// MqTrigger case config

eps = 0.01;

// --- missing target PCB (.stl) values ---

pcbW = 60;
pcbD = 43;
pcbBottomMargin = 5;
pcbFrontMargin = 1;
pcbColor = "green";
pcbAlpha = 0.2;

// --- case body ---

caseW = 71;
caseD = 55.8;
caseH = 20;

baseH = 2;
wallTh = 2;

dcCutW = 11;
dcCutH = 12;
dcCutBottomPad = 1;

wallRCutH = caseH*0.8;
wallRCutD = 15;

// pcb helpers
pcbBackMargin = caseW-pcbW-wallTh;
pcbLeftMargin = caseD-pcbD-wallTh;
pcbX = caseW-pcbW-wallTh-pcbFrontMargin;
pcbY = wallTh;
pcbZ = baseH + pcbBottomMargin;
pcbRightTerminalCut = pcbW-4.5;
pcbBackBackingW = caseW-pcbW-wallTh*2 + 4;

// --- pcb backings (support) ---

backingW = 15;
backingD = 3;
backingH = pcbBottomMargin*0.95;
backingX = pcbBackMargin+pcbW*0.35;
espBackingD = 10;
espBackingW = 10.7;

// --- drilling params ---

drillD = 2.5;
drillPad = 1.5;
drillPrintMargin = -0.5;
printedDrillD = drillD + drillPrintMargin;
drillBoxW = 3+drillPad*2;
drillFn = 50;

// --- drilling coordinates ---

drillings = [
    // back right corner
    [wallTh+drillBoxW/2, wallTh+drillBoxW/2, baseH],
    
    // front left cornder
    [caseW-wallTh-drillBoxW/2, caseD-wallTh-drillBoxW/2, baseH],
    
    // hole in the pcb backing
    [pcbBackMargin+1.55, pcbY+pcbD/2+0.3, baseH]
];

// --- roof ---

roofTh = wallTh;
pinCutW = 17;
pinCutD = 10;
pinCutX = caseW-wallTh-pinCutW-pcbFrontMargin;
pinCutY = caseD-pinCutD-8;

// roof extra drillings
edSpacing = 12;
edRadius = 2.5;
edPrintedRadius = edRadius + drillPrintMargin;
edH = 5;
edRows = 2;
edCols = 3;
    


// x pos, y pos, z rot
edPos = [ 
    [edSpacing+wallTh*4, caseD - (edSpacing*2+wallTh*4) , 90],
];

// --- cover ---

coverMargin = 0.1; //wallTh*2; //0.2;
coverTh = wallTh;
coverH = caseH + 20 + coverTh;
coverD = caseD+(coverTh+coverMargin)*2;

echo("CoverH: ", coverH);
echo("CoverD: ", coverD);

coverLedHoleD = 4 + drillPrintMargin;
coverLedPos = [caseW - pinCutW, coverTh + pinCutY + pinCutD/2];

snapW = 10;
snapD = wallTh; 
snapH = 2;
snapEc = 0.2; // edge cut
snapFemalePadding = 0.1;

caseSnaps = [
    [caseW/2 - snapW/3, 0, 3],
    [caseW/2 - snapW/3, caseD-snapD, 3]
];

coverSnaps = [
    [caseW/2 - snapW/3, coverTh-eps, 3],
    [caseW/2 - snapW/3, coverD-coverTh-snapD+eps, 3]
];

ledHookSize = [8, 10, 12];
ledHookSlitW = 1;
ledHookTh = 2;
integrateCoverLedHook = false;