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3D Range
Range parameters differ significantly depending on the
equation mode, (Polar vs. Euclidean).
Euclidean -
x min and x max - The minimum and maximum x values
to plot. Typical values would be -5 to 5.
y min and y max - The minimum and maximum y values
to plot. Typical values would be -5 to 5.
x intervals - The number of intervals along the range of x to plot.
The intervals are the primary determining factor of
how long it takes to graph an equation. Older computers would are advised to
keep this value to a reasonable number like 50. New computers shouldn't have
too much trouble with 150.
y intervals - The number of intervals along the range of y to plot.
The intervals are the primary determining factor of
how long it takes to graph an equation. Older computers would are advised to
keep this value to a reasonable number like 50. New computers shouldn't have
too much trouble with 150.
Polar -
r min and r max - The minimum and maximum radius
to plot. Typical values would be 0 to 5.
t min and t max - The minimum and maximum theta values
to plot. If you are in radian mode, you'll usually want 0 to 2pi. If you
are in degree mode, you'll usually want 0 to 360.
r intervals - The number of intervals along the range of the radius to plot.
The intervals are the primary determining factor of
how long it takes to graph an equation. Older computers would are advised to
keep this value to a reasonable number like 50. New computers shouldn't have
too much trouble with 150.
t intervals - The number of intervals along the theta range to plot.
The intervals are the primary determining factor of
how long it takes to graph an equation. Older computers would are advised to
keep this value to a reasonable number like 50. New computers shouldn't have
too much trouble with 150.
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