code stringlengths 3 6.57k |
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str(estimator) |
np.savetxt("abinsper_"+str(cosmology) |
str(geometry) |
str(vtype) |
str(estimator) |
np.savetxt("atpcf_"+str(cosmology) |
str(geometry) |
str(vtype) |
str(estimator) |
np.savetxt("atpcferr_"+str(cosmology) |
str(geometry) |
str(vtype) |
str(estimator) |
print (correl, correlerr) |
aDDcalc(dat, binspar, binsper, parmetric, permetric, rng) |
print ("Calculating anisotropic DD...\n DD=") |
np.zeros((len(binspar) |
len(binsper) |
tqdm(range(len(dat) |
adbt.query_radius(dat[i].reshape(1, -1) |
dist.cdist([dat[i], ], dat[j[j>i]], parmetric) |
print("dist0") |
dist.cdist([dat[i], ], dat[j[j>i]], permetric) |
print("dist1") |
np.histogram2d(dist0, dist1, range=rng, bins=(binspar, binsper) |
np.histogram2d(dist0, dist1, range=rng, bins=(binspar, binsper) |
print ("rng") |
print("binspar") |
print("binsper") |
len(dat) |
print (dd) |
aRRcalc(datR, binspar, binsper, parmetric, permetric, rng) |
print ("Calculating anisotropic RR...\n RR=") |
np.zeros((len(binspar) |
len(binsper) |
BallTree(datR, metric='pyfunc', func=permetric) |
tqdm(range(len(datR) |
arbt.query_radius(datR[i].reshape(1, -1) |
dist.cdist([datR[i], ], datR[j[j>i]], parmetric) |
dist.cdist([datR[i], ], datR[j[j>i]], permetric) |
np.histogram2d(dist0, dist1, range=rng, bins=(binspar, binsper) |
len(datR) |
print (rr) |
aDRcalc(dat, datR, binspar, binsper, parmetric, permetric, rng) |
print ("Calculating anisotropic DR...\n DR=") |
np.zeros((len(binspar) |
len(binsper) |
BallTree(datR, metric='pyfunc', func=permetric) |
tqdm(range(len(dat) |
arbt.query_radius(dat[i].reshape(1, -1) |
dist.cdist([dat[i], ], datR[j[j>i]], parmetric) |
dist.cdist([dat[i], ], datR[j[j>i]], permetric) |
np.histogram2d(dist0, dist1, range=rng, bins=(binspar, binsper) |
len(dat) |
len(datR) |
print (dr) |
aRDcalc(dat, datR, binspar, binsper, parmetric, permetric, rng) |
print ("Calculating anisotropic RD...\n RD=") |
np.zeros((len(binspar) |
len(binsper) |
BallTree(datR, metric='pyfunc', func=permetric) |
tqdm(range(len(datR) |
arbt.query_radius(datR[i].reshape(1, -1) |
dist.cdist([datR[i], ], dat[j[j>i]], parmetric) |
dist.cdist([datR[i], ], dat[j[j>i]], permetric) |
np.histogram2d(dist0, dist1, range=rng, bins=(binspar, binsper) |
len(dat) |
len(datR) |
print (rd) |
aDDwcalc(dat, binspar, binsper, parmetric, permetric, rng, weights) |
print ("Calculating anisotropic DD with weights...\n DD=") |
np.zeros((len(binspar) |
len(binsper) |
BallTree(dat, metric='pyfunc', func=permetric) |
tqdm(range(len(dat) |
adbt.query_radius(dat[i].reshape(1, -1) |
dist.cdist([dat[i], ], dat[j[j>i]], parmetric) |
dist.cdist([dat[i], ], dat[j[j>i]], permetric) |
np.histogram2d(dist0, dist1, range=rng, bins=(binspar, binsper) |
len(dat) |
print (dd) |
aRRwcalc(datR, binspar, binsper, parmetric, permetric, rng, rweights) |
print ("Calculating anisotropic RR with weights...\n RR=") |
np.zeros((len(binspar) |
len(binsper) |
tqdm(range(len(datR) |
arbt.query_radius(datR[i].reshape(1, -1) |
dist.cdist([datR[i], ], datR[j[j>i]], parmetric) |
dist.cdist([datR[i], ], datR[j[j>i]], permetric) |
np.histogram2d(dist0, dist1, range=rng, bins=(binspar, binsper) |
len(datR) |
print (rr) |
aDRwcalc(dat, datR, binspar, binsper, parmetric, permetric, rng, rweights) |
print ("Calculating anisotropic DR with weights...\n DR=") |
np.zeros((len(binspar) |
len(binsper) |
BallTree(datR, metric='pyfunc', func=permetric) |
tqdm(range(len(dat) |
arbt.query_radius(dat[i].reshape(1, -1) |
dist.cdist([dat[i], ], datR[j], parmetric) |
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