// These are the roughing passes where we work down to the base circle
private void buildManyPasses()
{
Data.sWarning = "";
CodeBlock code = new CodeBlock();
GeneratePass gen = new GeneratePass(code, BuildPasses.buildRawOffsets());
PathMetrics pm = new PathMetrics();
pm.compute();
int passes = pm.getNumberRoughPasses();
double depthPerPass = pm.getDepthRoughPasses();
double currentDepth = 0;
double maxOffset = 0;
double maxOffsetAngle = 0;
int maxOffsetPass = 0;
code.add(doPreCode());
for (int pass = 1; pass <= passes; pass++)
{
code.add("(============= Pass " + pass.ToString() + " of " + passes.ToString() + " =============)");
currentDepth -= depthPerPass;
gen.generateNextPass(currentDepth, 0);
Polar max = gen.getMaxOffset();
if(max.r > maxOffset)
{
maxOffset = max.r;
maxOffsetAngle = max.a;
maxOffsetPass = pass;
}
}
code.retract();
code.rotate(0);
code.add(doPostCode());
Data.sGCode = code.getCode();
if(maxOffset > 0) { doOffsetWarning(maxOffset, maxOffsetAngle, maxOffsetPass); }
}
// This is the final pass with compensation for grinder wear
public void buildFinalPass()
{
Data.sWarning = "";
CodeBlock code = new CodeBlock();
GeneratePass gen = new GeneratePass(code, BuildPasses.buildRawOffsets());
code.add(doPreCode());
code.add("(============= Single finish pass =============)");
// Adjust for grinder wear
double grinderAdjust = Data.dActualBaseDiameter / 2 - Data.dBaseRadius;
gen.generateNextPass(0, grinderAdjust);
code.retract();
code.rotate(0);
code.add(doPostCode());
Data.sGCode = code.getCode();
}
private void buildOnePass()
{
Data.sWarning = "";
CodeBlock code = new CodeBlock();
GeneratePass gen = new GeneratePass(code, BuildPasses.buildRawOffsets());
code.add(doPreCode());
code.add("(============= Single pass =============)");
gen.generateNextPass(0, 0);
code.retract();
code.rotate(0);
code.add(doPostCode());
Data.sGCode = code.getCode();
}