optimization in whole tiles creation
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dedb0d884c
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75b7aad1e6
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@ -50,11 +50,11 @@ end
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function GameDraw()
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GameworldDrawPrepare()
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GameworldDrawParticles()
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GameworldDrawBackground()
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GameworldDrawLighting()
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GameworldDrawEntities()
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GameworldDrawForeground()
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GameworldDrawLighting()
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GameworldDrawParticles()
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GameworldDrawEntities()
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GameworldDrawEnd()
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-- hud
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@ -20,7 +20,7 @@ function GameworldDrawBackground()
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for j = 1, #LevelTiles[i] do
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if LevelTiles[i][j].id ~= 0 then
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local depth = TileGetDepth(LevelTiles[i][j])
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local depth = TileData[LevelTiles[i][j].id].depth
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DrawTile(
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LevelTiles[i][j],
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tileProperties.scale * j * tileProperties.width + tileProperties.scale * (levelProperties.offset.x - tileProperties.width) - Camera.pos.x,
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@ -53,7 +53,7 @@ function GameworldDrawForeground()
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for j = 1, #LevelTiles[i] do
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if LevelTiles[i][j].id ~= 0 then
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local depth = TileGetDepth(LevelTiles[i][j])
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local depth = TileData[LevelTiles[i][j].id].depth
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DrawTile(
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LevelTiles[i][j],
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tileProperties.scale * j * tileProperties.width + tileProperties.scale * (levelProperties.offset.x - tileProperties.width) - Camera.pos.x,
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@ -82,7 +82,8 @@ function GameworldDrawLighting()
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DoBorder()
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-- apply to game canvas
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love.graphics.setColor(1,1,1,1)
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love.graphics.scale(game.scale,game.scale)
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love.graphics.setCanvas()
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love.graphics.scale(1,1)
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DrawDarkness()
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love.graphics.scale(1/game.scale,1/game.scale)
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end
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@ -230,24 +230,6 @@ function SetTile(i,j,id)
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LevelTiles[i][j] = InstanceTile(id)
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end
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function TileGetType(tile)
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if TileData[tile.id] ~= nil then
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return TileData[tile.id].type
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end
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end
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function TileGetDepth(tile)
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if TileData[tile.id] ~= nil then
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return TileData[tile.id].depth
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end
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end
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function TileGetLight(tile)
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if TileData[tile.id] ~= nil then
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return TileData[tile.id].light
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end
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end
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function GridDisplay()
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for i = 1, #LevelTiles do
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for j = 1, #LevelTiles[i] do
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@ -262,17 +244,75 @@ function GridDisplay()
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end
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end
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function TileOptimizeObjects()
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print("new optimization")
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local unoptimized = 0
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local isTileOptimized = {}
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for i = 1, #LevelTiles do
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isTileOptimized[i] = {}
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for j= 1, #LevelTiles[i] do
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isTileOptimized[i][j] = false
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end
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end
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for i = 1, #LevelTiles do
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for j = 1, #LevelTiles[i] do
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if LevelTiles[i][j].id ~= 0 then
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local type = TileData[LevelTiles[i][j].id].type
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local light = TileData[LevelTiles[i][j].id].light
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if type == "whole" and not isTileOptimized[i][j] then
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isTileOptimized[i][j] = true
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local n = 1
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local check = true
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while check do
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check = false
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if LevelTiles[i][j+n] ~= nil then
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if TileData[LevelTiles[i][j+n].id] ~= nil then
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local type_check = TileData[LevelTiles[i][j+n].id].type
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if type_check == "whole" and not isTileOptimized[i][j+n] then
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check = true
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isTileOptimized[i][j+n] = true
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n = n + 1
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end
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end
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end
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end
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print(n)
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unoptimized = unoptimized + n
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local base_x = tileProperties.scale * j * tileProperties.width + tileProperties.scale * (levelProperties.offset.x - tileProperties.height)
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local base_y = tileProperties.scale * i * tileProperties.height + tileProperties.scale * (levelProperties.offset.y - tileProperties.height)
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local col = Collision:New(
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base_x,
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base_y,
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base_x + tileProperties.width * tileProperties.scale * n,
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base_y + tileProperties.height * tileProperties.scale
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)
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table.insert(LoadedObjects.Collisions,col)
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end
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end
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end
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end
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print("collisions optimized from " .. unoptimized .. " to " .. #LoadedObjects.Collisions)
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end
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function TileCreateObjects()
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LoadedObjects.Collisions = {}
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LoadedObjects.Platforms = {}
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LoadedObjects.Ladders = {}
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TileOptimizeObjects()
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for i = 1, #LevelTiles do
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for j = 1, #LevelTiles[i] do
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if LevelTiles[i][j].id ~= 0 then
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local type = TileGetType(LevelTiles[i][j])
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local light = TileGetLight(LevelTiles[i][j])
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local type = TileData[LevelTiles[i][j].id].type
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local light = TileData[LevelTiles[i][j].id].light
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local base_x = tileProperties.scale * j * tileProperties.width + tileProperties.scale * (levelProperties.offset.x - tileProperties.height)
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local base_y = tileProperties.scale * i * tileProperties.height + tileProperties.scale * (levelProperties.offset.y - tileProperties.height)
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@ -285,7 +325,8 @@ function TileCreateObjects()
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)
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end
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if type == "whole" then
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-- wholes are handled in optimization now
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--[[if type == "whole" then
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local col = Collision:New(
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base_x,
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base_y,
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@ -293,8 +334,7 @@ function TileCreateObjects()
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base_y + tileProperties.height * tileProperties.scale
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)
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table.insert(LoadedObjects.Collisions,col)
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elseif type == "half_bottom" then
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else]]if type == "half_bottom" then
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local col = Collision:New(
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base_x,
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@ -59,20 +59,25 @@ function DoLights()
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light.flicker = math.min(math.max(light.flicker, -light.flicker_value),light.flicker_value)
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end
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end
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love.graphics.setBlendMode("replace")
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for _, light in pairs(Lights) do
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if light.range ~= 0 then
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love.graphics.setColor(light.color[1],light.color[2],light.color[3],1)
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local position = {
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x = (light.pos.x - Camera.pos.x) / game.scale,
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y = (light.pos.y - Camera.pos.y) / game.scale
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}
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local range = (1 + light.range + light.flicker) / game.scale
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love.graphics.circle(
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"fill",
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(light.pos.x - Camera.pos.x) / game.scale,
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(light.pos.y - Camera.pos.y) / game.scale,
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(light.range + light.flicker + 0) / game.scale
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position.x,
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position.y,
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range
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)
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end
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end
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myShader:send("game_scale", game.scale)
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love.graphics.setColor(0,0,0,0)
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for _, light in pairs(Lights) do
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if light.range ~= 0 then
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local position = {
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@ -80,21 +85,30 @@ function DoLights()
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y = (light.pos.y - Camera.pos.y) / game.scale
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}
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local range = (light.range + light.flicker) / game.scale
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love.graphics.setBlendMode("replace")
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love.graphics.setColor(0,0,0,0)
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love.graphics.setShader()
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love.graphics.circle(
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"fill",
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position.x,
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position.y,
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range
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)
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end
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end
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love.graphics.setBlendMode("alpha")
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love.graphics.setColor(1,1,1)
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myShader:send("light_color", light.color)
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myShader:send("light_pos", {position.x*game.scale, position.y*game.scale})
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myShader:send("range", range)
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love.graphics.setShader(myShader)
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love.graphics.setColor(0,0,0,1)
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Shaders.InsideLight:send("game_scale", game.scale)
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for _, light in pairs(Lights) do
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if light.range ~= 0 then
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local position = {
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x = (light.pos.x - Camera.pos.x) / game.scale,
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y = (light.pos.y - Camera.pos.y) / game.scale
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}
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local range = (light.range + light.flicker) / game.scale
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Shaders.InsideLight:send("light_color", light.color)
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Shaders.InsideLight:send("light_pos", {position.x*game.scale, position.y*game.scale})
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Shaders.InsideLight:send("range", range)
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love.graphics.setShader(Shaders.InsideLight)
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love.graphics.circle(
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"fill",
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position.x,
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@ -115,5 +129,5 @@ function DoBorder()
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end
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function DrawDarkness()
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love.graphics.draw(Canvas.Darkness, 0, 0, 0, game.scale)
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love.graphics.draw(Canvas.Darkness, 0, 0, 0, 1/game.scale)
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end
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@ -1,4 +1,5 @@
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myShader = love.graphics.newShader[[
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Shaders = {}
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Shaders.InsideLight = love.graphics.newShader[[
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uniform vec2 light_pos;
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uniform vec3 light_color;
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uniform float range;
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@ -10,12 +11,10 @@ myShader = love.graphics.newShader[[
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float distance_x = light_pos.x - screen_coords.x;
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float distance_y = light_pos.y - screen_coords.y;
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float distance = 1-sqrt( pow(distance_x,2) + pow(distance_y,2) ) / game_scale;
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float distance = sqrt( pow(distance_x,2) + pow(distance_y,2) ) / game_scale;
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if (distance < range){
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float alpha = (distance/range);
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if (pixel.a > alpha){
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float alpha = 1-(distance/10);
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pixel.a = alpha;
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}
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if (color.r<light_color.r){
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color.r = light_color.r;
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}
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@ -29,3 +28,25 @@ myShader = love.graphics.newShader[[
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return pixel * color;
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}
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]]
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Shaders.OutsideDark = love.graphics.newShader[[
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uniform vec2 light_pos;
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uniform float range;
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uniform float game_scale;
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vec4 effect(vec4 color, Image texture, vec2 texture_coords, vec2 screen_coords ){
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vec4 pixel = Texel(texture, texture_coords );//This is the current pixel color
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float distance_x = light_pos.x - screen_coords.x;
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float distance_y = light_pos.y - screen_coords.y;
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float distance = sqrt( pow(distance_x,2) + pow(distance_y,2) ) / game_scale;
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if (distance < range){
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float alpha = (distance/range);
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if (pixel.a > alpha){
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pixel.a = alpha;
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}
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}
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return pixel * color;
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}
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]]
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