code - Revision 21825: /spare_parts/TestErosion/data/base

• ..
• agg_stability010=1ln.egrd
• agg_stability010=1ln.emit
• agg_stability010=1ln.erod
• agg_stability010=1ln.in
• agg_stability010=1ln.sgrd
• agg_stability020=2ln.egrd
• agg_stability020=2ln.emit
• agg_stability020=2ln.erod
• agg_stability020=2ln.in
• agg_stability020=2ln.sgrd
• agg_stability030=3ln.egrd
• agg_stability030=3ln.emit
• agg_stability030=3ln.erod
• agg_stability030=3ln.in
• agg_stability030=3ln.sgrd
• agg_stability040=4ln.egrd
• agg_stability040=4ln.emit
• agg_stability040=4ln.erod
• agg_stability040=4ln.in
• agg_stability040=4ln.sgrd
• agg_stability050=5ln.egrd
• agg_stability050=5ln.emit
• agg_stability050=5ln.erod
• agg_stability050=5ln.in
• agg_stability050=5ln.sgrd
• agg_stability060=6ln.egrd
• agg_stability060=6ln.emit
• agg_stability060=6ln.erod
• agg_stability060=6ln.in
• agg_stability060=6ln.sgrd
• barrier_downwind.egrd
• barrier_downwind.emit
• barrier_downwind.erod
• barrier_downwind.in
• barrier_downwind.sgrd
• barrier_none.egrd
• barrier_none.emit
• barrier_none.erod
• barrier_none.in
• barrier_none.sgrd
• barrier_upwind.egrd
• barrier_upwind.emit
• barrier_upwind.erod
• barrier_upwind.in
• barrier_upwind.sgrd
• erod.in.template
• flat_cover010=0.00m2perm2.egrd
• flat_cover010=0.00m2perm2.emit
• flat_cover010=0.00m2perm2.erod
• flat_cover010=0.00m2perm2.in
• flat_cover010=0.00m2perm2.sgrd
• flat_cover020=0.05m2perm2.egrd
• flat_cover020=0.05m2perm2.emit
• flat_cover020=0.05m2perm2.erod
• flat_cover020=0.05m2perm2.in
• flat_cover020=0.05m2perm2.sgrd
• flat_cover030=0.10m2perm2.egrd
• flat_cover030=0.10m2perm2.emit
• flat_cover030=0.10m2perm2.erod
• flat_cover030=0.10m2perm2.in
• flat_cover030=0.10m2perm2.sgrd
• flat_cover040=0.20m2perm2.egrd
• flat_cover040=0.20m2perm2.emit
• flat_cover040=0.20m2perm2.erod
• flat_cover040=0.20m2perm2.in
• flat_cover040=0.20m2perm2.sgrd
• flat_cover050=0.30m2perm2.egrd
• flat_cover050=0.30m2perm2.emit
• flat_cover050=0.30m2perm2.erod
• flat_cover050=0.30m2perm2.in
• flat_cover050=0.30m2perm2.sgrd
• flat_cover060=0.40m2perm2.egrd
• flat_cover060=0.40m2perm2.emit
• flat_cover060=0.40m2perm2.erod
• flat_cover060=0.40m2perm2.in
• flat_cover060=0.40m2perm2.sgrd
• flat_cover070=0.50m2perm2.egrd
• flat_cover070=0.50m2perm2.emit
• flat_cover070=0.50m2perm2.erod
• flat_cover070=0.50m2perm2.in
• flat_cover070=0.50m2perm2.sgrd
• flat_cover080=0.60m2perm2.egrd
• flat_cover080=0.60m2perm2.emit
• flat_cover080=0.60m2perm2.erod
• flat_cover080=0.60m2perm2.in
• flat_cover080=0.60m2perm2.sgrd
• flat_cover090=0.70m2perm2.egrd
• flat_cover090=0.70m2perm2.emit
• flat_cover090=0.70m2perm2.erod
• flat_cover090=0.70m2perm2.in
• flat_cover090=0.70m2perm2.sgrd
• gmd010=0.1mm.egrd
• gmd010=0.1mm.emit
• gmd010=0.1mm.erod
• gmd010=0.1mm.in
• gmd010=0.1mm.sgrd
• gmd020=0.2mm.egrd
• gmd020=0.2mm.emit
• gmd020=0.2mm.erod
• gmd020=0.2mm.in
• gmd020=0.2mm.sgrd
• gmd030=0.3mm.egrd
• gmd030=0.3mm.emit
• gmd030=0.3mm.erod
• gmd030=0.3mm.in
• gmd030=0.3mm.sgrd
• gmd040=0.4mm.egrd
• gmd040=0.4mm.emit
• gmd040=0.4mm.erod
• gmd040=0.4mm.in
• gmd040=0.4mm.sgrd
• gmd050=0.5mm.egrd
• gmd050=0.5mm.emit
• gmd050=0.5mm.erod
• gmd050=0.5mm.in
• gmd050=0.5mm.sgrd
• gmd060=1.0mm.egrd
• gmd060=1.0mm.emit
• gmd060=1.0mm.erod
• gmd060=1.0mm.in
• gmd060=1.0mm.sgrd
• gmd070=2.0mm.egrd
• gmd070=2.0mm.emit
• gmd070=2.0mm.erod
• gmd070=2.0mm.in
• gmd070=2.0mm.sgrd
• gmd080=5.0mm.egrd
• gmd080=5.0mm.emit
• gmd080=5.0mm.erod
• gmd080=5.0mm.in
• gmd080=5.0mm.sgrd
• gmd090=9.0mm.egrd
• gmd090=9.0mm.emit
• gmd090=9.0mm.erod
• gmd090=9.0mm.in
• gmd090=9.0mm.sgrd
• random_roughness010=10mm.egrd
• random_roughness010=10mm.emit
• random_roughness010=10mm.erod
• random_roughness010=10mm.in
• random_roughness010=10mm.sgrd
• random_roughness020=20mm.egrd
• random_roughness020=20mm.emit
• random_roughness020=20mm.erod
• random_roughness020=20mm.in
• random_roughness020=20mm.sgrd
• random_roughness030=30mm.egrd
• random_roughness030=30mm.emit
• random_roughness030=30mm.erod
• random_roughness030=30mm.in
• random_roughness030=30mm.sgrd
• random_roughness040=40mm.egrd
• random_roughness040=40mm.emit
• random_roughness040=40mm.erod
• random_roughness040=40mm.in
• random_roughness040=40mm.sgrd
• random_roughness050=50mm.egrd
• random_roughness050=50mm.emit
• random_roughness050=50mm.erod
• random_roughness050=50mm.in
• random_roughness050=50mm.sgrd
• random_roughness060=60mm.egrd
• random_roughness060=60mm.emit
• random_roughness060=60mm.erod
• random_roughness060=60mm.in
• random_roughness060=60mm.sgrd
• results.txt
• ridge_height010=10mm.egrd
• ridge_height010=10mm.emit
• ridge_height010=10mm.erod
• ridge_height010=10mm.in
• ridge_height010=10mm.sgrd
• ridge_height020=20mm.egrd
• ridge_height020=20mm.emit
• ridge_height020=20mm.erod
• ridge_height020=20mm.in
• ridge_height020=20mm.sgrd
• ridge_height030=50mm.egrd
• ridge_height030=50mm.emit
• ridge_height030=50mm.erod
• ridge_height030=50mm.in
• ridge_height030=50mm.sgrd
• ridge_height040=60mm.egrd
• ridge_height040=60mm.emit
• ridge_height040=60mm.erod
• ridge_height040=60mm.in
• ridge_height040=60mm.sgrd
• ridge_height050=70mm.egrd
• ridge_height050=70mm.emit
• ridge_height050=70mm.erod
• ridge_height050=70mm.in
• ridge_height050=70mm.sgrd
• ridge_height060=80mm.egrd
• ridge_height060=80mm.emit
• ridge_height060=80mm.erod
• ridge_height060=80mm.in
• ridge_height060=80mm.sgrd
• ridge_height070=90mm.egrd
• ridge_height070=90mm.emit
• ridge_height070=90mm.erod
• ridge_height070=90mm.in
• ridge_height070=90mm.sgrd
• ridge_height080=100mm.egrd
• ridge_height080=100mm.emit
• ridge_height080=100mm.erod
• ridge_height080=100mm.in
• ridge_height080=100mm.sgrd
• ridge_height090=200mm.egrd
• ridge_height090=200mm.emit
• ridge_height090=200mm.erod
• ridge_height090=200mm.in
• ridge_height090=200mm.sgrd
• surface_water010=0.00MgperMg.egrd
• surface_water010=0.00MgperMg.emit
• surface_water010=0.00MgperMg.erod
• surface_water010=0.00MgperMg.in
• surface_water010=0.00MgperMg.sgrd
• surface_water020=0.01MgperMg.egrd
• surface_water020=0.01MgperMg.emit
• surface_water020=0.01MgperMg.erod
• surface_water020=0.01MgperMg.in
• surface_water020=0.01MgperMg.sgrd
• surface_water030=0.02MgperMg.egrd
• surface_water030=0.02MgperMg.emit
• surface_water030=0.02MgperMg.erod
• surface_water030=0.02MgperMg.in
• surface_water030=0.02MgperMg.sgrd
• surface_water040=0.03MgperMg.egrd
• surface_water040=0.03MgperMg.emit
• surface_water040=0.03MgperMg.erod
• surface_water040=0.03MgperMg.in
• surface_water040=0.03MgperMg.sgrd
• surface_water050=0.04MgperMg.egrd
• surface_water050=0.04MgperMg.emit
• surface_water050=0.04MgperMg.erod
• surface_water050=0.04MgperMg.in
• surface_water050=0.04MgperMg.sgrd
• surface_water060=0.05MgperMg.egrd
• surface_water060=0.05MgperMg.emit
• surface_water060=0.05MgperMg.erod
• surface_water060=0.05MgperMg.in
• surface_water060=0.05MgperMg.sgrd
• surface_water070=0.06MgperMg.egrd
• surface_water070=0.06MgperMg.emit
• surface_water070=0.06MgperMg.erod
• surface_water070=0.06MgperMg.in
• surface_water070=0.06MgperMg.sgrd
• surface_water080=0.07MgperMg.egrd
• surface_water080=0.07MgperMg.emit
• surface_water080=0.07MgperMg.erod
• surface_water080=0.07MgperMg.in
• surface_water080=0.07MgperMg.sgrd
• surface_water090=0.08MgperMg.egrd
• surface_water090=0.08MgperMg.emit
• surface_water090=0.08MgperMg.erod
• surface_water090=0.08MgperMg.in
• surface_water090=0.08MgperMg.sgrd