#include "unit_conversion.h"

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Functions
___const double	ev_to_hartree (double ev)
___const double	hartree_to_ev (double hartree)
___const double	bohr_to_m (double bohr)
___const double	m_to_bohr (double m)
___const double	bohr_to_nm (double bohr)
___const double	nm_to_bohr (double nm)
Variables
const double	mag_q_e_in_C = 1.602176487e-19
const double	ev_in_hartree = 1.0/27.21138386
const double	hartree_in_ev = 27.21138386
const double	bohr_in_meters = 0.529177208e-10
const double	bohr_in_nmeters = 0.529177208e-1
const double	hbar = 6.58211899e-16
const double	c = 299792458
const double	m0 = 0.510998910e6/(299792458.0*299792458.0)
const double	e = 1.602176487e-19
const double	q_e = -1.602176487e-19
const double	epsilon0 = 8.854187817e-12
const double	oo_epsilon0 = 1.0/8.854187817e-12

Function Documentation

___const double bohr_to_m ( double bohr )

Definition at line 60 of file unit_conversion.c.

References bohr_in_meters.

Referenced by main().

                                       {
  return bohr*bohr_in_meters;
}

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___const double bohr_to_nm ( double bohr )

Definition at line 68 of file unit_conversion.c.

References bohr_in_nmeters.

Referenced by main().

                                        {
  return bohr*bohr_in_nmeters;
}

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___const double ev_to_hartree ( double ev )

Definition at line 52 of file unit_conversion.c.

References ev_in_hartree.

Referenced by dotcode_grid_from_density().

                                         {
  return ev * ev_in_hartree;
}

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___const double hartree_to_ev ( double hartree )

Definition at line 56 of file unit_conversion.c.

References hartree_in_ev.

                                              {
  return hartree * hartree_in_ev;
}

___const double m_to_bohr ( double m )

Definition at line 64 of file unit_conversion.c.

References bohr_in_meters.

                                    {
  return m/bohr_in_meters;
}

___const double nm_to_bohr ( double nm )

Definition at line 72 of file unit_conversion.c.

References bohr_in_nmeters.

                                      {
  return nm/bohr_in_nmeters;
}

Variable Documentation

const double bohr_in_meters = 0.529177208e-10

Definition at line 33 of file unit_conversion.c.

Referenced by bohr_to_m(), and m_to_bohr().

const double bohr_in_nmeters = 0.529177208e-1

Definition at line 34 of file unit_conversion.c.

Referenced by bohr_to_nm(), and nm_to_bohr().

const double c = 299792458

Definition at line 39 of file unit_conversion.c.

Referenced by density_1d_mul_by_const(), density_mul_by_const(), flip_endian(), get_double_resolution_density(), getline(), read_dotcode_generic_file(), read_dotcode_typed_file(), and write_density_sweep().

const double e = 1.602176487e-19

Definition at line 43 of file unit_conversion.c.

Referenced by dotcode_free_type(), dotcode_grid1_get_from_gfile(), dotcode_grid1_get_property_grid(), dotcode_grid1_write_assignments_slice_text(), dotcode_grid1_write_property_slice_text(), dotcode_grid_from_density(), dotcode_internal_read_gridspec(), dotcode_read_array(), dotcode_read_float4(), dotcode_read_float8(), dotcode_read_grid(), dotcode_read_int(), dotcode_read_sstring(), dotcode_read_tensor(), dotcode_read_vector(), dotcode_write_array(), dotcode_write_float4(), dotcode_write_float8(), dotcode_write_grid(), dotcode_write_int(), dotcode_write_sstring(), dotcode_write_tensor(), dotcode_write_typed_file(), get_args(), get_double_resolution_density(), get_material(), libdotcode_readwrite_suite_add_tests(), load_wavefunctions(), main(), postproc_write_ascii_slice(), potential_1d_get_dfield_integrate(), potential_1d_get_potential_integrate(), process_args(), read_dotcode_generic_file(), read_dotcode_typed_file(), read_matdb_dotcode_gio(), read_mone_10x10x10_float8_grid(), read_one_10x10x10_float8_grid(), read_random_10x10x10_float8_grid(), read_wavefunction(), read_wavefunction_gfile(), read_zero_10x10x10_float8_grid(), resilient_read(), write_density_line(), write_density_povray(), write_density_slice(), write_density_sweep(), write_density_sweep_slice(), write_slices(), write_slices_n_sweeps(), write_specified_10x10x10_float8_grid(), and write_sweeps().

const double epsilon0 = 8.854187817e-12

Definition at line 47 of file unit_conversion.c.

const double ev_in_hartree = 1.0/27.21138386

Definition at line 31 of file unit_conversion.c.

Referenced by ev_to_hartree(), and main().

const double hartree_in_ev = 27.21138386

Definition at line 32 of file unit_conversion.c.

Referenced by hartree_to_ev().

const double hbar = 6.58211899e-16

Definition at line 37 of file unit_conversion.c.

const double m0 = 0.510998910e6/(299792458.0*299792458.0)

Definition at line 41 of file unit_conversion.c.

const double mag_q_e_in_C = 1.602176487e-19

Definition at line 30 of file unit_conversion.c.

Referenced by main().

const double oo_epsilon0 = 1.0/8.854187817e-12

Definition at line 49 of file unit_conversion.c.

Referenced by dfield_integrand().

const double q_e = -1.602176487e-19

Definition at line 45 of file unit_conversion.c.

unit_conversion.c File Reference

Functions

Variables

Function Documentation

Variable Documentation