#!/usr/bin/env python
import csymm
import cfrac
relpath = "reference-data"
nerr = 0
for fn in [ "population-red", "population-blue", "colour-red-blue" ]:
nerr += csymm.checkMirrorSymmetryY2d("fluid-init-eqdistcylinderfrac-y-2d", fn, relpath)
nerr += cfrac.checkEqualFrac2d("fluid-init-eqdistcylinderfrac-y-2d", "fluid-init-eqdistcylinder-y-2d", fn, relpath)
if ( nerr > 0 ):
exit(1)
#!/usr/bin/env python
import cfrac
import csymm
relpath = "reference-data"
nerr = 0
for fn in [ "population-red", "population-blue", "colour-red-blue" ]:
# Check mirror symmetry
nerr += csymm.checkMirrorSymmetryY2d("fluid-init-eqdisttwospheresfrac-2d", fn, relpath)
# Check if fractional is the same as absolute
nerr += cfrac.checkEqualFrac2d("fluid-init-eqdisttwospheresfrac-2d", "fluid-init-eqdisttwospheres-2d", fn, relpath)
if ( nerr > 0 ):
exit(1)
#!/usr/bin/env python
import cfrac
import csymm
relpath = "reference-data"
nerr = 0
for fn in ["population-red", "population-blue", "colour-red-blue"]:
nerr += csymm.checkQuasi1dX2d("fluid-init-eqdistlamellaefrac-y-2d", fn, relpath)
nerr += cfrac.checkEqualFrac2d("fluid-init-eqdistlamellaefrac-y-2d", "fluid-init-eqdistlamellae-y-2d", fn, relpath)
if nerr > 0:
exit(1)
#!/usr/bin/env python
import csymm
import cfrac
relpath = "reference-data"
nerr = 0
for fn in [ "population-red", "population-blue", "colour-red-blue" ]:
nerr += csymm.checkMirrorSymmetryY2d("fluid-init-eqdistcylinder-z-2d", fn, relpath)
# Cylinder in z-direction should be the same as a 2d sphere
nerr += cfrac.checkEqualFrac2d("fluid-init-eqdistcylinderfrac-z-2d", "fluid-init-eqdistcylinder-z-2d", fn, relpath)
nerr += cfrac.checkEqualFrac2d("fluid-init-eqdistcylinderfrac-z-2d", "fluid-init-eqdistspherefrac-2d", fn, relpath)
if ( nerr > 0 ):
exit(1)