The contact angle controlled morphological drainage, run exactly as is in the example, is failing to produce accurate results at the higher capillary pressures. The system should be fully draining at pc = 7.694. Reducing the problem to just individual states, e.g. pc = 7.604 and pc = 7.694, instead of running multiple in an additive sense prevents this issue. The standard hilpert-miller drainage does not have this problem.
The contact angle controlled morphological drainage, run exactly as is in the example, is failing to produce accurate results at the higher capillary pressures. The system should be fully draining at pc = 7.694. Reducing the problem to just individual states, e.g. pc = 7.604 and pc = 7.694, instead of running multiple in an additive sense prevents this issue. The standard hilpert-miller drainage does not have this problem.