Binding

tissue_forge.bind.particles(p, a, b)

Bind a potential to a pair of particles

Parameters:

• p (Potential) – The potential

• a (Particle) – The first particle

• b (Particle) – The second particle

Return type:

int

Returns:

HRESULT

tissue_forge.bind.types(p, a, b, bound=False)

Bind a potential to a pair of particle types.

Automatically updates when running on a CUDA device.

Parameters:

• p (Potential) – The potential

• a (ParticleType) – The first type

• b (ParticleType) – The second type

• bound (boolean, optional) – Flag signifying whether this potential exclusively operates on particles of different clusters, optional

Return type:

int

Returns:

HRESULT

tissue_forge.bind.boundary_conditions(p, t)

Bind a potential to a pair of particle type and all boundary conditions.

Automatically updates when running on a CUDA device.

Parameters:

• p (Potential) – The potential

• t (ParticleType) – The particle type

Return type:

int

Returns:

HRESULT

tissue_forge.bind.boundary_condition(p, bc, t)

Bind a potential to a pair of particle type and a boundary conditions.

Automatically updates when running on a CUDA device.

Parameters:

• p (Potential) – The potential

• bc (BoundaryCondition) – The boundary condition

• t (ParticleType) – The particle type

Return type:

int

Returns:

HRESULT

tissue_forge.bind.force(*args)

Overload 1:

Bind a force to a particle type

Parameters:

• force (Force) – The force

• a_type (ParticleType) – The particle type

Return type:

int

Returns:

HRESULT

Overload 2:

Bind a force to a particle type with magnitude proportional to a species amount

Parameters:

• force (Force) – The force

• a_type (ParticleType) – The particle type

• coupling_symbol (string) – The symbol of the species

Return type:

int

Returns:

HRESULT

tissue_forge.bind.bonds(potential, particles, cutoff, pairs=None, half_life=None, bond_energy=None, flags=0)