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2year/1trimester/Advanced Multivariate Statistics/Assignment/.Rhistory

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+f = function(x)
+{
+if( (0 <= x) & (x<= 7) )
+{
+return(1/7)
+}
+else
+{
+return(0)
+}
+}
+f(10)
+f(6)
+1/7
+integrate(f)
+f
+integrate(f)
+integrate(0)
+integrate(1/7)
+f
+integrate(f)
+integrate(f, lower = inf)
+integrate(f, lower = infinte)
+infinite
+inf
+infy
+infty
+Inf
+integrate(f, lower = Inf)
+integrate(f, lower = Inf, upper = Inf)
+f = function(x)
+{
+if( (0 >= x) & (x<= 7) )
+{
+return(1/7)
+}
+else
+{
+return(0)
+}
+}
+integrate(f, lower = Inf, upper = Inf)
+f = function(x)
+{
+if( (0 >= x) & (x<= 7) )
+{
+return(1/7)
+}
+else
+{
+return(0)
+}
+}
+integrate(f, lower = Inf, upper = Inf)
+f = function(x)
+{
+if( (x >= 0) & (x<= 7) )
+{
+return(1/7)
+}
+else
+{
+return(0)
+}
+}
+integrate(f, lower = Inf, upper = Inf)
+f = function(x)
+{
+if( (x >= 0) & (x<= 7) )
+{
+return(1/7)
+}
+else
+{
+return(0)
+}
+}
+integrate(f)
+f = function(x)
+{
+(x<0)*0 + (x>=0 & x<=7) * (1/7) + (x>7)*0
+}
+integrate(f, lower = Inf, upper = Inf)
+f = function(x)
+{
+if( (x >= 0) & (x<= 7) )
+{
+1/7
+}
+else
+{
+0
+}
+}
+#f = function(x)
+#{
+#  (x<0)*0 + (x>=0 & x<=7) * (1/7) + (x>7)*0
+#}
+integrate(f, lower = Inf, upper = Inf)
+f = function(x)
+{
+(x<0)*0 + (x>=0 & x<=7) * (1/7) + (x>7)*0
+}
+integrate(f)
+f = function(x)
+{
+(x<0)*0 + (x>=0 & x<=7) * (1/7) + (x>7)*0
+}
+integrate(f, lower = Inf, upper = Inf)
+f
+plot(f)
+library(distr6)
+install.packages(distr6)
+install.packages("distr6")
+library(distr6)
+?distr6::kthmoment()
+distr6::kthmoment(f, 1)
+library(distr6)
+f = function(x)
+{
+(x<0)*0 + (x>=0 & x<=7) * (1/7) + (x>7)*0
+}
+integrate(f, lower = Inf, upper = Inf)
+plot(f)
+distr6::kthmoment(f, 1)
+distr6::mgf(f,1)
+library(distr6)
+f = function(x)
+{
+(x<0)*0 + (x>=0 & x<=7) * (1/7) + (x>7)*0
+}
+integrate(f, lower = Inf, upper = Inf)
+plot(f)
+distr6::mgf(f)
+?mgf
+distr6::mgf(f,1)
+mfg(1)
+mgf(1)
+mean(f)
+integrate(f, lower = Inf, upper = Inf)
+x1 = c(12,11,8,14,10)
+x2 = c(10,8,5,11,7)
+x3= c(8,11,11,13,6)
+x1 = c(12,11,8,14,10)
+x2 = c(10,8,5,11,7)
+x3= c(8,11,11,13,6)
+mean(x1)
+?distr6::Uniform
+?distr6::Uniform$new(lower = 0 , upper = 1/7)
+distr6::Uniform$new(lower = 0 , upper = 1)
+ok = distr6::Uniform$new(lower = 0 , upper = 1/7)
+ok$mgf()
+ok$mgf
+ok
+plot(ok)
+?dunif
+ok = distr6::Uniform$new(f, lower = 0 , upper = 1/7)
+?distr6::Distribution
+lenght(1)
+length(1)
+length(3)
+ok = distr6::Uniform$new(f, lower = 0 , upper = 1/7)
+?distr6::Uniform$new()
+?distr6::Uniform
+distr6::Uniform$new(lower = 0 , upper = 1/7)
+ok
+plot(ok)
+ok$mgf
+ok$mgf(t = 1)
+distr6::Uniform$new(lower = 0 , upper = 7)
+d = distr6::Uniform$new(lower = 0 , upper = 7)
+plot(d)
+d$mean()
+d = distr6::Uniform$new(lower = 0 , upper = 7)
+integrate(d)
+d
+d$pdf()
+d$print()
+d$summary()
+d$mgf(1)
+d = distr6::Uniform$new(lower = 0 , upper = 7)
+plot(d)
+d$mgf(t = 1)
+integrate(d)
+d$cdf()
+d$cdf
+d$pdf
+integrate(d$pdf)
+integrate(d$pdf, lower = 0 , upper = 7)
+integrate(d$pdf, lower = -Inf , upper = Inf)
+d$mgf(t = 1)
+as.matrix(x1,x2,x3)
+x2
+x3
+as.matrix(x1,x2,x3)
+x1
+x1 = c(12,11,8,14,10)
+x2 = c(10,8,5,11,7)
+x3= c(8,11,11,13,6)
+as.matrix(x1,x2,x3)
+matrix(x1,x2,x3)
+x1 = c(12,11,8,14,10)
+x2 = c(10,8,5,11,7)
+x3= c(8,11,11,13,6)
+matrix(x1,x2,x3)
+?matrix
+?as.matrix
+c(x1,x2,x3)
+as.matrix(c(x1,x2,x3))
+as.matrix(c(x1,x2,x3), nrow(3))
+as.matrix(c(x1,x2,x3), nrow= 3)
+matrix(c(x1,x2,x3), nrow= 3)
+matrix(c(x1,x2,x3), nrow= 4)
+matrix(c(x1,x2,x3), nrow= 4)
+matrix(c(x1,x2,x3), ncol = 4)
+matrix(c(x1,x2,x3), ncol = 3)
+x1 = c(12,11,8,14,10)
+x2 = c(10,8,5,11,7)
+x3= c(8,11,11,13,6)
+matrix(c(x1,x2,x3), ncol = 3)
+x1 = c(12,11,8,14,10)
+x2 = c(10,8,5,11,7)
+x3= c(8,11,11,13,6)
+m = matrix(c(x1,x2,x3), ncol = 3)
+m
+Matrix::mean(m)
+cov(m)
+cov(m)
+mean(m)
+cov(x1,x2,x3)
+mean(x1)
+x1 = c(12,11,8,14,10)
+x2 = c(10,8,5,11,7)
+x3= c(8,11,11,13,6)
+m = matrix(c(x1,x2,x3), ncol = 3)
+vector_mean = c(mean(x1), mean(x2), mean(x3))
+cov(m)
+x1 = c(12,11,8,14,10)
+x2 = c(10,8,5,11,7)
+x3= c(8,11,11,13,6)
+m = matrix(c(x1,x2,x3), ncol = 3)
+vector_mean = c(mean(x1), mean(x2), mean(x3))
+cov(m)
+vector_mean
+x1 = c(12,11,8,14,10)
+x2 = c(10,8,5,11,7)
+x3= c(8,11,11,13,6)
+m = matrix(c(x1,x2,x3), ncol = 3)
+vector_means = c(mean(x1), mean(x2), mean(x3))
+cov(m)
+x1 = c(12,11,8,14,10)
+x2 = c(10,8,5,11,7)
+x3= c(8,11,11,13,6)
+m = matrix(c(x1,x2,x3), ncol = 3)
+vector_means = c(mean(x1), mean(x2), mean(x3))
+vector_means
+cov(m)
+plot(d)
+library(distr6)
+d = distr6::Uniform$new(lower = 0 , upper = 7)
+#(i)
+integrate(d$pdf, lower = -Inf , upper = Inf)
+#(ii)
+plot(d)
+curve(d)
+curve(d)
+#(ii)
+plot(d)
+?curve()
+curve(d,from = 0, to=7)
+curve(plot(d),from = 0, to=7)
+curve(from = 0, to=7)
+#(ii)
+curve(d)
+plot(d)
+curve(d$pdf)
+plot(d$pdf)
+plot(d$cdf())
+plot(d$cdf
+)
+plot(d)
+curve(d)
+curve(distr6::Uniform$new(lower = 0 , upper = 7))
+curve(distr6::Uniform$new(lower = 0 , upper = 7))
+curve(d(x))
+d$print()
+d$print
+d$summary()
+curve(d$summary())
+plot(d, type='l')
+plot(d)
+plot(d)[1]
+curve(d)
+d
+d$cdf()
+d$cdf
+d$pdf
+curve(d$pdf)
+curve(d$pdf(x))
+curve(d(x))
+#(i)
+integrate(d$pdf, lower = -Inf , upper = Inf)