Original: c384cf90107e212e637c75d0cf0c93a4f352934f

Original: b84aeb329dff762d1e070e8acb07c8cde579e87d

- type is being removed
Original: 31a906b4df995538a3fcd5801633ba3639ac17dd

Gstlal an PyCBC send us more data than we need. Trim the SNR time
series before passing to BAYESTAR in order to speed up time
marginalization.
Original: e39ed96eb8e21d63139c2182c78a768eb6137cad

This reverts commit 277dfbb4a53eada9605dbdff034ffa63d00b6bc1.
This change actually made it slightly slower.
Original: 57d3cd14a347531dd03a8d31787ce35067918819

Original: 277dfbb4a53eada9605dbdff034ffa63d00b6bc1

It cuts down on the integer-to-floating-point conversions.
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Original: 0b441a187cc8ff463be158d338d93db50082846e

- Move it to its own compilation unit.
- Restore dynamic allocation init function.
- Precompute bounds checking.
- Precompute invalid value checking.
- Apply the same speedups to the 1D cubic interpolator.
- Expand unit tests.
Original: 12bbc4674e410f7cf2eeeb516bfe6eeafb1835cf

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Original: e24fda05921694669c47394ed741465935e9d3bc

these are brought in through python-glue dependency
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This speeds up BAYESTAR by about 50%.
Original: 61ef915ad390a9f8a51f7600561ce2fe714f9078

For large numbers of terms, logaddexp() performs about twice as many
transcendental function evaluations as is necessary.
This patch results in a speedup of about 25%.
Original: 41634d246522aefd772d5f6b19d13277476b9c07

Original: 43695a0b77d081dcb685d06e50d373bb418894ea

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These small changes result in a speedup of about 30%.
Original: 26d753eb650828ec61faae72afb28680f6850d00

Original: fb499b27424c7d05f43c66771de41958b0318877

fix PSD/ASD confusion (in lalinference_pipe) when downloading it from GraceDB, including update to help text
Original: da19bdd130b9387846c88b56d2aa0c0e00ae4ef7