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EXIFPURGER made by wockhardt-dev Repo Fix - Update made by wockhardt-dev Hallo liebe Community, da es für viele von uns elementar wichtig ist die EXIF/Metadaten von Bildern zu löschen, welche wir in der Scene verwenden, habe ich mich dazu bemüht ein Python basiertes EXIF Remover Tool zu coden, welches komplett offline das gleiche Macht, was exifremover.com (etc) für euch ausschlielßich mit Online Verbindung ermöglichen. Da es kein Aufwand war das Tool zu entwickeln und der Nutzen dennoch, vor allem im Anfänger bereich hoch ist, will ich dafür logischweise absolut kein geld oder in sämtlicher hinsicht profitieren. Außer vielleicht mit diesem Post in der cstate Szene etwas reichweite zu bekommen. Der Source Code liegt komplett offen in meinem github repo, cloned es euch gerne und checked auch gerne vorher den code um sicher zu gehen, dass alles sicher und malware frei ist! Läuft auf Linux und Windows dank Python3 und PyQt EXIFPURGER Preview Tutorial 1. Geht in das Verzeichnis, in dem as cloned repositroy gespiechert wurde bzw unter windows das zip archiv entpackt wurde und öffnet Powershell bzw Bash 2. `python3 -m venv venv` 3. Linux: `source venv/bin/activate` oder Windows `venv/Scripts/activate` 4 `pip install requirements.txt` 5. `python launcher.py` Anschlißened sollte sich das im ersten Screenshot zusehende Fenster öffnen, bei welchem ihr die gewünschten Bilder auswählen könnt Download https://filebin.net/o79nfmkllt9270v6 Support & Troubleshooting Sofern ihr Unterstüzung beim Setup braucht oder ich euch anderweitig helfen kann, kontaktiert mich gerne hier per PM Virustotal Proof

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[] PYTHON3 - Creating and Cleaning a Stylized Avatar (and Why EXIF Data Matters) The script starts by building a simple but striking emblem: a hooded figure with glowing eyes, framed by a gradient border. It uses Pillow (PIL) to layer geometric shapes (triangles, rectangles, ellipses) on a dark background, then writes the username below the emblem. But the more important part comes after the artwork is generated — making sure the output is safe to share. Why remove EXIF metadata? Whenever you save an image (especially with cameras or phones), it usually carries EXIF metadata: Camera model, lens, GPS coordinates, timestamps Even software that last edited it That’s useful for photographers, but dangerous when publishing online — you might be leaking location or device info. If we’re generating avatars, we want them to be clean PNGs with no personal data embedded. Stripping EXIF with Pillow Luckily, Pillow makes this very easy. After generating the image, you can “sanitize” it by re-saving without copying over any existing metadata: from PIL import Image def remove_exif(input_path, output_path): img = Image.open(input_path) data = list(img.getdata()) # raw pixel values clean_img = Image.new(img.mode, img.size) clean_img.putdata(data) clean_img.save(output_path) print(f"Saved EXIF-free image: {output_path}") How it works: Open the original file. Extract only the pixel data. Rebuild a new image from scratch. Save it fresh — no metadata is carried over. Now your avatar is guaranteed to be metadata-free. The full pipeline Generate the hooded emblem (gradient ring + figure + glowing eyes + username). Save the raw PNG. Immediately run it through the remove_exif function. End result: a stylized avatar that’s not only visually unique but also privacy-safe for use as a profile picture, game avatar, or social media icon. Image Generation Python Script import hashlib from PIL import Image, ImageDraw, ImageFont def generate_hood_emblem(username, size=512, output_path="emblem_avatar.png"): """ Create a stylized hooded avatar emblem with username. username: string to seed colors and generate text. size: image size in pixels. output_path: filename for output image. """ # Create a base image img = Image.new("RGBA", (size, size), (30, 30, 40, 255)) draw = ImageDraw.Draw(img) # Generate a gradient circle border border_thickness = size // 20 inner_radius = size // 2 - border_thickness center = size // 2 # Color gradient (blue to magenta) def lerp(c1, c2, t): return tuple(int(c1[i] + (c2[i] - c1[i]) * t) for i in range(3)) color_start, color_end = (0, 180, 255), (180, 0, 255) for i in range(border_thickness): t = i / (border_thickness - 1) if border_thickness > 1 else 0 color = lerp(color_start, color_end, t) draw.ellipse( [center - inner_radius - i, center - inner_radius - i, center + inner_radius + i, center + inner_radius + i], outline=color + (255,) ) # Draw a hooded cloak: simple triangle shapes hood_color = (10, 10, 15, 255) draw.polygon([ (center * 0.6, center * 0.5), (center * 1.4, center * 0.5), (center, center * 1.3) ], fill=hood_color) draw.rectangle([ (center * 0.7, center * 1.3), (center * 1.3, center * 1.6) ], fill=hood_color) # Add glowing "eyes" eye_color = (255, 30, 50, 255) eye_w, eye_h = size // 20, size // 40 eye_y = center * 0.8 eye_x_offset = size // 12 draw.ellipse( [(center - eye_x_offset - eye_w, eye_y - eye_h), (center - eye_x_offset + eye_w, eye_y + eye_h)], fill=eye_color ) draw.ellipse( [(center + eye_x_offset - eye_w, eye_y - eye_h), (center + eye_x_offset + eye_w, eye_y + eye_h)], fill=eye_color ) # Render username text below emblem try: font = ImageFont.truetype("arial.ttf", size // 8) except IOError: font = ImageFont.load_default() text = username # ✅ Works with new Pillow bbox = draw.textbbox((0, 0), text, font=font) text_width = bbox[2] - bbox[0] text_height = bbox[3] - bbox[1] text_position = ((size - text_width) / 2, size * 0.82 + eye_h) draw.text(text_position, text, font=font, fill=(180, 180, 220, 255)) # ✅ Save the image img.save(output_path) print(f"Emblem avatar saved to {output_path}") if __name__ == "__main__": generate_hood_emblem("z3r0_dark_30", size=512, output_path="zd30.png") Have Fun! Your Dark Coder, 0DARK30