calling method

install pycbc

import sys
!{sys.executable} -m pip install pycbc ligo-common emcee==2.2.1 --no-cache-dir

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install lenstronomy

• upload version 1.7.0 on drive (unzip using !unzip) / upload unzipped version
• mount drive

    from google.colab import drive
    drive.mount('/content/drive')

• use cd comand to locate the file Eg:cd drive/MyDrive/lenstronomy/lenstronomy-1.7.0
• !python setup.py install
• return to home cd ..

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install lensGW

• fork lensGW
• clone lensGW !git clone https://username:password@github.com/SSingh087/test.git
• cd test
• !python setup.py install
• return to home cd ..

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• install pycbc-lensGW
  • clone pycbc-lensGW !git clone https://github.com/SSingh087/lensGW-PyCBC-plugin.git
  • !python setup.py install
  • restart runtime

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Run this sample for testing

from pycbc import waveform
from lgw import *
waveform.add_custom_waveform('lensed', lensed_gw_td, 'time', force=True)
hp_tilde_lensed, hc_tilde_lensed = waveform.get_td_waveform(
                approximant="lensed", y0=0.1, y1=0.7937005, zS=2.0, zL=0.5, mL=1e8,
                ml=1e5, l0=0.5, l1=0, lens_model_list=['POINT_MASS'],
                optim='True', mass1=30, mass2=30, delta_t=1.0/16384, f_lower=20)