R/getSpecList.R

In TIMP: Fitting Separable Nonlinear Models in Spectroscopy and Microscopy

"getSpecList" <-
  function(multimodel, t, getclperr = FALSE) {
    m <- multimodel@modellist
    clpList <- list()
    resultlist <- multimodel@fit@resultlist
    for (i in 1:length(m)) {
      ## fill in the clp
      if (getclperr) {
        cptemp <- resultlist[[i]]@std_err_clp
      } else {
        cptemp <- resultlist[[i]]@cp
      }

      if (m[[i]]@clpType == "x2") {
        nx <- m[[i]]@nl
        colc <- max(m[[i]]@ncolc)
      } else {
        nx <- m[[i]]@nt
        colc <- max(m[[i]]@ncole)
      }
      X <- matrix(nrow = nx, ncol = colc)

      X[which(m[[i]]@clpCon$clp0mat != 0)] <- 0

      ## mark those clp determined by equality with 0
      if (m[[i]]@lclpequ) {
        for (k in 1:dim(m[[i]]@clpCon$clpRem)[1]) {
          for (l in 1:dim(m[[i]]@clpCon$clpRem)[2]) {
            if (m[[i]]@clpCon$clpRem[k, l] != 0) {
              X[k, m[[i]]@clpCon$clpRem[k, l]] <- 0
            }
          }
        }
      }


      for (j in 1:nx) {
        X[j, is.na(X[j, ])] <- cptemp[[j]]
        if (m[[i]]@lclpequ) {
          for (l in 1:dim(m[[i]]@clpCon$clpRem)[2]) {
            if (m[[i]]@clpCon$clpRem[j, l] != 0) {
              X[j, m[[i]]@clpCon$clpRem[j, l]] <- X[j, m[[i]]@clpCon$clpMod[j, l]] * t[[i]]@clpequ[l]
            }
          }
        }
      }

      ## go back and enforce the equ constraints
      # this is now done above:
      # if(m[[i]]@lclpequ) {
      # for(j in 1:nx) {
      # cptemp[[k]][m[[i]]@clpCon$clpMod[k,l]] * t[[i]]@clpequ
      #  X[j, m[[i]]@clpCon$clpRem[j,] ] <- X[j, m[[i]]@clpCon$clpMod[j,] ] *
      #    t[[i]]@clpequ
      # }
      clpList[[i]] <- X
    }
    clpList
  }