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amr2ez.data.html |
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Source file: amr2ez.data
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Directory: /Users/rjl/git/rjleveque/clawpack-4.6.3/apps/advection/2d/swirl/amr
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Converted: Mon Jan 21 2013 at 20:15:23
using clawcode2html
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This documentation file will
not reflect any later changes in the source file.
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########################################################
### DO NOT EDIT THIS FILE: GENERATED AUTOMATICALLY ####
### To modify data, edit setrun.py ####
### and then "make .data" ####
########################################################
40 =: mx (cells in x direction)
40 =: my (cells in y direction)
-3 =: mxnest (max number of grid levels)
2 4 2 =: inratx (refinement ratios)
2 4 2 =: inraty (refinement ratios)
2 4 2 =: inratt (refinement ratios)
25 =: nout (number of output times)
1 =: outstyle (style of specifying output times)
2.5 =: tfinal (final time)
0.02 =: dt_initial (initial time step dt)
1e+99 =: dt_max (max allowable dt)
1.0 =: cfl_max (max allowable Courant number)
0.9 =: cfl_desired (desired Courant number)
1000 =: max_steps (max time steps per call to claw)
1 =: dt_variable (1 for variable dt, 0 for fixed)
2 =: order (1 or 2)
2 =: order_trans (transverse order)
1 =: verbosity (verbosity of output)
0 =: src_split (source term splitting)
0 =: mcapa (aux index for capacity fcn)
2 =: maux (number of aux variables)
'xleft'
'yleft'
1 =: meqn (number of equations)
1 =: mwaves (number of waves)
3 =: mthlim (limiter choice for each wave)
0.0 =: t0 (initial time)
0.0 =: xlower (xlower)
1.0 =: xupper (xupper)
0.0 =: ylower (ylower)
1.0 =: yupper (yupper)
2 =: mbc (number of ghost cells)
1 =: mthbc_xlower (type of BC at xlower)
1 =: mthbc_xupper (type of BC at xupper)
2 =: mthbc_ylower (type of BC at ylower)
2 =: mthbc_yupper (type of BC at yupper)
F =: restart (1 to restart from a past run)
1000 =: checkpt_iousr (how often to checkpoint)
-1.0 =: tol (tolerance for Richardson extrap)
0.05 =: tolsp (tolerance used in flag2refine)
2 =: kcheck (how often to regrid)
3 =: ibuff (buffer zone around flagged pts)
0.7 =: cutoff (efficiency cutoff for grid gen.)
F =: PRINT (print to fort.amr)
F =: NCAR (obsolete!)
T =: fortq (Output to fort.q* files)
F =: dprint (print domain flags)
F =: eprint (print err est flags)
F =: edebug (even more err est flags)
F =: gprint (grid bisection/clustering)
F =: nprint (proper nesting output)
F =: pprint (proj. of tagged points)
F =: rprint (print regridding summary)
F =: sprint (space/memory output)
F =: tprint (time step reporting each level)
F =: uprint (update/upbnd reporting)