Rebuild vig and readme

Author: ldecicco-USGS

README.Rmd

@@ -150,7 +150,7 @@ arrows(x0 = 1:7, x1 = 1:7,
 ```{r message=FALSE, warning=FALSE}
 errorbarplot <- gsplot() %>% 
   points(1:7, 1:7) %>% 
-  error_bar(x = 1:7, y = 1:7, y.high = 1, y.low = 1)
+  error_bar(x = 1:7, y = 1:7, offset.up = 1, offset.down = 1)
 errorbarplot
 ```
 
@@ -220,7 +220,7 @@ text(x = 1.25:5.25, y = 1.25:5.25,
 ```{r }
 embedplot <- gsplot() %>% 
   points(1:5, 1:5, 
-         error_bar(y.high = 1, y.low = 0.5),
+         error_bar(offset.up = 1, offset.down = 0.5),
          callouts(labels = paste("pt", 1:5))) 
 embedplot
 ```
@@ -278,8 +278,8 @@ points(as.Date("2011-01-15"),2.5, col="blue", pch=20)
 demoPlot <- gsplot() %>%
   points(y=c(3,1,2), x=1:3, xlim=c(0,NA),ylim=c(0,NA),
          col="blue", pch=18, legend.name="Points", xlab="Index", 
-         error_bar(y.high = c(0.5,0.25,1), y.low = 0.1,
-                   x.low=0.2, x.high=0.2, col="red", lwd=2)) %>%
+         error_bar(offset.up = c(0.5,0.25,1), offset.down = 0.1,
+                   offset.left=0.2, offset.right=0.2, col="red", lwd=2)) %>%
   lines(c(3,4,3), c(2,4,6), legend.name="Lines", ylab=expression(paste("Data [ft"^"3","/s]"))) %>%
   abline(b=1, a=0, legend.name="1:1") %>%
   axis(side=c(3,4), labels=FALSE) %>%

README.md

@@ -179,7 +179,7 @@ arrows(x0 = 1:7, x1 = 1:7,
 ``` r
 errorbarplot <- gsplot() %>% 
   points(1:7, 1:7) %>% 
-  error_bar(x = 1:7, y = 1:7, y.high = 1, y.low = 1)
+  error_bar(x = 1:7, y = 1:7, offset.up = 1, offset.down = 1)
 errorbarplot
 ```
 
@@ -255,7 +255,7 @@ text(x = 1.25:5.25, y = 1.25:5.25,
 ``` r
 embedplot <- gsplot() %>% 
   points(1:5, 1:5, 
-         error_bar(y.high = 1, y.low = 0.5),
+         error_bar(offset.up = 1, offset.down = 0.5),
          callouts(labels = paste("pt", 1:5))) 
 embedplot
 ```
@@ -322,8 +322,8 @@ Improved workflow examples
 demoPlot <- gsplot() %>%
   points(y=c(3,1,2), x=1:3, xlim=c(0,NA),ylim=c(0,NA),
          col="blue", pch=18, legend.name="Points", xlab="Index", 
-         error_bar(y.high = c(0.5,0.25,1), y.low = 0.1,
-                   x.low=0.2, x.high=0.2, col="red", lwd=2)) %>%
+         error_bar(offset.up = c(0.5,0.25,1), offset.down = 0.1,
+                   offset.left=0.2, offset.right=0.2, col="red", lwd=2)) %>%
   lines(c(3,4,3), c(2,4,6), legend.name="Lines", ylab=expression(paste("Data [ft"^"3","/s]"))) %>%
   abline(b=1, a=0, legend.name="1:1") %>%
   axis(side=c(3,4), labels=FALSE) %>%

inst/doc/gsplotIntro.R

@@ -10,8 +10,8 @@ demoPlot <- gsplot() %>%
   abline(b=1, a=0, legend.name="1:1") %>%
   legend(location="topleft",title="Awesome!") %>%
   grid() %>%
-  error_bar(x=1:3, y=c(3,1,2), y.high=c(0.5,0.25,1), y.low=0.1) %>%
-  error_bar(x=1:3, y=c(3,1,2), x.low=.2, x.high=.2, col="red",lwd=3) %>%
+  error_bar(x=1:3, y=c(3,1,2), offset.up=c(0.5,0.25,1), offset.down=0.1) %>%
+  error_bar(x=1:3, y=c(3,1,2), offset.left=.2, offset.right=.2, col="red",lwd=3) %>%
   callouts(x=1, y=2.8, lwd=2, angle=250, labels="Weird data") %>%
   title("Graphing Fun")
 demoPlot

inst/doc/gsplotIntro.Rmd

@@ -25,8 +25,8 @@ demoPlot <- gsplot() %>%
   abline(b=1, a=0, legend.name="1:1") %>%
   legend(location="topleft",title="Awesome!") %>%
   grid() %>%
-  error_bar(x=1:3, y=c(3,1,2), y.high=c(0.5,0.25,1), y.low=0.1) %>%
-  error_bar(x=1:3, y=c(3,1,2), x.low=.2, x.high=.2, col="red",lwd=3) %>%
+  error_bar(x=1:3, y=c(3,1,2), offset.up=c(0.5,0.25,1), offset.down=0.1) %>%
+  error_bar(x=1:3, y=c(3,1,2), offset.left=.2, offset.right=.2, col="red",lwd=3) %>%
   callouts(x=1, y=2.8, lwd=2, angle=250, labels="Weird data") %>%
   title("Graphing Fun")
 demoPlot
@@ -35,7 +35,7 @@ demoPlot
 
 ## Overview
 
-`gsplot` uses similar plotting graphics to R base graphics, but allows users to execute them in a more intuitive manner. Additionally, as the complexity of the plot features increase, `gpslot` code is simplistic compared to that of base graphics. `gsplot` also includes features not present in base graphics that are useful when working with USGS data, such as `callouts` (combines `segments` and `text` into a single call), `error_bar` (allows an error to be given as `y.high`, `y.low`, `x.high`, and `x.low` and automatically builds an error bar), and the argument `legend.name` (an argument within `points`, `lines`, etc. which does not require colors, linetypes, and other par information to be redefined within the `legend` call).
+`gsplot` uses similar plotting graphics to R base graphics, but allows users to execute them in a more intuitive manner. Additionally, as the complexity of the plot features increase, `gpslot` code is simplistic compared to that of base graphics. `gsplot` also includes features not present in base graphics that are useful when working with USGS data, such as `callouts` (combines `segments` and `text` into a single call), `error_bar` (allows an error to be given as `offset.up`, `offset.down`, `offset.right`, and `offset.left` and automatically builds an error bar), and the argument `legend.name` (an argument within `points`, `lines`, etc. which does not require colors, linetypes, and other par information to be redefined within the `legend` call).
 
 ## Data manipulation