Survey corrections for the power spectrum in redshift space measured from the FKP estimator - by Pierre Zhang window, integral constraint, wide-angle, and binning. python script measure_Qk.py: measure the Fourier-space window Q(k) using the FKP estimator with the same settings of the corresponding power spectrum measurements but for 4 choices of box side length: 100000, 35000, 10000, 3500. Rely on the FKP estimator implemented in nbodykit: https://nbodykit.readthedocs.io/ jupyter notebook Qs_from_Qk.ipynb: compute configuration-space window Q(s) from the spherical-Bessel transform of Q(k) jupyter notebook Wkkp_from_Qs.ipynb: compute Fourier-convolution matrix W(k,kp) from the double spherical-Bessel transform of Q(s); add the integral constraint and binning. jupyter notebook example_Pk.ipynb: compute the multipoles of the linear galaxy power spectrum in redshift space with geometrical effects: window, integral constraint, wide-angle, and binning. v0.1.0 (22/07/13): window functions with consistent normalization v0.1.1 (23/02/19): added integral constraint and wide-angle effects v0.1.2 (32/04/16): normalization accuracy improved