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programmer's documentation
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Variables | |
integer, save | ineedy |
integer, save | imajdy |
integer, save | icdpar |
Specifies the method used to calculate the distance to the wall y and the non-dimensional distance ![]() | |
integer, save | nitmay |
maximum number of iterations for the solution of the linear systems useful when icdpar ![]() | |
integer, save | nswrsy |
number of iterations for the reconstruction of the right-hand sides: corresponds to nswrsm useful when icdpar ![]() | |
integer, save | nswrgy |
number of iterations for the gradient reconstruction: corresponds to nswrgr useful when icdpar ![]() | |
integer, save | imligy |
type of gradient limitation: corresponds to imligr useful when icdpar ![]() | |
integer, save | ircfly |
indicates the reconstruction of the convective and diffusive fluxes at the faces: corresponds to ircflu useful when icdpar ![]() | |
integer, save | ischcy |
indicates type of second-order convective scheme: corresponds to ischcv useful when icdpar ![]() ![]() | |
integer, save | isstpy |
indicates if a ``slope test'' should be used for a second-order convective scheme: corresponds to isstpc useful when icdpar ![]() ![]() | |
integer, save | iwarny |
specifies the level of the output writing concerning the calculation of the distance to the wall with icdpar = 0. The higher the value, the more detailed the outputs. useful when icdpar ![]() | |
integer, save | ntcmxy |
number of pseudo-time iterations for the calculation of the non-dimensional distance to the wall ![]() useful when icdpar ![]() ![]() | |
double precision, save | blency |
proportion of second-order convective scheme: corresponds to blencv useful when icdpar ![]() ![]() | |
double precision, save | epsily |
relative precision for the solution of the linear systems: corresponds to epsilo useful when icdpar ![]() | |
double precision, save | epsrsy |
relative precision for the right-hand side reconstruction: corresponds to epsrsm useful when icdpar ![]() | |
double precision, save | epsrgy |
relative precision for the iterative gradient reconstruction: corresponds to epsrgr useful when icdpar ![]() | |
double precision, save | climgy |
limitation factor of the gradients: corresponds to climgr useful when icdpar ![]() | |
double precision, save | extray |
extrapolation coefficient of the gradients at the boundaries: corresponds to extrag useful when icdpar ![]() | |
double precision, save | coumxy |
Target Courant number for the calculation of the non-dimensional distance to the wall useful when icdpar ![]() ![]() | |
double precision, save | epscvy |
relative precision for the convergence of the pseudo-transient regime for the calculation of the non-dimensional distance to the wall useful when icdpar ![]() ![]() | |
double precision, save | yplmxy |
value of the non-dimensional distance to the wall above which the calculation of the distance is not necessary (for the damping) useful when icdpar ![]() ![]() | |
double precision, save blency |
double precision, save climgy |
double precision, save coumxy |
Target Courant number for the calculation of the non-dimensional distance to the wall
useful when icdpar 0 for the calculation of
.
double precision, save epscvy |
relative precision for the convergence of the pseudo-transient regime for the calculation of the non-dimensional distance to the wall
useful when icdpar 0 for the calculation of
.
double precision, save epsily |
double precision, save epsrgy |
double precision, save epsrsy |
double precision, save extray |
integer, save icdpar |
Specifies the method used to calculate the distance to the wall y and the non-dimensional distance for all the cells of the calculation domain (when necessary):
integer, save imajdy |
integer, save ineedy |
integer, save ircfly |
integer, save ischcy |
integer, save isstpy |
integer, save iwarny |
integer, save nitmay |
maximum number of iterations for the solution of the linear systems
useful when icdpar 0
integer, save nswrgy |
integer, save nswrsy |
integer, save ntcmxy |
number of pseudo-time iterations for the calculation of the non-dimensional distance to the wall .
useful when icdpar 0 for the calculation of
.
double precision, save yplmxy |
value of the non-dimensional distance to the wall above which the calculation of the distance is not necessary (for the damping) useful when icdpar 0 for the calculation of
.