products we need for Planck

[iabrilcabezas]

we would still need a way to read-in the "noise sims". to be read in a function like this (from Frank)
hp.read_map(f'/gpfs/fs0/project/r/rbond/jiaqu/{sim_type}_sim/{n_index}/residual/residual_{sim_type}_{freq}_{n_index}.fits', field=(0,1,2)), where
if split==0 or split==1: sim_type = 'npipe6v20A' elif split==2 or split==3: sim_type = 'npipe6v20B',
freq [int, GHz], and task is the identifier for the simulation.

[iabrilcabezas]

the other problem is that beams_nemo.yaml didn't allow me to have both act and Planck configs, hence they are set to 'all'

allowed_qids_configs:

• act_dr6vX_qids.yaml
• planck_npipe.yaml

allowed_qids:

• p04
• p05
• pa4a
• pa4a_dd
• pa4a_dw
• pa4b
• pa4b_dd
• pa4b_dw
• pa5a
• pa5a_dd
• pa5a_dw
• pa5b
• pa5b_dd
• pa5b_dw
• pa6a
• pa6a_dd
• pa6a_dw
• pa6b
• pa6b_dd
• pa6b_dw

[iabrilcabezas]

I think this is all we need and the PR for cluster_model is not needed. The cluster model already exists, it is the maps we load with DataModel.from_config('act_nemo').read_map(subproduct=nemo_subproduct, qid=qid, coadd=True)