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adjusted slider handling for fruits

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This commit is contained in:
MaxOhn
2021-11-07 12:55:30 +01:00
parent c6c8c1e3ec
commit b87e294cf7
2 changed files with 99 additions and 69 deletions
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src/fruits/mod.rs
+89 -57
View File
@@ -25,6 +25,7 @@ const ALLOWED_CATCH_RANGE: f32 = 0.8;
const CATCHER_SIZE: f32 = 106.75;
const LEGACY_LAST_TICK_OFFSET: f32 = 36.0;
const BASE_SCORING_DISTANCE: f32 = 100.0;
/// Star calculation for osu!ctb maps
///
@@ -73,65 +74,67 @@ pub fn stars(
control_points,
} => {
// HR business
last_pos.replace(
h.pos.x + control_points[control_points.len() - 1].pos.x
- control_points[0].pos.x, // TODO: Remove subtract
);
*last_pos = Some(h.pos.x + control_points[control_points.len() - 1].pos.x);
*last_time = h.start_time;
// Responsible for timing point values
slider_state.update(h.start_time);
let mut tick_distance = 100.0 * map.slider_mult / map.tick_rate;
let span_count = *repeats + 1;
let mut tick_dist = 100.0 * map.slider_mult / map.tick_rate;
if map.version >= 8 {
tick_distance /=
(100.0 / slider_state.speed_mult).max(10.0).min(1000.0) / 100.0;
tick_dist /=
(100.0 / slider_state.slider_velocity).max(10.0).min(1000.0) / 100.0;
}
let duration = *repeats as f32 * slider_state.beat_len * pixel_len
/ (map.slider_mult * slider_state.speed_mult)
/ 100.0;
// Build the curve w.r.t. the curve points
// Build the curve w.r.t. the control points
let curve = Curve::new(control_points, *pixel_len, &mut curve_bufs);
let mut current_distance = tick_distance;
let time_add = duration * (tick_distance / (*pixel_len * *repeats as f32));
let velocity =
(BASE_SCORING_DISTANCE * map.slider_mult * slider_state.slider_velocity)
/ slider_state.beat_len;
let target = *pixel_len - tick_distance / 8.0;
ticks.reserve((target / tick_distance) as usize);
let end_time = h.start_time + span_count as f32 * curve.dist() / velocity;
let duration = end_time - h.start_time;
let mut curr_dist = tick_dist;
let time_add = duration * (tick_dist / (*pixel_len * span_count as f32));
let target = *pixel_len - tick_dist / 8.0;
ticks.reserve((target / tick_dist) as usize);
// Tick of the first span
if current_distance < target {
if curr_dist < target {
for tick_idx in 1.. {
let progress = current_distance / *pixel_len;
let progress = curr_dist / *pixel_len;
let pos = curve.position_at(progress);
let time = h.start_time + time_add * tick_idx as f32;
ticks.push((pos, time));
current_distance += tick_distance;
curr_dist += tick_dist;
if current_distance >= target {
if curr_dist >= target {
break;
}
}
}
tiny_droplets +=
tiny_droplet_count(h.start_time, time_add, duration, *repeats, &ticks);
tiny_droplet_count(h.start_time, time_add, duration, span_count, &ticks);
let mut slider_objects = Vec::with_capacity(repeats * (ticks.len() + 1));
let mut slider_objects = Vec::with_capacity(span_count * (ticks.len() + 1));
slider_objects.push((h.pos, h.start_time));
// Other spans
if *repeats <= 1 {
if span_count <= 1 {
slider_objects.append(&mut ticks); // automatically empties buffer for next slider
} else {
slider_objects.extend(&ticks);
for repeat_id in 1..*repeats {
let dist = (repeat_id % 2) as f32 * *pixel_len;
let time_offset = (duration / *repeats as f32) * repeat_id as f32;
for span_idx in 1..span_count {
let dist = (span_idx % 2) as f32 * *pixel_len;
let time_offset = (duration / span_count as f32) * span_idx as f32;
let progress = dist / *pixel_len;
let pos = curve.position_at(progress);
@@ -139,7 +142,7 @@ pub fn stars(
slider_objects.push((pos, h.start_time + time_offset));
// Actual ticks
if repeat_id & 1 == 1 {
if span_idx & 1 == 1 {
slider_objects.extend(ticks.iter().rev().enumerate().map(
|(i, (pos, time))| (*pos, *time + time_add * 2.0 * (i + 1) as f32),
));
@@ -152,12 +155,11 @@ pub fn stars(
}
// Slider tail
// let dist_end = (*repeats % 2) as f32 * *pixel_len;
let pos = curve.position_at(1.0); // TODO: what if reversing odd amount?
slider_objects.push((pos, h.start_time + duration));
fruits += 1 + *repeats;
droplets += slider_objects.len() - 1 - *repeats;
fruits += span_count; // TODO: +1?
droplets += slider_objects.len() - 1 - span_count; // TODO: -1?
let iter = slider_objects.into_iter().map(CatchObject::new);
@@ -308,62 +310,64 @@ pub fn strains(map: &Beatmap, mods: impl Mods) -> Strains {
control_points,
} => {
// HR business
last_pos.replace(
h.pos.x + control_points[control_points.len() - 1].pos.x
- control_points[0].pos.x, // TODO: Remove subtract
);
*last_pos = Some(h.pos.x + control_points[control_points.len() - 1].pos.x);
*last_time = h.start_time;
// Responsible for timing point values
slider_state.update(h.start_time);
let mut tick_distance = 100.0 * map.slider_mult / map.tick_rate;
let span_count = *repeats + 1;
let mut tick_dist = 100.0 * map.slider_mult / map.tick_rate;
if map.version >= 8 {
tick_distance /=
(100.0 / slider_state.speed_mult).max(10.0).min(1000.0) / 100.0;
tick_dist /=
(100.0 / slider_state.slider_velocity).max(10.0).min(1000.0) / 100.0;
}
let duration = *repeats as f32 * slider_state.beat_len * pixel_len
/ (map.slider_mult * slider_state.speed_mult)
/ 100.0;
// Build the curve w.r.t. the curve points
// Build the curve w.r.t. the control points
let curve = Curve::new(control_points, *pixel_len, &mut curve_bufs);
let mut current_distance = tick_distance;
let time_add = duration * (tick_distance / (*pixel_len * *repeats as f32));
let velocity =
(BASE_SCORING_DISTANCE * map.slider_mult * slider_state.slider_velocity)
/ slider_state.beat_len;
let target = *pixel_len - tick_distance / 8.0;
ticks.reserve((target / tick_distance) as usize);
let end_time = h.start_time + span_count as f32 * curve.dist() / velocity;
let duration = end_time - h.start_time;
let mut curr_dist = tick_dist;
let time_add = duration * (tick_dist / (*pixel_len * span_count as f32));
let target = *pixel_len - tick_dist / 8.0;
ticks.reserve((target / tick_dist) as usize);
// Tick of the first span
if current_distance < target {
if curr_dist < target {
for tick_idx in 1.. {
let progress = current_distance / *pixel_len;
let progress = curr_dist / *pixel_len;
let pos = curve.position_at(progress);
let time = h.start_time + time_add * tick_idx as f32;
ticks.push((pos, time));
current_distance += tick_distance;
curr_dist += tick_dist;
if current_distance >= target {
if curr_dist >= target {
break;
}
}
}
let mut slider_objects = Vec::with_capacity(repeats * (ticks.len() + 1));
let mut slider_objects = Vec::with_capacity(span_count * (ticks.len() + 1));
slider_objects.push((h.pos, h.start_time));
// Other spans
if *repeats <= 1 {
if span_count <= 1 {
slider_objects.append(&mut ticks); // automatically empties buffer for next slider
} else {
slider_objects.extend(&ticks);
for repeat_id in 1..*repeats {
let dist = (repeat_id % 2) as f32 * *pixel_len;
let time_offset = (duration / *repeats as f32) * repeat_id as f32;
for span_idx in 1..span_count {
let dist = (span_idx % 2) as f32 * *pixel_len;
let time_offset = (duration / span_count as f32) * span_idx as f32;
let progress = dist / *pixel_len;
let pos = curve.position_at(progress);
@@ -371,7 +375,7 @@ pub fn strains(map: &Beatmap, mods: impl Mods) -> Strains {
slider_objects.push((pos, h.start_time + time_offset));
// Actual ticks
if repeat_id & 1 == 1 {
if span_idx & 1 == 1 {
slider_objects.extend(ticks.iter().copied().rev());
} else {
slider_objects.extend(ticks.iter().copied());
@@ -382,7 +386,6 @@ pub fn strains(map: &Beatmap, mods: impl Mods) -> Strains {
}
// Slider tail
// let dist_end = (*repeats % 2) as f32 * *pixel_len;
let pos = curve.position_at(1.0); // TODO: what if reversing odd amount?
slider_objects.push((pos, h.start_time + duration));
@@ -631,3 +634,32 @@ impl PerformanceAttributes {
self.pp
}
}
#[test]
fn custom_fruits() {
use std::{fs::File, time::Instant};
use crate::{Beatmap, FruitsPP};
let path = "./maps/2753127.osu";
let file = File::open(path).unwrap();
let map = Beatmap::parse(file).unwrap();
let start = Instant::now();
let result = FruitsPP::new(&map).mods(0).calculate();
let iters = 100;
let accum = start.elapsed();
// * Tiny benchmark for pp calculation
// let mut accum = accum;
// for _ in 0..iters {
// let start = Instant::now();
// let _result = OsuPP::new(&map).mods(0).calculate();
// accum += start.elapsed();
// }
println!("{:#?}", result);
println!("Calculation average: {:?}", accum / iters);
}
src/fruits/slider_state.rs
+10 -12
View File
@@ -4,7 +4,7 @@ pub(crate) struct SliderState<'p> {
control_points: ControlPointIter<'p>,
next: Option<ControlPoint>,
pub(crate) beat_len: f32,
pub(crate) speed_mult: f32,
pub(crate) slider_velocity: f32,
}
impl<'p> SliderState<'p> {
@@ -12,12 +12,11 @@ impl<'p> SliderState<'p> {
pub(crate) fn new(map: &'p Beatmap) -> Self {
let mut control_points = ControlPointIter::new(map);
let (beat_len, speed_mult) = match control_points.next() {
let (beat_len, slider_velocity) = match control_points.next() {
Some(ControlPoint::Timing { beat_len, .. }) => (beat_len, 1.0),
Some(ControlPoint::Difficulty {
slider_velocity: speed_mult,
..
}) => (1000.0, speed_mult),
slider_velocity, ..
}) => (1000.0, slider_velocity),
None => (1000.0, 1.0),
};
@@ -25,7 +24,7 @@ impl<'p> SliderState<'p> {
next: control_points.next(),
control_points,
beat_len,
speed_mult,
slider_velocity,
}
}
@@ -35,12 +34,11 @@ impl<'p> SliderState<'p> {
match next {
ControlPoint::Timing { beat_len, .. } => {
self.beat_len = *beat_len;
self.speed_mult = 1.0;
self.slider_velocity = 1.0;
}
ControlPoint::Difficulty {
slider_velocity: speed_mult,
..
} => self.speed_mult = *speed_mult,
slider_velocity, ..
} => self.slider_velocity = *slider_velocity,
}
self.next = self.control_points.next();
@@ -94,10 +92,10 @@ mod test {
state.update(3.0);
assert_eq!(state.beat_len, 20.0);
assert_eq!(state.speed_mult, 1.0);
assert_eq!(state.slider_velocity, 1.0);
state.update(5.0);
assert_eq!(state.beat_len, 30.0);
assert_eq!(state.speed_mult, 45.0);
assert_eq!(state.slider_velocity, 45.0);
}
}