disckeys.h

//  VARLETTERKEYS(globeceilingx,  'O', 'P');  // O <--   top centre X   ++> P
//  VARLETTERKEYS(globeceilingy,  'U', 'I');  // U <--   top centre Y   ++> I
//  VARLETTERKEYS(discfloorx,     'o', 'p');  // K <-- bottom centre X  ++> L
//  VARLETTERKEYS(discfloory,     'u', 'i');  // H <-- bottom centre Y  ++> J
  // Zoom = Z
  VARLETTERKEYS(globalzoom,       'e', 'q');
  // Tilt Rotate Shift YX = F G H J K L
  VARLETTERKEYS(tiltback,         'E', 'R'); // not relevant ?
  VARLETTERKEYS(tiltacross,       'u', 'o');
  VARLETTERKEYS(shiftvertical,    's', 'w');
  VARLETTERKEYS(shifthorizontal,  'd', 'a');
  VARLETTERKEYS(rotatevertical,   'i', 'k');
  VARLETTERKEYS(rotatehorizontal, 'j', 'l');

    // Disc Rotation = v b
  VARLETTERKEYS(discrotangle,   'x', 'z');

  // Disc Vertical Offset / Disc Radius Size = K L / k l
//  VARLETTERKEYS(discfloorz,     'N', 'n');
//  VARLETTERKEYS(discradius,     'M', 'm');
  // length of 2, 3, 4, 5 .......... b v c x
  // segAlength, segBlength, segClength, segDlength ..... 1 vs +1 vs ^1
  // Segment A Offset / Segment B Offset = q w / e r
  VARLETTERKEYS(segAactAextpct,  'c', 'v');
  VARLETTERKEYS(segAactBextpct,  'b', 'n');
  // Segment D Offset / Angle / Extend = t y / u i / o p
//  VARLETTERKEYS(segDoffsetpct,  'V', 'v');
//  VARLETTERKEYS(segDanglepct,   'B', 'b');
//  VARLETTERKEYS(segDextendpct,  'N', 'n');