This commit was manufactured by cvs2git to create tag 'Rel_4_0_0'.

Sprout from master 2000-05-16 21:57:54 UTC vicadmin <[email protected]> 'modified header to store version number'
Cherrypick from master 2004-05-07 00:31:22 UTC tbohn '':
    README.txt
Delete:
    aurad.c
    calc_long_shortwave.c
    calc_netshort.c
    calc_snow_ground_flux.c
    calc_trans.c
    calc_water_density.c
    func_snow_ground_flux.c
    initialize_energy.c
    long_shortwave.c
    make_out_data.c
    makefile
    polint.c
    priestley.c
    rad_and_vpd.c
    rad_and_vpd.h
    read_PILPS2c.c
    read_atmosdata.c
    read_initial_snow.c
    read_initial_soil_thermal.c
    read_rosemount.c
    read_sawd.c
    read_sawd_binary.c
    read_snowmodel.c

README.txt

@@ -0,0 +1,160 @@
+# README.txt - Release Notes
+#
+# $Id$
+#------------------------------------------------------------------------
+
+Date: May 16, 2000
+
+From: Keith Cherkauer
+
+Topic: Release of VIC 4.0.0
+
+The code for VIC release 4.0.0 has undergone several months of tests (as
+VIC release 3.3.0 Beta) and has now been deemed ready for release to the
+general public.  This document is designed to provide information
+concerning changes in the model between the last release version (3.2.1)
+and the current version.
+
+There is no formal users manual, information about how to use the current
+version can be found at
+http://www.hydro.washington.edu/Lettenmaier/Models/VIC/VIChome.html.  
+Information about the basic model design can be found in Liang, et al.
+(1994), while the rewrite of the source code as well as the addition of
+cold season processes is described in Cherkauer and Lettenmaier (1999).
+
+The VIC macroscale hydrologic model was developed as a research tool.  As
+such it is the users responsibility to verify that it is working correctly
+when applied to new situations.  When using the VIC model reference should
+be made to Liang, et al. (1994) and Cherkauer and Lettenmaier (1999) as
+well as an acknowledgment that the code was received from the University
+of Washington.  Other important papers relating to the development of the
+VIC model are included on the home page and in the source code.
+
+Possible bugs in the code should be reported to
+[email protected].  ALWAYS CHECK YOUR INPUT FILES!  Most
+"bugs" are actually caused by trying to run the model with bad parameters
+or forcing data.  The VIC model will run limited checks to find common
+major errors but in most cases it will attempt to run with the bad values.  
+If after checking all of your input data you still believe you have found
+a bug in the model, send an e-mail including the complete output from the
+model as well as a description of the problem and the files necessary to
+run the model to recreate the code (if files are large please put a
+compressed tar file in
+ftp://ftp.ce.washington.edu/pub/HYDRO/vicadmin/TEMP).  Outdated and
+modified versions of the code are the responsibility of the user to debug.  
+Modifications made to the code, which may improve the general model
+performance, may be submitted to [email protected] for
+possible inclusion in future versions of the code.
+
+VIC release 4.0.0 represents a major change to the source code from
+version 3.2.1.  It is strongly recommended that if you were using version
+3.2.1 or earlier versions that you update with a complete copy of the new
+code.
+
+Major changes from release version 3.2.1 to 4.0.0:
+
+- Radiation Estimation Update: The routines to estimate shortwave and
+longwave radiation as well as vapor pressure from daily minimum and
+maximum temperature and precipitation have been updated to correspond to
+the algorithm described by Thornton and Running (1999).  These routines
+provide significantly improved radiation estimates especially in regions
+outside the continental United States.
+
+- Model Core Update: The core of the VIC model was rewritten so that all
+modes of the model (water balance, energy balance, etc.) make use of the
+same model code.  This makes it easier to modify the model and have
+modifications apply to sll modes, it also allows the model to run with new
+combinations of algorithms (i.e. full energy balance mode with the finite
+difference ground heat flux solution).
+
+- Soil Moisture Transport Update: The frozen and thawed sub-layers added
+to the model for the original frozen soil algorithm have been removed.  
+This makes the soil drainage routine cleaner and faster.  Frozen soils now
+estimate full layer ice contents from the ice content at each soil thermal
+node.  Without being confined by sub-layers, the frozen soil algorithm can
+now be applied to regions of permafrost.
+
+- Forcing File Control Added: Version 4.0.0 moves controls of the forcing
+file format and data types into the global control file.  The model can
+now handle most ASCII column and short int Binary files without writing
+new subroutines and recompiling the source code.
+
+- Pre-processor Options Added: There are now more option flags in the
+source code headers to control which parts of the model are in fact
+compiled.  This allows the model functionality to be adjusted without the
+addition of computationally intensive conditional switching statements.
+
+- Model State File: With the release of version 4.0.0 separate snow and
+soil initialization files have been combined into a single model state
+file.  The state file can be created outside the model for starting
+simulations with prescribed initial conditions, or the model state can be
+saved by VIC at a specified date.  Note that currently there will be small
+differences between a full and a warm started simulation because radiation
+and vapor pressure are estimated using forcing data from the simulation
+period, not from the full dataset included in the forcing file.  It also
+does not store wet and dry fraction information, when running with
+distributed precipitation the model is restarted using average soil
+conditions.
+
+References:
+
+Liang, X., D. P. Lettenmaier, E. F. Wood, and S. J. Burges, A simple
+hydrologically based model of land surface water and energy fluxes for
+GSMs, J. Geophys. Res., 99(D7), 14,415-14,428, 1994.
+
+Cherkauer, K. A., and D. P. Lettenmaier, Hydrologic effects of frozen
+soils in the upper Mississippi River basin, J. Geophys. Res., 104(D16),
+19,599-19,610, 1999.
+
+Thornton, P.E. and S.W. Running, An improved algorithm for estimating
+incident daily solar radiation from measurements of temperature, humidity,
+and precipitation, Ag. For. Met., 93, 211-228, 1999.
+
+File List:
+
+CalcAerodynamic.c               modify_Ksat.c
+Makefile                        mtclim42_vic.c
+SnowPackEnergyBalance.c         mtclim42_vic.h
+StabilityCorrection.c           mtclim42_wrapper.c
+alloc_atmos.c                   nrerror.c
+arno_evap.c                     open_debug.c
+calc_air_temperature.c          open_file.c
+calc_cloud_cover_fraction.c     open_state_file.c
+calc_longwave.c                 penman.c
+calc_rainonly.c                 prepare_full_energy.c
+calc_root_fraction.c            put_data.c
+calc_surf_energy_bal.c          read_arcinfo_ascii.c
+calc_veg_params.c               read_atmos_data.c
+canopy_evap.c                   read_forcing_data.c
+check_files.c                   read_initial_model_state.c
+check_state_file.c              read_snowband.c
+close_files.c                   read_soilparam.c
+cmd_proc.c                      read_soilparam_arc.c
+compress_files.c                read_veglib.c
+compute_dz.c                    read_vegparam.c
+correct_precip.c                redistribute_during_storm.c
+dist_prec.c                     root_brent.c
+estimate_T1.c                   runoff.c
+free_dist_prcp.c                snow.h
+free_vegcon.c                   snow_intercept.c
+frozen_soil.c                   snow_melt.c
+full_energy.c                   snow_utility.c
+func_surf_energy_bal.c          soil_conduction.c
+get_force_type.c                soil_thermal_eqn.c
+get_global_param.c              solve_snow.c
+global.h                        store_moisture_for_debug.c
+initialize_atmos.c              surface_fluxes.c
+initialize_global.c             svp.c
+initialize_model_state.c        user_def.h
+initialize_new_storm.c          vicNl.c
+initialize_snow.c               vicNl.h
+initialize_soil.c               vicNl_def.h
+initialize_veg.c                vicerror.c
+make_cell_data.c                write_atmosdata.c
+make_dist_prcp.c                write_data.c
+make_dmy.c                      write_debug.c
+make_energy_bal.c               write_layer.c
+make_in_and_outfiles.c          write_model_state.c
+make_snow_data.c                write_soilparam.c
+make_veg_var.c                  write_vegparam.c
+massrelease.c                   write_vegvar.c