[{"data":1,"prerenderedAt":236},["ShallowReactive",2],{"embed-lowpoly-planet":3},{"id":4,"title":5,"author":6,"body":7,"date":221,"description":222,"extension":223,"featured":224,"lastUpdated":221,"meta":225,"navigation":226,"path":227,"responsive":224,"seo":228,"stem":229,"tags":230,"thumbnail":234,"__hash__":235},"experiments\u002Fexperiments\u002Flowpoly-planet.md","Low Poly Planet","alvarosabu",{"type":8,"value":9,"toc":211},"minimark",[10,19,24,27,67,71,74,112,116,148,152,178,182,208],[11,12,13,14,18],"p",{},"This experiment features a ",[15,16,17],"strong",{},"charming low-poly planet"," complete with orbiting airplanes and floating clouds, creating a peaceful miniature world. The scene demonstrates model animation, atmospheric effects, and creative use of the Stars component for a cosmic backdrop.",[20,21,23],"h3",{"id":22},"what-youll-see","What You'll See",[11,25,26],{},"A whimsical space scene featuring:",[28,29,30,37,43,49,55,61],"ul",{},[31,32,33,36],"li",{},[15,34,35],{},"Rotating Low-Poly Planet",": Multi-axis rotation creating dynamic planetary movement",[31,38,39,42],{},[15,40,41],{},"Orbiting Airplane",": Small aircraft circling the planet in realistic orbital patterns",[31,44,45,48],{},[15,46,47],{},"Floating Clouds",": Multiple cloud instances creating atmospheric depth",[31,50,51,54],{},[15,52,53],{},"5000 Starfield",": Procedural star field creating infinite cosmic depth",[31,56,57,60],{},[15,58,59],{},"Dramatic Lighting",": Point and directional lights with cyan color accent",[31,62,63,66],{},[15,64,65],{},"Shadow System",": Soft shadows adding depth and realism",[20,68,70],{"id":69},"technical-implementation","Technical Implementation",[11,72,73],{},"This experiment showcases several key 3D concepts:",[28,75,76,82,88,94,100,106],{},[31,77,78,81],{},[15,79,80],{},"Multi-Axis Rotation",": Planet rotates on X, Y, and Z axes with different speeds",[31,83,84,87],{},[15,85,86],{},"Shadow Mapping",": PCF soft shadows with high-resolution shadow maps (2048x2048)",[31,89,90,93],{},[15,91,92],{},"Model Animation",": useLoop composable for smooth, frame-rate independent animation",[31,95,96,99],{},[15,97,98],{},"Atmospheric Lighting",": Strategic light placement with cyan (#1BFFEF) and purple (#484068) colors",[31,101,102,105],{},[15,103,104],{},"Geometry Traversal",": Proper shadow receiving setup for complex models",[31,107,108,111],{},[15,109,110],{},"Procedural Stars",": Cientos Stars component creating realistic starfield",[20,113,115],{"id":114},"visual-design","Visual Design",[28,117,118,124,130,136,142],{},[31,119,120,123],{},[15,121,122],{},"Low-Poly Aesthetic",": Clean geometric forms with minimal polygon counts",[31,125,126,129],{},[15,127,128],{},"Space Theme",": Deep purple background (#11101B) evoking deep space",[31,131,132,135],{},[15,133,134],{},"Color Harmony",": Cyan lighting against purple ambient creates striking contrast",[31,137,138,141],{},[15,139,140],{},"Soft Shadows",": Realistic shadow softness enhancing the miniature world feel",[31,143,144,147],{},[15,145,146],{},"Dynamic Movement",": Multiple rotation speeds creating engaging visual rhythm",[20,149,151],{"id":150},"animation-features","Animation Features",[28,153,154,160,166,172],{},[31,155,156,159],{},[15,157,158],{},"Planetary Rotation",": Realistic multi-axis rotation simulating planetary spin",[31,161,162,165],{},[15,163,164],{},"Orbital Mechanics",": Airplane follows believable orbital path around planet",[31,167,168,171],{},[15,169,170],{},"Cloud Movement",": Gentle floating motion adding atmospheric life",[31,173,174,177],{},[15,175,176],{},"Smooth Performance",": Delta-time based animation ensuring consistent speed",[20,179,181],{"id":180},"key-technologies","Key Technologies",[28,183,184,190,196,202],{},[31,185,186,189],{},[15,187,188],{},"GLTF Loading",": Efficient model loading from external CDN",[31,191,192,195],{},[15,193,194],{},"Shadow Configuration",": Professional shadow setup with bias adjustment",[31,197,198,201],{},[15,199,200],{},"Bounding Sphere Computation",": Optimized collision detection for orbital mechanics",[31,203,204,207],{},[15,205,206],{},"Material Updates",": Runtime material modification for shadow receiving",[11,209,210],{},"This experiment creates a delightful miniature world that combines technical excellence with artistic charm, making it perfect for educational purposes or as inspiration for game development and interactive storytelling.",{"title":212,"searchDepth":213,"depth":213,"links":214},"",2,[215,217,218,219,220],{"id":22,"depth":216,"text":23},3,{"id":69,"depth":216,"text":70},{"id":114,"depth":216,"text":115},{"id":150,"depth":216,"text":151},{"id":180,"depth":216,"text":181},"2023-03-27","Low Poly Planet exported from Blender","md",false,{},true,"\u002Fexperiments\u002Flowpoly-planet",{"title":5,"description":222},"experiments\u002Flowpoly-planet",[231,232,233],"models","cientos","useGLTF","\u002Fexperiments\u002Flowpoly-planet.webp","dQGtH5gsPd-MM_J6rX8z0XfzK6hPV2jYD9pXGs3iYAM",1793714844057]