An Excellent Compiler

[anikolic]

Well done Transresistor!

Your device looks very interesting, and we are glad you liked the compiler.
We would like to share this also on our News feed and Facebook pages, and we were wondering if you could provide us with a YouTube video of your device in operation.
This would be so much more cooler, and people could visualize how it works, and would be more inspired to build this at home.

Thank you.

Best regards,
Aleksandar

[Transresistor]

Glad that you like the project.

I think I can produce a short video clip for it. Hopefully my ancient Sony Cyber-shot DSC-S700 is up to the task.

[sahu]

very nice project .
can u explain hear led on\off Pattern Data Definition ?
hope do it.

[Transresistor]

Amigo,

Here is a UTube video: http://www.youtube.com/watch?v=jchtMDH_ ... 1312478593 of the star in action.

As stated before, there is plenty of code space remaining for more patterns.

The other possibility is to use an EEPROM for even more memory.

[sahu]

amazing video .very very nice

[Transresistor]

can u explain hear led on\off Pattern Data Definition ?
hope do it.

Put it like this, what is actually happening is that all of those patterns is the result of a method that cycles through a list of other methods to execute the patterns through an interpreter. With a project like this, the ideal solution would be to just use a massive array in RAM with the pattens hard-coded. Easily done in Visual Basic, but not possible with a 2KB MCU.

You could look at it as 5 layers.

ASM < C < pattern methods < interpreter < list of patterns to execute