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end
fprintf(fid,'%s %g %5 \n', 'Set swGuidePtC, i, ') = swSketchPt(I)');
fprintf(fid,'''exit 3D sketch \n');
fprintf(fid,'swModel.lnscn3DSketch \n');
fprinlf(fid,'%s %g %5 \n', 'Set swSketch(', i, ') =
swModel.FeatureByPositionReverse(O)');
fprinlf(fid,'swModel.ClearSelection \n');
fprintf(fid,'For z = 22 To 39 In');
fprintf(fid,'bRel = swSkelchPl(z).Select2(True, 0) In');
fprintf(fid,'Next z \n');
fprintf(fid,'For z = I To 20 In');
fprintf(fid,'bRel = swSketchPl(z)$elect2(True, 0) In');
fprintf(fid,'Next z \n'l;
fprintf(fid,'swModel.lnscrt3DSplineCurve (True) \n');
fprintf(fid,'%s %g %5 \n', 'Set swFeatCurve(', i, ') =
swModel.FeatureByPositionReverse(O)');
Generate leading edge line as
fprintf{fid,'swModel.ClearSelection \n');
the reference line for loft
end
function
fprintf(fid,"'create guide curve \n'); % create reference line
fprintf(fid,'For z = 0 To 20 \n'); % define the point 0 to 20
fprintf(fid,'bRet = swGuidePt(z).Select2(True, 0) \n');
fprintf(fid,'Next z \n');
fprintf(fid,'swModeLlnsert3DSplineCurve (False) \n'); % connect the points from 0
to 20 to gebarate a reference line
fprintf(fid,'Set swGuideCurve = swModeI.FeatureByPosirionReverse(O) \n'); %
define the reference line position in Feature object
Generate propeller blade by loft
function
fprintf(fid,'''create loft \n'); %create loft to generate a propeller blade
fprintf(fid,'swModel.ClearSelection \n'); %clear anything currently selected
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