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tier-2-hex-bolt / gpt-5.1-codex-max
5 run / 累計 73.9s / 累計 $0.1223
openai gpt 5.1 codex max bare
bare (provider default effort)
run detail → render
// Parameters
head_across = 13; // across-flats distance for hex head (mm)
head_height = 5.3; // head height (mm)
shank_d = 8; // shank diameter (mm)
shank_len = 30; // shank length (mm)
// Compute circumscribed diameter for hexagon to achieve desired across-flats
head_d = head_across * 2 / sqrt(3);
union() {
// Hex head, from z=0 to z=head_height
cylinder(h = head_height, d = head_d, $fn = 6);
// Shank, from z=-shank_len to z=0
translate([0, 0, -shank_len])
cylinder(h = shank_len, d = shank_d, $fn = 64);
} パラメータ (4) —
スライダを動かすと openscad-wasm で再レンダリング
prompt
OpenSCAD で、規格に準じた M8 サイズの六角ボルトを作ってください。 ねじ山自体は省略してよく、円柱のシャンクで構いません。 寸法は以下に従ってください: - 頭部は六角柱で、対辺距離(across-flats)13mm、高さ 5.3mm - シャンク(軸部)は直径 8mm、長さ 30mm の円柱 - ボルト全体の中心軸は +Z 軸方向 - 頭部の底面が原点(z=0)に来るように配置し、シャンクは z<0 側へ伸ばす 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
SCAD (16 lines)
// Parameters
head_across = 13; // across-flats distance for hex head (mm)
head_height = 5.3; // head height (mm)
shank_d = 8; // shank diameter (mm)
shank_len = 30; // shank length (mm)
// Compute circumscribed diameter for hexagon to achieve desired across-flats
head_d = head_across * 2 / sqrt(3);
union() {
// Hex head, from z=0 to z=head_height
cylinder(h = head_height, d = head_d, $fn = 6);
// Shank, from z=-shank_len to z=0
translate([0, 0, -shank_len])
cylinder(h = shank_len, d = shank_d, $fn = 64);
}—
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iteration: iter-png
diff vs bare: +0/-0
// Parameters
head_across = 13; // across-flats distance for hex head (mm)
head_height = 5.3; // head height (mm)
shank_d = 8; // shank diameter (mm)
shank_len = 30; // shank length (mm)
// Compute circumscribed diameter for hexagon to achieve desired across-flats
head_d = head_across * 2 / sqrt(3);
union() {
// Hex head, from z=0 to z=head_height
cylinder(h = head_height, d = head_d, $fn = 6);
// Shank, from z=-shank_len to z=0
translate([0, 0, -shank_len])
cylinder(h = shank_len, d = shank_d, $fn = 64);
}
SCAD (16 lines)
// Parameters
head_across = 13; // across-flats distance for hex head (mm)
head_height = 5.3; // head height (mm)
shank_d = 8; // shank diameter (mm)
shank_len = 30; // shank length (mm)
// Compute circumscribed diameter for hexagon to achieve desired across-flats
head_d = head_across * 2 / sqrt(3);
union() {
// Hex head, from z=0 to z=head_height
cylinder(h = head_height, d = head_d, $fn = 6);
// Shank, from z=-shank_len to z=0
translate([0, 0, -shank_len])
cylinder(h = shank_len, d = shank_d, $fn = 64);
}
diff vs i1: +0/-0
// Parameters
head_across = 13; // across-flats distance for hex head (mm)
head_height = 5.3; // head height (mm)
shank_d = 8; // shank diameter (mm)
shank_len = 30; // shank length (mm)
// Compute circumscribed diameter for hexagon to achieve desired across-flats
head_d = head_across * 2 / sqrt(3);
union() {
// Hex head, from z=0 to z=head_height
cylinder(h = head_height, d = head_d, $fn = 6);
// Shank, from z=-shank_len to z=0
translate([0, 0, -shank_len])
cylinder(h = shank_len, d = shank_d, $fn = 64);
}
SCAD (16 lines)
// Parameters
head_across = 13; // across-flats distance for hex head (mm)
head_height = 5.3; // head height (mm)
shank_d = 8; // shank diameter (mm)
shank_len = 30; // shank length (mm)
// Compute circumscribed diameter for hexagon to achieve desired across-flats
head_d = head_across * 2 / sqrt(3);
union() {
// Hex head, from z=0 to z=head_height
cylinder(h = head_height, d = head_d, $fn = 6);
// Shank, from z=-shank_len to z=0
translate([0, 0, -shank_len])
cylinder(h = shank_len, d = shank_d, $fn = 64);
}
diff vs i2: +0/-0
// Parameters
head_across = 13; // across-flats distance for hex head (mm)
head_height = 5.3; // head height (mm)
shank_d = 8; // shank diameter (mm)
shank_len = 30; // shank length (mm)
// Compute circumscribed diameter for hexagon to achieve desired across-flats
head_d = head_across * 2 / sqrt(3);
union() {
// Hex head, from z=0 to z=head_height
cylinder(h = head_height, d = head_d, $fn = 6);
// Shank, from z=-shank_len to z=0
translate([0, 0, -shank_len])
cylinder(h = shank_len, d = shank_d, $fn = 64);
}
SCAD (16 lines)
// Parameters
head_across = 13; // across-flats distance for hex head (mm)
head_height = 5.3; // head height (mm)
shank_d = 8; // shank diameter (mm)
shank_len = 30; // shank length (mm)
// Compute circumscribed diameter for hexagon to achieve desired across-flats
head_d = head_across * 2 / sqrt(3);
union() {
// Hex head, from z=0 to z=head_height
cylinder(h = head_height, d = head_d, $fn = 6);
// Shank, from z=-shank_len to z=0
translate([0, 0, -shank_len])
cylinder(h = shank_len, d = shank_d, $fn = 64);
}