Phase I RSA Requirements

Legend for Builds:
rsa5.1.2a-r builds
rsa5.2.2a -- Oct '02 install
rsa5.2.2b -- Mar '03 install
rsa5.2.2c -- Oct '03 install

We will use .1, .2, etc. for intermediate releases. rsa5.2.2a.1-9 will be the releases for bug fixes found in rsa5.2.2a.

System Requirements Target Build
CS-WX2 The WX Function shall be capable of operating 24 hours per day to support range operations and misions. ALL
CS-WX15 The WX Function shall support multiple concurrent operations independent of operational state or mode ALL
CS-WX129 The WX function shall be designed so that short term, average memory util is no more than 50% of its allocation during the peak scenario defined in CDSEG spec. ALL
CS-WX130 The WX Function shall be designed so that average computational util is no more than 50% of its allocation during the peak scenario defined in CDSEG spec. ALL
CS-WX131 The WX Function shall be designed so that mass storage reqs do not exceed 50% of its allocated capacity defined in CDSEG spec. ALL
CS-WX721 The WX function shall be designed so that input/output capacity is no more than 50% of its allocation during the peak scenario defined in CDSEG spec. ALL
CS-WX720 The WX software comprised of developed code, COTS, and pre-existing software shall be Y2K compliant. ALL
CS-WX87 Weather data received from Data Format shall_5 be stored on-line for 48 hours. ALL
CS-WX88 Processed weather data, shall_6 be stored on-line for 48 hours. ALL
CS-WX89 Forecasts shall_7 be stored on-line for 48 hours. ALL
CS-WX136 The WX function shall_1 be designed so that data maintenance does not interfere with ongoing operations. ALL
CS-WX340 The Wx function shall_22 perform operational tasks at a high priority . ALL

Data Requirements Target Build
CS-WX421 The WX Functions shall allow multiple processes to access the database at the same time ALL
CS-WX608 WX shall be capable of receiving spectral data at rates up to 1 beam dataset (header and data) per minute.  
CS-WX300 The WX function shall receive temperature, wind speed, and wind direction from the 50 MHz DRWP with RASS. rsa5.1.2
CS-WX301 The WX function shall receive wind speed, wind direction, and mixing layer from DASS (Mini Sodar). rsa5.1.2
CS-WX302 The WX function shall receive 1 min averages of temp, pressure, wind speed and direction, peak (gust) winds, gust direction, soil moisture, relative humidity, and net radiation from the Met Towers via Data Format. rsa5.1.2
CS-WX303 The WX function shall receive temp, dewpoint, pressure, wind speed and direction, visibility, cloud layer height, cloud coverage, liquid precip amount, and precip intensity from the ASOS Airfield Instruments via Data Format. rsa5.1.2
CS-WX305 The WX function shall receive polarity, location, and strength of cloud-to-ground lightning strikes from the APA on the LLP system via Data Format. rsa5.2.2b
CS-WX306 The WX function shall recieve the electric field potential and location center of charge associated with cloud to ground and intercloud lightning strikes from the host computer function of the LPLWS system. rsa5.2.2b
CS-WX601 The WX function shall receive the following weather elements from the User Tower Instruments via Data Format as follows:
At the Shuttle Landing Facility (SLF):
 North and South Towers: wind speed and direction
 Central Tower: wind speed, wind direction, dew point and temperature
At pad 39A and B:
 Camera Site 3:
  60 ft wind speed, wind direction, temperature and relative humidity
  6 ft- temperature, relative humidity and bar pressure
  2 ft - rain rate
 Camera Site 6:
  60 ft - wind speed, wind direction, temperature and relative humidity
  6 ft - temperature
  2 ft - rain rate
rsa5.2.2b
CS-WX390 The WX function shall retrieve the timetag from the data received from the 915MHz DRWP with RASS rsa5.1.2
CS-WX391 The WX function shall retrieve the timetag from the data received from the 50MHz DRWP with RASS rsa5.1.2
CS-WX392 The WX function shall retrieve the timetag from the data received from DASS (Mini Sodar) rsa5.1.2
CS-WX393 The WX function shall retrieve the timetag from the data received from Met Towers via Data Format rsa5.1.2
CS-WX395 The WX function shall retrieve the timetag from the data received from ASOS/Airfield Instruments via Data Format rsa5.1.2
CS-WX401 The WX function shall retrieve the timetag from the data received from APA on the LLP System via Data Format rsa5.2.2b
CS-WX602 The WX function shall retrieve the timetag from the data received from the User Tower Instr. via Data Format rsa5.2.2b
CS-WX291 When receiving temperature data from the 915 MHz DRWP with RASS, the WX function shall_51 preserve a spatial resolution of 100 m for data from 100 m to 3 km vertically. rsa5.1.2
CS-WX292 When receiving wind data from the 915 MHz DRWP with RASS, the WX function shall_52 preserve a spatial resolution of 100 m for data from 100 m to 5 km vertically. rsa5.1.2
CS-WX293 When receiving temperature data from the 50 MHz DRWP with RASS, the WX function shall_53 preserve a spatial resolution of 150 m for data from 3 km to 16.5 km vertically. rsa5.1.2
CS-WX294 When receiving wind data from the 50 MHz DRWP with RASS, the WX function shall_54 preserve a spatial resolution of 150 m for data from 3 km to 20 km vertically. rsa5.1.2
CS-WX295 When receiving DASS (Mini-Sodar).data, the WX function shall_55 preserve a spatial resolution of 5 m for wind data from 15 m to 200 m vertically. rsa5.1.2
CS-WX296 When receiving RTAMPS data, the WX function shall_56 preserve an effective vertical resolution of 120 m for data from the surface to 16 km and an effective vertical resolution of 360 m for data from 16 km to 30 km. rsa5.1.2
CS-WX289 The WX function shall_49 receive the following weather elements: wind direction and speed, wind variability, prevailing visibility, runway visual range, present weather, sky condition, air temperature, dewpoint, altimeter setting, and weather remarks from METAR SAOs for Patrick Air Force Base (PAFB) airfield via NOAAport. rsa5.1.2
CS-WX290 The WX function shall_50 receive the following weather elements: temperature, dewpoint, pressure, wind speed and direction, visibility, cloud layer height, cloud coverage, liquid precipitation amount, and precipitation intensity from the ASOS/Airfield Instruments for Patrick Air Force Base (PAFB) airfield. rsa5.1.2
CS-WX428 The WX function shall_69 receive the following weather elements: wind direction and speed, wind variability, prevailing visibility, runway visual range, present weather, sky condition, air temperature, dewpoint, altimeter setting, and weather remarks from METAR SAOs for Vandenberg AFB airfield via NOAAport. rsa5.1.2
CS-WX429 The WX function shall_70 receive the following weather elements: temperature, dewpoint, pressure, wind speed and direction, visibility, cloud layer height, cloud coverage, liquid precipitation amount, and precipitation intensity from the ASOS for Vandenberg AFB airfield. rsa5.1.2
CS-WX426 The WX function shall_68 receive the following weather elements:& wind direction and speed, wind variability, prevailing visibility, runway visual range, present weather, sky condition, air temperature, dewpoint, altimeter setting, and weather remarks from METAR SAOs for the Kennedy Space Center Shuttle Landing Facility (SLF) via NOAAport. rsa5.1.2
CS-WX425 The WX function shall_67 receive visibility and cloud layer coverage for the Cape Canaveral Air Station (CCAS) Skid Strip via SAO's, ASOS, laser ceilometers.  
CS-WX424 The WX function shall_66 receive the following weather elements: wind direction and speed, wind variability, prevailing visibility, runway visual range, present weather, sky condition, air temperature, dewpoint, altimeter setting, and weather remarks for the Ascension Auxiliary Airfield from SAOs (METAR) via NOAAport. rsa5.1.2
CS-WX247 The WX function shall_35 receive the following reflectivity derived radar products from the NEXRAD RPG: storm total precip, one hour precip, three hour precip, storm total accumulation, storm track information, storm structure, hail, echo tops, echo top contours, composite reflectivity, composite reflectivity contour, radar coded message, layer composite reflectivity average, layer composite reflectivity maximum, weak echo region, and reflectivity cross-section. rsa5.2.2a
CS-WX251 The Ingest function shall_38 receive reflectivity data from the NEXRAD RPG. rsa5.2.2a
CS-WX377 The Ingest function shall receive Dopler velocity data from the NEXRAD RPG. rsa5.2.2
CS-WX260 The Ingest function shall_39 receive Visible and Infrared Cloud Coverage from the GOES satellite. rsa5.1.2
CS-WX374 The Ingest function shall receive spectral width data from the NEXRAD RPG. rsa5.2.2a
CS-WX248 The WX function shall receive the following velocity derived radar products from the NEXRAD RPG: mesocyclone, tornadic vortex signature, VAD wind profile, VAD plot (single elevations), combined shear, combined shear contour, mean radial velocity, storm relative velocity map, and velocity cross section. rsa5.2.2a
CS-WX249 The WX function shall receive the following spectral width derived radar products from the NEXRAD RPG: layer composite turbulence average, layer composite turbulence maximum, spectrum width, and spectrum width cross-section. rsa5.2.2a
CS-WX250 The WX function shall display all derived products (i.e. Storm Total Precip (STP), 1Hr Precip (OHP), Three Hr Precip (THP), Layer 1 Avg Refl (LRA), Layer 2 Avg Refl, Layer 3 Avg REfl, Layer 1 Max Refl (LRM), Layer 2 Max Refl, Layer 3 Max Refl, Reflectivity (RCS), Velocity (VCS), Spectrum Width (SCS), 3-bit Refl (XSR), 3-bit Vel (XSV), Vert Integ Liq (VIL), Combine Shear (CS), 1 km Comp Ref (CZ), 4km Comp Ref (CZ), Echo Tops (ET) from the NEXRAD RPG. rsa5.2.2a
CS-WX270 The Ingest function shall_48 receive updated NOAAPORT GMS satellite data products every 3 hours.  
CS-WX269 The Ingest function shall_47 receive Water Vapor Images from the NOAAPORT GMS data stream.  
CS-WX268 The Ingest function shall_46 receive Visible and Infrared Cloud Coverage from the NOAAPORT GMS data stream.  
CS-WX267 The Ingest function shall_45 receive updated NOAAPORT METEOSAT satellite data products every 3 hours.  
CS-WX266 The Ingest function shall_44 receive Water Vapor Images from the NOAAPORT METEOSAT data stream.  
CS-WX265 The Ingest function shall_43 receive Visible and Infrared Cloud Coverage from the NOAAPORT METEOSAT data stream.  
CS-WX264 In non-Rapid Scan mode, the Ingest function shall_42 receive updated GOES satellite data products every 30 minutes. rsa5.1.2
CS-WX263 The Ingest function shall_41 be capable of receiving GOES satellite data in Rapid Scan mode rsa5.1.2
CS-WX262 The Ingest function shall_40 receive Water Vapor imagery from the GOES satellite. rsa5.1.2
CS-WX260 The Ingest function shall_39 receive Visible and Infrared Cloud Coverage from the GOES satellite. rsa5.1.2
CS-WX368 The WX function shall_13 receive ocean temperature, dewpoint, humidity, pressure, and wind speed and direction from the Weather Buoys via NOAAPORT. rsa5.1.2
CS-WX369 The WX function shall_14 receive polarity, location, and strength of cloud-to ground lightning strikes from the NLDN via NOAAPORT. rsa5.1.2
CS-WX370 The WX function shall_15 receive location of electromagnetic pulses of cloud electrification from the LDAR system. rsa5.2.2b
CS-WX371 The WX function shall_16 receive radio theodolite (upper air) and surface observation data via JSC from the following TAL sites: Ben Guerir, Morocco; Moron, Spacin; Zaragoza, Spain; Banjul, Gambia. rsa5.2.2c
CS-WX373 The WX function shall_17 receive NWSTG upper air collective data from the NCEP via NOAAPORT. rsa5.2.2b
CS-WX571 The WX function shall_18 receive Nested Grid Model, NMC Aviation Model, Medium-Range Forecast model, ETA model, and RUC model data from the NCEP via NOAAPORT. rsa5.1.2
CS-WX572 The WX function shall_19 receive NWSTG surface observation data from the NCEP via NOAAPORT. rsa5.1.2
CS-WX403 The WX function shall_33 retrieve the time-tag from the data received from the Host Computer Function of the LPLWS System. rsa5.2.2b
CS-WX402 The WX function shall_32 retrieve the time-tag from the data received from the LDAR System via Data Format. rsa5.2.2b
CS-WX398 The WX function shall_30 retrieve time-tag data from the GOES Satellite. rsa5.1.2
CS-WX397 The WX function shall_29 retrieve the time-tag from the data received from the NEXRAD Radar. rsa5.2.2a
CS-WX396 The WX function shall_28 retrieve the time-tag from the data received from RTAMPS. rsa5.1.2
CS-WX59 The WX function shall_65 retrieve the time-tag from data received from external agencies.  
CS-WX304 The WX function shall_62 receive temperature, dewpoint, relative humidity, wind speed and direction, and pressure, from RTAMPS. rsa5.1.2
CS-WX375 The Ingest function shall_21 receive level 2 data from the NEXRAD Data Acquisition Unit. rsa5.2.2a

Display Requirements Target Build
CS-WX252 The Display function shall display reflectivity data from the NEXRAD RPG rsa5.2.2a
CS-WX378 The Display Function shall display Doppler velocity data from the NEXRAD RPG rsa5.2.2a
CS-WX376 The Display function shall display spectral width data from the NEXRAD RPG rsa5.2.2a
CS-WX1304 The WX Display function shall provide the ability to create and display MDPI, Windex, and Neumann-Pfeffer indices. rsa5.2.2a
rsa5.2.2c
CS-WX1300 The WX Display function shall provide the ability to display weather watches and warnings within 10 seconds of database population.  
CS-WX433 The WX Display function shall display weather data products within 10 seconds after receiving a load request from the user for data which is available in the database. ALL
CS-WX434 The most recent data frame displayed in an animated loop shall be updated within 10 seconds upon automatic request once new data is made available in the database. ALL
CS-WX379 The WX function shall display virtual temp and wind speed and direction from the 915 Mhz DRWP with RASS rsa5.1.2
CS-WX380 The WX function shall display virtual temperature and wind speed and direction from the 50Mhz DRWP with RASS. rsa5.1.2
CS-WX381 The WX function shall_16 display wind speed and direction from DASS (Mini-Sodar). rsa5.1.2
CS-WX382 The WX function shall_17 display temperature, wind speed and direction, soil moisture, net radiation, 12-54ft Delta Temperature, standard deviation of wind speed and direction, 1, 5, and 10 minute peak winds, and 1, 5, and 10 minute average winds from the Meteorological Towers. rsa5.1.2
CS-WX385 The WX function shall_20 display polarity, location, and cloud-to ground lightning strikes from the APA on the LLP system. rsa5.2.2b
CS-WX386 The WX function shall_21 display the electric field potential and location center of charge associated with cloud to ground and intercloud lightning strikes from the Host Computer Function of the LPLWS system. rsa5.2.2b
CS-WX387 The WX Display function shall_22 provide the ability to differentiate between current lightning strikes and older lightning strikes. ALL
CS-WX1298 The WX Display function shall_79 display and graph cross wind components at CCAFS Skid Strip, PAFB, and VAFB airfields. rsa5.1.2
rsa5.2.2a
CS-WX1308 The WX Display function shall_88 display wind convergence using Tower wind data as a contour plot.  
CS-WX1312 The WX Display function shall_92 display tower data including mean and peak winds on station plots and XY plots. rsa5.1.2
CS-WX1318 The WX Display function shall_98 display peak wind direction that corresponds to peak speed in a tabular form. rsa5.2.2a
CS-WX1319 The WX Display function shall_99 display data at all levels of a selected tower in tabular form. rsa5.2.2a
CS-WX1320 The WX Display function shall_100 display tower data as a graphic (Station and XY Plots) and in tabular form. rsa5.2.2a
CS-WX1316 The WX Display function Text Workstation shall_96 display military Stations TAFs and Upper Air soundings. rsa5.2.2c
CS-WX1294 The WX Display function shall_75 provide the ability to display observation and TAF data as sampled data from cursor placement over the station plots. rsa5.2.2c
CS-WX383 The WX function shall_18 display temperature, dewpoint, pressure, wind speed and direction, visibility, cloud layer height, liquid precipitation amount, and precipitation intensity from the ASOS/Airfield Instruments rsa5.1.2
CS-WX284 The weather function shall_41 display the following weather elements: wind direction and speed, wind variability, prevailing visibility, runway visual range, present weather, sky condition, air temperature, dewpoint, altimeter setting, and weather remarks for Patrick AFB Airfield rsa5.1.2
CS-WX285 The weather function shall_42 display the following weather elements: wind direction and speed, wind variability, prevailing visibility, runway visual range, present weather, sky condition, air temperature, dewpoint, altimeter setting, and weather remarks for Vandenberg AFB airfield. rsa5.1.2
CS-WX286 The weather function shall_43 display the following weather elements: wind direction and speed, wind variability, prevailing visibility, runway visual range, present weather, sky condition, air temperature, dewpoint, altimeter setting, and weather remarks for Kennedy Space Center Shuttle Landing Facility (SLF). rsa5.2.2a
CS-WX287 The weather function shall_44 display the following weather elements: wind direction and speed, wind variability, prevailing visibility, runway visual range, present weather, sky condition, air temperature, dewpoint, altimeter setting, and weather remarks for Cape Canaveral Air Station (CCAS). rsa5.2.2a
CS-WX288 The weather function shall_45 display the following weather elements: wind direction and speed, wind variability, prevailing visibility, runway visual range, present weather, sky condition, air temperature, dewpoint, altimeter setting, and weather remarks for Ascension Auxiliary Airfield.  
CS-WX1314 The WX Display function shall_94 display realtime LDAR data. rsa5.2.2b
rsa5.2.2c
CS-WX1297 The WX Display function shall_78 plot RAOB Temperatures versus Height in XY plots. rsa5.1.2
CS-WX1295 The WX Display function shall_76 display RAOB data formatted from WMO bulletins. rsa5.2.2b
CS-WX1330 The WX function shall_72 display dewpoint, rainfall amount, pressure, 1,5, and 10 minute average winds from the ER User Tower. rsa5.2.2b
CS-WX273 The Display function shall_38 display Moisture Profiles from the GOES satellite in an XY Plot as Moisture v. Height for a given location.  
CS-WX272 The Display function shall_37 display Temperature Profiles from the GOES satellite in an XY Plot as Temp v. Height for a given location.  
CS-WX271 The Display function shall_36 display Visible and Infrared Cloud Coverage from the GOES satellite.  
CS-WX240 The WX function shall_23 display ocean temperature, dewpoint, pressure, and wind speed and direction from the Weather Buoys via NOAAPORT. rsa5.1.2
CS-WX241 The WX function shall_24 display polarity, location, and cloud-to ground lightning strikes from the NLDN via NOAAPORT. rsa5.1.2
CS-WX242 The WX function shall_25 display location of electromagnetic pulses of cloud electrification from the LDAR system. rsa5.2.2b
rsa5.2.2c
CS-WX244 The WX function shall_26 display radio theodolite (upper air) and surface observation data from the following TAL sites: Ben Guerir, Morocco; Moron, Spain; Banjul, Gambia.. rsa5.2.2c
CS-WX246 The WX function shall_27 display NWSTG (NRS) upper air collective data as level plots and skew-t plots. rsa5.2.2b
CS-WX505 The WX function shall_28 display AVN model data. rsa5.1.2
CS-WX506 The WX function shall_29 display ETA model data. rsa5.1.2
CS-WX507 The WX function shall_30 display Medium Range Forecast (MRF) model data. rsa5.1.2
CS-WX508 The WX function shall_31 display Rapid Updata Cycle (RUC) model data. rsa5.1.2
CS-WX509 The WX function shall_32 display METAR (ASOS and SAO) data. rsa5.1.2
CS-WX510 The WX function shall_33 update the LDAR data within 5 seconds of notification of new database population. rsa5.2.2b
CS-WX274 The Display function shall_39 display Visible and Infrared Cloud Coverage from the NOAAPORT METEOSAT data stream.  
CS-WX276 The Display function shall_40 display Visible and Infrared Cloud Coverage from the NOAAPORT GMS data stream.  
CS-WX1329 The WX function shall_71 display NGM model data. rsa5.1.2
CS-WX1296 The WX Display function shall_77 provide the ability to display NOAAPORT Model products: (AVN, ETA, MRF, RUC, and NGM) on the scales for which the model products are generated. rsa5.1.2
CS-WX1317 The WX Display function shall_97 be capable of displaying model data (AVN, ETA, MRF, RUC, and NGM) based on valid forecast times for comparison purposes. rsa5.1.2
CS-WX1328 The WX Display function shall_70 allow for the selection of a North Africa scale for display of that data which is available in this scale. rsa5.1.2
CS-WX1327 The WX Display function shall_69 allow for the selection of an Pacific scale for display of that data which is available in this scale. rsa5.1.2
CS-WX1326 The WX Display function shall_68 allow for the selection of an Atlantic scale for display of that data which is available in this scale. rsa5.1.2
CS-WX315 The WX Display function shall_11 allow for selection of a localized scale for display of that data which is available in this scale. rsa5.1.2
CS-WX314 The WX Display function shall_10 allow for selection of a State scale for display of that data which is available in this scale. rsa5.1.2
CS-WX313 The WX Display function shall_9 allow for selection of a Regional scale for display of that data which is available in this scale. rsa5.1.2
CS-WX312 The WX Display function shall_8 allow for selection of a CONUS scale for display of that data which is available in this scale. rsa5.1.2
CS-WX311 The WX Display function shall_7 allow for selection of a National scale for display of that data which is available in this scale. rsa5.1.2
CS-WX310 The WX Display function shall_6 allow for selection of a Hemispheric scale for display of that data which is available in this scale. rsa5.1.2
CS-WX237 The Wx display function shall_48 draw and center the display near the area of interest selected by the user.  
CS-WX1293 The WX Display function shall_74 allow operator to place range rings of varying radii centered at any point in the graphical displays. rsa5.1.2
rsa5.2.2a
CS-WX1292 The WX Display function shall_73 display range rings around critical facilities in intervals of 5 nm, 10nm and 25nm. rsa5.1.2
CS-WX63 The WX function shall_47 allow user control of geopolitical overlays on the displayed data. ALL
CS-WX363 The Wx display function shall_53 allow the user to choose the first and last frame of the loop. ALL
CS-WX364 The Wx display function shall_54 allow the user to choose the direction of the looping. ALL
CS-WX365 The Wx display function shall_55 allow the user to choose how long the middle frames will be displayed. ALL
CS-WX366 The Wx display function shall_56 allow the user to choose how long the first and last frame will be displayed. ALL
CS-WX360 The Wx display function shall_50 allow the user to zoom in or out. ALL
CS-WX361 The Wx display function shall_51 allow the user to zoom one step at a time. ALL
CS-WX362 The Wx display function shall_52 allow the user to zoom to a specified scale. ALL
CS-WX66 The WX display function shall_49 allow user control of panning displayed data. ALL
CS-WX1315 The WX Display function shall_95 allow the operator to create enhancement curves for imagery data (e.g., satellite) ALL
CS-WX236 The Wx display function shall_58 update the displayed image on the skew-T once a data point value has been modified. ALL
CS-WX511 The Wx display function shall_59 allow the user to modify/add pressure, temperature, and dewpoint on the skew-T image. rsa5.1.2
CS-WX512 The Wx display function shall_60 allow the user to modify/add pressure, wind direction and wind speed on the hodograph image. rsa5.1.2
CS-WX513 The Wx display function shall_61 update the displayed image on the hodograph once a data point value has been modified. rsa5.1.2
CS-WX1302 The WX display function shall allow the operator to designate a point and calculate and display a distance and bearing measurement from a specified pad location to the point. rsa5.1.2
CS-WX1307 The WX display function shall provide operator with a manual unit conversion calculator that converts temperature values between Celsius, Fahrenheit, and Kelvin; wind speed values between knots, m/s, MPH, and ft/s; and distance values between nautical miles, km, and statute miles. rsa5.1.2
CS-WX1309 The WX display function shall allow the operator to place horizontal and vertical lines on the XY plots. ALL
CS-WX1311 The WX display function shall allow the operator to re-scale the X&Y axes in the XY Plot display ALL
CS-WX1321 The WX Display function shall allow the operator to display multiple wind plots in an XY Plot display ALL
CS-WX228 The WX Display function shall_62 display forecasted weather parameters from the forecast model. ALL

Text Workstation Target Build
CS-1303 The WX Display function Text Workstatoin shall be able to display multiple operator selections for NRS items residing in the database rsa5.2.2a

Briefing Tool Target Build
CS-WX435 The WX Display function shall_66 provide the capability to produce briefing screens which are not refreshed with updated data. rsa5.1.2
CS-WX590 The WX Display Function shall_2 provide the capability to present display screens to CCTV interface. rsa5.1.2
CS-WX1305 The WX Display function shall allow the operator to preview Briefing Slides before the slides are automatically updated and transmitted throughout the CCTV network. rsa5.1.2
CS-WX1310 The WX display shall allow the operator to place annotations in the form of weather symbols (Fronts, Pressure Centers, Trof, Ridge, Dashed Lines, Arrowed Lines, Thunderstorm, Severe Thunderstorm, Tropical Storm, Hurricane, Turbulence (Light, Moderate, and Severe), Icing (Light, Moderate, and Severe), Blowing Sand, Haze, Fog, Smoke, Ceilings, Blowing Snow, Drizzle, Rain, Rain Showers, Freezing Rain, Freezing Drizzle, Snow, Snow Showers, Ice Pellets, Fog, and Haze) and text in static graphical displays. rsa5.1.2
CS-WX1313 The WX Display function shall allow the operator to make changes to the static text in the Text Briefing Screen Templates. rsa5.1.2
CS-WX1306 The WX Display function shall_86 provide the ability to control the looping characteristics of elements within the Briefing Slides (eg. Forwards, Backwards, Dwell, Pause). rsa5.1.2