precomp_suspension was being called for no reason in SuspensionThermalHorizTM.calc()

Following Amann et al. (2020) -- ET site selection paper

* fix bug where default styles don't check if a property has been defined with an alias (e.g. lw instead of linewidth)
* make minor grid more transparent

Originally fixed by Lee in MR !129; this is a more minimal fix

* The quantum noise calculation uses the test mas susceptibility instead of the free mass approximation in shotradSignalRecycled.
* The free mass approximation is still used in shotradSignalRecycledBnC and the functions in squeeze.py

e.g. Budget['SubBuget.BudgetItem']

By default the budget class loaded will have the same name as the budget
module.  This adds the ability to specify which budget class to load,
allowing for loading sub-budgets directly.

Hooks added to the CLI as well.

actually fail if plots are requested but can't be generated.

fix broken parsing (don't calculate range by default) and fix docs

simplify things a bit

Anchal Gupta authored 4 years ago and Jameson Rollins committed 4 years ago

Using explicit np.flipud instead of providing axis=0 or relying on default behavior

closes #85

If setuptools_scm is installed but gwinc is not called from the gwinc directory, a LookupError was previously thrown. Now the version is set to '?.?.?' in this case.
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clean up patch

Use --range to turn on range calc, and --waveform-parameter to override
param defaults.

- gravg_pwave and gravg_swave use Bessel and Struve functions to speed up the calculations.
- the original numerical integrals have been kept as an exact option.

* update the Cosmic Explorer noise budgets to those shown in arXiv:2012.03608
* remove CE2 and add CE2silica and CE2silicon

All ranges are calculated automatically if the inspiral_range package
is provided, and the resultant metrics are printed to stdout.  Just
the "range" is added as plot subtitle.

the new seismic sub-budgets did not have this option

Kevin Kuns authored 4 years ago and Jameson Rollins committed 4 years ago

Adds suspension thermal noise sub-budgets. This addresses 1/3 of #51. Suspension thermal noise can now be broken up into horizontal and vertical noise of each of the suspension stages. With one exception, which does not change the total noise, the calculation is the same as the current calculation but the contributions of each stage and direction are tracked separately.

In the current calculation the horizontal and vertical spring constants of each stage are broken up into an upper and lower joint and are stored separately. The total suspension thermal noise is then calculated by adding the contributions of each of these joints using the appropriate temperature of each joint. Instead of adding the contributions of each joint all at once, this MR makes it possible to track each stage with separate `Noise` classes and add them all to a sub-budget.

The noise for each stage is the sum of the noise from that stage's lower joint and the noise from the upper joint of the stage below. In the case of the top mass, the contribution from the upper joint is also included. In the current calculation, for the upper stages, the imaginary part of the horizontal spring constant is equally distributed between the upper and lower joints while it is only attributed to the upper joint for the test mass. The one change this MR makes to the calculation itself is to distribute this equally between the top and bottom joints as is done for the upper stages.

The imaginary part of the vertical spring constant is only attributed to the upper joint of each stage. The blade springs are the only contribution to the vertical spring constant for the upper stages while the lower stage also includes the continuum fibers or ribbons. It's unclear how to break this up into an upper and lower stage as is done in figure 14 of https://arxiv.org/abs/2001.11173, so this MR does not have vertical noise of the test mass. (The noise is included, it's just attributed entirely to the PUM.)

* All quantum calculations use the final stage suspension mass instead of calculating it from the test mass radius and thickness
* shotradSignalRecycled uses the suspension susceptibility instead of the free mass approximation

- Break seismic noise up into contributions from horizontal and vertical motion.
- Moved code to calculate the platform motion from noises.py into seismic.py.
- Removed duplicate dhdl function from noises.py.

just calls plot.plot_trace

closes #75