SeedRandom[1];
RandomVariate[NormalDistribution[], 100];
Histogram[%, Automatic, "Probability"]
The above code produces a histogram like
I want to translate the figure by say $\{1,1\}$ as follows:
Can someone help me do this?
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Update: An alternative approach is to use ChartElementFunction:
Histogram[data, Automatic, "Probability", ChartStyle -> "Rainbow",
ChartElementFunction -> (ChartElementDataFunction["GlassRectangle"][1 + #, ##2] &),
AxesOrigin -> {-3, 1}, PlotRange -> All]
Original post:
SeedRandom[1];
data = RandomVariate[NormalDistribution[], 100];
hist = Histogram[data, Automatic, "Probability"]
Show[MapAt[Translate[#, {1, 1}] &, hist, {1}],
AxesOrigin -> {-3, 1}, PlotRange -> {{-3, 4}, {1, 1.5}}]
Alternatively, post-process Rectangles:
Show[hist /. RectangleBox[{x0_, y0_}, {x1_, y1_}, z___] :>
RectangleBox[1 + {x0, y0}, 1 + {x1, y1}, z],
AxesOrigin -> {-3, 1}, PlotRange -> {{-3, 4}, {1, 1.5}}]
(* same picture *)
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To shift left-to-right, merely add $1$ to each sampled point:
SeedRandom[1];
1 + #& /@ RandomVariate[NormalDistribution[], 100];
Histogram[%, Automatic, "Probability"]
If one lists the vertical axis as "probability," then surely one doesn't want to add $1$ to each abscissa value as that would violate the definition of a probability measure.
answered Apr 15 '15 at 21:18
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$\begingroup$ That's the very point of the answer: adding 1 to the vertical axis makes no sense in the context of a histogram. $\endgroup$– wolfiesDec 16 '20 at 14:57
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You could just re-write the Ticks:
Histogram[mydata, Automatic, "Probability",
Ticks -> {{#, # + 1, {0.015, 0}} & /@ Range[-3, 3],
{#, # + 1, {0.015, 0}} & /@ Range[0, 0.35, 0.05]}]
Minor ticks are left as an exercise for the reader.
