![]() You can use those to define the geometrical properties of your SMT tapes and assign names to them. In the source code window, you see several TapeDefinitions. Rotate the preview for the Y axis to point downwards to get the standard view (why, will be explained later). Just press the Preview button to see the standard example: Go to the first one, which is used to customize the actual feeder 3D-print. There are two files, the BlindsFeeder-3DPrinting.scad and the BlindsFeeder-Library.scad. regardless of the version of OpenPNP you have). You can also get the newest ones from GitHub (i.e. OpenPNP will ask you where to save and then open the two files. Then press the Extract 3D-Printing Files button. To get the feeder's OpenSCAD model files, it's easiest to extract them from OpenPNP, so we need to add the first BlindsFeeder right now: The feeder is created using the cool Open Source program OpenSCAD. Can later move/rotate a whole feeder array on the machine table, by recapturing one fiducial (move) or two (move and rotate).Shared properties of the arrayed feeders (such as fiducial locations etc.) are automatically synced.all the important local coordinates are made to be integral 1mm, 2mm or even 4mm multiples. High accuracy and vision robustness by using knowledge of the EIA-481-C standard for carrier tapes and the 3D printing model, i.e.Supports full affine transformation (position, rotation, optionally shear). Tolerates mechanical imprecision of all kinds, including attaching feeders to the machine by simple means (+/-2mm tolerance).Vision based calibration of the blinds cover push edges.Vision based “one-click” tape setup for the blinds cover: pocket centerline, pocket size, pocket pitch (for the push-away cover, the pocket pitch must be entered manually).Lazy evaluation, once per homing automatic calibration. Fiducials to accurately vision-calibrate the feeder local coordinate system (all the feeders in the array at once).Resilient "Green Screen" vision system (that's why the feeders must be green).If nozzle tip pushing is not wanted, the feeder supports manual cover operation with vision-based “is open” check.( Travelling salesman solver implemented to optimize the machine motion path). a special (sturdy) nozzle tip can be used to open all the covers. All covers can be opened at Job start i.e.Nozzle tips pushing can be allowed/disallowed.Both covers are simply opened/closed using the nozzle tip.Uses extra space for the pushed-away cover. The cover will be pushed away from the parts as they are used up. larger parts in embossed plastic carrier tapes). The push-away cover can be used for tapes with tightly spaced parts (e.g.Uses almost no extra space on the machine table. The cover, having openings at the same pitch, can be shifted by half pitch to close up the parts. Blinds cover for tapes where part pockets are spaced out (e.g.Two cover types: blinds cover and push-away cover.Covers prevent parts from falling out: allows off-machine preparation and storage.Multiple feeders can be printed in one array, even mixed in type.No additional parts or tools needed (except tweezers, double-sided tape).Fast 3D print using an OpenSCAD parametric model.For taping/gluing down on a sturdy surface.Intended for prototyping and very small runs. Uses computer vision and fiducials for setup and operation. The cover can be opened/closed automatically by the nozzle tip. On my server we have people who have started with Lvl 150 (tamed out at like 223) parents and have cross bred and interbred and now have like level 300 babies.A step up from the ], this light 3D-printed feeder can hold and reload cut pieces of SMT tape and protect the parts using a sliding cover. Trying to get the babies to get the best stats from both parents to combine to a baby that is much higher level than either parents.īut as stated previously, you can get the lower stat of each parent and end up with babies with lower levels than the parents. The whole point in breeding programs and tracking offspring and such as people spend MONTHS of their life doing, is to breed better and better babies. I'm pretty skeptical about this and wonder if there is a glitch. The stats were pretty my much same as the mother was born with. I thought the level couldn't be lower than the lowest parent or higher than the highest one, but just today I got a level 58 baby from level 46 and 49 parents. Is this because we are using the same pair each time? Originally posted by pure.nightmare.3:Will this effect the levels which are produced? Only reason i ask is because we are breeding the same pair of Anky's and the levels of the eggs are getting lower - M is 228 and F is 222 (tamed levels) and the latest egg hatched out a 169! ![]()
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