Revision history [back]
 | 1 | initial version |
You can modify the aspect of the graphic through options of points (or point2d) or through the show method.
Try this, for example:
sage: p = points([CDF(a // 5 - 3 + (a % 5 - 2)*i) for a in range(0, 35)],
....: color="gray", marker="s", size=25)
sage: p.show(ticks=[[-3..3],None])
For a list of the graphic properties than can be changed through show options, type:
sage: p.SHOW_OPTIONS
For help about options, like color, marker or size, you can directly provide, type:
sage: point2d?
See also the documentation for points and graphics objects.
| | 2 | No.2 Revision |
You can modify the aspect of the graphic through options of points (or point2d) or through the show method.
Try this, for example:
sage: p = points([CDF(a // 5 - 3 + (a % 5 - 2)*i) for a in range(0, 35)],
....: color="gray", marker="s", size=25)
sage: p.show(ticks=[[-3..3],None])
For a list of the graphic properties than can be changed through show options, type:
sage: p.SHOW_OPTIONS
For help about options, like color, marker or size, you can directly provide, type:
sage: point2d?
See also the documentation for points and graphics objects.
EDIT: Some graphic properties can be modified by changing matplotlib rcParams. This is the case of ticks size. Try the following code:
from matplotlib import rcParams, rcdefaults
from matplotlib.ticker import NullFormatter
rcParams['xtick.major.size'] = rcParams['xtick.minor.size'] = 0
rcParams['ytick.major.size'] = rcParams['ytick.minor.size'] = 0
points_dict = dict(color='red', size=25, marker='s', zorder=3)
grid_dict = dict(color='#AAABB8', linestyle='-')
show_dict = dict(ticks=[[-3..3],[-2..2]], tick_formatter=2*[NullFormatter()],
gridlines=True, gridlinesstyle=glsdict, aspect_ratio=1)
p = points([CDF(a // 5 - 3 + (a % 5 - 2)*I) for a in range(0, 35)], **points_dict)
p.show(**show_dict)
rcdefaults() # Just for comparison, reset rcParams...
p.show() # ... and show points again with no particular option
The option zorder=3 included in points_dict serves to print points on the axes and gridlines. Check what happens without this option or using a lesser value.
| | 3 | No.3 Revision |
You can modify the aspect of the graphic through options of points (or point2d) or through the show method.
Try this, for example:
sage: p = points([CDF(a // 5 - 3 + (a % 5 - 2)*i) for a in range(0, 35)],
....: color="gray", marker="s", size=25)
sage: p.show(ticks=[[-3..3],None])
For a list of the graphic properties than can be changed through show options, type:
sage: p.SHOW_OPTIONS
For help about options, like color, marker or size, you can directly provide, type:
sage: point2d?
See also the documentation for points and graphics objects.
EDIT: Some graphic properties can be modified by changing matplotlib rcParams. This is the case of ticks size. Try the following code:
from matplotlib import rcParams, rcdefaults
from matplotlib.ticker import NullFormatter
rcParams['xtick.major.size'] = rcParams['xtick.minor.size'] = 0
rcParams['ytick.major.size'] = rcParams['ytick.minor.size'] = 0
points_dict = dict(color='red', size=25, marker='s', zorder=3)
grid_dict = dict(color='#AAABB8', linestyle='-')
show_dict = dict(ticks=[[-3..3],[-2..2]], tick_formatter=2*[NullFormatter()],
gridlines=True, gridlinesstyle=glsdict, aspect_ratio=1)
p = points([CDF(a // 5 - 3 + (a % 5 - 2)*I) for a in range(0, 35)], **points_dict)
p.show(**show_dict)
rcdefaults() # Just for comparison, reset rcParams...
p.show() # ... and show points again with no particular option
The option zorder=3 included in points_dict serves to print points on onto the axes and gridlines. Check what happens without this option or using a lesser value.
| | 4 | No.4 Revision |
You can modify the aspect of the graphic through options of points (or point2d) or through the show method.
Try this, for example:
sage: p = points([CDF(a // 5 - 3 + (a % 5 - 2)*i) for a in range(0, 35)],
....: color="gray", marker="s", size=25)
sage: p.show(ticks=[[-3..3],None])
For a list of the graphic properties than can be changed through show options, type:
sage: p.SHOW_OPTIONS
For help about options, like color, marker or size, you can directly provide, type:
sage: point2d?
See also the documentation for points and graphics objects.
EDIT: Some graphic properties can be modified by changing matplotlib rcParams. This is the case of ticks size. Try the following code:
from matplotlib import rcParams, rcdefaults
from matplotlib.ticker import NullFormatter
rcParams['xtick.major.size'] = rcParams['xtick.minor.size'] = 0
rcParams['ytick.major.size'] = rcParams['ytick.minor.size'] = 0
points_dict = dict(color='red', size=25, marker='s', zorder=3)
grid_dict = dict(color='#AAABB8', linestyle='-')
show_dict = dict(ticks=[[-3..3],[-2..2]], tick_formatter=2*[NullFormatter()],
gridlines=True, gridlinesstyle=glsdict, aspect_ratio=1)
p = points([CDF(a // 5 - 3 + (a % 5 - 2)*I) for a in range(0, 35)], **points_dict)
p.show(**show_dict)
rcdefaults() # Just for comparison, reset rcParams...
p.show() # ... and show points again with no particular option
The option zorder=3 included in points_dict serves to print points onto over the axes and gridlines. Check what happens without this option or using a lesser value.
| | 5 | No.5 Revision |
You can modify the aspect of the graphic through options of points (or point2d) or through the show method.
Try this, for example:
sage: p = points([CDF(a // 5 - 3 + (a % 5 - 2)*i) for a in range(0, 35)],
....: color="gray", marker="s", size=25)
sage: p.show(ticks=[[-3..3],None])
For a list of the graphic properties than can be changed through show options, type:
sage: p.SHOW_OPTIONS
For help about options, like color, marker or size, you can directly provide, type:
sage: point2d?
See also the documentation for points and graphics objects.
EDIT: Some graphic properties can be modified by changing matplotlib rcParams. This is the case of ticks size. Try the following code:
from matplotlib import rcParams, rcdefaults
from matplotlib.ticker import NullFormatter
rcParams['xtick.major.size'] = rcParams['xtick.minor.size'] = 0
rcParams['ytick.major.size'] = rcParams['ytick.minor.size'] = 0
points_dict = dict(color='red', size=25, marker='s', zorder=3)
grid_dict = dict(color='#AAABB8', linestyle='-')
show_dict = dict(ticks=[[-3..3],[-2..2]], tick_formatter=2*[NullFormatter()],
gridlines=True, gridlinesstyle=glsdict, gridlinesstyle=grid_dict, aspect_ratio=1)
p = points([CDF(a // 5 - 3 + (a % 5 - 2)*I) for a in range(0, 35)], **points_dict)
p.show(**show_dict)
rcdefaults() # Just for comparison, reset rcParams...
p.show() # ... and show points again with no particular option
The option zorder=3 included in points_dict serves to print points over the axes and gridlines. Check what happens without this option or using a lesser value.
