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Baron Echo Tops
The real Baron Echo Tops -
SRV/M enhanced
I have reworked a new SRV/M which enhances the depiction of a strong rotation and looks amazing see images under thumbnail Read MoreNotes : SRV only -
SRV rcpd33's custom pal
This is my pallet I have been trying to make to pick out less sensitive spots of rotation , in other words I wanted something that would pop out rotation very clearly and I may have perfected it. this pallet uses MPH and consists of green, red , slight bright tan, slight bright blue and black, and absolute 0 is color white the purple is RF. I hope you enjoy and find useful, note this product is SRV/M (not base velocity) Read MoreNotes : For SRV only -
WLTX 19 Weather Impact Radar Logo
WLTX 19 Weather Impact Radar Logo For GR2Analyst -
KPLC 7 First Alert Radar Logo
KPLC 7 First Alert Radar Logo for GR2analyst -
First Alert Weather WBRC Accutrack Logo
First Alert Weather WBRC Accutrack Logo For GR2Analyst -
Convective Rain Rate UDP
Product { Name = "CVRR" // product name is CVRR, for Convective Rainfall Rate min_br_required = 18 // include only BR above 18 to eliminate likely non-meteorological echoes Category { Missing = 0 Minimum = 0 Maximum = 13 Units = "in/hr" ColorTable { Units = "in/hr" Step = 1 Color[ 12] = rgb( 128, 128, 128 ) Color[ 10] = rgb( 255, 255, 255 ) Color[ 8] = rgb( 110, 0, 210 ) Color[ 6] = rgb( 80, 0, 200 ) Color[ 4] = gradient( rgb( 250, 0, 255 ), rgb( 90, 0, 202 ) ) Color[ 2] = gradient( rgb( 240, 116, 112 ), rgb( 128, 0, 0 ) ) Color[ 1] = gradient( rgb( 255, 255, 96 ), rgb( 255, 144, 70 ) ) Color[ 0.5] = gradient( rgb( 32, 200, 180 ), rgb( 32, 220, 32 ) ) Color[ 0.1] = gradient( rgb( 173, 216, 230 ), rgb( 0, 0, 152 ) ) Color[ 0] = gradient( rgb( 140, 120, 180 ), rgb( 100, 80, 140 ) ) } } } //********************************************************************** Program { // declare variables float R; float Z; float cap; R = 0; // initialize variables Z = 0; cap = 60.0; // adjust cap value here!!! enumerate levels // enumerate starting at 0 { float BR; BR = min( BRfromHGT( level.height ), cap ); // sample BR and apply cap Z = pow( 10, BR / 10 ); // convert BR to Z break; // break out of enum } R = 0.017 * pow( Z , 0.714 ); // compute rain rate from Z in mm/hr return 0.0393701 * R; // output rain rate in in/hr } Read More -
KDP0 User Defined Product
Product { Name = "KDP0" // product name is KDP0 Category = "KDP" // it uses the KDP category and color table Resolution = high min_br_required = 30 } Program { float max_kdp; max_kdp = 0; enumerate levels from Constants.hgt_0c { if( BRfromHGT( level.height ) > 30 ) { max_kdp = max( max_kdp, KDPfromHGT( level.height ) ); } } return max_kdp; } Read MoreNotes : KDP Value (°/km) Typical Colors Signifies > 3.0 "Hot" Pinks / Purples / Whites Extremely heavy rain, often associated with melting hail. 1.0 to 3.0 Reds / Oranges Heavy to very heavy rain. 0.2 to 1.0 Yellows / Greens Light to moderate rain. ~0.0 Greys / Blues No significant liquid water (e.g., light rain, snow, or non-precipitating clouds). -
Vertically Integrated Ice UDP
Product { Name = "VII" // Unique name for product Category { Missing = 0 // physical value for ND Minimum = 0 // category minimum value Maximum = 100 // category maximum value Units = "VII" ColorTable // color table for category { Units = "VII" Step = 5 Color[40 ] = rgb( 255, 255, 255 ) Color[21.30] = rgb( 110, 0, 210 ) Color[17.00] = rgb( 80, 0, 200 ) // purple gradient Color[12.21] = gradient( rgb( 250, 0, 255 ), rgb( 90, 0, 202 ) ) // blue gradient Color[ 9.33] = gradient( rgb( 248, 26, 16 ), rgb( 106, 6, 4 ) ) // red gradient Color[ 6.33] = gradient( rgb( 250, 255, 16 ), rgb( 28, 158, 0 ) ) // yellow/green gradient Color[ 3.33] = gradient( rgb( 77, 255, 255 ), rgb( 58, 0, 255 ) ) // cyan/blue gradient Color[ 0 ] = gradient( rgb( 50, 50, 50 ), rgb( 190, 190, 190 ) ) // gray gradient } } } Program { float vii; vii = 0; // initialize sum to zero enumerate levels from HGTfromTEMP( -10 ) to HGTfromTEMP( -40 ) // enumerate data heights from -10C to -40C { float z; z = pow( 10, BRfromHGT( level.height ) / 10 ); // sample BR and convert from dbz to z vii += pow( z, 4 / 7 ) * level.depth; // integration step } return 0.006073394 / 1000 * vii; // apply messy constant, divide by 1000 to get kg } Read More -
Thy Dow Table Setup
My Finalized Dow Table Edits For Base Velocity and Base Reflectivity!!! -
News 25 Wind Velocity First Warning Doppler
* Note This Table Only Works In WeatherFront, RadarScope Currently. My Version Of News 25’s Old school Base Velocity. You’ll Probably Recognize This ColorTable From Their coverage on The 11-6-2005 Evansville/NewBurgh/Boonville tornado Back When News 25 Used the Baron Fastrac Radar System. Read More -
Old school Style Of Correlation Coefficient
Note* This currently only works In RadarScope, SupercellWX & WeatherFront. I will eventually Integrate This Table into GRLevel Analyst & 3. Old school style Of Correlation Coefficient. Read More -
Raxpole/Dow but Actually Good Now
A custom made ver of the Raxpole/Dow base reflectivity table.Notes : A BR Table. -
My Version Of The Baron Lynx 24HR Precip Totals Colortable
My Version of Baron's 24HR Precip totals. Scale goes up to 15IN
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ADC's WCTV PInpoint Doppler radar from the 2000s
My Replica of the WCTV PinPoint Radar Same One From the Mid 2000s Circa The ADC Radar, It's almost the same as the original Only difference is that I Converted the Precip IN/HR To DBZ. Read More
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KRIS-6-TV Storm total Precip
Not the exact one but quite closeNotes : Not the exact one but close
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WSI STORM TOTAL RAINFALL
The classic wsi rainfall. -
Baron MEHS
Baron Lynx Hail Tracker
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DarkEspeon's BR (Expert)
My personal custom BR based on the NSSL 3 and Apoc's BR colortables. -
Baron ZR and Baron IP
These are the pink versions of the Mix palettes.
