// RACI-Konsolen-Board (rund) — 1:1 aus Illustrator-Layout (Puck_ohne_Text.svg)
// SLC-Workshop Tabletop · mm. Geometrie exakt aus dem SVG (Maßstab 0,35278 mm/Unit,
// Mittelpunkt 283,47/283,47). Z-Maße laut Vorgabe. Ohne Text (separat ergaenzbar).

/* [Board] */
board_r   = 100;     // Aussenradius (Ø200)
base_h    = 20;      // Gesamthoehe
rim_flat  = 95;      // bis hier flache Oberseite (innere Flaeche Ø190)
rim_drop  = 5;       // Hoehenabfall an der Rundkante (rundgebogen, abfaellig)
edge_round= 4;       // Verrundung der Aussenkante

/* [Mittelmulde + Ring] */
chip_d    = 50;      // Mittelmulde Ø50
chip_dep  = 2.5;
ring_mid  = 32;      // Ring um die Mitte: Mittelradius (Ø64)
ring_w    = 2;       // Ringbreite
ring_dep  = 2.5;

/* [Sockel] — Ø32 aus SVG + 0,6 Spiel fuer Figuren-Sockel Ø32 */
sock_d    = 32.6;
sock_dep  = 2.5;
sock_lead = 0.8;

/* [Trennlinien] graviert */
div_w     = 2;
div_dep   = 2.5;
div_ri    = 34;      // Start ausserhalb des Rings
div_ro    = 93;      // Ende kurz vor Rand

/* [Kartenschlitz] */
slot_cx   = 0;  slot_cy = 85.4;     // Position (oben), aus SVG
slot_w    = 70; slot_t = 5; slot_depth = 15;

$fn = 96;

// 11 Sockel-Mittelpunkte (mm, Mitte = 0/0, y nach oben), exakt aus dem SVG
SOCK = [
  [  0.74, -75.00], [ 41.14, -62.58], [ 68.42, -30.30], [ 73.92,  11.60],
  [ 55.88,  49.83], [ 18.83,  65.37], [-17.91,  65.37], [-57.48,  48.42],
  [-74.55,   9.76], [-68.02, -31.99], [-39.95, -63.58]
];
// 4 Trennlinien-Winkel (Grad)
DIV = [-105.5, -73.3, 57.3, 123.5];

// --- Grundkoerper: rund, Oberkante rundgebogen abfallend -------------------
module board_blank() {
    rotate_extrude($fn = 240)
        offset(r = edge_round) offset(delta = -edge_round)
            polygon([[0,0], [board_r,0], [board_r, base_h - rim_drop],
                     [rim_flat, base_h], [0, base_h]]);
}

// --- Aussparungen ----------------------------------------------------------
module chip_well() { translate([0,0,base_h-chip_dep]) cylinder(d=chip_d, h=chip_dep+0.1); }

module well_ring() {
    translate([0,0,base_h-ring_dep]) linear_extrude(ring_dep+0.1)
        difference() { circle(r=ring_mid+ring_w/2); circle(r=ring_mid-ring_w/2); }
}

module socket(p) {
    translate([p[0], p[1], base_h-sock_dep]) {
        cylinder(d=sock_d, h=sock_dep+0.1);
        translate([0,0,sock_dep-sock_lead]) cylinder(d1=sock_d, d2=sock_d+2*sock_lead, h=sock_lead+0.1);
    }
}

module divider(a) {
    rmid = (div_ri+div_ro)/2; len = div_ro-div_ri;
    translate([rmid*cos(a), rmid*sin(a), base_h-div_dep])
        rotate([0,0,a]) linear_extrude(div_dep+0.1) square([len, div_w], center=true);
}

module card_slot() {
    translate([slot_cx, slot_cy, base_h - slot_depth/2])
        cube([slot_w, slot_t, slot_depth + 0.2], center=true);
}

// --- Zusammenbau -----------------------------------------------------------
module raci_board() {
    difference() {
        board_blank();
        chip_well();
        well_ring();
        for (p = SOCK) socket(p);
        for (a = DIV) divider(a);
        card_slot();
    }
}

raci_board();

echo(board_d=2*board_r, base_h=base_h, chip=chip_d, ring_d=2*ring_mid,
     sockets=len(SOCK), sock_d=sock_d, slot=[slot_w, slot_t, slot_depth]);