Hi everyone,
I have successfully plotted a set of 372 (x,y,z ) scattered values in 7
series. Each point is a circle colored according to a color based on a
simple lookup table.
# Lookup table for color
col_lut = dict(Bistris7p2 = burlywood, Cit7p2 = c,APhosph8p0 = m,
Acetate5p5 = k,Borate8p5 =
On Wed, Aug 17, 2011 at 3:29 PM, hari jayaram hari...@gmail.com wrote:
Hi everyone,
I have successfully plotted a set of 372 (x,y,z ) scattered values in 7
series. Each point is a circle colored according to a color based on a
simple lookup table.
# Lookup table for color
col_lut =
Thanks for your email Ben. Sorry I am still lost.
I dont understand what the handles type is . In my example I guess the
handles are an array of circles representing each x,y,z point.I am still a
little lost since the plot autmatically plots my 3 arrays
The color of each circle is arbitrary and
On Wed, Aug 17, 2011 at 5:30 PM, hari jayaram hari...@gmail.com wrote:
Thanks for your email Ben. Sorry I am still lost.
I dont understand what the handles type is . In my example I guess the
handles are an array of circles representing each x,y,z point.I am still a
little lost since the plot
Thanks a lot John and Benjamin for your help.
The Proxy Artist approach fits the bill perfectly.
I used the following code to make a legend from my color_lut lookup table.
# Lookup table for color
col_lut = dict(Bistris7p2 = burlywood, Cit7p2 = c,APhosph8p0 = m,
Acetate5p5 = k,Borate8p5 =