#include <sheets.h>

Collaboration diagram for cosmo::Sheet:

Public Types
enum	carrierCountScheme { per_dx = 0, per_ds = 1 }

enum	depositScheme { CIC = 0, PCS = 1, CINT = 2 }

Public Member Functions
void	setDt (real_t dt)

real_t	_S1IDXtoX0 (idx_t s1)

real_t	_S2IDXtoY0 (idx_t s2)

real_t	_S3IDXtoZ0 (idx_t s3)

real_t	_S1IDXtoX0 (real_t s1)

real_t	_S2IDXtoY0 (real_t s2)

real_t	_S3IDXtoZ0 (real_t s3)

void	_MassDeposit (real_t weight, real_t x_idx, real_t y_idx, real_t z_idx, arr_t &rho)

void	_CICDeposit (real_t weight, real_t x_idx, real_t y_idx, real_t z_idx, arr_t &rho)

void	_PCSDeposit (real_t weight, real_t x_idx, real_t y_idx, real_t z_idx, arr_t &rho)
	Piecewise cubic spline deposition.

void	_CINTDeposit (real_t weight, real_t x_idx, real_t y_idx, real_t z_idx, arr_t &rho)
	Deposition based on cubic interoplation (CINT)

void	_deconvolve (arr_t &field)

void	_pushSheetMassToRho (idx_t s1, idx_t s2, idx_t s3)

void	_setMetricPotentials ()

void	_RK4Calc ()

void	_stepInit ()

void	_K1Finalize ()

void	_K2Finalize ()

void	_K3Finalize ()

void	_K4Finalize ()

real_t	_getXRangeInSVoxel (register_t &DX, idx_t s1_idx, idx_t s2_idx, idx_t s3_idx, real_t X0_lower, real_t X0_upper)

void	addBSSNSource (BSSN *bssn, real_t tot_mass)

void	rescaleFieldPerturbations (arr_t &field, real_t multiplier)

void	rescaleVelocityPerturbations (arr_t &ux, arr_t &uy, arr_t &uz, real_t multiplier)

void	rescalePositionPerturbations (arr_t &dx, arr_t &dy, arr_t &dz, real_t multiplier)

void	rescaleAllFieldPerturbations (BSSN *bssn, real_t multiplier)

void	RKStep (BSSN *bssn)

void	stepInit ()

void	K1Finalize ()

void	K2Finalize ()

void	K3Finalize ()

void	K4Finalize ()

std::vector< real_t >	getgammaiIJ (idx_t s1, idx_t s2, idx_t s3, BSSN *bssnSim)

std::vector< real_t >	getgammaIJ (idx_t s1, idx_t s2, idx_t s3, BSSN *bssnSim)

std::vector< real_t >	getRayDataAtS (idx_t s, BSSN bssnSim, Lambda lambda)
	Function to get metric/data for a particular particle; Currently only ok for zero shift (maybe ok in general?); returns data from _p register.

Public Attributes
idx_t	nx

idx_t	ny

idx_t	nz

idx_t	ns1

idx_t	ns2

idx_t	ns3
	Phase-space sheet resolution.

real_t	lx

real_t	ly

real_t	lz
	Metric grid physical dimensions.

real_t	dx

real_t	dy

real_t	dz
	Metric grid physical spacing.

register_t	Dx

register_t	Dy

register_t	Dz
	Metric-space displacements.

register_t	vx

register_t	vy

register_t	vz
	Phase-space velocity fields.

arr_t	tmp
	Array for misc. tmp storage (such as deconvolving)

bool	follow_null_geodesics

real_t	rescale_sheet

real_t	ray_bundle_epsilon

real_t	det_g_obs

idx_t	step

carrierCountScheme	carrier_count_scheme

depositScheme	deposit

idx_t	carriers_per_dx

idx_t	carriers_per_dy

idx_t	carriers_per_dz

arr_t	d1alpha_a

arr_t	d2alpha_a

arr_t	d3alpha_a

arr_t	d1gammai11_a

arr_t	d1gammai22_a

arr_t	d1gammai33_a

arr_t	d1gammai12_a

arr_t	d1gammai13_a

arr_t	d1gammai23_a

arr_t	d2gammai11_a

arr_t	d2gammai22_a

arr_t	d2gammai33_a

arr_t	d2gammai12_a

arr_t	d2gammai13_a

arr_t	d2gammai23_a

arr_t	d3gammai11_a

arr_t	d3gammai22_a

arr_t	d3gammai33_a

arr_t	d3gammai12_a

arr_t	d3gammai13_a

arr_t	d3gammai23_a

arr_t	d1beta1_a

arr_t	d1beta2_a

arr_t	d1beta3_a

arr_t	d2beta1_a

arr_t	d2beta2_a

arr_t	d2beta3_a

arr_t	d3beta1_a

arr_t	d3beta2_a

arr_t	d3beta3_a

Detailed Description

Class used to run a sheet sim.

Member Function Documentation

real_t cosmo::Sheet::_getXRangeInSVoxel	(	register_t &	DX,
		idx_t	s1_idx,
		idx_t	s2_idx,
		idx_t	s3_idx,
		real_t	X0_lower,
		real_t	X0_upper
	)

Get Min/max x/y/z coordinates at voxel corners

void cosmo::Sheet::_pushSheetMassToRho	(	idx_t	s1,
		idx_t	s2,
		idx_t	s3
	)

Compute conribution to rho(x) from data in a phase-space sheet voxel and add to rho(x) grid. Do so via 1501.01959 mass deposition scheme. TODO: improve; consider higher-order or analytic versions of this

void cosmo::Sheet::_RK4Calc ( )

Intermediate RK4 calculations for phase space fields

real_t cosmo::Sheet::_S1IDXtoX0 ( idx_t s1 )

inline

Functions to convert s-indices to non-displaced coordinates

void cosmo::Sheet::_setMetricPotentials ( )

Set metric potentials (or really just derivatives thereof)

void cosmo::Sheet::addBSSNSource	(	BSSN *	bssn,
		real_t	tot_mass
	)

Compute conribution to rho(x) from data in a phase-space Sheet voxel and add to rho(x) grid. Do so via 1501.01959 mass deposition scheme. TODO: improve; consider higher-order or analytic versions of this

The documentation for this class was generated from the following files:

components/phase_space_sheet/sheets.h
components/phase_space_sheet/sheets.cc

Public Types

Public Member Functions

Public Attributes

Detailed Description

Member Function Documentation