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breitenbach76 2026-06-04 19:16:20 +02:00
parent e8a71d7415
commit 01a5ecbdbb
3 changed files with 16 additions and 18 deletions
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32
01_3D-Druck/openscad/aktiv-feld.scad
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@ -16,7 +16,7 @@ plate_margin = 6; // Rand aussen
/* [Standflaechen] (flache Markierung, kein Loch) — passend zum Sockel Ø20 */
spot_d = 22; // Durchmesser wie die Puck-Mulden (gleiche Ø20-Figuren stehen hier)
spot_depth = 0.6; // Gravurtiefe
spot_pitch = 24; // Mitte-zu-Mitte (Sockel Ø20 + Luft)
spot_pitch = 30; // Mitte-zu-Mitte (mehr Luft zwischen den Standfeldern: ~8 mm)
a_spot_d = spot_d; // A: GLEICHE Groesse wie die anderen — nur die Anzahl (genau 1) zaehlt
/* [Zonen] — [Label, cols, rows, gridX, gridY]; gridY 0 = oben */
@ -24,8 +24,8 @@ zones = [["R", 2, 2, 0, 0], ["A", 1, 1, 1, 0],
["C", 2, 2, 0, 1], ["I", 2, 2, 1, 1]];
n_cols = 2;
n_rows = 2;
cell_pad = 13; // Rand um die Standflaechen im Feld (haelt Ø20-Sockel)
zone_gap = 8; // Abstand zwischen den Feldern
cell_pad = 13; // Rand um die Standflaechen im Feld
zone_gap = 6; // Abstand zwischen den Feldern (dichter beieinander)
/* [Gravur] */
frame_w = 1.5; // Strichstaerke der Feld-Umrandung
@ -37,12 +37,12 @@ $fn = 48;
// --- abgeleitete Maße -------------------------------------------------------
// QUADRATISCHE Zellen (Buchstabe in der Mittenluecke, kein Extra-Streifen).
spots_span = (2 - 1) * spot_pitch; // 24 (2x2-Raster)
cell_w = spots_span + 2 * cell_pad; // 50
cell_h = cell_w; // 50 -> Platte wird quadratisch
spots_span = (2 - 1) * spot_pitch; // 30 (2x2-Raster)
cell_w = spots_span + 2 * cell_pad; // 56
cell_h = cell_w; // 56 -> Platte wird quadratisch
plate_w = n_cols * cell_w + (n_cols - 1) * zone_gap + 2 * plate_margin; // 120
plate_h = n_rows * cell_h + (n_rows - 1) * zone_gap + 2 * plate_margin; // 120
plate_w = n_cols * cell_w + (n_cols - 1) * zone_gap + 2 * plate_margin; // 130
plate_h = n_rows * cell_h + (n_rows - 1) * zone_gap + 2 * plate_margin; // 130
function zone_cx(gx) =
-plate_w/2 + plate_margin + cell_w/2 + gx * (cell_w + zone_gap);
@ -68,14 +68,11 @@ module zone_marks(z) {
lab = z[0]; nc = z[1]; nr = z[2];
cx = zone_cx(z[3]); cy = zone_cy(z[4]);
if (lab == "A") {
// genau EIN Standfeld (gleiche Groesse), leicht nach oben gerueckt; Buchstabe darunter
translate([cx, cy + 7, plate_thick - spot_depth])
// genau EIN Standfeld in der Rasterposition RECHTS OBEN; Buchstabe mittig (wie R/C/I)
translate([cx + spot_pitch/2, cy + spot_pitch/2, plate_thick - spot_depth])
cylinder(d = a_spot_d, h = spot_depth + 0.1);
translate([cx, cy - 13, plate_thick - label_depth])
linear_extrude(label_depth + 0.1)
text(lab, size = label_size, halign = "center", valign = "center");
} else {
// 2x2 Standfelder zentriert; Buchstabe in der Mittenluecke
// 2x2 Standfelder zentriert
for (c = [0 : nc - 1])
for (r = [0 : nr - 1]) {
sx = cx + (c - (nc - 1)/2) * spot_pitch;
@ -83,10 +80,11 @@ module zone_marks(z) {
translate([sx, sy, plate_thick - spot_depth])
cylinder(d = spot_d, h = spot_depth + 0.1);
}
translate([cx, cy, plate_thick - label_depth])
linear_extrude(label_depth + 0.1)
text(lab, size = label_size, halign = "center", valign = "center");
}
// Buchstabe in der Mittenluecke (alle Zonen gleich)
translate([cx, cy, plate_thick - label_depth])
linear_extrude(label_depth + 0.1)
text(lab, size = label_size, halign = "center", valign = "center");
}
module aktiv_feld() {