Integrated Terminal Weather System (ITWS)
Contents
1. Options E En W BI En sp rr En W Bl 5 3 3 Simulator Information Window The Simulator Information Window provides information about defined radar objects and products It shows which products are enables disabled blocked unblocked its effective time and associated radars To view the current information about products and radar object defined press INFO button on the toolbar Image 5 4 Information Window itws simulator information Iof x Integrated Terminal Weather System ITWS Simulator JVN Communications Inc 30 6 0 6 1 6 2 6 3 6 4 APPENDIX A Examples of constructing object specific keywords Given that a radar was defined asr9 dal or Asr9 dal then its radar specific keyword is asr9 dal and an examples of a keyword with sub keyword is asr9 dal block 9850 asr9 dal disable 9854 Example of setting input set input daw dal2 itws where dal2 itws isa file containing prerecorded ITWS messages Examples of setting output set output daw temp itws set output udp 172 26 111 247 4100 set output udp localhost 9 Example of setting projection projection stereographic tangent 32 847110 96 8517701 NOTE the last character is a letter 1 Integrated Terminal Weather System ITWS Simulator INN Communications Inc 1 Ed Rev 4 April 4 2001 312. Tdwr or tdwr section 4 2 4 Messages generated Wind Shear ATIS Panel Product Message ITWS Mag UD 9894 Product type 5 Latency 12 Description The Wind Shear ATIS Panel Product is constructed by definition of wsat is Each instance of waats resets the data of the message to given parameters at the specified time of the simulation Wind Shear Product Product definitions needed microburst section 4 3 7 Radar definitions needed Tdwr or tdwr section 4 2 4 Messages generated Microburst Product Message ITWS MsgID 9832 Product type 1 Latency 2 Integrated Terminal Weather System ITWS Simulator JVN Communications Inc 11 2 16 3 0 3 1 1 Ed Rev 4 April 4 2001 Description The Wind Shear Product is constructed by definition of microburst Each instance of microburst defines a new wind shear with independent radius and radial loss If wind shears are defined in multiple radars the effect is that each of the radars will additionally report wind shears related to other radars If a wind shear needs to be reported by multiple radars it needs to be separately defined for each of those specific radars Look into section 4 3 7 the definition of microburst to find out what s the difference between microburst and wind shear and for more detailed parameter definition Wind Shear Ribbon Display Product Product definitions needed alert section 4 3 1 alertconf section 4 3 2 Radar definitions needed Tdwr or tdwr secti
3. 9895 Terminal Weather Special Text Product Integrated Terminal Weather System ITWS Simulator INN Communications Inc 4 2 0 2 1 2 2 2 3 1 Ed Rev 4 April 4 2001 PRODUCTS Anomalous Propagation AP Alert Panel Product Product definitions needed propagation section 4 3 9 Radar definitions needed Asr9 or asr9 section 4 2 2 Messages generated Anomalous Propagation AP Status Product Message ITWS MsgID 9847 Product type 20 Latency 26 Description The AP Status Product is constructed by definition of propagation Each instance of propagation defines a radar reporting anomalous propagation If an anomalous propagation needs to be reported by multiple radars it needs to be separately defined for each of those specific radars Gust Front Alert Panel Product Product definitions needed gustfront section 4 3 3 Radar definitions needed Tdwr or tdwr section 4 2 4 Messages generated Gust Front TRACON Map Product Message ITWS Msg ID 9833 Product type 2 Latency 3 Description The Gust Front Alert Panel Product is constructed by definition of gust front Each instance of gust front defines a new gust front with independent velocity and heading If gust fronts are defined in multiple radars the effect is that each of the radars will additionally report gust fronts related to other radars If a gust front needs to be reported by multiple radars it needs to be separately defined for each of those specific
4. name of the definition must be unique required t starttime the time of the simulation when this information becomes active simulator start time dt deltatime the duration time of this information information expires at simulator end time starttime deltatime res type type of resolution of radar 5NM TRACON required 100NM or 200NM pos lat amp lon the geographic position of the hazard cell projection tangent hail flag indication of presence of hail YES null present or NO unavailable lightning flag indication of presence of lightning YES null present or NO unavailable storm flag indication of presence of sever storm null circulation YES present or NO unavailable echo value the value of echotop Altitude is denoted null in thousands of feet NO not present altitude or altitude Products affected Storm Cell Information Product see section 2 8 lightning definition lightning name t starttime dt deltatime airport name pos lat amp lon radius length state state Parameter definition Parameter Description Default Value name name of the definition must be unique required t starttime the time of the simulation when this information becomes active simulator start time Default dt deltatime the duration time of this information information expires at simulator end time starttime deltat
5. 4 1 5 5 4 2 4 2 1 Integrated Terminal Weather System ITWS Simulator INN Communications Inc Product Data specific update _pdata update windprofile update _ term _ wx text Radar keyword definitions Adas definition Adas name airport name 1 Ed Rev 4 April 4 2001 Parameter definition Parameter Description Default Value name name of the radar must be unique across all radars of the same required type airport name name of the airport where this radar is located maximum of 4 0000 alphanumeric characters Radar commands Creation of radar keywords is defined in Appendix A adas name block MsgID If an input file is specified all the messages of type MsgID from radar ADAS with name name will be ignored in the input file Default 14 4 2 2 1 Ed Rev 4 April 4 2001 adas_ name disable MsgID The messages of type MsgID from radar ADAS with name name will NOT be generated and NOT sent to the output adas name enable MsgID The messages of type MsgID from radar ADAS with name name will be artificially generated based on its definition in the script and sent to the output Default adas name unblock MsgID If an input file is specified all the messages of type MsgID from radar ADAS with name name will be sent to the output from the input file adas name update adas All messages from radar ADAS with name name are forced to be sent to the output with no regard
6. The Hazard Text TRACON message type 9858 from radar ASR9 with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command Nexrad definition Nexrad name airport name pos latglon rot rotation Parameter definition Parameter Description Default Value name name of the radar must be unique across all radars of the same required type airport name name of the airport where this radar is located maximum of 4 0000 alphanumeric characters pos lat amp lon the geographic position of the radar projection tangent rot rotation the degree of rotation off the true north 0 Radar commands Creation of radar keywords is defined in Appendix A nexrad name block MsgID If an input file is specified all the messages of type MSgID from radar NEXRAD with name name will be ignored in the input file Default nexrad name disable MsgID The messages of type MsgID from radar NEXRAD with name name will NOT be generated and NOT sent to the output nexrad name enable MsgID The messages of type MsgID from radar NEXRAD with name name will be artificially generated based on its definition in the script and sent to the output Default Integrated Terminal Weather System ITWS Simulator INN Communications Inc 16 4 2 4 1 Ed Rev 4 April 4 2001 nexrad name unblock MsgID If an input file is specified all t
7. message type 9849 from radar TDWR with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command tdwr name update stormmotion Bom The Storm Motion 5NM message type 9853 from radar TDWR with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command tdwr name update hazard 5nm The Hazard Text SNM message type 9857 from radar TDWR with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command tdwr name update mbatis The Microburst ATIS message type 9893 from radar TDWR with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command tdwr_ name update wsatis The Wind Shear ATIS message type 9894 from radar TDWR with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command Integrated Terminal Weather System ITWS Simulator INN Communications Inc 18 4 2 5 1 Ed Rev 4 April 4 2001 Pdata definition Pdata name airport name user name site range length radar range length Parameter definition Parameter Description Default Value name name of
8. timed with original delays and proper order Artificially Generated ITWS Products Table 1 0 No Product Name ITWS Message Name Message ID 1 Six Level Precipitation 4 Precipitation Products 9849 9852 5NM TRACON 100NM and 200NM 2 Microburst Microburst TRACON Map Product 9832 3 Wind Shear Microburst TRACON Map Product 9832 4 Gust Fronts and Wind Shifts Gust Front TRACON Map Product 9833 5 Storm Cell Motion 4 Storm Motion Storm Extrapolated Position Products 9853 9856 5NM TRACON 100NM and 200NM 6 Storm Extrapolated Position 4 Storm Motion Storm Extrapolated Position Products 9853 9856 5NM TRACON 100NM and 200NM 7 Tornado Vortex Signature Tornado Detections Product 9838 8 Microburst Alert Panel amp ATIS Microburst ATIS Panel Message Product 9893 Countdown Timer 9 Wind Shear Alert Panel amp ATIS Wind Shear ATIS Panel Message Product 9894 Countdown Timer 10 Lighting Alert Panel Airport Lightning Warning 9845 11 Anomalous Propagation AP Anomalous Propagation AP Status 9847 Alert Panel 12 Gust Front Alert Panel Gust Front TRACON Map Product 9833 13 Terminal Winds Table Wind Profile Product 9837 14 Wind shear Ribbon Display Configured Alerts Product 9840 15 Storm Cell Information Hazard Text Products 9857 9860 5NM TRACON 100NM and 200NM 16 Terminal Weather Text Terminal Weather Normal Text Product and 9844
9. 0 Alert 0 1 PIREP Entry 2 PIREP Withdrawal 3 Timer status state state of the panel 0 OFF 1 Countdown 2 Active 0 Parameter Description Default Value timer minutes number of minutes to countdown valid ONLY when status is 20 Countdown Products affected Wind Shear Alert Panel amp ATIS Countdown Timer Product see section 2 14 Other keyword definitions input definition set input filepath Parameter definition Parameter Description Default Value filepath a valid path and file name of an input file required ItwsSite definition set ItwsSite sitename Parameter definition Parameter Description Default Value sitename name of site must be limited to 3 alphanumeric characters required Integrated Terminal Weather System ITWS Simulator INN Communications Inc 27 4 4 3 4 4 4 4 4 5 5 0 5 1 1 Ed Rev 4 April 4 2001 output definition set output filepath udp IPaddress UDPport udp host UDPport Parameter definition Parameter Description Default Value filepath a valid path and file name of an output file or IP address required followed by UDP port or host name followed by UDP port If case of specifying a UDP port the IP address or host name must be preceded with udp token projection definition set projection type tangent lat lon Parameter definition Parameter Description Default Value type type of projection
10. Integrated Terminal Weather System ITWS Simulator JVN Communications Inc Copyright O 2001 User s Manual 1 Ed Rev 4 April 4 2001 Prepared by JVN Communications Inc 2617 Berwyn Ct Voorhees NJ 08043 1 Ed Rev 4 April 4 2001 Table of Contents Section Page 0 0 INTRODUCTION ciraire EREE ER N REE EA EA EE E EEEREN 4 1 0 OVERVIEW A a S 4 1 1 A E E E E E E E EN 4 1 2 Artificially Generated IT WS Prod RERE EE EOR O ERE 4 2 0 PRODU AS E E E E 5 2 1 Anomalous Propagation AP Alert Panel Producer 5 2 2 Gust Eront Alert Panel Product second nes preeu eta SEs aaua oa anna pubo SaNa EES 5 2 3 Gust Front and Wind Shift Producer 5 2 4 Laghining Alert Panel Product intra tosewel gwuseedacasbieh eeacseacdessty 6 25 Microburst Alert Panel amp ATIS Countdown Timer Product ccccccccsseessessceesceesceseeeeeeseeeaecnaecaecneeeneeenes 6 2 6 Microburst Product 6 8 r derer der orale 6 2 7 Six Level Precipitation Product ii 7 2 8 Storm Cell Information Product ptp 8 2 9 Storm Cell Motion Producida 8 2 10 Storm Extrapolated Post ace 9 2 11 Terminal Weather Text Product ansias 10 2 12 Termmal Wands Table Product cod boo 10 2 13 Tornado Vortex Signature Producer 11 2 14 Wind Shear Alert Panel amp ATIS Countdown Timer Producer 11 2 15 Wand ShearProduct ise esse Eeer SE 11 2 16 Wind Shear Ribbon Display Producer 12 3 0 SERA sce aia 12 3 1 Tnput e EE 12 4 0 SCRIPT COMMANDS ON 13 4 1 Script Commands Ov
11. WS site Geographical points Latitude and longitude definitions of projection and radars Global attributes Definition of projection and start time Radar definitions Define radars and their attributes Product enabling blocking Define product enabling and blocking Product definitions Define products and their attributes Integrated Terminal Weather System ITWS Simulator INN Communications Inc 12 1 Ed Rev 4 April 4 2001 4 0 SCRIPT COMMANDS Standards e name of radars and airports must be a maximum of 4 alphanumeric characters e parameters that get time use standard time format hh mm ss e lat amp lon latitude followed by longitude separated by comma with no space The coordinates must be followed by a character letter 1 ASCII 108 e pos parameter supports both the Cartesian plane coordinates or Lat amp lon coordinates There are four types of radars that this simulator supports Adas Asr9 Nexrad and Tdwr There is also a non radar object Product Data which also controls some products For simplicity its internal name is Pdata There are two ways of defining each radar including the non radar Pdata By defining the radar with upper case letter a window is displayed for the given radar and at runtime controls are accessible via GUI Graphical User Interface By defining the radar with lower case letter no window is displayed and at runtime all controls need to be typed in on the terminal 4 1 Script Commands Overvi
12. able MsgID The messages of type MsgID from radar TDWR with name name will NOT be generated and NOT sent to the output tdwr name enable MsgID The messages of type MsgID from radar TDWR with name name will be artificially generated based on its definition in the script and sent to the output Default tdwr name unblock MsgID If an input file is specified all the messages of type MsgID from radar TDWR with name name will be sent to the output form the input file tdwr_ name update tdwr All messages from radar TDWR with name name are forced to be sent to the output with no regard to their next update time The messages are sent only when they are enabled Runtime command tdwr name update microburst The Microburst TRACON Map message type 9832 from radar TDWR with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command tdwr name update gustfront The Gust Front TRACON Map message type 9833 from radar TDWR with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command tdwr name update conf alerts The Configured Alerts message type 9840 from radar TDWR with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command tdwr name update precip Bom The Precipitation SNM
13. e global map of the storm extrapolated position according to the velocity and heading of the motion so that the precipitation and corresponding storm extrapolated position is mapped in the same geographic location If no stormmot on is defined the storm extrapolated position will appear stationary There are three types of radars that are capable of reporting a storm extrapolated position ASR9 NEXRAD and TDWR Every radar reports the storm extrapolated position on a different range ASR9 has range of 64 nautical miles NEXRAD has ranges of 100 and 200 nautical miles and TDWR has range of 5 nautical miles Only the storm extrapolated positions that are visible in those radar ranges are reported by the corresponding radars Terminal Weather Text Product Product definitions needed termtext section 4 3 12 stormmotion section 4 3 10 Radar definitions needed Pdata or pdata section 4 2 5 Messages generated Terminal Weather Normal Text Product Message ITWS MsgID 9844 Product type 28 Latency 35 Terminal Weather Special Text Product Message ITWS MsgID 9895 Product type 29 Latency 35 Description The Terminal Weather Text Product is constructed by definition of termtext Each instance of termtext resets the data of the message to given parameters at the specified time of the simulation The definition of the stormmotion is only needed to report current storm velocity and heading If no storm motion is defined by the default the storm moti
14. er using itkwish command Then on its terminal a main window needs to be included by executing source usr local bin wss Integrated Terminal Weather System ITWS Simulator INN Communications Inc 28 5 2 5 3 5 3 1 5 3 2 1 Ed Rev 4 April 4 2001 If an input script is available it needs to be included also by executing source script pathsfilename If an input script is not wanted all definitions need to be typed in on the terminal as they would be defined in the script This approach requires more knowledge about simulator s command syntax It is also much more difficult to create a scenario without mistakes because once a product or radar is defined there is no way of deleting it without restarting the simulator To start the simulation press the start button or execute the run command on the terminal Ending the program To stop the simulation simply exit the program by pressing EXIT button on the toolbar or by executing exit command on the terminal There is no stop function which would enable to stop simulation without exiting the program unless a run command with specified duration time of simulation is used But keep in mind that this cases the simulator to work as fast as possible to generate all the messages with timing them with proper delays GUI Features Main Window Main window provides statistics about all the messages being outputted by the simulator The statistics counts are combined totals of artificial
15. erview cccccccsseessesssesseessceetcesecesecseceaecsaecaecsaecsaecaeecaeecaeceseseaeeeeeserseaeesseeuecseeeaeeenes 13 4 1 1 Reserved wapabl e z t E T ees Eeer CO 13 4 1 2 Reserved key id es 13 4 1 3 Objectispecific keywords ii isa 13 4 1 4 Sub keywords common for all radars 13 4 1 5 Radar specific sub keywords defmpons 13 4 1 5 1 ADAS SECH e NEESS an 13 4 1 5 2 ASRI A iaa 13 4 1 5 3 NEXRAD pei ad 14 4 1 5 4 TD WRSPpeOCitic ii A T E ends 14 4 1 5 5 Product Data pedi ed 14 4 2 Radar keyword da isis 14 4 2 1 AA E ee EE 14 4 2 2 A a 15 4 2 3 Nexrad definition A aia ica Tae 16 4 2 4 TdwE det ti 17 4 2 5 LEE e WEE 19 4 3 Product keyword definitions a dead ss 20 4 3 1 alert e tt 20 4 3 2 alent on EE 20 4 3 3 JUSELTONE DM EE 21 4 3 4 bazard is eee 22 4 3 5 Tightning denia eae ec eS eek eS A EN RES 22 4 3 6 mbatis definition EE 23 Integrated Terminal Weather System ITWS Simulator INN Communications Inc 2 4 3 7 microburst delito r i ita 4 3 8 precip defion sri iiet E aia 4 3 9 propagation definitiON seneni aie n E EE EE N 4 3 10 stormmotion definition ssseseeesessesseeesssesrtsresrtsresteressteressesreseeserseeseene 4 3 11 stormextrap detfmton innen e n a E A S 4 3 12 Eermtextodetiditi N DAAA E E EE EA 4 3 13 tornad definition a deed deeg dee ees 4 3 14 wind definition eeen ia 4 3 15 wsatis delta 4 4 Other keyword definitions cecceeceesceesecsceececeeeeeeeseeceseenseceaecaeceecseeeeeeneeses 4 4 1
16. essages of type MsgID from radar ASR9 with name name will be sent to the output form the input file Integrated Terminal Weather System ITWS Simulator INN Communications Inc 15 4 2 3 1 Ed Rev 4 April 4 2001 asr9 name update asr9 All messages from radar ASR9 with name name are forced to be sent to the output with no regard to their next update time The messages are sent only when they are enabled Runtime command asr9 name update precip ap The AP Indicated Precipitation message type 9848 from radar ASR9 with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command asr9 name update precip tracon The Precipitation TRACON message type 9850 from radar ASR9 with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command asr9 name update propagation The Anomalous Propagation Status message type 9847 from radar ASR9 with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command asr9 name update stormmotion tracon The Storm Motion TRACON message type 9854 from radar ASR9 with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command asr9 name update hazrad tracon
17. ew 4 1 1 Reserved variables input ItwsSite output 4 1 2 Reserved keywords Adas Asr9 microburst propagation Tdwr Adas gustfront nexrad run termtext Alert hazard Nexrad stormextrap tornado alertconf lightning precip stormmotion wind asr9 mbatis projection tdwr wsatis 4 1 3 Object specific keywords There are also radar specific reserved keywords for each defined radar Every definition of the radar creates its own radar commands In order to distinguish a command of specific radar there must be a unique keyword for each defined radar The radar specific command must be preceded with radartype_radarname keyword followed by the sub keyword a radar specific command 4 1 4 Sub keywords common for all radars block disable enable unblock 4 1 5 Radar specific sub keywords 4 1 5 1 ADAS specific update_adas update lightning 4 1 5 2 ASRO9 specific update_asr9 Integrated Terminal Weather System ITWS Simulator INN Communications Inc 13 update ap status update precip ap update precip tracon update stormmotion tracon update hazard tracon 4 1 5 3 NEXRAD specific update _nexrad update tornado update precip 100nm update precip 200nm update_stormmotion_100nm update_stormmotion_200nm update hazard_100nm update hazard 200nm 4 1 5 4 TDWR specific update _tdwr update _microburst update gustfront update conf alets update precip_5nm update _stormmotion_5nm update hazard_5nm update mbatis update wsatis
18. f the alert Possible sources 5 LLWAS III Alert required 6 MB Alert Detection 7 MB Alert Prediction 8 GF Alert Detection 9 GF Alert Update 10 Alert Runway Configuration 31 Airport Wind This parameter is the link between the alertconf command region name the region ID name maximum of 7 alphanumeric characters null type name the type of the alert maximum of 4 alphanumeric characters null value name a loss or gain value in knots 0 first name first alert location name maximum of 4 alphanumeric null characters last name last alert location name maximum of 4 alphanumeric characters null hdg degrees the direction of LLWAS threshold wind based on 360 999 vel knots the speed of LLWAS threshold wind in knots 99 sd name the ID of SD where Ribbon Display is located maximum of 3 null alphanumeric characters rbdt name the ID of RBDT maximum of 7 alphanumeric characters null line number the number of the line where this alert should be displayed 0 Products affected Wind Shear Ribbon Display Product see section 2 16 NOTE The alert command requires previous definition of alertconf command Defining an alert with source has no effect on messages unless alert conf is defined with the same source alertconf definition alertconf name t starttime dt deltatime source name runway name wind hdg degrees wind vel knots gust ve
19. he messages of type MsgID from radar NEXRAD with name name will be sent to the output form the input file nexrad name update nexrad All messages from radar NEXRAD with name name are forced to be sent to the output with no regard to their next update time The messages are sent only when they are enabled Runtime command nexrad name update tornado The Tornado Detection message type 9838 from radar NEXRAD with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command nexrad name update precip 100nm The Precipitation 100NM message type 9851 from radar NEXRAD with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command nexrad name update precip 200nm The Precipitation 200NM message type 9852 from radar NEXRAD with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command nexrad name update stormmotion 100nm The Storm Motion 100NM message type 9855 from radar NEXRAD with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command nexrad name update stormmotion 200nm The Storm Motion 200NM message type 9856 from radar NEXRAD with name name is forced to be sent to the output w
20. hreshold area and search values exp tas1 3 13 0 null tas2 tas2 value threshold area and search values null tas3 tas3 value threshold area and search values null Products affected Anomalous Propagation AP Alert Panel Product see section 2 1 4 3 10 stormmotion definition stormmotion name t starttime vel knots hdg degrees Parameter definition Parameter Description Default Value name name of the definition must be unique required t starttime the time of the simulation when this information becomes active simulator start time dt deltatime the duration time of this information information expires at simulator end time starttime deltatime vel knots the speed of the storm in knots 0 Integrated Terminal Weather System ITWS Simulator INN Communications Inc 24 1 Ed Rev 4 April 4 2001 Parameter Description Default Value hdg degrees the direction in which the storm is moving based on 360 0 Products affected Storm Cell Motion Produc t see section 2 9 Terminal Weather Text Product see section 2 11 4 3 11 stormextrap definition stormextrap name id ID num pos point Liser Parameter definition Parameter Description Default Value name name of the definition must be unique required id ID num identifier identifying the storm required pos point_list the list of p
21. ime airport name name of the airport where this radar is located maximum of 3 null alphanumeric characters pos lat amp lon the geographic position of the radar projection tangent radius length the length of radius in nautical miles of the warning area 5 state state the warning state of the region 1 ON 0 OFF 1 Products affected Lightning Alert Panel Product see section 2 4 Integrated Terminal Weather System ITWS Simulator INN Communications Inc 22 4 3 6 4 3 7 mbatis definition mbatis name t starttime status state 1 Ed Rev 4 April 4 2001 id name radar name source source timer minutes Parameter definition Parameter Description Default Value name name of the definition must be unique required t starttime the time of the simulation when this information becomes active simulator start time id name id name of the microburst ATIS alert null radar name name of the radar that is reporting A TDWR radar with same required radar name must be defined otherwise a message with the alert off is generated source source source of input that triggered the state 0 Alert 0 1 PIREP Entry 2 PIREP Withdrawal 3 Timer status state state of the panel 0 OFF 1 Countdown 2 Active 0 timer minutes number of minutes to countdown valid ONLY when status is 20 Countdow
22. input definition aiii 4 4 2 ItwsSite definition 0 0 ceccesccscecseeeeeeseeeeceeeeeesecsecseecaeeeseeeeeeneeeereneees 4 4 3 OUt put Gem D EE 4 4 4 projection defmton nono noc no nono nnconnno 4 4 5 Ee te 5 0 THE SIMULATOR a r tai 5 1 Starting th pri EEE E EERE EEEE 52 Ending the prorrata 5 3 A OS 5 3 1 Main Wgd SEA See EES 5 3 2 Radar Object Wmdouws iesenii erento iaee onesie s d ete 5 3 3 Simulator Information Wmdouw 6 0 APPENDIX A ees Aere EE 6 1 Examples of constructing object specific keywords c cccceescesteeseeseeeeees 6 2 Example Of setting mue ENEE tects osdevedteedevie doce cuca des eaucesscechceveneets 6 3 Example of Setting GUE Out aa 6 4 Example Of setting proyectil edita Integrated Terminal Weather System ITWS Simulator INN Communications Inc 1 Ed Rev 4 April 4 2001 0 0 1 0 1 1 1 2 INTRODUCTION 1 Ed Rev 4 April 4 2001 Integrated Terminal Weather System Simulator was developed for a purpose of generating ITWS products described in section 1 0 2 OVERVIEW Supported ITWS Products The simulator is capable of playing all of IT WS messages from pre recorded file and generating only the certain products artificially which are defined in table 1 0 The messages present in pre recorded file and artificially generated messages can be mixed in any combination and sent to external user The time stamp of the messages in the external file is substituted with time of the simulator but
23. ion 2 15 Integrated Terminal Weather System ITWS Simulator INN Communications Inc 23 1 Ed Rev 4 April 4 2001 4 3 8 precip definition precip name level level pos point list Parameter definition Parameter Description Default Value name name of the definition must be unique required level level level of precipitation value 0 6 7 attenuated 8 AP detected 0 9 bad value 15 no coverage pos point_list the list of points in quadratic plane with projection as reference null point representing the area covered by the precipitation of level specified Exp pos 1 2 2 3 2 3 4 Products affected Six Level Precipitation Product see section 2 7 4 3 9 propagation definition propagation name t starttimel dt deltatimel radar name state flag tasl tasl value tas2 tas2 value tas3 tas3 value Parameter definition Parameter Description Default Value name name of the definition must be unique required t starttime the time of the simulation when this information becomes active simulator start time dt deltatime the duration time of this information information expires at simulator end time starttime deltatime radar name name of the radar that is reporting required state flag indicates whether an editing radar exists for this ASR9 0 no 0 editing 1 editing tasl tasl_value t
24. is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command pdata name update terminal normal text The Terminal Weather Normal Text message type 9844 from Product Data with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command pdata name update terminal special text The Terminal Weather Special Text message type 9895 from Product Data with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command Integrated Terminal Weather System ITWS Simulator INN Communications Inc 19 4 3 4 3 1 4 3 2 1 Ed Rev 4 April 4 2001 Product keyword definitions alert definition alert name t starttime dt deltatime source name region name type name value knots first name last name hdg degrees vel knots sd name rbds name line number Parameter definition Parameter Description Default Value name name of the definition must be unique required t starttime the time of the simulation when this product becomes active simulator start time dt deltatime the duration time of this information information expires at simulator end time starttime deltatime source name source o
25. ith no regard to its next update time The message is sent only when it s enabled Runtime command nexrad name update hazard 100nm The Hazard Text 100NM message type 9859 from radar NEXRAD with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command nexrad name update hazard 200nm The Hazard Text 200NM message type 9860 from radar NEXRAD with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command Tdwr definition Tdwr name airport name pos lat amp lon rot rotation Parameter definition Parameter Description Default Value name name of the radar must be unique across all radars of the same required type airport name name of the airport where this radar is located maximum of 4 0000 alphanumeric characters pos lat amp lon the geographic position of the radar projection tangent rot rotation the degree of rotation off the true north 0 Integrated Terminal Weather System ITWS Simulator INN Communications Inc 17 1 Ed Rev 4 April 4 2001 Radar commands Creation of radar keywords is defined in Appendix A tdwr name block MsgID If an input file is specified all the messages of type MsgID from radar TDWR with name name will be ignored in the input file Default tdwr_ name dis
26. l knots radar_ imp flag llwas_imp flag Parameter definition Parameter Description Default Value name name of the definition must be unique required Integrated Terminal Weather System ITWS Simulator INN Communications Inc 20 1 Ed Rev 4 April 4 2001 Parameter Description Default Value t starttime the time of the simulation when this information becomes active simulator start time dt deltatime the duration time of this information information expires at starttime deltatime simulator end time source name source of the alert Possible sources 5 LLWAS 3 Alert 6 required MB Alert Detection 7 MB Alert Prediction 8 GF Alert Detection 9 GF Alert Update 10 Alert Runway Configuration 31 Airport Wind runway name the runway configuration name maximum of 31 alphanumeric required characters wind_hdg degrees the direction of wind based on 360 999 wind_vel knots the speed of the wind in knots 99 gust_vel knots the speed of the gusts in knots 99 radar_imp flag state of the radar 1 impaired 0 not impaired 0 llwas_imp flag state of the LLWAS 1 impaired 0 not impaired 0 Products affected Wind Shear Ribbon Display Product see section 2 16 4 3 3 gustfront definition gustfront name t starttime hazard knots dt deltatime pos p
27. messages and messages played from the input file There are also information about miscellaneous messages and error encountered in the input file Image 5 1 Main Window Start Exit Info 4 Block undefined About 00 00 00 00 Radar Object Windows There are 5 different radar objects that the simulator supports For each defined object a separate window is displayed containing controls for its specific messages Similarly like main window the object windows provide statistics about the messages being generated but only related to its specific object Image 5 2 Object Window tdwr_dfw TDWR Oy ES Statistics Controls Integrated Terminal Weather System ITWS Simulator JVN Communications Inc 29 1 Ed Rev 4 April 4 2001 Object Window Controls enable easily to update the desired message at any time restrict the generation of artificial messages by enabling disabling desired messages and force the blocking of messages from the input file which are already defined artificially To block undefined messages that are played from the file check the Block undefined option on the Main Window Image 5 3 Object Window Controls tdwr_dfw TDWR Al x statistics Controls Microburst Gust Front Cont Alerts Prec5NM SM5NM ao Update Update Update Update Update Update Options En W BI En W BI En W BI En W BI En W BI E En gi HTSNM MBATIS WS ATIS Update Update Update
28. n Products affected Microburst Alert Panel amp ATIS Countdown Timer Product see section 2 5 microburst definition microburst name t starttimel dt deltatimel radar name posl1 latg glon pos2 latglon radius length loss knots det der flag Parameter definition Parameter Description Default Value name name of the definition must be unique required t starttime the time of the simulation when this information becomes active simulator start time dt deltatime the duration time of this information information expires at simulator end time starttime deltatime radar name name of the radar that is reporting required pos1 lat amp lon the geographic position of the microburst or wind shear projection tangent pos2 lat lon the geographic position of the microburst or wind shear Not used when der flag is set to 0 projection tangent radius length the length of radius in nautical miles of the microburst or wind 0 shear loss knots the maximum velocity loss across the microburst or wind shear 0 If loss is less than 30 a wind shear is produced if loss is greater or equal to 30 a microburst is produced det det flag the detection mode flag 1 detection mode 0 prediction 1 mode Products affected Microburst Product see section 2 6 Wind Shear Product see sect
29. n becomes active simulator start time dt deltatime the duration time of this information information expires at simulator end time starttime deltatime location name profile location name required row num profile row number required col num profile column number required alt feet altitude above mean sea level measured in feet 0 vel knots the speed of wind in knots 0 hdg degrees the direction of wind based on 360 0 qual flag wind estimate quality flag 0 good 1 valid 2 invalid 0 Products affected Terminal Winds Table Product see section 2 12 Integrated Terminal Weather System IT WS Simulator INN Communications Inc 26 4 3 15 4 4 4 4 1 4 4 2 wsatis definition wsatis name t starttime status state id name timer minutes 1 Ed Rev 4 April 4 2001 radar name source source Parameter definition Parameter Description Default Value name name of the definition must be unique required t starttime the time of the simulation when this information becomes active simulator start time id name id name of the wind shear ATIS alert null radar name name of the radar that is reporting A TDWR radar with same required radar name must be defined otherwise a message with the alert off is generated source source source of input that triggered the state
30. nd 200 nautical miles with precisions of 1000 and 4000 meters respectively TDWR has range of 5 nautical miles with precision of 250 meters Storm Extrapolated Position Product definitions needed stormmotion section 4 3 10 stormextrap section 4 3 11 Radar definitions needed Asr9 or asr9 section 4 2 2 Nexrad or nexrad section 4 2 3 Tdwr or tdwr section 4 2 4 Messages generated Storm Motion Strom Extrapolated Position SNM Product Message ITWS Msg ID 9853 Product type 11 Latency 18 Storm Motion Strom Extrapolated Position TRACON Product Message ITWS Msg ID 9854 Product type 12 Latency 19 Storm Motion Strom Extrapolated Position 100NM Product Message ITWS MsgID 9855 Product type 13 Latency 20 Storm Motion Strom Extrapolated Position 200NM Product Message ITWS Msg ID 9856 Product type 14 Latency 21 Integrated Terminal Weather System ITWS Simulator INN Communications Inc 9 2 11 2 12 1 Ed Rev 4 April 4 2001 Description The Storm Extrapolated Position Product is constructed by definition of stormextrap Each instance of stormextrap defines a boundary of storm motion front which will be reported with specific velocity and heading The defined boundary should correspond to a specific area that should be defined by precip definition usually of level 3 and up Similarly as precipitation a definition of storm extrapolated position is not radar specific The active storm motion shifts the entir
31. oint list vel knots radar name id number hdg degrees Parameter definition Parameter Description Default Value name name of the definition must be unique required t starttime the time of the simulation when this information becomes active simulator start time dt deltatime the duration time of this information information expires at starttime deltatime simulator end time radar name name of the radar that is reporting required id number the gust front ID number Any positive number required hazard knots the wind shear hazard or change in velocity 0 pos point_list the list of points in quadratic plane and projection as reference null point representing the gust front shape Exp pos 1 2 2 3 2 3 4 vel knots the speed of the gust front in knots 0 hdg degrees the direction in which the gust front is moving based on 360 0 Products affected Gust Front Alert Panel see section 2 2 Gust Fronts and Wind Shifts Product see section 2 3 Integrated Terminal Weather System IT WS Simulator INN Communications Inc 21 4 3 4 4 3 5 1 Ed Rev 4 April 4 2001 hazard definition hazard name t starttime dt deltatime res type pos lat lon hail flag lightning flag storm flag echo value Parameter definition Parameter Description Default Value name
32. oints in quadratic plane with projection as reference null point representing the front of the storm exp pos 1 2 2 3 2 3 4 Products affected Storm Extrapolated Position Product see section 2 10 4 3 12 termtext definition termtext name t starttime dt deltatime alert name value value storms storm_list next alert name next_ start time Parameter definition Parameter Description Default Value name name of the definition must be unique required t starttime the time of the simulation when this information becomes active simulator start time dt deltatime the duration time of this information information expires at simulator end time starttime deltatime alert namel 3 character alert code MBA microburst WSA wind shear null HVY heavy precipitation HVF expected heavy precipitation value value the value of the alert microburst loss in knots wind shear 0 loss in knots if negative and gain in knots if positive precipitation level of precipitation 0 6 storms storm_list null next_alert name 3 character alert code pretends only to precipitation HVY null heavy precipitation MOD moderate precipitation next_start time the time of the simulation when the next alert is expected 0 Products affected Terminal Weather Text Product see section 2 11 Integ
33. on 4 2 4 Messages generated Configured Alerts Product Message ITWS Mag ID 9840 Product type 3 Latency 5 6 7 8 9 10 or 31 depends on product definition Source parameter Description The Wind Shear Ribbon Display Product is constructed through definition of alertconf and alert The alertconf defines a message and alert defines alerts to be included in the given message The source parameter of both alertconf and alert is the bonding link between those definitions which basically provides the information to alert conf about the alerts that correspond to its definition SCRIPT Input Script The simulator is driven by various definitions which generally are defined in the input script Those definitions tell the simulator things like to what user the output should be sent whether to use an input file geographic locations of sites what radars and what products have to be sent to external users and what parameters they should have The input script is not required but provides much easier way of defining scenarios and ability to reuse them Although definitions can be typed in on the terminal while the simulator is running they cannot be saved for later use Table 2 0 Parts of the script Item Description Input file Pre recorded file with ITWS messages Output file device Destination file where messages are to be written or the device where messages are to be sent ITWS Site name Name of the IT
34. on will be reported as unavailable Terminal Winds Table Product Product definitions needed wind section 4 3 14 Radar definitions needed Pdata or pdata section 4 2 5 Messages generated Wind Profile Product Message ITWS Msg ID 9837 Product type 26 Latency 33 Integrated Terminal Weather System ITWS Simulator JVN Communications Inc 10 2 13 2 14 2 15 1 Ed Rev 4 April 4 2001 Description The Terminal Winds Table Product is constructed by definition of wind Each instance of wind defines a wind properties at certain altitude The definitions of wind with different altitudes at the same location up to 10 altitudes are grouped to form a location profile up to 16 profiles Tornado Vortex Signature Product Product definitions needed tornado section 4 3 13 Radar definitions needed Nexrad or nexrad section 4 2 3 Messages generated Tornado Vortex Signature Product Message ITWS MsgID 9838 Product type 21 Latency 28 Description The Tornado Vortex Signature Product is constructed by definition of tornado Each instance of tornado defines a new tornado with specific location velocity and direction If a tornado is not within a range of any NEXRAD radar it is not reported The specific NEXRAD radar reports only the tornadoes that are within the range of that NEXRAD Wind Shear Alert Panel amp ATIS Countdown Timer Product Product definitions needed wsatis section 4 3 15 Radar definitions needed
35. ountdown Timer Product Product definitions needed mbatis section 4 3 6 Radar definitions needed Tdwr or tdwr section 4 2 4 Messages generated Microburst ATIS Panel Product Message ITWS MsgID 9893 Product type 4 Latency 11 Description The Microburst ATIS Panel Product is constructed by definition of mbat is Each definition of mbatis resets the data of the message to given parameters at the specified time of the simulation Microburst Product Product definitions needed microburst section 4 3 7 Radar definitions needed Tdwr or tdwr section 4 2 4 Messages generated Microburst Product Message ITWS Msg ID 9832 Product type 1 Latency 2 Integrated Terminal Weather System ITWS Simulator INN Communications Inc 6 2 7 1 Ed Rev 4 April 4 2001 Description The Microburst Product is constructed by definition of microburst Each instance of microburst defines a new microburst with independent radius and radial loss If microbursts are defined in multiple radars the effect is that each of the radars will additionally report microbursts related to other radars If a microburst needs to be reported by multiple radars it needs to be separately defined for each of those specific radars Look into section 4 3 7 the definition of microburst to find out what s the difference between microburst and wind shear and how to define them Six Level Precipitation Product Product definitions needed precip section 4 3 8 sto
36. radars Gust Front and Wind Shift Product Product definitions needed gustfront section 4 3 3 Radar definitions needed Tdwr or tdwr section 4 2 4 Messages generated Gust Front TRACON Map Product Message ITWS Msg ID 9833 Product type 2 Latency 3 Integrated Terminal Weather System ITWS Simulator JVN Communications Inc 5 2 4 2 5 2 6 1 Ed Rev 4 April 4 2001 Description The Gust Front and Wind Shift Product is constructed by definition of gust front Each instance of gust front defines a new gust front with independent velocity and heading If gust fronts are defined in multiple radars the effect is that each of the radars will additionally report gust fronts related to other radars If a gust front needs to be reported by multiple radars it needs to be separately defined for each of those specific radars Lightning Alert Panel Product Product definitions needed lightning section 4 3 5 Radar definitions needed Adas or adas section 4 2 1 Messages generated Airport Lightning Warning Message ITWS MsgID 9845 Product type 23 Latency 30 Description The Airport Lightning Warning Product is constructed by definition of Lightning Each instance of Lightning defines a sensor location which is stationary not a actual lightning strike The product reports lightning alerts related to multiple radar sites which don t have to be defined separately by radar definitions Microburst Alert Panel amp ATIS C
37. rated Terminal Weather System IT WS Simulator INN Communications Inc 25 1 Ed Rev 4 April 4 2001 4 3 13 tornado definition tornado name t starttime dt deltatime vel knots hdg degrees pos lat amp lon vel valid flag hdg valid flag Parameter definition Parameter Description Default Value name name of the definition must be unique required t starttime the time of the simulation when this information becomes active simulator start time dt deltatime the duration time of this information information expires at simulator end time starttime deltatime vel knots the speed of the tornado in knots 0 hdg degrees the direction in which the tornado is moving based on 360 0 pos lat amp lon the geographic position of the tornado projection tangent vel_ valid flag validity of tornado velocity 1 valid 0 invalid 1 hdg_valid flag validity of tornado heading 1 valid 0 invalid 1 Products affected Tornado Vortex Signature Product see section 2 13 4 3 14 wind definition wind name t starttime dt deltatime location name row num col num alt feet hdg degrees vel knots qual quality Parameter definition Parameter Description Default Value name name of the definition must be unique required t starttime the time of the simulation when this informatio
38. required tangent lat amp lon latitude longitude position of the origin of the projection required run definition run deltatime Parameter definition Parameter Description Default Value deltatime the time for which the simulator should run Omitting the this required parameter causes the simulator to start automatically Note By specifying the parameter delt atime the simulator will generate the defined products as fast as possible with proper time stamp but without delays between messages This functionality is helpful in creating the source files for later playback Make sure that the output device is not an UDP port otherwise port will be flooded with messages THE SIMULATOR Starting the program There are several ways of running the simulator depending on the features that are needed The most common is to start the simulator with a predefined script It is always a good idea to define all product definitions in the script The script provides great reusability and convenience On the terminal execute wss script _path amp filename This will bring the main simulator window and a window for each radar object if any defined in the script If the command run section 4 4 5 was used in the script the simulation will start automatically in other case press START button on the toolbar to start simulation Another way of launching the simulator program is to use graphical TCL TK interpreter Start the interpret
39. rmmotion section 4 3 10 Radar definitions needed Asr9 or asr9 section 4 2 2 Nexrad or nexrad section 4 2 3 Tdwr or tdwr section 4 2 4 Messages generated AP Indicated Precipitation Product Message ITWS Mag ID 9848 Product type 19 Latency 26 Precipitation SNM Product Message ITWS Mag ID 9849 Product type 7 Latency 14 Precipitation TRACON Product Message ITWS Mag ID 9850 Product type 8 Latency 15 Precipitation 100NM Product Message ITWS MsgID 9851 Product type 9 Latency 16 Precipitation 200NM Product Message ITWS MsgID 9852 Product type 10 Latency 17 Description The Precipitation Product is constructed by definition of precip Each instance of precip defines an area of specified precipitation level Every radar reports a precipitation area only if it is within its range Therefore there might be situations when the same area if precipitation is reported by more than one radar at the same time and in other cases none of the radars might report certain precipitation areas The stormmotion definition is needed for the precipitation areas to shift in certain directions If no stormmot ion is defined the precipitation will appear stationary There are three types of radars that are capable of reporting a precipitation ASR9 NEXRAD and TDWR Every radar reports the precipitation with different precision and on different range ASR9 has range of 64 nautical miles with precision of 1000 meters NEXRAD has ranges of 100 and 200 nau
40. the radar must be unique across all radars of the same required type airport name name of the airport where this radar is located maximum of 4 0000 alphanumeric characters user name the name of the user maximum of 4 alphanumeric characters 0000 site_range length the range of the airport in nautical miles required radar_range length the range of the radar in nautical miles required Radar commands Creation of radar keywords is defined in section 3 1 3 pdata name block MsgID If an input file is specified all the messages of type MsgID from Product Data with name name will be ignored in the input file Default pdata_name disable MsgID The messages of type MsgID from Product Data with name name will NOT be generated and NOT sent to the output pdata name enable MsgID The messages of type MsgID from Product Data with name name will be artificially generated based on its definition in the script and sent to the output Default pdata name unblock MsgID If an input file is specified all the messages of type MsgID from Product Data with name name will be sent to the output form the input file pdata name update pdata All messages from radar TDWR with name name are forced to be sent to the output with no regard to their next update time The messages are sent only when they are enabled Runtime command pdata_name update windprofile The Wind Profile message type 9837 from Product Data with name name
41. tical miles with precisions of 1000 and 4000 meters respectively TDWR has range of 5 nautical miles with precision of 250 meters Integrated Terminal Weather System ITWS Simulator INN Communications Inc 7 2 8 2 9 Integrated Terminal Weather System ITWS Simulator INN Communications Inc Storm Cell Information Product Product definitions needed hazard section 4 3 4 Radar definitions needed Asr9 or asr9 section 4 2 2 Nexrad or nexrad section 4 2 3 Tdwr or tdwr section 4 2 4 Messages generated Hazard Text 5NM Product Message ITWS MsgID 9857 Product type 15 Latency 22 Hazard Text TRACON Product Message ITWS MsgID 9858 Product type 16 Latency 23 Hazard Text 100NM Product Message ITWS MsgID 9859 Product type 17 Latency 24 Hazard Text 200NM Product Message ITWS Mag ID 9860 Product type 18 Latency 25 Description 1 Ed Rev 4 April 4 2001 The Hazard Text Products are constructed by definition of hazard Each instance of hazard defines information for a new cell A definition of cell information is radar specific If a cell is in a position that should appear on more than one radar it needs to be defined separately for each of those specific radars There are three types of radars that are capable of reporting a hazard text ASR9 NEXRAD and TDWR Every radar reports the hazard text with range specific message Therefore in order for multiple radars to report the same message a separate hazard defini
42. tion must be defined for each of those radars with specific resolution Storm Cell Motion Product Product definitions needed stormmotion section 4 3 10 Radar definitions needed Asr9 or asr9 section 4 2 2 Nexrad or nexrad section 4 2 3 Tdwr or tdwr section 4 2 4 Messages generated Storm Motion Strom Extrapolated Position SNM Product Message ITWS Map ID 9853 Product type 11 Latency 18 2 10 1 Ed Rev 4 April 4 2001 Storm Motion Strom Extrapolated Position TRACON Product Message ITWS MsgID 9854 Product type 12 Latency 19 Storm Motion Strom Extrapolated Position 100NM Product Message ITWS MsgID 9855 Product type 13 Latency 20 Storm Motion Strom Extrapolated Position 200NM Product Message ITWS MsgID 9856 Product type 14 Latency 21 Description The Storm Motion Products is constructed by definition of stormmot ion Each instance of stormmot ion resets to specific values of the global storm velocity and heading at specified time of the simulation A definition of storm motion is not radar specific The active storm motion shifts the entire global map of the precipitation according to the velocity and heading of the motion There are three types of radars that are capable of reporting a storm motion ASR9 NEXRAD and TDWR Every radar reports the storm motion with different precision and on different range ASRO9 has range of 64 nautical miles with precision of 1000 meters NEXRAD has ranges of 100 a
43. to their next update time The messages are sent only when they are enabled Runtime command adas name update lightning The Airport Lightning Warning message type 9845 from radar ADAS with name name is forced to be sent to the output with no regard to its next update time The message is sent only when it s enabled Runtime command Asr9 definition Asr9 name airport name pos lat amp lon rot rotation Parameter definition Parameter Description Default Value name name of the radar must be unique across all radars of the same required type airport name name of the airport where this radar is located maximum of 4 0000 alphanumeric characters pos lat amp lon the geographic position of the radar projection tangent rot rotation the degree of rotation off the true north 0 Radar commands Creation of radar keywords is defined in Appendix A asr9 name block MsgID If an input file is specified all the messages of type MsgID from radar ASR9 with name name will be ignored in the input file Default asr9 name disable MsgID The messages of type MsgID from radar ASR9 with name name will NOT be generated and NOT sent to the output asr9 name enable MsgID The messages of type MsgID from radar ASR9 with name name will be artificially generated based on its definition in the script and sent to the output Default asr9 name unblock MsgID If an input file is specified all the m
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