CGameWorld::GameTick() function. You can convert ticks to seconds by dividing the value by SERVER_TICK_SPEED (50). 
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tick = tickspeed * constant and other things are implemented with next_tick = next_tick + constant * tickspeed. again the code does not have changing tickspeed in mind in the first place. you will need to huntdown every tickspeed related calculation and adjust the implementation to make them sync#define with int isn't exactly hard...#define with int isn't exactly hard... 
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you can't tell me 300 samples of granularity is worse than sticking to 60 samples
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see you guys in #off-topic for rhythm game stuff 1 1
anyway. i just think subtick is a great way to improve the 64tps server without doubling the cost. and i think the tickrate lock down is that 128 is causing way too many unintended edge cases for the subtick system so they just killed it because they do not want to deal with them with their already limited development resources on the subtick thing. killing faceit as a incentive is a dumb move and i don't think valve is dumb. here. i need to sleep now. thanks for listening to my ted talk. 
sv_rescue 1.
no team / t0
1. no /r -> finish
2. use /r after start, to reset to position after start -> finish
3. use /r after start, to reset to position before start -> finish
in team
1. no /r -> finish
2. use /r after start, to reset to position after start -> finish
3. use /r after start, to reset to position before start -> no finish ??
here is a video showing all 6 cases: https://streamable.com/8d8q0n
In the third case the timer resets back to as if you'd never touched the start line. However, when not in a team the timer starts again when the start line is touched. However, this does not work when you are in a team. Is this intended behaviour or a bug? :o
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sv_rescue 1.
no team / t0
1. no /r -> finish
2. use /r after start, to reset to position after start -> finish
3. use /r after start, to reset to position before start -> finish
in team
1. no /r -> finish
2. use /r after start, to reset to position after start -> finish
3. use /r after start, to reset to position before start -> no finish ??
here is a video showing all 6 cases: https://streamable.com/8d8q0n
In the third case the timer resets back to as if you'd never touched the start line. However, when not in a team the timer starts again when the start line is touched. However, this does not work when you are in a team. Is this intended behaviour or a bug? :o 
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using namespace std .. but that only hides it, and doesnt get rid of it 
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println!("tune ground_control_speed {}\ntune ground_control_accel {}\ntune ground_friction {}\ntune ground_jump_impulse {}\ntune air_jump_impulse {}\ntune air_control_speed {}\ntune air_control_accel {}\ntune air_friction {}\ntune hook_fire_speed {}\ntune hook_drag_accel {}\ntune hook_drag_speed {}\ntune gravity {}\ntune velramp_start {}\ntune velramp_range {}\ntune gun_speed {}\ntune gun_lifetime {}\ntune grenade_speed {}\ntune grenade_lifetime {}\ntune laser_bounce_delay {}\ntune jetpack_strength {}\ntune shotgun_strength {}\ntune explosion_strength {}\ntune hammer_strength {}\ntune hook_duration {}\ntune hammer_fire_delay {}\ntune gun_fire_delay {}\ntune shotgun_fire_delay {}\ntune grenade_fire_delay {}\ntune laser_fire_delay {}\ntune ninja_fire_delay {}\ntune hammer_hit_fire_delay {}",
new_tunes.ground_control_speed, new_tunes.ground_control_accel, new_tunes.ground_friction, new_tunes.ground_jump_impulse, new_tunes.air_jump_impulse, new_tunes.air_control_speed, new_tunes.air_control_accel, new_tunes.air_friction, new_tunes.hook_fire_speed, new_tunes.hook_drag_accel, new_tunes.hook_drag_speed, new_tunes.gravity, new_tunes.velramp_start, new_tunes.velramp_range, new_tunes.gun_speed, new_tunes.gun_lifetime, new_tunes.grenade_speed, new_tunes.grenade_lifetime, new_tunes.laser_bounce_delay, new_tunes.jetpack_strength, new_tunes.shotgun_strength, new_tunes.explosion_strength, new_tunes.hammer_strength, new_tunes.hook_duration, new_tunes.hammer_fire_delay, new_tunes.gun_fire_delay, new_tunes.shotgun_fire_delay, new_tunes.grenade_fire_delay, new_tunes.laser_fire_delay, new_tunes.ninja_fire_delay, new_tunes.hammer_hit_fire_delay); MATE WHAT IS THIS PRINTLN MACRO 
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for i in new_tunes println!(i) 
for i in new_tunes println!(i) for i in new_tunes println!(i) 
for tune, value in pairs(new_tunes) do print("tune " .. tune .. " " .. value) end
totally Rust I swear 
️ 1macro_rules! formatTune {
($name:expr, $value:expr) => {
concat!("tune ", $name, " ", &$value.to_string(), "\n")
};
}
print!(
formatTune!("ground_control_speed", new_tunes.ground_control_speed) +
formatTune!("ground_control_accel", new_tunes.ground_control_accel) +
formatTune!("ground_friction", new_tunes.ground_friction) +
formatTune!("ground_jump_impulse", new_tunes.ground_jump_impulse) +
formatTune!("air_jump_impulse", new_tunes.air_jump_impulse) +
formatTune!("air_control_speed", new_tunes.air_control_speed) +
formatTune!("air_control_accel", new_tunes.air_control_accel) +
formatTune!("air_friction", new_tunes.air_friction) +
formatTune!("hook_fire_speed", new_tunes.hook_fire_speed) +
formatTune!("hook_drag_accel", new_tunes.hook_drag_accel) +
formatTune!("hook_drag_speed", new_tunes.hook_drag_speed) +
formatTune!("gravity", new_tunes.gravity) +
formatTune!("velramp_start", new_tunes.velramp_start) +
formatTune!("velramp_range", new_tunes.velramp_range) +
formatTune!("gun_speed", new_tunes.gun_speed) +
formatTune!("gun_lifetime", new_tunes.gun_lifetime) +
formatTune!("grenade_speed", new_tunes.grenade_speed) +
<DISCORD LIMIT>
formatTune!("explosion_strength", new_tunes.explosion_strength) +
formatTune!("hammer_strength", new_tunes.hammer_strength) +
formatTune!("hook_duration", new_tunes.hook_duration) +
formatTune!("hammer_fire_delay", new_tunes.hammer_fire_delay) +
formatTune!("gun_fire_delay", new_tunes.gun_fire_delay) +
formatTune!("shotgun_fire_delay", new_tunes.shotgun_fire_delay) +
formatTune!("grenade_fire_delay", new_tunes.grenade_fire_delay) +
formatTune!("laser_fire_delay", new_tunes.laser_fire_delay) +
formatTune!("ninja_fire_delay", new_tunes.ninja_fire_delay) +
formatTune!("hammer_hit_fire_delay", new_tunes.hammer_hit_fire_delay)
) macro_rules! formatTune {
($name:expr, $value:expr) => {
concat!("tune ", $name, " ", &$value.to_string(), "\n")
};
}
print!(
formatTune!("ground_control_speed", new_tunes.ground_control_speed) +
formatTune!("ground_control_accel", new_tunes.ground_control_accel) +
formatTune!("ground_friction", new_tunes.ground_friction) +
formatTune!("ground_jump_impulse", new_tunes.ground_jump_impulse) +
formatTune!("air_jump_impulse", new_tunes.air_jump_impulse) +
formatTune!("air_control_speed", new_tunes.air_control_speed) +
formatTune!("air_control_accel", new_tunes.air_control_accel) +
formatTune!("air_friction", new_tunes.air_friction) +
formatTune!("hook_fire_speed", new_tunes.hook_fire_speed) +
formatTune!("hook_drag_accel", new_tunes.hook_drag_accel) +
formatTune!("hook_drag_speed", new_tunes.hook_drag_speed) +
formatTune!("gravity", new_tunes.gravity) +
formatTune!("velramp_start", new_tunes.velramp_start) +
formatTune!("velramp_range", new_tunes.velramp_range) +
formatTune!("gun_speed", new_tunes.gun_speed) +
formatTune!("gun_lifetime", new_tunes.gun_lifetime) +
formatTune!("grenade_speed", new_tunes.grenade_speed) +
<DISCORD LIMIT>
formatTune!("explosion_strength", new_tunes.explosion_strength) +
formatTune!("hammer_strength", new_tunes.hammer_strength) +
formatTune!("hook_duration", new_tunes.hook_duration) +
formatTune!("hammer_fire_delay", new_tunes.hammer_fire_delay) +
formatTune!("gun_fire_delay", new_tunes.gun_fire_delay) +
formatTune!("shotgun_fire_delay", new_tunes.shotgun_fire_delay) +
formatTune!("grenade_fire_delay", new_tunes.grenade_fire_delay) +
formatTune!("laser_fire_delay", new_tunes.laser_fire_delay) +
formatTune!("ninja_fire_delay", new_tunes.ninja_fire_delay) +
formatTune!("hammer_hit_fire_delay", new_tunes.hammer_hit_fire_delay)
) 1 1macro_rules! formatTune {
($name:expr, $value:expr) => {
concat!("tune ", $name, " ", &$value.to_string(), "\n")
};
}
print!(
formatTune!("ground_control_speed", new_tunes.ground_control_speed) +
formatTune!("ground_control_accel", new_tunes.ground_control_accel) +
formatTune!("ground_friction", new_tunes.ground_friction) +
formatTune!("ground_jump_impulse", new_tunes.ground_jump_impulse) +
formatTune!("air_jump_impulse", new_tunes.air_jump_impulse) +
formatTune!("air_control_speed", new_tunes.air_control_speed) +
formatTune!("air_control_accel", new_tunes.air_control_accel) +
formatTune!("air_friction", new_tunes.air_friction) +
formatTune!("hook_fire_speed", new_tunes.hook_fire_speed) +
formatTune!("hook_drag_accel", new_tunes.hook_drag_accel) +
formatTune!("hook_drag_speed", new_tunes.hook_drag_speed) +
formatTune!("gravity", new_tunes.gravity) +
formatTune!("velramp_start", new_tunes.velramp_start) +
formatTune!("velramp_range", new_tunes.velramp_range) +
formatTune!("gun_speed", new_tunes.gun_speed) +
formatTune!("gun_lifetime", new_tunes.gun_lifetime) +
formatTune!("grenade_speed", new_tunes.grenade_speed) +
<DISCORD LIMIT>
formatTune!("explosion_strength", new_tunes.explosion_strength) +
formatTune!("hammer_strength", new_tunes.hammer_strength) +
formatTune!("hook_duration", new_tunes.hook_duration) +
formatTune!("hammer_fire_delay", new_tunes.hammer_fire_delay) +
formatTune!("gun_fire_delay", new_tunes.gun_fire_delay) +
formatTune!("shotgun_fire_delay", new_tunes.shotgun_fire_delay) +
formatTune!("grenade_fire_delay", new_tunes.grenade_fire_delay) +
formatTune!("laser_fire_delay", new_tunes.laser_fire_delay) +
formatTune!("ninja_fire_delay", new_tunes.ninja_fire_delay) +
formatTune!("hammer_hit_fire_delay", new_tunes.hammer_hit_fire_delay)
) 1 fn attributes(&self) -> impl Iterator<Item = (&str, f32)> {
// Return an iterator over tuples of field names and values
vec![
("ground_control_speed", self.ground_control_speed),
("ground_control_accel", self.ground_control_accel),
("ground_friction", self.ground_friction),
("ground_jump_impulse", self.ground_jump_impulse),
("air_jump_impulse", self.air_jump_impulse),
// Add more fields here if necessary
]
.into_iter()
}
why return a iterator, u can just return a reference to a &[] and avoid a heap alloc fn attributes(&self) -> impl Iterator<Item = (&str, f32)> {
// Return an iterator over tuples of field names and values
vec![
("ground_control_speed", self.ground_control_speed),
("ground_control_accel", self.ground_control_accel),
("ground_friction", self.ground_friction),
("ground_jump_impulse", self.ground_jump_impulse),
("air_jump_impulse", self.air_jump_impulse),
// Add more fields here if necessary
]
.into_iter()
}
why return a iterator, u can just return a reference to a &[] and avoid a heap alloc 
1fn main() {
let args: Vec<String> = env::args().collect();
if args.len() <= 1 {
eprintln!("Usage: tune_calculator <scale>");
return;
}
let scale = args[1].parse::<f32>().unwrap_or_else(|_| {
eprintln!("Invalid scale value.");
std::process::exit(1);
});
let tick_speed = ((1.0 / scale) * 50.0) as i32;
let tunes = calculate_tunes(tick_speed);
println!("{:#?}", tunes);
} 
/// Parses a ddnet / teeworlds config file. Like `settings_ddnet.cfg`
pub fn parse_config(
settings_file: &str,
) -> Result<Vec<ConfigLine>, ParseError<usize, ConfigToken, LexicalError>> {
let lexer = ConfigLexer::new(settings_file);
let parser = grammar_config::ConfigsParser::new();
parser.parse(lexer)
} 
fn main() {
let args: Vec<String> = env::args().collect();
if args.len() <= 1 {
eprintln!("Usage: tune_calculator <scale>");
return;
}
let scale = args[1].parse::<f32>().unwrap_or_else(|_| {
eprintln!("Invalid scale value.");
std::process::exit(1);
});
let tick_speed = ((1.0 / scale) * 50.0) as i32;
let tunes = calculate_tunes(tick_speed);
println!("{:#?}", tunes);
} 
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SLabelProperties Props;
Props.m_MaxWidth = Label.w - 5.0f;
Ui()->DoLabel(&Label, pSkinToBeDraw->GetName(), 12.0f, TEXTALIGN_ML, Props);SLabelProperties Props;
Props.m_MaxWidth = Label.w - 5.0f;
Ui()->DoLabel(&Label, pSkinToBeDraw->GetName(), 12.0f, TEXTALIGN_ML, Props); 1 1enum
{
VOTE_DESC_LENGTH = 64,
VOTE_CMD_LENGTH = 512,
VOTE_REASON_LENGTH = 16,
MAX_VOTE_OPTIONS = 8192,
}; CUi::Screen 1
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MAYBE_UNUSED static const char *FONT_ICON_QUESTION = "?"; 
cd build
cmake .. -DCMAKE_BUILD_TYPE=DEBUG
make -j`nproc` 1 1