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Remove module temps. Move variable itau_dyn from module temps to module dynetat0_m, where it is defined. Split module dynetat0_m into dynetat0_m and dynetat0_chosen_m. The motivation is to create smaller modules. Procedures principal_cshift and invert_zoomx had to stay in dynetat0_m because of circular dependency. Now we will be able to move them away. Module variables which are chosen by the user, not computed, in program ce0l go to dynetat0_chosen_m: day_ref, annee_ref, clon, clat, grossismx, grossismy, dzoomx, dzoomy, taux, tauy. Move variable "pa" from module disvert_m to module dynetat0_chosen_m. Define "pa" in dynetat0_chosen rather than etat0. Define day_ref and annee_ref in procedure read_serre rather than etat0.
Variable fevap of physiq is not used. Remove it from physiq and from the restart file. Remove the corresponding argument evap of pbl_surface. Use directly yqsurf instead of qairsol in pbl_surface.
Created procedure phyetat0_new to avoid side effects on variables of module phyetat0_m. Had then to change test_ozonecm: read rlat from netCDF file instead of specifying it in test_ozonecm.
Move procedure read_serre from module read_serre_m to module dynetat0_m, to avoid side effet on variables of module dynetat0_m. Create procedure set_unit_nml to avoid side effect on variable of module unit_nml_m. Downgrade pctsrf from variable of module etat0_m to argument of etat0 and limit to avoid side effect on pctsrf. Move variable zmasq from module dimphy to module phyetat0_m to avoid side effect on zmasq.
Rename module dimens_m to dimensions.
Move Sources/* to root directory.
Split ppm3d.f into files containing a single procedure. Factorized computations of filtering matrices into a procedure inifilr_hemisph. Had then to change the matrices from allocatable to pointer and from customized lower bound to lower bound 1. The change in lower bounds does not matter because the matrices are only used as a whole as actual arguments. Also, in infilr, instead of finding jfilt[ns][uv] from approximately jjm /2, start at index j1 that corresponds to the equator. This is not the same if there is a zoom in latitude. Also, the test (rlamda(modfrst[ns][uv](j)) * cos(rlat[uv](j)) < 1) in the loops on filtered latitudes is not useful now that we start from j1: it is necessarily true. See notes. Just encapsulated lwvn into a module and removed unused argument ktraer.
Sources inside, compilation outside.
Added some test programs. In fxhyp_loop_ik, changed precision from 1e-3 to 1e-6. Reset initial value of xo1 to first guess of xi instead of final value of xi for previous i (better logic).
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