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Hello Carl, sorry I am a little bit lost in your latest comment. Did you mean that we should produce an anti-Terncoords function to get the rectangular coordinate and turn them into three fractional value where their sum should be equal to a unit?
That's exactly what I mean. terncoords takes the fractional values and gives x, y coordinates that can be plotted. There isn't a quick way right now to take the x, y coordinates back to the fractions.
Sure, but is it practical since one should have the original fractional variables to be able to use Terncoords converts. What would be the use of this?
Sure, but is it practical since one should have the original fractional variables to be able to use Terncoords converts. What would be the use of this?
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sha17hab commentedon Jun 30, 2016
Hello Carl, sorry I am a little bit lost in your latest comment. Did you mean that we should produce an anti-Terncoords function to get the rectangular coordinate and turn them into three fractional value where their sum should be equal to a unit?
alchemyst commentedon Jun 30, 2016
That's exactly what I mean. terncoords takes the fractional values and gives x, y coordinates that can be plotted. There isn't a quick way right now to take the x, y coordinates back to the fractions.
sha17hab commentedon Jun 30, 2016
Sure, but is it practical since one should have the original fractional variables to be able to use Terncoords converts. What would be the use of this?
alchemyst commentedon Jun 30, 2016
For instance to enable ginput to be used, or to find the fractions for particular contours.
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