 | 1 | initial version |
this is what plots should look like:
cdn.discordapp.com/attachments/531944364554059778/836205750984507402/sage-light.png
this is what they look like in dark theme:
cdn.discordapp.com/attachments/531944364554059778/836205951635292190/sage-dark.png
(i do not have enough points to embed the images, sorry)
Could i make the background permanently opaque, and permanently change the font size to something more reasonable like mathematica has for reference?
this is what plots should look like:
cdn.discordapp.com/attachments/531944364554059778/836205750984507402/sage-light.png
this is what they Plots look like this in dark light theme:
cdn.discordapp.com/attachments/531944364554059778/836205951635292190/sage-dark.png
(i do not have enough points to embed the images, sorry)but in dark theme they look like this:
Could i make the background permanently opaque, opaque,
and permanently change the font size to something something
more reasonable like mathematica Mathematica has for reference?
Below are four versions of a same plot in Jupyter notebooks in JupyterLab:
Left: Mathematica. Right: SageMath.
but
Left: Mathematica. Right: SageMath.
In the SageMath plots,
the white background does not include the axes or tick labels if the plot does not extend to an area covering them; as a consequence,
are black on a black background, and cannot be seen.
Could i make the background permanently opaque, and permanently change the font size to something more reasonable like Mathematica has for reference?
Below are four versions of a same plot in Jupyter notebooks in JupyterLab:
Left: Mathematica. Right: SageMath.
Left: Mathematica. Right: SageMath.
In the SageMath plots,
the white background does not include the axes or tick labels if the plot does not extend to an area covering them; as a consequence, in dark mode,
are black on a black background, and cannot be seen.
Could i make the background permanently opaque, and permanently change the font size to something more reasonable like Mathematica has for reference?
Below are four versions of a same plot in Jupyter notebooks in JupyterLab:
Left: Mathematica. Right: SageMath.
Left: Mathematica. Right: SageMath.
In the SageMath plots,
the white background does not include the axes or tick labels if the plot does not extend to an area covering them; as a consequence, in dark mode,
are black on a black background, and cannot be seen.
Could i make the background permanently opaque, and permanently change the font size to something more reasonable like Mathematica has for reference?
Below are four versions of a same plot in Jupyter notebooks in JupyterLab:
To reproduce, either use the notebooks: mathematica | sage, or use the following code snippet:
f = 8.252e-5 - 0.035e-10*x
I = (0, 1e5)
labels = ["altitude in meters", "force difference in newtons"]
plot(f, I, axes_labels=labels)
Left: Mathematica. Right: SageMath.
Left: Mathematica. Right: SageMath.
In the SageMath plots,
the white background does not include the axes or tick labels if the plot does not extend to an area covering them; as a consequence, in dark mode,
are black on a black background, and cannot be seen.
Could i make the background permanently opaque, and permanently change the font size to something more reasonable like Mathematica has for reference?
Below are four versions of a same plot in Jupyter notebooks in JupyterLab:
To reproduce, either use the notebooks: mathematica | sage, or use the following code snippet:
f = 8.252e-5 - 0.035e-10*x
I = (0, 1e5)
labels = ["altitude in meters", "force difference in newtons"]
plot(f, I, axes_labels=labels)
and in JupyterLab, select light or dark via the "Settings > JupyterLab Theme" menu.
Left: Mathematica. Right: SageMath.
Left: Mathematica. Right: SageMath.
In the SageMath plots,
the white background does not include the axes or tick labels if the plot does not extend to an area covering them; as a consequence, in dark mode,
are black on a black background, and cannot be seen.
Could i make the background permanently opaque, and permanently change the font size to something more reasonable like Mathematica has for reference?
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