Swarm-NG
1.1
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GPU implementation of mixed variables symplectic propagator. More...
#include <mvs.hpp>
Public Member Functions | |
GPUAPI | MVSPropagator (const params &p, ensemble::SystemRef &s, Gravitation &calc) |
Constructor for MVSPropagator. | |
GPUAPI void | init () |
Shift into funky coordinate system (see A. Quillen's qymsym's tobary) Shift back and forth is tested and it is indeed symmetric Initialization tasks executed before entering loop Cache sqrtGM, shift coord system, cache acceleration data for this thread's body and component. | |
GPUAPI void | shutdown () |
Before exiting, convert back to standard cartesian coordinate system. | |
GPUAPI void | convert_std_to_helio_pos_bary_vel_coord () |
Shift to funky coordinate system (see A. Quillen's qymsym's tobary) | |
GPUAPI void | convert_std_to_helio_pos_bary_vel_coord_with_shared () |
Shift to funky coordinate system (see A. Quillen's qymsym's tobary) At least when there's not logging that needs frequent shifts, this is too small to bother with shared memory. More... | |
GPUAPI void | convert_std_to_helio_pos_bary_vel_coord_without_shared () |
Shift to funky coordinate system (see A. Quillen's qymsym's tobary) | |
GPUAPI void | convert_helio_pos_bary_vel_to_std_coord () |
Shift back from funky coordinate system (see A. Quillen's qymsym's frombary) | |
GPUAPI void | convert_internal_to_std_coord () |
Standardized member name to call convert_helio_pos_bary_vel_to_std_coord. | |
GPUAPI void | convert_std_to_internal_coord () |
Standardized member name to call convert_std_to_helio_pos_bary_vel_coord_without_shared() | |
GPUAPI void | drift_step (const double hby2) |
Drift step for MVS integrator. | |
GPUAPI void | advance () |
Advance system by one time unit. | |
Public Attributes | |
ensemble::SystemRef & | sys |
Runtime variables. | |
GPU implementation of mixed variables symplectic propagator.
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inline |
Shift to funky coordinate system (see A. Quillen's qymsym's tobary) At least when there's not logging that needs frequent shifts, this is too small to bother with shared memory.
Find Center of mass and momentum
Definition at line 117 of file mvs.hpp.
References swarm::gpu::bppt::MVSPropagator< T, Gravitation >::sys.