switched EOL encoding of doc files to CRLF (windows-style) for easier access...

switched EOL encoding of doc files to CRLF (windows-style) for easier access for the less flexible users :)


git-svn-id: https://pycam.svn.sourceforge.net/svnroot/pycam/trunk@232 bbaffbd6-741e-11dd-a85d-61de82d9cad9

HOWTO.TXT

-
-The DropCutter goes as folows:
-1) make lines along the X-axis (Lines)
-2) for each line, take a number of samples (Samples)
-3) at each sample, drop the cutter until it hits the model, this is a cutter location point
-4) connect the cutter location points along the line
-
-
-The PushCutter goes as follows:
-1) make slices along the Z-axis (Levels)
-2) make lines along the X-axis (Lines)
-3) push the cutter along the line until it hits the model, this is a cutter location
-   if we do not hit anything, we're finished
-4) skip the parts where the model is above the current z-level
-5) go back to 3
-
-
-The PathAccumulator connects the cutter locations by cutting in between,
-it's usefull mainly for debugging
-
-The SimpleCutter connects the cutter locations in an on-off (cut/don't cut) pattern,
-it's usefull only for debugging
-
-The ZigZagCutter connects the cutter locations by cutting in between points,
-then come back along the next line in reverse direction.
-it's usefull mainly in combination with the DropCutter
-
-The PolygonCutter extracts polygonial sections from the cutter scanlines,
-then cuts those in a zig-zag pattern
-it's usefull mainly in combination with the PushCutter
-
-The ContourCutter extracts contours from the cutter scanlines,
-it's usefull only in combination with the PushCutter
-
+
+The DropCutter goes as folows:
+1) make lines along the X-axis (Lines)
+2) for each line, take a number of samples (Samples)
+3) at each sample, drop the cutter until it hits the model, this is a cutter location point
+4) connect the cutter location points along the line
+
+
+The PushCutter goes as follows:
+1) make slices along the Z-axis (Levels)
+2) make lines along the X-axis (Lines)
+3) push the cutter along the line until it hits the model, this is a cutter location
+   if we do not hit anything, we're finished
+4) skip the parts where the model is above the current z-level
+5) go back to 3
+
+
+The PathAccumulator connects the cutter locations by cutting in between,
+it's usefull mainly for debugging
+
+The SimpleCutter connects the cutter locations in an on-off (cut/don't cut) pattern,
+it's usefull only for debugging
+
+The ZigZagCutter connects the cutter locations by cutting in between points,
+then come back along the next line in reverse direction.
+it's usefull mainly in combination with the DropCutter
+
+The PolygonCutter extracts polygonial sections from the cutter scanlines,
+then cuts those in a zig-zag pattern
+it's usefull mainly in combination with the PushCutter
+
+The ContourCutter extracts contours from the cutter scanlines,
+it's usefull only in combination with the PushCutter
+