Module:Dynmap Test Isometric: Difference between revisions

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non-isometric test lol
 
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Line 33: Line 33:
         for x = XAxisTileCount, 1, -1 do
         for x = XAxisTileCount, 1, -1 do
             -- TODO: honor zoom level
             -- TODO: honor zoom level
             tilePaths[y][x] = "https://colonia.lightni.ng/map/tiles/world/t/0_0/" .. math.ceil((numXStart + -12 + x * 128) / 128) .. "_" .. math.ceil((numYStart + -12 + y * 128) / 128) .. ".png"
             tilePaths[y][x] = "https://colonia.lightni.ng/map/tiles/world/flat/0_0/" .. math.ceil((numXStart + x) / 45) .. "_" .. math.ceil((numYStart + y) / 45) .. ".png"
         end
         end
     end
     end

Latest revision as of 01:01, 8 March 2024

Documentation for this module may be created at Module:Dynmap Test Isometric/doc

local p = {}

-- How many pixels does a block take up at different zoom levels?
local zoomBlockRes = {}
zoomBlockRes[6]    = 4
zoomBlockRes[5]    = 1

function p.getMapTilePaths(zoom, x0, y0, x1, y1)
    local numZoom = tonumber(zoom) or 0

    if (tonumber(x0) or 0) <= (tonumber(x1) or 0) then
        numXStart = tonumber(x0) or 0
        numYStart = tonumber(y0) or 0
        numXEnd   = tonumber(x1) or 0
        numYEnd   = tonumber(y1) or 0
    else
        numXStart = tonumber(x1) or 0
        numYStart = tonumber(y1) or 0
        numXEnd   = tonumber(x0) or 0
        numYEnd   = tonumber(y0) or 0
    end

    --local blockRes          = zoomBlockRes[numZoom]
    local blockRes          = 1
    local blocksPerTileAxis = 128 / blockRes
    local XAxisTileCount    = math.ceil((numXEnd - numXStart) / blocksPerTileAxis)
    local YAxisTileCount    = math.ceil((numYEnd - numYStart) / blocksPerTileAxis)

    local tilePaths = {}

    for y = YAxisTileCount, 1, -1 do
        tilePaths[y] = {}
        for x = XAxisTileCount, 1, -1 do
            -- TODO: honor zoom level
            tilePaths[y][x] = "https://colonia.lightni.ng/map/tiles/world/flat/0_0/" .. math.ceil((numXStart + x) / 45) .. "_" .. math.ceil((numYStart + y) / 45) .. ".png"
        end
    end

    return tilePaths
end

function p.generateTable(tilePaths)
    data = "{| cellpadding=0 cellspacing=0"

    for y = #tilePaths, 1, -1 do
        data = data .. "\n|-\n| " .. tilePaths[y][1]
        for x = 2, #tilePaths[y], 1 do
            data = data .. " ||" .. tilePaths[y][x]
        end
    end

    data = data .. "\n|}"
    return data
end

function p.map(frame)
    local zoom = frame.args[1]
    local x0 = frame.args[2]
    local y0 = frame.args[3]
    local x1 = frame.args[4]
    local y1 = frame.args[5]

    local tilePaths = p.getMapTilePaths(zoom, x0, y0, x1, y1)
    local data = p.generateTable(tilePaths)

    return tostring(data)
end

return p