A variant of Pickett's answer:


using new-in-10 RegionMember
with a terse way to extract the plot range
extended to either Line or Point data
written as a reusable function


Code:

inrangeData[gr_Graphics] := 
  Select[Rectangle @@ (PlotRange[gr]\[Transpose]) // RegionMember] /@ 
    Cases[Normal @ gr, _Point | _Line, -1][[All, 1]]


Test:

inrangeData[plot2]



{{{3.53436*10^9, 3.}, {3.59752*10^9, 4.}, {3.62906*10^9, 5.}}}



ListPlot[Prime @ Range @ 25, PlotRange -&gt; {20, 40}]

% // inrangeData





{{{9., 23.}, {10., 29.}, {11., 31.}, {12., 37.}}}



The extra bracket depth is there to allow the function to handle plots with multiple lines or sets:

ListLinePlot[
  Table[{k, PDF[BinomialDistribution[50, p], k]}, {p, {0.3, 0.5, 0.8}}, {k, 0, 50}], 
  PlotRange -&gt; {0.08, 0.15},
  Filling -&gt; Axis
]

% // inrangeData





{
 {
  {11.838, 0.08}, {11.8528, 0.08035}, {12., 0.0838297}, {13., 0.105017},
  {14., 0.118948}, {15., 0.122347}, {16., 0.1147}, {17., 0.0983144},
  {17.8527, 0.08035}, {17.8693, 0.08}
 },
 {
  {22.0685, 0.08}, {22.089, 0.08035}, {23., 0.0959617}, {24., 0.107957},
  {25., 0.112275}, {26., 0.107957}, {27., 0.0959617}, {27.911, 0.08035},
  {27.9315, 0.08}
 },
 {
  {37.1629, 0.08}, {37.1755, 0.08035}, {38., 0.103275}, {39., 0.127108},
  {40., 0.139819}, {41., 0.136409}, {42., 0.116922}, {43., 0.0870116},
  {43.2105, 0.08035}, {43.2216, 0.08}
 }
}



Extract data from DateListPlot, limited by PlotRange
I have a PowerVault with 4 FC modules at 8gb/s. I don't want to jack the SAN into our 10/100/1000 switch because of the max 1gb/s speed.

My question is can I jack both ESXi host's FC into the SAN's FCs and have HV and vMotion?
