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program  amrvac 
 AMRVAC solves a set of hyperbolic equations \(\vec{u}_t + \nabla_x \cdot \vec{f}(\vec{u}) = \vec{s}\) using adaptive mesh refinement. More...


subroutine  timeintegration () 

logical function  timetosave (ifile) 
 Save times are defined by either tsave(isavet(ifile),ifile) or itsave(isaveit(ifile),ifile) or dtsave(ifile) or ditsave(ifile) tsavestart(ifile) determines first start time. This only affects read out times determined by dtsave(ifiles). Other conditions may be included. More...


logical function  fixgrid () 
 Return true if the AMR grid should not be adapted any more. This is controlled by tfixgrid or itfixgrid. Other conditions may be included. More...


◆ amrvac()
AMRVAC solves a set of hyperbolic equations \(\vec{u}_t + \nabla_x \cdot \vec{f}(\vec{u}) = \vec{s}\) using adaptive mesh refinement.
Definition at line 4 of file amrvac.t.
◆ fixgrid()
logical function amrvac::fixgrid 
Return true if the AMR grid should not be adapted any more. This is controlled by tfixgrid or itfixgrid. Other conditions may be included.
Definition at line 415 of file amrvac.t.
◆ timeintegration()
subroutine amrvac::timeintegration 
◆ timetosave()
logical function amrvac::timetosave 
( 
integer 
ifile  ) 

Save times are defined by either tsave(isavet(ifile),ifile) or itsave(isaveit(ifile),ifile) or dtsave(ifile) or ditsave(ifile) tsavestart(ifile) determines first start time. This only affects read out times determined by dtsave(ifiles). Other conditions may be included.
Definition at line 379 of file amrvac.t.