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248207202
12-04 01:26
Model Name
mechanical dragon 3d model
Tags
creatures animals
creatures animals rendering
creatures animals rendering sci fi
creatures animals sci fi
mechanical dragon
rendering
rendering sci fi
sci fi
Prompt
// 龙骨参数设置 outer_diameter = 40; // 主龙骨外径(mm) segment_length = 30; // 单节长度(mm) joint_diameter = 12; // 连接节点直径(mm) flex_slots = 8; // 弹性槽数量 adjust_range = 15; // 弯曲调节角度(度) // 基础龙骨模块 module dragon_segment() { difference() { cylinder(h=segment_length, r=outer_diameter/2, $fn=60); translate([0,0,-1]) cylinder(h=segment_length+2, r=joint_diameter/2, $fn=30); // 弹性调节槽 for(i=[0:flex_slots-1]) { rotate([0,0,i*(360/flex_slots)]) { translate([0,0,-1]) cube([5,2,segment_length+2], center=true); } } } } // 龙首组件 module dragon_head() { union() { // 龙角结构 rotate([0,90,0]) cylinder(h=20, r1=3, r2=6, $fn=30); // 眼睛模块 translate([15,0,0]) sphere(r=5); translate([-15,0,0]) sphere(r=5); // 龙须结构 for(i=[-1,1]) { translate([20*i,0,0]) helix(0.5, 10, 100, [0,0,1], [0,1,0]); } } } // 主体组装 difference() { // 主龙骨阵列 for(i=[0:15]) { rotate([0,0,i*(24)]) translate([0,0,-segment_length/2]) dragon_segment(); } // 中央控制轴 cylinder(h=segment_length*16, r=8, $fn=60); // 关节调节机构 for(i=[0:15]) { rotate([0,0,i*(24)]) translate([0,0,-segment_length/2+10]) union() { cylinder(h=15, r=joint_diameter/2, $fn=30); translate([0,0,10]) rotate([0,90,0]) cylinder(h=10, r=3, $fn=30); } } } // 龙首装配 translate([0,0,segment_length*8]) dragon_head(); // 支撑结构 module support_frame() { // 三角形支撑架 for(i=[0:12]) { rotate([0,0,i*(30)]) translate([0,0,-segment_length/2]) triangle_frame(20, 15); } } module triangle_frame(a, b) { difference() { triangle(a, a, b); translate([0,0,-1]) triangle(a+2, a+2, b+2); } } support_frame();
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