Definition at line 18 of file Interface.m.
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function
diff = | Phi (glob, S, model) |
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| function
diff = | phi (glob, S, model) |
| | returns the function \(\phi(s)\). More...
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| function
ddiff = | phi_derivative (glob, S, model) |
| | returns the derivative \(\phi'(s)\). More...
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function
fw = | waterflow (glob, S, model) |
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function
dfw = | waterflow_derivative (glob, S, model) |
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| function
fwU = | waterflow_flux (glob, S, U, model) |
| | returns the waterflow flux over the boundaries \(f_w(s) \cdot \underscore{u}\). More...
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function
fw_deriv_U = | waterflow_deriv_flux (glob, S, U, model) |
| | returns the waterflow flux over the boundaries, actually only \(\underscore{u}\). More...
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function
m = | total_mobility (glob, S, model) |
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function
m = | total_mobility_deriv (glob, S, model) |
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function
m = | total_mobility_dual (glob, S, NBI, Sdir, dir_NBI, model) |
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function
p = | visualize () |
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virtual function
kw = | water_permeability (glob, S, model) |
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virtual function
dkw = | water_permeability_derivative (glob, S, model) |
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virtual function
ko = | oil_permeability (glob, S, model) |
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virtual function
dko = | oil_permeability_derivative (glob, S, model) |
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virtual function
pc = | capillary_pressure (glob, S, model) |
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virtual function
dpc = | capillary_pressure_derivative (glob, S, model) |
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virtual function
ddpc = | capillary_pressure_second_derivative (glob, S, model) |
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virtual function
c = | injection_concentration (glob, model) |
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virtual function
s_under = | lower_source (elemin, loc,gridbase grid) |
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virtual function
s_above = | upper_source (elemin, loc,gridbase grid) |
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virtual function
ModelDescr descr = | default_descr (ModelDescr descr) |
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1.8.8