It is easy to see what the press of a button will do if all logic blocks are placed in a big circle on a flat surface.
But it is far less easy to see when which light, which are influenced by the button press and many other factors will turn on.
You have to select the source to see a connection to the receiver.
Ideally you don't want a random block alter the stage of -for example- an OR, but you designed that other circuit to output what your OR needs.
This OR wants sources. It does not have to know what it's output is for. It only needs to know what it's output means.
For a designer.
What I want to say is: Slaving receivers to a Master source is maybe not the most user friendly way when it comes to tracing errors.
At least we could need a way to see sources through other blocks.
A way to select logic blocks through hulls or coverage.
It would help a lot - in some cases which are not always rare ones.
But it is far less easy to see when which light, which are influenced by the button press and many other factors will turn on.
You have to select the source to see a connection to the receiver.
Ideally you don't want a random block alter the stage of -for example- an OR, but you designed that other circuit to output what your OR needs.
This OR wants sources. It does not have to know what it's output is for. It only needs to know what it's output means.
For a designer.
What I want to say is: Slaving receivers to a Master source is maybe not the most user friendly way when it comes to tracing errors.
At least we could need a way to see sources through other blocks.
A way to select logic blocks through hulls or coverage.
It would help a lot - in some cases which are not always rare ones.