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Code_review.rmd
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Code_review.rmd
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rm(list=ls())
setwd("C:/Users/tylersmith22/Documents/Masters_Research/data")
clean_raw <- read.csv("clean_raw.csv")
meas_h <- read.csv("meas_height.csv")
stationing_df <- read.csv("corr_stationing.csv")
plot(stationing_df$stationing[c(1:25)], stationing_df$tile_dry_g[c(1:25)], pch = 16,
xlim = c(0, max(stationing_df$stationing[c(1:75)])),
ylim = c(0, max(stationing_df$tile_dry_g[c(1:75)])),
xlab = "Stationing (m)",
ylab = "Sediment Accumulation (g)",
main = "SL Sediment Accumulation")+
points(stationing_df$stationing[c(26:50)], stationing_df$tile_dry_g[c(26:50)], pch = 16, col ="blue")+
points(stationing_df$stationing[c(51:75)], stationing_df$tile_dry_g[c(51:75)], pch = 16, col = "red")+
legend(x = "topright", text.font = 4,
fill = c("black","blue","red"),text.col = "black",
legend=c("x-secs 1", "x-secs 2", "x-secs 3"))
one_one <- stationing_df[c(1:5), c(2,4,8:11)]
one_two <- stationing_df[c(6:10), c(2,4,8:11)]
one_three <- stationing_df[c(11:15), c(2,4,8:11)]
one_four <- stationing_df[c(16:20), c(2,4,8:11)]
one_five <- stationing_df[c(21:25), c(2,4,8:11)]
two_one <- stationing_df[c(26:30), c(2,4,8:11)]
two_two <- stationing_df[c(31:35), c(2,4,8:11)]
two_three <- stationing_df[c(36:40), c(2,4,8:11)]
two_four <- stationing_df[c(41:45), c(2,4,8:11)]
two_five <- stationing_df[c(46:50), c(2,4,8:11)]
three_one <- stationing_df[c(51:55), c(2,4,8:11)]
three_two <- stationing_df[c(56:60), c(2,4,8:11)]
three_three <- stationing_df[c(61:65), c(2,4,8:11)]
three_four <- stationing_df[c(66:70), c(2,4,8:11)]
three_five <- stationing_df[c(71:75), c(2,4,8:11)]
plot(one_one$stationing, one_one$tile_dry_g, pch = 16,
xlim = c(0, max(stationing_df$stationing[c(1:25)])),
ylim = c(0, max(stationing_df$tile_dry_g[c(1:25)])),
xlab = "Stationing (m)",
ylab = "Sediment Accumulation (g)",
main = "Section 1 X-Sec")+
points(one_two$stationing, one_two$tile_dry_g, col = "blue", pch = 16)+
points(one_three$stationing, one_three$tile_dry_g, col = "green", pch = 16)+
points(one_four$stationing, one_four$tile_dry_g, col = "orange", pch = 16)+
points(one_five$stationing, one_five$tile_dry_g, col = "red", pch = 16)+
lines(one_one$stationing, one_one$tile_dry_g, pch = 16)+
lines(one_two$stationing, one_two$tile_dry_g, col = "blue", pch = 16)+
lines(one_three$stationing, one_three$tile_dry_g, col = "green", pch = 16)+
lines(one_four$stationing, one_four$tile_dry_g, col = "orange", pch = 16)+
lines(one_five$stationing, one_five$tile_dry_g, col = "red", pch = 16)+
legend(x = "topright", text.font = 4,
fill = c("black","blue","green","orange","red"),text.col = "black",
legend=c("1.1", "1.2", "1.3","1.4","1.5"))
plot(two_one$stationing, two_one$tile_dry_g, pch = 16,
xlim = c(0, max(stationing_df$stationing[c(26:50)])),
ylim = c(0, max(stationing_df$tile_dry_g[c(26:50)])),
xlab = "Stationing (m)",
ylab = "Sediment Accumulation (g)",
main = "Section 2 X-Sec")+
points(two_two$stationing, two_two$tile_dry_g, col = "blue", pch = 16)+
points(two_three$stationing, two_three$tile_dry_g, col = "green", pch = 16)+
points(two_four$stationing, two_four$tile_dry_g, col = "orange", pch = 16)+
points(two_five$stationing, two_five$tile_dry_g, col = "red", pch = 16)+
lines(two_one$stationing, two_one$tile_dry_g, pch = 16)+
lines(two_two$stationing, two_two$tile_dry_g, col = "blue", pch = 16)+
lines(two_three$stationing, two_three$tile_dry_g, col = "green", pch = 16)+
lines(two_four$stationing, two_four$tile_dry_g, col = "orange", pch = 16)+
lines(two_five$stationing, two_five$tile_dry_g, col = "red", pch = 16)+
legend(x = "topright", text.font = 4,
fill = c("black","blue","green","orange","red"),text.col = "black",
legend=c("2.1", "2.2", "2.3","2.4","2.5"))
plot(three_one$stationing, three_one$tile_dry_g, pch = 16,
xlim = c(0, max(stationing_df$stationing[c(51:75)])),
ylim = c(0, max(stationing_df$tile_dry_g[c(51:75)])),
xlab = "Stationing (m)",
ylab = "Sediment Accumulation (g)",
main = "Section 3 X-Sec")+
points(three_two$stationing, three_two$tile_dry_g, col = "blue", pch = 16)+
points(three_three$stationing, three_three$tile_dry_g, col = "green", pch = 16)+
points(three_four$stationing, three_four$tile_dry_g, col = "orange", pch = 16)+
points(three_five$stationing, three_five$tile_dry_g, col = "red", pch = 16)+
lines(three_one$stationing, three_one$tile_dry_g, pch = 16)+
lines(three_two$stationing, three_two$tile_dry_g, col = "blue", pch = 16)+
lines(three_three$stationing, three_three$tile_dry_g, col = "green", pch = 16)+
lines(three_four$stationing, three_four$tile_dry_g, col = "orange", pch = 16)+
lines(three_five$stationing, three_five$tile_dry_g, col = "red", pch = 16)+
legend(x = "topright", text.font = 4,
fill = c("black","blue","green","orange","red"),text.col = "black",
legend=c("3.1", "3.2", "3.3","3.4","3.5"))
#=======================
# log base 10 plots
#=======================
plot(stationing_df$stationing[c(1:25)], log10(stationing_df$tile_dry_g[c(1:25)]), pch = 16,
xlim = c(0, max(stationing_df$stationing[c(1:75)])),
ylim = log10(c(0.01, max(stationing_df$tile_dry_g[c(1:75)]))),
xlab = "Stationing (m)",
ylab = "Sediment Accumulation (g)",
main = "SL Sediment Accumulation")+
points(stationing_df$stationing[c(26:50)], log10(stationing_df$tile_dry_g[c(26:50)]), pch = 16, col ="blue")+
points(stationing_df$stationing[c(51:75)], log10(stationing_df$tile_dry_g[c(51:75)]), pch = 16, col = "red")+
legend(x = "bottomright", text.font = 4,
fill = c("black","blue","red"),text.col = "black",
legend=c("x-secs 1", "x-secs 2", "x-secs 3"))
plot(one_one$stationing, log10(one_one$tile_dry_g), pch = 16,
xlim = c(0, max(stationing_df$stationing[c(1:25)])),
ylim = log10(c(0.01, max(stationing_df$tile_dry_g[c(1:25)]))),
xlab = "Stationing (m)",
ylab = "Sediment Accumulation (g)",
main = "Section 1 X-Sec")+
points(one_two$stationing, log10(one_two$tile_dry_g), col = "blue", pch = 16)+
points(one_three$stationing, log10(one_three$tile_dry_g), col = "green", pch = 16)+
points(one_four$stationing, log10(one_four$tile_dry_g), col = "orange", pch = 16)+
points(one_five$stationing, log10(one_five$tile_dry_g), col = "red", pch = 16)+
lines(one_one$stationing, log10(one_one$tile_dry_g), pch = 16)+
lines(one_two$stationing, log10(one_two$tile_dry_g), col = "blue", pch = 16)+
lines(one_three$stationing, log10(one_three$tile_dry_g), col = "green", pch = 16)+
lines(one_four$stationing, log10(one_four$tile_dry_g), col = "orange", pch = 16)+
lines(one_five$stationing, log10(one_five$tile_dry_g), col = "red", pch = 16)+
legend(x = "right", text.font = 4,
fill = c("black","blue","green","orange","red"),text.col = "black",
legend=c("1.1", "1.2", "1.3","1.4","1.5"))
plot(two_one$stationing, log10(two_one$tile_dry_g), pch = 16,
xlim = c(0, max(stationing_df$stationing[c(26:50)])),
ylim = log10(c(0.01, max(stationing_df$tile_dry_g[c(26:50)]))),
xlab = "Stationing (m)",
ylab = "Sediment Accumulation (g)",
main = "Section 2 X-Sec")+
points(two_two$stationing, log10(two_two$tile_dry_g), col = "blue", pch = 16)+
points(two_three$stationing, log10(two_three$tile_dry_g), col = "green", pch = 16)+
points(two_four$stationing, log10(two_four$tile_dry_g), col = "orange", pch = 16)+
points(two_five$stationing, log10(two_five$tile_dry_g), col = "red", pch = 16)+
lines(two_one$stationing, log10(two_one$tile_dry_g), pch = 16)+
lines(two_two$stationing, log10(two_two$tile_dry_g), col = "blue", pch = 16)+
lines(two_three$stationing, log10(two_three$tile_dry_g), col = "green", pch = 16)+
lines(two_four$stationing, log10(two_four$tile_dry_g), col = "orange", pch = 16)+
lines(two_five$stationing, log10(two_five$tile_dry_g), col = "red", pch = 16)+
legend(x = "right", text.font = 4,
fill = c("black","blue","green","orange","red"),text.col = "black",
legend=c("2.1", "2.2", "2.3","2.4","2.5"))
plot(three_one$stationing, log10(three_one$tile_dry_g), pch = 16,
xlim = c(0, max(stationing_df$stationing[c(51:75)])),
ylim = log10(c(0.01, max(stationing_df$tile_dry_g[c(51:75)]))),
xlab = "Stationing (m)",
ylab = "Sediment Accumulation (g)",
main = "Section 3 X-Sec")+
points(three_two$stationing, log10(three_two$tile_dry_g), col = "blue", pch = 16)+
points(three_three$stationing, log10(three_three$tile_dry_g), col = "green", pch = 16)+
points(three_four$stationing, log10(three_four$tile_dry_g), col = "orange", pch = 16)+
points(three_five$stationing, log10(three_five$tile_dry_g), col = "red", pch = 16)+
lines(three_one$stationing, log10(three_one$tile_dry_g), pch = 16)+
lines(three_two$stationing, log10(three_two$tile_dry_g), col = "blue", pch = 16)+
lines(three_three$stationing, log10(three_three$tile_dry_g), col = "green", pch = 16)+
lines(three_four$stationing, log10(three_four$tile_dry_g), col = "orange", pch = 16)+
lines(three_five$stationing, log10(three_five$tile_dry_g), col = "red", pch = 16)+
legend(x = "right", text.font = 4,
fill = c("black","blue","green","orange","red"),text.col = "black",
legend=c("3.1", "3.2", "3.3","3.4","3.5"))
#=======================
# Elevation
#=======================
soilring_vol <- pi*(2.5^2)*5.1 #cm^3
tile_area <- (4.5^2)*(2.54^2) #cm^2
clean_raw$bd <- clean_raw$bd_dry_g/soilring_vol
clean_raw$delta_height <- (clean_raw$tile_dry_g / (clean_raw$bd * tile_area))
elev_df <- clean_raw
elev_df$elev <- as.integer(stationing_df$Elev_m_pro)
elev_df$delta_h_bd <- (elev_df$elev + (elev_df$delta_height/ 100))
elev_df$delta_h_meas <- (elev_df$elev + meas_h$avg_h_m)
elev_df$station <- stationing_df$stationing
e_one_one <- elev_df[c(1:5), c(1,3,6:11)]
e_one_two <- elev_df[c(6:10), c(1,3,6:11)]
e_one_three <- elev_df[c(11:15), c(1,3,6:11)]
e_one_four <- elev_df[c(16:20), c(1,3,6:11)]
e_one_five <- elev_df[c(21:25), c(1,3,6:11)]
e_two_one <- elev_df[c(26:30), c(1,3,6:11)]
e_two_two <- elev_df[c(31:35), c(1,3,6:11)]
e_two_three <- elev_df[c(36:40), c(1,3,6:11)]
e_two_four <- elev_df[c(41:45), c(1,3,6:11)]
e_two_five <- elev_df[c(46:50), c(1,3,6:11)]
e_three_one <- elev_df[c(51:55), c(1,3,6:11)]
e_three_two <- elev_df[c(56:60), c(1,3,6:11)]
e_three_three <- elev_df[c(61:65), c(1,3,6:11)]
e_three_four <- elev_df[c(66:70), c(1,3,6:11)]
e_three_five <- elev_df[c(71:75), c(1,3,6:11)]
ele_plot_func <- function(s, eint, ebd, emeas, xsecname, lloc){
plot(s, eint, pch = 16,
xlab = "Stationing (m)", ylab = "Elevation (m)", main = xsecname)+
lines(s, eint)+
points(s, ebd, pch = 16, col = "blue")+
lines(s, ebd, col= "blue")+
points(s, emeas, pch = 16, col = "red")+
lines(s, emeas, col= "red")+
legend(x = lloc, text.font = 3,
fill = c("black","blue","red"),text.col = "black",
legend=c("Initial", "BD Height","Measured"))
}
ele_plot_func(e_one_one$station, e_one_one$elev ,e_one_one$delta_h_bd, e_one_one$delta_h_meas, "X-Sec 1.1", "bottomright")
ele_plot_func(e_one_two$station, e_one_two$elev ,e_one_two$delta_h_bd, e_one_two$delta_h_meas, "X-Sec 1.2", "bottomright")
ele_plot_func(e_one_three$station, e_one_three$elev ,e_one_three$delta_h_bd, e_one_three$delta_h_meas, "X-Sec 1.3", "topleft")
ele_plot_func(e_one_four$station, e_one_four$elev ,e_one_four$delta_h_bd, e_one_four$delta_h_meas, "X-Sec 1.4", "bottomright")
ele_plot_func(e_one_five$station, e_one_five$elev ,e_one_five$delta_h_bd, e_one_five$delta_h_meas, "X-Sec 1.5", "topleft")
ele_plot_func(e_two_one$station, e_two_one$elev ,e_two_one$delta_h_bd, e_two_one$delta_h_meas, "X-Sec 2.1", "bottomright")
ele_plot_func(e_two_two$station, e_two_two$elev ,e_two_two$delta_h_bd, e_two_two$delta_h_meas, "X-Sec 2.2", "bottomright")
ele_plot_func(e_two_three$station, e_two_three$elev ,e_two_three$delta_h_bd, e_two_three$delta_h_meas, "X-Sec 2.3", "bottomright")
ele_plot_func(e_two_four$station, e_two_four$elev ,e_two_four$delta_h_bd, e_two_four$delta_h_meas, "X-Sec 2.4", "bottomright")
ele_plot_func(e_two_five$station, e_two_five$elev ,e_two_five$delta_h_bd, e_two_five$delta_h_meas, "X-Sec 2.5", "bottomright")
ele_plot_func(e_three_one$station, e_three_one$elev ,e_three_one$delta_h_bd, e_three_one$delta_h_meas, "X-Sec 3.1", "bottomright")
ele_plot_func(e_three_two$station, e_three_two$elev ,e_three_two$delta_h_bd, e_three_two$delta_h_meas, "X-Sec 3.2", "bottomright")
ele_plot_func(e_three_three$station, e_three_three$elev ,e_three_three$delta_h_bd, e_three_three$delta_h_meas, "X-Sec 3.3", "bottomright")
ele_plot_func(e_three_four$station, e_three_four$elev ,e_three_four$delta_h_bd, e_three_four$delta_h_meas, "X-Sec 3.4", "bottomright")
ele_plot_func(e_three_five$station, e_three_five$elev ,e_three_five$delta_h_bd, e_three_five$delta_h_meas, "X-Sec 3.5", "bottomright")
#===========================
# Elevation Relative to Bank
#===========================
fp1.1 <- read.csv("C:/Users/tylersmith22/Documents/Masters_Research/data/fp1.1.csv")
fp1.2 <- read.csv("C:/Users/tylersmith22/Documents/Masters_Research/data/fp1.2.csv")
fp1.3 <- read.csv("C:/Users/tylersmith22/Documents/Masters_Research/data/fp1.3.csv")
fp1.4 <- read.csv("C:/Users/tylersmith22/Documents/Masters_Research/data/fp1.4.csv")
fp1.5 <- read.csv("C:/Users/tylersmith22/Documents/Masters_Research/data/fp1.5.csv")
fp2.1 <- read.csv("C:/Users/tylersmith22/Documents/Masters_Research/data/fp2.1.csv")
fp2.2 <- read.csv("C:/Users/tylersmith22/Documents/Masters_Research/data/fp2.2.csv")
fp2.3 <- read.csv("C:/Users/tylersmith22/Documents/Masters_Research/data/fp2.3.csv")
fp2.4 <- read.csv("C:/Users/tylersmith22/Documents/Masters_Research/data/fp2.4.csv")
fp2.5 <- read.csv("C:/Users/tylersmith22/Documents/Masters_Research/data/fp2.5.csv")
fp3.1 <- read.csv("C:/Users/tylersmith22/Documents/Masters_Research/data/fp3.1.csv")
fp3.2 <- read.csv("C:/Users/tylersmith22/Documents/Masters_Research/data/fp3.2.csv")
fp3.3 <- read.csv("C:/Users/tylersmith22/Documents/Masters_Research/data/fp3.3.csv")
fp3.4 <- read.csv("C:/Users/tylersmith22/Documents/Masters_Research/data/fp3.4.csv")
fp3.5 <- read.csv("C:/Users/tylersmith22/Documents/Masters_Research/data/fp3.5.csv")
# ==============
# Prlim Plotting
# ==============
library(ggplot2)
ggplot(data = fp1.1, aes(x = Distance, y = Elevation))+
geom_point() +
geom_point(data = one_one, aes(x=stationing, y=Elev_m_pro, size=tile_dry_g, color = "red"))+
geom_point(alpha=0.5)+
scale_size(range = c(6, 20), name = "sediment accumulated")+
scale_fill_viridis(discrete=TRUE, guide=FALSE, option="A")+
theme_ipsum() +
theme(legend.position="bottom") +
ylab("Elevation") +
xlab("Stationing") +
theme(legend.position = "none")
plotting_func <- function(fp_df, xsec_df, xsecname, lable_hjust, lable_vjust){
library(ggplot2)
library(dplyr)
library(hrbrthemes)
library(viridis)
finished_plot <- ggplot(data = fp_df, aes(x = Distance, y = Elevation)) +
geom_point() +
geom_point(data = xsec_df, aes(x = stationing, y = Elev_m_pro, size = tile_dry_g, color = "red")) +
geom_text(data = xsec_df, aes(x = stationing, y = Elev_m_pro, label = Name), hjust = lable_hjust, vjust = lable_vjust) +
geom_point(alpha = 0.5) +
scale_size(range = c(1, 20), name = "sediment accumulated") +
scale_fill_viridis(discrete = TRUE, guide = FALSE, option = "A") +
ggtitle(xsecname) +
theme_ipsum() +
theme(legend.position = "bottom") +
ylab("Elevation") +
xlab("Stationing") +
theme(legend.position = "none")
return(finished_plot)
}
plotting_func(fp1.1, one_one, "Cross Section 1.1", 0, 1)
plotting_func(fp1.2, one_two, "Cross Section 1.2", 0, 1)
plotting_func(fp1.3, one_three, "Cross Section 1.3",0, 1)
plotting_func(fp1.4, one_four, "Cross Section 1.4",0, 2)
plotting_func(fp1.5, one_five, "Cross Section 1.5",0, 1)
plotting_func(fp2.1, two_one, "Cross Section 2.1",0, 1)
plotting_func(fp2.2, two_two, "Cross Section 2.2",0, 1)
plotting_func(fp2.3, two_three, "Cross Section 2.3",0, 1)
plotting_func(fp2.4, two_four, "Cross Section 2.4",0, 1)
plotting_func(fp2.5, two_five, "Cross Section 2.5",0, 1)
plotting_func(fp3.1, three_one, "Cross Section 3.1",0, 1)
plotting_func(fp3.2, three_two, "Cross Section 3.2",0, 1)
plotting_func(fp3.3, three_three, "Cross Section 3.3",0, 1)
plotting_func(fp3.4, three_four, "Cross Section 3.4",0, 1)
plotting_func(fp3.5, three_five, "Cross Section 3.5",1, 1)
#====================================
# Extended Elevation Relative to Bank
#====================================
read_func <- function(doc_name){
setwd("C:/Users/tylersmith22/Documents/Masters_Research/data")
df <- read.csv(doc_name)
df$Distance <- rev(df$Distance)
#write.csv(df, file = doc_name, row.names = FALSE)
return(df)
}
ext1.1 <- read_func("fp1.1.csv")
ext1.2 <- read_func("fp1.2.csv")
ext1.3 <- read_func("fp1.3.csv")
ext1.4 <- read_func("fp1.4.csv")
ext1.5 <- read_func("fp1.5.csv")
ext2.1 <- read_func("fp2.1.csv")
ext2.2 <- read_func("fp2.2.csv")
ext2.3 <- read_func("fp2.3.csv")
ext2.4 <- read_func("fp2.4.csv")
ext2.5 <- read_func("fp2.5.csv")
ext3.1 <- read_func("fp3.1.csv")
ext3.2 <- read_func("fp3.2.csv")
ext3.3 <- read_func("fp3.3.csv")
ext3.4 <- read_func("fp3.4.csv")
ext3.5 <- read_func("fp3.5.csv")
ext_points <- read.csv("stationing_points.csv")
# =========
# Dead code
# =========
select_func <- function(xs_name){
select_rows <- ext_points[ext_points$RID == xs_name, ]
return(select_rows)
}
ext_plot_func <- function(ext_df, xsecname, p_title, lable_hjust, lable_vjust){
library(ggplot2)
library(dplyr)
library(hrbrthemes)
library(viridis)
finished_plot <- ggplot(data = ext_df, aes(x = Distance, y = Elevation)) +
geom_line() +
geom_point(data = select_func(xsecname), aes(x = MEAS, y = Elev_m_pro, size = tile_dry_g, color = "red")) +
geom_text(data = select_func(xsecname), aes(x = MEAS, y = Elev_m_pro, label = Name), hjust = lable_hjust, vjust = lable_vjust) +
geom_point(alpha = 0.5) +
scale_size(range = c(1, 20), name = "sediment accumulated") +
#scale_fill_viridis(discrete = TRUE, guide = FALSE, option = "A") +
ggtitle(p_title) +
theme_ipsum() +
theme(legend.position = "bottom") +
ylab("Elevation") +
xlab("Stationing") +
theme(legend.position = "none")
return(finished_plot)
}
ext_plot_func(ext1.1, 1.1, "Cross Section 1.1", 0, 1)
ext_plot_func(ext1.2, 1.2, "Cross Section 1.2", 0, 1)
ext_plot_func(ext1.3, 1.3, "Cross Section 1.3",0, 1)
ext_plot_func(ext1.4, 1.4, "Cross Section 1.4",0, 2)
ext_plot_func(ext1.5, 1.5, "Cross Section 1.5",0, 1)
ext_plot_func(ext2.1, 2.1, "Cross Section 2.1",0, 1)
ext_plot_func(ext2.2, 2.2, "Cross Section 2.2",0, 1)
ext_plot_func(ext2.3, 2.3, "Cross Section 2.3",0, 1)
ext_plot_func(ext2.4, 2.4, "Cross Section 2.4",0, 1)
ext_plot_func(ext2.5, 2.5, "Cross Section 2.5",0, 1)
ext_plot_func(ext3.1, 3.1, "Cross Section 3.1",0, 1)
ext_plot_func(ext3.2, 3.2, "Cross Section 3.2",0, 1)
ext_plot_func(ext3.3, 3.3, "Cross Section 3.3",0, 1)
ext_plot_func(ext3.4, 3.4, "Cross Section 3.4",0, 1)
ext_plot_func(ext3.5, 3.5, "Cross Section 3.5",1, 1)
# =====================
# Working Graphing Code
# =====================
max_elev <- max(ext1.1[3], ext1.2[3], ext1.3[3], ext1.4[3], ext1.5[3],
ext2.1[3], ext2.2[3], ext2.3[3], ext2.4[3], ext2.5[3],
ext3.1[3], ext3.2[3], ext3.3[3], ext3.4[3], ext3.5[3])
print(max_elev)
min_elev <- min(ext1.1[3], ext1.2[3], ext1.3[3], ext1.4[3], ext1.5[3],
ext2.1[3], ext2.2[3], ext2.3[3], ext2.4[3], ext2.5[3],
ext3.1[3], ext3.2[3], ext3.3[3], ext3.4[3], ext3.5[3])
print(min_elev)
max_weight <- max(ext_points$tile_dry_g)
print(max_weight)
min_weight <- min(ext_points$tile_dry_g)
print(min_weight)
test_func <- function(ext_df, xsecname, m_title){
library(ggplot2)
final_plot <- ggplot(data = ext_df, aes(x = Distance, y = Elevation)) +
geom_line() +
ylim(min_elev, max_elev) +
geom_point(data = select_func(xsecname),
aes(x = MEAS, y = Elev_m_pro,
size = tile_dry_g,
color = as.character(Name)), alpha = 0.5)+
scale_color_manual(values = c("#1B9E77", "#D95F02", "#7570B3", "#E7298A", "#66A61E"),
name = "Tile ID") +
scale_size(range = c(1, 11),
limits = c(0, 650),
breaks = c(0.001, 65, 130, 195, 260, 325, 390, 455, 520, 585, 650),
labels = c("0", "0-65", "65-130", "130-195", "195-260", "260-325",
"325-390", "390-455", "455-520", "520-585", "585-650"),
name = "Sediment Accumulated (g)") +
ggtitle(m_title) +
xlab("Stationing") +
ylab("Elevation")
return(final_plot)
}
# ==============
# Final Graphing
# ==============
test_func(ext1.1, 1.1, "Cross Section 1.1")
test_func(ext1.2, 1.2, "Cross Section 1.2")
test_func(ext1.3, 1.3, "Cross Section 1.3")
test_func(ext1.4, 1.4, "Cross Section 1.4")
test_func(ext1.5, 1.5, "Cross Section 1.5")
test_func(ext2.1, 2.1, "Cross Section 2.1")
test_func(ext2.2, 2.2, "Cross Section 2.2")
test_func(ext2.3, 2.3, "Cross Section 2.3")
test_func(ext2.4, 2.4, "Cross Section 2.4")
test_func(ext2.5, 2.5, "Cross Section 2.5")
test_func(ext3.1, 3.1, "Cross Section 3.1")
test_func(ext3.2, 3.2, "Cross Section 3.2")
test_func(ext3.3, 3.3, "Cross Section 3.3")
test_func(ext3.4, 3.4, "Cross Section 3.4")
test_func(ext3.5, 3.5, "Cross Section 3.5")