Block a user
7a903bc6de
Wrapped scan functionality in to functions that now exist separately in the Scan folder within the Simulator package, added a scanning and plotting function for a three parameter scan, corresponding scripting changes shown in the test script.
c19a514027
Added back the captured atom counting and the jackknife error estimation method as developed by Jianshun Gao, retained the bootstrap method and the counting that goes with it now corrected to prevent counting the same atoms repeatedly and also to reduce the atom count if they are lost. There is now an agreement between the two methods as to what the loading rate is with the bootstrap method giving a slightly lower estimate.
5407da354b
Added results property to store the final results of a scan to later save the whole object along with its properties so as to have a way of going back and checking the values for the parameters used.
e808c3dbfb
Divergence Angle is now calculated by taking the arctan of d/y, velocity condition was removed.
b29baf29d5
Introduced back the normalization for the integration of the velocity distribution because average velocity was multiplied back in the calculation of the flux, added the missing end for parfor loop.
f789a7ad6a
Modified to determine the distance between atom and the z-axis and checked to see if that is within the diameter of the beams - this makes sense since the beams are crossed and the condition that the distance be smaller than the beam diameter holds only along the y-axis.
5b91c20246
Major changes - rewrote how autocorrelation, resampling and determination of loading rate is done.
d0b4d0b9b8
More cosmetic changes, corrections to some calculations like the one of flux, re-wrote how one and two parameter scans are done with functions, added a save option to save the entire simulator object with its properties and their values along with the results.
add5d02ae3
Added new plotting routines that allow for checks, minor cosmetic changes to other scripts.
d88d4d683d
This is a class for simulating the capture process for Dy atoms in the 2-D and 3-D MOTs, including the dynamics from the push beam and slower beams.