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Manifest.html
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Manifest.html
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<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN">
<html>
<head>
<TITLE>DeltaUtil Manifest</TITLE>
</head>
<BODY STYLE="font-family: Arial, Helvetica">
<H1 center>DeltaUtil Manifest</H1>
<DL compact>
<DT>bedProbeRandGrid.pl</DT>
<DD>generate gcode for a random ordered prone of print bed</DD>
<DT>cart2delta.m</DT><DD>basic inverse kinematic equations</DD>
<DT>computeCalDist.pl</DT>
<DD>Given text data files defining location of calibration print reference points,
and pairs of points whose seperation can readily be measured, compute
the distances between these pairs of points, and write them to a text data file.</DD>
<DT>delta2cart.m</DT><DD>basic kinematic equations</DD>
<DT>deltaCalXYZ.m</DT><DD>High-level procedure to estimate complete
calibration parameters set given both bed probe and calibration print measurements.
Will estimate best-fit printer calibration parameters.</DT>
<DT>deltaErrXY.m</DT><DD>Error metric for calibration print measurements w.r.t. estimated printer parameters.</DT>
<DT>deltaErrZ.m</DT><DD>Error metric for bed probe w.r.t. estimated printer parameters.</DT>
<DT>deltaTestA.scad</DT><DD>Calibration test object model</DD>
<DT>deltaTestA.svg</DT><DD>Drawing of deltaTestA model, with calibration points annotated</DD>
<DT>deltaTestA.png</DT><DD>render of calibration test model</DD>
<DT>extractProbeData.pl</DT><DD>extract bed probe numbers from Marlin console output for analysis</DD>
<DT>getExtremaIndices.m</DT><DD>part of SimplexMinimize</DD>
<DT>getFieldDef.m</DT><DD>utility for extracting fields from structures</DD>
<DT>getIndex.m</DT><DD>part of calibration print definition parsing</DD>
<DT>gLace.pl</DT><DD>generates g-code for test print that spans whole printbed.
Good for testing quality of bed tramming adjustment.</DD>
<DT>guessDeltaEndstopErr.m</DT><DD>estimates best fit endstop offsets from bed probe data, without altering other printer parameters</DD>
<DT>guessDeltaErr4.m</DT><DD>estimates best fit endstop offsets and uniform delta radius from bed probe data, without altering other printer parameters</DD>
<DT>guessDeltaErr6.m</DT><DD>estimates best fit endstop offsets and unique delta radius from bed probe data, without altering other printer parameters</DD>
<DT>guessDeltaErrXYZ.m</DT><DD>Main routine to guess endstops offsets, delta radii, and rod-length (and spread) from a combination of bed probe data and calibration object measurements</DD>
<DT>guessDeltaXYerr.m</DT><DD>guess delta radii, and rod-length (and spread) from calibration object measurements alone</DD>
<DT>loadXYcalDef.m</DT><DD>Load calibration print measurement definitions</DD>
<DT>loadXYcalMeas.m</DT><DD>Load calibration print measurements</DD>
<DT>plotParabolicFit.m</DT><DD>Plot a parabolic fit to a set of bed-probe measuirements, and provide the fit polynomial coefficients
<DT>plotXYdistort.m</DT><DD>produce wind-vector like plot of XY placement distortions</DD>
<DT>sampleMeans.m</DT><DD>given a set of bed measurements, many of which may be repeated, condense the list into averages of the repeated measurements.</DD>
<DT>SimplexExitCriteriaMet.m</DT><DD>exit test for SimplexMinimize</DD>
<DT>SimplexMinimize.m</DT><DD>Main simplex search routine</DD>
<DT>SimplexUpdate.m</DT><DD>part of SimplexMinimize</DD>
<DT>XYcalPairsA.dat</DT><DD>definition of measurement pairs for deltaTestA object</DD>
<DT>XYcalPointsA.dat</DT><DD>definition of calibration points on deltaTestA object</DD>
</DL>
</body></html>