loop
PLAN
MAP
STOF
LNDF
LPL1 LTM1 LLN1 LMN1
TMPF CLRF CI02/
SMLC 10+4 MGRD TMPK CLR6 CI01/
CONT SNEG DOTP DVDX WIND GRAD THTA
CONT SNEG DOTP DVDY WIND GRAD THTA
CONT DOTP GRAD THTA LAST
CONT SMLC 1E10 SMLT INVS MGRD THTA
CLR2 DNEG LAST /
TXT2 1) 2-D Adiabatic Petterssen Frontogenesis Function (red)                 .
TXT3       every 2E-9 deg (K/m)/s > 2E-9 deg (K/m)/s                          . 
TXT4 2) Level Temperature - every 2 F (gray)                                  .
TXT5 3) Magnitude of Temp Gradient - every 1E-5 deg K/m > 4E-5 deg K/m (purple) 
endl
loop
MAP
LNDF
LPL1 LTM1 LLN1 LMN1
BKNT CLR9 LT05/
THTA CI01 CLRF/
CONT SNEG DOTP DVDX WIND GRAD THTA
CONT SMLT DSDX THTA LAST
CONT SNEG DOTP DVDY WIND GRAD THTA
CONT SMLT DSDY THTA LAST
CONT SSUM
CONT SMLT DSDX THTA LAST
CONT SMLT INVS MGRD THTA LAST
CONT SMLT INVS MGRD THTA LAST
CONT SNEG DOTP DVDX WIND GRAD THTA
CONT SMLT DSDX THTA LAST
CONT SNEG DOTP DVDY WIND GRAD THTA
CONT SMLT DSDY THTA LAST
CONT SSUM
CONT SMLT DSDY THTA LAST
CONT SMLT INVS MGRD THTA LAST
CONT SMLT INVS MGRD THTA LAST
CLR4/ 
CONT SMLC 1E15 DVRG LAST
LAST CLR2 CI05 L-01/
LAST CLR5 CI05 GT01/
TXT2 1) Level Theta - every 2 K (gray)                                      .
TXT3 2) Fn Vectors - 1E-9 (deg K/m)/s (yellow arrows)                         .
TXT4 3) Divergence of Fn                                                      .
TXT5       - every 5E-14 (deg K/m)/(s^2) (red = CONV, blue = DIV)             .
endl
loop
MAP
LNDF
LPL1 LTM1 LLN1 LMN1
BKNT CLR9 LT05/
THTE CI02 CLRF/
CONT SNEG DOTP DVDX WIND GRAD THTE
CONT SMLT DSDX THTE LAST
CONT SNEG DOTP DVDY WIND GRAD THTE
CONT SMLT DSDY THTE LAST
CONT SSUM
CONT SMLT DSDX THTE LAST
CONT SMLT INVS MGRD THTE LAST
CONT SMLT INVS MGRD THTE LAST
CONT SNEG DOTP DVDX WIND GRAD THTE
CONT SMLT DSDX THTE LAST
CONT SNEG DOTP DVDY WIND GRAD THTE
CONT SMLT DSDY THTE LAST
CONT SSUM
CONT SMLT DSDY THTE LAST
CONT SMLT INVS MGRD THTE LAST
CONT SMLT INVS MGRD THTE LAST
CLR4/ 
CONT SMLC 1E15 DVRG LAST
LAST CLR2 CI05 L-01/
LAST CLR5 CI05 GT01/
TXT2 1) Level Theta-E - every 2 K (gray)                                      .
TXT3 2) Fn Vectors - 1E-9 (deg K/m)/s (yellow arrows)                         .
TXT4 3) Divergence of Fn using Theta-E (response to moist frontogenesis)      .
TXT5       - every 5E-14 (deg K/m)/(s^2) (red = CONV, blue = DIV)             .
endl
loop
MAP
LNDF
LPL1 LTM1 LLN1 LMN1
BKNT CLR9 LT05/
THTA CI01 CLRF/
CONT SNEG DOTP DVDX WIND GRAD THTA
CONT SMLT DSDX THTA LAST
CONT SNEG DOTP DVDY WIND GRAD THTA
CONT SMLT SNEG DSDX THTA LAST
CONT SSUM
CONT SMLT DSDY THTA LAST
CONT SMLT INVS MGRD THTA LAST
CONT SMLT INVS MGRD THTA LAST
CONT SNEG DOTP DVDX WIND GRAD THTA
CONT SMLT DSDY THTA LAST
CONT SNEG DOTP DVDY WIND GRAD THTA
CONT SMLT SNEG DSDX THTA LAST
CONT SSUM
CONT SMLT SNEG DSDX THTA LAST
CONT SMLT INVS MGRD THTA LAST
CONT SMLT INVS MGRD THTA LAST
CLR4/ 
CONT SMLC 1E15 DVRG LAST
LAST CLR2 CI05 L-01/
LAST CLR5 CI05 GT01/
TXT2 1) Level Theta - every 2 K (gray)                                      .
TXT3 2) Fs Vectors - 1E-9 (deg K/m)/s (yellow arrows)                         .
TXT4 3) Divergence of Fs                                                      .
TXT5       - every 5E-14 (deg K/m)/(s^2) (red = CONV, blue = DIV)             .
endl
loop
MAP
LNDF
LPL1 LTM1 LLN1 LMN1
BKNT CLR9 LT05/
THTE CI02 CLRF/
CONT SNEG DOTP DVDX WIND GRAD THTE
CONT SMLT DSDX THTE LAST
CONT SNEG DOTP DVDY WIND GRAD THTE
CONT SMLT SNEG DSDX THTE LAST
CONT SSUM
CONT SMLT DSDY THTE LAST
CONT SMLT INVS MGRD THTE LAST
CONT SMLT INVS MGRD THTE LAST
CONT SNEG DOTP DVDX WIND GRAD THTE
CONT SMLT DSDY THTE LAST
CONT SNEG DOTP DVDY WIND GRAD THTE
CONT SMLT SNEG DSDX THTE LAST
CONT SSUM
CONT SMLT SNEG DSDX THTE LAST
CONT SMLT INVS MGRD THTE LAST
CONT SMLT INVS MGRD THTE LAST
CLR4/ 
CONT SMLC 1E15 DVRG LAST
LAST CLR2 CI05 L-01/
LAST CLR5 CI05 GT01/
TXT2 1) Level Theta-E - every 2 K (gray)                                      .
TXT3 2) Fs Vectors - 1E-9 (deg K/m)/s (yellow arrows)                         .
TXT4 3) Divergence of Fs using Theta-E (response to moist frontogenesis)      .
TXT5       - every 5E-14 (deg K/m)/(s^2) (red = CONV, blue = DIV)             .
endl
