Nothing
library(shiny)
ru_mat<-function(N){
g<-matrix(c(runif(N),runif(N),runif(N)),nrow = N,ncol = 3)
}
RAN<-function(a,b,m,N){
randu1 = matrix(0, ncol=3, nrow=N)
##Simulate from the randu1 random number generator
new_z = round(runif(1, min = 0, max = m), 0)
for(i in 1:N) {
new_x = (a*new_z+b) %% m
new_y = (a*new_x+b) %% m
new_z = (a*new_y+b) %% m
randu1[i,] = c(x=new_x/m, y=new_y/m, z=new_z/m)
}
return(randu1)
}
function(input, output, session) {
# observeEvent(input$goButton, {
output$Ecu = renderUI({
withMathJax(
p("$${ { r }_{ i } }=\\left( { { { ",input$obs_a,"r }_{ i-1 }+",input$obs_b," } } \\right) \\quad mod\\quad ",input$obs_m,",\\quad i=1,2,...,",input$obs_m," $$")
)
})
# })
output$plot_Randu = renderPlot({
randu<-reactive_Randu()
g<-ru_mat(input$obs_N)
op = par(mfrow=c(1, 2), mar=c(3,3,2,1),
mgp=c(2,0.4,0), tck=-.01,
cex.axis=0.9, las=1)
plot(randu[,3], 9*randu[,1] - 6*randu[,2], ylim=c(-6, 10),
xlab="", ylab="", cex=0.5,panel.first=grid(), pch=21, bg="#5582A9",
frame=FALSE, axes=FALSE, lwd=0.5)
title("RANDU", adj=0, cex.main=1.2, font.main=2, col.main="black")
plot(g[,3], 9*g[,1] - 6*g[,2], ylim=c(-6, 10),
xlab="", ylab="", cex=0.5,panel.first=grid(), pch=21, bg="#5582A9",
frame=FALSE, axes=FALSE, lwd=0.5)
title("Estándar rng", adj=0, cex.main=1.2, font.main=2, col.main="black")
par(op)
})
reactive_Randu <- reactive(RAN(input$obs_a,input$obs_b,input$obs_m,input$obs_N))
reactive_Randu4 <- reactive({
Tam<-dim(reactive_Randu())[1]
Secm<-trunc(Tam/4)
Dat1<-reactive_Randu()[(1:Secm),]
Dat2<-reactive_Randu()[(Secm+1):(2*Secm),]
Dat3<-reactive_Randu()[(2*Secm+1):(3*Secm),]
Dat4<-reactive_Randu()[(3*Secm+1):(Tam),]
return(list(Dat1,Dat2,Dat3,Dat4))
})
observeEvent(input$sal, {
stopApp()
})
output$plot_Randujs <- renderScatterplotThree({
randu2<-reactive_Randu()
#randu2<-RAN(input$obs_a,input$obs_b,input$obs_m,input$obs_N)
scatterplot3js(randu2[,1], randu2[,2], randu2[,3], color=rainbow(length(randu2[,3])), size = 0.7)
})
output$plot_rujs <- renderScatterplotThree({
g<-ru_mat(input$obs_N)
scatterplot3js(g[,1], g[,2], g[,3], color=rainbow(length(g[,3])), size = 0.7)
})
output$tableRANDU1 <- renderTable(
#if (is.null(input$reactive_Randu)) return(NULL)
#randu<-as.data.frame(reactive_Randu(),stringsAsFactors = FALSE)
reactive_Randu4()[[1]],digits =4)
output$tableRANDU2 <- renderTable(reactive_Randu4()[[2]],digits =4)
output$tableRANDU3 <- renderTable(reactive_Randu4()[[3]],digits =4)
output$tableRANDU4 <- renderTable(reactive_Randu4()[[4]],digits =4)
}
Any scripts or data that you put into this service are public.
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.