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Page 1: Yaroslav Sorokin - Accident Consequences Group · PDF file52'265w*udsk$gplqlvwudwru¶v0dqxdo yaroslav sorokin $sulo ,qvw lwxwhri0dwkhpdwlfdo 0dfklqhvdqg6\vwhpv &\ehuqhwlfv&hqwuh ,006&&

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Yaroslav Sorokin

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Page 2: Yaroslav Sorokin - Accident Consequences Group · PDF file52'265w*udsk$gplqlvwudwru¶v0dqxdo yaroslav sorokin $sulo ,qvw lwxwhri0dwkhpdwlfdo 0dfklqhvdqg6\vwhpv &\ehuqhwlfv&hqwuh ,006&&

RtGraph Administrator’s Manual Page 2/26

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&RQWHQWV1 General notes..................................................................................................................3

1.1 What is RtGraph?....................................................................................................31.2 Who is RtGraph’s Administrator.............................................................................5

2 Administrating of RTTF Data Providers .........................................................................62.1 Knowledge about RODOS Real-Time DataBase (RTDB) .......................................7

2.1.1 Classification of the RTDB measured data ......................................................72.1.2 Data used for the model input..........................................................................72.1.3 Selection of data by RtGraph...........................................................................7

2.2 How to start analysis and visualization for new RTTF data provider .......................82.2.1 Configuration ..................................................................................................82.2.2 Manual test .....................................................................................................82.2.3 Automatic mode..............................................................................................8

2.3 How to start analysis and visualization of depot data for new RTTF data provider ..83 Administrating of Near-range Numerical Weather Forecast ..........................................104 Administrating of Far-range Numerical Weather Forecast ............................................105 Administrating of RODOS Automatic Mode Diagnose and Comparison.......................11

5.1 Configuration and test...........................................................................................115.2 How to run RtGraph automatically........................................................................11

5.2.1 Running RtGraph from crontab .....................................................................115.2.2 Running RtGraph from RODOS SystemController........................................12

6 Administrating of RtGraph’s Workspaces.....................................................................126.1 What is RtGraph workspace? ................................................................................126.2 Why RtGraph needs workspaces? .........................................................................126.3 Types of workspaces.............................................................................................136.4 How to define workspace......................................................................................15

6.4.1 swr-file..........................................................................................................156.4.2 wor-file .........................................................................................................16

6.4.2.1 How to add own map.................................................................................166.5 Examples of RtGraph’s workspaces. .....................................................................176.6 How to create simplest workspace for my RTTF data provider .............................17

7 Administrating of RtGraph’s Time Shedule ..................................................................187.1 Example of crontab:..............................................................................................187.2 How to stop warning e-mailing .............................................................................197.3 How to replace warning e-mailing by logging .......................................................19

8 Installation and testing ..................................................................................................208.1 Prerequisite things.................................................................................................208.2 Running installation and testing procedures ..........................................................20

8.2.1 Test of comparison of measurements and calculations in depot mode............218.2.1.1 Prerequisite things .....................................................................................218.2.1.2 Configuration ............................................................................................21

9 How to uninstall RtGraph .............................................................................................2210 RTTF description......................................................................................................23

10.1 Language definition section ..................................................................................2310.2 Parameters definition section ................................................................................23

10.2.1 one parameter definition section....................................................................2310.2.1.1 parameter’s ID.......................................................................................2310.2.1.2 parameter’s name ..................................................................................2310.2.1.3 parameter’s level (height) ......................................................................2310.2.1.4 parameter’s aggregation type .................................................................2310.2.1.5 parameter’s unit .....................................................................................23

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10.2.1.6 parameter’s medium ..............................................................................2310.2.1.7 parameter’s object .................................................................................2410.2.1.8 parameter’s sample time in minutes .......................................................24

10.3 Measurements section...........................................................................................2410.3.1 One-provider-one-time measurements section ...............................................24

10.3.1.1 provider definition string .......................................................................2410.3.1.1.1 provider’s ID .....................................................................................2410.3.1.1.2 provider’s Name ................................................................................2410.3.1.1.3 provider’s interval of measurements ..................................................2410.3.1.1.4 provider’s number of stations in the measurements section ................24

10.3.1.2 time of provided measurements .............................................................2410.3.1.3 stations-related measurements ...............................................................25

10.3.1.3.1 One-provider-one-time-one-station section ........................................2510.3.1.3.1.1 Station’s definition string ............................................................25

10.3.1.3.1.1.1 station’s ID...........................................................................2510.3.1.3.1.1.2 station’s name ......................................................................2510.3.1.3.1.1.3 station’s longitude ................................................................2510.3.1.3.1.1.4 station’s latitude ...................................................................2510.3.1.3.1.1.5 station’s sealevel ..................................................................2510.3.1.3.1.1.6 station’s code 1 ....................................................................2510.3.1.3.1.1.7 station’s code 2 ....................................................................2510.3.1.3.1.1.8 station’s number of levels.....................................................26

10.3.1.3.1.2 section of the level-related measurements ...................................2610.3.1.3.1.2.1 string of level-related measurements.....................................26

10.3.1.3.1.2.1.1 number of measured parameters on the level..................2610.3.1.3.1.2.1.2 height of the level ..........................................................2610.3.1.3.1.2.1.3 measurements part.........................................................26

7DEOH�RI�ILJXUHVFigure 1 Example of site related workspaces .......................................................................13Figure 2 Example of site related workspaces: analog of RODOS GRID...............................14Figure 3 Example of administrative border workspace.........................................................14Figure 4 Example of Provider – related workspace (blue points – points of measurements) .15Figure 5 Example of definition of RtGraph’s workspace: Provider mast; site FZK ..............17

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���� :KDW�LV�5W*UDSK"RtGraph is GRFXPHQW�EDVHG�VXE�V\VWHP of RODOS which permanently produces documentson the base of analysis of data from radiological and meteoroligical monitoring.RtGraph produces documents in HTML format and documents which can be imported togeographical information systems (GIS).

RtGraph produces documents on the base of analysis of input data which can be one of thefour types:

• Far-range Numerical Weather Forecasts in WMO GRIB format;• Near-range Numerical Weather Forecasts in RODOS LSMC model format;• radiological and meteoroligical data in RODOS-specific RTTF format;

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• RODOS automatic mode calculations. (RtGraph produces documents aboutFRPSDULVRQ�RI�PHDVXUHPHQWV�DQG�FDOFXODWLRQV of RODOS when RODOS works inautomatic mode.)

RtGraph works 24 hours every day according to RtGraph‘s time-schedule. The timeschedule includes information about time when RtGraph must look for new data (minutes,hours, days for every provider).

RtGraph does not require any activities from RODOS operator; it works standalone asunderground process (on the base of defined time-schedule).

RtGraph sends e-mail messages to rodos user in case of errors.

All documents are managed in RtGraph‘s document storage.User interact with RtGraph by accessing RtGraph‘s document storage through standardHTML browser or standard GIS browser.

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���� :KR�LV�5W*UDSK¶V�$GPLQLVWUDWRURtGraph’s administrator is user of workstation where RODOS system installed. RtGraph’sadministrator is user with basic knowledge about RODOS and HP-UNIX.RtGraph’s administrator must read RODOS RtGraph User’s Manual for begin.Main tasks of RtGraph’s administrator are customization and maintain.All customization and maintain tasks are described in this manual. The tasks are:Installation and testing (chapter 8),Administrating of RTTF Data Providers (chapter 2),Administrating of Near-range Numerical Weather Forecast (chapter 3),Administrating of Far-range Numerical Weather Forecast (chapter 4),Administrating of RODOS Automatic Mode Diagnose and Comparison (chapter 5),Administrating of RtGraph’s Time Shedule (chapter 7).RtGraph’s administrator must read chapter 7 Administrating of RtGraph’s Time Shedule forcustomization of any data provider. Other mentioned chapters (2 Administrating of RTTFData Providers, 3 Administrating of Near-range Numerical Weather Forecast, 4Administrating of Far-range Numerical Weather Forecast, 5 Administrating of RODOSAutomatic Mode Diagnose and Comparison) are independent.

Additionally to the task defined in the mentioned chapters, RtGraph’s administrator mustread the diagnostic e-mail messages and fix the problems (RtGraph sends diagnostic e-mailmessages in case of any error).

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�� $GPLQLVWUDWLQJ�RI�577)�'DWD�3URYLGHUVRtGraph intended for analysis and visualization of data from real-time RTTF data providers.577) is used in RODOS format of files for import of data from monitoring network (fromdata providers). RTTF format description exists in section 0 Step 3.Run RODOS for site FZK, start automatic mode run. (You will find details in document52'26�8VHU�*XLGH�6\VWHP�,QWHUIDFH��6WHS����FG ~rodos/rortg/step1�GDWH > .fnewer_run�GDWH > .fnewer��PGWQDG�VKOutput of the last command must include no error messages.6WHS���Add 1mdtnad.sh to crontab.Run �FURQWDE –e rodosand append “* * * * * cd ~rodos/rortg/tmp; ~rodos/rortg/step1/1mdtnad.sh >>~rodos/rolog/rocomp2>>~rodos/rolog/rocomperr” in the cron table.1RWH� 6WHS���must be started LPPHGLDWHO\ after 6WHS���

6WHS�6.$mkdir ~rodos/public_html; cd ~rodos/public_html; ln –s ../rortg/public public

Step 7.Acceptance test.During 10-30 minutes following file must be created:~rodos/public/rocomp/NUserNRuns.html. (You can access the page through HTML browser.You will find details about the page in chapter about Comparison in RtGraph User’s Manual).

How to uninstall RtGraph6WHS��� Remove tasks from crontab.Run �FURQWDE –e rodos and remove from the cron table all lines which include substring“~rodos/rortg”.6WHS��� Make backup of all files which where created by RtGraph administrator(s) duringcustomization of RtGraph.6WHS��� Remove ~rodos/rortg, if you have the directory.

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RTTF description.Before starting RtGraph administration tasks with own (not included in distributive) RTTFdata provider you must make all necessary steps for customization of the RTTF data providerin RODOS real-time database (see ?RTDB MANUAL?).

You will find basic knowledge about RODOS real-time database in the next section. Theknowledge is necessary for administration of RtGraph.

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RODOS incorporates real-time data and depot; they are stored in the form of by-pass data anddatabase data. %\�SDVV�GDWD and GDWDEDVH�GDWD are classifications of the type of storing(archiving) measured data. 'DWDEDVH�GDWD are stored into the data base management system(for example Allbase-SQL); access to the data is only possible in the form of requests to thedata base management system. %\�SDVV�GDWD are stored as rttf files. %\�SDVV�GDWD areclassified as GHSRW�GDWD and UHDO�WLPH�GDWD. %\�SDVV�UHDO�WLPH�GDWD�are data received fromthe monitoring system. %\�SDVV�GHSRW�GDWD are data which were emulated by the RODOSronetservice. %\�SDVV�GHSRW�GDWD are stored into the directory…/ronet/datdepot/0\3URYLGHU. %\�SDVV�UHDO�WLPH�GDWD�DUH�stored into the directory…/ronet/rorttf/0\3URYLGHU.

Relations between the two classifications are shown in the table:type of storing data type stored underBy-pass Real-time …/ronet/rorttf/0\3URYLGHU

Depot …/ronet/datdepot/0\3URYLGHUDatabase Real-time in database and in

/ronet/rorttf/0\3URYLGHU

Current data (new or from depot) always are available under …/ronet/rorttf/0\3URYLGHU or in…/ronet/datdepot/�0\3URYLGHU. In the case of by-pass-only mode (roautoconfig->accessmode=1), the database is not loaded (only rttf files exist). In the case of roautoconfig->accessmode=0, both database and rttf files (in …/ronet/rorttf/provider) exist.

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In the case of depot mode, the ronetservice puts old (depot) data into directory.../romess/lsmc.dat/ for each new run. In the case of the real-time mode, the last available dataset from …/ronet/rorttf/0\3URYLGHU will be used for model input (stored in the directory.../romess/lsmc.dat/ ).

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During each run of RtGraph, it looks into …/ronet/rorttf/0\3URYLGHU, selects from the 24-hour data new files (files created after the previous run of the RtGraph) and creates documentsfor the new files.In depot mode, RtGraph will not find new data under …/ronet/rorttf/0\3URYLGHU.

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���� +RZ�WR�VWDUW�DQDO\VLV�DQG�YLVXDOL]DWLRQ�IRU�QHZ�577)�GDWDSURYLGHU

If you started the section then it means you make all necessary steps for customization of newRTTF data provider in RODOS real-time database. Otherwise see begin of chapter 2Administrating of RTTF Data Providers.Now you have RTTF data provider with abbreviation 0\3URYLGHU��The same abbreviationused in real-time database: ~rodos/ronet/rorttf/0\3URYLGHU is directory for real-time datadelivered from the provider and ~rodos/ronet/datdepot/0\3URYLGHU�is directory for depotdata for the provider).

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6WHS��� 'HILQH�DW�OHDVW�RQH�ZRUNVSDFH�IRU�WKH�GDWD�SURYLGHU� (See sections 6 Administratingof RtGraph’s Workspaces for general information and section 6.4 How to define workspacefor necessary steps and section 6.6 How to create simplest workspace for my RTTF dataprovider for quick start.)6WHS��. Create new directory for documents for the provider in~rodos/rortg/public/msrmnts/0\3URYLGHU.(�mkdir ~rodos/rortg/public/msrmnts/0\3URYLGHU)6WHS��� Copy file ~rodos/rortg/step8/lnwp.js to ~rodos/rortg/public/msrmnts/0\3URYLGHU(the directory was created in Step 2.)(�cp ~rodos/rortg/step8/lnwp.js ~rodos/rortg/public/msrmnts/0\3URYLGHU)6WHS��� Create settings for the provider (0\3URYLGHU.sh and .0\3URYLGHU.sh):

1. �cd ~rodos/rortg/step72. �cp ./pr1.sh ./0\3URYLGHU.sh3. Edit ./0\3URYLGHU.sh: change "Chrtct=SU�" to "Chrtct=�0\3URYLGHU"4. �cp ./.prset.sh ./�0\3URYLGHU.sh

6WHS��.1. �mkdir ~rodos/rortg/wd/0\3URYLGHU2. �cp ~rodos/rortg/step8/set.sh ~rodos/rortg/wd/0\3URYLGHU

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Run following command for manual (not automatic) test:�~rodos/rortg/step7/0\3URYLGHU.shIn case of any error you will see diagnostic messages.In case of success new documents will be stored in~rodos/rortg/public/msrmnts/0\3URYLGHU.

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Add new entry to crontab. (See section 7 Administrating of RtGraph’s Time Shedule fordetails.)�crontab –e59 * * * * ~rodos/rortg/step7/0\3URYLGHU.sh

Modify ~rodos/rortg/public/msrmnts/prvdrs_and_times.html: add new link (seeexamples in prvdrs_and_times.html).

���� +RZ�WR�VWDUW�DQDO\VLV�DQG�YLVXDOL]DWLRQ�RI�GHSRW�GDWD�IRU�QHZ577)�GDWD�SURYLGHU

6WHS��. Make all necessary configuration in accordance with 2.2 How to start analysis andvisualization for new RTTF data provider.

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6WHS��.• �mkdir ~rodos/public/msrmnts/0\3URYLGHUBdepot• �cp ~rodos/rortg/step8/lnwp.js ~rodos/rortg/public/msrmnts/0\3URYLGHUBdepot• �cd ~rodos/rortg/step7; ln -s 0\3URYLGHU.sh 0\3URYLGHU_depot.sh

6WHS��. Every time when new depot data available for the provider 0\3URYLGHU (in directory~rodos/ronet/datdepot/0\3URYLGHU) run nanually: �~rodos/rortg/step7/0\3URYLGHU_depot.sh–depot

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�� $GPLQLVWUDWLQJ�RI�1HDU�UDQJH�1XPHULFDO�:HDWKHU)RUHFDVW

• �cd ~rodos/rortg/step7• �cp examples/lnwp.sh �• Edit lnwp.sh: check "RtgLctn=..." (RtgLctn must be equal to ~rodos/rortg)• �cp examples/�lnwp.sh �• 5XQ�PDQXDO�WHVW���~rodos/rortg/step7/lnwp.sh (In case of any error you will see

diagnostic messages.)

+RZ�WR�UXQ�LQ�DXWRPDWLF�PRGH. Add new entry to crontab. (See section 7 Administrating ofRtGraph’s Time Shedule for details.)�crontab –e00 01 * * * ~rodos/rortg/step7/lnwp.sh

�� $GPLQLVWUDWLQJ�RI�)DU�UDQJH�1XPHULFDO�:HDWKHU�)RUHFDVW

• �cd ~rodos/rortg/step7• �cp examples/gnwp.sh �• Edit lnwp.sh: check "RtgLctn=..." (RtgLctn must be equal to ~rodos/rortg)• �cp examples/�gnwp.sh �• 5XQ�PDQXDO�WHVW���~rodos/rortg/step7/gnwp.sh (In case of any error you will see

diagnostic messages.)• $XWRPDWLF�PRGH. Add new entry to crontab. (See section 7 Administrating of

RtGraph’s Time Shedule for details.)�crontab –e00 06 * * * ~rodos/rortg/step7/gnwp.sh

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�� $GPLQLVWUDWLQJ�RI�52'26�$XWRPDWLF�0RGH�'LDJQRVHDQG�&RPSDULVRQ

���� &RQILJXUDWLRQ�DQG�WHVWStep 1.

�cd ~rodos/rortg/step1Make link: dcomp -> ~rodos/rocomp

Step 2. Manual test.Run �~rodos/rortg/step1/1mdtnad.sh (it is first run).First run (of ~rodos/rortg/step1/1mdtnad.sh) wiil create file .fnewer; HTML pages will not becreated.Wait until finishing of cycle of RODOS run in automatic mode.Run again (second time) �~rodos/rortg/step1/1mdtnad.sh.HTML page ~rodos/rortg/step1/rocomp/NUserNRuns.html will be created.

���� +RZ�WR�UXQ�5W*UDSK�DXWRPDWLFDOO\The execution of of RtGraph (~rodos/rortg/step1/1mdtnad.sh) can be performed by twomethods:1. Configuration of crontab for execution of 5W*UDSK after a delay of a specified time-step

(e.g. 1 minute. (see 5.2.1 Running RtGraph from crontab). Start from this case.2. Creating the file ‘UWJUDSK�FIJ‘ in the directory µ�52'26B',5�URHQYGLU�DSSORSWLRQV‘.

RtGraph will be executed by SystemController in this case. (see 0 Example 1:3. $crontab –e��� * * * * * cd ~rodos/rortg/tmp; ~rodos/rortg/step1/1mdtnad.sh>>~rodos/rolog/rtgCompOut

�!!�aURGRV�URORJ�UWJ&RPS(UURtGraph will look for new RODOS calculations every minute.Example 2:�FURQWDE –e0,10,20,30,40,50 * * * * cd ~rodos/rortg/tmp;~rodos/rortg/step1/1mdtnad.sh>>~rodos/rolog/rtgCompOut��!!�aURGRV�URORJ�UWJ&RPS(UURtGraph will look for new RODOS calculations every 10 minutes. You will wait for newHTML-pages longer but it is better for system performance.5. Running RtGraph from RODOS SystemController)

������ 5XQQLQJ�5W*UDSK�IURP�FURQWDE

Delete or rename file µ�52'26B',5�URHQYGLU�DSSORSWLRQV‘ (�)

Add new entry to crontab. (See section Administrating of RtGraph’s Time Shedule fordetails.)Example 1:�crontab –e* * * * * cd ~rodos/rortg/tmp; ~rodos/rortg/step1/1mdtnad.sh!!aURGRV�URORJ�UWJ&RPS2XW��!!aURGRV�URORJ�UWJ&RPS(UURtGraph will look for new RODOS calculations every minute.Example 2:�crontab –e

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0,10,20,30,40,50 * * * * cd ~rodos/rortg/tmp;~rodos/rortg/step1/1mdtnad.sh!!aURGRV�URORJ�UWJ&RPS2XW��!!�aURGRV�URORJ�UWJ&RPS(UURtGraph will look for new RODOS calculations every 10 minutes. You will wait for newHTML-pages longer but it is better for system performance.

������ 5XQQLQJ�5W*UDSK�IURP�52'26�6\VWHP&RQWUROOHU

Remove call of RtGraph from crontab (�).Create file µ�52'26B',5�URHQYGLU�DSSORSWLRQV�UWJUDSK�FIJ‘.

Create the file ‘UWJUDSK�FIJ‘ in the directory µ�52'26B',5�URHQYGLU�DSSORSWLRQV‘.

The advantage of using this file is the user-dependent configuration of calling of5W*UDSK. If this file exists RtGraph will be called by the SystemController. The formatand the options to call 5W*UDSK�are described below:

)RUPDW�

UserId: option

3 options are possible to configure the call of RtGraph during an automatic run of the user ‘UserId‘

option1: synchron “call RtGraph in the synchronous mode“ option2: backward “call RtGraph“ in the backward and synchronous mode“ option3: no “RtGraph will not be call by the SystemController“

Example: rodos : synchron

The SystemController calls RtGraph every cycle during the automatic run in thesynchronous mode. Logging available in ~rodos/rolog/rocomp*.

�� $GPLQLVWUDWLQJ�RI�5W*UDSK¶V�:RUNVSDFHV

���� :KDW�LV�5W*UDSK�ZRUNVSDFH"RtGraph workspace is geographical area inside of a bounding rectangle and information foranalysis and visualization of data inside of the area. Bounding rectangle defined as four realnumbers: minimum and maximum values of latitude and longitude.

���� :K\�5W*UDSK�QHHGV�ZRUNVSDFHV"RtGraph intended to work 24 hours every day in DXWRPDWLF�PRGH. It does not require anyactivities from RODOS operator; it works VWDQGDORQH�DV�XQGHUJURXQG�SURFHVV. Results ofRtGraph‘s work are documents (HTML, geographically related images and documents ofother standard formats). Any document can include analysis RQO\�IRU�FOHDUO\�GHILQHGJHRJUDSKLFDO�DUHD. This area defined in workspace. Workspace definition includes alsoinformation about geographical maps and geographical objects attributes.

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���� 7\SHV�RI�ZRUNVSDFHVFrom what reasons the bounding rectangle is defined?Bounding rectangle may be defined on the base of administrative borders (country, land, etc.);on the base of area covered by point of measurements of a monitoring data provider; on thebase of areas which are closed to nuclear power plant; or on the base of other userpreferences.There are four types of workspaces in current RtGraph distribution:

• (NPP) site – related workspaces;• provider related workspaces;• administrative border workspaces;• defined by user workspaces.

)LJXUH����([DPSOH�RI�VLWH�UHODWHG�ZRUNVSDFHV

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)LJXUH����([DPSOH�RI�VLWH�UHODWHG�ZRUNVSDFHV��DQDORJ�RI�52'26�*5,'

)LJXUH����([DPSOH�RI�DGPLQLVWUDWLYH�ERUGHU�ZRUNVSDFH

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)LJXUH����([DPSOH�RI�3URYLGHU�±�UHODWHG�ZRUNVSDFH��EOXH�SRLQWV�±�SRLQWV�RI�PHDVXUHPHQWV�

���� +RZ�WR�GHILQH�ZRUNVSDFHRtGraph intended for analysis and visualization of data from real-time data provider. Duringprocessing of new data from the provider RtGraph looks for workspaces which where definedfor the provider. Every real-time data provider has XQLTXH�abbreviation in RODOS real-timedatabase (like imis, mast, etc). All workspaces for all real-time data providers are stored inseparate directory (~rodos/rortg/wor).

������ VZU�ILOH

All workspaces for the real-time data provider enumerated in VZU�ILOH�If the real-time data provider has abbreviation 0\3URYLGHU then all workspaces for theprovider must be defined in file~rodos/rortg/wor/0\3URYLGHU/0\3URYLGHU.swr.

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This file (VZU�ILOH) must include at least one row. Every row consists from four columnsseparated by space: ERXQGLQJ�UHFWDQJOH; PDS�OD\HUV�ILOH; QDPH�RI�ZRUNVSDFH; SDUHQWZRUNVSDFH.%RXQGLQJ�UHFWDQJOH defined in the form X1/X2/Y1/Y2(where X1 is minimum longitude; X2is maximum longitude; Y1 is minimum longitude; Y2 is maximum longitude).0DS�OD\HUV�ILOH points to file (ZRU�ILOH) with definition of geographical layers (maps) whichobjects must be drawn in addition to data from the provider. For example, in addition tovisualization of points with measurements of gamma dose rate, administrative borders mustbe visualized. Format of the file described in section 6.4.2 wor-file.1DPH�RI�ZRUNVSDFH is descriptive name of the workspace.3DUHQW�ZRUNVSDFH is name of workspace of the same type which fully cover this(sub)workspace (or string “QR”).

������ ZRU�ILOH

Wor-file (or map layers file) defines all base maps. Base maps are geographical layers (maps)which must be drawn in addition to geographical objects (points, polylines, poligones) whichproduces in result of analysis of data from the provider. For example, in addition tovisualization of points with measurements of gamma dose rate, administrative borders mustbe visualized.The file includes one row for one layer. Every row consists from four columns: JHRJUDSKLFDOREMHFWV�ILOH�QDPH, line’s width, line’s color, line’s type (solid, doted, etc.). Only first columnmust be specified for every row; other columns (line’s width, line’s color, line’s type) areoptional.*HRJUDSKLFDO�REMHFWV�ILOH�QDPH�is name of the file with geographical objects (polylines orpolygons). It is one of the files from 52'26�FRPPXQLW\�FRPPRQ�PDS. The files located indirectory ~rodos/rortg/wor/europe:wor/europe�HXUBO�PLI - the country boundary;wor/europe�HXUBS�PLI - the province boundary;wor/europe�HXUBZ�PLI - the water boundaries;wor/europe�HXUBF�PLI - the city boundaries;wor/europe�HXUBUBS�PLI�(points of intersections), wor/europe�HXUBUBU�PLI - RAILS;wor/europe�HXU�BSJHV�PLI�(points of intersections), wor/europe�HXU�BUJHV�PLI - ROADS.The files have extension “.mif” but it is not MapInfo interchange format; it is RODOSinternal format (in accordance with license agreement the map may be distributed only inRODOS internal format).

��������+RZ�WR�DGG�RZQ�PDS

You can use own map during definition of own 6.4.2 wor-file.Step 1. 6HOHFW�OD\HUV�LQ�0,)�ILOHV. You need MIF (MapInfo interchange format) file for everylayer. If you have ESRI shape –files then convert the shape files to MIF-files.Step 2. Create directory for your files. Create directory ~rodos/rortg/wor/P\ODQG (use anyname instead of�³P\ODQG´).Step 3. Convert files. For every MIF-file complete Step 4.Step 4. Convert one MIF-file.Put your MIF file in the directory ~rodos/rortg/wor/P\ODQG (see Step 2).Note: You do not need MID-file.If name of your file is P\�PLI then runs the command: $gzip my.mif. (gzip – GNU Zip mustbe in your PATH). my.mif.gz will be created. run the command: $mv my.mif.gz my.mif.

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���� ([DPSOHV�RI�5W*UDSK¶V�ZRUNVSDFHV�

�ZRU�URUWJ

�LPLV�PDVW

�PDVW�ZRU wor/europe/eur_p.mif�PDVW�VZU

&RQWHQWV�RI�PDVW�VZU�ILOH�8.1/8.7/49/49.4 wor/mast/mast.wor "MAST_measurements___" "no"7.1758/9.6758/48.2925/49.8925 wor/de_sites/FZK-Mast_rect4.wor "FZK-Mast(site-related_workspace)_rect4_" "no"7.61/9.218/48.56/49.6154 wor/mast/FZK-Mast_rect3.wor "FZK-Mast(site-related_workspace)_rect.3_" "no"7.94/8.906/48.7744/49.4087 wor/mast/FZK-Mast_rect2.wor "FZK-Mast(site-related_workspace)_rect.2_" "no"8.2673/8.5846/48.9882/49.1967 wor/mast/FZK-Mast_rect1.wor "FZK-Mast(site-related_workspace)_rect.1_" "no"

�HXURSH layers.ys.TXT

eur_w.mif eur_r_r.mif

eur_r_p.mif eur_p.mif

eur_l.mif eur_c.mif

eur4_rges.mif eur4_pges.mif

)LJXUH����([DPSOH�RI�GHILQLWLRQ�RI�5W*UDSK¶V�ZRUNVSDFH��3URYLGHU�PDVW��VLWH�)=.

Figure 5 includes contents of swr file for provider PDVW and related files.The swr file (~rodos/rortg/wor/PDVW.swr) includes 5 lines (5 subworkspaces):Boundind rectangle Wor-file Name of workspace Parent8.1/8.7/49/49.4 ZRU�PDVW�PDVW�ZRU "MAST_measurements___" "no"7.1758/9.6758/48.2925/49.8925 wor/de_sites/FZK-Mast_rect4.wor "FZK-Mast(site-related_workspace)_rect4_" "no"7.61/9.218/48.56/49.6154 wor/mast/FZK-Mast_rect3.wor "FZK-Mast(site-related_workspace)_rect.3_" "no"7.94/8.906/48.7744/49.4087 wor/mast/FZK-Mast_rect2.wor "FZK-Mast(site-related_workspace)_rect.2_" "no"8.2673/8.5846/48.9882/49.1967 wor/mast/FZK-Mast_rect1.wor "FZK-Mast(site-related_workspace)_rect.1_" "no"

First workspace (defined at the first line in PDVW.swr) refers to layers file~rodos/rortg/ZRU�PDVW�PDVW�ZRU�The layers file includes one layer (wor/europe/eur_p.mif); it means geographical objectsfrom ~rodos/rortg/wor/europe/eur_p.mif will be used (it is province boundary in accordancewith 6.4.2 wor-file).Other wor-files (for other 4 workspaces) are not defined on the Figure 5.

���� +RZ�WR�FUHDWH�VLPSOHVW�ZRUNVSDFH�IRU�P\�577)�GDWD�SURYLGHULet us you have RTTF data provider with abbreviation 0\3URYLGHU��The same abbreviationused in real-time database: ~rodos/ronet/rorttf/0\3URYLGHU is directory for real-time datadelivered from the provider and ~rodos/ronet/datdepot/0\3URYLGHU�is directory for depot forthe provider).6WHS��.Create directory ~rodos/rortg/wor/0\3URYLGHU.6WHS��. Create file ~rodos/rortg/wor/0\3URYLGHU�0\3URYLGHU.swr. Write the line in0\3URYLGHU.swr:X1/X2/Y1/Y2 wor/0\3URYLGHU�0\3URYLGHU.wor “0\3URYLGHU-workspace” “no”.Note: X1/X2/Y1/Y2 – real numbers (for example 8.1/8.7/49/49.4).Please: no spaces between X1/X2/Y1/Y2.6WHS��. Create file ~rodos/rortg/wor/0\3URYLGHU�0\3URYLGHU.wor. Write the line in0\3URYLGHU.wor:wor/europe/eur_p.mif.It is all: province boundaries (wor/europe/eur_p.mif) will be drawn in addition to visualizationof data from RTTF data provider with abbreviation 0\3URYLGHU.

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�� $GPLQLVWUDWLQJ�RI�5W*UDSK¶V�7LPH�6KHGXOHRtGraph uses crontab for time shedule.You will find detailed description about usage of crontab in UNIX man pages (run �mancrontab on your HP-UX workstation);

There is an example of the (rodos) user's crontab files in the directory ~rodos/rortg/step7.The file is .rtgcron.tab.You can schedule RtGraph by running the command "�crontab .rtgcron.tab"If you received a message like"crontab: you are not authorized to use cron. Sorry.",then read hp-ux manual pages for crontab(1) again or contact your system administrator.

���� ([DPSOH�RI�FURQWDE�00 01 * * * ~rodos/rortg/step7/lnwp.sh00 00,06 * * * ~rodos/rortg/step7/gnwp.sh01,11,21,31,41,51 * * * * ~rodos/rortg/step7/mast.sh* * * * * ~rodos/rortg/step1/1mdtnad.sh

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���� +RZ�WR�VWRS�ZDUQLQJ�H�PDLOLQJRtGraph sends e-mail messages to rodos user in case of errors. If you want to stop the service,then you have to append “>/dev/null 2>/dev/null” to every string (or to selected string) incrontab.Example:00 01 * * * ~rodos/rortg/step7/lnwp.sh00 00,06 * * * ~rodos/rortg/step7/gnwp.sh01,11,21,31,41,51 * * * * ~rodos/rortg/step7/mast.sh* * * * * ~rodos/rortg/step1/1mdtnad.sh !�GHY�QXOO��!�GHY�QXOOLast process (~rodos/rortg/step1/1mdtnad.sh) – comparison of measurements and calculations- will not send diagnostic e-mails.

���� +RZ�WR�UHSODFH�ZDUQLQJ�H�PDLOLQJ�E\�ORJJLQJRtGraph sends e-mail messages to rodos user in case of errors. If you want to stop the service,then you have to append “>~rodos/rolog/rtgComparisonOut2>~rodos/rolog/rtgComparisonErr” to every string (or to selected string) in crontab.Example:00 01 * * * ~rodos/rortg/step7/lnwp.sh00 00,06 * * * ~rodos/rortg/step7/gnwp.sh01,11,21,31,41,51 * * * * ~rodos/rortg/step7/mast.sh* * * * * cd ~rodos/rortg/tmp; ~rodos/rortg/step1/1mdtnad.sh !!aURGRV�URORJ�UWJ&RPS2XW��!!aURGRV�URORJ�UWJ&RPS(UULast process (~rodos/rortg/step1/1mdtnad.sh) – comparison of measurements and calculations- will send diagnostic to log-files.

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�� ,QVWDOODWLRQ�DQG�WHVWLQJ

���� 3UHUHTXLVLWH�WKLQJVYou have to start unix session as user rodos.RtGraph must be installed in ~rodos/rortg.Complete instructions from Chapter 9 How to uninstall RtGraph.

You will need following files for the installation:• instrtgbin.sh – installation script;• rortg.tar.gz – RtGraph installation archive;• test.sh – script for testing of the installation;• wd_imis_set.sh – other script for testing of the installation.

Put the files in the sub-directory ~rodos/RtGraph of the directory, where RODOS wasinstalled.Check for permission attributes of the scripts (all scripts must be executable).

���� 5XQQLQJ�LQVWDOODWLRQ�DQG�WHVWLQJ�SURFHGXUHVChange directory to ~rodos/RtGraph: $chdir ~rodos/RtGraph.6WHS��. Run installation script: $ instrtgbin.sh.6WHS��.Run test script: $test.sh.1RWH: test.sh is time-consuming procedure. Run it at end of your working day and look forresults at next day.The output of the testing procedure must be similar to this:$>instrtgbin.sh ; test.shXXX run_GNWPXXX end of run_GNWPXXX run_LNWPXXX end of run_LNWPXXX run_mastdrwxrwxrwx 2 rodos rogrp 2048 Feb 24 18:04 wor/mastnew data not found (removingPUBLIC_DIR:/fd1/rodos/rortg/public/msrmnts/mast/24.02.2004..19.33.47)sort: Cannot open _NTThere are no html-pages (msg.94.96)The html-page will not be generated: "/fd1/rodos/rortg/public/msrmnts/mast/alltimes.html"XXX end of run_mastXXX run_imisXXX end of run_imisCopy the output to text file for future analysis.6WHS���Check for new documents.If the output of tesh.sh includesXXX run_GNWPXXX end of run_GNWPthen check for Far-range numerical weather forecast documents in RtGraph’s documentstorage (see RtGraph User’s Manual).If the output of tesh.sh includesXXX run_LNWPXXX end of run_LNWP

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then check for Near-range numerical weather forecast documents in RtGraph’s documentstorage (see RtGraph User’s Manual).If the output of tesh.sh includesXXX run_imisXXX end of run_imisthen check for documents about measurements from data provider imis in RtGraph’sdocument storage (see RtGraph User’s Manual).Also, check for documents about depot measurements from data provider FZK-mast. (Youwill find details in RtGraph User’s Manual).

������ 7HVW�RI�FRPSDULVRQ�RI�PHDVXUHPHQWV�DQG�FDOFXODWLRQV�LQ�GHSRWPRGH

���������3UHUHTXLVLWH�WKLQJV

RODOS was installed and tested in automatic mode (site- FZK, mode depot).File ~rodos/.rotaskinit includes line which starts with “ronetservice”. This line

(ronetservice) includes option –r dep (“-r dep” means depot mode, alternative value of theoption is “-r realt” – real-time mode).Example: ronetservice resy13 /fd1/rodos/robin/ronetservice -e /fd1/rodos -r dep NET.

��������&RQILJXUDWLRQ

6WHS����cd ~rodos/rortg/public�ln -s ~rodos/rocomp rocomp6WHS���Edit ~rodos/rortg/public/rtdb.html:replace string

<li><a href="GXPP\�KWPO">Diagnose and comparison</a></li>by the string:

<li><a href="URFRPS�18VHU15XQV�KWPO">Diagnose and comparison</a></li>.6WHS���Run RODOS for site FZK, start automatic mode run. (You will find details in document52'26�8VHU�*XLGH�6\VWHP�,QWHUIDFH).6WHS����cd ~rodos/rortg/step1�date > .fnewer_run�date > .fnewer�1mdtnad.shOutput of the last command must include no error messages.6WHS��.Add 1mdtnad.sh to crontab.Run �crontab –e rodosand append “* * * * * cd ~rodos/rortg/tmp; ~rodos/rortg/step1/1mdtnad.sh >>~rodos/rolog/rocomp2>>~rodos/rolog/rocomperr” in the cron table.1RWH: 6WHS���must be started LPPHGLDWHO\ after 6WHS��.

6WHS����mkdir ~rodos/public_html; cd ~rodos/public_html; ln –s ../rortg/public public

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6WHS��.Acceptance test.During 10-30 minutes following file must be created:~rodos/public/rocomp/NUserNRuns.html. (You can access the page through HTML browser.You will find details about the page in chapter about Comparison in 5W*UDSK 8VHU¶V0DQXDO).

�� +RZ�WR�XQLQVWDOO�5W*UDSK6WHS��. Remove tasks from crontab.Run �FURQWDE –e rodos and remove from the cron table all lines which include substring“~rodos/rortg”.6WHS��. Make backup of all files which where created by RtGraph administrator(s) duringcustomization of RtGraph.6WHS��. Remove ~rodos/rortg, if you have the directory.

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���577)�GHVFULSWLRQThis description is valid at 2002-04-07.

�����/DQJXDJH�GHILQLWLRQ�VHFWLRQThis section is optional. It does not appears in the by-pass processed rttf-files.

�����3DUDPHWHUV�GHILQLWLRQ�VHFWLRQIs a set of definitions of parameter. Definition of one parameter described in the oneparameter definition section.The section starts after line “#ID-number,type,height,aggregation,unit,medium,object,sampletime”.The section stops before line “\BEGIN_RTT”.

������� RQH�SDUDPHWHU�GHILQLWLRQ�VHFWLRQ

is a line which starts from the ‘#’-sign. It includes , parameter’s ID, parameter’s name,parameter’s level, parameter’s , parameter’s unit, parameter’s medium, parameter’s sampletime in minutes which are separated by comma; undefined (unknown or unapplicable) fieldsare marked as ‘-‘.Example: �����2'/�%UXWWR��G>I@�����X6Y�K�/XIW�2'/�%UXWWR�����

��������� SDUDPHWHU¶V�,'

unique per computer integer number;the same parameter (for example temperature of air) on different levels (height) has differentids.Example: �����2'/�%UXWWR��G>I@�����X6Y�K�/XIW�2'/�%UXWWR�����

��������� SDUDPHWHU¶V�QDPH

stringExample: �����2'/�%UXWWR��G>I@�����X6Y�K�/XIW�2'/�%UXWWR�����

��������� SDUDPHWHU¶V�OHYHO��KHLJKW�

integer numberExample: �����2'/�%UXWWR��G>I@�����X6Y�K�/XIW�2'/�%UXWWR�����

��������� SDUDPHWHU¶V�DJJUHJDWLRQ�W\SH

Example: �����2'/�%UXWWR��G>I@�����X6Y�K�/XIW�2'/�%UXWWR�����

��������� SDUDPHWHU¶V�XQLW

stringExample: �����2'/�%UXWWR��G>I@�����X6Y�K�/XIW�2'/�%UXWWR�����

��������� SDUDPHWHU¶V�PHGLXP

Example: �����2'/�%UXWWR��G>I@�����X6Y�K�/XIW�2'/�%UXWWR�����

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��������� SDUDPHWHU¶V�REMHFW

it is nuclide name or similar (dose rate of the nuclide, etc)Example: �����2'/�%UXWWR��G>I@�����X6Y�K�/XIW�2'/�%UXWWR�����

��������� SDUDPHWHU¶V�VDPSOH�WLPH�LQ�PLQXWHV

Example: �����2'/�%UXWWR��G>I@�����X6Y�K�/XIW�2'/�%UXWWR�����

�����0HDVXUHPHQWV�VHFWLRQStarts from “\BEGIN_RTT”-tag and closed by the “END_RTT”-tag. It includes at least oneOne-provider-one-time measurements section.

������� 2QH�SURYLGHU�RQH�WLPH�PHDVXUHPHQWV�VHFWLRQ

includes provider definition string (which includes provider’s attributes and time of providedmeasurements) and data - stations-related measurements

��������� SURYLGHU�GHILQLWLRQ�VWULQJ

Has not special tag. It consists from several fields (provider’s ID, provider’s Name, provider’sinterval of measurements, provider’s number of stations in the measurements section) whichare separated by ‘,’.The string includes also time of provided measurements.Example: ���LPLV�����������������������

����������� SURYLGHU¶V�,'

is a unique on the computer integer number.Example: ���LPLV�����������������������

����������� SURYLGHU¶V�1DPH

is a string.Example: ���LPLV�����������������������

����������� SURYLGHU¶V�LQWHUYDO�RI�PHDVXUHPHQWV

Example: ���LPLV�����������������������

����������� SURYLGHU¶V�QXPEHU�RI�VWDWLRQV�LQ�WKH�PHDVXUHPHQWV�VHFWLRQ

it is attribute of the file (not of the provider)Example: ���LPLV�����������������������

��������� WLPH�RI�SURYLGHG�PHDVXUHPHQWV

of the One-provider-one-time measurements section included into provider definition string. Itis last field of the string (the fields are separated by ‘,’). The format of the field isyyyymmddHHMMSSExample: ���LPLV�����������������������

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��������� VWDWLRQV�UHODWHG�PHDVXUHPHQWV

Includes at least one One-provider-one-time-one-station section.

����������� 2QH�SURYLGHU�RQH�WLPH�RQH�VWDWLRQ�VHFWLRQ

includes Station’s definition string and at least one section of the level-related measurementsExample: ?67$7,21������%HUOLQ�.DUOVKRUVW��=������������������������������=����������������

�������������6WDWLRQ¶V�GHILQLWLRQ�VWULQJ

Is a set of ‘,’-separated fields preceded by “\STATION”-tag.

10.3.1.3.1.1.1 station’s ID

is a unique on the computer integer number. (exception is helicopter data)Example: ?67$7,21������%HUOLQ�.DUOVKRUVW��=������������������������������=����������������

10.3.1.3.1.1.2 station’s name

is a unique for the provider stringExample: ?67$7,21������%HUOLQ�.DUOVKRUVW��=������������������������������=����������������

10.3.1.3.1.1.3 station’s longitude

Example: ?67$7,21������%HUOLQ�.DUOVKRUVW��=������������������������������=����������������

10.3.1.3.1.1.4 station’s latitude

Example: ?67$7,21������%HUOLQ�.DUOVKRUVW��=������������������������������=����������������

10.3.1.3.1.1.5 station’s sealevel

Example: ?67$7,21������%HUOLQ�.DUOVKRUVW��=������������������������������=����������������

10.3.1.3.1.1.6 station’s code 1

stringExample: ?67$7,21������%HUOLQ�.DUOVKRUVW��=������������������������������=����������������

10.3.1.3.1.1.7 station’s code 2

stringExample: ?67$7,21������%HUOLQ�.DUOVKRUVW��=������������������������������=����������������

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10.3.1.3.1.1.8 station’s number of levels

is number of levels for which exist measurements in the measurements section of the file. (itequals to number of lines which follow to the Station’s definition string.Example: ?67$7,21������%HUOLQ�.DUOVKRUVW��=������������������������������=����������������

������������� VHFWLRQ�RI�WKH�OHYHO�UHODWHG�PHDVXUHPHQWV

includes at least one string of level-related measurements

10.3.1.3.1.2.1 string of level-related measurements

includes separated by ‘,’ number of measured parameters on the level, height of the level andmeasurements part.Example: 2,0,14:4.43,15:0

����������������� QXPEHU�RI�PHDVXUHG�SDUDPHWHUV�RQ�WKH�OHYHO

Example: �,0,14:4.43,15:0 (� is number of measured parameters on the level)

����������������� KHLJKW�RI�WKH�OHYHO

Example: 2,�,14:4.43,15:0 (� is height of the level (m))

����������������� PHDVXUHPHQWV�SDUW

is a set of pears of SDUDPHWHU¶V�,' (one from the parameter’s ID described in Parametersdefinition section) and value. Total number of the pears equals to the 10.3.1.3.1.2.1.1 numberof measured parameters on the level.Example: 2,0,������������ (������������ is measurements part. There are two measurementson the level-for parameter with ID �� and for parameter with ID ��. The measured value forparameter with ID �� equals to ����. The measured value for parameter with ID �� equals to�.)