math.randomseed(694201)
_G.gen = {
    grassHeight = 2,
    vOffset = 2,
    partCount = 5
}
Limits = {200, 200}
Height = 250
Radius = 20
RadiusVariation = 5
PointCount = 400
a = 2
k = 1
-- Lonk 1 - 410, 60, 60, 70, 12, 3, 60, 2, 1

_G.Points = {}
if #Points < 1 then
    for i = 1, PointCount do
        PRadius = math.random(Radius-RadiusVariation/2, Radius+RadiusVariation/2)
        Points[i] = {math.random(PRadius, Limits[1]-PRadius),
        math.random(PRadius, Limits[2]-PRadius), PRadius}

    end
end

Min = 0
Max = PointCount
function Value(x, z)
    local OutputValue = 0
    for i, p in pairs(Points) do
        Distance = (((p[1] - x)^2 +(p[2] - z)^2)^0.5)/p[3]
        if Distance <= 1 then
            OutputValue = OutputValue + (1 - Distance)
        end
    end
    return OutputValue/Max
end

ValueTable = {}
cyc = 0
for x = 1, Limits[1] do
    ValueTable[x] = {}
    for z = 1, Limits[2] do
        cyc = cyc+1
        if cyc%10000 == 0 then sleep(0) end
        V = Value(x, z)
        ValueTable[x][z] = V

    end

end

_G.map = {}

function acoth(x)
    if type(x) ~= "number" then
        error("dumbass")
    end
    return math.log((1+(1/x))/(1-(1/x)))/2
end

for i, x in pairs(ValueTable) do
    map[i] = {}
    for j, z in pairs(x) do
        V = math.floor(Height*(acoth( (k - z + z*math.cosh(a)) / (z * math.sinh(a)) ) / a) + 0.5)
        if V ~= V then
            print(z)
        end
        map[i][j] = V

    end

end