pydropsonde.helper.physics

Functions

density(p, T, mr[, eps])	returns density for given pressure, temperature and R
integrate_water_vapor(p, q[, T, z, axis])	Returns the integrated water vapor for given specific humidity Args: p: pressure in Pa either: (hydrostatic) q: specific humidity or: (non-hydrostatic) q: specific humidity T: temperature z: height
mr2q(mr)	returns mixing ratio from specific humidity
q2mr(q)	returns specific humidity from mixing ratio
q2vmr(q)	returns the volume mixing ratio from specific humidity
theta2ta(theta, P[, qv, ql, qi])	Returns the temperature for an unsaturated moist fluid, given the potential temperature (reverse of Bjorn stevens moist thermodynamicts theta())
vmr2q(vmr)	returns specific humidity from volume mixing ratio