J
Jim
Hi
I'm using Excel to plot math graphs, specifically numerical integrations.
Thanks to an earlier post from Jon Peltier I've found that it's better to use
the XY scatter chart rather than a simple line graph for this purpose -
although you lose the area fill-in feature, but that's a cosmetic problem!
Now can anyone help me to find a way of preventing Excel from plotting
unwanted values? The point here is that the table of X and Y value is set up
as 10000 row columns, but only part of this is used depending on the limits
of the integral and/or the size of the iterations, both of which are
adjustable by formula. So part of the X scale is often out of range, or not
required.
There is an option to leave blank cells which are empty, but since my cells
all have a formula in them, even when it's set by formula to zero or "",
Excel plots them as unwanted points on my graph!
Another way of solving this would be if I could use a formula to set the
Data Range, rather than just just fix it as $B$10:$C$10000.
The only way I've found to do this so far is to manually change the Data
Range each time I change the integral limits. As this needs to often, it's a
real drag!
Any advice greatly appreciated.
I'm using Excel to plot math graphs, specifically numerical integrations.
Thanks to an earlier post from Jon Peltier I've found that it's better to use
the XY scatter chart rather than a simple line graph for this purpose -
although you lose the area fill-in feature, but that's a cosmetic problem!
Now can anyone help me to find a way of preventing Excel from plotting
unwanted values? The point here is that the table of X and Y value is set up
as 10000 row columns, but only part of this is used depending on the limits
of the integral and/or the size of the iterations, both of which are
adjustable by formula. So part of the X scale is often out of range, or not
required.
There is an option to leave blank cells which are empty, but since my cells
all have a formula in them, even when it's set by formula to zero or "",
Excel plots them as unwanted points on my graph!
Another way of solving this would be if I could use a formula to set the
Data Range, rather than just just fix it as $B$10:$C$10000.
The only way I've found to do this so far is to manually change the Data
Range each time I change the integral limits. As this needs to often, it's a
real drag!
Any advice greatly appreciated.