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str(colot)
xvalue <- c(0,2,5,10,25,50,75,100,150,200,300,400,500,1000,10000)#
color <- array("#000022",length(xvalue))#
#
color[1] <- "#FFFF33"#
color[2] <- "#FFFF66"#
color[3] <- "#FFFF00"#
color[4] <- "#80FF00"#
color[5] <- "#00FF00"#
color[6] <- "#0099FF"#
color[7] <- "#000099"#
color[8] <- "#4C0099"#
color[9] <- "#990099"#
color[10] <- "#660066"#
color[11] <- "#330066"#
color[12] <- "#000066"#
color[13] <- "#110066"#
color[14] <- "#000066"#
color[15] <- "#000033"#
xout <- 0:10000#
#
colorout <- colorApprox(x=xvalue,col=color,xout=xout)#
#
n <- lenght(color)#
image(1:n,1,as.matrix(1:n),col=color,xlab="color (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")#
#
n <- length(colorout)#
#
image(1:n,1,as.matrix(1:n),col=color,xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
traceback()
colorout <- colorApprox(x=xvalue,col=color,xout=xout)
source('~/Dropbox/R-packages/coloring/R/colorApprox.R', chdir = TRUE)
colorout <- colorApprox(x=xvalue,col=color,xout=xout)
help(approx)
source('~/Dropbox/R-packages/coloring/R/colorApprox.R', chdir = TRUE)
colorout <- colorApprox(x=xvalue,col=color,xout=xout)
source('~/Dropbox/R-packages/coloring/roxygenize.R', chdir = TRUE)
library(coloring)
help(colorApprox)
xvalue <- c(0,2,5,10,25,50,75,100,150,200,300,400,500,1000,10000)#
color <- array("#000022",length(xvalue))#
#
color[1] <- "#FFFF33"#
color[2] <- "#FFFF66"#
color[3] <- "#FFFF00"#
color[4] <- "#80FF00"#
color[5] <- "#00FF00"#
color[6] <- "#0099FF"#
color[7] <- "#000099"#
color[8] <- "#4C0099"#
color[9] <- "#990099"#
color[10] <- "#660066"#
color[11] <- "#330066"#
color[12] <- "#000066"#
color[13] <- "#110066"#
color[14] <- "#000066"#
color[15] <- "#000033"#
xout <- 0:10000#
#
colorout <- colorApprox(x=xvalue,col=color,xout=xout)#
#
n <- lenght(color)#
image(1:n,1,as.matrix(1:n),col=color,xlab="color (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")#
#
n <- length(colorout)#
#
image(1:n,1,as.matrix(1:n),col=color,xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
source('~/Dropbox/R-packages/coloring/roxygenize.R', chdir = TRUE)
library(coloring)
help(colorApprox)
xvalue <- c(0,2,5,10,25,50,75,100,150,200,300,400,500,1000,10000)#
color <- array("#000022",length(xvalue))#
#
color[1] <- "#FFFF33"#
color[2] <- "#FFFF66"#
color[3] <- "#FFFF00"#
color[4] <- "#80FF00"#
color[5] <- "#00FF00"#
color[6] <- "#0099FF"#
color[7] <- "#000099"#
color[8] <- "#4C0099"#
color[9] <- "#990099"#
color[10] <- "#660066"#
color[11] <- "#330066"#
color[12] <- "#000066"#
color[13] <- "#110066"#
color[14] <- "#000066"#
color[15] <- "#000033"#
xout <- 0:10000#
#
colorout <- colorApprox(x=xvalue,col=color,xout=xout)#
#
n <- lenght(color)#
image(1:n,1,as.matrix(1:n),col=color,xlab="color (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")#
#
n <- length(colorout)#
#
image(1:n,1,as.matrix(1:n),col=color,xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
str(colorout)
n
source('~/Dropbox/R-packages/coloring/roxygenize.R', chdir = TRUE)
library(coloring)
help(colorApply)
help(colorApprox)
xvalue <- c(0,2,5,10,25,50,75,100,150,200,300,400,500,1000,10000)#
color <- array("#000022",length(xvalue))#
#
color[1] <- "#FFFF33"#
color[2] <- "#FFFF66"#
color[3] <- "#FFFF00"#
color[4] <- "#80FF00"#
color[5] <- "#00FF00"#
color[6] <- "#0099FF"#
color[7] <- "#000099"#
color[8] <- "#4C0099"#
color[9] <- "#990099"#
color[10] <- "#660066"#
color[11] <- "#330066"#
color[12] <- "#000066"#
color[13] <- "#110066"#
color[14] <- "#000066"#
color[15] <- "#000033"#
xout <- 0:10000#
#
colorout <- colorApprox(x=xvalue,col=color,xout=xout)#
#
n <- length(color)#
image(1:n,1,as.matrix(1:n),col=color,xlab="color (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")#
#
n <- length(colorout)#
#
image(1:n,1,as.matrix(1:n),col=colorout,xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
source('~/Dropbox/R-packages/coloring/roxygenize.R', chdir = TRUE)
library(coloring)
help(colorApprox)
xvalue <- c(0,2,5,10,25,50,75,100,150,200,300,400,500,1000,10000)#
color <- array("#000022",length(xvalue))#
#
color[1] <- "#FFFF33"#
color[2] <- "#FFFF66"#
color[3] <- "#FFFF00"#
color[4] <- "#80FF00"#
color[5] <- "#00FF00"#
color[6] <- "#0099FF"#
color[7] <- "#000099"#
color[8] <- "#4C0099"#
color[9] <- "#990099"#
color[10] <- "#660066"#
color[11] <- "#330066"#
color[12] <- "#000066"#
color[13] <- "#110066"#
color[14] <- "#000066"#
color[15] <- "#000033"#
xout <- 0:10000#
#
colorout <- colorApprox(x=xvalue,col=color,xout=xout)#
#
n <- length(color)#
image(1:n,1,as.matrix(1:n),col=color,xlab="color (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")#
#
n <- 500#
#
image(1:n,1,as.matrix(1:n),col=colorout,xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
xvalue <- c(0,2,5,10,25,50,75,100,150,200,300,400,500,1000,10000)#
color <- array("#000022",length(xvalue))#
#
color[1] <- "#FFFF33"#
color[2] <- "#FFFF66"#
color[3] <- "#FFFF00"#
color[4] <- "#80FF00"#
color[5] <- "#00FF00"#
color[6] <- "#0099FF"#
color[7] <- "#000099"#
color[8] <- "#4C0099"#
color[9] <- "#990099"#
color[10] <- "#660066"#
color[11] <- "#330066"#
color[12] <- "#000066"#
color[13] <- "#110066"#
color[14] <- "#000066"#
color[15] <- "#000033"#
xout <- 0:10000#
#
colorout <- colorApprox(x=xvalue,col=color,xout=xout)#
#
n <- length(color)#
image(1:n,1,as.matrix(1:n),col=color,xlab="color (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")#
#
n <- 200#
#
image(1:n,1,as.matrix(1:n),col=colorout,xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
xvalue <- c(0,2,5,10,25,50,75,100,150,200,300,400,500,1000,10000)#
color <- array("#000022",length(xvalue))#
#
color[1] <- "#FFFF33"#
color[2] <- "#FFFF66"#
color[3] <- "#FFFF00"#
color[4] <- "#80FF00"#
color[5] <- "#00FF00"#
color[6] <- "#0099FF"#
color[7] <- "#000099"#
color[8] <- "#4C0099"#
color[9] <- "#990099"#
color[10] <- "#660066"#
color[11] <- "#330066"#
color[12] <- "#000066"#
color[13] <- "#110066"#
color[14] <- "#000066"#
color[15] <- "#000033"#
xout <- 0:10000#
#
colorout <- colorApprox(x=xvalue,col=color,xout=xout)#
#
n <- length(color)#
image(1:n,1,as.matrix(1:n),col=color,xlab="color (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")#
#
n <- 100#
#
image(1:n,1,as.matrix(1:n),col=colorout,xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
xvalue <- c(0,2,5,10,25,50,75,100,150,200,300,400,500,1000,10000)#
color <- array("#000022",length(xvalue))#
#
color[1] <- "#FFFF33"#
color[2] <- "#FFFF66"#
color[3] <- "#FFFF00"#
color[4] <- "#80FF00"#
color[5] <- "#00FF00"#
color[6] <- "#0099FF"#
color[7] <- "#000099"#
color[8] <- "#4C0099"#
color[9] <- "#990099"#
color[10] <- "#660066"#
color[11] <- "#330066"#
color[12] <- "#000066"#
color[13] <- "#110066"#
color[14] <- "#000066"#
color[15] <- "#000033"#
xout <- 0:10000#
#
colorout <- colorApprox(x=xvalue,col=color,xout=xout)#
#
n <- length(color)#
image(1:n,1,as.matrix(1:n),col=color,xlab="color (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")#
#
n <- 50#
#
image(1:n,1,as.matrix(1:n),col=colorout,xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
xvalue <- c(0,2,5,10,25,50,75,100,150,200,300,400,500,1000,10000)#
color <- array("#000022",length(xvalue))#
#
color[1] <- "#FFFF33"#
color[2] <- "#FFFF66"#
color[3] <- "#FFFF00"#
color[4] <- "#80FF00"#
color[5] <- "#00FF00"#
color[6] <- "#0099FF"#
color[7] <- "#000099"#
color[8] <- "#4C0099"#
color[9] <- "#990099"#
color[10] <- "#660066"#
color[11] <- "#330066"#
color[12] <- "#000066"#
color[13] <- "#110066"#
color[14] <- "#000066"#
color[15] <- "#000033"#
xout <- 0:10000#
#
colorout <- colorApprox(x=xvalue,col=color,xout=xout)#
#
n <- length(color)#
image(1:n,1,as.matrix(1:n),col=color,xlab="color (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")#
#
n <- 10#
#
image(1:n,1,as.matrix(1:n),col=colorout,xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
xvalue <- c(0,2,5,10,25,50,75,100,150,200,300,400,500,1000,10000)#
color <- array("#000022",length(xvalue))#
#
color[1] <- "#FFFF33"#
color[2] <- "#FFFF66"#
color[3] <- "#FFFF00"#
color[4] <- "#80FF00"#
color[5] <- "#00FF00"#
color[6] <- "#0099FF"#
color[7] <- "#000099"#
color[8] <- "#4C0099"#
color[9] <- "#990099"#
color[10] <- "#660066"#
color[11] <- "#330066"#
color[12] <- "#000066"#
color[13] <- "#110066"#
color[14] <- "#000066"#
color[15] <- "#000033"#
xout <- 0:10000#
#
colorout <- colorApprox(x=xvalue,col=color,xout=xout)#
#
n <- length(color)#
image(1:n,1,as.matrix(1:n),col=color,xlab="color (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")#
#
n <- 10#
#
image(1:n,1,as.matrix(1:n),col=colorout[1:n],xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
xvalue <- c(0,2,5,10,25,50,75,100,150,200,300,400,500,1000,10000)#
color <- array("#000022",length(xvalue))#
#
color[1] <- "#FFFF33"#
color[2] <- "#FFFF66"#
color[3] <- "#FFFF00"#
color[4] <- "#80FF00"#
color[5] <- "#00FF00"#
color[6] <- "#0099FF"#
color[7] <- "#000099"#
color[8] <- "#4C0099"#
color[9] <- "#990099"#
color[10] <- "#660066"#
color[11] <- "#330066"#
color[12] <- "#000066"#
color[13] <- "#110066"#
color[14] <- "#000066"#
color[15] <- "#000033"#
xout <- 0:10000#
#
colorout <- colorApprox(x=xvalue,col=color,xout=xout)#
#
n <- length(color)#
image(1:n,1,as.matrix(1:n),col=color,xlab="color (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")#
#
n <- 500#
#
image(1:n,1,as.matrix(1:n),col=colorout[1:n],xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
source('~/Dropbox/R-packages/coloring/roxygenize.R', chdir = TRUE)
library(coloring)
help(colorApprox)
xvalue <- c(0,2,5,10,25,50,75,100,150,200,300,400,500,1000,10000)#
color <- array("#000022",length(xvalue))#
#
color[1] <- "#FFFF33"#
color[2] <- "#FFFF66"#
color[3] <- "#FFFF00"#
color[4] <- "#80FF00"#
color[5] <- "#00FF00"#
color[6] <- "#0099FF"#
color[7] <- "#000099"#
color[8] <- "#4C0099"#
color[9] <- "#990099"#
color[10] <- "#660066"#
color[11] <- "#330066"#
color[12] <- "#000066"#
color[13] <- "#110066"#
color[14] <- "#000066"#
color[15] <- "#000033"#
xout <- 0:10000#
#
colorout <- colorApprox(x=xvalue,col=color,xout=xout)#
#
n <- length(color)#
image(1:n,1,as.matrix(1:n),col=color,xlab="color (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")#
#
n <- 500#
#
image(1:n,1,as.matrix(1:n),col=colorout[1:n],xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
library(coloring)
col <- snowColorSeq()
help(snowColorSeq)
source('~/Dropbox/R-packages/coloring/R/snowColorSeq.R', chdir = TRUE)
col <- snowColorSeq()
source('~/Dropbox/R-packages/coloring/R/snowColorSeq.R', chdir = TRUE)
col <- snowColorSeq()
source('~/Dropbox/R-packages/coloring/R/snowColorSeq.R', chdir = TRUE)
col <- snowColorSeq()
col
source('~/Dropbox/R-packages/coloring/roxygenize.R', chdir = TRUE)
library(coloring)
help(snowColorSeq)
col <- snowColorSeq()#
#
n <- length(col)#
#
image(1:n,1,as.matrix(1:n),col=col[1:n],xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
n
source('~/Dropbox/R-packages/coloring/R/snowColorSeq.R', chdir = TRUE)
col <- snowColorSeq()#
#
n <- length(col)#
#
image(1:n,1,as.matrix(1:n),col=col[1:n],xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
col <- snowColorSeq(max=1000)#
#
n <- length(col)#
#
image(1:n,1,as.matrix(1:n),col=col[1:n],xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
xvalue <- c(0,2,5,10,25,50,75,100,150,200,300,400,500,1000,10000)#
color <- array("#000022",length(xvalue))#
color[1] <- "#FFFF33"#
color[2] <- "#FFFF66"#
color[3] <- "#FFFF00"#
color[4] <- "#80FF00"#
color[5] <- "#00FF00"#
color[6] <- "#0099FF"#
color[7] <- "#000099"#
color[8] <- "#4C0099"#
color[9] <- "#990099"#
color[10] <- "#660066"#
color[11] <- "#330066"#
color[12] <- "#220066"#
color[13] <- "#110066"#
color[14] <- "#000066"#
color[15] <- "#000033"
col2ragb(color)
col2rgb(color)
xvalue <- c(0,2,5,10,25,50,75,100,150,200,300,400,500,1000,10000)#
color <- array("#000022",length(xvalue))#
color[1] <- "#FFFF33"#
color[2] <- "#FFFF66"#
color[3] <- "#FFFF00"#
color[4] <- "#80FF00"#
color[5] <- "#00FF00"#
color[6] <- "#0099FF"#
color[7] <- "#000099"#
color[8] <- "#4C0099"#
color[9] <- "#990099"#
color[10] <- "#660066"#
color[11] <- "#330066"#
color[12] <- "#220066"#
color[13] <- "#110066"#
color[14] <- "#000066"#
color[15] <- "#000033"
mcol <- col2ragb(color)
mcol <- col2rgb(color)
col.names(mcol) <- xvalue
colnames(mcol) <- xvalue
mcol
write.table(mcol,file="/Users/ecor/Dropbox/R-packages/coloring/inst/palette/SnowDepthColor.csv",sep=",")
wpath <- system.file("palette",package="coloring")
wpath
source('~/Dropbox/R-packages/coloring/roxygenize.R', chdir = TRUE)
wpath <- system.file("palette",package="coloring")
file <- paste(wpath,"SnowDepthColor.csv",sep="/")
file
mcol <- read.table(file,sep=",",header=TRUE)
str(mcol)
mcol <- read.table(file,sep=",",header=TRUE,quote="")
mcol
help(read.table)
mcol <- read.table(file,sep=",",header=TRUE)
mcol <- as.matrix(read.table(file,sep=",",header=TRUE))
mcol
colnames(mcol)
as.numeric(colnames(mcol))
write.table(mcol,file="/Users/ecor/Dropbox/R-packages/coloring/inst/palette/SnowDepthColor.csv",sep=",",quote=FALSE)
source('~/Dropbox/R-packages/coloring/roxygenize.R', chdir = TRUE)
wpath <- system.file("palette",package="coloring")#
#
file <- paste(wpath,"SnowDepthColor.csv",sep="/")
df <- read.table(file,header=TRUE,sep=",")
str(df)
wpath <- system.file("palette",package="coloring")#
#
file <- paste(wpath,"SnowDepthColor.csv",sep="/")#
df <- read.table(file,header=TRUE,sep=",")#
m <- as.matrix(df[,-1])#
rownames(m) <- df[,1]#
colnames(m) <- names(df)[-1]
m
help(as.numeric)
str_replace(names(m),"X","")
str_replace_all(names(m),"X","")
str_replace(names(m),"X","")
library(stringr)
str_replace(names(m),"X","")
str_replace(colnames(m),"X","")
help(str_replace)
sub(colnames(m),"X","")
sub(x=colnames(m),"X","")
source('~/Dropbox/R-packages/coloring/roxygenize.R', chdir = TRUE)
library(coloring)
help(SnowColorSeq)
help(snowColorSeq)
source('~/Dropbox/R-packages/coloring/roxygenize.R', chdir = TRUE)
library(coloring)
col <- ColorSeqFromCsv()
source('~/Dropbox/R-packages/coloring/roxygenize.R', chdir = TRUE)
library(coloring)
col <- ColorSeqFromCsv()
source('~/Dropbox/R-packages/coloring/R/snowColorSeq.R', chdir = TRUE)
col <- ColorSeqFromCsv()
source('~/Dropbox/R-packages/coloring/R/snowColorSeq.R', chdir = TRUE)
col <- ColorSeqFromCsv()
source('~/Dropbox/R-packages/coloring/R/snowColorSeq.R', chdir = TRUE)
col <- ColorSeqFromCsv()
source('~/Dropbox/R-packages/coloring/R/snowColorSeq.R', chdir = TRUE)
col <- ColorSeqFromCsv()
source('~/Dropbox/R-packages/coloring/R/snowColorSeq.R', chdir = TRUE)
col <- snowColorSeq()
source('~/Dropbox/R-packages/coloring/R/snowColorSeq.R', chdir = TRUE)
col <- snowColorSeq()
col
n <- length(col)
source('~/Dropbox/R-packages/coloring/roxygenize.R', chdir = TRUE)
library(coloring)
help(snowColorSeq)
col <- snowColorSeq()#
#
n <- length(col)#
#
image(1:n,1,as.matrix(1:n),col=col[1:n],xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
col
col <- snowColorSeq(min=0,max=2000)#
#
n <- length(col)#
#
image(1:n,1,as.matrix(1:n),col=col[1:n],xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
col <- snowColorSeq(min=0,max=5000)#
#
n <- length(col)#
#
image(1:n,1,as.matrix(1:n),col=col[1:n],xlab="colorout (sequential)",#
ylab="",xaxt="n",yaxt="n",bty="n")
source('~/Dropbox/R-packages/coloring/roxygenize.R', chdir = TRUE)
help(snowColorSeq)
library(coloring)
help(snowColorSeq)
source('~/Dropbox/R-activity-2/rendena100/aggregation.snow.values/analyze.map.R', chdir = TRUE)
y
Max(y)
getMax(y)
get.Max(y)
help(raster)
maxValue(y)
source('~/Dropbox/R-activity-2/rendena100/aggregation.snow.values/analyze.map.R', chdir = TRUE)
read.table("~/Dropbox/R-packages/coloring/inst/palette/SnowDepthColor.csv",header=TRUE)
source('~/Dropbox/R-activity-2/rendena100/aggregation.snow.values/analyze.map.R', chdir = TRUE)
traceback()
source('~/Dropbox/R-activity-2/rendena100/aggregation.snow.values/analyze.map.R', chdir = TRUE)
source('~/Dropbox/R-packages/coloring/R/colorApprox.R', chdir = TRUE)
source('~/Dropbox/R-packages/coloring/R/snowColorSeq.R', chdir = TRUE)
colors <- snowColorSeq(N=N,min=min,max=max,units="millimeters")
source('~/Dropbox/R-packages/coloring/R/colorApprox.R', chdir = TRUE)
source('~/Dropbox/R-packages/coloring/R/snowColorSeq.R', chdir = TRUE)
colors <- snowColorSeq(N=N,min=min,max=max,units="millimeters")
source('~/Dropbox/R-packages/coloring/roxygenize.R', chdir = TRUE)
source('~/Dropbox/R-activity-2/rendena100/aggregation.snow.values/analyze.map.R', chdir = TRUE)
source('~/Dropbox/R-packages/coloring/roxygenize.R', chdir = TRUE)
source('~/Dropbox/R-activity-2/rendena100/aggregation.snow.values/analyze.map.R', chdir = TRUE)
KML(y,filename=kml,overwrite=TRUE,col=colors)
source('~/Dropbox/R-activity-2/rendena100/aggregation.snow.values/analyze.map.R', chdir = TRUE)
source('~/Dropbox/R-packages/coloring/roxygenize.R', chdir = TRUE)
source('~/Dropbox/R-activity-2/rendena100/aggregation.snow.values/analyze.map.R', chdir = TRUE)
colors
help(rgb)
rgb(0, 1, 0)
rgb(0, 1, 0,0.5)
rgb(0, 1, 0,1)
rgb(0, 1, 0,alpha=0.7)
rgb(0, 1, 0,alpha=0.7,maxValues=255)
rgb(0, 1, 0,alpha=0.7,maxValue=255)
rgb(0, 1, 0,alpha=0.7,maxColorValue=255)
rgb(0, 1, 0,alpha=0,maxColorValue=255)
rgb(0, 1, 0,alpha=255,maxColorValue=255)
source('~/Dropbox/R-packages/coloring/roxygenize.R', chdir = TRUE)
source('~/Dropbox/R-activity-2/rendena100/aggregation.snow.values/analyze.map.R', chdir = TRUE)
source('~/Dropbox/R-activity-2/mazia/test_geotopbricks/TestErrorGeotopbricks.R', chdir = TRUE)
source('~/Dropbox/R-packages/geotopbricks/roxygenize.R', chdir = TRUE)
source('~/Dropbox/R-activity-2/mazia/test_geotopbricks/TestErrorGeotopbricks.R', chdir = TRUE)
str(point_data)
help(showWKT)
source('~/Dropbox/R-packages/geotopbricks/roxygenize.R', chdir = TRUE)
help(proj4string)
source('~/Dropbox/R-packages/geotopbricks/roxygenize.R', chdir = TRUE)
library(geotopbricks)
help(writeRasterxGEOtop)
library(geotopbricks)#
#
Simulation working path#
wpath <- 'http://www.rendena100.eu/public/geotopbricks/simulations/panola13_run2xC_test3'#
#
slope <- get.geotop.inpts.keyword.value("SlopeMapFile",raster=TRUE,wpath=wpath)
slope
plot(slope)
wpath <- 'http://www.rendena100.eu/public/geotopbricks/simulations/ton-toss'
library(geotopbricks)#
#
Simulation working path#
wpath <- 'http://www.rendena100.eu/public/geotopbricks/simulations/panola13_run2xC_test3'#
#
slope <- get.geotop.inpts.keyword.value("SlopeMapFile",raster=TRUE,wpath=wpath)
plot(slope)
library(geotopbricks)#
#
Simulation working path#
wpath <- 'http://www.rendena100.eu/public/geotopbricks/simulations/panola13_run2xC_test3'#
#
slope <- get.ge
wpath <- 'http://www.rendena100.eu/public/geotopbricks/simulations/ton-toss'
slope <- get.geotop.inpts.keyword.value("SlopeMapFile",raster=TRUE,wpath=wpath)
slope
library(raster)
source('~/Dropbox/R-packages/geotopbricks/roxygenize.R', chdir = TRUE)
library(geotopbricks)
help(writeRasterxGEOtop)
library(geotopbricks)#
#
## Simulation working path#
#
file <- system.file("rendena100/SnowDepthMapFile-2014-MA-mean-winter-2013-2014.asc",package="geotopbricks")#
snow <- raster(file)
snow
snowfile <- "./temporary/snow"
writeRasterxGEOtop(x=snow,file=snowfile)
dir.exists("./temporary")
exists("./temporary")
exists.dir("./temporary")
directory.exists("./temporary")
help(file.exists)
help(dir.copy)
snowfile <- "./temporary/snow.asc"
dir.create("./temporary")
writeRasterxGEOtop(x=snow,file=snowfile)
source('~/Dropbox/R-packages/geotopbricks/roxygenize.R', chdir = TRUE)
library(geotopbricks)
help(writeRasterxGEOtop)
library(geotopbricks)#
#
## Simulation working path#
#
file <- system.file("rendena100/SnowDepthMapFile-2014-MA-mean-winter-2013-2014.asc",package="geotopbricks")#
snow <- raster(file)#
snowfile <- "./temporary/snow.asc"#
#
dir.create("./temporary")#
writeRasterxGEOtop(x=snow,file=snowfile)
source('~/Dropbox/R-packages/geotopbricks/roxygenize.R', chdir = TRUE)
help(crop)
help(grep)
toremove <- c(".DS_Store,inst/.DS_Store,inst/doc/.DS_Store,inst/doc/examples/.DS_Store,inst/doc/examples/snowstuff/.DS_Store,inst/template/.DS_Store,inst/template/friuli/.DS_Store")#
toremove <- grep(toremove,",")
toremove
toremove <- c(".DS_Store,inst/.DS_Store,inst/doc/.DS_Store,inst/doc/examples/.DS_Store,inst/doc/examples/snowstuff/.DS_Store,inst/template/.DS_Store,inst/template/friuli/.DS_Store")
toremove
toremove <- grep(toremove,",")
toremove
help(grep)
help(str_split)
toremove
toremove <- c(".DS_Store","inst/.DS_Store","inst/doc/.DS_Store","inst/doc/examples/.DS_Store","inst/doc/examples/snowstuff/.DS_Store","inst/template/.DS_Store","inst/template/friuli/.DS_Store")
toremove
source('~/Dropbox/R-packages/geotopbricks/roxygenize.R', chdir = TRUE)
help(proj4string)
library(raster)
help(proj4string)
r <- raster()#
crs(r)#
crs(r) <- "+proj=lcc +lat_1=48 +lat_2=33 +lon_0=-100 +ellps=WGS84"#
crs(r)
r
proj4string(r)
class(proj4string(r))
class(projection(r))
(projection(r))
(crs(r))
class(crs(r))
source('~/Dropbox/R-packages/geotopbricks/roxygenize.R', chdir = TRUE)
library(geotopbricks)
help(writeRasterxGEOtop)
library(geotopbricks)#
#
## Simulation working path#
#
file <- system.file("rendena100/SnowDepthMapFile-2014-MA-mean-winter-2013-2014.asc",#
package="geotopbricks")#
snow <- raster(file)#
snowfile <- "./temporary/snow.asc"#
#
dir.create("./temporary")#
writeRasterxGEOtop(x=snow,file=snowfile)
source('~/Dropbox/R-packages/geotopbricks/roxygenize.R', chdir = TRUE)
help(color.bar.raster)
source('~/Dropbox/R-packages/geotopbricks/roxygenize.R', chdir = TRUE)