Tuily

@tuily.bsky.social

287 Followers 653 Following

2D/3D artist + game developer 🇧🇷Curitiba/PR https://tuily.itch.io/ https://www.artstation.com/tuily

Screenshot of a Godot debug window showing a 4x4 grid of pixel art fantasy creature sprites on a checkerboard background, displayed in four color variants each thanks to a hue-shift shader. From top to bottom: a moth-like wizard holding a wand, a mushroom creature with a small pickaxe, an armored beetle with a hanging orb pendant, and a grinning centipede wielding twin daggers. Each row cycles through different hues, warm, grayscale, cool, and pastel variations, showing how a single sprite can be recolored at runtime.
Screenshot of the Godot 4.7 editor showing a procedural shader that renders a 5×5 grid of rounded squares, each containing a circle connected to a line pointing in a different direction.
A white staircase shape scrolling diagonally from upper-left to lower-right, animated in Godot using a 2D canvas_item shader.
Screenshot of the Godot 4.6 editor showing a canvas item shader exercise called "Grid". The 2D viewport displays a pink grid pattern rendered on a rectangular sprite. The shader editor at the bottom shows the GLSL code: uniforms for grid_size (set to 7), line_size (0.1), and grid_color (a pink/rose vec3). The fragment function scales UV coordinates by grid_size + line_size, then uses fract() on both axes and adds the results to produce grid lines, assigning the color to COLOR.rgb and the grid value to COLOR.a. The Inspector panel on the left shows the shader parameters with a color picker set to pink. An autocomplete dropdown is open suggesting renderer compatibility constants.
Plush toy of Godot, the Godot Engine mascot — a round blue robot with large embroidered eyes, a rectangular nose, white circuit-like embroidery on its body, and four short black legs with blue feet. On top sits a small crocheted amigurumi version of the same character.
Screenshot of the Godot 4 editor showing a "Bulls eye" shader exercise. The 2D viewport displays a square sprite with a concentric rings pattern in orange and dark gray, centered on the canvas. Below, the Shader Editor panel shows the fragment function of a file called bulls-eye.gdshader. The visible code calculates distance from UV center, uses fract to generate smooth rings, and applies step to sharpen them, assigning the result to COLOR.a with a solid color to COLOR.rgb.
Screenshot of the Godot Engine editor split into two panels. On the left, a 2D viewport displays the shader output: sweeping diagonal bands that curve from the top-left corner outward, colored in rich burnt orange and deep violet/purple, with a grainy noise texture overlaid. On the right, the Shader Editor shows 29 lines of GLSL-style code. The shader defines a custom noise() function using fract, sin, cos, and dot operations to generate pseudo-random values, then samples it at two different UV scales (0.005 and 4.78), multiplies them together, and uses the result to mix between an orange (vec3(0.8, 0.4, 0.2)) and a dark blue-purple (vec3(0.0, 0.0, 0.6)), creating the layered banded pattern visible in the viewport.
Three pixel art enemy sprites resting in an idle animation: a large dark blue beetle with glowing eyes on the left, a brown mushroom creature with a smaller mushroom companion in the center (currently selected in the editor), and an orange jack-o'-lantern cockroach holding two glowing staffs on the right. The sprites are animated with a shader that gently scales the Y axis, creating a subtle breathing or hovering effect while keeping them grounded.
A grid of 24 shader exercise thumbnails from a Godot 2D shader study project, displayed against a dark background. Each tile shows a labeled preview: Gradient, Color Grid, Vertical Stripes, Diagonal Stripes, Smooth Circle, Triangle, Corner Radius, Checker, Tiled, Outline, Aim, Ring, Wave Pattern, Up and Down, Particles, Sin & Cos, Rotation, Scroll, Wavy, Dot Grid, Pac Man, Flash, Star, and Hourglass.
Godot Engine editor screenshot showing a canvas shader exercise called "Pac Man". The viewport displays a 6x6 grid of pac-man shapes in varying shades of purple, pink, and white, each rotated at different angles. The shader editor panel shows a rotate() function using sin/cos matrix math applied to UV coordinates. The shader preview panel in the top-left shows a colorful checkerboard pattern. Shader parameters include Grid Size (6), Circle Size (0.4), and a pink Color value.
Screenshot of the Godot 4.6 editor showing a wave pattern shader in development. The viewport displays a colorful procedural texture on a Sprite2D node, featuring interlocking S-shaped curves in magenta, blue, yellow-green, and black. The shader editor panel shows GLSL fragment shader code using UV distortion via sine waves and mod/floor logic to create striped color bands. The Inspector panel on the left shows exposed shader uniforms: Frequency (20.0), Amplitude (0.04), Speed (1.0), Stripes Count (8), and color pickers for Background, Color 1 (magenta), Color 2 (blue), and Color 3 (yellow-green). The file is named wave.gdshader and the scene is labeled "Wave Pattern."
Screen recording of the Godot editor showing a 2D shader called "Up and Down". The viewport displays two circles — one white and one gray — moving vertically. In the shader code, center_1.xy is changed to center_1.yx (swizzling the vector components), and the "Invert Direction" checkbox is toggled on/off to demonstrate how swapping the UV coordinates reverses the circles' movement direction.
Godot 4 editor showing a shader exercises scene with six ColorRect samples: Mix Color (blue), Gradient (green to pink), Checker (transparency grid), Vertical Stripes (yellow and blue), Circle (Godot mascot shape), and Smooth Circle (softer Godot mascot). The shader editor at the bottom shows a circle.gdshader file using smoothstep for alpha blending.
Isometric render of 24 low-poly modular 3D pieces with blue blueprint grid texture, displayed on a dark blue background. Includes floor tiles, wall segments, ramps, doors, windows, corners, T-junctions, and cross pieces arranged by type from large to small.
Pixel art of a jester or clown character on a purple background, featuring a white face with green and yellow eyes, a wide grin with yellow teeth, a red and black checkered hat with bells.
Two plush toys on a white desk: a small brown crocheted dachshund with a yellow string tongue and a round blue plush character resembling the Godot game engine mascot.
Pixel art tarot card "XII – The Hanged Man" showing an upside-down hanging figure on a blue background.
Video demo of an infinite runner made in Godot. A character runs forward, dodging obstacles like chairs, trash bags, and traffic cones along the path.