TeaWithLucas / Gravitational-Waves

Gravitational Waves Game

MIT License

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Task - Range #69

Open TeaWithLucas opened 3 years ago

TeaWithLucas commented 3 years ago

User Story

As a user, I want to do X so I can Y

Acceptance Criteria

[ ] The user must be able to ...
[ ] The user must not be able to ...

Non-Functional Criteria

Notes

https://range.ligo.org/
See https://github.com/gwoptics/SpacePyQuest for code
Adjust some settings to get the line A and B correct on the following plot, I cant remember fully, need Chris to remind me what the variables are, the will most likely be sliders
Move the green or blue so that the wave can be detected

TeaWithLucas commented 3 years ago

Dependances

[x] #52
[x] #53

chrisnorth commented 3 years ago

@TeaWithLucas See this example file (HT Seb Khan, who generated it for me) for a merger with 100 Msun at a distance of 1Mpc. It contains frequency (Hz) and waveform amplitude. To scale to a new mass and/or distance:

the scaling is:

divide the frequency by the ratio of total masses
multiply the amplitude by total_mass_ratio**2 / distance_ratio

hf_100Msun_1Mpc_forLucas.xlsx

[Was a CSV file, but Github doesn't support them at attachments!]