INTREPID batch processing (G19)
Contents
1. primary grid dataset to do work on optional grid_subset_INT Subset 3 use if you just want a subset of your gridded data optional GetRolloffTypeList RolloffType 4 default NO_Rol11l0ff optional GetWindowTypeList WindowType 5 default NO_Window optional GetFillTypeList FillType 6 default NO_Fill optional bool FillStopAtEdge 8 default false optional int32 DetrendDegree 7 default 1 detrend the input grid optional ctm SetReferenceMagneticField IGRF 9 optional int32 Number_CPUs 10 default 1 here is the way to get more CPUs into the act optional string FilteredGridName 11 default filtered_grid ers optional string FftGridName 12 default fftGridName ers input grid transformed to Fourier coefficients optional string OutputFftGridName 13 default OutfftGridName ers this is the Fourier coeffiecents grid optional string InputRadialPowerSpectrumReport 14 default inputRadial rpt optional string OutputRadialPowerSpectrumReport 15 default outputRadial rpt options to keep intermediate grids optional string WindowedGridName 16 default windowGrid ers optional string ExpandedGridName 17 default expandedGrid ers optional string AmplitudeGridName 18 default amplitudeGrid ers optional string PhaseGridName 19 default phaseGrid ers optional string CoefficientGridName 20 default coefficientsGrid ers optional2. 7 sub_anomt job 573B Intrepid job file it desses fd jar T sub_anomLM job 575B Intrepid job file a B 2 ae R subset rpt 10 12 2012 1 08 41 PM 880B Intrepid Report File a Ga a mer Z uw_grid ers 27 03 2003 1 38 54PM 0B Intrepid Grid File ei B an Z vd_grid ers 27 03 2003 1 38 54 PM 0B Intrepid Grid File E E vd_grid1 ers 13 12 2012 1 05 54 PM 0B Intrepid Grid File E i form z d E B help Process Begin amp p images Name subset Comments Intrepid Audit Stamp v4 5 0 HEAD for Windows x64 by BUSTER Build 10 12 20127 ess B kernel POLY C Intrepid v4 5 sample_data guided_tours intrepid_datasets polyA DIR jb ib GRID C Intrepid v4 5 sample_data guided_tours intrepid_datasets smooth_grid ers F out C Intrepid v4 5 sample_data guided_tours intrepid_datasets anoml_gridi ers H I lut ReportFile subset rpt w lynxdata Parameters Begin L Box_Centroid_East 0 0 Jb manuals Box_Centroid_North 0 0 S nut Box_width 0 0 J proj Box_Height 0 0 T m Box_Rotation 0 0 J sample_data Box_LLEast 0 8 E p cookbooks Box_LLNorth e 8 f Box_UREast 0 0 i examples Box_URNorth 6 quided_tours Output_subsampling a i geosoft_datasets Rectangleoption None adi E N W sdk Exclude No H U temp Box_Projection TMANGSS T N Box_Datum AGDE6 J veredist Parameters End Ji Perflogs Process End amp J Program Files ies p Program Files x86 J SwTooLs a temp E fess 2 usb_images pb Users i i Wind
3. locating naming in INTREPID Guided Tours Introduction G01 For a more detailed description of INTREPID datasets see Introduction to the INTREPID database G20 For even more detail see INTREPID database file and data structures R05 Location of sample data for CookBooks Right next to the Guided tours data is a rich set of more exotic geophysics datasets and grids already prepared for the cookbook training sessions A casual user might also gain some trial and error insights into the capbilities of the software just by testing the Project Manger s ability to preview and describe the attributes of each of the cookbook datasets Should you complete this guided tour Library Help Top This guided tour is intended for intermediate level users It describes an INTREPID process that requires precise editing of a text file and understanding of the concept of batch processing If you are a beginner or wish only to have a brief overview of INTREPID s capabilities you can omit this guided tour Batch processing is however a very important and timesaving INTREPID process You should not omit it from a thorough evaluation of INTREPID s capabilities 2012 Intrepid Geophysics 4 Back gt INTREPID User Manual Library Help Top What you will do Flowchart Summary Existing job file Library Help Top Edit job file in a text editor INTREPID batch processing G19 5 Use Project Manaer to
4. run the batch file l View the grid dataset 2012 Intrepid Geophysics 4 Back gt Outputs Edited job file Grid dataset lt 4 Back gt INTREPID User Manual Library Help Top Steps to follow INTREPID batch processing G19 6 4 Back gt In Managing INTREPID datasets G06 you created a job file called sub_anomL1 job This job file would perform the subsectioning task described in that guided tour EY In this guided tour you will edit the job file to modify the task then have INTREPID carry out the new task in its batch operation mode eas The existing job file uses the polygon dataset polyA to create a subsection of the grid dataset smooth_grid The new grid dataset created by this process is called anomL_grid The new job file creates a subsection of the same size and location using the same polygon dataset polyA It creates the subsection from the microlevelled grid dataset mlevel_grid The new grid dataset created by this process is called L_mlev_grid You will use sub_anomL job a solution file we have provided which is identical to sub_anomL1 job The following table summarises the changes you will make to the existing job file Existing job file New job file Name of job file sub_anomL job sub_anomLM1 job Source grid dataset smooth_grid mlevel_grid Polygon dataset polyA polyA Target grid dataset anomL_grid L_mlev_grid1 Tip
5. the parameter settings and pass them into the tool GOOGLE kindly have put all this technology in the public domain and what they have gifted is very close to our internal designs so once it was realised how close it is in spirit and intent to the internally developed system only much better it took very little time time to decide to migrate to the GOOGLE technology typically it took about one day to convert an existing tool over to also use this technology including the duplication of the test system And finally the Eclipse framework also has support for protobufs so the whole business of buoilding and maintaining a formal specification of all the processes can be streamlined and then more easily understood by even relatively inexperienced code developers This also applies to any enthusists who wish to use the INTREPID specifications that cover all of the Geomodeller and Intrepid tool set If you have Eclipse you can get GOOGLE protobuf plug in and off you go Python binding Java and C are all available Parms Blocks Most INTREPID tools can save the current working parameters Save Options to a job file Most tools will also load a set of working parameters Load Options from an existing job file In addition you can execute job files independently of the interactive tool using a special batch language command Job files are simple block structured ASCII text files that define the inputs outputs parameters and operations r
6. 03 2004 4 15 38 PM 8KB Intrepid colour legend lt d form iJi help Grid Metadata Statistics Histogram Thumbnail i images 4 J kernel f a Ji lib 3J ut Ji lynxdata manuals a nut J proj J sample_data Ji cookbooks ca examples S J gquided_tours geosoft_datasets ad J sdk J temp a Jh veredist i i PerfLogs i Ji Program Files J Program Files x86 i d SWTOOLS fe Jy temp usb_images Gj Users iJi Windows i ga des_fast D e Homegroup x Signal Magnitude Band 1 With V4 5 INTREPID is delivering many more examples of more powerful processes involved with supporting tensors vectors etc The cookbook section of the sample_data has a new tensors ProcessSurveyJOBS directory with many examples of ways to do terrain corrections grid form the tensor handle Falcon datsets etc etc Whilst all of this is not comprehensively documented in these tours the syntax especially with V5 0 becomes a lot more self documenting The example below is for a spreadsheet editor job to create a new Tensor field in an Oasis database using the individual components Library Help Top 2012 Intrepid Geophysics 4 Back gt INTREPID User Manual Library Help Top INTREPID batch processing G19 9 4 Back gt taset Editing Display Levelling Gridding Filtering Mapping Gravity Radiometrics Interpretation Utilities Betas Help older C Intrepid V4 5 sample_
7. 4 Back gt Context of this guided tour In the context of your data processing cycle this tour describes creating a subsection of a grid dataset based on a subsectioning process performed on another grid earlier in the cycle The new subsection will cover the same geographic region because it uses the same polygon dataset but will use different input and output grid specifications Location of sample data for Guided Tours We provide two complete sets of sample datasets one in INTREPID format and one in Geosoft format INTREPID works equally well with both formats When you want to open a dataset navigate to the directory containing the required data format Where install_path is the path of your INTREPID installation the project directories for the Guided Tours sample data are install_path sample_data guided_tours intrepid_ datasets and install_path sample_data guided_tours geosoft_datasets For example if INTREPID is installed in C Program Files Intrepid Intrepid4 5 nnn then you can find the INTREPID format sample data at C Program Files Intrepid Intrepid4 5 nnn sample_data guided_tours intrepid_datasets This is the default location for the sample data If you have installed INTREPID normally the data resides there If you have installed INTREPID elsewhere the exercises will work just as well Just use the appropriate pathnames For more information about installing the sample data see Sample datasets installing
8. INTREPID User Manual INTREPID batch processing G19 1 Library Help Top 4 Back gt INTREPID batch processing G19 Top Library Help Top The guided tours up to now have concentrated on the interactive use of INTREPID INTREPID also provides powerful batch operation through the use of task specification files This is referred to as job files for our historic PARMS block structured language Protobuf With the release of V5 0 INTREPID a complete new world of batch processing technology is also being co released with guarenteed duplication of functionality for all tools Our test system in fact contains many exactly duplicate jobs this time expressed in the new GOOGLE protobuf syntax to verify that the same process can be reproduced using the new syntax So why change Well firstly INTREPID gets to publish the formal task specification language to all our users so it is comepletely unambiguous This is done in the API section of the product distribution These proto files completely encapulate the data model used to specify each and every option process and message These files are guarenteed to be exactly the same as those used to build the batch engine indise the delivered system Secondly INTREPID is relieved of the job of writing parsers and validation code to tell you what you have or have not done wrong in creating the task files All thet is required is a minimal amout of glue code to pick up
9. Job file names always have the extension job Load the job 1 A cn ee Launch the text editor of your choice e g Notepad for Windows or vi under UNIX Load the file sub_anomL job from directory install_path sample_data guided_tours intrepid_datasets into the text editor or preferably make a copy of this file called sub_anomLM1 job before launching the text editor and edit the copy Load the file sub_anomL job into a text editor Notepad sub_anomL job File Edit Search Help Hit Audit Stamp Audit Stamp U3 1d 16 7 1996 11 52 53 Process Begin Comments Audit Stamp U3 1d 16 7 1996 Name subsection POLY polyA GRID smooth_grid OUT anomL_grid1 Parameters Begin Box_Centroid_East 6 6 Box_Centroid_ North 6 6 Box_Width 6 6 Box_Height 6 6 Box_Rotation 6 Output_Subsampling 1 Shrink Yes SplitLines No Exclude No Box_Projection TMANGS4 Box_Datum AGD66 Parameters End Process End Library Help Top 2012 Intrepid Geophysics 4 Back gt INTREPID User Manual INTREPID baich processing G19 7 Library Help Top Edit the job file Save the edited job file Launcha command prompt Execute a job file in batch mode Library Help Top 4 Back gt 2 Edit the file so that it inputs the grid mlevel_grid and produces the grid L_mlev_grid1l Modify the Grid and Out lines of the file so they read as shown in bold below Audit Stamp Audit Stamp V3 1
10. _griders OO O O O crime File Dataset Editing Display Levelling Gridding Filtering Mapping Gravity Radiometrics Interpretation Utilities Betas Help Current Folder C Intrepid v4 5 sample_data guided_tours intrepid_datasets peate File name Last Modified Size File type neni Z dircos_grid ers 13 12 2012 7 09 57 PM 0B Intrepid Grid File a RG dtest spec 12 12 2012 12 20 59 PM 63KB Fie ZB dw_grid ers 27 03 2003 1 38 52 PM 0B Intrepid Grid File i 2012_08_1GC 7 ebagoola_A DIR 27 03 2003 1 38 52 PM 0B Intrepid dataset ii 2 seit E ebagoola_B DIR 27 03 2003 1 38 52 PM 08 Intrepid dataset EF ebagoola_F DIR 27 03 2003 1 38 52 PM 0B Intrepid dataset ei DRIVERS EF ebagoola_s DIR 27 03 2003 1 38 52 PM 0B Intrepid dataset iG GeaModeler EF ebagoola_sT DIR 27 03 2003 1 38 52 PM OB Intrepid dataset je Intrepid EF euler _s DIR 27 03 2003 1 38 52PM 0B Intrepid dataset 5 v4 5 F euler_ss DIR 27 03 2003 1 38 52 PM 0B Intrepid dataset E 5 J algorithm gridMerge rpt 10 12 2012 6 18 38 PM 16KB Intrepid Report File pb bin A History 12 12 2012 11 43 04 AM 20 KB Intrepid History File jb dasses 8 K_Th_U_orid ers 23 04 2006 1 20 22 AM 0B Intrepid Grid File B conta HEE Lmiev_onidvers 03 1 2006 2 22 2 PM trepid Grid Pe i jb credits pas 26 03 2008 8 25 0B Intrepid Grid File 3 J dongledriver Z match_grid ers 27 03 2003 1 38 0B Intrepid Grid File 2 fiters Z mlevel_grid ers 14 08 2003 11 21 58 AM 0B Intrepid Grid File Ub font mievel_grid leg 11
11. alcon before stuff for tensor filtering ctm Tensor_Integration_Method InputTensorComponents 40 default INT_XZ_YZ_22Z ctm Falcon_FFT_TRANSFORM Option RequiredFalconTransform 41 default FALCON_TZ ctm Falcon_Reading_Options RequiredFalconQuery 42 default FALCON_AVERAGE ctm CoordinateReferenceSystem InputGridCoordSysType 43 default END for vector tensor fields string ToolName 99 default gfilt Key points of this guided tour Ina previous guided tour you saved a job file from an interactive session Library Help Top 2012 Intrepid Geophysics lt 4 Back gt INTREPID User Manual INTREPID batch processing G19 11 Library Help Top 4 Back gt In this guided tour you have used the INTREPID batch system to streamline a repetitive task by Editing the existing job file to specify a new task then Executing the job in batch mode You could also reload the edited job file in an interactive session to execute the new task or further reconfigure the job file You can run job files from the command line without launching the interactive tool You can write and edit your own job files using any text editor You can manage repetitive production line activities in conjunction with operating system scripting languages Frequently Asked Questions Library Help Top gt See Oe Does the batch system support argument substitution Yes The Euler Deconvolutio
12. d 5 7 1996 12 22 39 Process Begin Comments Audit Stamp V3 1d 5 7 1996 Name subsection POLY polyA GRID mlevel_grid OUT L_mlev_gridl Parameters Begin Box_Centroid East 0 00 Box_Projection TMAMG54 Box_Datum AGD66 Parameters End Process End If you load a job file that you have saved yourself it will contain relative paths for the input output dataset names For example POLY sample_data guided_tours intrepid_ datasets polyA GRID sample_data guided_tours intrepid_datasets mlevel_grid OUT sample_data guided_tours intrepid_ datasets L_mlev_grid1l 3 Save the edited job file as sub_anomLM1 job Save the job file with the new name sub_anomLM1 job in directory install_path sample_data guided_tours intrepid_datasets tutori als Note Do not save the modifications back to the original file Leave it in its original state for the next person who uses this guided tour 4 Launch a command prompt window Launch a command prompt How you do this will depend on which operating system you are using In Windows either choose Start gt Programs gt Accessories gt Command Prompt or you can use Start gt Run with the command cmd exe 5 Execute the job file At the command line prompt type the command fmanager batch sub_anomLM1 job This command instructs INTREPID to run sub_anomLM1 job as a batch process Any INTREPID job file can be launched in this way INTREPID will execute th
13. data cookbooks tensors ProcessSurvey JOBS js credits R File name Last Modified File type rid oo F auriz_euler_depths job 15 10 2010 12 43 02 PM 1KB Intrepid job file tabi fiters E auriz_worme_FTG job 09 11 2012 3 58 18 PM 2KB Intrepid job file b pat g aurizonia_tensor_terrain_correct job 05 11 2012 10 48 34 PM 3KB Intrepid job file tiji form Fa aurizonia_tensor_terrain_correct_subsa 05 11 2012 6 08 08 PM 3KB Intrepid job file I J bee F dbedit_create_tensor job 23 01 2010 4 37 10 PM Jd images T dbedit_evolume job 23 01 2010 4 37 10 PM 373B Intrepid job file s b fend g dbedit_finalize_tensor_terrain_correctio 21 03 2010 12 25 12 AM 6098 Intrepid job file bid ib E dbedit_mitre_original_compare job 19 02 2010 7 39 12 PM 875B Intrepid job file J a diff_31Gz frm 23 01 2010 4 37 10 PM 152B Intrepid Format File he lynxdata g falcon_butterworth_integrate job 26 08 2012 6 05 32 PM 984B Intrepid job file tali manuals 7 falcon_description ddf 17 08 2011 6 03 48 PM 734B Data Description File i ra E falcon_integrate job 26 08 2012 6 05 32 PM 1KB Intrepid job file be proj E falcon_to_complex_Tzz job 26 08 2012 6 05 32 PM 1KB Intrepid job file 4 sample_data i fto_low_pass_phase_tensor job 11 11 2010 7 01 36 PM 1KB Intrepid job file 7 b cookbooks 7 grid_aurizonia_tensor_terrain job 26 07 2012 4 27 24 PM 1KB Intrepid job file Ga di gaty grid_tensor_mitre job 26 07 2012 4 27 24 PM 1KB Intrepid job fil
14. e H m interpretation grid_tensor_nomitre job 26 07 2012 4 27 24 PM 1KB Intrepid job file g i levelling E gridop_diff job 02 02 2010 8 03 36 PM 708B Intrepid job file Jy radiometrics B m tensors create a tensor field from the parts J ASCIT_Model_Data NERS Bagin fH J Aurizonia Name dbedit Parameters Begin G a BrokenHill_Falcon a Action Begin G d ModelJobs Type OpenField E p ProcessSurvey JOBS Name DB Aurizonia_Block_5_Air FTG gdb T r P Action End rrain W W ae era Action Begin di vectors Type CreateField E eb examples Dtype Tensor i ided to a width i d gquided_tours aay ie ff sdk Name T_FA di temp Initial newTensor Txx_fa Tyx_fa Txz_fa Tyy_fa Tyz_fa Tzz_Fa Action End j m veredist Parameters End rflogs Process End ogram Files ogram Files x86 VTOOLS mp b_images ProtoBuf Examples Library Help Top The Aurizonia tensor grid integration example from the Spectral Filter guided tour is repeated here as a V5 0 task file Example task file gfilt Perform integration on a FTG tensor grid to give best estimate of Vertical component of gravity nb Falcon requires different options Usage fmanager batch auriz_Tensor_integrate task IntrepidTask GridFilter FTG data set from Brazil InputGridName datasets t_integrate ers FilteredGridName datasets t1l_gz ers Band 0 Ff tGridName _ datas
15. e task in batch mode creating the grid dataset L_mlev_gridl Every batch process will write a report which can be inspected either while the process is running or after it has completed This is the recommended way of monitoring the progress of the batch job If you are running UNIX LINUX the report will go to the command window which is running the process If you are running Windows the report will be written to a log file 2012 Intrepid Geophysics 4 Back gt INTREPID User Manual Library Help Top INTREPID batch processing G19 8 4 Back gt Inspect the log file created by the batch process optional The actual name and location of the log file will vary depending upon which version of INTREPID you are using Versions from 4 5 onwards create WINXX user log where user is the user name of the person logged on for example WIN32 chris 1log This file is created in the install_path temp directory When INTREPID performs batch mode tasks it does not display the interactive tool window or provide any other display of its progress until the task is complete other than the log report or file which can be viewed at any time while the process is executing Use a thumbnail tool to view the dataset L_mlev_grid a solution dataset provided by us which is identical to L_mlev_gridl ers 6 View the 7 resulting dataset Extra Examples El Project Manager Lmlev
16. equired for INTREPID tasks You can edit them using any text editor The following illustration shows a typical job file which is being viewed in the ProjectManager display panel As the job task files are simple ASCII files and text editor can be used to modify the syntax 2012 Intrepid Geophysics 4 Back gt INTREPID User Manual INTREPID batch processing G19 2 Library Help Top lt 4 Back gt PPI Project Manager subanomiljob th xe File Dataset Editing Display Levelling Gridding Filtering Mapping Gravity Radiometrics Interpretation Utilities Betas Help Current Folder C Intrepid V4 5 sample_data guided_tours jntrepid_datasets Desktop a i gt File name Last Modified Size File type i 3 BANA E mievel_grid map 11 03 2004 4 18 04 PM 3KB Intrepid oldmap file a Me E Local SA Ef polya DIR 27 03 2003 1 38 52 PM 0B Intrepid dataset oo B ick a EF polyB DIR 27 03 2003 1 38 52 PM OB Intrepid dataset fa hrpi ee Pal prolevelling rpt 32KB Intrepid Report File i logs Z raw_orid ers 0B Intrepid Grid File B ead ZB rtp_grid ers 0B Intrepid Grid File i ic D Z smooth_grid ers 0B Intrepid Grid File Ga F Fa pA d Z smooth_grid_t ers 27 03 2003 1 38 54 PM 0B Intrepid Grid File amp T FEE stitch_a ers 27 03 2003 1 38 54 PM 0B Intrepid Grid File a B pE FE stitch_b ers 27 03 2003 1 38 54PM 0B Intrepid Grid File H v Z stitched ers 27 03 2003 1 0B Intrepid Grid File Ep m s
17. ets tl1_fft OutputFf tGridName _ datasets t1_fft_out WindowedGridName _ datasets t1l_wind ExpandedGridName datasets tl_exp DetrendDegree detrend so dont 0 2012 Intrepid Geophysics silly to lt 4 Back gt INTREPID User Manual INTREPID batch processing G19 10 primary tool this tool is some support you get to do Library Help Top lt 4 Back gt InputGridCoordSysType END Bell data so left hand coords OutputPrecision IEEE4ByteReal FillType ARTHUR RolloffType Cosine_RollOff WindowType NO_Window ReApplyTrendAfterReverseFft false ApplyMaskAfterReverseFft true CalculateTensoriIntegration true ScaleTensorIntegration true change the units from Eotvos to mGals InputTensorComponents INT_XZ_YZ_2Z here is the specification of 3 inputs to produce the one output The formal specification of the syntax for this GridFilter tool is contained in a section of the intrepid_tasks proto file This reproduced below to show the tie in to what you see above for 2D FFT geophysical filtering designed to primarily work in a cartesian map space for working on spheroid is allowed but you are advised to be very cautious this by using a grid that has geodetic projection TODO flesh out the full filter description langauge options message GridFourierFiltering_INT the input database and any relevant fields required string InputGridName 1
18. int32 Band 21 default 1 first band in a multi band grid optional ctm GridDataTypes OutputPrecision 22 default IEEE4ByteReal optional bool ReApplyTrendAfterReverseFft 23 default false not an ordinary filter optional bool ApplyMaskAfterReverseFft 24 default true optional bool UseSymmetry 25 default true save memory by using symmetry in coefficients optional diskUsageRules DiskUsageRule 26 default AUTO repeated fdf FilterDescription_FDF filter 27 access to special filter descriptions list of special compound filtering options all mutually exclusive of each other optional optional optional optional optional optional optional optional scale by 10000 here avoid optional integration optional optional optional optional optional bool CalculateAnalyticSignal 30 default false bool CalculateTiltAngle 31 default false bool CalculateTotalHorizontalTiltAngle 32 default false bool CalculateHorizontalDerivative 33 default false double HorizontalDegree 34 default 1 0 bool CalculateTensorIntegration 35 default false bool CalculateFalconTransform 36 default false bool ScaleTensorIntegration 37 default false units change from EOTVOS to mGal is a leading edge compound option hilbert pair and the convolution theorem Trouble for now bool LowPassFalconIntegration 38 default false anti alias filter for f
19. n reference manual shows such an example Does the batch system support repeat loops Yes The Kuler Deconvolution reference manual shows such an example Can I monitor the progress of the batch job while it is running Yes INTREPID provides a log file report for Windows and a terminal report for UNIX LINUX INTREPID produces an audit trail for ALL of its processes Q As How can I check on the syntax of my job file Try loading the job file into the tool and examine the log file for diagnostic information At V5 0 check the formal specification of the language directly in the intrepid_tasks proto file 2012 Intrepid Geophysics lt 4 Back gt
20. nd use the menus and dialog boxes to adjust only the parameters you wish to change Using job files You can use INTREPID s powerful task specification job file system in two ways e You can execute the task specified by one of these files in INTREPID batch mode You can do this using a command window You can load a job file into an INTREPID interactive tool instead of manually specifying the files parameters and operations Job files are particularly useful when you have repetitive production line tasks You can resubmit or reload a job file repeatedly without needing to use menus and dialog boxes You can further coordinate job files using operating system scripts such as korn shell Several INTREPID tools also know a lot about job and task files being able to parse macros embedded within the syntax and executing repeat loops and paramter subsititutions as required the principal tool for syupporting this extra functionality is the ProjectManager tool or fmanager exe this tool is the backbone of the batch test system as it can decide which tool to execute and also how to asses the correct running via comparing such things as the output statistics against the previously known good results Extra tools with this built in intelligence include invbatch exe and gmbatch exe Library Help Top 2012 Intrepid Geophysics 4 Back gt INTREPID User Manual INTREPID batch processing G19 4 Library Help Top
21. ows Hy des_fast D Homegroup lt m In this guided tour you will use a text editor to make a copy of an existing job file then rapidly perform the new task as a batch process in INTREPID Overview The INTREPID batch mode and task specification job file system can greatly streamline your data processing work You can load job files into interactive tools instead of using menus and dialog boxes to specify the task parameters You can execute tasks in INTREPID batch mode using job files Job files are in ASCII text format and use a simple task specification language The V5 0 syntax is also introduced via an example protobuf specfication file and a sample task file Library Help Top 2012 Intrepid Geophysics lt 4 Back gt INTREPID User Manual INTREPID batch processing G19 3 Library Help Top lt 4 Back gt Creating job files You can create a job file by Using the Save Options command which is available in most INTREPID tools Using a text editor to modify an existing job file Edit the History file to recover the job Duplicating and editing job files In many cases you will wish to carry out similar but not identical tasks In this case you can duplicate a job file by e Making a copy and editing the copy using any text editor e g Windows NotePad or vi under UNIX Alternatively you can load an existing job file into an INTREPID interactive tool a
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