update for cran

CRAN-SUBMISSION

@@ -0,0 +1,3 @@
+Version: 0.1.0
+Date: 2022-11-11 18:12:35 UTC
+SHA: 2465083c3e4d5a2b96d433ec25c5c699b7d77c28

DESCRIPTION

@@ -53,5 +53,5 @@ VignetteBuilder:
     knitr
 Encoding: UTF-8
 Roxygen: list(markdown = TRUE)
-RoxygenNote: 7.2.3
+RoxygenNote: 7.3.2
 LazyData: true

cran-comments.md

@@ -2,9 +2,9 @@ First submission to CRAN
 
 ## Test environments
 
-- Local Ubuntu 20.04 installation (R 4.2.2)
+- Local Ubuntu 20.04 installation (R 4.4.1)
 - GitHub Actions:
-  - Windows (oldrel)
+  - Windows (release, oldrel, devel)
   - MacOS (release, oldrel)
   - Ubuntu 20.04 (devel, release, oldrel)
 - r-hub:

tests/test_joao/insert_wear.R

@@ -0,0 +1,94 @@
+rm(list=ls())
+library(devtools)
+devtools::document()
+devtools::load_all()
+devtools::test()
+
+
+# tyre -----
+emi_list_wear <- emi_europe_emep_wear(dist = units::set_units(rep(1),"km"),
+                                      speed =  units::set_units(30,"km/h"),
+                                      pollutant = c("PM10","TSP","PM2.5"),
+                                      veh_type = c("Ubus Std 15 - 18 t","Ubus Artic >18 t"),
+                                      fleet_composition = c(0.5,0.5),
+                                      load = 0.5,
+                                      process = c("brake","tyre","road"),
+                                      as_list = TRUE)
+emi_list_wear
+emi_list <- emi_list_wear
+#emi_list <- emi_list_wear$emi
+source("R/emis_to_dt.R")
+names(emi_list_wear)
+wear_dt <- emis_to_dt(emi_list = emi_list_wear
+                      ,segment_vars = c("speed","dist")
+                      ,veh_vars = c("veh_type")
+                      ,process_vars = "process")
+wear_dt
+wear_dt[,sum(as.numeric(emi)),by = .(pollutant,veh_type,process)]
+source("R/emis_summary.R")
+emi_sum_wear <- emis_summary(emi_list = emi_list_wear
+                             ,by = "pollutant"
+                             ,veh_vars =  c("veh_type","fleet_composition"))
+emi_sum_wear
+emi_sum_wear <- emis_summary(emi_list = emi_list_wear
+                             ,by = "vehicle"
+                             ,veh_vars =  c("veh_type"))
+emi_sum_wear
+
+# hot_exaust------------
+source("R/ef_europe_emep.R")
+emi_he_list <- ef_europe_emep(euro = c("V","V"),
+                              speed = units::set_units(1:100,"km/h"),
+                              pollutant = c("PM10"),
+                              veh_type = c("Ubus Std 15 - 18 t","Ubus Artic >18 t"),
+                              load = 0.5,
+                              as_list = TRUE)
+names(emi_he_list)
+head(emi_he_list$EF,1)
+source("R/emis_summary.R")
+emi_sum <- emis_summary(emi_list = emi_he_list
+                        ,by = "pollutant"
+                        ,veh_vars =  c("veh_type","fleet_composition")
+                        ,process_vars = "process")
+emi_sum_wear
+#emi_list = emi_he_list
+#segment_vars = c("speed")
+#veh_vars = c("veh_type","euro")
+#emi_vars = "EF"
+#pol_vars = "pollutant"
+#process_vars = "process" 
+source("R/emis_to_dt.R")
+hex_dt <- emis_to_dt(emi_list = emi_he_list
+                     ,segment_vars = c("speed")
+                     ,veh_vars = c("veh_type","euro")
+                     ,emi_vars = "EF"
+                     ,pol_vars = "pollutant"
+                     ,process_vars = "process" 
+)
+hex_dt
+# merge emissions-----
+
+
+lcf_bw <- 1.00 + 0.79 * load
+# emission factor
+ef_tsp_pc_bw <- units::set_units(0.0075,'g/km')
+ef_tsp_bus_bw <- 3.13 * lcf_bw * ef_tsp_pc_bw
+#ef_tsp_bus_bw <- units::set_units(ef_tsp_bus_bw,'g/km')
+
+# speed corrections
+speed_cor_bw <- speed_cor_bw_f(speed)
+# emission
+a <- dist * speed_cor_bw
+a
+b <- a * ef_tsp_bus_bw
+b * mass_bw
+a <- (dist * as.matrix(speed_cor_bw) )
+b <- ef_tsp_bus_bw * mass_bw
+for(i in 1:ncol(b)) b[]
+dim(a)
+dim(b)
+a %*% b
+a %*% t(b)
+b %*% t(a)
+b %*% a
+tmp_emi <- (ef_tsp_bus_bw %*% * mass_bw) 

vignettes/gtfs2emis_non_exhaust_ef.Rmd

@@ -27,12 +27,10 @@ $$
  TE_i = dist \times EF_{tsp}(j) \times mf_s(i) \times SC(speed)
 $$ where:
 
--   $TE(i)$ = total emissions of pollutant i (g),
+-   $TE(i)$ = total emissions of pollutant $i$ (g),
 -   $dist$ = distance driven by each vehicle (km),
--   $EF_{tsp}(j)$ = TSP mass emission factor for vehicles of category j
-    (g/km),
--   $mf_s(i)$ = mass fraction of TSP that can be attributed to particle
-    size class i,
+-   $EF_{tsp}(j)$ = TSP (Total Suspended Particle) mass emission factor for vehicles of category $j$ (g/km),
+-   $mf_s(i)$ = mass fraction of TSP that can be attributed to pollutant $i$,
 -   $SC(speed)$ = correction factor for a mean vehicle travelling at a
     given speed (-).