comparison: src/iterate.rs
src/iterate.rs
- branch
- dev
- changeset 87
- 72968cf30033
- parent 51
- 92ef745ec8db
equal
deleted
inserted
replaced
| 76:99ad55974e62 | 87:72968cf30033 |
|---|---|
| 449 /// $b$ is indicated logarithmic base. So, with $b=10$, | 449 /// $b$ is indicated logarithmic base. So, with $b=10$, |
| 450 /// * every iteration for first 10 iterations, | 450 /// * every iteration for first 10 iterations, |
| 451 /// * every 10 iterations from there on until 100 iterations, | 451 /// * every 10 iterations from there on until 100 iterations, |
| 452 /// * every 100 iteartinos frmo there on until 1000 iterations, etc. | 452 /// * every 100 iteartinos frmo there on until 1000 iterations, etc. |
| 453 Logarithmic(usize), | 453 Logarithmic(usize), |
| 454 /// Same as `Logarithmic`, but $\log_b(n)$ is replaced by $min\{c, \log_b(n)\}$ where $c$ | |
| 455 /// is the given `cap`. For example, with `base=10` and `cap=2`, the first ten iterations | |
| 456 /// will be output, then every tenth iteration, and after 100 iterations, every 100th iteration, | |
| 457 /// without further logarithmic progression. | |
| 458 LogarithmicCap{ base : usize, cap : u32 }, | |
| 454 } | 459 } |
| 455 | 460 |
| 456 impl Verbose { | 461 impl Verbose { |
| 457 /// Indicates whether given iteration number is verbose | 462 /// Indicates whether given iteration number is verbose |
| 458 pub fn is_verbose(&self, iter : usize) -> bool { | 463 pub fn is_verbose(&self, iter : usize) -> bool { |
| 463 &Verbose::EveryAndInitial{ every, initial } => { | 468 &Verbose::EveryAndInitial{ every, initial } => { |
| 464 iter <= initial || (every != 0 && iter % every == 0) | 469 iter <= initial || (every != 0 && iter % every == 0) |
| 465 }, | 470 }, |
| 466 &Verbose::Logarithmic(base) => { | 471 &Verbose::Logarithmic(base) => { |
| 467 let every = base.pow((iter as float).log(base as float).floor() as u32); | 472 let every = base.pow((iter as float).log(base as float).floor() as u32); |
| 473 iter % every == 0 | |
| 474 } | |
| 475 &Verbose::LogarithmicCap{base, cap} => { | |
| 476 let every = base.pow(((iter as float).log(base as float).floor() as u32).min(cap)); | |
| 468 iter % every == 0 | 477 iter % every == 0 |
| 469 } | 478 } |
| 470 } | 479 } |
| 471 } | 480 } |
| 472 } | 481 } |
