This sensor from TPF collection
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Collibration | |
Precision | |
Ranges | |
Renew sensors |
source("utilities_tpf.r"); sensors.t.pl_l_drake_1976 <- function(Pl, L, ...){ Pl <- tpf.recalc_minaral("PL",Pl); L <- tpf.recalc_minaral("L",L); X <- Pl$Na_pfu / Pl$Ca_pfu; K <- L$Ca_pfu / (L$Ca_pfu + L$Al_c4_pfu + L$Al_c6_pfu + L$Na_pfu + L$Si_pfu); L <- (L$Al_c4_pfu + L$Al_c6_pfu) / (L$Ca_pfu + L$Al_c4_pfu + L$Al_c6_pfu + L$Na_pfu + L$Si_pfu); M <- L$Na_pfu / (L$Ca_pfu + L$Al_c4_pfu + L$Al_c6_pfu + L$Na_pfu + L$Si_pfu); N <- L$Si_pfu / (L$Ca_pfu + L$Al_c4_pfu + L$Al_c6_pfu + L$Na_pfu + L$Si_pfu); F <- K + L - M - N; R <- M * N / K / L; Q <- 20.31 + log(R / X); T <- (Q + sqrt(Q^2 + 4 * 0.01248 * 12900 * F)) / 2 / 0.01248 - 273; return(data.frame(Name=paste0(L$Name,"-", Pl$Name),T_calc=T)); } sensors.t.pl_l_drake_1976.args <- function(){ ars <- list(); ars$minerals <- c("Pl", "L"); ars$ranges <- c(); return(ars); } #sensors.t.pl_l_drake_1976.test <- function(){ # #}