vibe-openscad

tier-2-offset-handle-mug / gpt-5.1-codex-max

5 run / 累計 268.6s / 累計 $0.3795

openai gpt 5.1 codex max bare

bare (provider default effort)

run detail →
render
bare render of tier-2-offset-handle-mug
loading STL…
success 77.7s · 273/10485t · $0.1157
SCAD (62 lines) 
// Parameters
outer_diameter = 80;
inner_diameter = 70;
height = 90;
wall_thickness = (outer_diameter - inner_diameter) / 2;
bottom_thickness = 6;

handle_inner_height = 30;
handle_inner_width = 25;
handle_wall = 5;
handle_depth = 12;
handle_overlap = 1; // how much to embed into the mug wall
$fn = 100;

// Mug body
module mug_body() {
    difference() {
        cylinder(h = height, r = outer_diameter / 2);
        translate([0, 0, bottom_thickness])
            cylinder(h = height - bottom_thickness, r = inner_diameter / 2);
    }
}

// 2D D-shape for handle in the X (radial) and Y (vertical) plane, centered vertically
module handle_shape2d() {
    outer_h = handle_inner_height + 2 * handle_wall;
    outer_w = handle_inner_width + 2 * handle_wall;
    outer_r = outer_h / 2;
    inner_h = handle_inner_height;
    inner_w = handle_inner_width;
    inner_r = inner_h / 2;
    difference() {
        // Outer D shape
        union() {
            translate([0, -outer_h / 2])
                square([outer_w - outer_r, outer_h], center = false);
            translate([outer_w - outer_r, 0])
                circle(r = outer_r);
        }
        // Inner void
        union() {
            translate([0, -inner_h / 2])
                square([inner_w - inner_r, inner_h], center = false);
            translate([inner_w - inner_r, 0])
                circle(r = inner_r);
        }
    }
}

// Handle 3D
module handle() {
    translate([outer_diameter / 2 - handle_overlap, 0, height / 2])
        rotate([-90, 0, 0]) // orient so extrusion goes along global Y
            linear_extrude(height = handle_depth, center = true, convexity = 10)
                handle_shape2d();
}

// Assemble mug and handle
union() {
    mug_body();
    handle();
}
パラメータ (9) —
スライダを動かすと openscad-wasm で再レンダリング

prompt

OpenSCAD で、向きが指定されたマグカップを作ってください。

本体:
- 外径 80mm、内径 70mm(肉厚 5mm)、高さ 90mm の円筒形マグ
- 底面の厚みは 6mm
- 内側は飲み物を入れられるよう中空

取手(handle):
- マグの **+X 軸方向の側面のみ** に付ける(他の方向には付けない)
- 取手は D 字形状(外側が半円、本体側が直線)で、本体外周にしっかり接続する
- 取手の内側の空間は高さ 30mm × 幅 25mm(指 3 本ぐらい入る)
- 取手はマグの高さ方向の中央付近に付ける
- 本体と取手は確実に union され、マニフォールド(隙間や宙吊りなし)を保つ

完成したコード全体を ```openscad ... ``` のフェンスで囲んで出力してください。コードのみで、追加の説明は不要です。

variant: effort

lownot run
—
medium (default) success →
medium
77.7s · 273/10485t · $0.1157
SCAD (62 lines) 
// Parameters
outer_diameter = 80;
inner_diameter = 70;
height = 90;
wall_thickness = (outer_diameter - inner_diameter) / 2;
bottom_thickness = 6;

handle_inner_height = 30;
handle_inner_width = 25;
handle_wall = 5;
handle_depth = 12;
handle_overlap = 1; // how much to embed into the mug wall
$fn = 100;

// Mug body
module mug_body() {
    difference() {
        cylinder(h = height, r = outer_diameter / 2);
        translate([0, 0, bottom_thickness])
            cylinder(h = height - bottom_thickness, r = inner_diameter / 2);
    }
}

// 2D D-shape for handle in the X (radial) and Y (vertical) plane, centered vertically
module handle_shape2d() {
    outer_h = handle_inner_height + 2 * handle_wall;
    outer_w = handle_inner_width + 2 * handle_wall;
    outer_r = outer_h / 2;
    inner_h = handle_inner_height;
    inner_w = handle_inner_width;
    inner_r = inner_h / 2;
    difference() {
        // Outer D shape
        union() {
            translate([0, -outer_h / 2])
                square([outer_w - outer_r, outer_h], center = false);
            translate([outer_w - outer_r, 0])
                circle(r = outer_r);
        }
        // Inner void
        union() {
            translate([0, -inner_h / 2])
                square([inner_w - inner_r, inner_h], center = false);
            translate([inner_w - inner_r, 0])
                circle(r = inner_r);
        }
    }
}

// Handle 3D
module handle() {
    translate([outer_diameter / 2 - handle_overlap, 0, height / 2])
        rotate([-90, 0, 0]) // orient so extrusion goes along global Y
            linear_extrude(height = handle_depth, center = true, convexity = 10)
                handle_shape2d();
}

// Assemble mug and handle
union() {
    mug_body();
    handle();
}
highnot run
—
maxnot run
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xhighnot run
—

iteration: iter-png

i1 render_error render →
render_error
37.2s · 1474/4426t · $0.0507 
openscad stl render failed (exit 1): ERROR: Parser error: syntax error in file ../../../../../tmp/render-ZrtOaj/input.scad, line 37
Can't parse file '/tmp/render-ZrtOaj/input.scad'!
diff vs bare: +30/-15 
  // Parameters
  outer_diameter = 80;
  inner_diameter = 70;
  height = 90;
  wall_thickness = (outer_diameter - inner_diameter) / 2;
  bottom_thickness = 6;
  
  handle_inner_height = 30;
  handle_inner_width = 25;
  handle_wall = 5;
  handle_depth = 12;
  handle_overlap = 1; // how much to embed into the mug wall
  $fn = 100;
  
  // Mug body
  module mug_body() {
      difference() {
          cylinder(h = height, r = outer_diameter / 2);
          translate([0, 0, bottom_thickness])
              cylinder(h = height - bottom_thickness, r = inner_diameter / 2);
      }
  }
  
  // 2D D-shape for handle in the X (radial) and Y (vertical) plane, centered vertically
  module handle_shape2d() {
      outer_h = handle_inner_height + 2 * handle_wall;
-     outer_w = handle_inner_width + 2 * handle_wall;
-     outer_r = outer_h / 2;
      inner_h = handle_inner_height;
-     inner_w = handle_inner_width;
+     outer_r = outer_h / 2;
      inner_r = inner_h / 2;
+     // total widths
+     outer_w_total = handle_inner_width + 2 * handle_wall;
+     inner_w_total = handle_inner_width;
+     // straight segment widths so total width = straight + radius
+     outer_w_str = outer_w_total - outer_r;
+     inner_w_str = inner_w_total - inner_r;
+     // Outer D shape
+     outer_shape = union() {
+         translate([0, -outer_h / 2])
+             square([outer_w_str, outer_h], center = false);
+         translate([outer_w_str, 0])
+             circle(r = outer_r);
+     };
+     // Inner void D shape
+     inner_shape = union() {
+         translate([0, -inner_h / 2])
+             square([inner_w_str, inner_h], center = false);
+         translate([inner_w_str, 0])
+             circle(r = inner_r);
+     };
+     // Clip to keep straight side at x=0
+     clip_w = outer_w_str + outer_r + 1;
+     clip_h = outer_h + 2;
      difference() {
-         // Outer D shape
-         union() {
-             translate([0, -outer_h / 2])
-                 square([outer_w - outer_r, outer_h], center = false);
-             translate([outer_w - outer_r, 0])
-                 circle(r = outer_r);
+         intersection() {
+             outer_shape;
+             translate([0, -outer_h / 2 - 1]) square([clip_w, clip_h], center = false);
          }
-         // Inner void
-         union() {
-             translate([0, -inner_h / 2])
-                 square([inner_w - inner_r, inner_h], center = false);
-             translate([inner_w - inner_r, 0])
-                 circle(r = inner_r);
+         intersection() {
+             inner_shape;
+             translate([0, -outer_h / 2 - 1]) square([clip_w, clip_h], center = false);
          }
      }
  }
  
  // Handle 3D
  module handle() {
      translate([outer_diameter / 2 - handle_overlap, 0, height / 2])
          rotate([-90, 0, 0]) // orient so extrusion goes along global Y
              linear_extrude(height = handle_depth, center = true, convexity = 10)
                  handle_shape2d();
  }
  
  // Assemble mug and handle
  union() {
      mug_body();
      handle();
  }
SCAD (77 lines) 
// Parameters
outer_diameter = 80;
inner_diameter = 70;
height = 90;
wall_thickness = (outer_diameter - inner_diameter) / 2;
bottom_thickness = 6;

handle_inner_height = 30;
handle_inner_width = 25;
handle_wall = 5;
handle_depth = 12;
handle_overlap = 1; // how much to embed into the mug wall
$fn = 100;

// Mug body
module mug_body() {
    difference() {
        cylinder(h = height, r = outer_diameter / 2);
        translate([0, 0, bottom_thickness])
            cylinder(h = height - bottom_thickness, r = inner_diameter / 2);
    }
}

// 2D D-shape for handle in the X (radial) and Y (vertical) plane, centered vertically
module handle_shape2d() {
    outer_h = handle_inner_height + 2 * handle_wall;
    inner_h = handle_inner_height;
    outer_r = outer_h / 2;
    inner_r = inner_h / 2;
    // total widths
    outer_w_total = handle_inner_width + 2 * handle_wall;
    inner_w_total = handle_inner_width;
    // straight segment widths so total width = straight + radius
    outer_w_str = outer_w_total - outer_r;
    inner_w_str = inner_w_total - inner_r;
    // Outer D shape
    outer_shape = union() {
        translate([0, -outer_h / 2])
            square([outer_w_str, outer_h], center = false);
        translate([outer_w_str, 0])
            circle(r = outer_r);
    };
    // Inner void D shape
    inner_shape = union() {
        translate([0, -inner_h / 2])
            square([inner_w_str, inner_h], center = false);
        translate([inner_w_str, 0])
            circle(r = inner_r);
    };
    // Clip to keep straight side at x=0
    clip_w = outer_w_str + outer_r + 1;
    clip_h = outer_h + 2;
    difference() {
        intersection() {
            outer_shape;
            translate([0, -outer_h / 2 - 1]) square([clip_w, clip_h], center = false);
        }
        intersection() {
            inner_shape;
            translate([0, -outer_h / 2 - 1]) square([clip_w, clip_h], center = false);
        }
    }
}

// Handle 3D
module handle() {
    translate([outer_diameter / 2 - handle_overlap, 0, height / 2])
        rotate([-90, 0, 0]) // orient so extrusion goes along global Y
            linear_extrude(height = handle_depth, center = true, convexity = 10)
                handle_shape2d();
}

// Assemble mug and handle
union() {
    mug_body();
    handle();
}
i2 success →
iter 2
47.6s · 1005/5603t · $0.0630
diff vs i1: +18/-26 
  // Parameters
  outer_diameter = 80;
  inner_diameter = 70;
  height = 90;
- wall_thickness = (outer_diameter - inner_diameter) / 2;
  bottom_thickness = 6;
  
  handle_inner_height = 30;
  handle_inner_width = 25;
  handle_wall = 5;
  handle_depth = 12;
- handle_overlap = 1; // how much to embed into the mug wall
+ handle_overlap = 1;
  $fn = 100;
  
  // Mug body
  module mug_body() {
      difference() {
          cylinder(h = height, r = outer_diameter / 2);
          translate([0, 0, bottom_thickness])
              cylinder(h = height - bottom_thickness, r = inner_diameter / 2);
      }
  }
  
  // 2D D-shape for handle in the X (radial) and Y (vertical) plane, centered vertically
  module handle_shape2d() {
      outer_h = handle_inner_height + 2 * handle_wall;
      inner_h = handle_inner_height;
      outer_r = outer_h / 2;
      inner_r = inner_h / 2;
-     // total widths
      outer_w_total = handle_inner_width + 2 * handle_wall;
      inner_w_total = handle_inner_width;
-     // straight segment widths so total width = straight + radius
      outer_w_str = outer_w_total - outer_r;
      inner_w_str = inner_w_total - inner_r;
-     // Outer D shape
-     outer_shape = union() {
-         translate([0, -outer_h / 2])
-             square([outer_w_str, outer_h], center = false);
-         translate([outer_w_str, 0])
-             circle(r = outer_r);
-     };
-     // Inner void D shape
-     inner_shape = union() {
-         translate([0, -inner_h / 2])
-             square([inner_w_str, inner_h], center = false);
-         translate([inner_w_str, 0])
-             circle(r = inner_r);
-     };
-     // Clip to keep straight side at x=0
-     clip_w = outer_w_str + outer_r + 1;
-     clip_h = outer_h + 2;
      difference() {
          intersection() {
-             outer_shape;
-             translate([0, -outer_h / 2 - 1]) square([clip_w, clip_h], center = false);
+             union() {
+                 translate([0, -outer_h / 2])
+                     square([outer_w_str, outer_h], center = false);
+                 translate([outer_w_str, 0])
+                     circle(r = outer_r);
+             }
+             translate([0, -outer_h / 2])
+                 square([outer_w_total, outer_h], center = false);
          }
          intersection() {
-             inner_shape;
-             translate([0, -outer_h / 2 - 1]) square([clip_w, clip_h], center = false);
+             union() {
+                 translate([0, -inner_h / 2])
+                     square([inner_w_str, inner_h], center = false);
+                 translate([inner_w_str, 0])
+                     circle(r = inner_r);
+             }
+             translate([0, -outer_h / 2])
+                 square([outer_w_total, outer_h], center = false);
          }
      }
  }
  
  // Handle 3D
  module handle() {
      translate([outer_diameter / 2 - handle_overlap, 0, height / 2])
-         rotate([-90, 0, 0]) // orient so extrusion goes along global Y
+         rotate([-90, 0, 0])
              linear_extrude(height = handle_depth, center = true, convexity = 10)
                  handle_shape2d();
  }
  
  // Assemble mug and handle
  union() {
      mug_body();
      handle();
  }
SCAD (69 lines) 
// Parameters
outer_diameter = 80;
inner_diameter = 70;
height = 90;
bottom_thickness = 6;

handle_inner_height = 30;
handle_inner_width = 25;
handle_wall = 5;
handle_depth = 12;
handle_overlap = 1;
$fn = 100;

// Mug body
module mug_body() {
    difference() {
        cylinder(h = height, r = outer_diameter / 2);
        translate([0, 0, bottom_thickness])
            cylinder(h = height - bottom_thickness, r = inner_diameter / 2);
    }
}

// 2D D-shape for handle in the X (radial) and Y (vertical) plane, centered vertically
module handle_shape2d() {
    outer_h = handle_inner_height + 2 * handle_wall;
    inner_h = handle_inner_height;
    outer_r = outer_h / 2;
    inner_r = inner_h / 2;
    outer_w_total = handle_inner_width + 2 * handle_wall;
    inner_w_total = handle_inner_width;
    outer_w_str = outer_w_total - outer_r;
    inner_w_str = inner_w_total - inner_r;
    difference() {
        intersection() {
            union() {
                translate([0, -outer_h / 2])
                    square([outer_w_str, outer_h], center = false);
                translate([outer_w_str, 0])
                    circle(r = outer_r);
            }
            translate([0, -outer_h / 2])
                square([outer_w_total, outer_h], center = false);
        }
        intersection() {
            union() {
                translate([0, -inner_h / 2])
                    square([inner_w_str, inner_h], center = false);
                translate([inner_w_str, 0])
                    circle(r = inner_r);
            }
            translate([0, -outer_h / 2])
                square([outer_w_total, outer_h], center = false);
        }
    }
}

// Handle 3D
module handle() {
    translate([outer_diameter / 2 - handle_overlap, 0, height / 2])
        rotate([-90, 0, 0])
            linear_extrude(height = handle_depth, center = true, convexity = 10)
                handle_shape2d();
}

// Assemble mug and handle
union() {
    mug_body();
    handle();
}
i3 success →
iter 3
28.4s · 1509/2923t · $0.0343
diff vs i2: +0/-0 
  // Parameters
  outer_diameter = 80;
  inner_diameter = 70;
  height = 90;
  bottom_thickness = 6;
  
  handle_inner_height = 30;
  handle_inner_width = 25;
  handle_wall = 5;
  handle_depth = 12;
  handle_overlap = 1;
  $fn = 100;
  
  // Mug body
  module mug_body() {
      difference() {
          cylinder(h = height, r = outer_diameter / 2);
          translate([0, 0, bottom_thickness])
              cylinder(h = height - bottom_thickness, r = inner_diameter / 2);
      }
  }
  
  // 2D D-shape for handle in the X (radial) and Y (vertical) plane, centered vertically
  module handle_shape2d() {
      outer_h = handle_inner_height + 2 * handle_wall;
      inner_h = handle_inner_height;
      outer_r = outer_h / 2;
      inner_r = inner_h / 2;
      outer_w_total = handle_inner_width + 2 * handle_wall;
      inner_w_total = handle_inner_width;
      outer_w_str = outer_w_total - outer_r;
      inner_w_str = inner_w_total - inner_r;
      difference() {
          intersection() {
              union() {
                  translate([0, -outer_h / 2])
                      square([outer_w_str, outer_h], center = false);
                  translate([outer_w_str, 0])
                      circle(r = outer_r);
              }
              translate([0, -outer_h / 2])
                  square([outer_w_total, outer_h], center = false);
          }
          intersection() {
              union() {
                  translate([0, -inner_h / 2])
                      square([inner_w_str, inner_h], center = false);
                  translate([inner_w_str, 0])
                      circle(r = inner_r);
              }
              translate([0, -outer_h / 2])
                  square([outer_w_total, outer_h], center = false);
          }
      }
  }
  
  // Handle 3D
  module handle() {
      translate([outer_diameter / 2 - handle_overlap, 0, height / 2])
          rotate([-90, 0, 0])
              linear_extrude(height = handle_depth, center = true, convexity = 10)
                  handle_shape2d();
  }
  
  // Assemble mug and handle
  union() {
      mug_body();
      handle();
  }
SCAD (69 lines) 
// Parameters
outer_diameter = 80;
inner_diameter = 70;
height = 90;
bottom_thickness = 6;

handle_inner_height = 30;
handle_inner_width = 25;
handle_wall = 5;
handle_depth = 12;
handle_overlap = 1;
$fn = 100;

// Mug body
module mug_body() {
    difference() {
        cylinder(h = height, r = outer_diameter / 2);
        translate([0, 0, bottom_thickness])
            cylinder(h = height - bottom_thickness, r = inner_diameter / 2);
    }
}

// 2D D-shape for handle in the X (radial) and Y (vertical) plane, centered vertically
module handle_shape2d() {
    outer_h = handle_inner_height + 2 * handle_wall;
    inner_h = handle_inner_height;
    outer_r = outer_h / 2;
    inner_r = inner_h / 2;
    outer_w_total = handle_inner_width + 2 * handle_wall;
    inner_w_total = handle_inner_width;
    outer_w_str = outer_w_total - outer_r;
    inner_w_str = inner_w_total - inner_r;
    difference() {
        intersection() {
            union() {
                translate([0, -outer_h / 2])
                    square([outer_w_str, outer_h], center = false);
                translate([outer_w_str, 0])
                    circle(r = outer_r);
            }
            translate([0, -outer_h / 2])
                square([outer_w_total, outer_h], center = false);
        }
        intersection() {
            union() {
                translate([0, -inner_h / 2])
                    square([inner_w_str, inner_h], center = false);
                translate([inner_w_str, 0])
                    circle(r = inner_r);
            }
            translate([0, -outer_h / 2])
                square([outer_w_total, outer_h], center = false);
        }
    }
}

// Handle 3D
module handle() {
    translate([outer_diameter / 2 - handle_overlap, 0, height / 2])
        rotate([-90, 0, 0])
            linear_extrude(height = handle_depth, center = true, convexity = 10)
                handle_shape2d();
}

// Assemble mug and handle
union() {
    mug_body();
    handle();
}