c revised 09/30/86 by cmp added to SEIS description C*********************************************************************** C COPYRIGHT ATLANTIC RICHFIELD COMPANY 1991 * C*********************************************************************** c revised 10/07/88 by cmp update SEIS description CUPAGE UTILITY CUINDX CUINDX UTILITIES CU CU SEIS CU CU The Seismic Exploration Interactive System (SEIS) is an umbrella CU for software outside of SPARC that is maintained, supported, and in CU most cases written, by EDP personnel. The EDP data base system, CU Western software package, EDP utilities, interactive seismic CU analysis, AI advisors, plotting software, tape dump, tape copy and CU reformat utilities, foreground SPARC PREP, Geoplot user CU documentation, and user support help are the options currently CU available. CU CU To access the system, type in the command SEIS from TSO READY. CU A menu of available options will be presented to you. Separate CU manuals are available for most of these options. CU CU The CLISTS described in the following pages of this section are CU available from the Utilities option in SEIS. If you enter an CU 'S' beside that option on the menu, a menu of available utilities CU will be presented for your selection. CU CU CU CU CU CU CU CU CU DBS - Data Base Access CU CU With seismic TSO user ids and the proper access authority, users CU may directly search the seismic data bases. These data bases CU contain information about field tapes, processed tapes, available CU documentation, velocity used in processing, etc. The data base CU applications are described in the Data Base System User Manual. CU However, please note the access to these applications is somewhat CU restricted. CUEND CU GM3DXYEP - GM3D XYE Card Processing CU CU A progam for processing GM3D XYE cards is available for execution. CU The program will do interpolation of shotpoint XYE values to save CU the processor from having to manually calculate the values. CU CU To execute the program, select GM3DXYEP from the Utilities menu CU under SEIS. You will be prompted for any necessary information. CU The CLIST takes a SPARC TSO input data set and calculates, fills CU in, and corrects various fields in the GM3D XYE cards. It executes CU a Fortran program which runs in the foreground mode. The resulting CU output data set will be a new sequential data set. CU CU Particulars of the program are: CU CU 1. The shotpoint XYE values not surveyed by the surveyor are CU calculated and filled in on the card. CU 2. If the shotpoint XYE is surveyed and yet not shot, the shot- CU point XYE will be removed from the card. CU 3. CFS and COS cards will be checked to calculate the inline CU offset, inline offset increment, perpendicular offset, and CU perpendicular offset increment values for every live shot- CU point. CU 4. If any shot is skipped, no shotpoint XYE will be calculated. CU 5. This program will only handle data in ascending shotpoint CU number order. The reverse shotpoint condition is rejected CU with a message. CU 6. Repeat shotpoints will be calculated. CU 7. If the user does not have GM3D CFS or COS cards (may be done CU by X'ing out the GM3D to XM3D), the program will fill in CU every shotpoint XYE, and put them between receiver stations. CU No perpendicular offset will be calculated. CU CU Program input: A TSO data set of SPARC data cards with correct CU GM3D CFS, COS, and XYE cards. CU CU Program output: A sequential TSO data set with the same card images CU with the live shotpoint XYE values filled in. CU CU This program is a tool to save time and increase accuracy by elim- CU inating the hand calculation of perpendicular and inline offsets. CU It is recommended that the user run a SRVY plot to check the CU results after passing the data through this program. CUEND CU GM3DXYQC - GM3D XYE Card Error Checking CU CU GM3DXYQC is a clist which executes program XYQC3D to check GM3D XYE CU cards in survey data sets for possible errors. The program uses an CU input data set consisting of GM3D XYE cards, and obtains a standard CU deviation figure from the user. CU CU Errors are identified in the output data set, USERID.XYQC.DATA, CU with an added card image immediately following the card suspected CU of being in error. The added cards all begin with "XYQC XYE". The CU added cards will be in one of three possible forms: CU CU 1. Containing suggested possible corrections to receiver CU number, X, and Y values. CU 2. Having the word "RESTART", indicating a possible break in CU the survey. CU 3. Having "??????????", indicating an error for which an CU acceptable solution could not be found, but did not CU indicate a major break in the survey. CU CU To aid in error evaluation this program should be used in CU conjunction with the electrostatic plot produced by SPARC process CU SRVY. Most errors are single-character, typographical errors, and CU should be corrected manually, not using the full, interpolated CU answer given by this program. CU CU Reliablility: Lines flagged as errors by this program may or may CU not actually be in error. Use the SRVY plot to help with these. CU A survey processed by this program with no errors is very likely CU error free, and need not be checked further. Processing of error CU free data may proceed to GM3DXYEP. CU CU This program saves much time in scanning for errors, and finds many CU errors which are missed when simply checking by hand. CUEND CU GSIXYE - Convert GSI Format XYE into GM3D XYE CU CU GSI supplied receiver X-Y-elevation information on 9 track tape or CU TSO data set (supplied by ARCO survey group) may be converted into CU GM3D XYE card images in a TSO file using GSIXYE clist. GSIXYE will CU generate an IBM job from information input by the user which will CU read the input tape or TSO data set and generate the output data CU set. CU CU The input tape must be in the following format: CU 1) 3 80-byte records of descriptive comments. CU 2) 1 to N 80-byte records as follows; CU CC 4- 8 RECEIVER NUMBER CU CC 12-18 X COORDINATE CU CC 25-31 Y COORDINATE CU CC 40-46 ELEVATION WITH DECIMAL POINT IN 45 CU CC 50-57 LINE NAME CU 3) 2 EOF marks. CU CU The output is as follows: CU 1) A listing of the 3 descriptive comments followed by the GM3D CU card images. CU 2) A data set containing GM3D card images as follows; CU CC 1-10 'GM3D XYE' CU CC 11-15 RECEIVER NUMBER CU CC 22-28 RECEIVER NAME CU CC 29-36 X COORDINATE INCLUDING APPENDED 0 CU CC 37-44 Y CORRDINATE INCLUDING APPENDED 0 CU CC 45-50 ELEVATION CU CU Activate the clist by making the appropriate selection from the CU Utilities option of SEIS. A panel will be displayed on which the CU user should enter the requested information. In most cases, after CU the batch job has generated an output TSO data set, the user should CU use the GM3DXYEP clist to calculate the shotpoint XYE information. CUEND CU HISTORY - Retrieve ARCY History Records CU CU Purpose CU ------- CU The HISTORY clist is used to create JCL and submit a job to read an CU ARCY dataset that was created by SPARC processing. The job will CU retrieve the history records of the dataset and put them in a TSO CU file. CU CU CU Limitation CU ---------- CU The program that reads the data can not retrieve any but the first CU dataset on a tape. This means it will only retrieve the first CU spool member of a dataset and cannot retrieve a dataset from a CU stacked tape unless it is the first one on the tape. CU CU CU Input Parameters CU ---------------- CU The user must specify the ARCY dataset to be read, the TSO output CU dataset that is the destination of the history records, and the JCL CU parameters necessary to submit the job. CU CU The input dataset must be ARCY format and can be either a standard CU label tape, a disk dataset, or an ARCY non-labeled tape. Quotes CU should not be used when specifying the volume. Examples of CU each type of dataset name follow: CU CU Standard Label Tape : D01.T1234567.P0109260.LINENAME CU Disk Dataset : D19.D1847302.P1984759.L153-9 CU ARCY Non-Labeled Tape: G13285 CU CU The output dataset must be a valid TSO dataset name. The dataset CU may be a sequential or partitioned dataset. If it is sequential, CU it must be new or else the new information will overwrite the CU existing dataset. If it is a partitioned dataset, it must already CU exist. The member must be new or else the existing member will CU be overwritten. The default TSO dataset name is CU 'XXXXXX.HISTORY.DATA', where XXXXXX is the user's TSO ID. CU CU The following is a list of the JCL parameters that must be CU specified before the program may be submitted. CU CU User Name: CU This is placed on the job card as the submitter's name. It CU will also appear on the front page of the job when it is CU printed. A maximum of 20 characters is allowed. CU CU Job Name: CU This defaults to XXXXXXHS, where XXXXXX is the user's TSO ID. CU A maximum of 8 characters is allowed. CU CU Charge Code: CU This must be a valid active charge account number, such as CU 215981234 or 284951234. The first five digits must be the CU organization accounting code and the last four digits the CU project code. CU CU Message Class: CU Defaults to 'H', which sends the completed job output to the CU held output queue. The other valid response is 'A', which CU sends the job output to the designated printer. CU CU Notify ID: CU The user with this TSO ID will be notified by a message upon CU completion of the job. Defaults to the user executing this CU procedure. CU CU Print Routing: CU This specifies the printer location, such as 'N8R2', to which CU the job output will be sent. CU CU CU Procedure for execution CU ----------------------- CU Activate the CLIST by selecting HISTORY from the Utilities option CU in SEIS. The Main Parameter Input Panel will be displayed. CU Each response is checked for syntax. If all the parameters are CU entered correctly, the clist will determine (from the dataset name) CU whether the volume is a labeled tape, a disk dataset, or a CU non-labeled tape. Labeled tapes and disk datasets are CU checked for existence. The no-label tape library is checked for CU the location of the non-labeled tape. If the input dataset is CU available, a Confirmation Panel is displayed. Pressing (PF3) CU will cancel the history dump, while pressing will submit CU the job. The user is returned to the Main Parameter Input Panel CU and may request another history dump at this time. To exit the CU clist, press from the Main Parameter Input Panel. CU CU CU Test Procedures CU --------------- CU For testing purposes, there is a parameter on the menu CU which may be answered 'Y' (for Yes) or 'N' (for No). When the CU Test option in active (Yes) then the JCL file is not submitted, CU but is sent to a TSO file called 'XXXXXX.HISTTEST.JCL', where CU XXXXXX is the user's TSO ID. The file may later be submitted CU or modified via PDF. CUEND CUEND CU REMPLOT - Send Remote Plot to Districts CU CU The remote plot system provides the capability of generating CU electrostatic plots (either seismic or graphic) and having the CU plot transmitted directly to a district's IBM computer. CU CU REMPLOT requires use of TSO on the seismic IBM computer. To use CU REMPLOT select the REMPLOT option under SEIS Utilities. Two CU successive screens will then prompt for data needed to proceed. CU After both screens have been completed, a batch job is created CU and submitted which will create and route the requested plot. CU Because of hardware considerations, only one REMPLOT batch job CU will execute at a time. CU CU On the first prompt screen, the user will ordinarily only be CU concerned about the input data set to REMPLOT. Only the first two CU levels of the data set are required for processing, i.e CU "D01.D0123456". If it is desired to use plotting parameters which CU differ from the autoplot parameters, all the plotting parameters, CU not just the parameters being changed, may be entered in a TSO data CU set and that data set name should then be specified on the CU "PARAMETER DATA SET NAME" line. All other entries on the first CU prompt screen should be self explanatory. CU CU The second prompt screen contains the list of possible destina- CU tions. The user should enter the number of the desired location. CU This list will be maintained as plotters or location change. CU CU Execution of the batch job may be tracked by the user via the SDSF CU option (8) of PDF. Following completion of the job, the user may CU receive the following message on their CRT. CU CU hh.mm.ss JOB 1234 $HASP546 DBGxxxx SYSTEM OUTPUT RECEIVED AT dest CU CU This message indicates that the plot output has been received at CU the requested destination and is ready to be plotted. Since the CU transmission of plot data is via low speed telecommunications CU lines, long plots of more than six feet in length should be CU avoided. CU CU Special attention should be paid to the resolution of the CU destination plotter. In the case of 254 dot per inch plotters, CU data may have to be regenerated at the correct resolution. CU CU For seismic wiggle trace work plots (not fully annotated) the CU respecification of the "dots per inch" is done at transmission CU time. CU CU Fully annotated plots have both a "D" data set and an "F" data set CU associated with them (see DATASETS-1). In order to change the CU resolution on a fully annotated plot it is necessary to regenerate CU the "F" dataset. This may be done by adding the "D" dataset to CU the plot queue (through the PLOT option on the SEIS menu). CU Designate the plotter ID as ONFAP; specify an alternate CU parameter file (a TSO data set which contains the appropriate CU plotting commands including the number of dots per inch on the CU plotter. The new "F" data set may then be plotted remotely CU through the REMPLOT utility. CUEND