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edited Dec 5, 2012 at 2:26

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(Cannot connect to FinancialData, so I used fakeReturns instead of logr.)

 fakeReturns = RandomVariate[NormalDistribution[], 600];

 Plot[SurvivalFunction[HistogramDistribution[fakeReturns], x], {x, -3, 3},
   Exclusions -> None]

It seems enter image description here

Or, Histogram using with Round[logr,.001] ("typical values") as bin delimiters and "SF" (i.e., SurvivalFunction) as the height function gives something close to what I think you need:

 fakeReturns = RandomVariate[NormalDistribution[], 600];
Histogram[fakeReturns, {Union@Round[fakeReturns, 0.1]}, "SF", PlotRange -> Full]

enter image description here

or, with a different specification of "typical" values:

 Histogram[fakeReturns, {Union@Round[fakeReturns, 0.01]}, "SF", PlotRange -> Full]

enter image description here

(Cannot connect to FinancialData, so I used fakeReturns instead of logr.)

It seems Histogram using Round[logr,.001] as bin delimiters and "SF" (i.e., SurvivalFunction) as the height function gives something close to what I think you need:

 fakeReturns = RandomVariate[NormalDistribution[], 600];
Histogram[fakeReturns, {Union@Round[fakeReturns, 0.1]}, "SF", PlotRange -> Full]

enter image description here

or, with a different specification of "typical" values:

 Histogram[fakeReturns, {Union@Round[fakeReturns, 0.01]}, "SF", PlotRange -> Full]

enter image description here

(Cannot connect to FinancialData, so I used fakeReturns instead of logr.)

 fakeReturns = RandomVariate[NormalDistribution[], 600];

 Plot[SurvivalFunction[HistogramDistribution[fakeReturns], x], {x, -3, 3},
   Exclusions -> None]

enter image description here

Or, Histogram with Round[logr,.001] ("typical values") as bin delimiters and "SF" (i.e., SurvivalFunction) as the height function gives:

Histogram[fakeReturns, {Union@Round[fakeReturns, 0.1]}, "SF", PlotRange -> Full]

enter image description here

or, with a different specification of "typical" values:

 Histogram[fakeReturns, {Union@Round[fakeReturns, 0.01]}, "SF", PlotRange -> Full]

enter image description here

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created Dec 5, 2012 at 2:18

kglr

400.5k
18
488
929

(Cannot connect to FinancialData, so I used fakeReturns instead of logr.)

It seems Histogram using Round[logr,.001] as bin delimiters and "SF" (i.e., SurvivalFunction) as the height function gives something close to what I think you need:

 fakeReturns = RandomVariate[NormalDistribution[], 600];
Histogram[fakeReturns, {Union@Round[fakeReturns, 0.1]}, "SF", PlotRange -> Full]

enter image description here

or, with a different specification of "typical" values:

 Histogram[fakeReturns, {Union@Round[fakeReturns, 0.01]}, "SF", PlotRange -> Full]

enter image description here