Implement the ability to evolve the storage power across honest
participants over the course of a simulation. The changes introduce
primitives to allow doing this and reflect the changes across the tests
using a uniformed fixed storage power generator.

The adversary storage power evolution is not yet implemented and left to
future work in favour of reducing the number of lines changed.

Fixes #114

Implement the ability to evolve the storage power across honest
participants over the course of a simulation. The changes introduce
primitives to allow doing this and reflect the changes across the tests
using a uniformed fixed storage power generator.

The adversary storage power evolution is not yet implemented and left to
future work in favour of reducing the number of lines changed.

Add two tests that exercise increase and decrease of storage power over
sync and async message passing:

1. Sudden increase of storage power results in the corresponding group
of nodes to dominate consensus as expected.

2. Gradual decrease of storage power results in loss of dominance among
the corresponding group.

Fixes #114

Implement the ability to evolve the storage power across honest
participants over the course of a simulation. The changes introduce
primitives to allow doing this and reflect the changes across the tests
using a uniformed fixed storage power generator.

The adversary storage power evolution is not yet implemented and left to
future work in favour of reducing the number of lines changed.

Add two tests that exercise increase and decrease of storage power over
sync and async message passing:

1. Sudden increase of storage power results in the corresponding group
of nodes to dominate consensus as expected.

2. Gradual decrease of storage power results in loss of dominance among
the corresponding group.

Fixes #114

Implement the ability to evolve the storage power across honest
participants over the course of a simulation. The changes introduce
primitives to allow doing this and reflect the changes across the tests
using a uniformed fixed storage power generator.

The adversary storage power evolution is not yet implemented and left to
future work in favour of reducing the number of lines changed.

Add two tests that exercise increase and decrease of storage power over
sync and async message passing:

1. Sudden increase of storage power results in the corresponding group
of nodes to dominate consensus as expected.

2. Gradual decrease of storage power results in loss of dominance among
the corresponding group.

Fixes #114

Implement the ability to evolve the storage power across honest
participants over the course of a simulation. The changes introduce
primitives to allow doing this and reflect the changes across the tests
using a uniformed fixed storage power generator.

The adversary storage power evolution is not yet implemented and left to
future work in favour of reducing the number of lines changed.

Add two tests that exercise increase and decrease of storage power over
sync and async message passing:

1. Sudden increase of storage power results in the corresponding group
of nodes to dominate consensus as expected.

2. Gradual decrease of storage power results in loss of dominance among
the corresponding group.

Fixes #114

…nts (#202)

Implement the ability to evolve the storage power across honest
participants over the course of a simulation. The changes introduce
primitives to allow doing this and reflect the changes across the tests
using a uniformed fixed storage power generator.

The adversary storage power evolution is not yet implemented and left to
future work in favour of reducing the number of lines changed.

Add two tests that exercise increase and decrease of storage power over
sync and async message passing:

1. Sudden increase of storage power results in the corresponding group
of nodes to dominate consensus as expected.

2. Gradual decrease of storage power results in loss of dominance among
the corresponding group.

Fixes #114