clear ueConfig=struct('NCellID',25,'RNTI',11,'NULRB',6,'NSubframe',1,'CyclicPrefixUL','Normal','NTxAnts',1,'Hopping','Off'); pucchConfig=struct('NLayers',1,'OrthCover','Off','Shortened',0,'ResourceSize',0); addpath('../../build/srslte/lib/phch/test') format_str={'1','1a','1b','2','2a','2b'}; k=1; for f=0:5 for n=0:7:130 for d=1:3 for ncs=0:d:7 pucchConfig.ResourceIdx= n; pucchConfig.DeltaShift = d; pucchConfig.CyclicShifts = ncs; if (f >= 3) nb=20; nb_ack=f-3; else nb=f; nb_ack=0; end bits=randi(2,nb,1)-1; bits_ack=randi(2,nb_ack,1)-1; fprintf('Testing PUCCH Format: %s, n_pucch=%d, DeltaShift=%d, CyclicShift=%d\n',format_str{f+1},n,d,ncs); if (f >= 3) [sym_mat, info]=ltePUCCH2(ueConfig,pucchConfig,bits); idx=ltePUCCH2Indices(ueConfig,pucchConfig); [dmrs_mat, info_dmrs]=ltePUCCH2DRS(ueConfig,pucchConfig,bits_ack); idx_dmrs=ltePUCCH2DRSIndices(ueConfig,pucchConfig); else [sym_mat, info]=ltePUCCH1(ueConfig,pucchConfig,bits); idx=ltePUCCH1Indices(ueConfig,pucchConfig); [dmrs_mat, info_dmrs]=ltePUCCH1DRS(ueConfig,pucchConfig); idx_dmrs=ltePUCCH1DRSIndices(ueConfig,pucchConfig); end subframe_mat = lteULResourceGrid(ueConfig); subframe_mat(idx)=sym_mat; subframe_mat(idx_dmrs)=dmrs_mat; [sym, dmrs, subframe]=srslte_pucch_encode(ueConfig,pucchConfig,[bits; bits_ack]); error_sym=max(abs(sym-sym_mat)); error_dmrs=max(abs(dmrs-dmrs_mat)); error_sf=max(abs(subframe_mat(:)-subframe)); k=k+1; if (error_sym > 1e-5) disp(info) plot(1:length(sym),sym,1:length(sym_mat),sym_mat) legend('srsLTE','Matlab') error('Error in symbols'); end if (error_dmrs > 1e-5) disp(info_dmrs) plot(angle(dmrs)-angle(dmrs_mat)) error('Error in DMRS'); end if (error_sf > 1e-5) disp(info) plot(abs(subframe-subframe_mat(:))) error('Error in subframe'); end end end end end if (k == 2) disp(info) disp(error_sym) disp(error_sf) n=1:length(sym); plot(n,real(sym(n)),n,real(sym_mat(n))) end