Hi, thanks for trying Noteful! I'm sorry you are having trouble with the Ear Training questions in the app. In the ear training questions, the app is listening for particular pitches--the same pitches it plays to you.…
We could make things deterministic by fixing the algorithms and a random seed, and/or by fully constraining every object in the diagram so randomness is not used. But that isn't using the real strengths of Penrose, so…
Yes, automatic positioning is the goal, and one of the key differences vs. TikZ (the other being a separation of substance--the math--from style--the graphical representation). It's difficult, which is why there is real…
With Asymptote you specify diagrams directly in terms of low-level graphics primitives and constraints. With Penrose you specify the underlying math, then one or more separate style files are used to automatically…
Yeah, we realized the "meth" connotations and followed this solution--but only after our first paper!
Hi, thanks for trying Noteful! I'm sorry you are having trouble with the Ear Training questions in the app. In the ear training questions, the app is listening for particular pitches--the same pitches it plays to you.…
We could make things deterministic by fixing the algorithms and a random seed, and/or by fully constraining every object in the diagram so randomness is not used. But that isn't using the real strengths of Penrose, so…
Yes, automatic positioning is the goal, and one of the key differences vs. TikZ (the other being a separation of substance--the math--from style--the graphical representation). It's difficult, which is why there is real…
With Asymptote you specify diagrams directly in terms of low-level graphics primitives and constraints. With Penrose you specify the underlying math, then one or more separate style files are used to automatically…
Yeah, we realized the "meth" connotations and followed this solution--but only after our first paper!