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I would like to propose expanding the inputs of pcolor to take vectors. Often, you have x and y independent (seperable), and you don't want to go on constructing an x array of redundant values. Actually, in NumPy it is not straightforward to do this with resize if your variable is in the first dimension like time (well, there is meshgrid, but you would only use it for plotting, and with two vectors -- see below). Since NumPy makes such heavy use of array broadcasting, it is not necessary. I think MPL should follow the spirit of array broadcasting, and make it such that: x = arange(10) y = arange(30) z = rand(30,10) pcolor (x, y, z) will work as expected. Perhaps, we could require a NewAxis in the right places, but it would also make sense without. You should also be able to send in just one vector. Consider x,y = meshgrid(arange(10), arange(30)) y = y + random.normal(size=y.shape) z = random.random(y.shape) pcolor (x, y, z) % but x is still essentially just arange(10) pcolor(arange(10), y, z) What do you all think? -Rob. ----- Rob Hetland, Assistant Professor Dept of Oceanography, Texas A&M University p: 979-458-0096, f: 979-845-6331 e: he...@ta..., w: http://pong.tamu.edu
are there any commercial or popular open source projects using matplotlib? thanks, bryan
Hi all, I am working on a UI design, and I just found out about matplotlib. I would like to learn if some of the following graphs are possible using matplotlib with wxPython (to see if anyone has done something similar). Here is a mockup with some graphs we'd like to have. http://www.geocities.com/belred1/image1.jpg Does anyone know if matplotlib has rich charting functionality with gradients and shading that could provide the same experience as the performance charts on the right. How difficult would this be to implement? Thanks, Bryan