noads.gam_jax.utils.unit

noads.gam_jax.utils.unit#

Created on Thu Jan 24 23:22:21 2019.

@author: DRUOT Thierryoriginal Scilab implementation

PETEILH Nicolas : portage to Python

noads.gam_jax.utils.unit.GW_W(W)[source]#
noads.gam_jax.utils.unit.GWh_J(J)[source]#
noads.gam_jax.utils.unit.J_GWh(GWh)[source]#
noads.gam_jax.utils.unit.J_MJ(MJ)[source]#
noads.gam_jax.utils.unit.J_MWh(MWh)[source]#
noads.gam_jax.utils.unit.J_TWh(TWh)[source]#
noads.gam_jax.utils.unit.J_Wh(Wh)[source]#
noads.gam_jax.utils.unit.J_kJ(kJ)[source]#
noads.gam_jax.utils.unit.J_kWh(kWh)[source]#
noads.gam_jax.utils.unit.Jpm_kWhpkm(kWhpkm)[source]#
noads.gam_jax.utils.unit.MJ_J(J)[source]#
noads.gam_jax.utils.unit.MW_W(W)[source]#
noads.gam_jax.utils.unit.MWh_J(J)[source]#
noads.gam_jax.utils.unit.NM_m(m)[source]#
noads.gam_jax.utils.unit.N_daN(daN)[source]#
noads.gam_jax.utils.unit.N_kN(kN)[source]#
noads.gam_jax.utils.unit.Pa_bar(bar)[source]#
noads.gam_jax.utils.unit.Pa_mbar(mbar)[source]#
noads.gam_jax.utils.unit.Pam3pkg_barLpkg(barLpkg)[source]#
noads.gam_jax.utils.unit.TWh_J(J)[source]#
noads.gam_jax.utils.unit.T_kg(kg)[source]#
noads.gam_jax.utils.unit.W_GW(GW)[source]#
noads.gam_jax.utils.unit.W_MW(MW)[source]#
noads.gam_jax.utils.unit.W_kW(kW)[source]#
noads.gam_jax.utils.unit.Wh_J(J)[source]#
noads.gam_jax.utils.unit.Wh_kWh(kWh)[source]#
noads.gam_jax.utils.unit.barLpkg_Pam3pkg(Pam3pkg)[source]#
noads.gam_jax.utils.unit.bar_Pa(Pa)[source]#
noads.gam_jax.utils.unit.convert_from(ulab, val)[source]#

Convert val expressed in ulab to corresponding standard unit :param ulab: unit label. ex: ‘NM’ for Nautical miles :param val: the value to convert to SI units :return: val converted to SI units.

noads.gam_jax.utils.unit.convert_to(ulab, val)[source]#
noads.gam_jax.utils.unit.daN_N(N)[source]#
noads.gam_jax.utils.unit.deg_rad(rad)[source]#
noads.gam_jax.utils.unit.ft_m(m)[source]#
noads.gam_jax.utils.unit.ftpmin_mps(mps)[source]#
noads.gam_jax.utils.unit.h_s(s)[source]#
noads.gam_jax.utils.unit.inch_m(m)[source]#
noads.gam_jax.utils.unit.kJ_J(J)[source]#
noads.gam_jax.utils.unit.kN_N(N)[source]#
noads.gam_jax.utils.unit.kW_W(W)[source]#
noads.gam_jax.utils.unit.kWh_J(J)[source]#
noads.gam_jax.utils.unit.kWh_Wh(Wh)[source]#
noads.gam_jax.utils.unit.kWhpkm_Jpm(Jpm)[source]#
noads.gam_jax.utils.unit.kg_T(T)[source]#
noads.gam_jax.utils.unit.kg_t(t)[source]#
noads.gam_jax.utils.unit.kgpWps_lbpshpph(lbpshpph)[source]#
noads.gam_jax.utils.unit.km2_m2(m2)[source]#
noads.gam_jax.utils.unit.km_m(m)[source]#
noads.gam_jax.utils.unit.kmph_mps(mps)[source]#
noads.gam_jax.utils.unit.kt_mps(mps)[source]#
noads.gam_jax.utils.unit.lbpshpph_kgpWps(kgpWps_)[source]#
noads.gam_jax.utils.unit.liter_usgal(usgal)[source]#
noads.gam_jax.utils.unit.m2_km2(km2)[source]#
noads.gam_jax.utils.unit.m3_usgal(usgal)[source]#
noads.gam_jax.utils.unit.m_NM(NM)[source]#
noads.gam_jax.utils.unit.m_ft(ft)[source]#
noads.gam_jax.utils.unit.m_inch(inch)[source]#
noads.gam_jax.utils.unit.m_km(km)[source]#
noads.gam_jax.utils.unit.mbar_Pa(Pa)[source]#
noads.gam_jax.utils.unit.min_s(s)[source]#
noads.gam_jax.utils.unit.mps_ftpmin(ftpmin)[source]#
noads.gam_jax.utils.unit.mps_kmph(kmph)[source]#
noads.gam_jax.utils.unit.mps_kt(kt)[source]#
noads.gam_jax.utils.unit.no_dim_pc(no_dim)[source]#
noads.gam_jax.utils.unit.pc_no_dim(no_dim)[source]#
noads.gam_jax.utils.unit.rad_deg(deg)[source]#
noads.gam_jax.utils.unit.s_h(h)[source]#
noads.gam_jax.utils.unit.s_min(min)[source]#
noads.gam_jax.utils.unit.s_year(year)[source]#
noads.gam_jax.utils.unit.smart_round(X, S)[source]#
noads.gam_jax.utils.unit.t_kg(kg)[source]#
noads.gam_jax.utils.unit.usgal_liter(liter)[source]#
noads.gam_jax.utils.unit.usgal_m3(m3)[source]#
noads.gam_jax.utils.unit.year_s(s)[source]#

Functions

GW_W(W)

GWh_J(J)

J_GWh(GWh)

J_MJ(MJ)

J_MWh(MWh)

J_TWh(TWh)

J_Wh(Wh)

J_kJ(kJ)

J_kWh(kWh)

Jpm_kWhpkm(kWhpkm)

MJ_J(J)

MW_W(W)

MWh_J(J)

NM_m(m)

N_daN(daN)

N_kN(kN)

Pa_bar(bar)

Pa_mbar(mbar)

Pam3pkg_barLpkg(barLpkg)

TWh_J(J)

T_kg(kg)

W_GW(GW)

W_MW(MW)

W_kW(kW)

Wh_J(J)

Wh_kWh(kWh)

barLpkg_Pam3pkg(Pam3pkg)

bar_Pa(Pa)

convert_from(ulab, val)

Convert val expressed in ulab to corresponding standard unit :param ulab: unit label.

convert_to(ulab, val)

daN_N(N)

deg_rad(rad)

ft_m(m)

ftpmin_mps(mps)

h_s(s)

inch_m(m)

kJ_J(J)

kN_N(N)

kW_W(W)

kWh_J(J)

kWh_Wh(Wh)

kWhpkm_Jpm(Jpm)

kg_T(T)

kg_t(t)

kgpWps_lbpshpph(lbpshpph)

km2_m2(m2)

km_m(m)

kmph_mps(mps)

kt_mps(mps)

lbpshpph_kgpWps(kgpWps_)

liter_usgal(usgal)

m2_km2(km2)

m3_usgal(usgal)

m_NM(NM)

m_ft(ft)

m_inch(inch)

m_km(km)

mbar_Pa(Pa)

min_s(s)

mps_ftpmin(ftpmin)

mps_kmph(kmph)

mps_kt(kt)

no_dim_pc(no_dim)

pc_no_dim(no_dim)

rad_deg(deg)

s_h(h)

s_min(min)

s_year(year)

smart_round(X, S)

t_kg(kg)

usgal_liter(liter)

usgal_m3(m3)

year_s(s)