08-08-2023, 03:59 AM
(This post was last modified: 08-08-2023, 04:36 AM by mnrvovrfc.
Edit Reason: Let me post an image, no random dice!
)
I have asked my cohort from the other forum to post one of the two programs for QB64 having to do with a "doodle" that we had been working on toward the summer.
At first we post the viewer. Don't panic and don't get confused that it doesn't work. The problem is the response file needs to be created. It could be rather large. At the moment I can't sign up for Mediafire or such other file-sharing service because I have limited Internet. I had thought Zippyshare was convenient until I ran it one day with Palemoon. Never again. :O
I had "roquedrivel" post the viewer in the other forum first. Later on we will reveal the plotting program, which you must run in order to get a response file. Then you use the viewer to look at the response file.
I'm sorry about teasing like this, but this was derrived from a program I was going to keep to myself because it's not very sophisticated. I've always been fascinated by function plotting by messing around with the basic trigonometric functions, by making as many "useful" variations as possible to the functions, by trying to come up with an efficient way to constrain as many points of the function as possible into the display, by increasing or decreasing the number of iterations to plot, by adding "skew" and more.
Erm, I'm going to have to work on that screenshot.
Here is something to think about, although it's not the output of my program!
![[Image: pset500functions.png]](https://i.ibb.co/yRdV0JM/pset500functions.png)
At first we post the viewer. Don't panic and don't get confused that it doesn't work. The problem is the response file needs to be created. It could be rather large. At the moment I can't sign up for Mediafire or such other file-sharing service because I have limited Internet. I had thought Zippyshare was convenient until I ran it one day with Palemoon. Never again. :O
I had "roquedrivel" post the viewer in the other forum first. Later on we will reveal the plotting program, which you must run in order to get a response file. Then you use the viewer to look at the response file.
I'm sorry about teasing like this, but this was derrived from a program I was going to keep to myself because it's not very sophisticated. I've always been fascinated by function plotting by messing around with the basic trigonometric functions, by making as many "useful" variations as possible to the functions, by trying to come up with an efficient way to constrain as many points of the function as possible into the display, by increasing or decreasing the number of iterations to plot, by adding "skew" and more.
Erm, I'm going to have to work on that screenshot.
Here is something to think about, although it's not the output of my program!