calibration/cube-ooze.scad

   1 // quick hack to test linear pressure advance with a side of mild
   2 // retraction torture
   3
   4 d = 30;
   5
   6 translate ([d,0,0]) cube (d);
   7
   8 translate ([-d-10,0,0]) cube ([d/3, d, d]);
   9
  10 translate ([-d-10,-d*2,0]) cube (d/2);
  11 translate ([d+15,-d*2,0]) cube (d/4);
  12
  13 /*
  14
  15
  16 try 2mm retract (then 35mm/s?)
  17 2mm jammed
  18 35mm/s jammed even with R2000 and 5.0 ejerk
  19
  20 M905 K50
  21 M204 T2000 P500 R3000
  22 M205 X8.0
  23
  24 M905 K50
  25 M204 T2000 P500 R2000
  26 M205 X12.0 E5.0
  27
  28 M905 K50
  29 M204 T2000 P500 R3000
  30 M205 X12.0 E5.0
  31
  32 next bump ejerk if needed
  33 R3000 = boom
  34
  35 M905 K50
  36 M204 T2000 P500 R2000
  37 M205 X12.0 E10.0
  38
  39 everything fucking sucks
  40 M905 K50
  41 M204 T2000 P500 R2000
  42 M205 X12.0 E5.0
  43
  44 seriously
  45 M905 K0
  46 M204 T2000 P500 R3000
  47 M205 X12.0 E10.0
  48
  49 round 2:
  50
  51  - ooze test 35mm/s 1.5mm retract with solid green and K50. Fail or
  52    succeed does not matter, just need a reference for "it can work" or
  53    "fail expected"
  54  - several ooze test models with K0 and atomic filament
  55    - Try R2000, 25mm/s 1.5mm, E10.0. Reduce jerk, then accel if needed
  56    - Try R3000 (if it works), 35mm/s 1.5mm
  57    - Intermediate retract speeds if required
  58
  59    initial result: both did ooze test @ max. plain green filament does
  60    robot at most brutal 1.5mm settings without issues...
  61
  62 M203 E35.0
  63 M204 T2000 P500 R3000
  64 M205 X15.0 E10.0
  65 M905 K50
  66
  67
  68
  69 M203 E35.0
  70 M204 T2000 P500 R3000
  71 M205 X12.0 E10.0
  72 M905 K50
  73
  74 */