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Dear all,
I want to draw 3D plot for my mathcad program by considering,
x-axis ---> x
y-axis ---> f(x)
z-axis ---> v
I attached my code below.
Solved! Go to Solution.
Maybe you are looking for something like this:
I have scaled the function by 10^-40 because Mathcad refused to turn the ploz and watch it at different angles without.
f(x,v() is shown in z-direction.
Hi vetri veeran,
to do what you want, we need a function of x and y, ie, v (x, y) = v(x, f (x)), which, unfortunately it is unknown to us.
Maybe you are looking for something like this:
I have scaled the function by 10^-40 because Mathcad refused to turn the ploz and watch it at different angles without.
f(x,v() is shown in z-direction.
Dear Werner Exinger and F.M,
Thank you for your reply.
I need to ask 2 questions to @Werner Exinger,
1. In your mathcad 3D plot, in the function M,
Is y-axis (f(x)) is in log scale similar as in 2D plot (y-axis).
2. In the 2D plot, y-axis i.e., f(x) ranges from 10^-6 to 10^23, But in the 3D plot
it contains values from 0 to 6*10^10. Is it possible to make the same axis
as in y-axis in 2D plot. If not, could you please explain me what is the difference in 3D plot
after scaling when compared with 2D plot ?
Unfortunately you can't log scale an axis in a 3D-plot.
All you could do is to modify your equation.
So the drawback is that you don't see the real f values. 200 means 10^200 as log in mathcad is the base-10-log lg.
I have also shown the one curve you had drawn in your 2D-plot for comparison
In the 3D-plot we have much higher values because f gets rather quick huge when we increase v.
You can set axis limits in the plot format menu
Dear Werner Exinger,
Thank you for your kind reply.