#!/usr/bin/env python
from base import add_si
from base import print_conversions
from sympy import symbols as symbols
from sympy import Eq
from sympy import tan
NAME = "FREQUENCY"
hz = symbols("hz")
dummy = symbols("dummy")
equations = []
units = {
hz: "HERTZ",
}
add_si(hz, "HERTZ", units, equations)
if __name__ == "__main__":
import sys
print_conversions(sys.modules[__name__])
from base import add_si
from base import print_conversions
from sympy.physics.units import centi
from sympy.physics.units import deci
from sympy.physics.units import kilo
from sympy.physics.units import mega
from sympy.physics.units import milli
from sympy import symbols as symbols
from sympy import Eq
from sympy import tan
NAME = "POWER"
w = symbols("w")
equations = [
]
units = {
w: "WATT",
}
add_si(w, "WATT", units, equations)
if __name__ == "__main__":
import sys
print_conversions(sys.modules[__name__])
#!/usr/bin/env python
from base import add_si
from sympy import symbols as symbols
from sympy import Eq
NAME = "TIME"
s, m, h, d = symbols("s m h d")
equations = [
Eq(s, m * 60),
Eq(m, h * 60),
Eq(h, d * 24),
]
units = {
s: "SECOND",
m: "MINUTE",
h: "HOUR",
d: "DAY",
}
add_si(s, "SECOND", units, equations)
from base import add_si
from base import print_conversions
from sympy.physics.units import centi
from sympy.physics.units import deci
from sympy.physics.units import kilo
from sympy.physics.units import mega
from sympy.physics.units import milli
from sympy import symbols as symbols
from sympy import Eq
from sympy import tan
NAME = "ELECTRICPOTENTIAL"
v = symbols("v")
equations = [
]
units = {
v: "VOLT",
}
add_si(v, "VOLT", units, equations)
if __name__ == "__main__":
import sys
print_conversions(sys.modules[__name__])
Eq(thou, inch / 1000),
Eq(li, inch * 12),
Eq(ft, inch / 12),
Eq(yd, ft / 3),
Eq(mi, yd / 1760),
Eq(pt, inch * 72),
]
units = {
m: "METER",
ang: "ANGSTROM",
ua: "ASTRONOMICALUNIT",
ly: "LIGHTYEAR",
pc: "PARSEC",
thou: "THOU",
li: "LINE",
inch: "INCH",
ft: "FOOT",
yd: "YARD",
mi: "MILE",
pt: "POINT",
pixel: "PIXEL",
frame: "REFERENCEFRAME",
}
add_si(m, "METER", units, equations)
if __name__ == "__main__":
import sys
print_conversions(sys.modules[__name__])
#!/usr/bin/env python
from base import add_si
from base import print_conversions
from sympy import symbols as symbols
from sympy import Eq
from sympy import tan
NAME = "FREQUENCY"
hz = symbols("hz")
dummy = symbols("dummy")
equations = [
]
units = {
hz: "HERTZ",
}
add_si(hz, "HERTZ", units, equations)
if __name__ == "__main__":
import sys
print_conversions(sys.modules[__name__])
Eq(cbar, bar * 100),
Eq(mbar, bar * 1000),
Eq(pa, atm * 101325),
Eq(torr, atm * 760),
Eq(mtorr, torr / 1000),
Eq(pa, mmhg * 133.322387415),
Eq(pa, psi * 6894.75729316836142), # Approx.
]
units = {
pa: "Pascal",
bar: "BAR",
megabar: "MEGABAR",
kbar: "KILOBAR",
dbar: "DECIBAR",
cbar: "CENTIBAR",
mbar: "MILLIBAR",
atm: "ATMOSPHERE",
psi: "PSI",
torr: "TORR",
mtorr: "MILLITORR",
mmhg: "MMHG",
}
# Only the non-prefixed "Pascal" is not uppercase
add_si(pa, "PASCAL", units, equations)
if __name__ == "__main__":
import sys
print_conversions(sys.modules[__name__])
#!/usr/bin/env python
from base import add_si
from base import print_conversions
from sympy.physics.units import centi
from sympy.physics.units import deci
from sympy.physics.units import kilo
from sympy.physics.units import mega
from sympy.physics.units import milli
from sympy import symbols as symbols
from sympy import Eq
from sympy import tan
NAME = "POWER"
w = symbols("w")
equations = []
units = {
w: "WATT",
}
add_si(w, "WATT", units, equations)
if __name__ == "__main__":
import sys
print_conversions(sys.modules[__name__])
Eq(thou, inch / 1000),
Eq(li, inch * 12),
Eq(ft, inch / 12),
Eq(yd, ft / 3),
Eq(mi, yd / 1760),
Eq(pt, inch * 72),
]
units = {
m: "METER",
ang: "ANGSTROM",
ua: "ASTRONOMICALUNIT",
ly: "LIGHTYEAR",
pc: "PARSEC",
thou: "THOU",
li: "LINE",
inch: "INCH",
ft: "FOOT",
yd: "YARD",
mi: "MILE",
pt: "POINT",
pixel: "PIXEL",
frame: "REFERENCEFRAME",
}
add_si(m, "METER", units, equations)
if __name__ == "__main__":
import sys
print_conversions(sys.modules[__name__])