4864aa8560
It support both 2D and 3D plots and tries to emulate most of the functions supported by programs like Microcal Origin or SPSS Sigmaplot.
26 lines
1.2 KiB
Text
26 lines
1.2 KiB
Text
$NetBSD: patch-ad,v 1.1.1.1 2004/06/24 15:09:16 ianzag Exp $
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--- src/Plot2DSimple.cc.orig 2004-05-20 23:35:53.000000000 +0700
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+++ src/Plot2DSimple.cc
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@@ -64,8 +64,10 @@ void Plot2DSimple::drawCurves(QPainter *
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x = xmin + (d[j].X() - minx) * (xmax-xmin)/(maxx-minx);
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else if (axis[0].Scale() == LOG10)
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x = xmin + (log10(d[j].X()/minx)) * (xmax-xmin)/(log10(maxx/minx));
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+ #if 0
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else if (axis[0].Scale() == LOG2)
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x = xmin + (log2(d[j].X()/minx)) * (xmax-xmin)/(log2(maxx/minx));
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+ #endif
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else if (axis[0].Scale() == LN)
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x = xmin + (log(d[j].X()/minx)) * (xmax-xmin)/(log(maxx/minx));
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else if (axis[0].Scale() == SQRT)
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@@ -75,8 +77,10 @@ void Plot2DSimple::drawCurves(QPainter *
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y = ymax - (d[j].Y() - miny) * (ymax-ymin)/(maxy-miny);
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else if(axis[1].Scale() == LOG10)
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y = ymax - (log10(d[j].Y()/miny)) * (ymax-ymin)/(log10(maxy/miny));
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+ #if 0
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else if(axis[1].Scale() == LOG2)
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y = ymax - (log2(d[j].Y()/miny)) * (ymax-ymin)/(log2(maxy/miny));
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+ #endif
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else if(axis[1].Scale() == LN)
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y = ymax - (log(d[j].Y()/miny)) * (ymax-ymin)/(log(maxy/miny));
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else if (axis[1].Scale() == SQRT)
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