.gitattributes

@@ -1,3 +0,0 @@
-*.ogg filter=lfs diff=lfs merge=lfs -text
-*.png filter=lfs diff=lfs merge=lfs -text
-*.ttf filter=lfs diff=lfs merge=lfs -text

assets/shaders/sprite_light.glsl

@@ -1,85 +0,0 @@
-#define MAX_LIGHTS 8
-
-struct Light {
-    vec2 position;
-    vec3 color;
-    float radius;
-};
-
-extern Light lights[MAX_LIGHTS];
-extern int num_lights;
-extern vec2 sprite_pos; // Мировая позиция спрайта (в метрах)
-extern vec3 ambient; // Эмбиентное освещение
-extern vec3 sky; // Цвет неба
-
-// Параметры выделения
-extern bool is_selected;
-extern vec2 tex_size;
-extern float time;
-
-// Функция для имитации easing.easeInSine
-float easeInSine(float x) {
-    return 1.0 - cos((x * 3.14159) / 2.0);
-}
-
-vec4 effect(vec4 vcolor, Image tex, vec2 texture_coords, vec2 screen_coords)
-{
-    vec4 texColor = Texel(tex, texture_coords);
-
-    // ЛОГИКА ОБВОДКИ (Outline)
-    // Мы выполняем ее до расчетов освещения. Если пиксель прозрачный и объект выбран,
-    // проверяем соседей, чтобы понять, не граница ли это.
-    // Обводка рисуется "самосветящейся", чтобы выделение было видно даже в полной темноте.
-    if (is_selected && texColor.a <= 0.0) {
-        float maxAlpha = 0.0;
-
-        // Проверяем соседние пиксели (квадратом 3x3)
-        for (float x = -1.0; x <= 1.0; x++) {
-            for (float y = -1.0; y <= 1.0; y++) {
-                if (x == 0.0 && y == 0.0) continue;
-                vec2 offset = vec2(x, y) / tex_size;
-                maxAlpha = max(maxAlpha, Texel(tex, texture_coords + offset).a);
-            }
-        }
-
-        if (maxAlpha > 0.0) {
-            // Эффект пульсации и "бегущей волны" из оригинального шейдера outline.glsl
-            float modY = (0.75 + sin(time) * 0.25) * (0.5 + cos(texture_coords.y * 10.0 + time * 2.0) * 0.5);
-            return vec4(vec3(modY, 0.2 * sin(time) + 0.5, 0.5), 1.0);
-        }
-    }
-
-    if (texColor.a == 0.0) {
-        return vec4(0.0);
-    }
-
-    // Расчет базового освещения мира: персонаж освещается смесью неба (Sky) и отраженного света (Ambient).
-    vec3 baseLight = ambient + (vec3(1.0) - ambient) * sky;
-
-    // Десатурация базового света на 30%.
-    float luma = dot(baseLight, vec3(0.2126, 0.7152, 0.0722));
-    vec3 characterBaseLight = mix(baseLight, vec3(luma), 0.3);
-
-    vec3 pointLight = vec3(0.0);
-
-    for (int i = 0; i < num_lights; i++) {
-        vec2 lightPos = lights[i].position;
-        float radius = lights[i].radius;
-        vec2 lightVec = lightPos - sprite_pos;
-        float dist = length(lightVec);
-
-        // Плавное затухание света по радиусу.
-        float radiusFalloff = smoothstep(radius, radius * 0.2, dist);
-
-        // Реализация псевдо-проекции (3D-эффект):
-        float frontWeight = smoothstep(-2.0, 0.5, lightVec.y);
-
-        float attenuation = radiusFalloff * frontWeight;
-        pointLight += lights[i].color * attenuation;
-    }
-
-    pointLight = clamp(pointLight, 0.0, 1.0);
-
-    // Финальный расчет цвета:
-    return vec4(texColor.rgb * (characterBaseLight + pointLight), texColor.a);
-}

lib/character/behaviors/ai.lua

@@ -1,10 +1,5 @@
 local easing = require "lib.utils.easing"
-local pf = require "lib.pathfinder"
-local utils = require "lib.utils.utils"
 
---- @alias AIAction fun(self: AIBehavior): Task<nil>
-
---- @return Character
 local function closestCharacter(char)
     local caster = Vec3 {}
     char:try(Tree.behaviors.positioned, function(b)
@@ -25,142 +20,45 @@ local function closestCharacter(char)
     return charTarget
 end
 
--- --- Возвращает все точки в радиусе в виде векторов (должен по крайней мере)
--- --- @param radius integer
--- --- @param center Vec3
--- --- @return Vec3[]
--- local function circleVectors(center, radius)
---     local vecs = {}
---     local res = {}
---     for t = 0, 2 * math.pi, EPSILON do
---         local x = math.cos(t) * radius + center.x
---         local y = math.sin(t) * radius + center.y
---         table.insert(vecs, Vec3 { math.floor(x), math.floor(y) })
---     end
---     for _, v in pairs(vecs) do
---         local i = 1
---         while i <= #res and (res[i].x ~= v.x or res[i].y ~= v.y) do
---             i = i + 1
---         end
---         if i == #res + 1 or #res == 0 then
---             table.insert(res, v)
---             print('[AI]: circle vecs:', v)
---         end
---     end
---     return res
--- end
-
---- Возвращает все точки в радиусе в виде векторов (должен по крайней мере)
---- @param radius integer
---- @param center Vec3
---- @return Vec3[]
-local function circleVectors(center, radius)
-    local dx, dy, err = radius, 0, 1 - radius
-    local vecs, res = {}, {}
-    while dx >= dy do
-        table.insert(vecs, Vec3 { center.x + dx, center.y + dy })
-        table.insert(vecs, Vec3 { center.x - dx, center.y + dy })
-        table.insert(vecs, Vec3 { center.x + dx, center.y - dy })
-        table.insert(vecs, Vec3 { center.x - dx, center.y - dy })
-        table.insert(vecs, Vec3 { center.x + dy, center.y + dx })
-        table.insert(vecs, Vec3 { center.x - dy, center.y + dx })
-        table.insert(vecs, Vec3 { center.x + dy, center.y - dx })
-        table.insert(vecs, Vec3 { center.x - dy, center.y - dx })
-        dy = dy + 1
-        if err < 0 then
-            err = err + 2 * dy + 1
-        else
-            dx, err = dx - 1, err + 2 * (dy - dx) + 1
-        end
-    end
-    for _, v in pairs(vecs) do
-        local i = 1
-        while i <= #res and (res[i].x ~= v.x or res[i].y ~= v.y) and v.x >= 0 and v.y >= 0 do
-            i = i + 1
-        end
-        if i == #res + 1 or #res == 0 then
-            table.insert(res, v)
-            print('[AI]: circle vecs:', v)
-        end
-    end
-    return vecs
-end
-
---- ищет пути к ближайшему персу в определённом радиусе
---- @param owner Character
---- @param radius integer  здесь мы должны сами определять, сколько должны не доходить до персонажа (1 <= n)
---- @return Vec3|nil
-local function pathToClosestCharacter(owner, radius)
-    local charTarget = closestCharacter(owner)
-    local targetPosition, ownerPosition = charTarget:has(Tree.behaviors.positioned), owner:has(Tree.behaviors.positioned)
-    if not targetPosition or not ownerPosition then return end
-
-    local circleVecs = circleVectors(targetPosition.position, radius)
-    local target = circleVecs[#circleVecs]
-    local path = pf(ownerPosition.position, target)
-    for i, c in ipairs(circleVecs) do
-        local newPath = pf(ownerPosition.position, c)
-        if newPath:size() < path:size() then
-            path = newPath
-            target = c
-        end
-    end
-    return target
-end
-
---- @type table<Class, AIAction>
-local aiNature = {
-    dev_warrior = function(self)
-        return function(callback) -- почему так, описано в Task
-            self.owner:try(Tree.behaviors.spellcaster, function(spellB)
-                self.target = pathToClosestCharacter(self.owner, 1)
-                local attackTarget = closestCharacter(self.owner):has(Tree.behaviors.positioned)
-                if not attackTarget then return end
-                local task1 = spellB.spellbook[1]:cast(self.owner, self.target)
-                if task1 then
-                    task1(
-                        function()
-                            -- здесь мы оказываемся после того, как сходили в первый раз
-                            print('[AI]: я походил')
-                            local task2 = spellB.spellbook[3]:cast(self.owner, attackTarget.position)
-                            if task2 then
-                                -- дергаем функцию после завершения хода
-                                print('[AI]: и ударил')
-                                task2(callback)
-                            else
-                                print('[AI]: чёт не бьётся')
-                                callback()
-                            end
-                        end
-                    )
-                else
-                    print('рот этого казино')
-                    callback()
-                end
-            end)
-        end
-    end,
-    dev_mage = function(self)
-        return function(callback)
-            print("etoh... bleh")
-            callback()
-        end
-    end
-}
-
-
-
 --- @class AIBehavior : Behavior
 --- @field target Vec3?
 local behavior = {}
 behavior.__index = behavior
 behavior.id = "ai"
 
---- @param class Class
-function behavior.new(class)
-    return setmetatable({
-        makeTurn = aiNature[class]
-    }, behavior)
+function behavior.new()
+    return setmetatable({}, behavior)
+end
+
+--- @return Task<nil>
+function behavior:makeTurn()
+    return function(callback) -- почему так, описано в Task
+        self.owner:try(Tree.behaviors.spellcaster, function(spellB)
+            local charTarget = closestCharacter(self.owner)
+            charTarget:try(Tree.behaviors.positioned, function(b)
+                self.target = Vec3 { b.position.x, b.position.y + 1 } --- @todo тут захардкожено + 1, но мы должны как-то хитро определять с какой стороны обойти
+            end)
+
+            local task1 = spellB.spellbook[1]:cast(self.owner, self.target)
+            if task1 then
+                task1(
+                    function()
+                        -- здесь мы оказываемся после того, как сходили в первый раз
+                        local newTarget = Vec3 { 1, 1 }
+                        local task2 = spellB.spellbook[1]:cast(self.owner, newTarget)
+                        if task2 then
+                            -- дергаем функцию после завершения хода
+                            task2(callback)
+                        else
+                            callback()
+                        end
+                    end
+                )
+            else
+                callback()
+            end
+        end)
+    end
 end
 
 return behavior

lib/character/behaviors/light.lua

@@ -32,19 +32,22 @@ function behavior:draw()
     local positioned = self.owner:has(Tree.behaviors.positioned)
     if not positioned then return end
 
-    Tree.level.render:enqueue(Tree.level.render.LAYERS.LIGHT, positioned.position.y, function()
     love.graphics.setBlendMode("add", "premultiplied")
+    Tree.level.camera:attach()
+    love.graphics.setCanvas(Tree.level.render.textures.lightLayer)
     local shader = Tree.assets.files.shaders.light
     shader:send("color", { self.color.x, self.color.y, self.color.z })
-        shader:send("time", love.timer:getTime() + self.seed)
+    shader:send("time", love.timer.getTime() + self.seed)
     love.graphics.setShader(shader)
     love.graphics.draw(Tree.assets.files.masks.circle128, positioned.position.x - self.intensity / 2,
         positioned.position.y - self.intensity / 2, 0, self.intensity / 128,
         self.intensity / 128)
 
-        love.graphics.setShader()
     love.graphics.setBlendMode("alpha")
-    end)
+
+    love.graphics.setShader()
+    love.graphics.setCanvas()
+    Tree.level.camera:detach()
 end
 
 return behavior

lib/character/behaviors/shadowcaster.lua

@@ -10,7 +10,10 @@ function behavior:draw()
     local sprite = self.owner:has(Tree.behaviors.sprite)
     local positioned = self.owner:has(Tree.behaviors.positioned)
     if not positioned then return end
-    if not sprite then return end
+    if not sprite then
+        love.graphics.setCanvas()
+        return
+    end
 
     local ppm = Tree.level.camera.pixelsPerMeter
     local position = positioned.position + Vec3 { 0.5, 0.5 }
@@ -22,14 +25,41 @@ function behavior:draw()
         table.insert(lights, Tree.level.characters[id])
     end
 
-    -- 1. Эллипс тени
-    Tree.level.render:enqueue(Tree.level.render.LAYERS.SHADOW, position.y, function()
+
+    Tree.level.camera:attach()
+    love.graphics.setCanvas(Tree.level.render.textures.shadowLayer)
     love.graphics.push()
     love.graphics.setColor(0, 0, 0, 1)
     love.graphics.translate(position.x, position.y)
     love.graphics.ellipse("fill", 0, 0, sprite.manifest.size / 2, sprite.manifest.size / 2 * math.cos(math.pi / 4))
     love.graphics.pop()
-    end)
+
+
+
+    love.graphics.setCanvas(Tree.level.render.textures.spriteLightLayer)
+    love.graphics.setBlendMode("add")
+    for _, light in ipairs(lights) do
+        local lightPos = light:has(Tree.behaviors.positioned).position
+        local lightVec = lightPos - position
+
+        local lightColor = light:has(Tree.behaviors.light).color
+        if lightPos.y > position.y then
+            love.graphics.setColor(lightColor.x, lightColor.y, lightColor.z,
+                1 - 0.3 * lightVec:length())
+        elseif position.y - lightPos.y < 3 then
+            love.graphics.setColor(lightColor.x, lightColor.y, lightColor.z,
+                (1 - easing.easeInSine((position.y - lightPos.y))) - 0.3 * lightVec:length())
+        end
+
+        sprite.animationTable[sprite.state]:draw(sprite.sheets[sprite.state],
+            position.x,
+            position.y, nil, 1 / ppm * sprite.side, 1 / ppm, sprite.manifest.base.x, sprite.manifest.base.y)
+    end
+    love.graphics.setBlendMode("alpha")
+
+    Tree.level.camera:detach()
+    love.graphics.setColor(1, 1, 1)
+    love.graphics.setCanvas()
 end
 
 return behavior

lib/character/behaviors/sprite.lua

@@ -49,71 +49,25 @@ function sprite:draw()
             local ppm = Tree.level.camera.pixelsPerMeter
             local position = pos.position + Vec3 { 0.5, 0.5 }
 
-            Tree.level.render:enqueue(Tree.level.render.LAYERS.SPRITE, position.y, function()
+            love.graphics.setCanvas(Tree.level.render.textures.spriteLayer)
+            Tree.level.camera:attach()
+
             love.graphics.setColor(1, 1, 1)
-
-                -- Собираем источники света для шейдера
-                local queryRadius = 12 -- Увеличенный радиус для плавности
-                local lightIds = Tree.level.lightGrid:query(position, queryRadius)
-                local lightsData = {}
-
-                for _, id in ipairs(lightIds) do
-                    local lightChar = Tree.level.characters[id]
-                    local b = lightChar:has(Tree.behaviors.light) --[[@as LightBehavior]]
-                    local lPos = lightChar:has(Tree.behaviors.positioned).position
-                    local dist = (lPos - position):length()
-
-                    -- Берем только те, что могут дотянуться до нас своим радиусом
-                    if dist < b.intensity + 2 then
-                        table.insert(lightsData, {
-                            x = lPos.x,
-                            y = lPos.y,
-                            r = b.color.x,
-                            g = b.color.y,
-                            b = b.color.z,
-                            radius = b.intensity,
-                            dist = dist
-                        })
+            if Tree.level.selector.id == self.owner.id then
+                local texW, texH = self.sheets[self.state]:getWidth(),
+                    self.sheets[self.state]:getHeight()
+                local shader = Tree.assets.files.shaders.outline
+                shader:send("texSize", { texW, texH })
+                shader:send("time", love.timer:getTime())
+                love.graphics.setShader(shader)
             end
-                end
-
-                -- Сортируем по дистанции, чтобы выбрать 8 самых влиятельных
-                table.sort(lightsData, function(a, b) return a.dist < b.dist end)
-
-                local lightShader = Tree.assets.files.shaders.sprite_light
-                local weather = Tree.level.weather
-                local numLights = math.min(#lightsData, 8)
-                local isSelected = (Tree.level.selector.id == self.owner.id)
-
-                lightShader:send("sprite_pos", { position.x, position.y })
-                lightShader:send("sky", { weather.skyLight.x, weather.skyLight.y, weather.skyLight.z })
-                lightShader:send("ambient", { weather.ambientLight.x, weather.ambientLight.y, weather.ambientLight.z })
-                lightShader:send("num_lights", numLights)
-
-                lightShader:send("is_selected", isSelected)
-                if isSelected then
-                    local sheet = self.sheets[self.state]
-                    lightShader:send("tex_size", { sheet:getWidth(), sheet:getHeight() })
-                    lightShader:send("time", love.timer:getTime())
-                end
-
-                for i = 1, numLights do
-                    local l = lightsData[i]
-                    local idx = i - 1
-                    lightShader:send(string.format("lights[%d].position", idx), { l.x, l.y })
-                    lightShader:send(string.format("lights[%d].color", idx), { l.r, l.g, l.b })
-                    lightShader:send(string.format("lights[%d].radius", idx), l.radius)
-                end
-
-
-                love.graphics.setShader(lightShader)
-
             self.animationTable[self.state]:draw(self.sheets[self.state],
                 position.x,
                 position.y, nil, 1 / ppm * self.side, 1 / ppm, self.manifest.base.x, self.manifest.base.y)
 
             love.graphics.setShader()
-            end)
+            Tree.level.camera:detach()
+            love.graphics.setCanvas()
         end
     )
 end

lib/character/behaviors/stats.lua

@@ -1,10 +1,7 @@
---- @alias Class "dev_warrior"|"dev_mage"
-
 --- @class StatsBehavior : Behavior
 --- @field hp integer
 --- @field mana integer
 --- @field initiative integer
---- @field class Class
 --- @field isInTurnOrder boolean
 --- @field amIAlive boolean
 local behavior = {}
@@ -28,9 +25,8 @@ end
 --- @param hp? integer
 --- @param mana? integer
 --- @param initiative? integer
---- @param class? Class
 --- @param isInTurnOrder? boolean
-function behavior.new(hp, mana, initiative, class, isInTurnOrder)
+function behavior.new(hp, mana, initiative, isInTurnOrder)
     return setmetatable({
         hp = hp or 20,
         mana = mana or 10,

lib/level/grid/tile_grid.lua

@@ -9,32 +9,17 @@ map.__index = map
 --- @param size? Vec3
 local function new(type, template, size)
     local tMap = require('lib.level.' .. type).new(template, size)
-    local grid = setmetatable({ __grid = tMap }, map)
-    grid:refreshBatch()
-    return grid
-end
-
-function map:refreshBatch()
-    -- Находим атлас первого попавшегося тайла (предполагаем, что он один для всех)
-    local _, firstTile = next(self.__grid)
-    if not firstTile then return end
-
-    local atlas = firstTile.atlasData.atlas
-    local count = 0
-    for _ in pairs(self.__grid) do count = count + 1 end
-
-    self.batch = love.graphics.newSpriteBatch(atlas, count)
-    for _, tile in pairs(self.__grid) do
-        -- 1/32 это масштаб, так как размер тайла в мире 1x1 метр, а в атласе 32x32 пикселя
-        self.batch:add(tile.atlasData.quad, tile.position.x, tile.position.y, 0, 1 / 32, 1 / 32)
-    end
+    return setmetatable({ __grid = tMap }, map)
 end
 
 function map:draw()
-    if not self.batch then return end
-    Tree.level.render:enqueue(Tree.level.render.LAYERS.FLOOR, 0, function()
-        love.graphics.draw(self.batch)
+    love.graphics.setCanvas(Tree.level.render.textures.floorLayer)
+    Tree.level.camera:attach()
+    utils.each(self.__grid, function(el)
+        el:draw()
     end)
+    Tree.level.camera:detach()
+    love.graphics.setCanvas()
 end
 
 return { new = new }

lib/level/level.lua

@@ -20,7 +20,7 @@ local function new(type, template)
     local size = Vec3 { 30, 30 } -- magic numbers for testing purposes only
     print(type, template, size)
 
-    Tree.audio:play(Tree.assets.files.audio.music.level1.progressive_plains)
+    Tree.audio:play(Tree.assets.files.audio.music.level1.battle)
 
     return setmetatable({
         size = size,
@@ -56,9 +56,9 @@ end
 function level:draw()
     self.render:clear()
     self.tileGrid:draw()
-    utils.each(self.characters, function(char)
-        char:draw()
-    end)
+    while not self.characterGrid.yOrderQueue:is_empty() do -- по сути это сортировка кучей за n log n
+        self.characterGrid.yOrderQueue:pop():draw()
+    end
 
     self.render:draw()
 end

lib/level/render.lua

@@ -1,30 +1,18 @@
 --- @class Render
 --- @field textures table<string, love.Canvas>
---- @field queue table[]
---- @field lowResScale number
---- @field LAYERS table<string, integer>
 local render = {
-    textures = {},
-    queue = {},
-    lowResScale = 1.0,
-    LAYERS = {
-        FLOOR = 1,
-        SHADOW = 2,
-        LIGHT = 3,
-        SPRITE = 4,
-        OVERLAY = 5
-    }
+    textures = {}
 }
 
 function render:clear()
     local weather = Tree.level.weather
     local txs = self.textures
-    self.queue = {}
-
     love.graphics.setCanvas(txs.shadowLayer)
     love.graphics.clear()
     love.graphics.setCanvas(txs.spriteLayer)
     love.graphics.clear()
+    love.graphics.setCanvas(txs.spriteLightLayer)
+    love.graphics.clear(weather.skyLight.x, weather.skyLight.y, weather.skyLight.z)
     love.graphics.setCanvas(txs.floorLayer)
     love.graphics.clear()
     love.graphics.setCanvas(txs.lightLayer)
@@ -33,10 +21,6 @@ function render:clear()
     love.graphics.clear()
 end
 
-function render:enqueue(layer, z, func)
-    table.insert(self.queue, { layer = layer, z = z, func = func })
-end
-
 function render:free()
     for _, tx in pairs(self.textures) do
         tx:release()
@@ -73,102 +57,50 @@ function render:applyBlur(input, radius)
     return self.textures.tmp2
 end
 
----@param params {w: number?, h: number?}
----@return table|Render
-local function new(params)
-    local w = params.w or love.graphics.getWidth()
-    local h = params.h or love.graphics.getHeight()
-    local lowResScale = 0.5
-
-    return setmetatable({
-        lowResScale = lowResScale,
-        queue = {},
-        textures = {
-            shadowLayer = love.graphics.newCanvas(w * lowResScale, h * lowResScale),
-            spriteLayer = love.graphics.newCanvas(w, h),
-            floorLayer = love.graphics.newCanvas(w, h),
-            overlayLayer = love.graphics.newCanvas(w, h),
-            lightLayer = love.graphics.newCanvas(w * lowResScale, h * lowResScale),
-            tmp1 = love.graphics.newCanvas(w * lowResScale, h * lowResScale),
-            tmp2 = love.graphics.newCanvas(w * lowResScale, h * lowResScale),
-        }
-    }, { __index = render })
-end
-
 function render:draw()
     local weather = Tree.level.weather
     local txs = self.textures
-
-    -- 1. Сортировка очереди
-    table.sort(self.queue, function(a, b)
-        if a.layer ~= b.layer then
-            return a.layer < b.layer
-        end
-        return a.z < b.z
-    end)
-
-    -- 2. Рендеринг очереди в соответствующие Canvas
-    local currentLayer = nil
-    for _, entry in ipairs(self.queue) do
-        if entry.layer ~= currentLayer then
-            if currentLayer then
-                Tree.level.camera:detach()
-                local wasLowRes = currentLayer == self.LAYERS.SHADOW or currentLayer == self.LAYERS.LIGHT
-                if wasLowRes then
-                    love.graphics.pop()
-                end
-            end
-            currentLayer = entry.layer
-            local isLowRes = currentLayer == self.LAYERS.SHADOW or currentLayer == self.LAYERS.LIGHT
-
-            if currentLayer == self.LAYERS.FLOOR then
-                love.graphics.setCanvas(txs.floorLayer)
-            elseif currentLayer == self.LAYERS.SHADOW then
-                love.graphics.setCanvas(txs.shadowLayer)
-            elseif currentLayer == self.LAYERS.LIGHT then
     love.graphics.setCanvas(txs.lightLayer)
-            elseif currentLayer == self.LAYERS.SPRITE then
-                love.graphics.setCanvas(txs.spriteLayer)
-            elseif currentLayer == self.LAYERS.OVERLAY then
-                love.graphics.setCanvas(txs.overlayLayer)
-            end
-
-            if isLowRes then
-                love.graphics.push()
-                love.graphics.scale(self.lowResScale)
-            end
-            Tree.level.camera:attach()
-        end
-        entry.func()
-    end
-    if currentLayer then
-        Tree.level.camera:detach()
-        local wasLowRes = currentLayer == self.LAYERS.SHADOW or currentLayer == self.LAYERS.LIGHT
-        if wasLowRes then
-            love.graphics.pop()
-        end
-    end
+    love.graphics.draw(self:applyBlur(txs.shadowLayer, 4 * Tree.level.camera.scale))
     love.graphics.setCanvas()
 
-    -- 3. Пост-процессинг и композиция
-    love.graphics.setCanvas(txs.lightLayer)
-    -- Радиус блюра тоже масштабируем, так как текстура меньше
-    love.graphics.draw(self:applyBlur(txs.shadowLayer, 4 * Tree.level.camera.scale * self.lowResScale))
-    love.graphics.setCanvas()
+    -- self.lightLayer:newImageData():encode("png", "lightLayer.png")
+    -- os.exit(0)
 
     local lightShader = Tree.assets.files.shaders.light_postprocess
     lightShader:send("scene", txs.floorLayer)
-    lightShader:send("light", self:applyBlur(txs.lightLayer, 2 * self.lowResScale))
+    lightShader:send("light", self:applyBlur(txs.lightLayer, 2))
     lightShader:send("ambient", { weather.ambientLight.x, weather.ambientLight.y, weather.ambientLight.z })
     love.graphics.setShader(lightShader)
     love.graphics.draw(txs.floorLayer)
 
     love.graphics.setShader()
     love.graphics.draw(txs.overlayLayer)
+    love.graphics.setShader(lightShader)
 
-    -- Спрайты уже полностью освещены в SpriteBehavior (с учетом ambient и point lights)
-    -- Поэтому рисуем их "как есть"
+    lightShader:send("scene", txs.spriteLayer)
+    lightShader:send("light", txs.spriteLightLayer)
     love.graphics.draw(txs.spriteLayer)
+    love.graphics.setShader()
+end
+
+---@param params {w: number?, h: number?}
+---@return table|Render
+local function new(params)
+    local w = params.w or love.graphics.getWidth()
+    local h = params.h or love.graphics.getHeight()
+    return setmetatable({
+        textures = {
+            shadowLayer = love.graphics.newCanvas(w, h),
+            spriteLayer = love.graphics.newCanvas(w, h),
+            spriteLightLayer = love.graphics.newCanvas(w, h),
+            floorLayer = love.graphics.newCanvas(w, h),
+            overlayLayer = love.graphics.newCanvas(w, h),
+            lightLayer = love.graphics.newCanvas(w, h),
+            tmp1 = love.graphics.newCanvas(w, h),
+            tmp2 = love.graphics.newCanvas(w, h),
+        }
+    }, { __index = render })
 end
 
 return { new = new }

lib/spell/spell.lua

@@ -54,7 +54,8 @@ function spell:draw()
         local path = self.path --[[@as Deque?]]
         if not path then return end
         --- Это отрисовка пути персонажа к мышке
-        Tree.level.render:enqueue(Tree.level.render.LAYERS.OVERLAY, 0, function()
+        Tree.level.camera:attach()
+        love.graphics.setCanvas(Tree.level.render.textures.overlayLayer)
         local i = 0
         path:pop_front()
         for p in path:values() do
@@ -63,10 +64,12 @@ function spell:draw()
             local quad = i > self.distance and icons:pickQuad('dev_path_closed') or icons:pickQuad('dev_path')
             love.graphics.draw(icons.atlas, quad, p.x, p.y, 0, s, s)
         end
+        love.graphics.setCanvas()
+        Tree.level.camera:detach()
         love.graphics.setColor(1, 1, 1)
-        end)
     else
-        Tree.level.render:enqueue(Tree.level.render.LAYERS.OVERLAY, 0, function()
+        Tree.level.camera:attach()
+        love.graphics.setCanvas(Tree.level.render.textures.overlayLayer)
         love.graphics.setColor(1, 1, 1, 0.5)
         for _, p in pairs(self.targets) do
             local s = self.tSize / Tree.level.camera.pixelsPerMeter
@@ -74,8 +77,10 @@ function spell:draw()
             love.graphics.draw(icons.atlas, quad, p.x + 0.5 - self.tSize / 2, p.y + 0.5 - self.tSize / 2, 0, s, s)
         end
         love.graphics.setShader()
+
+        love.graphics.setCanvas()
+        Tree.level.camera:detach()
         love.graphics.setColor(1, 1, 1)
-        end)
     end
 end
 

lib/spellbook.lua

@@ -104,7 +104,6 @@ local attack         = spell.new {
                                 Tree.behaviors.light.new { color = Vec3 { 0.6, 0.3, 0.3 }, intensity = 4 },
                                 Tree.behaviors.positioned.new(targetCharacter:has(Tree.behaviors.positioned).position + Vec3 { 0.5, 0.5 }),
                             }
-                            Tree.audio:play(Tree.assets.files.audio.sounds.hurt)
                             return
                                 task.wait {
                                     task.chain(task.tween(light:has(Tree.behaviors.light) --[[@as LightBehavior]],
@@ -117,6 +116,8 @@ local attack         = spell.new {
                                 }
                         end
                     ),
+
+                    Tree.audio:play(Tree.assets.files.audio.sounds.hurt)
                 }
             }
     end

main.lua

@@ -30,7 +30,7 @@ function love.load()
             :addBehavior {
                 Tree.behaviors.residentsleeper.new(),
                 Tree.behaviors.stats.new(nil, nil, 1),
-                Tree.behaviors.positioned.new(Vec3 { 3, 1 }),
+                Tree.behaviors.positioned.new(Vec3 { 4, 3 }),
                 Tree.behaviors.tiled.new(),
                 Tree.behaviors.sprite.new(Tree.assets.files.sprites.character),
                 Tree.behaviors.shadowcaster.new(),
@@ -41,7 +41,7 @@ function love.load()
             :addBehavior {
                 Tree.behaviors.residentsleeper.new(),
                 Tree.behaviors.stats.new(nil, nil, 3),
-                Tree.behaviors.positioned.new(Vec3 { 7, 2 }),
+                Tree.behaviors.positioned.new(Vec3 { 5, 3 }),
                 Tree.behaviors.tiled.new(),
                 Tree.behaviors.sprite.new(Tree.assets.files.sprites.character),
                 Tree.behaviors.shadowcaster.new(),
@@ -78,14 +78,6 @@ function love.load()
         Tree.level.turnOrder:add(id)
     end
 
-    -- --- Это тестовый источник света, привязанный к мышке, и я очень прошу его не трогать
-    -- character.spawn("light")
-    --     :addBehavior {
-    --         Tree.behaviors.positioned.new(),
-    --         Tree.behaviors.cursor.new(),
-    --         Tree.behaviors.light.new { color = Vec3 { 0.5, 0.5, 0.5 }, intensity = 5 }
-    --     }
-
 
     Tree.level.turnOrder:endRound()
     print("Now playing:", Tree.level.turnOrder.current)
@@ -136,14 +128,9 @@ function love.draw()
     love.graphics.setColor(1, 1, 1)
 
     love.graphics.setFont(Tree.fonts:getTheme("Roboto_Mono"):getVariant("small"))
-    local mousePosX, mousePosY = love.mouse.getPosition()
-    local mousePos = Tree.level.camera:toWorldPosition(Vec3 { mousePosX, mousePosY }):floor()
     local stats = "fps: " ..
         love.timer.getFPS() ..
-        " lt: " .. lt ..
-        " dt: " .. dt ..
-        " mem: " .. string.format("%.2f MB", collectgarbage("count") / 1000) ..
-        " mouse pos: " .. tostring(mousePos)
+        " lt: " .. lt .. " dt: " .. dt .. " mem: " .. string.format("%.2f MB", collectgarbage("count") / 1000)
     love.graphics.print(stats, 10, 10)
 
     local t2 = love.timer.getTime()
@@ -154,5 +141,5 @@ function love.resize(w, h)
     local render = Tree.level.render
     if not render then return end
     render:free()
-    Tree.level.render = (require "lib.level.render").new { w = w, h = h }
+    Tree.level.render = (require "lib.level.render").new { w, h }
 end