Nano Banana ProPrompts

(Female Adapted) Create a 16‑bit retro arcade character portrait based on the uploaded user photo. Preserve only the subject’s face and hair likeness from the photo; do not preserve the original clothing, pose, or background. Render the subject as a stylized pixel‑hero, blending crisp retro pixel art with modern shading and chaotic arcade energy. Use a centered portrait composition with the subject facing the camera, expressing bold, playful, high‑energy arcade attitude. Skin should appear pixel‑rendered with chunky shading blocks, soft dithering, and stylized highlights. Edges should be crisp, with subtle pixel outlines and retro color‑banding. Apply a vibrant 16‑bit color palette: saturated primaries, neon accents, and high‑contrast arcade lighting. Add optional chaotic FX such as pixel sparks, glitch streaks, scanline distortions, power‑up flashes, or retro HUD particles. Randomize the following elements each time the prompt is used: Hairstyle: pixel‑punk spikes, retro 16‑bit waves, chunky pixel curls, neon‑lit arcade bob, stylized pixel‑hero sweep, or glossy pixel‑rendered long hair. Outfit: 16‑bit fighter jacket, pixel‑armor suit, neon arcade hoodie, retro hero tunic, cyber‑pixel vest, or bold color‑blocked arcade gear. Accessories: pixel visor, retro headset, glowing 16‑bit wristband, power‑up badge, LED earpiece, or none. Background: pixel grid with color bursts, retro game‑menu screen, neon scanline gradient, chaotic glitch field, or arcade cabinet glow. Include a customizable Gamer Tag displayed as a floating retro nameplate using pixel‑font or neon‑HUD lettering. Overall mood: chaotic, playful, retro‑arcade portrait with 16‑bit texture, glitch energy, and vibrant pixel‑hero personality. Avoid unwanted elements such as text, logos, distortions, or additional people. (Male Adapted) Create a 16‑bit retro arcade character portrait based on the uploaded male user photo. Preserve only the subject’s face and hair likeness from the photo; do not preserve the original clothing, pose, or background. Render the subject as a stylized male pixel‑hero, blending chunky retro pixel art with modern shading and chaotic arcade energy. Use a centered portrait composition with the subject facing the camera, expressing bold, confident, high‑energy arcade‑hero attitude. Skin should appear pixel‑rendered with blocky shading, soft dithering, and stylized highlights. Edges should be crisp, with subtle pixel outlines and retro color‑banding. Apply a vibrant 16‑bit color palette: saturated primaries, neon accents, and high‑contrast arcade lighting. Add optional chaotic FX such as pixel sparks, glitch streaks, scanline distortions, power‑up flashes, or retro HUD particles. Randomize the following elements each time the prompt is used: Hairstyle (male variations): pixel‑punk spikes, retro 16‑bit action‑hero sweep, short textured pixel crop, stylized arcade quiff, chunky pixel curls, or neon‑lit warrior hair. Outfit (male variations): 16‑bit fighter jacket, pixel‑armor chestplate, neon arcade varsity jacket, retro hero tunic, cyber‑pixel vest, or bold color‑blocked arcade hoodie. Accessories (male variations): pixel visor, retro headset, glowing 16‑bit wristband, power‑up badge, LED earpiece, or none. Background: pixel grid with color bursts, retro game‑menu screen, neon scanline gradient, chaotic glitch field, or arcade cabinet glow. Include a customizable Gamer Tag displayed as a floating retro nameplate using pixel‑font or neon‑HUD lettering. Overall mood: chaotic, playful, retro‑arcade portrait with 16‑bit texture, glitch energy, and bold male pixel‑hero personality. Avoid unwanted elements such as text, logos, distortions, or additional people.

low resolution grid, limited color palette, 8-bit aesthetic, clean pixel edges

a chicken in a T-Rex costume's on the way of homecoming in the style of an 8-bits #11

create a screenshot of the overworld for this game in the same area, with one pokemon following the player, fit the vibe of the reference

[NES Final Specification/Complete Version: BG-Only Algorithm Execution Type Dot Art Conversion Prompt] Convert this image into BG dot art specifications for the Family Computer (NES) hardware, strictly executing the following mathematical and logical steps, without limiting the subject matter. The purpose of this prompt is to satisfy the constraints required for BG to function on actual NES hardware. Aesthetic-only NES-style expression is prohibited. Use only the BG layer; sprites are strictly prohibited. ──────────────────────── [Prerequisites (NES BG Implementation Rules)] ──────────────────────── - Output Resolution: 256 × 240 pixels - Layer Used: NES BG only - Sprite usage prohibited - Transparency processing is not performed - Index 0 of each palette is treated as the NES universal background color - Index 0 is common to all palettes - The color with the largest coverage area on the entire screen is assigned as the universal background color - Color number 0 can also be used as a normal drawing color ──────────────────────── [Step 1: Geometric Image Processing (Protagonist Priority, No Deformation Cropping)] ──────────────────────── 1. Set the conversion size to 256 × 240 pixels 2. Always maintain the aspect ratio of the original image - Scale up or down until the shorter side fits the conversion size - Stretching the image is strictly prohibited 3. Automatically detect the protagonist (person, animal, building, etc.) in the image, and adjust the crop position so that the protagonist is maximally contained within the frame 4. If the protagonist cannot be detected, crop based on the center of the screen ──────────────────────── [Step 2: Tile Decomposition and Attribute Block Definition (NES Compliant)] ──────────────────────── 1. Divide the image into 8×8 pixel tiles 2. Treat 2×2 tiles (16×16 pixels) as 1 attribute block 3. Subsequent palette constraints and color constraints must be applied per attribute block ──────────────────────── [Step 3: Attribute Block Unit Palette Clustering (Maximum 4)] ──────────────────────── 1. Analyze the color distribution within each 16×16 attribute block 2. Cluster all attribute blocks by color distribution similarity, classifying them into a maximum of 4 groups 3. If the hue (blue, green, etc.) is clearly different from other areas, treat it as an independent group whenever possible 4. However, the NES BG sub-palettes are limited to a maximum of 4. Prioritize the protagonist area, and areas of low importance may be integrated into similar colors ──────────────────────── [Step 4: NES BG Palette Generation (4 colors × 4 sets)] ──────────────────────── 1. Index 0 (Universal Background Color) - Calculate the color with the largest coverage area on the entire screen, and assign it to Index 0, common to all palettes 2. Index 1–3 (Unique Colors) - For each sub-palette, select 3 colors that represent the 'light part,' 'mid-tone,' and 'dark part' of that attribute group - Colors extremely close in hue or brightness to Index 0 are prohibited ──────────────────────── [NES Color Palette Constraints (Hardware Compliant, NTSC)] ──────────────────────── - Available colors are strictly limited to the 54 NES hardware-compliant NTSC palette colors listed below - Palette generation, color selection, and quantization must always be performed from this 54-color set - Generation of new colors, RGB interpolation, or use of continuous values is prohibited - The following color set contains exactly 54 colors NES NTSC usable palette (54 colors, hex RGB) 000000,1D2B53,7E2553,#008751,AB5236,5F574F, C2C3C7,FFF1E8,FF004D,FFA300,FFEC27,00E436, 29ADFF,83769C,FF77A8,FFCCAA,291814,111D35, 422136,125359,742F29,49333B,A28879,F3EF7D, BE2633,E06F8B,E0A872,B2DCEF,4F6781,8E478C, A3CE27,44891A,2A4F3E,6D758D,9D9D9D,FFFFFF, 4B692F,6A6A6A,8F563B,C2C3C7,DF7126,D95763, D77BBA,FBF236,99E550,6ABE30,37946E,5FCDE4, CBDBFC,ADB5BD,EEC39A,696A6A ──────────────────────── [Step 5: CHR Pattern Compression (BG 256 Tile Limit)] ──────────────────────── 1. Calculate the number of unique 8×8 tile patterns used across the entire image 2. Limit the number of unique tiles to not exceed 256 types 3. For large areas like backgrounds, sky, or walls, repeatedly use completely identical dot patterns to minimize the number of tile types 4. Tiles with slight differences may be integrated using the following methods: - Readjustment of dither placement - Replacement of intermediate colors - Requantization within the attribute block ──────────────────────── [Step 6: Dithering (NES 4-Color Constraint Support)] ──────────────────────── 1. Use only the 4 assigned colors within each attribute block 2. To express pseudo-gradation, apply the following dither

Cute, colorful animals in a pixel art style, arranged in a 4x4 grid. White background.

legendary dragon emerging from glitch storm, pixel sorting distortion, RGB color split, fragmented wings, epic cinematic atmosphere, highly detailed

1. Scouter Prompt Overlays a Scouter-style UI onto the reference image and infers and displays the combat power based on the character's features. 2. Super Transformation Prompt Maintains the character features from the reference image and changes the pose to an 'Awakening Pose' to 'Super Transform' them. 'Super Transformation' can be selected from Form 1 to Form 3, as well as God Form, Blue Form, Extreme Form, and Rose Form. 3. Field Deployment Prompt Changes the character in the reference image to a pose with hands extended forward and deploys a field. 4. Retro RPG Status Screen Prompt A prompt that converts the character in the reference image into pixel art and generates an image styled like a retro RPG status screen. 5. Desktop Mascot Prompt A prompt that generates an image of the character from the reference image turned into a desktop mascot and placed on a PC screen. 6. Style Change Only on Torn Parts Prompt Adds a tearing effect without changing the reference image itself, allowing the art style of only the torn part to be freely switched to line art, ink painting, figure style, colored pencil, watercolor, pencil drawing, etc. 7. Art Style Conversion Prompt A prompt created by modifying the 'Style Change Only on Torn Parts Prompt' to change the overall art style. 8. Super Robot Wars Battle Sequence Prompt A prompt that generates an image styled like a Super Robot Wars battle sequence from the reference image. 9. Power Release Prompt A prompt that reproduces the depiction of a spherical energy space destroying an object. 10. Participation Screen Prompt A prompt that generates a 'Participation Screen' for the character in the reference image. 11. Total Concentration Prompt Maintains the character from the reference image and infers and depicts 'Weapon, Breathing Style, Form, and Move Name' from the character's atmosphere and stance. 12. Kamehameha Style Prompt A prompt that can stably generate the charging pose and activation pose of 'Kamehameha.' 13. Figure Transformation + Product Introduction Layout Prompt A prompt that transforms the character in the reference image into a figure and lays it out in a product introduction style. 14. Final Flash Style Prompt Converts the character in the reference image into the activation, charging, and firing poses of 'Final Flash.' Dialogue and sound effects can be added to each. 15. New Profile Image Generation Prompt Generates the character from the reference image in an arbitrary aspect ratio and places an arbitrary string as a logo in an arbitrary position. 16. Plastic Model Package Prompt Generates an image styled like a 'Plastic Model Package' by placing the reference image on the front and side. 17. Eraser Gun Style Prompt The character in the reference image emits an Eraser Gun-style energy wave from their mouth. 18. Ragged Transformation Prompt A prompt that transforms the character in the reference image into 'rags.'

For a 90° overhead view 2D game, draw a village map. The village includes an item shop, weapon shop, church, and inn. Imagine a pixel art style.

Convert a portrait into a 3D pixel art, cel shaded avatar using Nano Banana Pro. (the photos were created on Midjourney) Multi-steps Prompt 👇