Краткое описание

Код

function math.clamp (inb, low, high)
	return math.min( math.max(inb, low ), high )
end

function math.lerp(a, b, t)
	return a + (b - a) * t
end

function repeatN(t, m)
	return math.clamp(t - math.floor(t / m) * m, 0, m)
end

function lerpTheta(a, b, t)
	local dt = repeatN(b - a, 360)
	if dt>180 then	dt=dt-360 end
	return math.lerp(a, a + dt, t)
end

Примеры использования:

TIMER_PERIOD=1/32
local angleCast = AngleBetweenXY(GetUnitX(hero), GetUnitY(hero), GetPlayerMouseX[data.pid], GetPlayerMouseY[data.pid]) / bj_DEGTORAD
local curAngle=angleCast
TimerStart(CreateTimer(), TIMER_PERIOD, true, function()
	angleCast = AngleBetweenXY(GetUnitX(hero), GetUnitY(hero), GetPlayerMouseX[data.pid], GetPlayerMouseY[data.pid]) / bj_DEGTORAD
	curAngle = lerpTheta(curAngle, angleCast, TIMER_PERIOD * 8)
	print(curAngle)
end)

TIMER_PERIOD=1/32
local distance=DistanceBetweenXY(GetUnitX(hero), GetUnitY(hero), GetPlayerMouseX[data.pid], GetPlayerMouseY[data.pid])
local cutDistance=distance
TimerStart(CreateTimer(), TIMER_PERIOD, true, function()
	distance=DistanceBetweenXY(GetUnitX(hero), GetUnitY(hero), GetPlayerMouseX[data.pid], GetPlayerMouseY[data.pid])
	cutDistance=math.lerp(cutDistance,distance,TIMER_PERIOD * 8)
	print(cutDistance)
end)