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Identification quotas - TIKZ LaTeX


3d-plane and rotating coordinate system in TiKZWhy isn't the arc drawn on the good plane using tikz-3dplot in Tait-Bryan conventionTikZ intersections and opacityCylinder using only tikzHow to generate a simple cartesian plane system?Help with tikz drawingLaTex front page design using TikzTikZ, 3D multiple layers with orthogonal lineTikZ, node and expression do not coincideGenerate this Bloch sphere in TikZ













2















enter image description here



begintikzpicture
 % draw[dashed] (-1, -1) grid (10, 5);%
 draw[->] (-1,0) -- (10,0) node[right] $h$;
 draw[->] (0,-1) -- (0, 5) node[above] $gamma(h)$;
 draw[black][domain=0:10] plot (x,1+2.5*(1-exp(-x/1.2)))node[right] $hatgamma(h)$;
 setcounteri0
 foreach point in
 (3,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.5,1)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.6,1.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (8,4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (8.5,4.6)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (7,2.88)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (5,3.3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (4.2,3.9)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (2.5,2.9)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (2.7,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (3.84,3.79)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (2.16,3.1)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1.86,2.85)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (4.52,3.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1.658,2.5)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.85,2.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (4.753,3.8)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (5.4,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (6,4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (6.4,3.8)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (6.7,3.6)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (9.5,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (9,4.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (8.85,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (7.3,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.2,0.8)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.1,0.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1.45,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (9.8,4.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 draw[dotted][domain=0:10] plot (x,0.4+3.6*(1-exp(-x/1.65)))node[right] $gamma(h)$;
 draw (10.45, 4.85) node[below] $gamma^*(h_n)$;
 endtikzpicture


I already have the code that generates this image in black, this I already managed to realize. I need help inserting identification quotas in the Cartesian plane, these identification quotas that I need to make are in red in the image.






tikz-pgf







share|improve this question






















  • Same question as user marmot, how was your code generated?

    – Dr. Manuel Kuehner
    8 hours ago















2















enter image description here



begintikzpicture
 % draw[dashed] (-1, -1) grid (10, 5);%
 draw[->] (-1,0) -- (10,0) node[right] $h$;
 draw[->] (0,-1) -- (0, 5) node[above] $gamma(h)$;
 draw[black][domain=0:10] plot (x,1+2.5*(1-exp(-x/1.2)))node[right] $hatgamma(h)$;
 setcounteri0
 foreach point in
 (3,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.5,1)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.6,1.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (8,4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (8.5,4.6)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (7,2.88)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (5,3.3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (4.2,3.9)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (2.5,2.9)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (2.7,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (3.84,3.79)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (2.16,3.1)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1.86,2.85)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (4.52,3.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1.658,2.5)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.85,2.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (4.753,3.8)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (5.4,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (6,4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (6.4,3.8)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (6.7,3.6)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (9.5,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (9,4.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (8.85,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (7.3,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.2,0.8)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.1,0.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1.45,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (9.8,4.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 draw[dotted][domain=0:10] plot (x,0.4+3.6*(1-exp(-x/1.65)))node[right] $gamma(h)$;
 draw (10.45, 4.85) node[below] $gamma^*(h_n)$;
 endtikzpicture


I already have the code that generates this image in black, this I already managed to realize. I need help inserting identification quotas in the Cartesian plane, these identification quotas that I need to make are in red in the image.






tikz-pgf







share|improve this question






















  • Same question as user marmot, how was your code generated?

    – Dr. Manuel Kuehner
    8 hours ago













2












2








2








enter image description here



begintikzpicture
 % draw[dashed] (-1, -1) grid (10, 5);%
 draw[->] (-1,0) -- (10,0) node[right] $h$;
 draw[->] (0,-1) -- (0, 5) node[above] $gamma(h)$;
 draw[black][domain=0:10] plot (x,1+2.5*(1-exp(-x/1.2)))node[right] $hatgamma(h)$;
 setcounteri0
 foreach point in
 (3,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.5,1)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.6,1.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (8,4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (8.5,4.6)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (7,2.88)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (5,3.3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (4.2,3.9)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (2.5,2.9)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (2.7,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (3.84,3.79)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (2.16,3.1)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1.86,2.85)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (4.52,3.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1.658,2.5)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.85,2.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (4.753,3.8)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (5.4,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (6,4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (6.4,3.8)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (6.7,3.6)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (9.5,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (9,4.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (8.85,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (7.3,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.2,0.8)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.1,0.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1.45,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (9.8,4.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 draw[dotted][domain=0:10] plot (x,0.4+3.6*(1-exp(-x/1.65)))node[right] $gamma(h)$;
 draw (10.45, 4.85) node[below] $gamma^*(h_n)$;
 endtikzpicture


I already have the code that generates this image in black, this I already managed to realize. I need help inserting identification quotas in the Cartesian plane, these identification quotas that I need to make are in red in the image.






tikz-pgf







share|improve this question














enter image description here



begintikzpicture
 % draw[dashed] (-1, -1) grid (10, 5);%
 draw[->] (-1,0) -- (10,0) node[right] $h$;
 draw[->] (0,-1) -- (0, 5) node[above] $gamma(h)$;
 draw[black][domain=0:10] plot (x,1+2.5*(1-exp(-x/1.2)))node[right] $hatgamma(h)$;
 setcounteri0
 foreach point in
 (3,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.5,1)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.6,1.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (8,4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (8.5,4.6)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (7,2.88)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (5,3.3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (4.2,3.9)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (2.5,2.9)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (2.7,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (3.84,3.79)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (2.16,3.1)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1.86,2.85)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (4.52,3.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1.658,2.5)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.85,2.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (4.753,3.8)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (5.4,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (6,4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (6.4,3.8)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (6.7,3.6)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (9.5,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (9,4.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (8.85,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (7.3,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.2,0.8)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.1,0.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1.45,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (9.8,4.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 draw[dotted][domain=0:10] plot (x,0.4+3.6*(1-exp(-x/1.65)))node[right] $gamma(h)$;
 draw (10.45, 4.85) node[below] $gamma^*(h_n)$;
 endtikzpicture


I already have the code that generates this image in black, this I already managed to realize. I need help inserting identification quotas in the Cartesian plane, these identification quotas that I need to make are in red in the image.






tikz-pgf




tikz-pgf






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asked 8 hours ago









Ícaro ViterbreÍcaro Viterbre

324




324












  • Same question as user marmot, how was your code generated?

    – Dr. Manuel Kuehner
    8 hours ago

















  • Same question as user marmot, how was your code generated?

    – Dr. Manuel Kuehner
    8 hours ago
















Same question as user marmot, how was your code generated?

– Dr. Manuel Kuehner
8 hours ago





Same question as user marmot, how was your code generated?

– Dr. Manuel Kuehner
8 hours ago










1 Answer
1






active

oldest

votes


















4














Do you have a program that generates the code?



documentclass[tikz,border=3.14mm]standalone
newcounteri
begindocument
begintikzpicture
 % draw[dashed] (-1, -1) grid (10, 5);%
 draw[->] (-1,0) -- (10,0) node[right] $h$;
 draw[->] (0,-1) -- (0, 5) node[above] $gamma(h)$;
 draw[black][domain=0:10] plot (x,1+2.5*(1-exp(-x/1.2)))node[right] $hatgamma(h)$;
 setcounteri0
 foreach point in
 (3,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.5,1)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.6,1.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (8,4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (8.5,4.6)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (7,2.88)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (5,3.3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (4.2,3.9)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (2.5,2.9)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (2.7,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (3.84,3.79)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (2.16,3.1)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1.86,2.85)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (4.52,3.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1.658,2.5)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.85,2.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (4.753,3.8)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (5.4,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (6,4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (6.4,3.8)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (6.7,3.6)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (9.5,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (9,4.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (8.85,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (7.3,3.7)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.2,0.8)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (0.1,0.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (1.45,3)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 setcounteri0
 foreach point in
 (9.8,4.4)
 node[coordinate] (point-arabici) at point ;
 fill (point-arabici) circle (0.05);
 stepcounteri
 draw[dotted][domain=0:10] plot (x,0.4+3.6*(1-exp(-x/1.65)))node[right] $gamma(h)$;
 draw (10.45, 4.85) node[below] $gamma^*(h_n)$;
 draw[red,|-|] (-1,0) -- (-1,1) node[midway,left] $c_0$;
 draw[red,|-|] (-1,1) -- (-1,3.4) node[midway,left] $c_1$;
 draw[red,|-|] (0,-1) -- (3,-1) node[midway,below] $a$;
 endtikzpicture
enddocument


enter image description here



Which can be shortened to something in which the coordinates have unique names:



documentclass[tikz,border=3.14mm]standalone
begindocument
begintikzpicture
 % draw[dashed] (-1, -1) grid (10, 5);%
 draw[->] (-1,0) -- (10,0) node[right] $h$;
 draw[->] (0,-1) -- (0, 5) node[above] $gamma(h)$;
 draw[black][domain=0:10] plot (x,1+2.5*(1-exp(-x/1.2)))node[right] $hatgamma(h)$;
 foreach point [count=X] in (3,3),(1,3),(0.5,1),(0.6,1.7),(8,4),(8.5,4.6),(7,2.88),(5,3.3),(4.2,3.9),(2.5,2.9),(2.7,3.7),(3.84,3.79),(2.16,3.1),(1.86,2.85),(4.52,3.4),(1.658,2.5),(0.85,2.4),(4.753,3.8),(5.4,3.7),(6,4),(6.4,3.8),(6.7,3.6),(9.5,3.7),(9,4.7),(8.85,3),(7.3,3.7),(0.2,0.8),(0.1,0.4),(1.45,3),(9.8,4.4)
 fill point coordinate (point-X) circle (0.05);
 draw[dotted][domain=0:10]plot(x,0.4+3.6*(1-exp(-x/1.65)))node[right]$gamma(h)$;
 draw (10.45, 4.85) node[below] $gamma^*(h_n)$;
 draw[red,|-|] (-1,0) -- (-1,1) node[midway,left] $c_0$;
 draw[red,|-|] (-1,1) -- (-1,3.4) node[midway,left] $c_1$;
 draw[red,|-|] (0,-1) -- (3,-1) node[midway,below] $a$;
 endtikzpicture
enddocument





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    1 Answer
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    1 Answer
    1






    active

    oldest

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    active

    oldest

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    active

    oldest

    votes









    4














    Do you have a program that generates the code?



    documentclass[tikz,border=3.14mm]standalone
    newcounteri
    begindocument
    begintikzpicture
     % draw[dashed] (-1, -1) grid (10, 5);%
     draw[->] (-1,0) -- (10,0) node[right] $h$;
     draw[->] (0,-1) -- (0, 5) node[above] $gamma(h)$;
     draw[black][domain=0:10] plot (x,1+2.5*(1-exp(-x/1.2)))node[right] $hatgamma(h)$;
     setcounteri0
     foreach point in
     (3,3)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (1,3)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (0.5,1)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (0.6,1.7)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (8,4)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (8.5,4.6)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (7,2.88)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (5,3.3)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (4.2,3.9)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (2.5,2.9)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (2.7,3.7)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (3.84,3.79)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (2.16,3.1)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (1.86,2.85)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (4.52,3.4)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (1.658,2.5)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (0.85,2.4)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (4.753,3.8)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (5.4,3.7)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (6,4)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (6.4,3.8)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (6.7,3.6)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (9.5,3.7)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (9,4.7)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (8.85,3)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (7.3,3.7)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (0.2,0.8)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (0.1,0.4)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (1.45,3)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     setcounteri0
     foreach point in
     (9.8,4.4)
     node[coordinate] (point-arabici) at point ;
     fill (point-arabici) circle (0.05);
     stepcounteri
     draw[dotted][domain=0:10] plot (x,0.4+3.6*(1-exp(-x/1.65)))node[right] $gamma(h)$;
     draw (10.45, 4.85) node[below] $gamma^*(h_n)$;
     draw[red,|-|] (-1,0) -- (-1,1) node[midway,left] $c_0$;
     draw[red,|-|] (-1,1) -- (-1,3.4) node[midway,left] $c_1$;
     draw[red,|-|] (0,-1) -- (3,-1) node[midway,below] $a$;
     endtikzpicture
    enddocument


    enter image description here



    Which can be shortened to something in which the coordinates have unique names:



    documentclass[tikz,border=3.14mm]standalone
    begindocument
    begintikzpicture
     % draw[dashed] (-1, -1) grid (10, 5);%
     draw[->] (-1,0) -- (10,0) node[right] $h$;
     draw[->] (0,-1) -- (0, 5) node[above] $gamma(h)$;
     draw[black][domain=0:10] plot (x,1+2.5*(1-exp(-x/1.2)))node[right] $hatgamma(h)$;
     foreach point [count=X] in (3,3),(1,3),(0.5,1),(0.6,1.7),(8,4),(8.5,4.6),(7,2.88),(5,3.3),(4.2,3.9),(2.5,2.9),(2.7,3.7),(3.84,3.79),(2.16,3.1),(1.86,2.85),(4.52,3.4),(1.658,2.5),(0.85,2.4),(4.753,3.8),(5.4,3.7),(6,4),(6.4,3.8),(6.7,3.6),(9.5,3.7),(9,4.7),(8.85,3),(7.3,3.7),(0.2,0.8),(0.1,0.4),(1.45,3),(9.8,4.4)
     fill point coordinate (point-X) circle (0.05);
     draw[dotted][domain=0:10]plot(x,0.4+3.6*(1-exp(-x/1.65)))node[right]$gamma(h)$;
     draw (10.45, 4.85) node[below] $gamma^*(h_n)$;
     draw[red,|-|] (-1,0) -- (-1,1) node[midway,left] $c_0$;
     draw[red,|-|] (-1,1) -- (-1,3.4) node[midway,left] $c_1$;
     draw[red,|-|] (0,-1) -- (3,-1) node[midway,below] $a$;
     endtikzpicture
    enddocument





    share|improve this answer





























      4














      Do you have a program that generates the code?



      documentclass[tikz,border=3.14mm]standalone
      newcounteri
      begindocument
      begintikzpicture
       % draw[dashed] (-1, -1) grid (10, 5);%
       draw[->] (-1,0) -- (10,0) node[right] $h$;
       draw[->] (0,-1) -- (0, 5) node[above] $gamma(h)$;
       draw[black][domain=0:10] plot (x,1+2.5*(1-exp(-x/1.2)))node[right] $hatgamma(h)$;
       setcounteri0
       foreach point in
       (3,3)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (1,3)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (0.5,1)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (0.6,1.7)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (8,4)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (8.5,4.6)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (7,2.88)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (5,3.3)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (4.2,3.9)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (2.5,2.9)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (2.7,3.7)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (3.84,3.79)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (2.16,3.1)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (1.86,2.85)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (4.52,3.4)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (1.658,2.5)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (0.85,2.4)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (4.753,3.8)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (5.4,3.7)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (6,4)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (6.4,3.8)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (6.7,3.6)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (9.5,3.7)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (9,4.7)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (8.85,3)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (7.3,3.7)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (0.2,0.8)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (0.1,0.4)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (1.45,3)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       setcounteri0
       foreach point in
       (9.8,4.4)
       node[coordinate] (point-arabici) at point ;
       fill (point-arabici) circle (0.05);
       stepcounteri
       draw[dotted][domain=0:10] plot (x,0.4+3.6*(1-exp(-x/1.65)))node[right] $gamma(h)$;
       draw (10.45, 4.85) node[below] $gamma^*(h_n)$;
       draw[red,|-|] (-1,0) -- (-1,1) node[midway,left] $c_0$;
       draw[red,|-|] (-1,1) -- (-1,3.4) node[midway,left] $c_1$;
       draw[red,|-|] (0,-1) -- (3,-1) node[midway,below] $a$;
       endtikzpicture
      enddocument


      enter image description here



      Which can be shortened to something in which the coordinates have unique names:



      documentclass[tikz,border=3.14mm]standalone
      begindocument
      begintikzpicture
       % draw[dashed] (-1, -1) grid (10, 5);%
       draw[->] (-1,0) -- (10,0) node[right] $h$;
       draw[->] (0,-1) -- (0, 5) node[above] $gamma(h)$;
       draw[black][domain=0:10] plot (x,1+2.5*(1-exp(-x/1.2)))node[right] $hatgamma(h)$;
       foreach point [count=X] in (3,3),(1,3),(0.5,1),(0.6,1.7),(8,4),(8.5,4.6),(7,2.88),(5,3.3),(4.2,3.9),(2.5,2.9),(2.7,3.7),(3.84,3.79),(2.16,3.1),(1.86,2.85),(4.52,3.4),(1.658,2.5),(0.85,2.4),(4.753,3.8),(5.4,3.7),(6,4),(6.4,3.8),(6.7,3.6),(9.5,3.7),(9,4.7),(8.85,3),(7.3,3.7),(0.2,0.8),(0.1,0.4),(1.45,3),(9.8,4.4)
       fill point coordinate (point-X) circle (0.05);
       draw[dotted][domain=0:10]plot(x,0.4+3.6*(1-exp(-x/1.65)))node[right]$gamma(h)$;
       draw (10.45, 4.85) node[below] $gamma^*(h_n)$;
       draw[red,|-|] (-1,0) -- (-1,1) node[midway,left] $c_0$;
       draw[red,|-|] (-1,1) -- (-1,3.4) node[midway,left] $c_1$;
       draw[red,|-|] (0,-1) -- (3,-1) node[midway,below] $a$;
       endtikzpicture
      enddocument





      share|improve this answer



























        4












        4








        4







        Do you have a program that generates the code?



        documentclass[tikz,border=3.14mm]standalone
        newcounteri
        begindocument
        begintikzpicture
         % draw[dashed] (-1, -1) grid (10, 5);%
         draw[->] (-1,0) -- (10,0) node[right] $h$;
         draw[->] (0,-1) -- (0, 5) node[above] $gamma(h)$;
         draw[black][domain=0:10] plot (x,1+2.5*(1-exp(-x/1.2)))node[right] $hatgamma(h)$;
         setcounteri0
         foreach point in
         (3,3)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (1,3)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (0.5,1)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (0.6,1.7)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (8,4)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (8.5,4.6)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (7,2.88)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (5,3.3)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (4.2,3.9)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (2.5,2.9)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (2.7,3.7)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (3.84,3.79)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (2.16,3.1)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (1.86,2.85)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (4.52,3.4)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (1.658,2.5)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (0.85,2.4)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (4.753,3.8)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (5.4,3.7)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (6,4)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (6.4,3.8)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (6.7,3.6)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (9.5,3.7)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (9,4.7)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (8.85,3)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (7.3,3.7)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (0.2,0.8)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (0.1,0.4)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (1.45,3)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (9.8,4.4)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         draw[dotted][domain=0:10] plot (x,0.4+3.6*(1-exp(-x/1.65)))node[right] $gamma(h)$;
         draw (10.45, 4.85) node[below] $gamma^*(h_n)$;
         draw[red,|-|] (-1,0) -- (-1,1) node[midway,left] $c_0$;
         draw[red,|-|] (-1,1) -- (-1,3.4) node[midway,left] $c_1$;
         draw[red,|-|] (0,-1) -- (3,-1) node[midway,below] $a$;
         endtikzpicture
        enddocument


        enter image description here



        Which can be shortened to something in which the coordinates have unique names:



        documentclass[tikz,border=3.14mm]standalone
        begindocument
        begintikzpicture
         % draw[dashed] (-1, -1) grid (10, 5);%
         draw[->] (-1,0) -- (10,0) node[right] $h$;
         draw[->] (0,-1) -- (0, 5) node[above] $gamma(h)$;
         draw[black][domain=0:10] plot (x,1+2.5*(1-exp(-x/1.2)))node[right] $hatgamma(h)$;
         foreach point [count=X] in (3,3),(1,3),(0.5,1),(0.6,1.7),(8,4),(8.5,4.6),(7,2.88),(5,3.3),(4.2,3.9),(2.5,2.9),(2.7,3.7),(3.84,3.79),(2.16,3.1),(1.86,2.85),(4.52,3.4),(1.658,2.5),(0.85,2.4),(4.753,3.8),(5.4,3.7),(6,4),(6.4,3.8),(6.7,3.6),(9.5,3.7),(9,4.7),(8.85,3),(7.3,3.7),(0.2,0.8),(0.1,0.4),(1.45,3),(9.8,4.4)
         fill point coordinate (point-X) circle (0.05);
         draw[dotted][domain=0:10]plot(x,0.4+3.6*(1-exp(-x/1.65)))node[right]$gamma(h)$;
         draw (10.45, 4.85) node[below] $gamma^*(h_n)$;
         draw[red,|-|] (-1,0) -- (-1,1) node[midway,left] $c_0$;
         draw[red,|-|] (-1,1) -- (-1,3.4) node[midway,left] $c_1$;
         draw[red,|-|] (0,-1) -- (3,-1) node[midway,below] $a$;
         endtikzpicture
        enddocument





        share|improve this answer















        Do you have a program that generates the code?



        documentclass[tikz,border=3.14mm]standalone
        newcounteri
        begindocument
        begintikzpicture
         % draw[dashed] (-1, -1) grid (10, 5);%
         draw[->] (-1,0) -- (10,0) node[right] $h$;
         draw[->] (0,-1) -- (0, 5) node[above] $gamma(h)$;
         draw[black][domain=0:10] plot (x,1+2.5*(1-exp(-x/1.2)))node[right] $hatgamma(h)$;
         setcounteri0
         foreach point in
         (3,3)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (1,3)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (0.5,1)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (0.6,1.7)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (8,4)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (8.5,4.6)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (7,2.88)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (5,3.3)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (4.2,3.9)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (2.5,2.9)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (2.7,3.7)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (3.84,3.79)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (2.16,3.1)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (1.86,2.85)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (4.52,3.4)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (1.658,2.5)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (0.85,2.4)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (4.753,3.8)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (5.4,3.7)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (6,4)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (6.4,3.8)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (6.7,3.6)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (9.5,3.7)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (9,4.7)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (8.85,3)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (7.3,3.7)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (0.2,0.8)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (0.1,0.4)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (1.45,3)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         setcounteri0
         foreach point in
         (9.8,4.4)
         node[coordinate] (point-arabici) at point ;
         fill (point-arabici) circle (0.05);
         stepcounteri
         draw[dotted][domain=0:10] plot (x,0.4+3.6*(1-exp(-x/1.65)))node[right] $gamma(h)$;
         draw (10.45, 4.85) node[below] $gamma^*(h_n)$;
         draw[red,|-|] (-1,0) -- (-1,1) node[midway,left] $c_0$;
         draw[red,|-|] (-1,1) -- (-1,3.4) node[midway,left] $c_1$;
         draw[red,|-|] (0,-1) -- (3,-1) node[midway,below] $a$;
         endtikzpicture
        enddocument


        enter image description here



        Which can be shortened to something in which the coordinates have unique names:



        documentclass[tikz,border=3.14mm]standalone
        begindocument
        begintikzpicture
         % draw[dashed] (-1, -1) grid (10, 5);%
         draw[->] (-1,0) -- (10,0) node[right] $h$;
         draw[->] (0,-1) -- (0, 5) node[above] $gamma(h)$;
         draw[black][domain=0:10] plot (x,1+2.5*(1-exp(-x/1.2)))node[right] $hatgamma(h)$;
         foreach point [count=X] in (3,3),(1,3),(0.5,1),(0.6,1.7),(8,4),(8.5,4.6),(7,2.88),(5,3.3),(4.2,3.9),(2.5,2.9),(2.7,3.7),(3.84,3.79),(2.16,3.1),(1.86,2.85),(4.52,3.4),(1.658,2.5),(0.85,2.4),(4.753,3.8),(5.4,3.7),(6,4),(6.4,3.8),(6.7,3.6),(9.5,3.7),(9,4.7),(8.85,3),(7.3,3.7),(0.2,0.8),(0.1,0.4),(1.45,3),(9.8,4.4)
         fill point coordinate (point-X) circle (0.05);
         draw[dotted][domain=0:10]plot(x,0.4+3.6*(1-exp(-x/1.65)))node[right]$gamma(h)$;
         draw (10.45, 4.85) node[below] $gamma^*(h_n)$;
         draw[red,|-|] (-1,0) -- (-1,1) node[midway,left] $c_0$;
         draw[red,|-|] (-1,1) -- (-1,3.4) node[midway,left] $c_1$;
         draw[red,|-|] (0,-1) -- (3,-1) node[midway,below] $a$;
         endtikzpicture
        enddocument






        share|improve this answer














        share|improve this answer



        share|improve this answer








        edited 8 hours ago

























        answered 8 hours ago









        marmotmarmot

        132k6166317




        132k6166317



























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            Invision Community Contents History See also References External links Navigation menuProprietaryinvisioncommunity.comIPS Community ForumsIPS Community Forumsthis blog entry"License Changes, IP.Board 3.4, and the Future""Interview -- Matt Mecham of Ibforums""CEO Invision Power Board, Matt Mecham Is a Liar, Thief!"IPB License Explanation 1.3, 1.3.1, 2.0, and 2.1ArchivedSecurity Fixes, Updates And Enhancements For IPB 1.3.1Archived"New Demo Accounts - Invision Power Services"the original"New Default Skin"the original"Invision Power Board 3.0.0 and Applications Released"the original"Archived copy"the original"Perpetual licenses being done away with""Release Notes - Invision Power Services""Introducing: IPS Community Suite 4!"Invision Community Release Notes

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            Internet forum softwarePHP software Internet communityPHPMySQLdatabase management systemInternet forumCharles WarnerMatt MechamJarvis Entertainment GroupIkonboardInvisionFreeAjaxIPS Community ForumsIPS Community Forumsthis blog entry Invision Community From Wikipedia, the free encyclopedia Jump to navigation Jump to search Invision Community Developer(s) Invision Power Services Stable release 4.4.6 / August 19, 2019 ; 34 days ago  ( 2019-08-19 ) Platform PHP / MySQL Type Forum software License Proprietary Website invisioncommunity.com Invision Community (previously known as IPS Community Suite ) is primarily an Internet community software produced by Invision Power Services, Inc. It is written in PHP and uses MySQL as a database management system. Invision Power Services sell applications that each can be bought and installed separately in addition to the Suite, the most widely known being the Internet forum software Invision Power Boar...
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