Binary force container
Template parameters
field_value_t
primary field type
real_t
scalar field type
binary_force_functors_t ...
list of binary force model types
Constructor arguments
binary_force_functors_t & ...
list of binary force model references
Public member functions
operator ()
Synopsis:
Called by the granular system to compute the acceleration of particle i due to binary interactions with other particles
Arguments:
size_t i
index of the particle that is being accelerated
size_t j
index of the particle that is acting on particle i
std::vector<fielv_value_t> const & x
const reference to the position buffer
std::vector<fielv_value_t> const & v
const reference to the velocity buffer
std::vector<fielv_value_t> const & theta
const reference to the orientation buffer
std::vector<fielv_value_t> const & omega
const reference to the angular velocity buffer
real_t t
simulation time
Return value:
std::pair<field_value_t, field_value_t>
translational acceleration and angular acceleration of particle i due to its interaction with particle j
Last modified: 08 November 2024