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add 2.5D WFS reference contour examples #184
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the examples are now here: |
- add two examples for xref(x0) reference contour into docstring
- use wavelength instead of frequency (which assumed c=343 m/s) - use array2 with N=64, does the job and looks nicer - now avoids 'hard coded' wording, but gives a hint for code validity - x0_ -> x0_tmp, xs_ -> xs_tmp
- use f_tmp / omega_tmp for the two ref contour examples only
- more convenient to have this in a notebbok - the wfs.py examples remain minimal and straightforward - the proposed notebook can be extended to referencing schemes for linear SSDs and in general for other potential referencing schemes
- remove array2 as not needed for the new proposal
lmb -> wavelength
explicite marker and linestyle
change negative x-axis to x-axis
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- nicer code structure, format - subplot(2,1) instead of (1,2) seems nicer - scatter plot for ref contour - tapering not needed - add difference as magnitude plot
"source": [ | ||
"# WFS Referencing Schemes\n", | ||
"\n", | ||
"Illustrates the usage of the SFS toolbox for the simulation of different 2.5D WFS referencing schemes for contours within the listening area that exhibit amplitude correct synthesis, cf. Ch. 4.1.3 in <cite data-cite=\"Firtha2019\">[Firtha19]</cite> and <cite data-cite=\"Firtha2017\">(FFSS17)</cite>." |
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"Illustrates the usage of the SFS toolbox for the simulation of different 2.5D WFS referencing schemes for contours within the listening area that exhibit amplitude correct synthesis, cf. Ch. 4.1.3 in <cite data-cite=\"Firtha2019\">[Firtha19]</cite> and <cite data-cite=\"Firtha2017\">(FFSS17)</cite>." | |
"Illustrates the usage of the SFS toolbox for the simulation of different 2.5D WFS referencing schemes for contours within the listening area that exhibit amplitude correct synthesis, cf. Ch. 4.1.3 in <cite data-cite=\"Firtha2019\">[Firtha19]</cite> and <cite data-cite=\"Firtha2017\">[FFSS17]</cite>." |
It would probably simplify maintenance to make the BibTeX key the same as what is displayed?
"metadata": {}, | ||
"outputs": [], | ||
"source": [ | ||
"xs = sfs.util.asarray_of_rows((-4, 0, 0))\n", |
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"xs = sfs.util.asarray_of_rows((-4, 0, 0))\n", | |
"xs = sfs.util.asarray_of_rows(xs)\n", |
"source": [ | ||
"### Line as reference contour\n", | ||
"\n", | ||
"The reference contour is calculated according to <cite data-cite=\"Firtha2017\">(FFSS17)</cite> for a virtual point source on x-axis." |
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"The reference contour is calculated according to <cite data-cite=\"Firtha2017\">(FFSS17)</cite> for a virtual point source on x-axis." | |
"The reference contour is calculated according to <cite data-cite=\"Firtha2017\">[FFSS17]</cite> for a virtual point source on x-axis." |
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