include file: TYPOC2DG 6 !+ COMDECK TYPOC2DG TYPOC2DG.2 ! TYPOC2DG.3 ! Description: For 2 dimensional diagnostic arrays. TYPOC2DG.4 ! Define variables which are to be passed through all subroutine TYPOC2DG.5 ! argument lists from ROW_CTL to ROWCALC. TYPOC2DG.6 ! TYPOC2DG.7 ! Current Code Owner: S. Foreman TYPOC2DG.8 ! TYPOC2DG.9 ! History: TYPOC2DG.10 ! Version Date Comment TYPOC2DG.11 ! ------- ---- ------- TYPOC2DG.12 ! 4.0 05.04.95 Original code. R. Hill TYPOC2DG.13 ! 7.7.95 J.M.Gregory Add HEATSINK OJG0F400.3 ! 7.7.95 J.M.Gregory Add DIAGSW OJG1F400.3 ! TYPOC2DG.14 ! ==================================================================== TYPOC2DG.15 REAL oceanheatflux(imt,jmt) ! Net heat (not penetrating) into TYPOC2DG.16 ! ocean through leads. TYPOC2DG.17 REAL oceansnowrate(imt,jmt) ! Snowfall melting in ocean. TYPOC2DG.18 C Heat/W m**-2 lost at the ocean floor by mixing downwards after OJG0F400.4 C ice physics OJG0F400.5 real heatsink(imt,jmt) OJG0F400.6 C Rate of change of salinity/s**-1 caused by surface water flux, OJG1F400.4 C calculated as surface salinity * water flux / density OJG1F400.5 real diagsw(imt,jmt) OJG1F400.6 C tmin1, athkdftu, athkdftv are used in the Visbeck scheme OLA2F403.29 real OLA2F403.30 & tmin1(imt_vis,jmt_vis) ! Timescale, isopyc. thickness diffusion OLA2F403.31 &,athkdftu(imt_vis,jmt_vis) ! thickness diffusion coeff. (u* pts) OLA2F403.32 &,athkdftv(imt_vis,jmt_vis) ! thickness diffusion coeff. (v* pts) OLA2F403.33 ! ==================================================================== TYPOC2DG.19 !- End of COMDECK TYPOC2DG TYPOC2DG.20