Modules
module	m_collisions
	Ghost-node immersed boundary method: locates ghost/image points, computes interpolation coefficients, and corrects the flow state.

Functions/Subroutines
subroutine, public	m_collisions::s_initialize_collisions_module ()
subroutine, public	m_collisions::s_apply_collision_forces (ghost_points, num_gps, ib_markers, forces, torques)
subroutine	m_collisions::s_apply_ib_collision_forces_soft_sphere (num_considered_collisions, forces, torques)
	applies collision forces to IBs assuming a soft-sphere collision model (all IBs are circles or spheres)
subroutine	m_collisions::s_apply_wall_collision_forces_soft_sphere (forces, torques)
	applies collision forces to IBs assuming a soft-sphere collision model (all IBs are circles or spheres)
subroutine	m_collisions::s_detect_ib_collisions (gps, ib_markers, num_gps, num_considered_collisions)
	uses ghost-point/image-point information to determine if it is possible if two IBs are colliding, effectively an optimized nearest neighbor search
subroutine	m_collisions::s_detect_ib_collisions_n2 (num_considered_collisions)
subroutine	m_collisions::s_detect_wall_collisions ()
	uses boundary conditions and particle locations to check for wall conditions
logical function	m_collisions::f_local_rank_owns_collision (collision_location)
	function checks if this local MPI processor owns this specific collision
subroutine, public	m_collisions::s_finalize_collisions_module ()

Variables
integer, dimension(:,:), allocatable	m_collisions::collision_lookup
real(wp), dimension(:,:), allocatable	m_collisions::wall_overlap_distances
real(wp)	m_collisions::spring_stiffness
real(wp)	m_collisions::damping_parameter

Detailed Description

Contains module m_collisions.

Modules