- How do I remove the numbers on the x-axis only not the y-axis?
- Is it possible to shift the y-axis without shifting the functions? What I mean is, instead of having the y-axis at x = 0, could I have it at x = -5?
views:
85answers:
2With most options controlling axes, you can use a list of two values to specify different behavior for the two axes. How are you currently removing the numbers? The only way I can think of off the top of my head is to manually specify tick locations, without labels, something like this:
Ticks -> {{{0, ""}, {1, ""}, {2, ""}}, Automatic}
Otherwise you'd have to start munging around with the graphics output, I guess? In any case, whatever you do, you can use a two-element list like that to apply different options to each dimension.
To relocate the axes, you can use the option AxesOrigin
; in your example, you'd use AxesOrigin->{-5,0}
.
The tick marks are controlled by either Ticks
, or FrameTicks
if Frame -> True
. Note, plots like ContourPlot
and DensityPlot
have a frame by default (i.e. Frame -> True
). The specification for Ticks
is
Ticks -> {<x ticks>, <y ticks>, <z ticks>}
where the z ticks
are only present for 3D plots. The FrameTicks
specification is
FrameTicks -> { {left, right}, {bottom, top} }
Both Ticks
and FrameTicks
accept both Automatic
and None
to use the default algorithms or have no ticks, respectively. So, to eliminate only the ticks on the x-axis you do
Ticks -> { None, Automatic }
and for frames
FrameTicks -> { {Automatic, Automatic}, {None, None} }
If you want to have more control of the exact placement of the ticks, then @Jefromi is correct, you'll need to specify a list. The Ticks
and FrameTicks
documentation are worth the read to get a better feel of how to do this. Be aware, though, that doing anything more complex than listing a few points is something of a black art in Mathematica, and leads to a lot of frustration.
As to your second question, you use AxesOrigin -> {-5, 0}
as @Jefromi pointed out.