0001 function [AdtQA_V] = cal_AdtQA_V ... 0002 (Nvact, Ndelta, Delta_set, ax_z, mar, Vmar, indx, deltax); 0003 0004 for nld = 1:Ndelta 0005 for nl = 1:Ndelta 0006 if nl ~= nld 0007 AdtQA_V{nld,nl} = spalloc(Nvact, Nvact, Nvact); 0008 end 0009 end 0010 end 0011 for nv = 1:Nvact 0012 for nld = 1:Ndelta 0013 indnld = (deltax{nv}==Delta_set(nld)); 0014 if sum(indnld) 0015 for nl = 1:Ndelta 0016 indnl = (deltax{nv}==Delta_set(nl)); 0017 if sum(indnl) 0018 if nl ~= nld 0019 Vmar_fz = sparse(Nvact, Nvact); 0020 Vmar_fz(indx{nv}(indnld),indx{nv}(indnl)) = Vmar{nv}(indnld,indnl); 0021 AdtQA_V{nld,nl} = AdtQA_V{nld,nl} + Vmar_fz/ax_z(nv); 0022 end 0023 end 0024 end 0025 end 0026 end 0027 end