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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
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
asked 8 hours ago
Ícaro ViterbreÍcaro Viterbre
324
add a comment |
2
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
asked 8 hours ago
Ícaro ViterbreÍcaro Viterbre
324
Same question as user marmot, how was your code generated?
– Dr. Manuel Kuehner
8 hours ago
add a comment |
2
2
2
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
asked 8 hours ago
Ícaro ViterbreÍcaro Viterbre
324
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
asked 8 hours ago
Ícaro ViterbreÍcaro Viterbre
324
asked 8 hours ago
Ícaro ViterbreÍcaro Viterbre
324
asked 8 hours ago
Ícaro ViterbreÍcaro Viterbre
324
asked 8 hours ago
Ícaro ViterbreÍcaro Viterbre
324
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
add a comment |
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
add a comment |
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
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
answered 8 hours ago
marmotmarmot
132k6166317
add a comment |
Your Answer
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1 Answer
1
active
oldest
votes
1 Answer
1
active
oldest
votes
active
oldest
votes
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
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
answered 8 hours ago
marmotmarmot
132k6166317
add a comment |
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
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
answered 8 hours ago
marmotmarmot
132k6166317
add a comment |
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
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
answered 8 hours ago
marmotmarmot
132k6166317
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
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
answered 8 hours ago
marmotmarmot
132k6166317
edited 8 hours ago
answered 8 hours ago
marmotmarmot
132k6166317
answered 8 hours ago
marmotmarmot
132k6166317
answered 8 hours ago
marmotmarmot
132k6166317
132k6166317
add a comment |
add a comment |
draft saved
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Same question as user marmot, how was your code generated?
– Dr. Manuel Kuehner
8 hours ago