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Earth and Jupiter masses were only specified in SI; allow cgs or eV. …
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…Calculate Solar mass in eV
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@astrobit
astrobit committed Aug 26, 2021
1 parent cacdf2d commit 7750d97
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8 changes: 8 additions & 0 deletions CHANGELOG.dist.md
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Expand Up @@ -76,4 +76,12 @@ introduction.
## [1.1.2] - 2021/03/26
### Changes
- Corrected Avogadro's Number - there was a typo in the value.
## [1.2.0] - 2021/08/26
### Changes
- Specified mass of Sun in eV (instead of 0)
### Added
- Mass of Earth in cgs
- Mass of Earth in eV
- Mass of Jupiter in cgs
- Mass of Jupiter in eV

9 changes: 8 additions & 1 deletion CHANGELOG.md
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Expand Up @@ -81,5 +81,12 @@ folder for the instructions for creating a dist.
## [1.1.2.0] - 2021/03/26
### Changes
- Corrected Avogadro's Number - there was a typo in the value.

## [1.2.0.0] - 2021/08/26
### Changes
- Specified mass of Sun in eV (instead of 0)
### Added
- Mass of Earth in cgs
- Mass of Earth in eV
- Mass of Jupiter in cgs
- Mass of Jupiter in eV

20 changes: 14 additions & 6 deletions generator/physconst.cpp
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Expand Up @@ -100,7 +100,8 @@ ChangeLog g_cChangelog(
ChangelogEntry(2020,1,26,1,0,2,"External changes for distribution."),
ChangelogEntry(2020,2,3,1,1,0,"Add Earth, Sun, Jupiter mass and radius, fix Coulomb constant."),
ChangelogEntry(2020,3,26,1,1,1,"Fixed bug that shortconst was having the opposite effect than intended. Additions and corrections to documentation."),
ChangelogEntry(2021,3,26,1,1,2,"Corrected the value for Avogadro's Number. Prior version had a typo.")
ChangelogEntry(2021,3,26,1,1,2,"Corrected the value for Avogadro's Number. Prior version had a typo."),
ChangelogEntry(2021,8,26,1,2,0,"Allow Earth mass and Jupiter mass to be specified in cgs and eV, and Solar mass in eV.")
}
);

Expand Down Expand Up @@ -1135,9 +1136,15 @@ int main(void)
GroupContainer gSpeed("Velocity, Speed and Acceleration");
GroupContainer gOther("Other Constants");
ChangeLog cEmpty;
ChangeLog cSunMass(
{
ChangelogEntry(2021,8,26,1,2,0,"Allow mass of Sun to be in eV")
}
);
ChangeLog cEarthMass(
{
ChangelogEntry(2020,2,3,1,1,0,"Add mass of Earth")
ChangelogEntry(2020,2,3,1,1,0,"Add mass of Earth"),
ChangelogEntry(2021,8,26,1,2,0,"Allow mass of Earth to be in cgs or eV")
}
);
ChangeLog cEarthRadius(
Expand All @@ -1147,7 +1154,8 @@ int main(void)
);
ChangeLog cJupiterMass(
{
ChangelogEntry(2020,2,3,1,1,0,"Add mass of Jupiter")
ChangelogEntry(2020,2,3,1,1,0,"Add mass of Jupiter"),
ChangelogEntry(2021,8,26,1,2,0,"Allow mass of Jupiter to be in cgs or eV")
}
);
ChangeLog cJupiterRadius(
Expand Down Expand Up @@ -1242,10 +1250,10 @@ int main(void)
gMass.add(ConstantSet(g_XASTRO.k_dme * 1.0e-3,g_XASTRO.k_dme,g_XASTRO.k_dme * g_XASTRO.k_deV_erg * g_XASTRO.k_dc * g_XASTRO.k_dc,12,false,"MassElectron","the mass of an electron","CODATA~2018","\\kg","\\gm","\\eV\\,c^{-2}",&cMassElectron,"Electron"));
gMass.add(ConstantSet(g_XASTRO.k_dmp * 1.0e-3,g_XASTRO.k_dmp,g_XASTRO.k_dmp * g_XASTRO.k_deV_erg * g_XASTRO.k_dc * g_XASTRO.k_dc,12,false,"MassProton","the mass of a proton","CODATA~2018","\\kg","\\gm","\\eV\\,c^{-2}",&cMassProton,"Proton"));
gMass.add(ConstantSet(g_XASTRO.k_dmh * 1.0e-3,g_XASTRO.k_dmh,g_XASTRO.k_dmh * g_XASTRO.k_deV_erg * g_XASTRO.k_dc * g_XASTRO.k_dc,12,false,"MassHydrogen","the mass of a neutral hydrogen atom","CODATA~2018","\\kg","\\gm","\\eV\\,c^{-2}",&cMassHydrogen,"Hydrogen atom"));
gMass.add(ConstantSet(g_XASTRO.k_dMsun * 1.0e-3,g_XASTRO.k_dMsun,0.0,7,false,"MassSun","the mass of the Sun","IAU~Resolution~B3~2015","\\kg","\\gm","\\eV\\,c^{-2}",&cEmpty,"Sun"));
gMass.add(ConstantSet(g_XASTRO.k_dMearth * 1.0e-3,g_XASTRO.k_dMearth,0.0,6,true,"MassEarth","the mass of the Earth","IAU~Resolution~B3~2015","\\kg","\\gm","\\eV\\,c^{-2}",&cEarthMass));
gMass.add(ConstantSet(g_XASTRO.k_dMsun * 1.0e-3,g_XASTRO.k_dMsun,g_XASTRO.k_dMsun * g_XASTRO.k_deV_erg * g_XASTRO.k_dc * g_XASTRO.k_dc,7,false,"MassSun","the mass of the Sun","IAU~Resolution~B3~2015","\\kg","\\gm","\\eV\\,c^{-2}",&cSunMass,"Sun"));
gMass.add(ConstantSet(g_XASTRO.k_dMearth * 1.0e-3,g_XASTRO.k_dMearth,g_XASTRO.k_dMearth * g_XASTRO.k_deV_erg * g_XASTRO.k_dc * g_XASTRO.k_dc,6,false,"MassEarth","the mass of the Earth","IAU~Resolution~B3~2015","\\kg","\\gm","\\eV\\,c^{-2}",&cEarthMass));
// gMass.add(ConstantSet(g_XASTRO.k_dMmoon * 1.0e-3,g_XASTRO.k_dMmoon,0.0,12,true,"MassMoon","the mass of the Moon","IAU~Resolution~B3~2015","\\kg","\\gm","\\eV\\,c^{-2}"));
gMass.add(ConstantSet(g_XASTRO.k_dMjupiter * 1.0e-3,g_XASTRO.k_dMjupiter,0.0,7,true,"MassJupiter","the mass of Jupiter","IAU~Resolution~B3~2015","\\kg","\\gm","\\eV\\,c^{-2}",&cJupiterMass));
gMass.add(ConstantSet(g_XASTRO.k_dMjupiter * 1.0e-3,g_XASTRO.k_dMjupiter,g_XASTRO.k_dMjupiter * g_XASTRO.k_deV_erg * g_XASTRO.k_dc * g_XASTRO.k_dc,7,false,"MassJupiter","the mass of Jupiter","IAU~Resolution~B3~2015","\\kg","\\gm","\\eV\\,c^{-2}",&cJupiterMass));
gMass.add(ConstantSet(g_XASTRO.k_dAMU_gm * 1.0e-3,g_XASTRO.k_dAMU_gm,g_XASTRO.k_dAMU_gm * g_XASTRO.k_deV_erg * g_XASTRO.k_dc * g_XASTRO.k_dc,12,false,"MassAMU","the mass of an atomic mass unit","CODATA~2018","\\kg","\\gm","\\eV\\,c^{-2}",&cAMU,"amu"));

///////////////////////////////////////////////////////////////////
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