Changes

refactoring to remove compiler warnings (#1187)

* refactor code to remove warnings for exceeding 100 characters per line

* remove unused variables

* remove unused parameters #1174

* fix for the GPU

* remove new unused parameters

* remove unused dummy arguments

* make small changes to reduce compiler warnings

* put solve_name back in as input variable to band_solve methods

* combine intent in and out parameters from calc_trapezoid_zm and calc_trapezoid_zt to intent inout parameters

* remove unused functions init_parameters_999 and sat_vapor_press_ice_*

* remove unused dummy arguments

* fix merge error

* remove unnecessary loop

refactoring to remove compiler warnings (#1187)

* refactor code to remove warnings for exceeding 100 characters per line

* remove unused variables

* remove unused parameters #1174

* fix for the GPU

* remove new unused parameters

* remove unused dummy arguments

* make small changes to reduce compiler warnings

* put solve_name back in as input variable to band_solve methods

* combine intent in and out parameters from calc_trapezoid_zm and calc_trapezoid_zt to intent inout parameters

* remove unused functions init_parameters_999 and sat_vapor_press_ice_*

* remove unused dummy arguments

* fix merge error

* remove unnecessary loop

remove unused dummy arguments (#182)

These CAM changes correspond to CLUBB changes larson-group/clubb#1174 and larson-group/clubb#1187.

I am copying the round-off level changes made to grid weights
and grid interpolation functions from the generalized_grid branch
over to the master branch. This is being done ahead of merging
code from the master over to the generalized_grid branch.

This code is necessary to get results in the generalized grid
branch bit-for-bit between ascending and descending grid
directions when optimization is set to -O0.

This change produces changes at the numerical round-off level
in the affected calculations, making this commit BIT_CHANGING.

Plots show lines overlap for almost all cases besides the most
sensitive cases (ARM 97, TWP ICE, etc. -- looking at those
shows you how much of a difference a simple numerical round-off
can make).