Return the nearest bigger valid tick with respect to the tick spacing

Examples

iex> Uniswap.Tick.Math.next_valid_tick(53, 10)
60

iex> Uniswap.Tick.Math.next_valid_tick(59, 10)
60

iex> Uniswap.Tick.Math.next_valid_tick(90, 10)
90

iex> Uniswap.Tick.Math.next_valid_tick(-90, 10)
-90

iex> Uniswap.Tick.Math.next_valid_tick(0, 10)
0

iex> Uniswap.Tick.Math.next_valid_tick(-54, 10)
-50

iex> Uniswap.Tick.Math.next_valid_tick(22, 8)
24

iex> Uniswap.Tick.Math.next_valid_tick(887_272, 10)
887_270

Returns the nearest smaller valid tick with respect to the tick spacing

Examples

iex> Uniswap.Tick.Math.prev_valid_tick(53, 10)
50

iex> Uniswap.Tick.Math.prev_valid_tick(59, 10)
50

iex> Uniswap.Tick.Math.prev_valid_tick(90, 10)
90

iex> Uniswap.Tick.Math.prev_valid_tick(-90, 10)
-90

iex> Uniswap.Tick.Math.prev_valid_tick(0, 10)
0

iex> Uniswap.Tick.Math.prev_valid_tick(-54, 10)
-60

iex> Uniswap.Tick.Math.prev_valid_tick(22, 8)
16

iex> Uniswap.Tick.Math.prev_valid_tick(-887_272, 10)
-887_270

iex> Uniswap.Tick.Math.prev_valid_tick(-887_270, 10)
-887_270

Calculates sqrt(1.0001^tick) * 2^96

Same as sqrt_ratio_at_tick/1 but raises on errors

Calculates reverse of sqrt_ratio_at_tick/1.

IMPORTANT: This function is not precision safe and is using floating point calculation. Do not use in prod!

Same as tick_at_sqrt_ratio/1 but raises on errors

Base for tick calculatio: 1.0001