Functions that compute physical variables for each cell for the atmospheric module. More...

Functions/Subroutines
subroutine	atphyv ()
	Initialise physical variables of the atmospheric module Remarques : This routine is called at the beginning of each time step. More...

subroutine	all_or_nothing ()
	Internal function - for all cells : initialise physical variables of the atmospheric module. More...

subroutine	gaussian ()
	Internal function - subgrid condensation scheme assuming a gaussian distribution for the fluctuations of both qw and thetal. More...

subroutine	grad_thetal (dtlsd)
	Internal function - Computation of the gradient of the potential temperature. More...

subroutine	grad_qw (dqsd)
	Internal function - Compute the gradient of the total humiduty. More...

Detailed Description

Functions that compute physical variables for each cell for the atmospheric module.

Function/Subroutine Documentation

subroutine atphyv::all_or_nothing ( )

Internal function - for all cells : initialise physical variables of the atmospheric module.

subroutine atphyv ( )

Initialise physical variables of the atmospheric module
Remarques : This routine is called at the beginning of each time step.

subroutine atphyv::gaussian ( )

Internal function - subgrid condensation scheme assuming a gaussian distribution for the fluctuations of both qw and thetal.

subroutine atphyv::grad_qw ( double precision, dimension(3,ncelet) dqsd )

Internal function - Compute the gradient of the total humiduty.

Parameters

[out] dqsd gradient of total humidity

subroutine atphyv::grad_thetal ( double precision, dimension(3,ncelet) dtlsd )

Internal function - Computation of the gradient of the potential temperature.

Parameters

[out] dtlsd gradient of potential temperature