from functorflow import ff, f
# gram to kilogram
r = f('convert-units.kg', g=2000 )
print(r)
# meter to inches
r = f('convert-units.in', m=5 )
print(r)
Supported Units
Length
mm
cm
m
in
ft-us
ft
mi
Area
mm2
cm2
m2
ha
km2
in2
ft2
ac
mi2
Mass
mcg
mg
g
kg
oz
lb
mt
t
Volume
mm3
cm3
ml
l
kl
m3
km3
tsp
Tbs
in3
fl-oz
cup
pnt
qt
gal
ft3
yd3
Volume Flow Rate
mm3/s
cm3/s
ml/s
cl/s
dl/s
l/s
l/min
l/h
kl/s
kl/min
kl/h
m3/s
m3/min
m3/h
km3/s
tsp/s
Tbs/s
in3/s
in3/min
in3/h
fl-oz/s
fl-oz/min
fl-oz/h
cup/s
pnt/s
pnt/min
pnt/h
qt/s
gal/s
gal/min
gal/h
ft3/s
ft3/min
ft3/h
yd3/s
yd3/min
yd3/h'
Temperature
C
F
K
R
Time
ns
mu
ms
s
min
h
d
week
month
year
Frequency
Hz
mHz
kHz
MHz
GHz
THz
rpm
deg/s
rad/s
Speed
m/s
km/h
m/h
knot
ft/s
Pace
s/m
min/km
s/ft
min/km
Pressure
Pa
hPa
kPa
MPa
bar
torr
psi
ksi
Digital
b
Kb
Mb
Gb
Tb
B
KB
MB
GB
TB
Illuminance
lx
ft-cd
Parts-Per
ppm
ppb
ppt
ppq
Voltage
V
mV
kV
Current
A
mA
kA
Power
W
mW
kW
MW
GW
Apparent Power
VA
mVA
kVA
MVA
GVA
Reactive Power
VAR
mVAR
kVAR
MVAR
GVAR
Energy
Wh
mWh
kWh
MWh
GWh
J
kJ
Reactive Energy
VARh
mVARh
kVARh
MVARh
GVARh
Angle
deg
rad
grad
arcmin
arcsec
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