X__text__TEXT L__data__DATA__cstring__TEXT|__literal8__TEXT@ __picsymbolstub2__TEXTH,$ H__la_sym_ptr2__DATAt0P 0  __nl_symbol_ptr__DATA __textcoal_nt__TEXT @ PUSE D$ED$$*D$D$$t/D$$t$E []US]E D$ED$4$D$D$$_t12D$$%t$‹E []ÐUS4U E @ E @2mD$$hED$$:D$$ D$D$$E D$D$$E D$D$$cE D$D$$A$!D$$HE D$$tE D$$E D$$E D$+D$$gE @ D$2D$$EE @D$2D$$#ID$$ $ D$D$$&E @D$E @ D$E D$D$$4[]%s (default=%.16g): %s (default=%d): rLoading eigenproblem parameter file '%s'%lf%dwPrecisionReorthogonalizationKrylov basis size%.16g %d /* The numbers above are the parameters for the numerical eigenvalue problem: prec = aimed accuracy for eigenvectors (default=1.e-4) reortho = reorthogonalisation of Krylov basis: yes=1, no=0 (default=0) size = size of the Krylov basis The shift is given in the .pro file because its choice relies on physical considerations. */Unable to open file '%s'Eigenproblem parameters: prec = %g, reortho = %d, size = %d-C6?'⍀'P⍀P⍀Pmh⍀PTO⍀P;6⍀P"⍀P ⍀P⍀Pj⍀jPU⍀UP@⍀@PUn6Oh$Ë$à7iY7G9'7!i7i7b7P7<727`N07C5#-7-7)777r^7<@73  p^O3-%  ( "``  GG  ..        ~ y ske ` ZRL G A|9|3 . (xf xf  tMtM ,($          (#~T_nev;___i686.get_pc_thunk.bx_EigenPar___i686.get_pc_thunk.axdyld_stub_binding_helper_Name_Path___sF_fprintf_fclose_fscanf_Msg_fopen_strcat_strcpy_atoi_atof_strcmp_fgets_printf_EigenGetDouble_EigenGetInt