R/checksplineMatrix.R

In CenterForAssessment/SGP: Student Growth Percentiles & Percentile Growth Trajectories

`checksplineMatrix` <-
function(list.of.splineMatrix,
	sgp_object=NULL,
	state=NULL,
	content_area=NULL,
	year=NULL) {

	if (is.splineMatrix(list.of.splineMatrix)) {
		list.of.splineMatrix <- list(list.of.splineMatrix)
	}
	for (i in names(list.of.splineMatrix)) {
		if (!grepl("SIMEX", i)) {
			if (!grepl("BASELINE", i) || is.null(state) || is.null(SGP::SGPstateData[[state]][['Baseline_splineMatrix']])) {
				splineMatrix.tf <- sapply(list.of.splineMatrix[[i]], validObject, test=TRUE)==TRUE
				if (!all(splineMatrix.tf)) {
					content_area <- unlist(strsplit(i, "[.]"))[1]; year <- unlist(strsplit(i, "[.]"))[2]
					for (j in names(list.of.splineMatrix[[i]])[!splineMatrix.tf]) {
						message(paste("\tNOTE: Updating Coefficient Matrix", i, j, "to new splineMatrix class."))
						list.of.splineMatrix[[i]][[j]] <-
							as.splineMatrix(matrix_argument=list.of.splineMatrix[[i]][[j]], matrix_argument_name=j, content_area=content_area, year=year, sgp_object=sgp_object)
					}
				}
				list.of.splineMatrix[[i]] <- uniquesplineMatrix(list.of.splineMatrix[[i]])
			} else {
				list.of.splineMatrix[[i]] <- SGP::SGPstateData[[state]][['Baseline_splineMatrix']][['Coefficient_Matrices']][[i]]
			}
		} else {
			for (grd_ord in names(list.of.splineMatrix[[i]])) {
				for (lambda in grep("lambda", names(list.of.splineMatrix[[i]][[grd_ord]]), value=TRUE)) {
					splineMatrix.tf <- sapply(list.of.splineMatrix[[i]][[grd_ord]][[lambda]], validObject, test=TRUE)==TRUE
					if (!all(splineMatrix.tf)) {
						content_area <- unlist(strsplit(i, "[.]"))[1]; year <- unlist(strsplit(i, "[.]"))[2]
						for (j in names(list.of.splineMatrix[[i]][[grd_ord]][[lambda]])[!splineMatrix.tf]) {
							message(paste("\tNOTE: Updating Coefficient Matrix", i, grd_ord, lambda, j, "to new splineMatrix class."))
							list.of.splineMatrix[[i]][[grd_ord]][[lambda]][[j]] <-
								as.splineMatrix(matrix_argument=list.of.splineMatrix[[i]][[grd_ord]][[lambda]][[j]], matrix_argument_name=j, content_area=content_area, year=year, sgp_object=sgp_object)
						}
					}
					list.of.splineMatrix[[i]][[grd_ord]][[lambda]] <- uniquesplineMatrix(list.of.splineMatrix[[i]][[grd_ord]][[lambda]])
				}
			}
		}
	}
	return(list.of.splineMatrix)
} ### END checksplineMatrix