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Project description
A python library for calculating/looking up various tissue properties for laser bioeffect calculations
To simulate the exposure of tissue (skin or retina) to laser radiation, several properties characterizing the thermo-optical response of the tissue are needed. These include absorption coefficients, transmission coefficients, conductivity, density, specific heat, etc. This library is a collection of tissue property data sets that have been reported in the literature.
Installing
Install with pip (or your favorite virtual environment manager)
pip install tissue-properties
Usage
# Print out the absorption coefficients as a function of wavelength used in the
# paper "Retinal-Temperature Increases Produced by Intense Light Sources" by
# Mainster in 1970. These values were extracted from Figure 3.
from tissue_properties.optical.absorption_coefficient import mainster
from tissue_properties.units import Q_
RPE = mainster.RPE()
choroid = minster.Choroid()
print("# wavelength retina choroid")
for wavelength in range(400,1405,5):
l = Q_(wavelength,'nm')
mu_r = RPE(l)
mu_c = RPE(l)
print(l,mu_r,mu_c)
# We can also get information about data set. Currently only the reference is
# provided, in BibTex format.
bibtex_text = RPE.get_reference()
print(bibtex_text)
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