Blender 3D Jobs

/ WebGL: fixed-camera 3D landscape scene with a physically based sun that moves with time I'm building a fixed-camera 3D scene in Three.js. The camera never moves. A domed building sits on a rocky rise with a path to it, a flat-topped mountain behind, mist in the valleys and autumn trees below, exactly as in the single reference image attached. The only thing that changes is the sun: it moves continuously across the sky as the user drags a finger, casting real shadows, and settles at six moments of the day (dawn, sunrise, noon, afternoon, sunset, night). This is not arch-viz: no orbit controls, no still renders as the deliverable. It has to run smoothly in Chrome on a mid-range phone. What I provide The building as a .glb (geometry and colour texture; materials may need a PBR pass...

Fixed-camera 3D scene in : building, mountain environment, and a sun that moves with time (Android) I'm building a home-screen scene for an Android app. The camera never moves. A domed building sits on a rocky rise with a path to it, a flat-topped mountain behind, mist in the valleys and autumn trees below, exactly as in the single reference image attached. The only thing that changes is the sun: it moves continuously across the sky as the user drags a finger, casting real shadows, and settles at six moments of the day (dawn, sunrise, noon, afternoon, sunset, night). This is not arch-viz: no orbit controls, no still renders as the deliverable. It has to run smoothly on a phone. What I provide The building as a .glb (geometry and colour texture; materials may need a PBR pass, see be...

I already have the pieces in hand—a .glb of the building, a photo of the surrounding landscape, and several reference shots that show exactly how the final scene should feel. Your task is to merge them into a single interactive 3D experience that I can place on a webpage. The end result should open in any modern browser (think , , or a comparable WebGL framework) and let users orbit, pan, and zoom around the model. Please replicate the reference look as closely as possible: • Textures & materials must read as photoreal, matching the colors and surface qualities in the images. • Architecture and layout need to align precisely with the existing .glb geometry. • Lighting and shadows, including sun angle and intensity, should reproduce the mood of the reference p...