From 05f8e4637221ad58daed7726b31127b0306e5ea1 Mon Sep 17 00:00:00 2001
From: tryashtar <tryashtar@gmail.com>
Date: Wed, 8 Apr 2026 14:42:28 -0600
Subject: [PATCH] Render poem shader without dependencies

And use base64 images to avoid cross-site restrictions
---
 http/poem.html           | 251 +++++++++++++++++++++++----------------
 http/poem/end_portal.png | Bin 9751 -> 0 bytes
 http/poem/end_sky.png    | Bin 12513 -> 0 bytes
 3 files changed, 150 insertions(+), 101 deletions(-)
 mode change 100755 => 100644 http/poem.html
 delete mode 100644 http/poem/end_portal.png
 delete mode 100644 http/poem/end_sky.png

diff --git a/http/poem.html b/http/poem.html
old mode 100755
new mode 100644
index 1ebeaf5..e4b5b0f
--- a/http/poem.html
+++ b/http/poem.html
@@ -5,117 +5,24 @@
         <meta name="viewport" content="width=device-width, initial-scale=1.0"/>
         <meta name="theme-color" content="#02060D"/>
         <title>End Poem</title>
-        <script src="https://xemantic.github.io/shader-web-background/dist/shader-web-background.min.js"></script>
-        <script type="x-shader/x-fragment" id="end-portal">
-            precision highp float;
-            uniform vec2 iResolution;
-            uniform float iTime;
-            mat2 mat2_rotate_z(float radians) {
-                return mat2(
-                    cos(radians), -sin(radians),
-                    sin(radians), cos(radians)
-                );
-            }
-            uniform sampler2D Sampler0;
-            uniform sampler2D Sampler1;
-            const mat4 SCALE_TRANSLATE = mat4(
-                0.5, 0.0, 0.0, 0.25,
-                0.0, 0.5, 0.0, 0.25,
-                0.0, 0.0, 1.0, 0.0,
-                0.0, 0.0, 0.0, 1.0
-            );
-            mat4 end_portal_layer(float layer) {
-                mat4 translate = mat4(
-                    1.0, 0.0, 0.0, 17.0 / layer,
-                    0.0, 1.0, 0.0, (2.0 + layer / 1.5) * (iTime * 1.5),
-                    0.0, 0.0, 1.0, 0.0,
-                    0.0, 0.0, 0.0, 1.0
-                );
-                mat2 rotate = mat2_rotate_z(radians((layer * layer * 4321.0 + layer * 9.0) * 2.0));
-                mat2 scale = mat2((4.5 - layer / 4.0) * 2.0);
-                return mat4(scale * rotate) * translate * SCALE_TRANSLATE;
-            }
-            void main() {
-                vec4 uv = vec4(gl_FragCoord.xy / iResolution.xy, 0.0, 1.0);
-                vec3 color = texture2D(Sampler0, uv.xy).rgb * vec3(0.022087, 0.098399, 0.110818);
-                color += texture2D(Sampler1, (uv * end_portal_layer(1.0)).xy).rgb * vec3(0.022087, 0.098399, 0.110818);
-                color += texture2D(Sampler1, (uv * end_portal_layer(2.0)).xy).rgb * vec3(0.011892, 0.095924, 0.089485);
-                color += texture2D(Sampler1, (uv * end_portal_layer(3.0)).xy).rgb * vec3(0.027636, 0.101689, 0.100326);
-                color += texture2D(Sampler1, (uv * end_portal_layer(4.0)).xy).rgb * vec3(0.046564, 0.109883, 0.114838);
-                color += texture2D(Sampler1, (uv * end_portal_layer(5.0)).xy).rgb * vec3(0.064901, 0.117696, 0.097189);
-                color += texture2D(Sampler1, (uv * end_portal_layer(6.0)).xy).rgb * vec3(0.063761, 0.086895, 0.123646);
-                color += texture2D(Sampler1, (uv * end_portal_layer(7.0)).xy).rgb * vec3(0.084817, 0.111994, 0.166380);
-                color += texture2D(Sampler1, (uv * end_portal_layer(8.0)).xy).rgb * vec3(0.097489, 0.154120, 0.091064);
-                color += texture2D(Sampler1, (uv * end_portal_layer(9.0)).xy).rgb * vec3(0.106152, 0.131144, 0.195191);
-                color += texture2D(Sampler1, (uv * end_portal_layer(10.0)).xy).rgb * vec3(0.097721, 0.110188, 0.187229);
-                color += texture2D(Sampler1, (uv * end_portal_layer(11.0)).xy).rgb * vec3(0.133516, 0.138278, 0.148582);
-                color += texture2D(Sampler1, (uv * end_portal_layer(12.0)).xy).rgb * vec3(0.070006, 0.243332, 0.235792);
-                color += texture2D(Sampler1, (uv * end_portal_layer(13.0)).xy).rgb * vec3(0.196766, 0.142899, 0.214696);
-                color += texture2D(Sampler1, (uv * end_portal_layer(14.0)).xy).rgb * vec3(0.047281, 0.315338, 0.321970);
-                color += texture2D(Sampler1, (uv * end_portal_layer(15.0)).xy).rgb * vec3(0.204675, 0.390010, 0.302066);
-                //color += texture2D(Sampler1, (uv * end_portal_layer(16.0)).xy).rgb * vec3(0.080955, 0.314821, 0.661491);
-                gl_FragColor = vec4(color, 1.0);
-            }
-        </script>
-        <script>
-            const loadImage = (src) =>
-                new Promise((resolve, reject) => {
-                    let img = new Image();
-                    img.onload = () => resolve(img);
-                    img.onerror = () => {
-                        reject(new Error("Failed to load image from: " + src));
-                    };
-                    img.src = src;
-                });
-            const setupImage = (gl, texture, image) => {
-                gl.bindTexture(gl.TEXTURE_2D, texture);
-                gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_S, gl.REPEAT);
-                gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_T, gl.REPEAT);
-                gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MIN_FILTER, gl.NEAREST);
-                gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MAG_FILTER, gl.NEAREST);
-                gl.texImage2D(gl.TEXTURE_2D, 0, gl.RGBA, gl.RGBA, gl.UNSIGNED_BYTE, image);
-                gl.bindTexture(gl.TEXTURE_2D, null);
-            };
-            shaderWebBackground.shade({
-                onInit: (ctx) => {
-                    loadImage("poem/end_sky.png").then((image) => {
-                        const gl = ctx.gl;
-                        const texture = gl.createTexture();
-                        setupImage(gl, texture, image);
-                        ctx.Sampler0 = texture;
-                    });
-                    loadImage("poem/end_portal.png").then((image) => {
-                        const gl = ctx.gl;
-                        const texture = gl.createTexture();
-                        setupImage(gl, texture, image);
-                        ctx.Sampler1 = texture;
-                    });
-                },
-                shaders: {
-                    "end-portal": {
-                        uniforms: {
-                            iResolution: (gl, loc, ctx) => gl.uniform2f(loc, ctx.width, ctx.height),
-                            iTime: (gl, loc) => gl.uniform1f(loc, performance.now() / (24000 / 20 * 1000)),
-                            Sampler0: (gl, loc, ctx) => ctx.texture(loc, ctx.Sampler0),
-                            Sampler1: (gl, loc, ctx) => ctx.texture(loc, ctx.Sampler1),
-                        }
-                    }
-                }
-            });
-        </script>
         <style>
             body {
                 color: white;
                 background-color: #02060D;
                 margin: 0;
             }
-            .vignette {
+            .overlay {
                 position: fixed;
                 top: 0;
                 left: 0;
                 width: 100%;
                 height: 100%;
                 pointer-events: none;
+            }
+            #background {
+                z-index: -2;
+            }
+            .vignette {
                 z-index: -1;
                 background: radial-gradient(
                     ellipse,
@@ -226,7 +133,7 @@
                 text-wrap: nowrap;
             }
         </style>
-        <script>
+        <script type="text/javascript">
             function updateObfuscatedText() {
                 const substitutes = "#$%&+-/0123456789=?ABCDEFGHJKLMNOPQRSTUVWXYZ\\^_abcdeghjmnopqrsuvwxyzÇüéâäàåçêëèÄÅÉôöòûùÿÖÜø£Ø׃áóúñÑ¿¬";
                 const elements = document.getElementsByClassName("obfuscated");
@@ -254,9 +161,151 @@
                 setInterval(updateObfuscatedText, 50);
             });
         </script>
+        <script type="x-shader/x-fragment" id="end-portal-vsh">
+            attribute vec2 a_position;
+
+            void main() {
+                gl_Position = vec4(a_position, 0.0, 1.0);
+            }
+        </script>
+        <script type="x-shader/x-fragment" id="end-portal-fsh">
+            precision highp float;
+
+            uniform vec2 iResolution;
+            uniform float iTime;
+            uniform sampler2D Sampler0;
+            uniform sampler2D Sampler1;
+
+            const mat4 SCALE_TRANSLATE = mat4(
+                0.5, 0.0, 0.0, 0.25,
+                0.0, 0.5, 0.0, 0.25,
+                0.0, 0.0, 1.0, 0.0,
+                0.0, 0.0, 0.0, 1.0
+            );
+
+            mat2 mat2_rotate_z(float radians) {
+                return mat2(
+                    cos(radians), -sin(radians),
+                    sin(radians), cos(radians)
+                );
+            }
+
+            mat4 end_portal_layer(float layer) {
+                mat4 translate = mat4(
+                    1.0, 0.0, 0.0, 17.0 / layer,
+                    0.0, 1.0, 0.0, (2.0 + layer / 1.5) * (iTime * 1.5),
+                    0.0, 0.0, 1.0, 0.0,
+                    0.0, 0.0, 0.0, 1.0
+                );
+                mat2 rotate = mat2_rotate_z(radians((layer * layer * 4321.0 + layer * 9.0) * 2.0));
+                mat2 scale = mat2((4.5 - layer / 4.0) * 2.0);
+                return mat4(scale * rotate) * translate * SCALE_TRANSLATE;
+            }
+
+            void main() {
+                vec4 uv = vec4(gl_FragCoord.xy / iResolution.xy, 0.0, 1.0);
+                vec3 color = texture2D(Sampler0, uv.xy).rgb * vec3(0.022087, 0.098399, 0.110818);
+                color += texture2D(Sampler1, (uv * end_portal_layer(1.0)).xy).rgb * vec3(0.022087, 0.098399, 0.110818);
+                color += texture2D(Sampler1, (uv * end_portal_layer(2.0)).xy).rgb * vec3(0.011892, 0.095924, 0.089485);
+                color += texture2D(Sampler1, (uv * end_portal_layer(3.0)).xy).rgb * vec3(0.027636, 0.101689, 0.100326);
+                color += texture2D(Sampler1, (uv * end_portal_layer(4.0)).xy).rgb * vec3(0.046564, 0.109883, 0.114838);
+                color += texture2D(Sampler1, (uv * end_portal_layer(5.0)).xy).rgb * vec3(0.064901, 0.117696, 0.097189);
+                color += texture2D(Sampler1, (uv * end_portal_layer(6.0)).xy).rgb * vec3(0.063761, 0.086895, 0.123646);
+                color += texture2D(Sampler1, (uv * end_portal_layer(7.0)).xy).rgb * vec3(0.084817, 0.111994, 0.166380);
+                color += texture2D(Sampler1, (uv * end_portal_layer(8.0)).xy).rgb * vec3(0.097489, 0.154120, 0.091064);
+                color += texture2D(Sampler1, (uv * end_portal_layer(9.0)).xy).rgb * vec3(0.106152, 0.131144, 0.195191);
+                color += texture2D(Sampler1, (uv * end_portal_layer(10.0)).xy).rgb * vec3(0.097721, 0.110188, 0.187229);
+                color += texture2D(Sampler1, (uv * end_portal_layer(11.0)).xy).rgb * vec3(0.133516, 0.138278, 0.148582);
+                color += texture2D(Sampler1, (uv * end_portal_layer(12.0)).xy).rgb * vec3(0.070006, 0.243332, 0.235792);
+                color += texture2D(Sampler1, (uv * end_portal_layer(13.0)).xy).rgb * vec3(0.196766, 0.142899, 0.214696);
+                color += texture2D(Sampler1, (uv * end_portal_layer(14.0)).xy).rgb * vec3(0.047281, 0.315338, 0.321970);
+                color += texture2D(Sampler1, (uv * end_portal_layer(15.0)).xy).rgb * vec3(0.204675, 0.390010, 0.302066);
+                //color += texture2D(Sampler1, (uv * end_portal_layer(16.0)).xy).rgb * vec3(0.080955, 0.314821, 0.661491);
+                gl_FragColor = vec4(color, 1.0);
+            }
+        </script>
+        <script type="text/javascript">
+            const END_PORTAL_BASE64 = "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";
+            const END_SKY_BASE64 = "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";
+            async function setupShader() {
+                const canvas = document.getElementById("background");
+                const gl = canvas.getContext("webgl");
+                if (gl == null) {
+                    return;
+                }
+                function resize() {
+                    canvas.width = canvas.clientWidth * window.devicePixelRatio;
+                    canvas.height = canvas.clientHeight * window.devicePixelRatio;
+                    gl.viewport(0, 0, canvas.width, canvas.height);
+                }
+                window.addEventListener("resize", resize);
+                resize();
+                function compileShader(id, type) {
+                    const element = document.getElementById(id);
+                    const source = element.textContent;
+                    const shader = gl.createShader(type);
+                    gl.shaderSource(shader, source);
+                    gl.compileShader(shader);
+                    return shader;
+                }
+                const vertexShader = compileShader("end-portal-vsh", gl.VERTEX_SHADER);
+                const fragmentShader = compileShader("end-portal-fsh", gl.FRAGMENT_SHADER);
+                const program = gl.createProgram();
+                gl.attachShader(program, vertexShader);
+                gl.attachShader(program, fragmentShader);
+                gl.linkProgram(program);
+                gl.useProgram(program);
+                const positionBuffer = gl.createBuffer();
+                gl.bindBuffer(gl.ARRAY_BUFFER, positionBuffer);
+                gl.bufferData(gl.ARRAY_BUFFER, new Float32Array([-1.0, 1.0, 1.0, 1.0, -1.0, -1.0, 1.0, -1.0]), gl.STATIC_DRAW);
+                const positionLoc = gl.getAttribLocation(program, "a_position");
+                gl.enableVertexAttribArray(positionLoc);
+                gl.vertexAttribPointer(positionLoc, 2, gl.FLOAT, false, 0, 0);
+                function loadTexture(base64) {
+                    const img = new Image();
+                    const texture = gl.createTexture();
+                    return new Promise((resolve) => {
+                        img.onload = () => {
+                            gl.bindTexture(gl.TEXTURE_2D, texture);
+                            gl.texImage2D(gl.TEXTURE_2D, 0, gl.RGBA, gl.RGBA, gl.UNSIGNED_BYTE, img);
+                            gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MIN_FILTER, gl.NEAREST);
+                            gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MAG_FILTER, gl.NEAREST);
+                            gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_S, gl.REPEAT);
+                            gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_T, gl.REPEAT);
+                            resolve(texture);
+                        };
+                        img.src = "data:image/png;base64," + base64;
+                    });
+                }
+                const endSkyTexture = await loadTexture(END_SKY_BASE64);
+                const endPortalTexture = await loadTexture(END_PORTAL_BASE64);
+                const uTimeLoc = gl.getUniformLocation(program, "iTime");
+                const uResolutionLoc = gl.getUniformLocation(program, "iResolution");
+                const uTexture0Loc = gl.getUniformLocation(program, "Sampler0");
+                const uTexture1Loc = gl.getUniformLocation(program, "Sampler1");
+                gl.uniform1i(uTexture0Loc, 0);
+                gl.uniform1i(uTexture1Loc, 1);
+                gl.activeTexture(gl.TEXTURE0);
+                gl.bindTexture(gl.TEXTURE_2D, endSkyTexture);
+                gl.activeTexture(gl.TEXTURE1);
+                gl.bindTexture(gl.TEXTURE_2D, endPortalTexture);
+                function render() {
+                    const time = performance.now() / (24000 / 20 * 1000);
+                    gl.uniform1f(uTimeLoc, time);
+                    gl.uniform2f(uResolutionLoc, canvas.width, canvas.height);
+                    gl.drawArrays(gl.TRIANGLE_STRIP, 0, 4);
+                    requestAnimationFrame(render);
+                }
+                render();
+            }
+            window.addEventListener("load", () => {
+                setupShader();
+            });
+        </script>
     </head>
     <body>
-        <div class="vignette"></div>
+        <canvas id="background" class="overlay"></canvas>
+        <div class="vignette overlay"></div>
         <div class="poem-box">
             <div class="poem">
                 <input type="text" id="playername" class="white" placeholder="player name" maxlength="64" size="16" oninput="updatePlayerName()"></input>
diff --git a/http/poem/end_portal.png b/http/poem/end_portal.png
deleted file mode 100644
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