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ScalingBluestreak

-              v15
+              v16
 == '''Frame / hour calculation:''' ==
+== '''Frames / hour calculation:''' ==
+The frame rate R in hour/frame is calculated as follows for the 32 node case. To get frames/hour, take the inverse R^-1^. ''This assumes the write time will be the same at the end of the normal dt frame rate.''
+Start with calculating the framerate R. Since my data is given in minutes, R naturally has  units of mins/frame. Remember to subtract off the write-time before multiplying by 10, since we are interested in the computation time only for a full time step. We can add the write-time back afterward:
+[[latex($R = (Total ~time - write ~time)*10 + write~time $)]]
+So now we have a framerate in minutes/(full) frame. To convert to hours/frame, divide by 60, and to get to frames/hour, invert R.
 '''32 Nodes Example'''
+[[latex($R_{32} = (Total ~time - write ~time)*10 + write~time $)]]
+To get in hours per frame, divide by 60:
+An example of how to do this for the 32 node case is as follows,
 [[latex($ R_{32} = [(33 - 1.9)*10 + 1.9 ]min\times \frac{1 ~hr}{60 ~min} = 5.2 ~\frac{hr}{frame} $)]]
+To get frames/hour, take the inverse R^-1^. ''This assumes the write time will be the same at the end of the normal dt time step.''
 [[latex($ R^{-1}_{32} = 0.19 ~\frac{frames}{hour}$)]]