Add_Submodules { % InputMatrix and readbacks InputMatrix InputMatrix data_out bits data_out aCm data_out aCp data_out aCrec data_out aCref data_out rCmich data_out alphaCin data_out aSrec data_out aSref data_out aSasy data_out rSmich data_out alphaSin data_out detNormA data_out detNormB data_out testOut } Settings InputMatrix { % triggers recOn = IM_recOn recOff = IM_recOff armOn = IM_armOn armOff = IM_armOff boostOn = IM_boostOn boostOff = IM_boostOff lmSwitch = IM_lmSwitch detNormMin = IM_detNormMin % gain coefficients glmRef = IM_glmRef glmPob = IM_glmPob glpRef = IM_glpRef glpPob = IM_glpPob gLAsy = IM_gLAsy gLRef = IM_gLRef gLPob = IM_gLPob % signal normalization sPtrt = IM_sPtrt sPtrr = IM_sPtrr sPref = IM_sPref sPpob = IM_sPpob sSpob = IM_sSpob sPasy = IM_sPasy % misc gamma = IM_epsilon pushPRM = IM_rhoR trSmooth = IM_lambdaMin gainRealloc = IM_lambdaMax % alignBits: % 1 = RM % 2 = ITMt % 4 = ITMr % 8 = ETMt % 16 = EMTr alignBits = IM_alignBits } Add_Connections { % power signals to InputMatrix this Ptrt -> InputMatrix Ptrt this Ptrr -> InputMatrix Ptrr this Ppob -> InputMatrix Ppob this Pref -> InputMatrix Pref this Pasy -> InputMatrix Pasy this Spob -> InputMatrix Spob % demod signals to InputMatrix this Qasy -> InputMatrix Qasy this Iasy -> InputMatrix Iasy this Qpob -> InputMatrix Qpob this Ipob -> InputMatrix Ipob this Qref -> InputMatrix Qref this Iref -> InputMatrix Iref % InputMatrix to DOF outputs InputMatrix Lm -> this Lm InputMatrix lm -> this lm InputMatrix Lp -> this Lp InputMatrix lp -> this lp % InputMatrix bits ouput InputMatrix bits -> this bits % InputMatrix to data_outs InputMatrix bits -> bits InputMatrix aCp -> aCp InputMatrix aCm -> aCm InputMatrix alphaCin -> alphaCin InputMatrix rCmich -> rCmich InputMatrix aCrec -> aCrec InputMatrix aCref -> aCref InputMatrix alphaSin -> alphaSin InputMatrix rSmich -> rSmich InputMatrix aSasy -> aSasy InputMatrix aSref -> aSref InputMatrix aSrec -> aSrec InputMatrix detNormA -> detNormA InputMatrix detNormB -> detNormB InputMatrix testOut -> testOut }