAnalyzer_SetPower) GetProcAddress( clb->hDriverManagerLibrary , "DRV_NetworkAnalyzer_SetPower" );
DRV_NetworkAnalyzer_GetPower = (tfDRV_NetworkAnalyzer_GetPower) GetProcAddress( clb->hDriverManagerLibrary , "DRV_NetworkAnalyzer_GetPower" );
sprintf( szFormatedVariable , "Calibration_%d_%d_Get_From_Trace_Number" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
iDB_GetFromTraceNumber = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_VSWR_TraceNumber" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
iDB_VSWR_TraceNumber = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_Enable_BuildIn_Calibration" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
bDB_EnableCalibration = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_ECal_Calibration" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
bDB_ECal_Calibration = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_DisableResults" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
bDB_DisableResults = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_DisableToStoreCalibration" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
bDB_DisableToStoreCalibration = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_DisableDeltaResults" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
bDB_DisableDeltaResults = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_Measure_Timeout" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
lfDB_MeasureTimeout = GetVarDouble( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_NumberOfNetworkFiles" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
iDB_NumberOfNetworkFiles = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
bEnableToSaveCallibration = 1;
for ( iRangeIndex = 0; (( iRangeIndex < iDB_NumberOfRanges ) || ( iRangeIndex < 1 )); iRangeIndex++ )
{
FREE_LIST(pszNetworkAnalyzerStateFiles,iDB_NumberOfNetworkAnalyzerStates);
if ( iDB_NumberOfRanges <= 1 )
sprintf( szFormatedVariable , "Calibration_%d_%d_StateFile" , (iCurrentPathIndex+1) , (iCurrentPathPartIndex+1) );
else
sprintf( szFormatedVariable , "Calibration_%d_%d_Range_%d_StateFile" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 , iRangeIndex+1 );
pszNetworkAnalyzerStateFiles = GetVarStringArray( clb, VARTYPE_EQUIPMENT_USE , szFormatedVariable , &iDB_NumberOfNetworkAnalyzerStates , hNetworkAnalyzer );
if ( iDB_NumberOfNetworkAnalyzerStates && pszNetworkAnalyzerStateFiles )
{
for ( iNetworkAnalyzerStateFileIndex = 0; iNetworkAnalyzerStateFileIndex < iDB_NumberOfNetworkAnalyzerStates; iNetworkAnalyzerStateFileIndex++ )
{
sprintf( szFormatedString , "Network Analyzer :: Loading state (%s)" , pszNetworkAnalyzerStateFiles[iNetworkAnalyzerStateFileIndex] ); //1
LOG(CLB_LINE_NORMAL, szFormatedString );
CHK_STDERR( DRV_NetworkAnalyzer_ReCallRegister( hNetworkAnalyzer , pszNetworkAnalyzerStateFiles[iNetworkAnalyzerStateFileIndex] ));
if ( bDB_EnableCalibration || bDB_ECal_Calibration )
{
if ( bDB_ECal_Calibration )
{
sprintf( szFormatedVariable , "Calibration_%d_%d_ECAL_PortList" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
pszNetworkAnalyzer_ECAL_PortList = GetVarString( clb, VARTYPE_EQUIPMENT_USE , szFormatedVariable , hNetworkAnalyzer );
sprintf( szFormatedVariable , "Calibration_%d_%d_ECal_User_Characterizations" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
pszEcalUserCharacterizations = GetVarString( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_Post_ECal_Instruction" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
pszPostEcal_Instruction = GetVarString( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_Post_ECal_Instruction_Pic" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
pszPostEcal_Instruction_Pic = GetVarString( clb, VARTYPE_TEST , szFormatedVariable );
if ( pszEcalUserCharacterizations && ( strlen(pszEcalUserCharacterizations) > 1 ))
{
sprintf( szFormatedString , "ECal :: Using User Characterizations ( %s )" , pszEcalUserCharacterizations );
LOG(CLB_LINE_NORMAL, szFormatedString );
}
sprintf( szFormatedVariable , "Calibration_%d_%d_Pre_ECal_Instruction" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
pszPreEcal_Instruction = GetVarString( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_Pre_ECal_Instruction_Pic" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
pszPreEcal_Instruction_Pic = GetVarString( clb, VARTYPE_TEST , szFormatedVariable );
if ( pszPreEcal_Instruction && ( strlen(pszPreEcal_Instruction) > 1 ))
{
INSTRUCTION(pszPreEcal_Instruction,pszPreEcal_Instruction_Pic);
}
for ( iTryIndex = 0; iTryIndex < 3; iTryIndex++ )
{
START_TIMEOUT("",lfDB_MeasureTimeout);
UPDATERR( DRV_NetworkAnalyzer_ECAL_Calibrate ( hNetworkAnalyzer , pszNetworkAnalyzer_ECAL_PortList , pszEcalUserCharacterizations , lfDB_MeasureTimeout ));
STOP_TIMEOUT;
if ( IS_OK && pszNetworkAnalyzerStateFiles[iNetworkAnalyzerStateFileIndex] && (strlen(pszNetworkAnalyzerStateFiles[iNetworkAnalyzerStateFileIndex])))
{
sprintf( szFormatedString , "Network Analyzer :: Saving state (%s)" , pszNetworkAnalyzerStateFiles[iNetworkAnalyzerStateFileIndex] ); //1
LOG(CLB_LINE_NORMAL, szFormatedString );
DRV_NetworkAnalyzer_SaveStateAndCalibration ( hNetworkAnalyzer , pszNetworkAnalyzerStateFiles[iNetworkAnalyzerStateFileIndex] );
break;
}
else
{
INSTRUCTION("Calibration Error.\nPlease Check the Ecal connectivity.",NULL);
}
}
}
else
{
sprintf( szFormatedVariable , "Calibration_%d_%d_AverageValue" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
iDB_AverageValue = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
if ( iDB_AverageValue > 0 )
{
sprintf( szFormatedString , "Network Analyzer :: Set Average %d" , iDB_AverageValue );
LOG(CLB_LINE_NORMAL, szFormatedString );
CHK_STDERR( DRV_NetworkAnalyzer_Avarage( hNetworkAnalyzer , iDB_GetFromTraceNumber , 1 , iDB_AverageValue ));
}
sprintf( szFormatedVariable , "Calibration_%d_%d_EnableChangePower" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
bDB_EnableChangePower = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_EnableRestoreChangePower" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
bDB_EnableRestoreChangePower = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
if ( bDB_EnableChangePower )
{
sprintf( szFormatedVariable , "Calibration_%d_%d_ChangePowerValue" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
lfDB_ChangePowerValue = GetVarDouble( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_ChangePowerPortNumber" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
iDB_ChangePowerNumber = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedString , "Network Analyzer :: Set Power %0.1lf" , lfDB_ChangePowerValue );
LOG(CLB_LINE_NORMAL, szFormatedString );
CHK_STDERR( DRV_NetworkAnalyzer_GetPower( hNetworkAnalyzer , iDB_GetFromTraceNumber , &lfPreviousPowerValue , iDB_ChangePowerNumber ));
CHK_STDERR( DRV_NetworkAnalyzer_SetPower( hNetworkAnalyzer , iDB_GetFromTraceNumber , lfDB_ChangePowerValue , NULL , iDB_ChangePowerNumber ));
}
sprintf( szFormatedVariable , "Calibration_%d_%d_User_Calibration" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
bDB_UserCalibration = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
if ( bDB_UserCalibration )
{
sprintf( szFormatedVariable , "Calibration_%d_%d_User_Cal_Instruction" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
pszUserCal_Instruction = GetVarString( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_User_Cal_Instruction_Pic" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
pszUserCal_Instruction_Pic = GetVarString( clb, VARTYPE_TEST , szFormatedVariable );
if ( pszUserCal_Instruction && ( strlen(pszUserCal_Instruction) > 1 ))
{
INSTRUCTION(pszUserCal_Instruction,pszUserCal_Instruction_Pic);
}
sprintf( szFormatedVariable , "Calibration_%d_%d_Use_Math_Function" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
bDB_UseMathFunction = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
if ( bDB_UseMathFunction )
{
sprintf( szFormatedVariable , "Calibration_%d_%d_Math_Trace_Number" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
iDB_NumberOfMathTraceNumbers = GetVarIntArray( clb, VARTYPE_TEST , szFormatedVariable , &viDB_MathTraceNumbers );
sprintf( szFormatedVariable , "Calibration_%d_%d_MathFunction" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
pszNetworkAnalyzerMathFunction = GetVarStringArray( clb, VARTYPE_TEST , szFormatedVariable , &iDB_NumberOfMathFunctions , hNetworkAnalyzer );
for ( iCurrentMathIndex = 0; iCurrentMathIndex < iDB_NumberOfMathFunctions; iCurrentMathIndex++ )
{
sprintf( szFormatedString , "Set network analyzer math function (%c)" , pszNetworkAnalyzerMathFunction[iCurrentMathIndex][0] );
LOG(CLB_LINE_NORMAL, szFormatedString );
CHK_STDERR( DRV_NetworkAnalyzer_SelectMathFunction ( hNetworkAnalyzer , viDB_MathTraceNumbers[iCurrentMathIndex] , pszNetworkAnalyzerMathFunction[iCurrentMathIndex][0] ))
}
}
}
else
{
START_TIMEOUT("",lfDB_MeasureTimeout);
FREE(pszNetworkAnalyzerCalPortsList);
sprintf( szFormatedVariable , "Calibration_%d_%d_Range_%d_Cal_PortsList" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 , iRangeIndex+1 );
pszNetworkAnalyzerCalPortsList = GetVarString( clb, VARTYPE_TEST , szFormatedVariable , hNetworkAnalyzer );
sprintf( szFormatedVariable , "Calibration_%d_%d_Clear_Calibration" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
bDB_ClearCalibration = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
if ( bDB_ClearCalibration )
{
LOG(CLB_LINE_NORMAL, "Network Analyzer :: Cleaning Calibration ..." );
UPDATERR( DRV_NetworkAnalyzer_Reponse_OpenShortLoad_Calibrate( hNetworkAnalyzer , -1 , NULL , lfDB_MeasureTimeout ));
}
sprintf( szFormatedVariable , "Calibration_%d_%d_Open_Calibration" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
bDB_ApplyOpenCalibration = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
if ( bDB_ApplyOpenCalibration )
{
LOG(CLB_LINE_NORMAL, "Network Analyzer :: Calibrating Open ..." );
UPDATERR( DRV_NetworkAnalyzer_Reponse_OpenShortLoad_Calibrate( hNetworkAnalyzer , 0 , pszNetworkAnalyzerCalPortsList , lfDB_MeasureTimeout ));
}
sprintf( szFormatedVariable , "Calibration_%d_%d_Short_Calibration" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
bDB_ApplyShortCalibration = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
if ( bDB_ApplyShortCalibration )
{
LOG(CLB_LINE_NORMAL, "Network Analyzer :: Calibrating Short ..." );
UPDATERR( DRV_NetworkAnalyzer_Reponse_OpenShortLoad_Calibrate( hNetworkAnalyzer , 1 , pszNetworkAnalyzerCalPortsList , lfDB_MeasureTimeout ));
}
sprintf( szFormatedVariable , "Calibration_%d_%d_Load_Calibration" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
bDB_ApplyLoadCalibration = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
if ( bDB_ApplyLoadCalibration )
{
LOG(CLB_LINE_NORMAL, "Network Analyzer :: Calibrating Load ..." );
UPDATERR( DRV_NetworkAnalyzer_Reponse_OpenShortLoad_Calibrate( hNetworkAnalyzer , 2 , pszNetworkAnalyzerCalPortsList , lfDB_MeasureTimeout ));
}
sprintf( szFormatedVariable , "Calibration_%d_%d_Thru_Calibration" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
bDB_ApplyThruCalibration = GetVarInt( clb, VARTYPE_TEST , szFormatedVariable );
if ( bDB_ApplyThruCalibration )
{
LOG(CLB_LINE_NORMAL, "Network Analyzer :: Calibrating Thru ..." );
UPDATERR( DRV_NetworkAnalyzer_Reponse_Thru_Calibrate( hNetworkAnalyzer , pszNetworkAnalyzerCalPortsList , lfDB_MeasureTimeout ));
}
if ( IS_OK )
{
UPDATERR( DRV_NetworkAnalyzer_Reponse_Done_Calibrate( hNetworkAnalyzer ));
LOG(CLB_LINE_NORMAL, "Network Analyzer :: Calibration has Done" );
WAIT("",5.0);
}
STOP_TIMEOUT;
}
if ( bDB_EnableChangePower && bDB_EnableRestoreChangePower )
{
sprintf( szFormatedString , "Network Analyzer :: Set Power %lf" , lfPreviousPowerValue );
LOG(CLB_LINE_NORMAL, szFormatedString );
CHK_STDERR( DRV_NetworkAnalyzer_SetPower( hNetworkAnalyzer , iDB_GetFromTraceNumber , lfPreviousPowerValue , NULL , iDB_ChangePowerNumber ));
}
if ( IS_OK && pszNetworkAnalyzerStateFiles[iNetworkAnalyzerStateFileIndex] && (strlen(pszNetworkAnalyzerStateFiles[iNetworkAnalyzerStateFileIndex])))
{
sprintf( szFormatedString , "Network Analyzer :: Saving state (%s)" , pszNetworkAnalyzerStateFiles[iNetworkAnalyzerStateFileIndex] ); //1
LOG(CLB_LINE_NORMAL, szFormatedString );
DRV_NetworkAnalyzer_SaveStateAndCalibration ( hNetworkAnalyzer , pszNetworkAnalyzerStateFiles[iNetworkAnalyzerStateFileIndex] );
}
sprintf( szFormatedVariable , "Calibration_%d_%d_Post_Manual_Cal_Instruction" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
pszPostManualCal_Instruction = GetVarString( clb, VARTYPE_TEST , szFormatedVariable );
sprintf( szFormatedVariable , "Calibration_%d_%d_Post_Manual_Cal_Instruction_Pic" , iCurrentPathIndex+1 , iCurrentPathPartIndex+1 );
pszPostManualCal_Instruction_Pic = GetVarString( clb, VARTYPE_TEST , szFormatedVariable );
if ( pszPostManualCal_Instruction && ( strlen(pszPostManualCal_Instruction) > 1 ))
{
INSTRUCTION(pszPostManualCal_Instruction,pszPostManualCal_Instruction_Pic);
}
}
if ( pszPostEcal_Instruction && ( strlen(pszPostEcal_Instruction) > 1 ))
{
INSTRUCTION(pszPostEcal_Instruction,pszPostEcal_Instruction_Pic);
}
}
if ( iNetworkAnalyzerStateFileIndex > iDB_NumberOfNetworkFiles )
continue;
START_TIMEOUT("",lfDB_MeasureTimeout);
CHK_STDERR( DRV_NetworkAnalyzer_GetPointsNum( hNetworkAnalyzer , &iActualyPointsNumber ));
CHK_STDERR( DRV_NetworkAnalyzer_GetFrequency( hNetworkAnalyzer , &lfStartFrequency, &lfStopFrequency ));
if ( iDB_GetFromTraceNumber > 0 )
{
WAIT("",lfDB_MeasureDelay );
LOG(CLB_LINE_NORMAL, "Reading Trace.");
CHK_STDERR( DRV_NetworkAnalyzer_GetTrace ( hNetworkAnalyzer , iDB_GetFromTraceNumber , 0 , 0 , lfDB_MeasureTimeout , &pFrequencyData , &pTraceData , &iActualyPointsNumber ));
}
if ( pTraceData == NULL )
{
bEnableToSaveCallibration = 0;
break;
}
if ( pFrequencyData )
{
lfStartFrequency = pFrequencyData[0];
lfStopFrequency = pFrequencyData[iActualyPointsNumber-1];
}
if ( bDB_AllowExtrapolation )
{
if (( lfDB_OrigStartFrequency != 0.0 ) && ( lfDB_OrigStopFrequency != 0.0 ) && (( lfDB_OrigStartFrequency != lfStartFrequency ) || ( lfDB_OrigStopFrequency != lfStopFrequency ) || ( iActualyPointsNumber != iDB_NumberOfPoints )))
{
if ( iDB_NumberOfRanges > 1 )
{
iIndex = (iActualyPointsNumber-1);
iLastRange = iDB_LastExtrapolationRangeNumber-1;
lfOutputStartFrequency = pFrequencyData[iIndex];
for ( ; iIndex >= 0; iIndex-- )
{
if ( pDB_RangesList[iIndex] >= iLastRange )
continue;
iIndex++;
iInputStartIndex = iIndex;
iInputActualyPointsNumber = iActualyPointsNumber - iIndex;
iOutputNumberOfPoints = iDB_NumberOfPoints - iActualyPointsNumber;
break;
}
}
else
{
iInputActualyPointsNumber = iActualyPointsNumber;
lfOutputStartFrequency = lfDB_OrigStartFrequency;
iOutputNumberOfPoints = iDB_NumberOfPoints;
iInputStartIndex = 0;
}
MTH_LinearExtrapolationArray( pFrequencyData , pTraceData , iActualyPointsNumber , iInputStartIndex , iInputActualyPointsNumber , iOutputNumberOfPoints , lfOutputStartFrequency , lfDB_OrigStopFrequency , &pOutputFrequencyTrace , &pOutputDataTrace );
if ( iDB_NumberOfRanges > 1 )
{
if ( pOutputDataTrace )
{
iIndex = (iActualyPointsNumber-1);
iLastRange++;
index = 1;
for ( --index ; iIndex < iDB_NumberOfPoints; iIndex++ )
{
for ( index = 0; index < iOutputNumberOfPoints; index++ )
if ( pOutputFrequencyTrace[index] < pFrequencyData[iIndex] )
continue;
else
break;
if ( index > iOutputNumberOfPoints )
break;
pTraceData[iIndex] = pOutputDataTrace[index];
pFrequencyData[iIndex] = pOutputFrequencyTrace[index];
pDB_RangesList[iIndex] = iLastRange;
}
iActualyPointsNumber = iDB_NumberOfPoints;
}
}
else
{
FREE( pFrequencyData );
FREE( pTraceData );
pFrequencyData = pOutputFrequencyTrace;
pTraceData = pOutputDataTrace;
iActualyPointsNumber = iDB_NumberOfPoints;
pOutputDataTrace = NULL;
pOutputFrequencyTrace = NULL;
}
}
}
if ( pszCalibrated_With_Other_Path && ( strlen(pszCalibrated_With_Other_Path) > 1 ))
{
GetVarCalibrationByName( clb, pszCalibrated_With_Other_Path , -1 , &pOldCalibFrequencyList , &pOldCalibFactorList , &iOldNumOfCalibPoints , &lfLastCalibrationDate );
IF ((( iOldNumOfCalibPoints == 0 ) || ( pOldCalibFrequencyList == 0 ) || ( pOldCalibFactorList == 0 )) , "Calibration is not found." );
if ( iOldNumOfCalibPoints == iActualyPointsNumber )
for ( iIndex=0; iIndex < iActualyPointsNumber; iIndex++ )
pTraceData[iIndex] -= pOldCalibFactorList[iIndex];
FREE(pOldCalibFrequencyList);
FREE(pOldCalibFactorList);
}
if ( bDB_DisableResults == 0 )
{
if (( bDB_DisableDeltaResults == 0 ) && ( bDB_DisableToStoreCalibration == 0 ))
{
GetVarCurrentCalibration( clb, iRangeIndex , &pOldCalibFrequencyList , &pOldCalibFactorList , &iOldNumOfCalibPoints , &lfLastCalibrationDate );
if ( iOldNumOfCalibPoints )
{
CALLOC_ERR( pTraceDeltaData , iDB_NumberOfPoints , sizeof(double));
if ( iOldNumOfCalibPoints == iActualyPointsNumber )
for ( iIndex=0; iIndex < iActualyPointsNumber; iIndex++ )
pTraceDeltaData[iIndex] = pTraceData[iIndex] - pOldCalibFactorList[iIndex];
}
}
iCurrentResultIndex++;
iResultNumber = iCurrentResultIndex;
GET_RESULT_GRAPH_ITEM(iResultNumber,pGraphItem);
ADD_TRACE_TO_RESULT_GRAPH(iResultNumber,pGraphItem,pTraceData,iActualyPointsNumber,0,iActualyPointsNumber,lfStartFrequency,lfStopFrequency,"Cal Trace", VAL_GREEN );
RESULT_CONST_NUM(iResultNumber,CLB_RESULT_GRAPH,"Cal Trace", pGraphItem , "Calibration Trace" );
if ( bDB_AnalyzeWorstCaseResults )
{
GET_MAX_MIN_SPECS_NUMBER( iResultNumber , pPointerToMinSpec, pPointerToMaxSpec, iSpecValuesCount, iSpecFloatType, lfSpecFloatValue );
if ( pPointerToMinSpec && pPointerToMaxSpec && ( iSpecValuesCount >= iActualyPointsNumber ))
{
for ( iIndex = 0; iIndex < iActualyPointsNumber; iIndex++ )
{
lfWorstCaseCalculation = pPointerToMinSpec[iIndex] - pTraceData[iIndex];
if (( lfWorstCaseCalculation > lfWorstCaseValue ) || ( iIndex == 0 ))
{
lfWorstCaseValue = lfWorstCaseCalculation;
iWorstCaseIndex = iIndex;
}
lfWorstCaseCalculation = pTraceData[iIndex] - pPointerToMaxSpec[iIndex];
if ( lfWorstCaseCalculation > lfWorstCaseValue )
{
lfWorstCaseValue = lfWorstCaseCalculation;
iWorstCaseIndex = iIndex;
}
}
}
iCurrentResultIndex++;
iResultNumber = iCurrentResultIndex;
sprintf( szFormatedVariable , "%0.3lf GHz" , (pFrequencyData[iWorstCaseIndex] / 1E9) );
RESULT_CONST_NUM(iResultNumber,CLB_RESULT_DOUBLE, szFormatedVariable , pTraceData[iWorstCaseIndex] , "Worst Case Value" );
}
WAIT_LAST_RESULT_STATUS(iResultStatus);
if ( iResultStatus != RUN_STATUS_PASS )
bEnableToSaveCallibration = 0;
if ( pTraceDeltaData && ( bDB_DisableDeltaResults == 0 ))
{
iCurrentResultIndex++;
iResultNumber = iCurrentResultIndex;
GET_RESULT_GRAPH_ITEM(iResultNumber,pGraphItem);
ADD_TRACE_TO_RESULT_GRAPH(iResultNumber,pGraphItem,pTraceDeltaData,iActualyPointsNumber,0,iActualyPointsNumber,lfStartFrequency,lfStopFrequency,"Delta Trace", VAL_BLUE );
FormatDateTimeString ( lfLastCalibrationDate , "%c" , szFormatedString , LOW_STRING );
RESULT_CONST_NUM(iResultNumber,CLB_RESULT_GRAPH, szFormatedString , pGraphItem , "Calibration Delta" );
if ( bDB_AnalyzeWorstCaseResults )
{
GET_MAX_MIN_SPECS_NUMBER( iResultNumber , pPointerToMinSpec, pPointerToMaxSpec, iSpecValuesCount, iSpecFloatType, lfSpecFloatValue );
if ( pPointerToMinSpec && pPointerToMaxSpec && ( iSpecValuesCount >= iActualyPointsNumber ))
{
for ( iIndex = 0; iIndex < iActualyPointsNumber; iIndex++ )
{
lfWorstCaseCalculation = pPointerToMinSpec[iIndex] - pTraceDeltaData[iIndex];
if (( lfWorstCaseCalculation > lfWorstCaseValue ) || ( iIndex == 0 ))
{
lfWorstCaseValue = lfWorstCaseCalculation;
iWorstCaseIndex = iIndex;
}
lfWorstCaseCalculation = pTraceDeltaData[iIndex] - pPointerToMaxSpec[iIndex];
if ( lfWorstCaseCalculation > lfWorstCaseValue )
{
lfWorstCaseValue = lfWorstCaseCalculation;
iWorstCaseIndex = iIndex;
}
}
}
iCurrentResultIndex++;
iResultNumber = iCurrentResultIndex;
sprintf( szFormatedVariable , "%0.3lf GHz" , (pFrequencyData[iWorstCaseIndex] / 1E9) );
RESULT_CONST_NUM(iResultNumber,CLB_RESULT_DOUBLE, szFormatedVariable , pTraceDeltaData[iWorstCaseIndex] , "Worst Case Value" );
}
}
if ( iDB_VSWR_TraceNumber > 0 )
{