computeProb: compute oscillation probability
In diluises/neutRino: What The Package Does
Description
compute oscillations probabilities in the 3 flavour framework following the
linear propagation in constant density matter as derived in the paper or Barger at al.
All transition probabilities are computed and can be retrieved via getProb.
the function itself returns the probability for the transition alpha->beta.
This function must be called after a call to setMNS functions in order to
configure the oscillation parameters.
Usage
1
computeProb(alpha, beta, L, rho, E, is_anti = c(TRUE, FALSE))
Arguments
alpha,beta
flavour code for the transition alpha->beta. Check getProb
for the index values. If not provided a NULL is returned.
diluises/neutRino documentation built on May 15, 2019, 8:33 a.m.
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Description
compute oscillations probabilities in the 3 flavour framework following the
linear propagation in constant density matter as derived in the paper or Barger at al.
All transition probabilities are computed and can be retrieved via getProb.
the function itself returns the probability for the transition alpha->beta.
This function must be called after a call to setMNS functions in order to
configure the oscillation parameters.
Usage
1 | computeProb(alpha, beta, L, rho, E, is_anti = c(TRUE, FALSE))
|
Arguments
|
flavour code for the transition |
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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