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A basic version of Logic Analizer was implemented recently.
Now what I think is a very useful feature was implemented.
It is a "pause on condition" similar to one implemented in that 2 channel Oscope (now missing) but much more powerful.
It works like a "one shot" trigger, but in adition it stops the simulation.
Conditions are expressions like this:
Ch1R for channel 1 Rising.
Ch2L for channel 2 Low.
You can use: L, R, H, F for Low, Rising, High, Falling.
You can use logic expressions like:
( ( (Ch1R & Ch2H) | (Ch4L & Ch3H & Ch2F) ) & Ch6H ) | Ch8R
Expressions are case insensitive, Ch1R, cH1r or CH1r are valid.
Another feature added is moving in time with mouse grab and move right/left.
In adition you can get a glimse of other features implemented:
- Input/output pin graphical indicator and coloring (If Circuit animation is enabled).
- That Atmega you see in the video is run by our new MCU simulator (not simavr).
- That SSD1306 is using the new TWI, which is is also used by That Atmega and will be use for any component requiring I2C communication.
As always, watching it is much better that reading stuff:
Now what I think is a very useful feature was implemented.
It is a "pause on condition" similar to one implemented in that 2 channel Oscope (now missing) but much more powerful.
It works like a "one shot" trigger, but in adition it stops the simulation.
Conditions are expressions like this:
Ch1R for channel 1 Rising.
Ch2L for channel 2 Low.
You can use: L, R, H, F for Low, Rising, High, Falling.
You can use logic expressions like:
( ( (Ch1R & Ch2H) | (Ch4L & Ch3H & Ch2F) ) & Ch6H ) | Ch8R
Expressions are case insensitive, Ch1R, cH1r or CH1r are valid.
Another feature added is moving in time with mouse grab and move right/left.
In adition you can get a glimse of other features implemented:
- Input/output pin graphical indicator and coloring (If Circuit animation is enabled).
- That Atmega you see in the video is run by our new MCU simulator (not simavr).
- That SSD1306 is using the new TWI, which is is also used by That Atmega and will be use for any component requiring I2C communication.
As always, watching it is much better that reading stuff:
