GEF formater Wenner-eksempel

Transkript

1 Wenner-eksempel Et datasæt er ét profil, opmålt i Wenner konfigurationen med en eller flere a- afstande for hver position

2 Schlumberger-eksempel Et datasæt er én sondering, som kan være opdelt i flere segmenter, d.v.s. at der er målt ved flere potentialelektrodeafstande

3 GEF-formater Schlumberger-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd > <GEF-dataset> <DATASET a > <PROJECT a <CONTRACTOR a <DATATYPE a <DATASET_GEOELINSTRUMENT> <GEOELINSTRUMENT a </DATASET_GEOELINSTRUMENT> <SCHLUMBERGERHEADER a > <UTMZONE a <DATUM a <SCHLUMBERGERSEGMENT a > <SCHLUMBERGERDATA a </SCHLUMBERGERSEGMENT> </SCHLUMBERGERHEADER> a attributter

4 Schlumberger-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd"> <GEF-dataset> <DATASET ident = "dk.geus.example.schlumberger. vesterskov_rynkeby " name = "Vesterskov Rynkeby sondering " > <PROJECT ident="dk.geus.example" <CONTRACTOR ident="dk.geus" <DATATYPE ident="schlumberger" </DATASET> <DATASET_GEOELINSTRUMENT> <GEOELINSTRUMENT ident="abem.sas300" </DATASET_GEOELINSTRUMENT> <SCHLUMBERGERHEADER xutm="559030" yutm=" " elevation="12" angle="90"> <UTMZONE ident="32" <DATUM ident="ed50" <SCHLUMBERGERSEGMENT a > <SCHLUMBERGERDATA a </SCHLUMBERGERSEGMENT> </SCHLUMBERGERHEADER>

5 Schlumberger-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd"> <GEF-dataset> <DATASET a > <SCHLUMBERGERHEADER a > <SCHLUMBERGERSEGMENT segment="1" a="1"> <SCHLUMBERGERDATA sequence="1" lhalf="3.0" rhoa="47" <SCHLUMBERGERDATA sequence="2" lhalf="5.0" rhoa="49" <SCHLUMBERGERDATA sequence="3" lhalf="7.0 rhoa="54" <SCHLUMBERGERDATA sequence="11" lhalf="100.0" rhoa="23" </SCHLUMBERGERSEGMENT> og evt. et eller flere SCHLUMBEGERSEGMENT elementer </SCHLUMBERGERHEADER> </DATASET>

6 PACES-eksempel Et datasæt er et profil, som kan være sammensat af flere delprofiler. Data er processeret og samlet i sonderinger.

7 PACES-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd"> <GEF-dataset> <DATASET a > <PROJECT a <CONTRACTOR a <DATATYPE a <DATASET_GEOELINSTRUMENT> <GEOELINSTRUMENT a </DATASET_GEOELINSTRUMENT> <PACESHEADER a > <UTMZONE a <DATUM a <PACESCHANNEL a > <PACESCHANNELSETTING a </PACESCHANNEL> <PACESPOSITION a > <PACESDATA a </PACESPOSITION> </PACESHEADER> a attributter

8 GEF-formater PACES-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd"> <GEF-dataset> <DATASET ident = "dk.geus.example.paces.paces_kort" name = "meget kort paces data profil..." reference = "equal.ess databaseudtræk.." processingperson = "Peter Thomsen" note = "PACES 8 kanals test data..." > <PROJECT ident = "dk.geus.example" <CONTRACTOR ident = "dk.au.geofysik.bubi" <DATATYPE ident = "paces" <DATASET_GEOELINSTRUMENT> <GEOELINSTRUMENT ident =dk...pacep02" </DATASET_GEOELINSTRUMENT> <DATASET_GEOELINSTRUMENT> <GEOELINSTRUMENT ident = "dk...tails3" </DATASET_GEOELINSTRUMENT> <PACESHEADER soundingdistance = "10" processingsoftware = "dk..paces" processingsoftwareversion = "1.01b"> <UTMZONE ident = "32" <DATUM ident = "ed50" <PACESCHANNEL a > <PACESCHANNELSETTING a </PACESCHANNEL> <PACESPOSITION a > <PACESDATA a </PACESPOSITION> </PACESHEADER>

9 <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd"> <GEF-dataset> <DATASET a > <PACESHEADER a > <PACESCHANNEL channel="1" offsetgroundc1="36.9" offsetgroundp1="47.2" offsetgroundp2="57.6" offsetgroundc2="67.9" offsetgroundlatfocuspoint="52.4"> <PACESCHANNELSETTING sequence="1" type="filterwidht" value="5.0" <PACESCHANNELSETTING sequence="8" type="maximumdistancebetweentic" value="20.0" unit="meter" </PACESCHANNEL> <PACESCHANNEL channel="8" offsetgroundc1="36.9" offsetgroundlatfocuspoint="65.4"> </PACESCHANNEL> <PACESPOSITION a > <PACESDATA a </PACESPOSITION> </PACESHEADER>

10 <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd"> <GEF-dataset> <DATASET a > <PACESHEADER a > <PACESCHANNEL a > <PACESCHANNELSETTING a </PACESCHANNEL> <PACESPOSITION position="1" xutm=" " yutm=" "> <PACESDATA sequence="1" channel="1" rhoa="50.1" <PACESDATA sequence="8" channel="8" rhoa="51.84" </PACESPOSITION> <PACESPOSITION position="2" xutm=" " yutm=" "> <PACESDATA sequence="1" channel="1" rhoa="48.9" </PACESPOSITION> og mange flere PACESPOSITION elementer </PACESHEADER>

11 MEP-eksempel Et datasæt er ét profil målt i ét roll-along forløb. Alle elektrode positioner angives og nummereres fortløbende (layout). Hvert enkelt datapunkt relateres til sin elektrodeopstilling med elektrodenummrene.

12 MEP-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd"> <GEF-dataset> <DATASET a > <PROJECT a <CONTRACTOR a <DATATYPE a <DATASET_GEOELINSTRUMENT> <GEOELINSTRUMENT a </DATASET_GEOELINSTRUMENT> <MEPHEADER a > <UTMZONE a <DATUM a <MEPLAYOUT a <MEPSETTING a > <MEPSETTINGDATA a </MEPSETING> <MEPDATA a </MEPHEADER> a attributter

13 MEP-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd"> <GEF-dataset> <DATASET ident = "dk.geus.example.mep.skaarupgaard_kort" name = "Skaarupgaard linie 1" reference = "skar01.ohm" recordingstartdate = " " recordingenddate = " " recordingperson = "ilm" processingperson = "ilm" > <PROJECT ident = "dk.geus.example" <CONTRACTOR ident = "dk.geus" <DATATYPE ident = "mep" <DATASET_GEOELINSTRUMENT> <GEOELINSTRUMENT ident = "dk..sas300c.1.a" </DATASET_GEOELINSTRUMENT> <DATASET_GEOELINSTRUMENT> <GEOELINSTRUMENT ident = "se...es464.1.a" </DATASET_GEOELINSTRUMENT> <MEPHEADER> <UTMZONE ident = "32" <DATUM ident = "ed50" <MEPLAYOUT a <MEPSETTING a > <MEPSETTINGDATA a </MEPSETING> <MEPDATA a </MEPHEADER>

14 MEP-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd"> <GEF-dataset> <DATASET a > <MEPHEADER a > <MEPLAYOUT connector="1" xutm=" " yutm=" " elevation="75.00" <MEPLAYOUT connector="2" xutm=" " yutm=" " elevation="75.00" <MEPLAYOUT connector="3" xutm=" " yutm=" " elevation="75.00" og mange flere MEPLAYOUT elementer <MEPSETTING a > <MEPSETTINGDATA a </MEPSETING> <MEPDATA a </MEPHEADER>

15 <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd"> <GEF-dataset> <DATASET a > <MEPHEADER a > <MEPLAYOUT a > <MEPSETTING settingno="1"> <MEPSETTINGDATA sequence="1" type="mintxcurrent" value="0.005" unit="a" <MEPSETTINGDATA sequence="5" type="stackerrorlimit" value="0.0100" </MEPSETTING> <MEPSETTING settingno="2"> <MEPSETTINGDATA sequence="1" type="mintxcurrent" value="0.010" unit="a" </MEPSETTING> <MEPDATA a </MEPHEADER>

16 <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd"> <GEF-dataset> <DATASET a > <MEPHEADER a > <MEPLAYOUT a > <MEPSETTING a > <MEPSETTINGDATA a </MEPSETING> <MEPDATA sequence="1" c1="1" c2="73" p1="25" p2="49" rhoa="33.944" quality="1" numstacks="2" stackerror="0.002" settingno="1" <MEPDATA sequence="2" c1="3" c2="75" p1="27" p2="51" rhoa="34.231" quality="1" numstacks="2" stackerror="0.006" settingno="1" og mange flere MEPDATA elementer </MEPHEADER>

17 TEM-eksempel Et datasæt er enten én sondering eller ét profil (samling) af sonderinger. En sondering inddeles i segmenter (for hver repetitionsfrekvens), hvortil bølgeform, filtre og data relateres DbDt [V/m] time [sec]

18 TEM-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd"> <GEF-dataset> <DATASET a > <PROJECT a <CONTRACTOR a <DATATYPE a <DATASET_GEOELINSTRUMENT> <GEOELINSTRUMENT a </DATASET_GEOELINSTRUMENT> <TEMHEADER a > <UTMZONE a <DATUM a <TEMPOSITION a > <TEMSEGMENT a > <RECEIVERCOIL a <TEMDATA a <TEMWAVEFORM a <TEMFILTER a <TEMSEGMENTSETTING a </TEMSEGMENT> </TEMPOSITION> </TEMHEADER>

19 <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd"> <GEF-dataset> <DATASET ident = "dk.geus.example.tem.beder17" name = "Beder sondering 17" reference = "bed17.tem" recordingstartdate = " " recordingenddate = " " recordingperson = "KIS" processingperson = "EA,FE > <PROJECT ident = "dk.geus.example" <CONTRACTOR ident = "dk.au.geofysik.bubi" <DATATYPE ident = "tem" <DATASET_GEOELINSTRUMENT> <GEOELINSTRUMENT ident = "dk.au.geofysik. protem47-receiver.1.a" </DATASET_GEOELINSTRUMENT> <DATASET_GEOELINSTRUMENT> <GEOELINSTRUMENT ident = "dk.au.geofysik. protem47-transmitter.1.a" </DATASET_GEOELINSTRUMENT> <TEMHEADER a > <UTMZONE a <DATUM a <TEMPOSITION a > <TEMSEGMENT a > <RECEIVERCOIL a <TEMDATA a <TEMWAVEFORM a <TEMFILTER a <TEMSEGMENTSETTING a </TEMSEGMENT> </TEMPOSITION> </TEMHEADER>

20 TEM-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd"> <GEF-dataset> <DATASET a > <TEMHEADER processingsoftware="dk..proread" processingsoftwareversion = "3.2"> <UTMZONE ident = "32" <DATUM ident = "ed50" <TEMPOSITION position = "1" xutm = " " yutm = " " elevation = " > <TEMSEGMENT a > <RECEIVERCOIL a <TEMDATA a <TEMWAVEFORM a <TEMFILTER a <TEMSEGMENTSETTING a </TEMSEGMENT> </TEMPOSITION> </TEMHEADER>

21 <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd"> <GEF-dataset> <DATASET a > <TEMHEADER a > <TEMPOSITION a > <TEMSEGMENT segment = "1" segmenttype = "2" repetitionfrequency = "237.5" transmittercurrent = "1" distance = "0.0" transmitterheight = "0.0" transmitterarea = "1600" transmitterside1 = "40" transmitterside2 = "40" transmitterturns = "1.00" transmitternormalx = "0" transmitternormaly = "0" transmitternormalz = "1" receiverheight = "0.0" receiverarea = "31.4" receivernormalx = "0" receivernormaly = "0" receivernormalz = "1" maxgate = "20" timeshiftconstant = "0.0" dbdtshiftconstant = "0.0" dbdtshiftfactor = "1.0" note = "test data, current... "> <RECEIVERCOIL ident="dk...coil" <TEMDATA a <TEMWAVEFORM a <TEMFILTER a <TEMSEGMENTSETTING a </TEMSEGMENT> </TEMPOSITION> </TEMHEADER>

22 TEM-eksempel TEMSEGMENT felt definitioner N angle distance transmitterside1 transmitterside2 transmitterorientation transmitternormalx=0 transmitternormaly=0 transmitternormalz=1 udsender et vertikalt felt receivernormalx=0 receivernormaly=0 receivernormalz=1 modtager et vertikalt felt

23 <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd"> <GEF-dataset> <DATASET a > <TEMHEADER a > <TEMPOSITION a > <TEMSEGMENT a > <RECEIVERCOIL a NB! Tid fra starten af turnoff ramp <TEMDATA sequence = "1" recordingno = "1" gatecentertime = "9.40E-6" opengatetime = "8.50E-6" closegatetime = "1.020E-5" dbdt = " E-2" dbdtstandarddeviation ="0.075" rhoa = " E1" rhoastandarddeviation ="0.05" quality = "1" NB! Ikke normeret NB! Tiden i beregningen er Tid fra starten af turn-offramp </TEMSEGMENT> </TEMPOSITION> </TEMHEADER> <TEMDATA sequence = "20" recordingno = "1" gatecentertime = "7.0950E-4" opengatetime = " E-4" closegatetime = " E-4" dbdt = " E-7" dbdtstandarddeviation ="0.123" rhoa = " E1" rhoastandarddeviation ="0.082" quality = "1" <TEMWAVEFORM a <TEMFILTER a <TEMSEGMENTSETTING a

24 <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-dataset SYSTEM "http//gerda.geus.dk/dtd/gef-dataset.dtd"> <GEF-dataset> <DATASET a > <TEMHEADER a > <TEMPOSITION a > <TEMSEGMENT a > <RECEIVERCOIL a <TEMDATA a NB! Timedelay=0 er ved starten af turn-off ramp <TEMWAVEFORM sequence = "1" timedelay = " E-3" amplitude = "0.0" <TEMWAVEFORM sequence = "5" timedelay = " E-3" amplitude = "0.0" <TEMFILTER filter = "1" type = "LowPass" filterorder = "1" cutofffrequency = "2.430E5" <TEMFILTER filter = "3" type = "LowPass" filterorder = "2" cutofffrequency = "4.30E5" <TEMSEGMENTSETTING a </TEMSEGMENT> </TEMPOSITION> </TEMHEADER>

25 1D model-eksempel En model er én eller flere 1D modeller. Modellen kan kobles med et eller flere datasæt, hvor modellens positioner kobles med eksisterende datasæt positioner (for Wenner, PACES og TEM. d.pos = 1 m.pos = 1 ρ 1, t 1 ρ 2, t d 1 2 ρ 3, t 3 ρ 4, t 4 d 2 d 3 d 4 ρ 5 d.p 1 d.p 2 d 1 d 2 d.p 3 m.p 1 ρ 1, t 1 ρ 2, t 2 ρ 3 d.p 4 m.p 2 ρ 1, t 1 ρ 2, t 2 d 1 ρ 3 d.p 5 d.p 6 d 2

26 1D model-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-model SYSTEM "http//gerda.geus.dk/dtd/gef-model.dtd"> <GEF-model> <MODEL a > <PROJECT a <INTERPRETATIONCOMPANY a <MODELTYPE a <MODELSOFTWARE a <UTMZONE a <DATUM a <ONEDIMVERTMODEL a > <ONEDVMODELPOSITION a > <ONEDVLAYER a > <ONEDVLAYERSETTING a </ONEDVLAYER> <ONEDVPOSITIONSETTING a </ONEDVMODELPOSITION a > <ONEDVMODEL_DATASET a > <DATASET a <ONEDVMODELPOSITION_DATASETPOSITION a > <ONEDVFORWARDRESPONSE a </ONEDVMODELPOSITION_DATASETPOSITION > <ONEDVMEPPOSITION a <ONEDVMEPDATA a </ONEDVMEPPOSITION> </ONEDVMODEL_DATASET> </ONEDIMVERTMODEL> a attributter

27 1D model-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-model SYSTEM "http//gerda.geus.dk/dtd/gef-model.dtd"> <GEF-model> <MODEL ident = "dk.geus.example.1dv.paces" name = "1D modeller af PACES data " softwareversion = "1.01a" interpretationperson = "PT" inversnorm = "2" > <PROJECT ident = "dk.geus.example" <INTERPRETATIONCOMPANY ident = "dk.au.g" <MODELTYPE ident = "1d-vertical" <MODELSOFTWARE ident = "dk.au...sip" <UTMZONE ident = "32" <DATUM ident = "ed50" <ONEDIMVERTMODEL> <ONEDVMODELPOSITION a > <ONEDVLAYER a > <ONEDVLAYERSETTING a </ONEDVLAYER> <ONEDVPOSITIONSETTING a </ONEDVMODELPOSITION a > <ONEDVMODEL_DATASET a > <DATASET a <ONEDVMODELPOSITION_DATASETPOSITION a > <ONEDVFORWARDRESPONSE a </ONEDVMODELPOSITION_DATASETPOSITION > </ONEDVMODEL_DATASET> </ONEDIMVERTMODEL>

28 <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-model SYSTEM "http//gerda.geus.dk/dtd/gef-model.dtd"> <GEF-model> <MODEL a > <ONEDIMVERTMODEL a > <ONEDVMODELPOSITION position = "1" xutm = " " yutm = " " residualdata = "1.480" numlayers = "4" > <ONEDVLAYER a > <ONEDVLAYERSETTING a </ONEDVLAYER> <ONEDVPOSITIONSETTING a </ONEDVMODELPOSITION a > <ONEDVMODELPOSITION position = "2" xutm = " " yutm = " " residualdata = "1.50" numlayers = "4" > <ONEDVLAYER a > <ONEDVLAYERSETTING a </ONEDVLAYER> <ONEDVPOSITIONSETTING a </ONEDVMODELPOSITION a > og evt. mange flere ONEDVMODELPOSITION er <ONEDVMODEL_DATASET a > <DATASET a <ONEDVMODELPOSITION_DATASETPOSITION a > <ONEDVFORWARDRESPONSE a </ONEDVMODELPOSITION_DATASETPOSITION > </ONEDVMODEL_DATASET> </ONEDIMVERTMODEL>

29 <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-model SYSTEM "http//gerda.geus.dk/dtd/gef-model.dtd"> <GEF-model> <MODEL a > <ONEDIMVERTMODEL a > <ONEDVMODELPOSITION a > <ONEDVLAYER layer = "1" rho = "53.2" rhostandarddeviation = "0.005" thickness = "5.00" depthbottom = "5.00" thicknessapriorivalue = "5.00" thickapriorist iation = "0.001" <ONEDVLAYER layer = "4" rho = "33.1" rhostandarddeviation = "0.015" > <ONEDVLAYERSETTING a </ONEDVLAYER> <ONEDVPOSITIONSETTING a </ONEDVMODELPOSITION a > <ONEDVMODEL_DATASET a > <DATASET a <ONEDVMODELPOSITION_DATASETPOSITION a > <ONEDVFORWARDRESPONSE a </ONEDVMODELPOSITION_DATASETPOSITION > </ONEDVMODEL_DATASET> </ONEDIMVERTMODEL>

30 <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-model SYSTEM "http//gerda.geus.dk/dtd/gef-model.dtd"> <GEF-model> <MODEL a > <ONEDIMVERTMODEL a > <ONEDVMODELPOSITION a > <ONEDVLAYER a <ONEDVLAYERSETTING a </ONEDVLAYER> <ONEDVPOSITIONSETTING sequence = "1" type = "WeightFstNeighbourSounding" value = "0.5" <ONEDVPOSITIONSETTING sequence = "2" type = "WeightSndNeighbourSounding" value = "0.25" og evt. flere ONEDVPOSITIONSETTING s </ONEDVMODELPOSITION a > <ONEDVMODEL_DATASET a > <DATASET a <ONEDVMODELPOSITION_DATASETPOSITION a > <ONEDVFORWARDRESPONSE a </ONEDVMODELPOSITION_DATASETPOSITION > </ONEDVMODEL_DATASET> </ONEDIMVERTMODEL>

31 <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-model SYSTEM "http//gerda.geus.dk/dtd/gef-model.dtd"> <GEF-model> <MODEL a > <ONEDIMVERTMODEL a > <ONEDVMODELPOSITION a > <ONEDVLAYER a <ONEDVLAYERSETTING a </ONEDVLAYER> <ONEDVPOSITIONSETTING a </ONEDVMODELPOSITION a > <ONEDVMODEL_DATASET abscissaeparameter = "FocusDepth ordinateparameter = "Rhoa"> <DATASET ident = "dk...paces.paces" <ONEDVMODELPOSITION_DATASETPOSITION modelposition = "1" datasetposition = "1" > <ONEDVFORWARDRESPONSE a </ONEDVMODELPOSITION_DATASETPOSITION> <ONEDVMODELPOSITION_DATASETPOSITION modelposition = "2" datasetposition = "2" > <ONEDVFORWARDRESPONSE a </ONEDVMODELPOSITION_DATASETPOSITION> og evt. flere ONEDVMODELPOSITION_DATASETPOSITION er </ONEDVMODEL_DATASET> </ONEDIMVERTMODEL>

32 <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-model SYSTEM "http//gerda.geus.dk/dtd/gef-model.dtd"> <GEF-model> <MODEL a > <ONEDIMVERTMODEL a > <ONEDVMODELPOSITION a > <ONEDVLAYER a <ONEDVLAYERSETTING a </ONEDVLAYER> <ONEDVPOSITIONSETTING a </ONEDVMODELPOSITION a > <ONEDVMODEL_DATASET a > <DATASET a <ONEDVMODELPOSITION_DATASETPOSITION a > <ONEDVFORWARDRESPONSE sequence="1" abscissaevalue = "5.19" segment = "1" ordinateresponsevalue = "50.00" ordinatemeasuredvalue = "50.10" <ONEDVFORWARDRESPONSE sequence="8" abscissaevalue = "3.75" segment = "1" ordinateresponsevalue = "52.00" ordinatemeasuredvalue = "51.84" </ONEDVMODELPOSITION_DATASETPOSITION > </ONEDVMODEL_DATASET> </ONEDIMVERTMODEL>

33 1D model-eksempel Model af flere 1D modeller. Modellen kan kobles med et eller flere datasæt. For MEP-data, samles MEP datapunkter i sonderinger mepdata.seq = 10 mepdata.seq = 34 mepdata.seq = 56 mepdata.seq = 74 mepdata.seq = 88 d 1 d.p 3 m.p 1 ρ 1, t 1 ρ 2, t 2 d.p 4 m.p 2 ρ 1, t 1 d 1 ρ 2, t 2 mepdata.seq = 14 mepdata.seq = 38 mepdata.seq = 60 mepdata.seq = 78 mepdata.seq = 91 d 2 d 2 ρ 3 ρ 3

34 <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-model SYSTEM "http//gerda.geus.dk/dtd/gef-model.dtd"> <GEF-model> <MODEL a > <ONEDIMVERTMODEL a > <ONEDVMODELPOSITION a > <ONEDVLAYER a <ONEDVLAYERSETTING a </ONEDVLAYER> <ONEDVPOSITIONSETTING a </ONEDVMODELPOSITION a > <ONEDVMODEL_DATASET a > <DATASET a <ONEDVMODELPOSITION_DATASETPOSITION a > <ONEDVFORWARDRESPONSE a </ONEDVMODELPOSITION_DATASETPOSITION > <ONEDVMEPPOSITION datasetposition="1" xutm = " " yutm = " " elevation = "55.139"> <ONEDVMEPDATA sequence = "527" <ONEDVMEPDATA sequence = "504" <ONEDVMEPDATA sequence = "609" <ONEDVMEPDATA sequence = "459" <ONEDVMEPDATA sequence = "446" <ONEDVMEPDATA sequence = "429" <ONEDVMEPDATA sequence = "427" <ONEDVMEPDATA sequence = "535" <ONEDVMEPDATA sequence = "528" </ONEDVMEPPOSITION> og evt. flere ONEDVMEPPOSITION er </ONEDVMODEL_DATASET> </ONEDIMVERTMODEL>

35 elevation focusdepth GEF formater 2D model-eksempel Et datasæt er én 2D model. Modellen kan kobles med et eller flere datasæt. 0 distance 0 point=1 0 distance point=2

36 2D model-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-model SYSTEM "http//gerda.geus.dk/dtd/gef-model.dtd"> <GEF-model> <MODEL a > <PROJECT a <INTERPRETATIONCOMPANY a <MODELTYPE a <MODELSOFTWARE a <UTMZONE a <DATUM a <TWODIMVERTMODEL a > <TWODVMODELCELL a <TWODVPROFILEPOINT a <TWODVPSETTING a <TWODVMODEL_DATASET a > <DATASET a <TWODVFORWARDRESPONSE a </TWODVMODEL_DATASET> </TWODIMVERTMODEL> a attributter

37 2D model-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-model SYSTEM "http//gerda.geus.dk/dtd/gef-model.dtd"> <GEF-model> <MODEL ident = "dk.geus.example.2dv.skejby_kort" name = "Skejby test line filtered and splined" softwareversion = "2?" interpretationperson = "ILM" inversnorm = "2" > <PROJECT ident = "dk.geus.example" <INTERPRETATIONCOMPANY ident = "dk.geus" <MODELTYPE ident = "2d-vertical" <MODELSOFTWARE ident = "res2dinv" <UTMZONE ident = "32" <DATUM ident = "ed50" <TWODIMVERTMODEL residualdata = "2.80"> <TWODVMODELCELL a <TWODVPROFILEPOINT a <TWODVPSETTING a <TWODVMODEL_DATASET a > <DATASET a <TWODVFORWARDRESPONSE a </TWODVMODEL_DATASET> </TWODIMVERTMODEL>

38 2D model-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-model SYSTEM "http//gerda.geus.dk/dtd/gef-model.dtd"> <GEF-model> <MODEL a > <TWODIMVERTMODEL a > <TWODVMODELCELL cell="1" distance = "3.00" elevation = "54.91" rho = "39.49" cellwidth="2.00" cellheight="1.00" <TWODVMODELCELL cell = "2" distance = "5.00" elevation = "54.87" rho = "39.00" cellwidth="2.00" cellheight="1.00" og flere TWODVMODELCELL s <TWODVPROFILEPOINT a <TWODVPSETTING a <TWODVMODEL_DATASET a > <DATASET a <TWODVFORWARDRESPONSE a </TWODVMODEL_DATASET> </TWODIMVERTMODEL>

39 2D model-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-model SYSTEM "http//gerda.geus.dk/dtd/gef-model.dtd"> <GEF-model> <MODEL a > <TWODIMVERTMODEL a > <TWODVMODELCELL a <TWODVPROFILEPOINT point = "1" distance = "0.00" xutm = " " yutm = " " elevation = "55.964" <TWODVPROFILEPOINT point = "2" distance = "476.00" xutm = " " yutm = " " elevation = "64.900" <TWODVPSETTING a <TWODVMODEL_DATASET a > <DATASET a <TWODVFORWARDRESPONSE a </TWODVMODEL_DATASET> </TWODIMVERTMODEL>

40 2D model-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-model SYSTEM "http//gerda.geus.dk/dtd/gef-model.dtd"> <GEF-model> <MODEL a > <TWODIMVERTMODEL a > <TWODVMODELCELL a <TWODVPROFILEPOINT a <TWODVSETTING sequence = "1" type = "InitialDampingFactor" value = "0.2" <TWODVSETTING sequence = "5" type = "JacobianMatrixCalculation" value = "Recalculate" <TWODVMODEL_DATASET a > <DATASET a <ONEDVFORWARDRESPONSE a </TWODVMODEL_DATASET> </TWODIMVERTMODEL>

41 2D model-eksempel <?xml version="1.0" encoding="iso "?> <!DOCTYPE GEF-model SYSTEM "http//gerda.geus.dk/dtd/gef-model.dtd"> <GEF-model> <MODEL a > <TWODIMVERTMODEL a > <TWODVMODELCELL a <TWODVPROFILEPOINT a <TWODVSETTING a <TWODVMODEL_DATASET abscissaeparameter = "FocusDepth" ordinateparameter = "Rhoa"> <DATASET ident = "dk...mep.skejby" <TWODVFORWARDRESPONSE sequence = "1" distance = "41.00" abscissaevalue = "1.04" segment = "1" ordinateresponsevalue="31.60" ordinatemeasuredvalue="30.85" og flere TWODVFORWARDRESPONSE s </TWODVMODEL_DATASET> </TWODIMVERTMODEL>