/
drill_utils.go
1385 lines (1317 loc) · 52.8 KB
/
drill_utils.go
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/*
* @Author: magsv
* @Date: 2017-08-02 10:47:54
* @Last Modified by: magsv
* @Last Modified time: 2019-01-22 12:42:53
*/
package ddrml
import (
"encoding/xml"
"io"
"os"
"strconv"
"time"
"github.com/digitalcollaboration-collabor8/subsurfaceTools/pkg/common"
"go.uber.org/zap"
"golang.org/x/net/html/charset"
)
//Builds an excel output file for a given list of mprml objects
func BuildXLSFileForDrilling(path string, dReports []DrillReports, oneFilePerSheet bool, appendTimeInName bool) error {
//just need to join everything
var drillReports []DrillReport
for i := 0; i < len(dReports); i++ {
drillReports = append(drillReports, dReports[i].DrillReports...)
}
dataSets := BuildDDRDataset(drillReports)
return common.CreateWorkbookFromDataSet(path, dataSets, oneFilePerSheet, appendTimeInName)
}
func BuildCsvFileForDrilling(path string, dReports []DrillReports) error {
var drillReports []DrillReport
for i := 0; i < len(dReports); i++ {
drillReports = append(drillReports, dReports[i].DrillReports...)
}
dataSets := BuildDDRDataset(drillReports)
return common.DatasetsToCsv(dataSets, path, ";")
}
//builds a json output file for drillind data
func BuildJsonFileForDrilling(path string, dReports []DrillReports) error {
var err error
var data []byte
var drillReports []DrillReport
for i := 0; i < len(dReports); i++ {
drillReports = append(drillReports, dReports[i].DrillReports...)
}
dataSets := BuildDDRDataset(drillReports)
if data, err = common.DatasetsToJson(dataSets); err != nil {
return err
}
//need to write it to a file
return common.Write2File(path, data)
}
//Reads a set of xml ddr files from a given folder path and
//parses them into a list of struct ddr objects to be used for further processing
func ReadDDRXMLFiles2Struct(folderPath string) ([]DrillReports, error) {
var err error
var dReports []DrillReports
var files []string
var dReport DrillReports
start := time.Now()
if files, err = common.GetFilesWithExtension(folderPath, "*.xml"); err != nil {
zap.S().Error("Failed in reading file in folder:", err.Error())
return dReports, err
}
fileSearchTook := time.Since(start)
xmlStart := time.Now()
for i := 0; i < len(files); i++ {
zap.S().Info("Processing ddr xml file:", files[i])
if dReport, err = ParseDDRFile(files[i]); err != nil {
zap.S().Errorf("Failed in parsing ddr xml file:%s\n", err.Error())
return dReports, err
}
dReports = append(dReports, dReport)
}
xmlParseTook := time.Since(xmlStart)
zap.S().Infof("File search took:%s", fileSearchTook)
zap.S().Infof("XML parse took:%s", xmlParseTook)
return dReports, nil
}
func ParseDDRFile(inputFile string) (DrillReports, error) {
var drillReports DrillReports
var err error
//var data []byte
var data io.Reader
/*if data, err = common.ReadFile(inputFile); err != nil {
return drillReports, err
}*/
if data, err = os.Open(inputFile); err != nil {
return drillReports, err
}
//make sure we can read iso-8859-1
decoder := xml.NewDecoder(data)
decoder.CharsetReader = charset.NewReaderLabel
if err = decoder.Decode(&drillReports); err != nil {
return drillReports, err
}
/*if err = xml.Unmarshal(data, &drillReports); err != nil {
return drillReports, err
}*/
//just add the uid and file data for this set of objects
drillReports.DataIdentification = createDataId(inputFile)
for i := 0; i < len(drillReports.DrillReports); i++ {
drillReports.DrillReports[i].DataIdentification = drillReports.DataIdentification
}
return drillReports, nil
}
//Creates uuid, fileinformation for a given file
func createDataId(inputFile string) ProcessingData {
pData := ProcessingData{}
pData.FileName = common.GetFileName(inputFile)
pData.FilePath = inputFile
pData.UUid = common.CreateUUID()
pData.ReadTime = time.Now()
return pData
}
func BuildDDRDataset(dReports []DrillReport) []common.DataSet {
var dSets []common.DataSet
dSets = append(dSets, buildDDRReportFileInfo(dReports, "REPORT_FILE_INFO"))
dSets = append(dSets, buildDDRDrillReportInfo(dReports, "REPORT_INFO"))
dSets = append(dSets, buildDDRWellboreInfo(dReports, "WELLBORE_INFO"))
dSets = append(dSets, buildDDRStatusInfo(dReports, "STATUS_INFO"))
dSets = append(dSets, buildDDRBitRecords(dReports, "BIT_RECORDS"))
dSets = append(dSets, buildDDRCasingLinerTubings(dReports, "CASING_LINER_TUBING"))
dSets = append(dSets, buildDDRCementStages(dReports, "CEMENT_STAGES"))
dSets = append(dSets, buildDDRFluid(dReports, "FLUIDS"))
dSets = append(dSets, buildDDRPorePressure(dReports, "PORE_PRESSURES"))
dSets = append(dSets, buildDDRSurveyStation(dReports, "SURVEY_STATIONS"))
dSets = append(dSets, buildDDRActivities(dReports, "ACTIVITIES"))
dSets = append(dSets, buildDDRLoginfo(dReports, "LOG_INFO"))
dSets = append(dSets, buildDDRCoreInfo(dReports, "CORE_INFO"))
dSets = append(dSets, buildDDRWellTestInfo(dReports, "WELLTEST_INFO"))
dSets = append(dSets, buildDDRFormTestInfo(dReports, "FORMTEST_INFO"))
dSets = append(dSets, buildDDRLithShowInfo(dReports, "LITHSHOW_INFO"))
dSets = append(dSets, buildEquipFailureInfo(dReports, "EQUIPFAILURE_INFO"))
dSets = append(dSets, buildControlIncidentInfo(dReports, "CONTROLINCIDENT_INFO"))
dSets = append(dSets, buildStratInfo(dReports, "STRAT_INFO"))
dSets = append(dSets, buildPerfInfo(dReports, "PERF_INFO"))
dSets = append(dSets, buildGasReadingInfo(dReports, "GASREADING_INFO"))
dSets = append(dSets, buildWeather(dReports, "WEATHER"))
return dSets
}
func buildDDRReportFileInfo(dReports []DrillReport, datasetName string) common.DataSet {
var dSet common.DataSet
var headers []string
var rows []common.RowData
dSet.Name = datasetName
headers = []string{"DataUUID", "FileName", "FilePath"}
for i := 0; i < len(dReports); i++ {
row := common.RowData{}
row.AddStrValue(dReports[i].DataIdentification.UUid)
row.AddStrValue(dReports[i].DataIdentification.FileName)
row.AddStrValue(dReports[i].DataIdentification.FilePath)
rows = append(rows, row)
}
dSet.HeadersName = headers
dSet.Rows = rows
return dSet
}
func buildDDRFluid(dReports []DrillReport, datasetName string) common.DataSet {
var dSet common.DataSet
var headers []string
var rows []common.RowData
dSet.Name = datasetName
idSet := buildDDRRowIdentification(dReports[0], datasetName)
headers = []string{"RecordId", "Type", "LocationSample",
"DTim", "MD", "MD_UoM", "TVD", "TVD_UoM", "PresBopRating", "PresBopRating_UoM",
"MudClass", "Density", "Density_UoM", "VisFunnel", "VisFunnel_UoM", "PV", "PV_UoM",
"YP", "YP_UoM", "Gel10Sec", "Gel10Sec_UoM", "Gel10Min", "Gel10Min_UoM",
"Gel30Min", "Gel30Min_UoM", "FilterCakeLtlp", "FilterCakeLtlp_UoM",
"FiltrateLtlp", "FiltrateLtlp_UoM", "TempHthp", "TempHthp_UoM",
"FiltrateHthp", "FiltrateHthp_UoM", "FilterCakeHthp", "FilterCakegthp_UoM",
"SolidsPc", "SolidsPc_UoM", "WaterPc", "WaterPc_UoM", "OilPc", "OilPc_UoM",
"SandPc", "SandPc_UoM", "SolidsLowGravPc", "SolidsLowGravPc_UoM",
"PH", "PM", "PM_UoM", "PMFiltrate", "PMFiltrate_UoM", "MF", "MF_UoM", "Chloride", "Chloride_UoM",
"Calcium", "Calcium_UoM", "Magnesium", "Magnesium_UoM",
"TempRheom", "TempRheom_UoM", "PresRheom", "PresRheom_UoM",
"Vis3Rpm", "Vis6Rpm", "Vis30Rpm", "Vis60Rpm", "Vis100Rpm", "Vis200Rpm",
"Vis300Rpm", "Vis600Rpm", "Lime", "Lime_UoM", "SolidsHiGravPc", "SolidsHiGravPc_UoM",
"SolCorPc", "SolCorPc_UoM", "Comments"}
headers = append(idSet.HeadersName, headers...)
for i := 0; i < len(dReports); i++ {
recordId := common.CreateUUID()
idSet = buildDDRRowIdentification(dReports[i], datasetName)
for s := 0; s < len(dReports[i].Fluids); s++ {
fluid := dReports[i].Fluids[s]
//need to add one row per rheometer
for x := 0; x < len(fluid.Rheometers); x++ {
rheom := fluid.Rheometers[x]
row := idSet.Rows[0]
row.AddStrValue(recordId)
row.AddStrValue(fluid.Type)
row.AddStrValue(fluid.LocationSample)
row.AddTimeValue(fluid.DTim.Time)
row.AddFloatValue(fluid.Md.Value)
row.AddStrValue(fluid.Md.Uom)
row.AddFloatValue(fluid.Tvd.Value)
row.AddStrValue(fluid.Tvd.Uom)
row.AddFloatValue(fluid.PresBopRating.Value)
row.AddStrValue(fluid.PresBopRating.Uom)
row.AddStrValue(fluid.MudClass)
row.AddFloatValue(fluid.Density.Value)
row.AddStrValue(fluid.Density.Uom)
row.AddFloatValue(fluid.VisFunnel.Value)
row.AddStrValue(fluid.VisFunnel.Uom)
row.AddFloatValue(fluid.PV.Value)
row.AddStrValue(fluid.PV.Uom)
row.AddFloatValue(fluid.YP.Value)
row.AddStrValue(fluid.YP.Uom)
row.AddFloatValue(fluid.Gel10Sec.Value)
row.AddStrValue(fluid.Gel10Sec.Uom)
row.AddFloatValue(fluid.Gel10Min.Value)
row.AddStrValue(fluid.Gel10Min.Uom)
row.AddFloatValue(fluid.Gel30Min.Value)
row.AddStrValue(fluid.Gel30Min.Uom)
row.AddFloatValue(fluid.FilterCakeLtlp.Value)
row.AddStrValue(fluid.FilterCakeLtlp.Uom)
row.AddFloatValue(fluid.FiltrateLtlp.Value)
row.AddStrValue(fluid.FiltrateLtlp.Uom)
row.AddFloatValue(fluid.TempHtHp.Value)
row.AddStrValue(fluid.TempHtHp.Uom)
row.AddFloatValue(fluid.FiltrateHtHp.Value)
row.AddStrValue(fluid.FiltrateHtHp.Uom)
row.AddFloatValue(fluid.FilterCakeHtHp.Value)
row.AddStrValue(fluid.FilterCakeHtHp.Uom)
row.AddFloatValue(fluid.SolidsPc.Value)
row.AddStrValue(fluid.SolidsPc.Uom)
row.AddFloatValue(fluid.WaterPc.Value)
row.AddStrValue(fluid.WaterPc.Uom)
row.AddFloatValue(fluid.OilPc.Value)
row.AddStrValue(fluid.OilPc.Uom)
row.AddFloatValue(fluid.SandPc.Value)
row.AddStrValue(fluid.SandPc.Uom)
row.AddFloatValue(fluid.SolidsLowGravPc.Value)
row.AddStrValue(fluid.SolidsLowGravPc.Uom)
row.AddFloatValue(fluid.PH)
row.AddFloatValue(fluid.PM.Value)
row.AddStrValue(fluid.PM.Uom)
row.AddFloatValue(fluid.PMFiltrate.Value)
row.AddStrValue(fluid.PMFiltrate.Uom)
row.AddFloatValue(fluid.MF.Value)
row.AddStrValue(fluid.MF.Uom)
row.AddFloatValue(fluid.Chloride.Value)
row.AddStrValue(fluid.Chloride.Uom)
row.AddFloatValue(fluid.Calcium.Value)
row.AddStrValue(fluid.Calcium.Uom)
row.AddFloatValue(fluid.Magnesium.Value)
row.AddStrValue(fluid.Magnesium.Uom)
row.AddFloatValue(rheom.TempRheom.Value)
row.AddStrValue(rheom.TempRheom.Uom)
row.AddFloatValue(rheom.PressRheom.Value)
row.AddStrValue(rheom.PressRheom.Uom)
row.AddFloatValue(rheom.Vis3Rpm)
row.AddFloatValue(rheom.Vis6Rpm)
row.AddFloatValue(rheom.Vis30Rpm)
row.AddFloatValue(rheom.Vis60Rpm)
row.AddFloatValue(rheom.Vis100Rpm)
row.AddFloatValue(rheom.Vis200Rpm)
row.AddFloatValue(rheom.Vis300Rpm)
row.AddFloatValue(rheom.Vis600Rpm)
row.AddFloatValue(fluid.Lime.Value)
row.AddStrValue(fluid.Lime.Uom)
row.AddFloatValue(fluid.SolidsHiGravPc.Value)
row.AddStrValue(fluid.SolidsHiGravPc.Uom)
row.AddFloatValue(fluid.SolCorPc.Value)
row.AddStrValue(fluid.SolCorPc.Uom)
row.AddStrValue(fluid.Comments)
rows = append(rows, row)
}
}
}
dSet.HeadersName = headers
dSet.Rows = rows
return dSet
}
func buildWeather(dReports []DrillReport, datasetName string) common.DataSet {
var dSet common.DataSet
var headers []string
var rows []common.RowData
dSet.Name = datasetName
idSet := buildDDRRowIdentification(dReports[0], datasetName)
headers = []string{"RecordId", "DTim", "Agency", "BarometricPressure",
"BarometricPressure_UoM", "BeaufortScaleNumber", "TempSurfaceMn", "TempSurfaceMn_UoM",
"TempSurfaceMx", "TempSurfaceMx_UoM", "TempWindChill", "TempWindChill_UoM",
"TempSea", "TempSea_UoM", "Visibility", "Visibility_UoM", "AziWave",
"AziWave_UoM", "HtWave", "HtWave_UoM",
"SignificantWave", "SignificantWave_UoM", "MaxWave", "MaxWave_UoM", "PeriodWave",
"PeriodWave_UoM", "AziWind", "AziWind_UoM", "VelWind", "VelWind_UoM", "TypePrecip",
"AmtPrecip", "AmtPrecip_UoM", "CoverCloud", "CeilingCloud", "CeilingCloud_UoM",
"CurrentSea", "CurrentSea_UoM", "AziCurrentSea", "AziCurrentSea_UoM", "Comments"}
headers = append(idSet.HeadersName, headers...)
for i := 0; i < len(dReports); i++ {
recordId := common.CreateUUID()
idSet = buildDDRRowIdentification(dReports[i], datasetName)
for s := 0; s < len(dReports[i].Weathers); s++ {
wInfo := dReports[i].Weathers[s]
row := idSet.Rows[0]
row.AddStrValue(recordId)
row.AddTimeValue(wInfo.DTim.Time)
row.AddStrValue(wInfo.Agency)
row.AddFloatValue(wInfo.BarometricPressure.Value)
row.AddStrValue(wInfo.BarometricPressure.Uom)
row.AddIntValue(wInfo.BeaufortScaleNumber)
row.AddFloatValue(wInfo.TempSurfaceMn.Value)
row.AddStrValue(wInfo.TempSurfaceMn.Uom)
row.AddFloatValue(wInfo.TempSurfaceMx.Value)
row.AddStrValue(wInfo.TempSurfaceMx.Uom)
row.AddFloatValue(wInfo.TempWindChill.Value)
row.AddStrValue(wInfo.TempWindChill.Uom)
row.AddFloatValue(wInfo.TempSea.Value)
row.AddStrValue(wInfo.TempSea.Uom)
row.AddFloatValue(wInfo.Visibility.Value)
row.AddStrValue(wInfo.Visibility.Uom)
row.AddFloatValue(wInfo.AziWave.Value)
row.AddStrValue(wInfo.AziWave.Uom)
row.AddFloatValue(wInfo.HtWave.Value)
row.AddStrValue(wInfo.HtWave.Uom)
row.AddFloatValue(wInfo.SignificantWave.Value)
row.AddStrValue(wInfo.SignificantWave.Uom)
row.AddFloatValue(wInfo.SignificantWave.Value)
row.AddStrValue(wInfo.SignificantWave.Uom)
row.AddFloatValue(wInfo.MaxWave.Value)
row.AddStrValue(wInfo.MaxWave.Uom)
row.AddFloatValue(wInfo.PeriodWave.Value)
row.AddStrValue(wInfo.PeriodWave.Uom)
row.AddFloatValue(wInfo.AziWind.Value)
row.AddStrValue(wInfo.AziWind.Uom)
row.AddFloatValue(wInfo.VelWind.Value)
row.AddStrValue(wInfo.VelWind.Uom)
row.AddStrValue(wInfo.TypePrecip)
row.AddFloatValue(wInfo.AmtPrecip.Value)
row.AddStrValue(wInfo.AmtPrecip.Uom)
row.AddStrValue(wInfo.CoverCloud)
row.AddFloatValue(wInfo.CeilingCloud.Value)
row.AddStrValue(wInfo.CeilingCloud.Uom)
row.AddFloatValue(wInfo.CurrentSea.Value)
row.AddStrValue(wInfo.CurrentSea.Uom)
row.AddFloatValue(wInfo.AziCurrentSea.Value)
row.AddStrValue(wInfo.AziCurrentSea.Uom)
row.AddStrValue(wInfo.Comments)
rows = append(rows, row)
}
}
dSet.HeadersName = headers
dSet.Rows = rows
return dSet
}
func buildGasReadingInfo(dReports []DrillReport, datasetName string) common.DataSet {
var dSet common.DataSet
var headers []string
var rows []common.RowData
dSet.Name = datasetName
idSet := buildDDRRowIdentification(dReports[0], datasetName)
headers = []string{"RecordId", "DTim", "ReadingType", "MdTop",
"MdTop_UoM", "MdBottom", "MdBottom_UoM", "TvdTop", "TvdTop_UoM",
"TvdBottom", "TvdBottom_UoM", "GasHigh", "GasHigh_UoM", "GasLow",
"GasLow_UoM", "Meth", "Meth_UoM", "Eth", "Eth_UoM", "Prop", "Prop_UoM",
"IBut", "IBut_UoM", "NBut", "NBut_UoM", "IPent", "IPent_UoM", "NPent",
"NPent_UoM", "Comment"}
headers = append(idSet.HeadersName, headers...)
for i := 0; i < len(dReports); i++ {
recordId := common.CreateUUID()
idSet = buildDDRRowIdentification(dReports[i], datasetName)
for s := 0; s < len(dReports[i].GasReadingInfos); s++ {
gInfo := dReports[i].GasReadingInfos[s]
row := idSet.Rows[0]
row.AddStrValue(recordId)
row.AddTimeValue(gInfo.DTim.Time)
row.AddStrValue(gInfo.ReadingType)
row.AddFloatValue(gInfo.MdTop.Value)
row.AddStrValue(gInfo.MdTop.Uom)
row.AddFloatValue(gInfo.MdBottom.Value)
row.AddStrValue(gInfo.MdBottom.Uom)
row.AddFloatValue(gInfo.TvdTop.Value)
row.AddStrValue(gInfo.TvdTop.Uom)
row.AddFloatValue(gInfo.TvdBottom.Value)
row.AddStrValue(gInfo.TvdBottom.Uom)
row.AddFloatValue(gInfo.GasHigh.Value)
row.AddStrValue(gInfo.GasHigh.Uom)
row.AddFloatValue(gInfo.GasLow.Value)
row.AddStrValue(gInfo.GasLow.Uom)
row.AddFloatValue(gInfo.Meth.Value)
row.AddStrValue(gInfo.Meth.Uom)
row.AddFloatValue(gInfo.Eth.Value)
row.AddStrValue(gInfo.Eth.Uom)
row.AddFloatValue(gInfo.Prop.Value)
row.AddStrValue(gInfo.Prop.Uom)
row.AddFloatValue(gInfo.Ibut.Value)
row.AddStrValue(gInfo.Ibut.Uom)
row.AddFloatValue(gInfo.NBut.Value)
row.AddStrValue(gInfo.NBut.Uom)
row.AddFloatValue(gInfo.IPent.Value)
row.AddStrValue(gInfo.IPent.Uom)
row.AddFloatValue(gInfo.NPent.Value)
row.AddStrValue(gInfo.NPent.Uom)
row.AddStrValue(gInfo.Comment)
rows = append(rows, row)
}
}
dSet.HeadersName = headers
dSet.Rows = rows
return dSet
}
func buildPerfInfo(dReports []DrillReport, datasetName string) common.DataSet {
var dSet common.DataSet
var headers []string
var rows []common.RowData
dSet.Name = datasetName
idSet := buildDDRRowIdentification(dReports[0], datasetName)
headers = []string{"RecordId", "DTimOpen", "DTimClose", "MdTop", "MdTop_UoM",
"MdBottom", "MdBottom_UoM", "TvdTop", "TvdTop_UoM", "TvdBottom",
"TvdBottom_UoM", "Comment"}
headers = append(idSet.HeadersName, headers...)
for i := 0; i < len(dReports); i++ {
recordId := common.CreateUUID()
idSet = buildDDRRowIdentification(dReports[i], datasetName)
for s := 0; s < len(dReports[i].PerfInfos); s++ {
pInfo := dReports[i].PerfInfos[s]
row := idSet.Rows[0]
row.AddStrValue(recordId)
row.AddTimeValue(pInfo.DTimOpen.Time)
row.AddTimeValue(pInfo.DTimClose.Time)
row.AddFloatValue(pInfo.MdTop.Value)
row.AddStrValue(pInfo.MdTop.Uom)
row.AddFloatValue(pInfo.MdBottom.Value)
row.AddStrValue(pInfo.MdBottom.Uom)
row.AddFloatValue(pInfo.TvdTop.Value)
row.AddStrValue(pInfo.TvdTop.Uom)
row.AddFloatValue(pInfo.TvdBottom.Value)
row.AddStrValue(pInfo.TvdBottom.Uom)
row.AddStrValue(pInfo.Comment)
rows = append(rows, row)
}
}
dSet.HeadersName = headers
dSet.Rows = rows
return dSet
}
func buildStratInfo(dReports []DrillReport, datasetName string) common.DataSet {
var dSet common.DataSet
var headers []string
var rows []common.RowData
dSet.Name = datasetName
idSet := buildDDRRowIdentification(dReports[0], datasetName)
headers = []string{"RecordId", "DTim", "MDTopPlanned", "MDTopPlanned_UoM",
"TvdTopPlanned", "TvdTopPlanned_UoM", "MdTop", "MdTop_UoM", "TvdTop", "TvdTop_UoM", "Description"}
headers = append(idSet.HeadersName, headers...)
for i := 0; i < len(dReports); i++ {
recordId := common.CreateUUID()
idSet = buildDDRRowIdentification(dReports[i], datasetName)
for s := 0; s < len(dReports[i].StratInfos); s++ {
sInfo := dReports[i].StratInfos[s]
row := idSet.Rows[0]
row.AddStrValue(recordId)
row.AddTimeValue(sInfo.DTim.Time)
row.AddFloatValue(sInfo.MdTopPlanned.Value)
row.AddStrValue(sInfo.MdTopPlanned.Uom)
row.AddFloatValue(sInfo.TvdTopPlanned.Value)
row.AddStrValue(sInfo.TvdTopPlanned.Uom)
row.AddFloatValue(sInfo.MdTop.Value)
row.AddStrValue(sInfo.MdTop.Uom)
row.AddFloatValue(sInfo.TvdTop.Value)
row.AddStrValue(sInfo.TvdTop.Uom)
row.AddStrValue(sInfo.Description)
rows = append(rows, row)
}
}
dSet.HeadersName = headers
dSet.Rows = rows
return dSet
}
func buildControlIncidentInfo(dReports []DrillReport, datasetName string) common.DataSet {
var dSet common.DataSet
var headers []string
var rows []common.RowData
dSet.Name = datasetName
idSet := buildDDRRowIdentification(dReports[0], datasetName)
headers = []string{"RecordId", "DTim", "MdInflow", "MdInflow_UoM",
"TvdInflow", "TvdInflow_UoM", "Phase", "ProprietaryCode", "ETimLost", "ETimLost_UoM",
"DTimRegained", "DiaBit", "DiaBit_UoM", "MdBit", "MdBit_UoM", "WTMud", "WTMud_UoM",
"PorePressure", "PorePressure_UoM", "DiaCsgLast", "DiaCsgLast_UoM", "MDCsgLast", "MdCsgLast_UoM",
"VolMudGained", "VolMudGained_UoM", "PresShutinCasing", "PresShutinCasing_UoM",
"PresShutInDrill", "PresShutinDrill_UoM", "IncidentType", "KillingType", "Formation",
"TempBottom", "TempBottom_UoM", "PresMaxChoke", "PresMaxChoke_UoM", "Description"}
headers = append(idSet.HeadersName, headers...)
for i := 0; i < len(dReports); i++ {
recordId := common.CreateUUID()
idSet = buildDDRRowIdentification(dReports[i], datasetName)
for s := 0; s < len(dReports[i].ControlIncidentInfos); s++ {
cInfo := dReports[i].ControlIncidentInfos[s]
row := idSet.Rows[0]
row.AddStrValue(recordId)
row.AddTimeValue(cInfo.DTim.Time)
row.AddFloatValue(cInfo.MdInflow.Value)
row.AddStrValue(cInfo.MdInflow.Uom)
row.AddFloatValue(cInfo.TvdInflow.Value)
row.AddStrValue(cInfo.TvdInflow.Uom)
row.AddStrValue(cInfo.Phase)
row.AddStrValue(cInfo.ProprietaryCode)
row.AddFloatValue(cInfo.ETimLost.Value)
row.AddStrValue(cInfo.ETimLost.Uom)
row.AddTimeValue(cInfo.DTimRegained.Time)
row.AddFloatValue(cInfo.DiaBit.Value)
row.AddStrValue(cInfo.DiaBit.Uom)
row.AddFloatValue(cInfo.MdBit.Value)
row.AddStrValue(cInfo.MdBit.Uom)
row.AddFloatValue(cInfo.WtMud.Value)
row.AddStrValue(cInfo.WtMud.Uom)
row.AddFloatValue(cInfo.PorePressure.Value)
row.AddStrValue(cInfo.PorePressure.Uom)
row.AddFloatValue(cInfo.DiaCsgLast.Value)
row.AddStrValue(cInfo.DiaCsgLast.Uom)
row.AddFloatValue(cInfo.MdCsgLast.Value)
row.AddStrValue(cInfo.MdCsgLast.Uom)
row.AddFloatValue(cInfo.VolMudGained.Value)
row.AddStrValue(cInfo.VolMudGained.Uom)
row.AddFloatValue(cInfo.PresShutinCasing.Value)
row.AddStrValue(cInfo.PresShutinCasing.Uom)
row.AddFloatValue(cInfo.PresShutInDrill.Value)
row.AddStrValue(cInfo.PresShutInDrill.Uom)
row.AddStrValue(cInfo.IncidentType)
row.AddStrValue(cInfo.KillingType)
row.AddStrValue(cInfo.Formation)
row.AddFloatValue(cInfo.TempBottom.Value)
row.AddStrValue(cInfo.TempBottom.Uom)
row.AddFloatValue(cInfo.PresMaxChoke.Value)
row.AddStrValue(cInfo.PresMaxChoke.Uom)
row.AddStrValue(cInfo.Description)
rows = append(rows, row)
}
}
dSet.HeadersName = headers
dSet.Rows = rows
return dSet
}
func buildEquipFailureInfo(dReports []DrillReport, datasetName string) common.DataSet {
var dSet common.DataSet
var headers []string
var rows []common.RowData
dSet.Name = datasetName
idSet := buildDDRRowIdentification(dReports[0], datasetName)
headers = []string{"RecordId", "DTim", "Md", "Md_UoM",
"Tvd", "Tvd_UoM", "EquipClass", "ETimMissProduction", "ETimMissProduction_UoM",
"DTimRepair", "Description"}
headers = append(idSet.HeadersName, headers...)
for i := 0; i < len(dReports); i++ {
recordId := common.CreateUUID()
idSet = buildDDRRowIdentification(dReports[i], datasetName)
for s := 0; s < len(dReports[i].EquipFailureInfos); s++ {
eInfo := dReports[i].EquipFailureInfos[s]
row := idSet.Rows[0]
row.AddStrValue(recordId)
row.AddTimeValue(eInfo.DTim.Time)
row.AddFloatValue(eInfo.Md.Value)
row.AddStrValue(eInfo.Md.Uom)
row.AddFloatValue(eInfo.Tvd.Value)
row.AddStrValue(eInfo.Tvd.Uom)
row.AddStrValue(eInfo.EquipClass)
row.AddFloatValue(eInfo.ETimMissProduction.Value)
row.AddStrValue(eInfo.ETimMissProduction.Uom)
row.AddTimeValue(eInfo.DTimRepair.Time)
row.AddStrValue(eInfo.Description)
rows = append(rows, row)
}
}
dSet.HeadersName = headers
dSet.Rows = rows
return dSet
}
func buildDDRLithShowInfo(dReports []DrillReport, datasetName string) common.DataSet {
var dSet common.DataSet
var headers []string
var rows []common.RowData
dSet.Name = datasetName
idSet := buildDDRRowIdentification(dReports[0], datasetName)
headers = []string{"RecordId", "DTim", "MdTop", "MdTop_UoM",
"MdBottom", "MdBottom_UoM", "TvdTop", "TvdTop_UoM", "TvdBottom", "TvdBottom_UoM",
"Show", "Lithology"}
headers = append(idSet.HeadersName, headers...)
for i := 0; i < len(dReports); i++ {
recordId := common.CreateUUID()
idSet = buildDDRRowIdentification(dReports[i], datasetName)
for s := 0; s < len(dReports[i].LithShowInfos); s++ {
lInfo := dReports[i].LithShowInfos[s]
row := idSet.Rows[0]
row.AddStrValue(recordId)
row.AddTimeValue(lInfo.DTim.Time)
row.AddFloatValue(lInfo.MdTop.Value)
row.AddStrValue(lInfo.MdTop.Uom)
row.AddFloatValue(lInfo.MdBottom.Value)
row.AddStrValue(lInfo.MdBottom.Uom)
row.AddFloatValue(lInfo.TvdTop.Value)
row.AddStrValue(lInfo.TvdTop.Uom)
row.AddFloatValue(lInfo.TvdBottom.Value)
row.AddStrValue(lInfo.TvdBottom.Uom)
row.AddStrValue(lInfo.Show)
row.AddStrValue(lInfo.Lithology)
rows = append(rows, row)
}
}
dSet.HeadersName = headers
dSet.Rows = rows
return dSet
}
func buildDDRFormTestInfo(dReports []DrillReport, datasetName string) common.DataSet {
var dSet common.DataSet
var headers []string
var rows []common.RowData
dSet.Name = datasetName
idSet := buildDDRRowIdentification(dReports[0], datasetName)
headers = []string{"RecordId", "DTim", "RunNumber",
"TestNumber", "MD", "MD_UoM", "TVD", "TVD_UoM", "PresPore", "PresPore_UoM",
"FluidDensity", "FluidDensity_UoM", "HydrostaticPresBefore", "HydrostaticPresBefore_UoM",
"LeakOffPressure", "LeakOffPressure_UoM", "GoodSeal", "MdSample", "MdSample_UoM",
"DominateComponent", "DensityHC", "DensityHC_UoM", "VolumeSample", "VolumeSample_UoM", "Description"}
headers = append(idSet.HeadersName, headers...)
for i := 0; i < len(dReports); i++ {
recordId := common.CreateUUID()
idSet = buildDDRRowIdentification(dReports[i], datasetName)
for s := 0; s < len(dReports[i].FormTestInfos); s++ {
fInfo := dReports[i].FormTestInfos[s]
row := idSet.Rows[0]
row.AddStrValue(recordId)
row.AddTimeValue(fInfo.DTim.Time)
row.AddStrValue(fInfo.RunNumber)
row.AddIntValue(fInfo.TestNumber)
row.AddFloatValue(fInfo.Md.Value)
row.AddStrValue(fInfo.Md.Uom)
row.AddFloatValue(fInfo.Tvd.Value)
row.AddStrValue(fInfo.Tvd.Uom)
row.AddFloatValue(fInfo.PresPore.Value)
row.AddStrValue(fInfo.PresPore.Uom)
row.AddFloatValue(fInfo.FluidDensity.Value)
row.AddStrValue(fInfo.FluidDensity.Uom)
row.AddFloatValue(fInfo.HydrostaticPresBefore.Value)
row.AddStrValue(fInfo.HydrostaticPresBefore.Uom)
row.AddFloatValue(fInfo.LeakOffPressure.Value)
row.AddStrValue(fInfo.LeakOffPressure.Uom)
row.AddStrValue(strconv.FormatBool(fInfo.GoodSeal))
row.AddFloatValue(fInfo.MdSample.Value)
row.AddStrValue(fInfo.MdSample.Uom)
row.AddStrValue(fInfo.DominateComponent)
row.AddFloatValue(fInfo.DensityHC.Value)
row.AddStrValue(fInfo.DensityHC.Uom)
row.AddFloatValue(fInfo.VolumeSample.Value)
row.AddStrValue(fInfo.VolumeSample.Uom)
row.AddStrValue(fInfo.Description)
rows = append(rows, row)
}
}
dSet.HeadersName = headers
dSet.Rows = rows
return dSet
}
func buildDDRWellTestInfo(dReports []DrillReport, datasetName string) common.DataSet {
var dSet common.DataSet
var headers []string
var rows []common.RowData
dSet.Name = datasetName
idSet := buildDDRRowIdentification(dReports[0], datasetName)
headers = []string{"RecordId", "DTim", "TestType", "TestNumber",
"MDTop", "MDTop_UoM", "MDBottom", "MDBottom_UoM", "TvdTop", "TvdTop_UoM",
"TvdBottom", "TvdBottom_UoM", "ChokeSize", "ChokeSize_UomM",
"DensityOil", "DensityOil_UoM", "DensityWater", "DensityWater_UoM",
"DensityGas", "DensityGas_UoM", "FlowrateOil", "FlowrateOil_UoM",
"FlowrateWater", "FlowrateWater_UoM", "FlowrateGas", "FlowrateGas_UoM", "PresShutin",
"PresShutin_UoM", "PresFlowing", "PresFlowing_UoM", "PresBottom", "PresBottom_UoM",
"GasOilRatio", "GasOilRatio_UoM", "WaterOilRatio", "WaterOilRatio_UoM",
"Chloride", "Chloride_UoM", "CarbonDioxide", "CarbonDioxide_UoM", "HydrogenSulfide",
"HydrogenSulfide_UoM", "VolOilTotal", "VolOilTotal_UoM", "VolGasTotal", "VolGasTotal_UoM",
"VolWaterTotal", "VolWaterTotal_UoM", "VolOilStored", "VolOilStored_UoM", "Comment"}
headers = append(idSet.HeadersName, headers...)
for i := 0; i < len(dReports); i++ {
recordId := common.CreateUUID()
idSet = buildDDRRowIdentification(dReports[i], datasetName)
for s := 0; s < len(dReports[i].WellTestInfos); s++ {
wInfo := dReports[i].WellTestInfos[s]
row := idSet.Rows[0]
row.AddStrValue(recordId)
row.AddTimeValue(wInfo.DTim.Time)
row.AddStrValue(wInfo.TestType)
row.AddIntValue(wInfo.TestNumber)
row.AddFloatValue(wInfo.MdTop.Value)
row.AddStrValue(wInfo.MdTop.Uom)
row.AddFloatValue(wInfo.MdBottom.Value)
row.AddStrValue(wInfo.MdBottom.Uom)
row.AddFloatValue(wInfo.TvdTop.Value)
row.AddStrValue(wInfo.TvdTop.Uom)
row.AddFloatValue(wInfo.TvdBottom.Value)
row.AddStrValue(wInfo.TvdBottom.Uom)
row.AddFloatValue(wInfo.ChokeSize.Value)
row.AddStrValue(wInfo.ChokeSize.Uom)
row.AddFloatValue(wInfo.DensityOil.Value)
row.AddStrValue(wInfo.DensityOil.Uom)
row.AddFloatValue(wInfo.DensityWater.Value)
row.AddStrValue(wInfo.DensityWater.Uom)
row.AddFloatValue(wInfo.DensityGas.Value)
row.AddStrValue(wInfo.DensityGas.Uom)
row.AddFloatValue(wInfo.FlowRateOil.Value)
row.AddStrValue(wInfo.FlowRateOil.Uom)
row.AddFloatValue(wInfo.FlowRateWater.Value)
row.AddStrValue(wInfo.FlowRateWater.Uom)
row.AddFloatValue(wInfo.FlowRateGas.Value)
row.AddStrValue(wInfo.FlowRateGas.Uom)
row.AddFloatValue(wInfo.PresShutIn.Value)
row.AddStrValue(wInfo.PresShutIn.Uom)
row.AddFloatValue(wInfo.PresFlowing.Value)
row.AddStrValue(wInfo.PresFlowing.Uom)
row.AddFloatValue(wInfo.PresBottom.Value)
row.AddStrValue(wInfo.PresBottom.Uom)
row.AddFloatValue(wInfo.GoR.Value)
row.AddStrValue(wInfo.GoR.Uom)
row.AddFloatValue(wInfo.WaterOilRatio.Value)
row.AddStrValue(wInfo.WaterOilRatio.Uom)
row.AddFloatValue(wInfo.Chloride.Value)
row.AddStrValue(wInfo.Chloride.Uom)
row.AddFloatValue(wInfo.CarbonDioxide.Value)
row.AddStrValue(wInfo.CarbonDioxide.Uom)
row.AddFloatValue(wInfo.HydrogenSulfide.Value)
row.AddStrValue(wInfo.HydrogenSulfide.Uom)
row.AddFloatValue(wInfo.VolOilTotal.Value)
row.AddStrValue(wInfo.VolOilTotal.Uom)
row.AddFloatValue(wInfo.VolGasTotal.Value)
row.AddStrValue(wInfo.VolGasTotal.Uom)
row.AddFloatValue(wInfo.VolWaterTotal.Value)
row.AddStrValue(wInfo.VolWaterTotal.Uom)
row.AddFloatValue(wInfo.VolOilStored.Value)
row.AddStrValue(wInfo.VolOilStored.Uom)
row.AddStrValue(wInfo.Comment)
rows = append(rows, row)
}
}
dSet.HeadersName = headers
dSet.Rows = rows
return dSet
}
func buildDDRCoreInfo(dReports []DrillReport, datasetName string) common.DataSet {
var dSet common.DataSet
var headers []string
var rows []common.RowData
dSet.Name = datasetName
idSet := buildDDRRowIdentification(dReports[0], datasetName)
headers = []string{"RecordId", "DTim",
"CoreNumber", "MDTop", "MDTop_UoM", "MDBottom", "MDBottom_UoM",
"TvdTop", "TvdTop_UoM", "TvdBottom", "TvdBottom_UoM", "LenRecovered",
"LenRecovered_UoM", "RecoverPc", "RecoverPc_UoM",
"LenBarrel", "LenBarrel_UoM", "InnerBarrelType", "CoreDescription"}
headers = append(idSet.HeadersName, headers...)
for i := 0; i < len(dReports); i++ {
recordId := common.CreateUUID()
idSet = buildDDRRowIdentification(dReports[i], datasetName)
for s := 0; s < len(dReports[i].CoreInfos); s++ {
cInfo := dReports[i].CoreInfos[s]
row := idSet.Rows[0]
row.AddStrValue(recordId)
row.AddTimeValue(cInfo.DTim.Time)
row.AddStrValue(cInfo.CoreNumber)
row.AddFloatValue(cInfo.MDTop.Value)
row.AddStrValue(cInfo.MDTop.Uom)
row.AddFloatValue(cInfo.MDBottom.Value)
row.AddStrValue(cInfo.MDBottom.Uom)
row.AddFloatValue(cInfo.TvdTop.Value)
row.AddStrValue(cInfo.TvdTop.Uom)
row.AddFloatValue(cInfo.TvdBottom.Value)
row.AddStrValue(cInfo.TvdBottom.Uom)
row.AddFloatValue(cInfo.LenRecovered.Value)
row.AddStrValue(cInfo.LenRecovered.Uom)
row.AddFloatValue(cInfo.RecoverPC.Value)
row.AddStrValue(cInfo.RecoverPC.Uom)
row.AddFloatValue(cInfo.LenBarrel.Value)
row.AddStrValue(cInfo.LenBarrel.Uom)
row.AddStrValue(cInfo.InnerBarrelType)
row.AddStrValue(cInfo.CoreDescription)
rows = append(rows, row)
}
}
dSet.HeadersName = headers
dSet.Rows = rows
return dSet
}
func buildDDRLoginfo(dReports []DrillReport, datasetName string) common.DataSet {
var dSet common.DataSet
var headers []string
var rows []common.RowData
dSet.Name = datasetName
idSet := buildDDRRowIdentification(dReports[0], datasetName)
headers = []string{"RecordId", "DTim",
"RunNumber", "ServiceCompany", "Service", "MDTop", "MDTop_UoM", "MDBottom",
"MDBottom_UoM", "TvdTop", "TvdTop_UoM", "TvdBottom", "TvdBottom_UoM", "Tool",
"TempBHCT", "TempBHCT_UoM", "TempBHST", "TempBHST_UoM", "ETimStatic", "ETimStatic_UoM",
"MDTempTool", "MDTempTool_UoM", "TvdTempTool", "TvdTempTool_UoM", "Comment"}
headers = append(idSet.HeadersName, headers...)
for i := 0; i < len(dReports); i++ {
recordId := common.CreateUUID()
idSet = buildDDRRowIdentification(dReports[i], datasetName)
for s := 0; s < len(dReports[i].LogInfos); s++ {
lInfo := dReports[i].LogInfos[s]
row := idSet.Rows[0]
row.AddStrValue(recordId)
row.AddTimeValue(lInfo.DTim.Time)
row.AddStrValue(lInfo.RunNumber)
row.AddStrValue(lInfo.ServiceCompany)
row.AddStrValue(lInfo.Service)
row.AddFloatValue(lInfo.MdTop.Value)
row.AddStrValue(lInfo.MdTop.Uom)
row.AddFloatValue(lInfo.MdBottom.Value)
row.AddStrValue(lInfo.MdBottom.Uom)
row.AddFloatValue(lInfo.TvdTop.Value)
row.AddStrValue(lInfo.TvdTop.Uom)
row.AddFloatValue(lInfo.TvdBottom.Value)
row.AddStrValue(lInfo.TvdBottom.Uom)
row.AddStrValue(lInfo.Tool)
row.AddFloatValue(lInfo.TempBHCt.Value)
row.AddStrValue(lInfo.TempBHCt.Uom)
row.AddFloatValue(lInfo.TempBHST.Value)
row.AddStrValue(lInfo.TempBHST.Uom)
row.AddFloatValue(lInfo.ETimStatic.Value)
row.AddStrValue(lInfo.ETimStatic.Uom)
row.AddFloatValue(lInfo.MdTempTool.Value)
row.AddStrValue(lInfo.MdTempTool.Uom)
row.AddFloatValue(lInfo.TvdTempTool.Value)
row.AddStrValue(lInfo.TvdTempTool.Uom)
row.AddStrValue(lInfo.Comment)
rows = append(rows, row)
}
}
dSet.HeadersName = headers
dSet.Rows = rows
return dSet
}
func buildDDRActivities(dReports []DrillReport, datasetName string) common.DataSet {
var dSet common.DataSet
var headers []string
var rows []common.RowData
dSet.Name = datasetName
idSet := buildDDRRowIdentification(dReports[0], datasetName)
headers = []string{"RecordId", "DTimStart", "DTimEnd",
"MD", "MD_UoM", "Tvd", "Tvd_UoM", "Phase", "ProprietaryCode",
"Conveyance", "MdHoleStart", "MdHoleStart_UoM", "State", "StateDetailActivity", "Comment"}
headers = append(idSet.HeadersName, headers...)
for i := 0; i < len(dReports); i++ {
recordId := common.CreateUUID()
idSet = buildDDRRowIdentification(dReports[i], datasetName)
for s := 0; s < len(dReports[i].Activities); s++ {
act := dReports[i].Activities[s]
row := idSet.Rows[0]
row.AddStrValue(recordId)
row.AddTimeValue(act.DTimStart.Time)
row.AddTimeValue(act.DTimeEnd.Time)
row.AddFloatValue(act.Md.Value)
row.AddStrValue(act.Md.Uom)
row.AddFloatValue(act.Tvd.Value)
row.AddStrValue(act.Tvd.Uom)
row.AddStrValue(act.Phase)
row.AddStrValue(act.ProprietaryCode)
row.AddStrValue(act.Conveyance)
row.AddFloatValue(act.MdHoleStart.Value)
row.AddStrValue(act.MdHoleStart.Uom)
row.AddStrValue(act.State)
row.AddStrValue(act.StateDetailActivity)
row.AddStrValue(act.Comment)
rows = append(rows, row)
}
}
dSet.HeadersName = headers
dSet.Rows = rows
return dSet
}
func buildDDRSurveyStation(dReports []DrillReport, datasetName string) common.DataSet {
var dSet common.DataSet
var headers []string
var rows []common.RowData
dSet.Name = datasetName
idSet := buildDDRRowIdentification(dReports[0], datasetName)
headers = []string{"RecordId", "DTim", "MD", "MD_UoM", "Tvd", "Tvd_UoM",
"Incl", "Incl_UoM", "Azi", "Azi_UoM",
"Comment"}
headers = append(idSet.HeadersName, headers...)
for i := 0; i < len(dReports); i++ {
recordId := common.CreateUUID()
idSet = buildDDRRowIdentification(dReports[i], datasetName)
for s := 0; s < len(dReports[i].SurveyStations); s++ {
sStation := dReports[i].SurveyStations[s]
row := idSet.Rows[0]
row.AddStrValue(recordId)
row.AddTimeValue(sStation.DTim.Time)
row.AddFloatValue(sStation.Md.Value)
row.AddStrValue(sStation.Md.Uom)
row.AddFloatValue(sStation.Tvd.Value)
row.AddStrValue(sStation.Tvd.Uom)
row.AddFloatValue(sStation.Incl.Value)
row.AddStrValue(sStation.Incl.Uom)
row.AddFloatValue(sStation.Azi.Value)
row.AddStrValue(sStation.Azi.Uom)
row.AddStrValue(sStation.Comment)
rows = append(rows, row)
}
}
dSet.HeadersName = headers
dSet.Rows = rows
return dSet
}
func buildDDRPorePressure(dReports []DrillReport, datasetName string) common.DataSet {
var dSet common.DataSet
var headers []string
var rows []common.RowData
dSet.Name = datasetName
idSet := buildDDRRowIdentification(dReports[0], datasetName)
headers = []string{"RecordId", "ReadingKind", "EquivalentMudWeight",
"EquivalentMudWeight_UoM", "DTim", "MD", "MD_UoM", "Tvd", "Tvd_UoM", "Comment"}
headers = append(idSet.HeadersName, headers...)
for i := 0; i < len(dReports); i++ {
recordId := common.CreateUUID()
idSet = buildDDRRowIdentification(dReports[i], datasetName)
for s := 0; s < len(dReports[i].PorePressures); s++ {
row := idSet.Rows[0]
row.AddStrValue(recordId)
porePressure := dReports[i].PorePressures[s]
row.AddStrValue(porePressure.ReadingKind)
row.AddFloatValue(porePressure.EquivalentMudWeight.Value)
row.AddStrValue(porePressure.EquivalentMudWeight.Uom)
row.AddTimeValue(porePressure.DTim.Time)
row.AddFloatValue(porePressure.Md.Value)
row.AddStrValue(porePressure.Md.Uom)
row.AddFloatValue(porePressure.Tvd.Value)
row.AddStrValue(porePressure.Tvd.Uom)
row.AddStrValue(porePressure.Comment)
rows = append(rows, row)
}
}
dSet.HeadersName = headers
dSet.Rows = rows
return dSet
}
func buildDDRDrillReportInfo(dReports []DrillReport, datasetName string) common.DataSet {
var dSet common.DataSet
var headers []string
var rows []common.RowData
headers = []string{"DataUUID", "DrillReportUid",
"DrillReportUidWell", "DrillReportUidWellbore",
"NameWell", "NameWellNamingSystem",
"NameWellbore", "NameWellboreNamingSystem", "ReportName", "ReportDTimStart",
"ReportDTimEnd", "VersionKind",
"CreatedDate",
"ExtendedReportTime", "ExtendedReport", "Comment"}
dSet.HeadersName = headers
dSet.Name = datasetName
for i := 0; i < len(dReports); i++ {