kids_phys.cc File Reference

#include "kids/phys.h"

Include dependency graph for kids_phys.cc:

This graph shows which files directly or indirectly include this file:

Go to the source code of this file.

Functions
phys_math_m	attr ("eu")
phys_math_m	attr ("pi")
phys_math_m	attr ("twopi")
phys_math_m	attr ("halfpi")
phys_math_m	attr ("eps8")
phys_math_m	attr ("eps16")
phys_math_m	attr ("eps32")
phys_math_m	attr ("sqrttwo")
phys_math_m	attr ("sqrthalf")
phys_math_m	attr ("im")
phys_math_m	attr ("iu")
phys_math_m	attr ("iz")
py::class_< phys::dimension7 >(phys_m, "dim") .def(py phys_m	attr ("dimensionless_d")
phys_m	attr ("length_d")
phys_m	attr ("time_d")
phys_m	attr ("mass_d")
phys_m	attr ("electric_current_d")
phys_m	attr ("thermodynamic_temperature_d")
phys_m	attr ("amount_of_substance_d")
phys_m	attr ("luminous_intensity_d")
phys_m	attr ("current_d")
phys_m	attr ("temperature_d")
phys_m	attr ("amount_d")
phys_m	attr ("none_d")
phys_m	attr ("distance_d")
phys_m	attr ("wavelength_d")
phys_m	attr ("wave_number_d")
phys_m	attr ("area_d")
phys_m	attr ("volume_d")
phys_m	attr ("frequency_d")
phys_m	attr ("angular_velocity_d")
phys_m	attr ("angular_acceleration_d")
phys_m	attr ("activity_of_a_nuclide_d")
phys_m	attr ("speed_d")
phys_m	attr ("acceleration_d")
phys_m	attr ("jerk_d")
phys_m	attr ("jounce_d")
phys_m	attr ("crackle_d")
phys_m	attr ("pop_d")
phys_m	attr ("absement_d")
phys_m	attr ("area_flow_rate_d")
phys_m	attr ("volume_flow_rate_d")
phys_m	attr ("kinematic_viscosity_d")
phys_m	attr ("thermal_diffusivity_d")
phys_m	attr ("specific_energy_d")
phys_m	attr ("dose_equivalent_d")
phys_m	attr ("absorbed_dose_d")
phys_m	attr ("absorbed_dose_rate_d")
phys_m	attr ("substance_permeability_d")
phys_m	attr ("inertia_d")
phys_m	attr ("mass_line_density_d")
phys_m	attr ("mass_area_density_d")
phys_m	attr ("mass_density_d")
phys_m	attr ("specific_volume_d")
phys_m	attr ("mass_flow_rate_d")
phys_m	attr ("mass_flow_acceleration_d")
phys_m	attr ("mass_flow_jerk_d")
phys_m	attr ("force_d")
phys_m	attr ("momentum_d")
phys_m	attr ("energy_d")
phys_m	attr ("moment_of_force_d")
phys_m	attr ("torque_d")
phys_m	attr ("angular_momentum_d")
phys_m	attr ("action_d")
phys_m	attr ("inv_ener_d")
phys_m	attr ("power_d")
phys_m	attr ("energy_density_d")
phys_m	attr ("pressure_d")
phys_m	attr ("surface_tension_d")
phys_m	attr ("energy_line_density_d")
phys_m	attr ("power_density_d")
phys_m	attr ("power_area_density_d")
phys_m	attr ("dynamic_viscosity_d")
phys_m	attr ("heat_flow_rate_d")
phys_m	attr ("heat_density_d")
phys_m	attr ("heat_density_flow_rate_d")
phys_m	attr ("heat_flux_density_d")
phys_m	attr ("radiant_intensity_d")
phys_m	attr ("radiance_d")
phys_m	attr ("irradiance_d")
phys_m	attr ("current_density_d")
phys_m	attr ("electric_charge_d")
phys_m	attr ("electric_charge_density_d")
phys_m	attr ("electric_area_charge_density_d")
phys_m	attr ("electric_line_charge_density_d")
phys_m	attr ("electric_dipole_moment_d")
phys_m	attr ("electric_flux_density_d")
phys_m	attr ("electric_displacement_field_d")
phys_m	attr ("electric_polarization_field_d")
phys_m	attr ("magnetic_moment_d")
phys_m	attr ("magnetic_field_strength_d")
phys_m	attr ("magnetization_d")
phys_m	attr ("electric_potential_d")
phys_m	attr ("electric_field_strenth_d")
phys_m	attr ("electric_resistance_d")
phys_m	attr ("electric_conductance_d")
phys_m	attr ("electric_resistivity_d")
phys_m	attr ("electric_conductivity_d")
phys_m	attr ("electric_capacitance_d")
phys_m	attr ("magnetic_flux_d")
phys_m	attr ("magnetic_flux_density_d")
phys_m	attr ("inductance_d")
phys_m	attr ("electric_chargme_mass_ratio_d")
phys_m	attr ("magnetic_permeability_d")
phys_m	attr ("permittivity_d")
phys_m	attr ("inv_temp_d")
phys_m	attr ("heat_capacity_d")
phys_m	attr ("entropy_d")
phys_m	attr ("heat_transfer_coefficient_d")
phys_m	attr ("specific_heat_capacity_d")
phys_m	attr ("thermal_conductivity_d")
phys_m	attr ("thermal_insulance_d")
phys_m	attr ("thermal_resistance_d")
phys_m	attr ("thermal_resistivity_d")
phys_m	attr ("concentration_d")
phys_m	attr ("molar_energy_d")
phys_m	attr ("molar_entropy_d")
phys_m	attr ("luminous_flux_d")
phys_m	attr ("illuminance_d")
phys_m	attr ("luminance_d")
	py::class_< phys::uval > (phys_m, "uval") .def_readonly("dim"
phys_m	attr ("_base_1m")
phys_m	attr ("_base_1s")
phys_m	attr ("_base_1kg")
phys_m	attr ("_base_1A")
phys_m	attr ("_base_1K")
phys_m	attr ("_base_1mol")
phys_m	attr ("_base_1cd")
phys_m	attr ("_base_1Hz")
phys_m	attr ("_base_1N")
phys_m	attr ("_base_1Pa")
phys_m	attr ("_base_1J")
phys_m	attr ("_base_1W")
phys_m	attr ("_base_1C")
phys_m	attr ("_base_1V")
phys_m	attr ("_base_1F")
phys_m	attr ("_base_1S")
phys_m	attr ("_base_1Om")
phys_m	attr ("_base_1Wb")
phys_m	attr ("_base_1T")
phys_m	attr ("_base_1H")
phys_m	attr ("G_gravitional_constant")
phys_m	attr ("c_lightspeed")
phys_m	attr ("ep0_permittivity")
phys_m	attr ("mu0_permeability")
phys_m	attr ("ke_Comloub")
phys_m	attr ("R_gas_constant")
phys_m	attr ("Rydberg_constant")
phys_m	attr ("Faraday_constant")
phys_m	attr ("Stefan_constant")
phys_m	attr ("muB_magnetic_moment")
phys_m	attr ("muN_magnetic_moment")
phys_m	attr ("Bohr_length")
phys_m	attr ("h_Planck")
phys_m	attr ("hb_Planck")
phys_m	attr ("me_mass")
phys_m	attr ("mp_mass")
phys_m	attr ("mn_mass")
phys_m	attr ("amu_mass")
phys_m	attr ("e_charge")
phys_m	attr ("k_Boltzman")
phys_m	attr ("N_Avagadro")
phys_si_m	attr ("c")
phys_si_m	attr ("h")
phys_si_m	attr ("hb")
phys_si_m	attr ("ke")
phys_si_m	attr ("me")
phys_si_m	attr ("e")
phys_si_m	attr ("k")
phys_si_m	attr ("N")
phys_si_m	attr ("G")
phys_si_m	def ("_as", static_cast< double(*)(const phys::dimension7, const std::string &)>(&phys::si::as))
phys_si_m	def ("_as", static_cast< double(*)(const phys::dimension7, const phys::uval &)>(&phys::si::as))
phys_m	attr ("au_2_amu")
phys_m	attr ("au_2_ang")
phys_m	attr ("au_2_ev")
phys_m	attr ("au_2_J_1mea")
phys_m	attr ("au_2_kcal_1mea")
phys_m	attr ("au_2_wn")
phys_m	attr ("au_2_fs")
phys_m	attr ("au_2_ps")
phys_m	attr ("au_2_K")
phys_m	attr ("au_2_angoverps")

Variables
py::module	phys_m = m.def_submodule("phys")
py::module	phys_math_m = phys_m.def_submodule("math")
&phys::uval::dim def_readonly("value", &phys::uval::value) .def(py phys_	attr )("_base_1") = phys::_base_1
py::module	phys_si_m = phys_m.def_submodule("si")
py::module	phys_plk_m = phys_m.def_submodule("plk")
py::module	phys_god_m = phys_m.def_submodule("god")
py::module	phys_sty_m = phys_m.def_submodule("sty")
py::module	phys_nat_m = phys_m.def_submodule("nat")
py::module	phys_cgs_m = phys_m.def_submodule("cgs")
py::module	phys_ryd_m = phys_m.def_submodule("ryd")
py::module	phys_hat_m = phys_m.def_submodule("hat")
py::module	phys_au_m = phys_m.def_submodule("au")
py::module	phys_qcd_m = phys_m.def_submodule("qcd")

Function Documentation

attr() [1/180]

phys_m attr

(

"_base_1A"

)

attr() [2/180]

phys_m attr

(

"_base_1C"

)

attr() [3/180]

phys_m attr

(

"_base_1cd"

)

attr() [4/180]

phys_m attr

(

"_base_1F"

)

attr() [5/180]

phys_m attr

(

"_base_1H"

)

attr() [6/180]

phys_m attr

(

"_base_1Hz"

)

attr() [7/180]

phys_m attr

(

"_base_1J"

)

attr() [8/180]

phys_m attr

(

"_base_1K"

)

attr() [9/180]

phys_m attr

(

"_base_1kg"

)

attr() [10/180]

phys_m attr

(

"_base_1m"

)

attr() [11/180]

phys_m attr

(

"_base_1mol"

)

attr() [12/180]

phys_m attr

(

"_base_1N"

)

attr() [13/180]

phys_m attr

(

"_base_1Om"

)

attr() [14/180]

phys_m attr

(

"_base_1Pa"

)

attr() [15/180]

phys_m attr

(

"_base_1s"

)

attr() [16/180]

phys_m attr

(

"_base_1S"

)

attr() [17/180]

phys_m attr

(

"_base_1T"

)

attr() [18/180]

phys_m attr

(

"_base_1V"

)

attr() [19/180]

phys_m attr

(

"_base_1W"

)

attr() [20/180]

phys_m attr

(

"_base_1Wb"

)

attr() [21/180]

phys_m attr

(

"absement_d"

)

attr() [22/180]

phys_m attr

(

"absorbed_dose_d"

)

attr() [23/180]

phys_m attr

(

"absorbed_dose_rate_d"

)

attr() [24/180]

phys_m attr

(

"acceleration_d"

)

attr() [25/180]

phys_m attr

(

"action_d"

)

attr() [26/180]

phys_m attr

(

"activity_of_a_nuclide_d"

)

attr() [27/180]

phys_m attr

(

"amount_d"

)

attr() [28/180]

phys_m attr

(

"amount_of_substance_d"

)

attr() [29/180]

phys_m attr

(

"amu_mass"

)

attr() [30/180]

phys_m attr

(

"angular_acceleration_d"

)

attr() [31/180]

phys_m attr

(

"angular_momentum_d"

)

attr() [32/180]

phys_m attr

(

"angular_velocity_d"

)

attr() [33/180]

phys_m attr

(

"area_d"

)

attr() [34/180]

phys_m attr

(

"area_flow_rate_d"

)

attr() [35/180]

phys_m attr

(

"au_2_amu"

)

attr() [36/180]

phys_m attr

(

"au_2_ang"

)

attr() [37/180]

phys_m attr

(

"au_2_angoverps"

)

attr() [38/180]

phys_m attr

(

"au_2_ev"

)

attr() [39/180]

phys_m attr

(

"au_2_fs"

)

attr() [40/180]

phys_m attr

(

"au_2_J_1mea"

)

attr() [41/180]

phys_m attr

(

"au_2_K"

)

attr() [42/180]

phys_m attr

(

"au_2_kcal_1mea"

)

attr() [43/180]

phys_m attr

(

"au_2_ps"

)

attr() [44/180]

phys_m attr

(

"au_2_wn"

)

attr() [45/180]

phys_m attr

(

"Bohr_length"

)

attr() [46/180]

phys_si_m attr

(

"c"

)

attr() [47/180]

phys_m attr

(

"c_lightspeed"

)

attr() [48/180]

phys_m attr

(

"concentration_d"

)

attr() [49/180]

phys_m attr

(

"crackle_d"

)

attr() [50/180]

phys_m attr

(

"current_d"

)

attr() [51/180]

phys_m attr

(

"current_density_d"

)

attr() [52/180]

py::class_< phys::dimension7 >(phys_m, "dim") .def(py phys_m attr

(

"dimensionless_d"

)

attr() [53/180]

phys_m attr

(

"distance_d"

)

attr() [54/180]

phys_m attr

(

"dose_equivalent_d"

)

attr() [55/180]

phys_m attr

(

"dynamic_viscosity_d"

)

attr() [56/180]

phys_si_m attr

(

"e"

)

attr() [57/180]

phys_m attr

(

"e_charge"

)

attr() [58/180]

phys_m attr

(

"electric_area_charge_density_d"

)

attr() [59/180]

phys_m attr

(

"electric_capacitance_d"

)

attr() [60/180]

phys_m attr

(

"electric_charge_d"

)

attr() [61/180]

phys_m attr

(

"electric_charge_density_d"

)

attr() [62/180]

phys_m attr

(

"electric_chargme_mass_ratio_d"

)

attr() [63/180]

phys_m attr

(

"electric_conductance_d"

)

attr() [64/180]

phys_m attr

(

"electric_conductivity_d"

)

attr() [65/180]

phys_m attr

(

"electric_current_d"

)

attr() [66/180]

phys_m attr

(

"electric_dipole_moment_d"

)

attr() [67/180]

phys_m attr

(

"electric_displacement_field_d"

)

attr() [68/180]

phys_m attr

(

"electric_field_strenth_d"

)

attr() [69/180]

phys_m attr

(

"electric_flux_density_d"

)

attr() [70/180]

phys_m attr

(

"electric_line_charge_density_d"

)

attr() [71/180]

phys_m attr

(

"electric_polarization_field_d"

)

attr() [72/180]

phys_m attr

(

"electric_potential_d"

)

attr() [73/180]

phys_m attr

(

"electric_resistance_d"

)

attr() [74/180]

phys_m attr

(

"electric_resistivity_d"

)

attr() [75/180]

phys_m attr

(

"energy_d"

)

attr() [76/180]

phys_m attr

(

"energy_density_d"

)

attr() [77/180]

phys_m attr

(

"energy_line_density_d"

)

attr() [78/180]

phys_m attr

(

"entropy_d"

)

attr() [79/180]

phys_m attr

(

"ep0_permittivity"

)

attr() [80/180]

phys_math_m attr

(

"eps16"

)

attr() [81/180]

phys_math_m attr

(

"eps32"

)

attr() [82/180]

phys_math_m attr

(

"eps8"

)

attr() [83/180]

phys_math_m attr

(

"eu"

)

attr() [84/180]

phys_m attr

(

"Faraday_constant"

)

attr() [85/180]

phys_m attr

(

"force_d"

)

attr() [86/180]

phys_m attr

(

"frequency_d"

)

attr() [87/180]

phys_si_m attr

(

"G"

)

attr() [88/180]

phys_m attr

(

"G_gravitional_constant"

)

attr() [89/180]

phys_si_m attr

(

"h"

)

attr() [90/180]

phys_m attr

(

"h_Planck"

)

attr() [91/180]

phys_math_m attr

(

"halfpi"

)

attr() [92/180]

phys_si_m attr

(

"hb"

)

attr() [93/180]

phys_m attr

(

"hb_Planck"

)

attr() [94/180]

phys_m attr

(

"heat_capacity_d"

)

attr() [95/180]

phys_m attr

(

"heat_density_d"

)

attr() [96/180]

phys_m attr

(

"heat_density_flow_rate_d"

)

attr() [97/180]

phys_m attr

(

"heat_flow_rate_d"

)

attr() [98/180]

phys_m attr

(

"heat_flux_density_d"

)

attr() [99/180]

phys_m attr

(

"heat_transfer_coefficient_d"

)

attr() [100/180]

phys_m attr

(

"illuminance_d"

)

attr() [101/180]

phys_math_m attr

(

"im"

)

attr() [102/180]

phys_m attr

(

"inductance_d"

)

attr() [103/180]

phys_m attr

(

"inertia_d"

)

attr() [104/180]

phys_m attr

(

"inv_ener_d"

)

attr() [105/180]

phys_m attr

(

"inv_temp_d"

)

attr() [106/180]

phys_m attr

(

"irradiance_d"

)

attr() [107/180]

phys_math_m attr

(

"iu"

)

attr() [108/180]

phys_math_m attr

(

"iz"

)

attr() [109/180]

phys_m attr

(

"jerk_d"

)

attr() [110/180]

phys_m attr

(

"jounce_d"

)

attr() [111/180]

phys_si_m attr

(

"k"

)

attr() [112/180]

phys_m attr

(

"k_Boltzman"

)

attr() [113/180]

phys_si_m attr

(

"ke"

)

attr() [114/180]

phys_m attr

(

"ke_Comloub"

)

attr() [115/180]

phys_m attr

(

"kinematic_viscosity_d"

)

attr() [116/180]

phys_m attr

(

"length_d"

)

attr() [117/180]

phys_m attr

(

"luminance_d"

)

attr() [118/180]

phys_m attr

(

"luminous_flux_d"

)

attr() [119/180]

phys_m attr

(

"luminous_intensity_d"

)

attr() [120/180]

phys_m attr

(

"magnetic_field_strength_d"

)

attr() [121/180]

phys_m attr

(

"magnetic_flux_d"

)

attr() [122/180]

phys_m attr

(

"magnetic_flux_density_d"

)

attr() [123/180]

phys_m attr

(

"magnetic_moment_d"

)

attr() [124/180]

phys_m attr

(

"magnetic_permeability_d"

)

attr() [125/180]

phys_m attr

(

"magnetization_d"

)

attr() [126/180]

phys_m attr

(

"mass_area_density_d"

)

attr() [127/180]

phys_m attr

(

"mass_d"

)

attr() [128/180]

phys_m attr

(

"mass_density_d"

)

attr() [129/180]

phys_m attr

(

"mass_flow_acceleration_d"

)

attr() [130/180]

phys_m attr

(

"mass_flow_jerk_d"

)

attr() [131/180]

phys_m attr

(

"mass_flow_rate_d"

)

attr() [132/180]

phys_m attr

(

"mass_line_density_d"

)

attr() [133/180]

phys_si_m attr

(

"me"

)

attr() [134/180]

phys_m attr

(

"me_mass"

)

attr() [135/180]

phys_m attr

(

"mn_mass"

)

attr() [136/180]

phys_m attr

(

"molar_energy_d"

)

attr() [137/180]

phys_m attr

(

"molar_entropy_d"

)

attr() [138/180]

phys_m attr

(

"moment_of_force_d"

)

attr() [139/180]

phys_m attr

(

"momentum_d"

)

attr() [140/180]

phys_m attr

(

"mp_mass"

)

attr() [141/180]

phys_m attr

(

"mu0_permeability"

)

attr() [142/180]

phys_m attr

(

"muB_magnetic_moment"

)

attr() [143/180]

phys_m attr

(

"muN_magnetic_moment"

)

attr() [144/180]

phys_si_m attr

(

"N"

)

attr() [145/180]

phys_m attr

(

"N_Avagadro"

)

attr() [146/180]

phys_m attr

(

"none_d"

)

attr() [147/180]

phys_m attr

(

"permittivity_d"

)

attr() [148/180]

phys_math_m attr

(

"pi"

)

attr() [149/180]

phys_m attr

(

"pop_d"

)

attr() [150/180]

phys_m attr

(

"power_area_density_d"

)

attr() [151/180]

phys_m attr

(

"power_d"

)

attr() [152/180]

phys_m attr

(

"power_density_d"

)

attr() [153/180]

phys_m attr

(

"pressure_d"

)

attr() [154/180]

phys_m attr

(

"R_gas_constant"

)

attr() [155/180]

phys_m attr

(

"radiance_d"

)

attr() [156/180]

phys_m attr

(

"radiant_intensity_d"

)

attr() [157/180]

phys_m attr

(

"Rydberg_constant"

)

attr() [158/180]

phys_m attr

(

"specific_energy_d"

)

attr() [159/180]

phys_m attr

(

"specific_heat_capacity_d"

)

attr() [160/180]

phys_m attr

(

"specific_volume_d"

)

attr() [161/180]

phys_m attr

(

"speed_d"

)

attr() [162/180]

phys_math_m attr

(

"sqrthalf"

)

attr() [163/180]

phys_math_m attr

(

"sqrttwo"

)

attr() [164/180]

phys_m attr

(

"Stefan_constant"

)

attr() [165/180]

phys_m attr

(

"substance_permeability_d"

)

attr() [166/180]

phys_m attr

(

"surface_tension_d"

)

attr() [167/180]

phys_m attr

(

"temperature_d"

)

attr() [168/180]

phys_m attr

(

"thermal_conductivity_d"

)

attr() [169/180]

phys_m attr

(

"thermal_diffusivity_d"

)

attr() [170/180]

phys_m attr

(

"thermal_insulance_d"

)

attr() [171/180]

phys_m attr

(

"thermal_resistance_d"

)

attr() [172/180]

phys_m attr

(

"thermal_resistivity_d"

)

attr() [173/180]

phys_m attr

(

"thermodynamic_temperature_d"

)

attr() [174/180]

phys_m attr

(

"time_d"

)

attr() [175/180]

phys_m attr

(

"torque_d"

)

attr() [176/180]

phys_math_m attr

(

"twopi"

)

attr() [177/180]

phys_m attr

(

"volume_d"

)

attr() [178/180]

phys_m attr

(

"volume_flow_rate_d"

)

attr() [179/180]

phys_m attr

(

"wave_number_d"

)

attr() [180/180]

phys_m attr

(

"wavelength_d"

)

def() [1/2]

phys_qcd_m def	(	"_as"	,
		static_cast< double(*)(const phys::dimension7, const phys::uval &)> &::::as	)

def() [2/2]

phys_qcd_m def	(	"_as"	,
		static_cast< double(*)(const phys::dimension7, const std::string &)> &::::as	)

py::class_< phys::uval >()

py::class_< phys::uval >	(	phys_m	,
		"uval"	)

Variable Documentation

attr

phys_qcd_m attr

(

"_base_1"

)

= phys::_base_1

Definition at line 161 of file kids_phys.cc.

phys_au_m

py::module phys_au_m = phys_m.def_submodule("au")

Definition at line 309 of file kids_phys.cc.

phys_cgs_m

py::module phys_cgs_m = phys_m.def_submodule("cgs")

Definition at line 270 of file kids_phys.cc.

phys_god_m

py::module phys_god_m = phys_m.def_submodule("god")

Definition at line 231 of file kids_phys.cc.

phys_hat_m

py::module phys_hat_m = phys_m.def_submodule("hat")

Definition at line 296 of file kids_phys.cc.

phys_m

py::module phys_m = m.def_submodule("phys")

Definition at line 3 of file kids_phys.cc.

phys_math_m

py::module phys_math_m = phys_m.def_submodule("math")

Definition at line 4 of file kids_phys.cc.

phys_nat_m

py::module phys_nat_m = phys_m.def_submodule("nat")

Definition at line 257 of file kids_phys.cc.

phys_plk_m

py::module phys_plk_m = phys_m.def_submodule("plk")

Definition at line 218 of file kids_phys.cc.

phys_qcd_m

py::module phys_qcd_m = phys_m.def_submodule("qcd")

Definition at line 322 of file kids_phys.cc.

phys_ryd_m

py::module phys_ryd_m = phys_m.def_submodule("ryd")

Definition at line 283 of file kids_phys.cc.

phys_si_m

py::module phys_si_m = phys_m.def_submodule("si")

Definition at line 205 of file kids_phys.cc.

phys_sty_m

py::module phys_sty_m = phys_m.def_submodule("sty")

Definition at line 244 of file kids_phys.cc.