ptl_module Module Reference

Collaboration diagram for ptl_module:

Data Types
interface	aind
type	ptl_type
type	ptl_type_aosoa
interface	sind
type	species_type

Public Member Functions
subroutine	transpose_to_aos (ptl_aosoa, n, ptl_aos)
subroutine	transpose_from_aos (ptl_aos, n, ptl_aosoa)
subroutine	all_species_allocate_tr_p_save ()
subroutine	all_species_deallocate_tr_p_save ()

Public Attributes
integer, parameter	ptl_nphase =6
integer, parameter	ptl_nconst =3
integer, parameter	ptl_nphase2 =12
integer	ptl_isp
integer	ptl_nsp =1
integer, parameter	num_shift_ie_opts = 10
integer, parameter	index_shift_ie_max_nthreads = 1
integer, parameter	index_shift_ie_use_alltoall = 2
integer, parameter	index_shift_ie_use_hs_barrier0 = 3
integer, parameter	index_shift_ie_large_limit = 4
integer, parameter	index_shift_ie_handshake = 5
integer, parameter	index_shift_ie_use_hs_barrier1 = 6
integer, parameter	index_shift_ie_use_sendrecv = 7
integer, parameter	index_shift_ie_all_sendrecv = 8
integer, parameter	index_shift_ie_use_isend = 9
integer, parameter	index_shift_ie_use_rsend = 10
integer, parameter	use_def_shift_ie_opt = -2
integer, parameter	true_shift_ie_opt = 1
integer, parameter	false_shift_ie_opt = 0
real(8), dimension(0:ptl_nsp_max)	ptl_mass = 0D0
real(8), dimension(0:ptl_nsp_max)	ptl_charge = 0D0
real(8), dimension(0:ptl_nsp_max)	ptl_c_m = 0D0
real(8), dimension(0:ptl_nsp_max)	ptl_c2_2m = 0D0
logical, dimension(0:ptl_nsp_max)	ptl_deltaf_sp =.false.
type(species_type), dimension(0:ptl_nsp_max), target	spall_global
integer	ptl_enum_save
integer	ptl_tracer_n_save = 0
type(ptl_type_aosoa), dimension(:), allocatable	ptl_iphase_save
integer	ptl_inum_save = 0
real(8)	ptl_special_r = 1.95D0
	Start R for particle in single particle sim. (sml_special==1) More...
real(8)	ptl_special_z = 0D0
	Start Z for particle in single particle sim. (sml_special==1) More...
real(8)	ptl_special_phi = 0D0
	Start phi for particles in single particle sim. (sml_special==1 and 4) More...
real(8)	ptl_special_en_ev = 7205
	Energy of particles with sml_special==(1,4) More...
real(8)	ptl_special_pitch = 1D0
	Pitch v_parallel/v of particles with sml_special==(1,4) (at B=B_min with sml_special=4) More...
real(8)	ptl_special_poin_phi = 0D0
	Toroidal angle for Poincare plot (sml_special==4) More...
integer	ptl_special_npsi = 6
	Number of flux-surfaces on which to load particles (ptl_special==4) More...
real(8)	ptl_special_psi_min = 0.94D0
	Min. psi of flux-surface on which to load particles (ptl_special==4) More...
real(8)	ptl_special_psi_max = 0.99D0
	Max. psi of flux-surface on which to load particles (ptl_special==4) More...
integer	ptl_special_n = 100
	sml_special==3 More...
integer	ptl_e_maxnum
integer	ptl_e_num = 0
real(8)	ptl_e_mass_au = 2D-2
real(8)	ptl_e_charge_eu = -1D0
real(8), dimension(0:ptl_nsp_max)	ptl_mass_au =2D0
real(8), dimension(0:ptl_nsp_max)	ptl_charge_eu =1D0
integer, parameter	pir =1
integer, parameter	piz =2
integer, parameter	pip =3
integer, parameter	pirho =4
integer, parameter	pim =1
integer, parameter	piw1 =5
integer, parameter	piw2 =6
integer, parameter	piw0 =2
integer, parameter	pif0 =3

Member Function/Subroutine Documentation

subroutine ptl_module::all_species_allocate_tr_p_save

(

)

subroutine ptl_module::all_species_deallocate_tr_p_save

(

)

subroutine ptl_module::transpose_from_aos	(	type(ptl_type), dimension(:), intent(in)	ptl_aos,
		integer, intent(in)	n,
		type(ptl_type_aosoa), dimension(:), intent(out)	ptl_aosoa
	)

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subroutine ptl_module::transpose_to_aos	(	type(ptl_type_aosoa), dimension(:), intent(in)	ptl_aosoa,
		integer, intent(in)	n,
		type(ptl_type), dimension(:), intent(out)	ptl_aos
	)

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Member Data Documentation

integer, parameter ptl_module::false_shift_ie_opt = 0

integer, parameter ptl_module::index_shift_ie_all_sendrecv = 8

integer, parameter ptl_module::index_shift_ie_handshake = 5

integer, parameter ptl_module::index_shift_ie_large_limit = 4

integer, parameter ptl_module::index_shift_ie_max_nthreads = 1

integer, parameter ptl_module::index_shift_ie_use_alltoall = 2

integer, parameter ptl_module::index_shift_ie_use_hs_barrier0 = 3

integer, parameter ptl_module::index_shift_ie_use_hs_barrier1 = 6

integer, parameter ptl_module::index_shift_ie_use_isend = 9

integer, parameter ptl_module::index_shift_ie_use_rsend = 10

integer, parameter ptl_module::index_shift_ie_use_sendrecv = 7

integer, parameter ptl_module::num_shift_ie_opts = 10

integer, parameter ptl_module::pif0 =3

integer, parameter ptl_module::pim =1

integer, parameter ptl_module::pip =3

integer, parameter ptl_module::pir =1

integer, parameter ptl_module::pirho =4

integer, parameter ptl_module::piw0 =2

integer, parameter ptl_module::piw1 =5

integer, parameter ptl_module::piw2 =6

integer, parameter ptl_module::piz =2

real (8), dimension(0:ptl_nsp_max) ptl_module::ptl_c2_2m = 0D0

real (8), dimension(0:ptl_nsp_max) ptl_module::ptl_c_m = 0D0

real (8), dimension(0:ptl_nsp_max) ptl_module::ptl_charge = 0D0

real (8), dimension(0:ptl_nsp_max) ptl_module::ptl_charge_eu =1D0

logical, dimension(0:ptl_nsp_max) ptl_module::ptl_deltaf_sp =.false.

real (8) ptl_module::ptl_e_charge_eu = -1D0

real (8) ptl_module::ptl_e_mass_au = 2D-2

integer ptl_module::ptl_e_maxnum

integer ptl_module::ptl_e_num = 0

integer ptl_module::ptl_enum_save

integer ptl_module::ptl_inum_save = 0

type(ptl_type_aosoa), dimension(:), allocatable ptl_module::ptl_iphase_save

integer ptl_module::ptl_isp

real (8), dimension(0:ptl_nsp_max) ptl_module::ptl_mass = 0D0

real (8), dimension(0:ptl_nsp_max) ptl_module::ptl_mass_au =2D0

integer, parameter ptl_module::ptl_nconst =3

integer, parameter ptl_module::ptl_nphase =6

integer, parameter ptl_module::ptl_nphase2 =12

integer ptl_module::ptl_nsp =1

real (8) ptl_module::ptl_special_en_ev = 7205

Energy of particles with sml_special==(1,4)

integer ptl_module::ptl_special_n = 100

sml_special==3

integer ptl_module::ptl_special_npsi = 6

Number of flux-surfaces on which to load particles (ptl_special==4)

real (8) ptl_module::ptl_special_phi = 0D0

Start phi for particles in single particle sim. (sml_special==1 and 4)

real (8) ptl_module::ptl_special_pitch = 1D0

Pitch v_parallel/v of particles with sml_special==(1,4) (at B=B_min with sml_special=4)

real (8) ptl_module::ptl_special_poin_phi = 0D0

Toroidal angle for Poincare plot (sml_special==4)

real (8) ptl_module::ptl_special_psi_max = 0.99D0

Max. psi of flux-surface on which to load particles (ptl_special==4)

real (8) ptl_module::ptl_special_psi_min = 0.94D0

Min. psi of flux-surface on which to load particles (ptl_special==4)

real (8) ptl_module::ptl_special_r = 1.95D0

Start R for particle in single particle sim. (sml_special==1)

real (8) ptl_module::ptl_special_z = 0D0

Start Z for particle in single particle sim. (sml_special==1)

integer ptl_module::ptl_tracer_n_save = 0

type(species_type), dimension(0:ptl_nsp_max), target ptl_module::spall_global

integer, parameter ptl_module::true_shift_ie_opt = 1

integer, parameter ptl_module::use_def_shift_ie_opt = -2

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The documentation for this module was generated from the following file:

• /u/gitlab-xgc/builds/YGMz2TJ8/0/xgc/XGC-Devel/XGC_core/module.F90