mcirri's profile - activity

overview network karma followed questions activity

2016-12-16 02:22:02 +0200	received badge	● Famous Question (source)
2015-02-24 20:57:39 +0200	received badge	● Notable Question (source)
2014-06-29 21:00:40 +0200	received badge	● Notable Question (source)
2014-06-29 21:00:40 +0200	received badge	● Famous Question (source)
2014-06-20 17:55:19 +0200	received badge	● Popular Question (source)
2013-10-08 11:47:36 +0200	received badge	● Popular Question (source)
2012-08-22 05:03:40 +0200	asked a question	Save plot in SVG with plain text strings Hi all, as previously stated I am quite inexpert in using both SAGE and Python. I am trying to create figure for a LaTeX report. I am working on a machine on which I cannot use the package to integrate SAGE in LaTeX. I am quite able to create plots and save them in SVG files. The real problem is that every caption or text in my plots appears as a embedded font or shape or whatever. Here is an example: `TestPlot=plot(sin(x),(x,0,2*pi))+text("a stupid comment",(pi,2)) show(TestPlot) TestPlot.save('TestPlot.svg')` This code generates the plot but when I start looking into the SVG file I can see that the caption "a stupid comment" was exported as: <g id="text_13"> <!-- a stupid comment --> <defs> <path id="BitstreamVeraSans-Roman-20"/> <path d=" M54.8906 33.0156 L54.8906 0 L45.9062 0 L45.9062 32.7188 Q45.9062 40.4844 42.875 44.3281 Q39.8438 48.1875 33.7969 48.1875 Q26.5156 48.1875 22.3125 43.5469 Q18.1094 38.9219 18.1094 30.9062 L18.1094 0 L9.07812 0 L9.07812 54.6875 L18.1094 54.6875 L18.1094 46.1875 Q21.3438 51.125 25.7031 53.5625 Q30.0781 56 35.7969 56 Q45.2188 56 50.0469 50.1719 Q54.8906 44.3438 54.8906 33.0156" id="BitstreamVeraSans-Roman-6e"/> ... Q40.5312 48.4844 33.4062 48.4844 Q26.2656 48.4844 22.1875 42.8438 Q18.1094 37.2031 18.1094 27.2969 Q18.1094 17.3906 22.1875 11.75 Q26.2656 6.10938 33.4062 6.10938 Q40.5312 6.10938 44.6094 11.75 Q48.6875 17.3906 48.6875 27.2969" id="BitstreamVeraSans-Roman-70"/> </defs> <g style="fill:#0000ff;" transform="translate(241.978030233 60.4907451923)scale(0.1 -0.1)"> <use xlink:href="#BitstreamVeraSans-Roman-61"/> <use x="61.279296875" xlink:href="#BitstreamVeraSans-Roman-20"/> <use x="93.06640625" xlink:href="#BitstreamVeraSans-Roman-73"/> <use x="145.166015625" xlink:href="#BitstreamVeraSans-Roman-74"/> <use x="184.375" xlink:href="#BitstreamVeraSans-Roman-75"/> <use x="247.75390625" xlink:href="#BitstreamVeraSans-Roman-70"/> <use x="311.23046875" xlink:href="#BitstreamVeraSans-Roman-69"/> <use x="339.013671875" xlink:href="#BitstreamVeraSans-Roman-64"/> <use x="402.490234375" xlink:href="#BitstreamVeraSans-Roman-20"/> <use x="434.27734375" xlink:href="#BitstreamVeraSans-Roman-63"/> <use x="489.2578125" xlink:href="#BitstreamVeraSans-Roman-6f"/> <use x="550.439453125" xlink:href="#BitstreamVeraSans-Roman-6d"/> <use x="647.8515625" xlink:href="#BitstreamVeraSans-Roman-6d"/> <use x="745.263671875" xlink:href="#BitstreamVeraSans-Roman-65"/> <use x="806.787109375" xlink:href="#BitstreamVeraSans-Roman-6e"/> <use x="870.166015625" xlink:href="#BitstreamVeraSans-Roman-74"/> </g> </g> </g> </g> Here I have eliminated a lot of lines for sake of readability. This renders well in SVG viewers but as I convert it to pdf+LaTeX with inkscape the caption is not, of course, converted in LaTeX and thus the appearance of the report is not consistent. Is there a way to force the export to actually export a text object? What I'd like to have is something like this: `<text x="160.75159" y="209.35091" id ...` (more)
2012-08-20 11:27:05 +0200	asked a question	Problem showing images I am quite new to SAGE so I am probably asking something silly but some days of google search did not provide a simple answer to my question. Using instructions from this website I created a small sage program: `from numpy import * import scipy.ndimage import matplotlib.image import matplotlib.pyplot img=matplotlib.image.imread(DATA+'dummy.png') print 'Image dtype: %s'%(img.dtype) print 'Image size: %6d'%(img.size) print 'Image shape: %3dx%3d'%(img.shape[0],img.shape[1]) print 'Max value %1.2f at pixel %6d'%(img.max(),img.argmax()) print 'Min value %1.2f at pixel %6d'%(img.min(),img.argmin()) print 'Variance: %1.5f\nStandard deviation: %1.5f'%(img.var(),img.std())` where dummy.png is an existing PNG image that I loaded into the worksheet. The script works perfectly and I get the required info out of it: `Image dtype: float32 Image size: 17335905 Image shape: 2305x2507 Max value 1.00 at pixel 1767 Min value 0.00 at pixel 2032962 Variance: 0.06310 Standard deviation: 0.25120` now if I want to actually see the picture everything fails. I tried to type: `img show(img) img.show img.show()` My final goal was to overlay the image, a photo, with the plot resulting from an analysis to show the accuracy of the prediction. Does anyone know how to do that? thanks, mcirri