Struct Source¶

Public Attributes¶

Type	Name
PetscScalar	Fx0
PetscScalar	Fx1 from cumulative distribution part on this rank
std::set< std::pair< PetscScalar, int > >	Fxcell
PetscScalar	Fy0
PetscScalar	Fy1 same for y
std::set< std::pair< PetscScalar, int > >	Fycell for normal distribution
PetscInt	Lx
PetscInt	Ly x, y full length (global)
PetscScalar	Tpar
PetscScalar	Tper temperature parallel and perpendicular to B [eV]
int	active if 0 not active
PetscScalar	cx
PetscScalar	cy center position of global source (in local coordinates)
PetscScalar	heat_freq frequency of collisions of a particle inside region
int	index source index
PetscInt	j1
PetscInt	j2
PetscInt	k1 bottom left corner
PetscInt	k2 top right corner
PetscInt	lx
PetscInt	ly x, y local length
PetscScalar	n_heat number of heat collisions of a particle in timestep
PetscScalar	n_inj [s^-1 m^-3] /nc2p when injecting
PetscScalar	n_inj_step injected computed particles per timestep
int	shape_x 0-uniform, 1-cos, 2-normal, details in implementation
int	shape_y 0-uniform, 1-cos, 2-normal
PetscScalar	t0
PetscScalar	t1
PetscScalar	t2
PetscScalar	t3 [t0, t1] source 0->1, [t2, t3] source 1->0 (linear)
int	t_dep time-dependend (source and heating)

Public Attributes Documentation¶

variable Fx0¶

PetscScalar Source::Fx0;

variable Fx1¶

from cumulative distribution part on this rank

PetscScalar Source::Fx1;

variable Fxcell¶

std::set<std::pair< PetscScalar , int> > Source::Fxcell;

variable Fy0¶

PetscScalar Source::Fy0;

variable Fy1¶

same for y

PetscScalar Source::Fy1;

variable Fycell¶

for normal distribution

std::set<std::pair< PetscScalar , int> > Source::Fycell;

variable Lx¶

PetscInt Source::Lx;

variable Ly¶

x, y full length (global)

PetscInt Source::Ly;

variable Tpar¶

PetscScalar Source::Tpar;

variable Tper¶

temperature parallel and perpendicular to B [eV]

PetscScalar Source::Tper;

variable active¶

if 0 not active

int Source::active;

variable cx¶

PetscScalar Source::cx;

variable cy¶

center position of global source (in local coordinates)

PetscScalar Source::cy;

variable heat_freq¶

frequency of collisions of a particle inside region

PetscScalar Source::heat_freq;

variable index¶

source index

int Source::index;

variable j1¶

PetscInt Source::j1;

variable j2¶

PetscInt Source::j2;

variable k1¶

bottom left corner

PetscInt Source::k1;

variable k2¶

top right corner

PetscInt Source::k2;

variable lx¶

PetscInt Source::lx;

variable ly¶

x, y local length

PetscInt Source::ly;

variable n_heat¶

number of heat collisions of a particle in timestep

PetscScalar Source::n_heat;

variable n_inj¶

[s^-1 m^-3] /nc2p when injecting

PetscScalar Source::n_inj;

variable n_inj_step¶

injected computed particles per timestep

PetscScalar Source::n_inj_step;

variable shape_x¶

0-uniform, 1-cos, 2-normal, details in implementation

int Source::shape_x;

variable shape_y¶

0-uniform, 1-cos, 2-normal

int Source::shape_y;

variable t0¶

PetscScalar Source::t0;

variable t1¶

PetscScalar Source::t1;

variable t2¶

PetscScalar Source::t2;

variable t3¶

[t0, t1] source 0->1, [t2, t3] source 1->0 (linear)

PetscScalar Source::t3;

variable t_dep¶

time-dependend (source and heating)

int Source::t_dep;