Updated Y3 file manager IDs

Author: misharash

DESI/Y3/post/make_covs.py

@@ -179,7 +179,7 @@ def make_rescaled_cov():
             # Recipe: run convert cov
 
     # obtain the counts names
-    reg_pycorr_names = [f.filepath for f in fm.select(id = 'correlation_recon_y1', **xi_setup)]
+    reg_pycorr_names = [f.filepath for f in fm.select(id = 'correlation_recon_y3', **xi_setup)]
 
     if len(reg_pycorr_names) == len(regs): # if we have pycorr files for all regions
         if len(reg_results) == len(regs): # if we have RascalC results for all regions

DESI/Y3/post/run_covs.py

@@ -135,14 +135,14 @@ def read_catalog(filename: str, z_min: float = -np.inf, z_max: float = np.inf, F
 if len(tlabels) == 2: corlabels += ["_".join(tlabels), tlabels[1]] # cross-correlation comes between the auto-correlatons
 
 # Filenames for saved pycorr counts
-pycorr_filenames = [[f.filepath for f in fm.select(id = 'correlation_recon_y1', tracer = corlabel, **common_setup, **xi_setup)] for corlabel in corlabels]
+pycorr_filenames = [[f.filepath for f in fm.select(id = 'correlation_recon_y3', tracer = corlabel, **common_setup, **xi_setup)] for corlabel in corlabels]
 print("pycorr filenames:", pycorr_filenames)
 
 # Filenames for randoms and galaxy catalogs
-random_filenames = [[f.filepath for f in fm.select(id = 'catalog_randoms_recon_y1', tracer = tlabel, iran = range(nrandoms), **common_setup, **recon_setup)] for tlabel in tlabels]
+random_filenames = [[f.filepath for f in fm.select(id = 'catalog_randoms_recon_y3', tracer = tlabel, iran = range(nrandoms), **common_setup, **recon_setup)] for tlabel in tlabels]
 print("Random filenames:", random_filenames)
 if njack:
-    data_ref_filenames = [fm.select(id = 'catalog_data_recon_y1', tracer = tlabel, **common_setup, **recon_setup)[0].filepath for tlabel in tlabels] # only for jackknife reference, could be used for determining the number of galaxies but not in this case
+    data_ref_filenames = [fm.select(id = 'catalog_data_recon_y3', tracer = tlabel, **common_setup, **recon_setup)[0].filepath for tlabel in tlabels] # only for jackknife reference, could be used for determining the number of galaxies but not in this case
     print("Data filenames:", data_ref_filenames)
 
 # Load pycorr counts

DESI/Y3/pre/make_covs.py

@@ -176,7 +176,7 @@ def make_rescaled_cov():
             # Recipe: run convert cov
 
     # obtain the counts names
-    reg_pycorr_names = [f.filepath for f in fm.select(id = 'correlation_y1', **xi_setup)]
+    reg_pycorr_names = [f.filepath for f in fm.select(id = 'correlation_y3', **xi_setup)]
 
     if len(reg_pycorr_names) == len(regs): # if we have pycorr files for all regions
         if len(reg_results) == len(regs): # if we have RascalC results for all regions

DESI/Y3/pre/run_covs.py

@@ -126,14 +126,14 @@ def read_catalog(filename: str, z_min: float = -np.inf, z_max: float = np.inf, F
 if len(tlabels) == 2: corlabels += ["_".join(tlabels), tlabels[1]] # cross-correlation comes between the auto-correlatons
 
 # Filenames for saved pycorr counts
-pycorr_filenames = [[f.filepath for f in fm.select(id = 'correlation_y1', tracer = corlabel, **common_setup, **xi_setup)] for corlabel in corlabels]
+pycorr_filenames = [[f.filepath for f in fm.select(id = 'correlation_y3', tracer = corlabel, **common_setup, **xi_setup)] for corlabel in corlabels]
 print("pycorr filenames:", pycorr_filenames)
 
 # Filenames for randoms and galaxy catalogs
-random_filenames = [[f.filepath for f in fm.select(id = 'catalog_randoms_y1', tracer = tlabel, iran = range(nrandoms), **common_setup)] for tlabel in tlabels]
+random_filenames = [[f.filepath for f in fm.select(id = 'catalog_randoms_y3', tracer = tlabel, iran = range(nrandoms), **common_setup)] for tlabel in tlabels]
 print("Random filenames:", random_filenames)
 if njack:
-    data_ref_filenames = [fm.select(id = 'catalog_data_y1', tracer = tlabel, **common_setup)[0].filepath for tlabel in tlabels] # only for jackknife reference, could be used for determining the number of galaxies but not in this case
+    data_ref_filenames = [fm.select(id = 'catalog_data_y3', tracer = tlabel, **common_setup)[0].filepath for tlabel in tlabels] # only for jackknife reference, could be used for determining the number of galaxies but not in this case
     print("Data filenames:", data_ref_filenames)
 
 # Load pycorr counts