DXF Generator

// Available Commands:
// G28(); sets X and Y to 0 and starts a new drawing
// G28(MIRROR);
// G28(MIRROR, FORCE_X); sets X and Y to 0 and starts a new
//     drawing at least at FORCE_X to the right (respects G90/G91)
//     and mirrors drawing by X axis if MIRROR == true
// G90(); absolute positioning (var isRelative == false)
// G91(); relative positioning (var isRelative == true)
// G1(X, Y); move to X, Y without drawing
// G1(E, X, Y); move to X, Y with drawing
// CIRCLE(X, Y, R); teleports to X, Y, draws single circle
//     with R radius and teleports back (respects G90/G91)
// MULTI_CIRCLE(X1, Y1, X2, Y2, R, COUNT);
// MULTI_CIRCLE(X1, Y1, X2, Y2, R, COUNT, WO_FIRST, WO_LAST);
//     teleports to X1, Y1, draws COUNT circles with R radius at
//     line to X2, Y2 except the first one if WO_FIRST == true
//     and the last one if WO_LAST == true and teleports back
//     (both movements respect G90/G91)
// DECAL(NAME, X, Y) or
// DECAL(NAME, X, Y, SCALE) or
// DECAL(NAME, X, Y, SCALE_X, SCALE_Y) or
// DECAL(NAME, X, Y, SCALE_X, SCALE_Y, ANGLE) or
// DECAL(NAME, X, Y, SCALE_X, SCALE_Y, ANGLE, ORIGIN_X, ORIGIN_Y)
//     draws decal with NAME in X, Y coordinates (respects G90/G91)
//     centered by ORIGIN_X, ORIGIN_Y in own coordinate system
//     then scales it to SCALE_X, SCALE_Y and rotates by ANGLE
// SHOW_VARIABLE(NAME, TITLE, DEFAULT_VALUE);
// SHOW_VARIABLE(NAME, TITLE, DEFAULT_VALUE, GENERATE_ON_CHANGE);
//     shows variable as input field
// SHOW_INFO(TITLE);
// SHOW_INFO(TITLE, VALUE);
//     shows additional information
// And any JS logic can be used as well

// !!! MAKE LOVE, NOT WAR !!!

// prepare toolchain

// !!! IN CASE OF DEFAULT SIZE CHANGES CHANGE THE FOLLOWING THREE LINES !!!
const default_gantry_beam_X = 670;
const default_gantry_beam_Y = 450;
const default_corner_pillar_Z = 440;

SHOW_VARIABLE('lang', 'English: ', false, true);
SHOW_VARIABLE('y_size', lang ? 'Gantry Beam Y (mm):' : 'Продольная балка портала (мм):', default_gantry_beam_Y);
SHOW_VARIABLE('x_size', lang ? 'Gantry Beam X (mm):' : 'Поперечная балка портала (мм):', default_gantry_beam_X);
SHOW_VARIABLE('z_size', lang ? 'Corner Pillar (mm):' : 'Угловая стойка (мм):', default_corner_pillar_Z);

SHOW_VARIABLE('is_idex', 'IDEX:', true);
SHOW_VARIABLE('chamberEnabled', lang ? 'Chamber Enabled:' : 'Зашивка корпуса включена:', true);
SHOW_VARIABLE('domeEnabled', lang ? 'Dome Enabled:' : 'Купол включен:', true);
SHOW_VARIABLE('thn', lang ? 'Chamber Material Thickness (mm):' : 'Толщина материала зашивки камеры (мм):', '4.0');
SHOW_VARIABLE('thn_dm', lang ? 'Dome Material Thickness (mm):' : 'Толщина материала зашивки купола (мм):', '4.0');
SHOW_VARIABLE('fourPillars', lang ? 'Number of Z Pillars (off-2, on-4):' : 'Стоек оси Z (выкл-2, вкл-4):', false);
SHOW_VARIABLE('fourZSteppers', lang ? 'Number of Z Steppers (off-2, on-4):' : 'Приводов Z (выкл-2, вкл-4):', false);
SHOW_VARIABLE('holesEnabled', lang ? 'Holes Enabled:' : 'Отверстия включены:', true);
SHOW_VARIABLE('crossesEnabled', lang ? 'Hole Marks Enabled:' : 'Метки отверстий включены:', false);

// !!! DON'T CHANGE THE FOLLOWING THREE LINES EVEN IF DEFAULT SIZES HAVE BEEN CHANGED !!!
// !!! THEY TRANSFORM CURRENT DEFAULT SIZES TO SIZES USED DURING SCRIPT WRITING !!!
var delta_x = x_size - 650; // 650 - default_gantry_beam_X used when the script was written
var delta_y = y_size - 450; // 450 - default_gantry_beam_Y used when the script was written
var delta_z = z_size - 440; // 440 - default_corner_pillar_Z used when the script was written

function dx_f(x) {return x + delta_x};
function dy_f(y) {return y + delta_y};
function dz_f(z) {return z + delta_z};

var dx, dy;

function MULTI_CIRCLE_GAP(X1, Y1, X2, Y2, R, GAP, WO_FIRST, WO_LAST) {
  var distance = Math.sqrt(Math.pow(X2 - (isRelative ? 0 : X1), 2) + Math.pow(Y2 - (isRelative ? 0 : Y1), 2));
  var count = Math.round(distance / GAP) + 1;
  count = count >= 2 ? count : 2;
  MULTI_CIRCLE(X1, Y1, X2, Y2, R, count, WO_FIRST, WO_LAST);
}

if (!window['originalCircle']) {
  window['originalCircle'] = window['CIRCLE'];
}
window['CIRCLE'] = function (X, Y, R) {
  if (holesEnabled || R > 4) {
    window['originalCircle'](X, Y, R);
  } else if (crossesEnabled) {
    DECAL('cross', X, Y);
  }
}

// STAIR ALERT
if (thn != thn_dm && chamberEnabled && domeEnabled) {
	SHOW_INFO(lang
	? 'Different chamber and dome material thickness is specified that leads to ' + Math.abs((thn - thn_dm) / 2) + ' mm wide step between them after assembly  '
	: 'Указана различная толщина зашивки камеры и купола, после сборки на стыке камеры и купола будет образована ступенька шириной ' + Math.abs((thn - thn_dm) / 2) + ' мм  ');
}

// PROFILE LENGTH
SHOW_INFO('' + (lang ? 'Calculated profile length for crosscheck' : 'Расчетные размеры профилей для сверки') + '');
SHOW_INFO('' + (lang ? 'Portal' : 'Портал') + '');
SHOW_INFO(lang ? 'Gantry Beam Y (mm):' : 'Продольная балка портала (мм):', dy_f(450));
SHOW_INFO(lang ? 'Gantry Beam X (mm):' : 'Поперечная балка портала (мм):', dx_f(650));
SHOW_INFO(lang ? 'Auxiliary Gantry Beam X (mm):' : 'Вспомогательная балка портала (мм):', dx_f(530));
SHOW_INFO(lang ? 'X Axis Beam (mm):' : 'Балка оси X (мм):', dx_f(500));
SHOW_INFO('' + (lang ? 'Frame' : 'Нижняя часть рамы') + '');
SHOW_INFO(lang ? 'Corner Pillar (mm):' : 'Угловая стойка (мм):', dz_f(440));
SHOW_INFO(lang ? 'Auxiliary Pillar (mm):' : 'Вспомогательная стойка (мм):', dz_f(390));
SHOW_INFO(lang ? 'Auxiliary Base Beam (mm):' : 'Вспомогательная поперечина (мм):', dx_f(610));
SHOW_INFO(lang ? 'Base Beam X (mm):' : 'Поперечная балка основания (мм):', dx_f(610));
SHOW_INFO(lang ? 'Base Beam Y (mm):' : 'Продольная балка основания (мм):', dy_f(450));
SHOW_INFO('' + (lang ? 'Z Axis' : 'Ось Z') + '');
SHOW_INFO(lang ? 'Z Rail Beam (mm):' : 'Стойка оси Z (мм):', dz_f(390));
SHOW_INFO(lang ? 'Table Frame Beam X (mm):' : 'Поперечная балка рамы стола (мм):', dx_f(500));
SHOW_INFO(lang ? 'Table Frame Beam Y (mm):' : 'Продольная балка рамы стола (мм):', dy_f(170));
SHOW_INFO(lang ? 'Table Beam Y (mm):' : 'Плечо рамы стола (мм):', dy_f(320));

// CHAMBER START
if (chamberEnabled) {

// ################
// FRONT PANEL
dx = dx_f; dy = dz_f;
G28();

// perimeter
G90();
G1(-thn, 0);
G91();
G1(E, dx(650) + thn * 2, 0);
G1(E, 0, dy(460) + thn);
G1(E, -(dx(650) + thn * 2), 0);
G1(E, 0, -(dy(460) + thn));

// doors
G90();
G1(160, 72);
G91();
G1(E, dx(330), 0);
G1(E, 40, 40);
MULTI_CIRCLE(13, 4, 0, 10, 1.65, 2);
G1(E, 0, dy(270));
MULTI_CIRCLE(13, -4, 0, -10, 1.65, 2);
G1(E, -10, 10);
G1(E, -dx(390), 0);
G1(E, -10, -10);
MULTI_CIRCLE(-13, -4, 0, -10, 1.65, 2);
G1(E, 0, -dy(270));
MULTI_CIRCLE(-13, 4, 0, 10, 1.65, 2);
G1(E, 40, -40);

// perimeter holes
G90();
G1(10, 40);
G91();
MULTI_CIRCLE(0, 0, 80, 0, 2.15, 3);
MULTI_CIRCLE(0, 0, 0, 80, 2.15, 3);
MULTI_CIRCLE_GAP(80, 0, dx(630) - 160, 0, 2.15, 110);
G1(dx(630), 0);
MULTI_CIRCLE(0, 0, -80, 0, 2.15, 3);
MULTI_CIRCLE(0, 0, 0, 80, 2.15, 3);
MULTI_CIRCLE_GAP(0, 80, 0, dy(410) - 160, 2.15, 110);
G1(0, dy(410));
MULTI_CIRCLE(0, 0, -80, 0, 2.15, 3);
MULTI_CIRCLE(0, 0, 0, -80, 2.15, 3);
MULTI_CIRCLE_GAP(-80, 0, -(dx(630) - 160), 0, 2.15, 110);
G1(-dx(630), 0);
MULTI_CIRCLE(0, 0, 80, 0, 2.15, 3);
MULTI_CIRCLE(0, 0, 0, -80, 2.15, 3);
MULTI_CIRCLE_GAP(0, -80, 0, -(dy(410) - 160), 2.15, 110);

// tensioners holes
G90();
G1(0, dy(460));
G91();
MULTI_CIRCLE(31.5, -43.38, 21.5, -0.62, 2.75, 2);
G1(dx(650), 0);
MULTI_CIRCLE(-31.5, -43.38, -21.5, -14.62, 2.75, 2);

// ################
// FRONT DOOR
for (var i = 0; i < 2; i++) {
 dx = dx_f; dy = dz_f;
 var isMirror = i % 2 === 0;

G28(isMirror);

// perimeter + holes
  G91();
  G1(E, 166.657 + dx(0) / 2, 0);
  G1(E, 42.343, 42.343);
  MULTI_CIRCLE(-9, 5.657, 0, 10, 1.65, 2);
  G1(E, 0, dy(273.314));
  MULTI_CIRCLE(-9, -5.657, 0, -10, 1.65, 2);
  G1(E, -12.343, 12.343);
  G1(E, -196.657 - dx(0) / 2, 0);
  MULTI_CIRCLE(4, -7.054, 7, 0, 1.65, 2);
  G1(E, 0, -dy(328.00));
}

// ################
// MIDDLE PANEL
dx = dx_f; dy = dz_f;
G28();

// perimeter
G91();
G1(E, dx(650), 0);
G1(E, 0, dy(343 - thn));
G1(E, -64.5, 0);
G1(E, -4, 4);
G1(E, 0, 34.5);
G1(E, 8.5, 8.5);
G1(E, 0, 20);
G1(E, -dx(530), 0);
G1(E, 0, -20);
G1(E, 8.5, -8.5);
G1(E, 0, -34.5);
G1(E, -4, -4);
G1(E, -64.5, 0);
G1(E, 0, -dy(343 - thn));

// holes
G90();
G1(10, 10);
G91();
CIRCLE(dx(630) / 2, 22, 10);
MULTI_CIRCLE(0, 0, 80, 0, 2.15, 2);
MULTI_CIRCLE_GAP(0, 0, 0, dy(323 - thn), 2.15, 110);
MULTI_CIRCLE_GAP(80, 0, dx(470), 0, 2.15, 110);
G1(dx(630), 0);
MULTI_CIRCLE(0, 0, -80, 0, 2.15, 2);
MULTI_CIRCLE_GAP(0, 0, 0, dy(323 - thn), 2.15, 110);
G1(-80, dy(390 - thn));
MULTI_CIRCLE_GAP(0, 0, -dx(470), 0, 2.15, 110);

// ################
// REAR PANEL
dx = dx_f; dy = dz_f;
G28();

// perimeter
G90();
G1(-thn, 0);
G91();
G1(E, dx(650) + thn * 2, 0);
G1(E, 0, dy(460) + thn);
G1(E, -(dx(650) + thn * 2), 0);
G1(E, 0, -(dy(460) + thn));

// hatch
G90();
G1(dx(650) / 2, dy(460) / 2);
G91();
G1(-Math.min(405, dx(405)) / 2, -130);
MULTI_CIRCLE(3.5, -13, 10, 0, 1.65, 2);
G1(E, Math.min(405, dx(405)), 0);
MULTI_CIRCLE(-3.5, -13, -10, 0, 1.65, 2);
G1(E, 10, 10);
G1(E, 0, 230);
G1(E, -10, 10);
CIRCLE(-8.5, 26, 1.65);
G1(E, -Math.min(405, dx(405)), 0);
CIRCLE(8.5, 26, 1.65);
G1(E, -10, -10);
G1(E, 0, -230);
G1(E, 10, -10);

// ################
// REAR HATCH
const default_fan_diam = 120;
SHOW_VARIABLE('fan_diam', lang ? 'Rear Fan Size (mm):' : 'Размер вентилятора обдува электроники (мм):', default_fan_diam);
SHOW_VARIABLE('fan_h_dist', lang ? 'Rear Fan Holes Gap (mm):' : 'Расстояние между отверстиями вентилятора (мм):', 105);
SHOW_VARIABLE('fan_grille', lang ? 'Rear Fan Grille Enabled:' : 'Защитная сетка вентилятора включена:', true);
dx = dx_f; dy = dz_f;
G28();
G91();

// perimeter
G1(12.343, 0);
G1(E, Math.min(408.314, dx(408.314)), 0);
G1(E, 12.343, 12.343);
G1(E, 0, 233.314);
G1(E, -12.343, 12.343);
G1(E, -Math.min(408.314, dx(408.314)), 0);
G1(E, -12.343, -12.343);
G1(E, 0, -233.314);
G1(E, 12.343, -12.343);

// holes
G90();
G1(0, 0);
G91();
MULTI_CIRCLE(17.5, 9, 10, 0, 1.65, 2);
G1(Math.min(433, dx(433)), 0);
MULTI_CIRCLE(-17.5, 9, -10, 0, 1.65, 2);

// fan
G90();
G1(Math.min(433, dx(433)) / 2, 258 / 2);
G91();
CIRCLE(fan_h_dist / 2, fan_h_dist / 2, 2.15);
CIRCLE(-fan_h_dist / 2, fan_h_dist / 2, 2.15);
CIRCLE(fan_h_dist / 2, -fan_h_dist / 2, 2.15);
CIRCLE(-fan_h_dist / 2, -fan_h_dist / 2, 2.15);
if (fan_grille) {
  DECAL('fan_grille', 0, 0, (6.75 * (fan_diam - 3) / default_fan_diam), (6.75 * (fan_diam - 3) / default_fan_diam), 0, -29.5, -45);
} else {
  CIRCLE(0, 0, (fan_diam - 3) / 2);
}

// ################
// SIDE PANEL
for (var i = 0; i < 2; i++) {
 dx = dy_f; dy = dz_f;
 var isMirror = i % 2 === 0;

G28(isMirror);

// perimeter
  G91();
  G1(E, dx(490), 0);
  G1(E, 0, dy(460) + thn);
  G1(E, -dx(490), 0);
  G1(E, 0, -(dy(460) + thn));

// perimeter holes
  G90();
  G1(10, 40);
  G91();
  MULTI_CIRCLE(0, 0, 0, 80, 2.15, 3);
  MULTI_CIRCLE_GAP(0, 0, dx(398), 0, 2.15, 110);
  MULTI_CIRCLE_GAP(0, 80, 0, dy(250), 2.15, 110);
  G1(dx(398), 0);
  MULTI_CIRCLE(0, 0, 0, 80, 2.15, 3);
  MULTI_CIRCLE_GAP(0, 80, 0, dy(250), 2.15, 110);
  G1(72, 0);
  MULTI_CIRCLE(0, 0, 0, 80, 2.15, 3);
  MULTI_CIRCLE_GAP(0, 80, 0, dy(250), 2.15, 110);
  G1(0, dy(410));
  CIRCLE(0, 0, 3.2);
  MULTI_CIRCLE(0, -40, 0, -40, 2.15, 2);
  G1(-72, 0);
  MULTI_CIRCLE(0, 0, 0, -80, 2.15, 3);
  G1(-dx(398), 0);
  CIRCLE(0, 0, 3.2);
  MULTI_CIRCLE(0, -40, 0, -40, 2.15, 2);
  MULTI_CIRCLE_GAP(0, 0, dx(398), 0, 2.15, 110, true, true);

// Z-axis holes
  G90();
  G1(0, 0);
  G91();
  G1(192 + dx(0) / 2, 40);
  if (fourPillars) {
    // pillar L
    G1(-((150 + dx(0)) / 2), 0);
    MULTI_CIRCLE(0, 40, 0, 40, 2.15, 2);
    MULTI_CIRCLE_GAP(0, 80, 0, dy(250), 2.15, 110);
    G1(0, dy(410));
    MULTI_CIRCLE(0, -40, 0, -40, 2.15, 2);
    G1(0, -dy(410));
    G1(0, 80);
    MULTI_CIRCLE(20, -20, 0, 40, 2.5, 3);
    MULTI_CIRCLE(-20, -20, 0, 40, 2.5, 3);
    G1(0, -80);
    // pillar R
    G1(150 + dx(0), 0);
    MULTI_CIRCLE(0, 40, 0, 40, 2.15, 2);
    MULTI_CIRCLE_GAP(0, 80, 0, dy(250), 2.15, 110);
    G1(0, dy(410));
    MULTI_CIRCLE(0, -40, 0, -40, 2.15, 2);
    G1(0, -dy(410));
    G1(0, 80);
    MULTI_CIRCLE(20, -20, 0, 40, 2.5, 3);
    MULTI_CIRCLE(-20, -20, 0, 40, 2.5, 3);
  } else {
    MULTI_CIRCLE(0, 40, 0, 40, 2.15, 2);
    MULTI_CIRCLE_GAP(0, 80, 0, dy(250), 2.15, 110);
    G1(0, dy(410));
    MULTI_CIRCLE(0, -40, 0, -40, 2.15, 2);
    G1(0, -dy(410));
    G1(0, 80);
    MULTI_CIRCLE(20, -20, 0, 40, 2.5, 3);
    MULTI_CIRCLE(-20, -20, 0, 40, 2.5, 3);
  }

// ventilation
  G90();
  var verticalSpace = 122 * 3 + dy(0);
  var maxVentCount = Math.floor((verticalSpace + 4) / 122); //"+ 4" provides slight flexibility around default height
  var firstVentYShift = (verticalSpace - maxVentCount * 122) / 2;
  for (var x = 10 + dx(398) + 72 / 2, y = 40 + dy(410) - 83 - firstVentYShift, sign = 1; y > 100; y -= 122, sign = -sign) {
    DECAL('side_hole', x, y, sign * 10, 10, 0, 19.9, -55.21);
  }
}

// ################
// BOTTOM PANEL
dx = dx_f; dy = dy_f;
G28();

// perimeter
G90();
G1(20, 0);
G91();
G1(E, dx(610), 0);
G1(E, 0, 20);
G1(E, 20, 0);
if (fourPillars && fourZSteppers) {
 // 1
 MULTI_CIRCLE_GAP(-10, 10, 0, 172 - 75 - 43.2, 2.15, 110);
 G1(E, 0, 172 - 75 - 23.2);
 G1(E, -71.083, 0);
 G1(E, -4.117, 4.117);
 G1(E, 0, 38.166);
 G1(E, 4.117, 4.117);
 G1(E, 71.083, 0);
 MULTI_CIRCLE_GAP(-10, 10, 0, dy(150) - 66.4, 2.15, 110);
 G1(E, 0, dy(150) - 46.4);
 // 2
 G1(E, -71.083, 0);
 G1(E, -4.117, 4.117);
 G1(E, 0, 38.166);
 G1(E, 4.117, 4.117);
 G1(E, 71.083, 0);
 MULTI_CIRCLE_GAP(-10, 10, 0, 206 - 75 - 47.2, 2.15, 110);
 G1(E, 0, 206 - 75 - 23.2);
} else if (fourPillars && !fourZSteppers) {
 MULTI_CIRCLE_GAP(-10, 10, 0, 97 - 10.2 - 20, 2.15, 110);
 G1(E, 0, 97 - 10.2);
 G1(E, -20, 0);
 G1(E, 0, 20.4);
 G1(E, 20, 0);
 MULTI_CIRCLE_GAP(-10, 10, 0, 51.8 - 10.2 + dy(0) / 2 - 20, 2.15, 110, dy(0) < 60, false);
 G1(E, 0, 51.8 - 10.2 + dy(0) / 2);
 G1(E, -71.083, 0);
 G1(E, -4.117, 4.117);
 G1(E, 0, 38.166);
 G1(E, 4.117, 4.117);
 G1(E, 71.083, 0);
 MULTI_CIRCLE_GAP(-10, 10, 0, 51.8 - 10.2 + dy(0) / 2 - 20, 2.15, 110, false, dy(0) < 60);
 G1(E, 0, 51.8 - 10.2 + dy(0) / 2);
 G1(E, -20, 0);
 G1(E, 0, 20.4);
 G1(E, 20, 0);
 MULTI_CIRCLE_GAP(-10, 10, 0, 127 - 10.2 - 20, 2.15, 110);
 G1(E, 0, 131 - 10.2);
} else {
 MULTI_CIRCLE_GAP(-10, 10, 0, 172 + dy(0) / 2 - 43.2, 2.15, 110);
 G1(E, 0, 172 + dy(0) / 2 - 23.2);
 G1(E, -71.083, 0);
 G1(E, -4.117, 4.117);
 G1(E, 0, 38.166);
 G1(E, 4.117, 4.117);
 G1(E, 71.083, 0);
 MULTI_CIRCLE_GAP(-10, 10, 0, 206 + dy(0) / 2 - 47.2, 2.15, 110);
 G1(E, 0, 206 + dy(0) / 2 - 23.2);
}
G1(E, -20, 0);
G1(E, -64.813, 92);
G1(E, -dx(480.374), 0);
G1(E, -64.813, -92);
G1(E, -20, 0);
if (fourPillars && fourZSteppers) {
 // 1
 MULTI_CIRCLE_GAP(10, -14, 0, -(206 - 75 - 47.2), 2.15, 110);
 G1(E, 0, -(206 - 75 - 23.2));
 G1(E, 71.083, 0);
 G1(E, 4.117, -4.117);
 G1(E, 0, -38.166);
 G1(E, -4.117, -4.117);
 G1(E, -71.083, 0);
 MULTI_CIRCLE_GAP(10, -10, 0, -(dy(150) - 66.4), 2.15, 110);
 G1(E, 0, -(dy(150) - 46.4));
 // 2
 G1(E, 71.083, 0);
 G1(E, 4.117, -4.117);
 G1(E, 0, -38.166);
 G1(E, -4.117, -4.117);
 G1(E, -71.083, 0);
 MULTI_CIRCLE_GAP(10, -10, 0, -(172 - 75 - 43.2), 2.15, 110);
 G1(E, 0, -(172 - 75 - 23.2));
} else if (fourPillars && !fourZSteppers) {
 MULTI_CIRCLE_GAP(10, -14, 0, -(127 - 10.2 - 20), 2.15, 110);
 G1(E, 0, -(131 - 10.2));
 G1(E, 20, 0);
 G1(E, 0, -20.4);
 G1(E, -20, 0);
 MULTI_CIRCLE_GAP(10, -10, 0, -(51.8 - 10.2 + dy(0) / 2 - 20), 2.15, 110, dy(0) < 60, false);
 G1(E, 0, -(51.8 - 10.2 + dy(0) / 2));
 G1(E, 71.083, 0);
 G1(E, 4.117, -4.117);
 G1(E, 0, -38.166);
 G1(E, -4.117, -4.117);
 G1(E, -71.083, 0);
 MULTI_CIRCLE_GAP(10, -10, 0, -(51.8 - 10.2 + dy(0) / 2 - 20), 2.15, 110, false, dy(0) < 60);
 G1(E, 0, -(51.8 - 10.2 + dy(0) / 2));
 G1(E, 20, 0);
 G1(E, 0, -20.4);
 G1(E, -20, 0);
 MULTI_CIRCLE_GAP(10, -10, 0, -(97 - 10.2 - 20), 2.15, 110);
 G1(E, 0, -(97 - 10.2));
} else {
 MULTI_CIRCLE_GAP(10, -14, 0, -(206 + dy(0) / 2 - 47.2), 2.15, 110);
 G1(E, 0, -(206 + dy(0) / 2 - 23.2));
 G1(E, 71.083, 0);
 G1(E, 4.117, -4.117);
 G1(E, 0, -38.166);
 G1(E, -4.117, -4.117);
 G1(E, -71.083, 0);
 MULTI_CIRCLE_GAP(10, -10, 0, -(172 + dy(0) / 2 - 43.2), 2.15, 110);
 G1(E, 0, -(172 + dy(0) / 2 - 23.2));
}
G1(E, 20, 0);
G1(E, 0, -20);

// holes
G90();
G1(50, 10);
G91();
MULTI_CIRCLE(0, 0, 40, 0, 2.15, 2);
G1(40, 0);
MULTI_CIRCLE_GAP(0, 0, dx(470), 0, 2.15, 110);
G1(dx(470), 0);
MULTI_CIRCLE(0, 0, 40, 0, 2.15, 2);
G1(50.723, dy(398));
CIRCLE(0, 0, 2.15);
G1(-50.723, 0);
MULTI_CIRCLE_GAP(0, 0, -dx(470), 0, 2.15, 110);
MULTI_CIRCLE_GAP(0, 72, -dx(470), 0, 2.15, 110);
G1(-dx(470), 0);
G1(-50.723, 0);
CIRCLE(0, 0, 2.15);

// ################
// GANTRY PANEL
dx = dx_f; dy = dy_f;
G28();

// perimeter
G91();
G1(E, dx(650), 0);
G1(E, 0, dy(490));
G1(E, -dx(650), 0);
G1(E, 0, -dy(490));

// gantry
G90();
G1(65, 20);
G91();
G1(E, dx(520), 0);
G1(E, 5, 5);
G1(E, 0, dy(368 - thn));
G1(E, -5, 5);
G1(E, -dx(520), 0);
G1(E, -5, -5);
G1(E, 0, -dy(368 - thn));
G1(E, 5, -5);

// cable holes
G90();
G1(dx(650) / 2, dy(435));
G91();
var width = x_size;
if (is_idex && width >= 560) {
  MULTI_CIRCLE(-30, 0, 60, 0, 17, 2);
} else if (is_idex && width >= 544) {
  MULTI_CIRCLE(-22, 0, 44, 0, 17, 2);
} else {
  CIRCLE(0, 0, 17);
}

// holes
G90();
G1(10, 10);
G91();
MULTI_CIRCLE_GAP(0, 0, 0, dy(398), 2.15, 110);
MULTI_CIRCLE_GAP(40, 0, 0, dy(398), 2.15, 110);
MULTI_CIRCLE_GAP(80, 0, dx(470) / 2, 0, 2.15, 110);
G1(dx(630), 0);
MULTI_CIRCLE_GAP(-80, 0, -dx(470) / 2, 0, 2.15, 110);
MULTI_CIRCLE_GAP(0, 0, 0, dy(398), 2.15, 110);
MULTI_CIRCLE_GAP(-40, 0, 0, dy(398), 2.15, 110);
G1(0, dy(470))
MULTI_CIRCLE(0, 0, -40, 0, 2.15, 2);
MULTI_CIRCLE(-80, 0, 0, -72, 2.15, 2);
MULTI_CIRCLE_GAP(-197.5, 0, -dx(630) / 2 + 197.5, 0, 2.15, 110);
MULTI_CIRCLE_GAP(-197.5, -72, -dx(630) + (2 * 197.5), 0, 2.15, 110);
G1(-dx(630), 0);
MULTI_CIRCLE_GAP(197.5, 0, dx(630) / 2 - 197.5, 0, 2.15, 110);
MULTI_CIRCLE(0, 0, 40, 0, 2.15, 2);
MULTI_CIRCLE(80, 0, 0, -72, 2.15, 2);

}
// CHAMBER END

// DOME START
if (domeEnabled) {

// ################
// DOME TOP PANEL
for (var i = 0; i < 2; i++) {
 dx = function(x) {return dx_f(x * 2) / 2 + (thn - thn_dm)};
 dy = function(y) {return dy_f(y) + 2 * (thn - thn_dm)};
 var isMirror = i % 2 === 0;

G28(isMirror);

// perimeter
  G91();
  G1(10, 0);
  G1(E, dx(273), 0);
  G1(E, 42, 42);
  G1(E, 0, dy(406));
  G1(E, -42, 42);
  G1(E, -dx(273), 0);
  G1(E, 0, -30);
  G1(E, -10, 0);
  G1(E, 0, -dy(430));
  G1(E, 10, 0);
  G1(E, 0, -30);

// holes
  G90();
  G1(16.5, 6.5);
  G91();
  MULTI_CIRCLE(0, 0, 0, 17, 1.65, 2);
  G1(dx(266.492), -0.5);
  MULTI_CIRCLE_GAP(0, 0, -dx(266.492), 0, 1.65, 95, true, true);
  G1(0, 0.652);
  MULTI_CIRCLE(0, 0, 35.355, 35.355, 1.65, 3);
  G1(35.355, 35.355);
  G1(0.652, 0);
  MULTI_CIRCLE_GAP(0, 0, 0, dy(405.984), 1.65, 95, true, true);
  G1(-0.652, dy(405.984));
  MULTI_CIRCLE(0, 0, -35.355, 35.355, 1.65, 3);
  G1(-35.355, 35.355);
  G1(0, 0.652);
  MULTI_CIRCLE_GAP(0, 0, -dx(266.492), 0, 1.65, 95, true, true);
  G1(-dx(266.492), -0.5);
  MULTI_CIRCLE(0, 0, 0, -17, 1.65, 2);
}

// ################
// DOME SIDE PANEL
for (var i = 0; i < 2; i++) {
 dx = function(x) {return dy_f(x) + 2 * (thn - thn_dm)};
 var isMirror = i % 2 === 0;

G28(isMirror);

// perimeter
  G91();
  G1(E, dx(490), 0);
  G1(E, 0, 194);
  G1(E, -(42 + thn_dm), 42 + thn_dm);
  G1(E, -dx(406 - 2 * thn_dm), 0);
  G1(E, -(42 + thn_dm), -(42 + thn_dm));
  G1(E, 0, -194);

// holes
  G90();
  G1(6, 10);
  G91();
  MULTI_CIRCLE_GAP(0, 0, 0, 183.992, 1.65, 95, false, true);
  G1(0.652, 183.992);
  MULTI_CIRCLE(0, 0, 35.355, 35.355, 1.65, 3);
  G1(35.355, 35.355);
  G1(0, 0.652);
  MULTI_CIRCLE_GAP(0, 0, dx(405.984), 0, 1.65, 95, true, true);
  G1(dx(405.984), -0.652);
  MULTI_CIRCLE(0, 0, 35.355, -35.355, 1.65, 3);
  G1(35.355, -35.355);
  G1(0.652, 0);
  MULTI_CIRCLE_GAP(0, 0, 0, -183.992, 1.65, 95, true, false);
}

// ################
// DOME FRONT-REAR PANEL
for (var i = 0; i < 4; i++) {
 dx = function(x) {return dx_f(x * 2) / 2 + (thn - thn_dm)};
 var isMirror = i % 2 === 0;

G28(isMirror);

// perimeter
  G91();
  G1(E, dx(325) + thn_dm, 0);
  G1(E, 0, 194 - thn_dm);
  G1(E, -(42 + 2 * thn_dm), 42 + 2 * thn_dm);
  G1(E, -dx(283 - thn_dm), 0);
  G1(E, 0, -(236 + thn_dm));

// holes
  G90();
  G1(7.85, 228.15);
  G91();
  CIRCLE(0, 0, 1.65);
  G1(dx(275.142), 1.85);
  MULTI_CIRCLE_GAP(0, 0, -dx(266.492), 0, 1.65, 95, true, true);
  G1(0, -0.652);
  MULTI_CIRCLE(0, 0, 35.355, -35.355, 1.65, 3);
  G90();
  G1(dx(319), 10);
  G91();
  MULTI_CIRCLE_GAP(0, 0, 0, 183.992, 1.65, 95, false, true);
}

}
// DOME END

decal['fan_grille'] = {'pth':['M-31.5207259 -38.5 L -32.2712813 -37.2 L -33.0218366 -38.5 L -31.5207259 -38.5z','M-24.1306425 -44.9 L -24.8811978 -43.6 L -25.6317532 -44.9 L -24.1306425 -44.9z','M-23.033677 -50 L-22.6573282 -50.6518552 A8.875 8.875 320.4442476 0 0 -23.2489501 -51.3 L -23.7842323 -51.3 L -23.033677 -50z','M-28.4030345 -46.5 L -26.9019238 -46.5 L -27.6524791 -45.2 L -28.4030345 -46.5z','M-30.2505553 -40.1 L -28.7494447 -40.1 L -29.5 -38.8 L -30.2505553 -40.1z','M-22.8604719 -43.3 L -21.3593612 -43.3 L -22.1099166 -42 L -22.8604719 -43.3z','M-25.9781634 -44.9 L -26.7287187 -43.6 L -27.4792741 -44.9 L -25.9781634 -44.9z','M-31.1743158 -41.7 L -29.6732051 -41.7 L -30.4237604 -40.4 L -31.1743158 -41.7z','M-23.7842323 -48.1 L -22.2831216 -48.1 L -23.033677 -46.8 L -23.7842323 -48.1z','M-33.9455971 -43.3 L -32.4444864 -43.3 L -33.1950417 -42 L -33.9455971 -43.3z','M-30.7614494 -53.7848944 L -30.4237604 -53.2 L -30.0436723 -53.858332 A8.875 8.875 266.4879276 0 0 -30.7614494 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-52.9z','M-21.9367115 -48.1 L -21.1861561 -46.8 L -20.918515 -47.263568 A8.875 8.875 345.2234569 0 0 -21.1840139 -48.1 L-21.9367115 -48.1z','M-26.7287187 -40.4 L -27.4792741 -41.7 L -25.9781634 -41.7 L -26.7287187 -40.4z','M-28.7494447 -43.5 L -30.2505553 -43.5 L -29.5 -44.8 L -28.7494447 -43.5z','M-25.6317532 -41.7 L -24.1306425 -41.7 L -24.8811978 -40.4 L -25.6317532 -41.7z','M-25.0544029 -49.9 L -26.5555136 -49.9 L -25.8049583 -51.2 L -25.0544029 -49.9z','M-32.0980762 -46.5 L -30.5969655 -46.5 L -31.3475209 -45.2 L -32.0980762 -46.5z','M-31.1743158 -51.3 L -29.6732051 -51.3 L -30.4237604 -50 L -31.1743158 -51.3z','M-32.4444864 -52.9 L -33.1950417 -51.6 L -33.8506158 -52.7354875 A8.875 8.875 240.6455999 0 1 -33.5442088 -52.9 L-32.4444864 -52.9z','M-25.6317532 -48.1 L -24.1306425 -48.1 L -24.8811978 -46.8 L -25.6317532 -48.1z','M-26.5555136 -40.1 L -25.0544029 -40.1 L -25.8049583 -38.8 L -26.5555136 -40.1z','M-30.5969655 -49.7 L -31.3475209 -48.4 L -32.0980762 -49.7 L -30.5969655 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-28.7494447 -53.1 L -30.2505553 -53.1 L -29.8061586 -53.8697177 A8.875 8.875 268.0230897 0 1 -29.1938414 -53.8697177z','M-23.9574374 -44.8 L -23.2068821 -43.5 L -24.7079928 -43.5 L -23.9574374 -44.8z','M-28.5762396 -52.8 L -27.8256842 -51.5 L -29.3267949 -51.5 L -28.5762396 -52.8z','M-28.4030345 -49.7 L -26.9019238 -49.7 L -27.6524791 -48.4 L -28.4030345 -49.7z','M-37.7386665 -41.7 L -37.0632885 -41.7 L -37.4433767 -41.041668 A8.875 8.875 153.5120724 0 1 -37.7386665 -41.7z','M-25.8049583 -41.6 L -25.0544029 -40.3 L -26.5555136 -40.3 L -25.8049583 -41.6z','M-30.5969655 -53.1 L -32.0980762 -53.1 L -31.8304351 -53.563568 A8.875 8.875 254.7765431 0 1 -30.9733143 -53.7518552 L-30.5969655 -53.1z','M-22.5227829 -50.4848944 A8.875 8.875 321.8285833 0 1 -22.1002956 -49.9 L -22.8604719 -49.9 L -22.5227829 -50.4848944z','M-28.4030345 -43.5 L -27.6524791 -44.8 L -26.9019238 -43.5 L -28.4030345 -43.5z','M-23.7842323 -41.9 L -23.033677 -43.2 L -22.2831216 -41.9 L -23.7842323 -41.9z','M-22.5227829 -39.5151056 A8.875 8.875 38.1714167 0 0 -22.1002956 -40.1 L -22.8604719 -40.1 L -22.5227829 -39.5151056z','M-28.4030345 -49.9 L -27.6524791 -51.2 L -26.9019238 -49.9 L -28.4030345 -49.9z','M-24.1306425 -38.7 L -25.6317532 -38.7 L -24.8811978 -40 L -24.1306425 -38.7z','M-21.9367115 -48.3 L-21.5566233 -48.958332 A8.875 8.875 333.5120724 0 1 -21.2613335 -48.3 L-21.9367115 -48.3z','M-24.8811978 -46.4 L -24.1306425 -45.1 L -25.6317532 -45.1 L -24.8811978 -46.4z','M-21.2613335 -41.7 L -21.9367115 -41.7 L -21.5566233 -41.041668 A8.875 8.875 26.4879276 0 0 -21.2613335 -41.7z','M-23.033677 -40 L-22.6573282 -39.3481448 A8.875 8.875 39.5557524 0 1 -23.2489501 -38.7 L -23.7842323 -38.7 L -23.033677 -40z','M-27.4792741 -41.9 L -26.7287187 -43.2 L -25.9781634 -41.9 L -27.4792741 -41.9z','M-36.8997044 -40.1 L -36.1395281 -40.1 L -36.4772171 -39.5151056 A8.875 8.875 141.8285833 0 1 -36.8997044 -40.1z','M-25.0544029 -46.7 L -26.5555136 -46.7 L -25.8049583 -48 L -25.0544029 -46.7z','M-25.9781634 -45.1 L -27.4792741 -45.1 L -26.7287187 -46.4 L -25.9781634 -45.1z','M-29.5 -51.2 L -28.7494447 -49.9 L -30.2505553 -49.9 L -29.5 -51.2z','M-21.9716785 -40.3 L -22.8604719 -40.3 L -22.1099166 -41.6 L -21.6655198 -40.8302823 A8.875 8.875 28.0230897 0 1 -21.9716785 -40.3z','M-30.4237604 -52.8 L -29.6732051 -51.5 L -31.1743158 -51.5 L -30.4237604 -52.8z','M-27.8256842 -48.3 L -29.3267949 -48.3 L -28.5762396 -49.6 L -27.8256842 -48.3z','M-25.8049583 -44.8 L -25.0544029 -43.5 L -26.5555136 -43.5 L -25.8049583 -44.8z','M-24.1306425 -41.9 L -25.6317532 -41.9 L -24.8811978 -43.2 L -24.1306425 -41.9z','M-23.9574374 -41.6 L -23.2068821 -40.3 L -24.7079928 -40.3 L -23.9574374 -41.6z','M-27.8256842 -48.1 L -28.5762396 -46.8 L -29.3267949 -48.1 L -27.8256842 -48.1z'],'pll':[],'plg':[]};
decal['side_hole'] = {'pth':['M22.5 -57.0928932 L22.5 -53.3260582 A0.5 0.5 0 0 1 22.3535534 -52.9725048 L18.1535534 -48.7725048 A0.5 0.5 45 0 1 17.3 -49.1260567 L17.3 -61.2928932 A0.5 0.5 179.9998251 0 1 18.1535534 -61.6464466 L22.3535534 -57.4464466 A0.5 0.5 315 0 1 22.5 -57.0928917z'],'pll':[],'plg':[]};
decal['cross'] = {'pth':['M-0.5 0 L0.5 0','M0 -0.5 L0 0.5'],'pll':[],'plg':[]};

Parameters
English:
Продольная балка портала (мм):
Поперечная балка портала (мм):
Угловая стойка (мм):
IDEX:
Зашивка корпуса включена:
Купол включен:
Толщина материала зашивки камеры (мм):
Толщина материала зашивки купола (мм):
Стоек оси Z (выкл-2, вкл-4):
Приводов Z (выкл-2, вкл-4):
Отверстия включены:
Метки отверстий включены:
Размер вентилятора обдува электроники (мм):
Расстояние между отверстиями вентилятора (мм):
Защитная сетка вентилятора включена:
Zoom: Download DXF
Additional Information
Расчетные размеры профилей для сверки
Портал
Продольная балка портала (мм):	450
Поперечная балка портала (мм):	670
Вспомогательная балка портала (мм):	550
Балка оси X (мм):	520
Нижняя часть рамы
Угловая стойка (мм):	440
Вспомогательная стойка (мм):	390
Вспомогательная поперечина (мм):	630
Поперечная балка основания (мм):	630
Продольная балка основания (мм):	450
Ось Z
Стойка оси Z (мм):	390
Поперечная балка рамы стола (мм):	520
Продольная балка рамы стола (мм):	170
Плечо рамы стола (мм):	320