554 |
C**** to reflect the effective loss of "position memory" when storm |
C**** to reflect the effective loss of "position memory" when storm |
555 |
C**** covers entire grid square.) |
C**** covers entire grid square.) |
556 |
|
|
557 |
XTCORR= (1.-TIMFRL) * MIN( 1. _d 0,(CAPAC(CHNO)/SATCAP(CHNO))/FWETL ) |
XTCORR= (1.-TIMFRL) * MIN( 1. _d 0,(CAPAC(CHNO)/SATCAP(CHNO))/ |
558 |
|
$ FWETL ) |
559 |
|
|
560 |
C**** |
C**** |
561 |
C**** Fill interception reservoir with precipitation. |
C**** Fill interception reservoir with precipitation. |
589 |
C**** Determine XTCORR, the fraction of a storm that falls on a previously |
C**** Determine XTCORR, the fraction of a storm that falls on a previously |
590 |
C**** wet surface due to the time correlation of precipitation position. |
C**** wet surface due to the time correlation of precipitation position. |
591 |
|
|
592 |
XTCORR= (1.-TIMFRC) * MIN( 1. _d 0,(CAPAC(CHNO)/SATCAP(CHNO))/FWETC ) |
XTCORR= (1.-TIMFRC) * MIN( 1. _d 0,(CAPAC(CHNO)/SATCAP(CHNO))/ |
593 |
|
$ FWETC ) |
594 |
|
|
595 |
C**** |
C**** |
596 |
C**** Fill interception reservoir with precipitation. |
C**** Fill interception reservoir with precipitation. |
1516 |
SWET(ChNo,ROOTLY) = (WLAY2 - ELAY2) / VGWMAX(ROOTLY,ITYP(CHNO)) |
SWET(ChNo,ROOTLY) = (WLAY2 - ELAY2) / VGWMAX(ROOTLY,ITYP(CHNO)) |
1517 |
C**** |
C**** |
1518 |
C**** Ensure against numerical precision problems: |
C**** Ensure against numerical precision problems: |
1519 |
SWET(ChNo,SFCLY) = MIN( 1. _d 0, MAX( 0. _d 0, SWET(ChNo,SFCLY) ) ) |
SWET(ChNo,SFCLY) = MIN( 1. _d 0, MAX( 0. _d 0, SWET(ChNo,SFCLY) ) |
1520 |
SWET(ChNo,ROOTLY) = MIN( 1. _d 0, MAX( 0. _d 0, SWET(ChNo,ROOTLY) ) ) |
$ ) |
1521 |
|
SWET(ChNo,ROOTLY) = MIN( 1. _d 0, MAX( 0. _d 0, SWET(ChNo,ROOTLY) |
1522 |
|
$ ) ) |
1523 |
C**** |
C**** |
1524 |
C**** |
C**** |
1525 |
C**** ------------------------------------------------- |
C**** ------------------------------------------------- |