Figure figure = Position [0,0] Size[x,y*4/5] Origin[x/12,y*3/4] Unit x/24 Color "white"; Axes axes = Color "black"; Grid grid = Color "blue"; //Units units = Color "black"; Label x5 = "5" At [5,0] Offset [0,15] Color "black"; Label x10 = "10" At [10,0] Offset [0,15] Color "black"; Label x15 = "15" At [15,0] Offset [0,15] Color "black"; Label x20 = "20" At [20,0] Offset [0,15] Color "black"; Label y05 = "0.5" At [0,5] Offset [-30,-5] Color "black"; Label y10 = "1.0" At [0,10] Offset [-30,-5] Color "black"; SlidePot my = From 0 To 20 Initial 5 Position [20,y-45] Size [300,0]; Text my_txt = "μ = my,2" Offset [350,y-40] Color "blue"; SlidePot sigma = From 0.35 To 4 Initial 1 Position [20,y-20] Size [300,0]; Text sigma_txt = "σ = sigma,2" Offset [350,y-15] Color "blue"; Function normalfct( Number x, Number sigma, Number my ) = 1/(sigma*sqrt(2*pi))*exp(-.5*((x-my)/sigma)^2); Graph graph = 10*normalfct( x, sigma, my ) Size 1.5 Color "red"; Tex descr = "f(x)=\\Large{\\frac{1}{\\sigma\\sqrt{2 \\pi}}e^{-\\frac12\\left(\\frac{x-\\mu}{\\sigma}\\right)^2}}" Offset [300,105] Color "black";