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Apr 13, 2015 11:06 AM
(2309 views)

The default range setting in Y by X graphs is to show the full range of the data independently in x and y. This is fine, but I have a special condition where I an plotting some residual errors in the x and y direction and I would like the graphs to have the same range in both x and y. The effect I am trying to achieve is that if the errors are normally distributed in each direction then the residuals so show up in a circular pattern. If they are worse in either X or Y a ellipse should be seen. Of course there are outliers in each direction and the axis range is being set by them.

What is the easiest way to script the axis to take the full range of the worse direction? Something akin to uniform scaling in histogram plots.

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Apr 13, 2015 12:06 PM
(3115 views)

Solution

interactively, right-click-graph->Graph->Size/Scale->Size To Isometric.

g = Graph Builder(

Size( 348, 336 ),

Show Control Panel( 0 ),

Variables( X( :weight ), Y( :height ) ),

Elements( Points( X, Y, Legend( 6 ) ), Smoother( X, Y, Legend( 7 ) ) )

);

(report(g)[framebox(1)])<<size to isometric;

the graph starts out about square, 348x336. size to isometric:

The two scales match, 50 to 70 on the v-axis is a little shorter than 50 to 75 on the h-axis.

Craige

4 REPLIES

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Apr 13, 2015 12:06 PM
(3116 views)

interactively, right-click-graph->Graph->Size/Scale->Size To Isometric.

g = Graph Builder(

Size( 348, 336 ),

Show Control Panel( 0 ),

Variables( X( :weight ), Y( :height ) ),

Elements( Points( X, Y, Legend( 6 ) ), Smoother( X, Y, Legend( 7 ) ) )

);

(report(g)[framebox(1)])<<size to isometric;

the graph starts out about square, 348x336. size to isometric:

The two scales match, 50 to 70 on the v-axis is a little shorter than 50 to 75 on the h-axis.

Craige

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Apr 13, 2015 12:59 PM
(2093 views)

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Apr 13, 2015 2:55 PM
(2093 views)

Craige's answer is probably the easiest. We often need a square version of the graph with the axes spanning the entire range. One way to do that is to determine the min and max values and set both axes to the same values.

g = Bivariate( Y( :height ), X( :weight ) );

minaxis = Min( Col Min( :height ), Col Min( :weight ) );

maxaxis = Max( Col Max( :height ), Col Max( :weight ) );

(Report( g )[axisbox( 1 )]) << {Min( minaxis ), Max( maxaxis )};

(Report( g )[axisbox( 2 )]) << {Min( minaxis ), Max( maxaxis )};

(Report( g )[framebox( 1 )]) << Frame Size( 320, 320 );

The resulting graph:

I sometimes add a 45-degree line to this graph to indicate X=Y. This graph is useful if X and Y represent the same property or characteristic (not height and weight). If X and Y represented values of the same characteristic measured by measurement devices X and Y, this graph would tell us that there is a problem between the two measurement devices.

Some points are on the edge of the graph. This can be fixed by using a "weighted combination" of min and max values to widen the axes:

minaxis = 1.05 * Min( Col Min( :height ), Col Min( :weight ) ) - 0.05 * Max( Col Max( :height ), Col Max( :weight ) );

maxaxis = -0.05 * Min( Col Min( :height ), Col Min( :weight ) ) + 1.05 * Max( Col Max( :height ), Col Max( :weight ) );

Good luck!

Howard

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Apr 14, 2015 8:14 AM
(2093 views)

Hi Howard,

Your solution is the more desired. I would suggest that this be a feature request to be settable like isometric.

Andy