milling mode: reduced minimum step size for work part scan to 5mm (ne…

…eded for better precision e.g. when milling PCBs)
Nibbels · Oct 14, 2017 · 8c4a331 · 8c4a331
1 parent 9f29930
commit 8c4a331
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Showing 2 changed files with 4 additions and 4 deletions.
diff --git a/Repetier/RF1000.h b/Repetier/RF1000.h
@@ -1111,7 +1111,7 @@ Above this value the z compensation will distribute the roughness of the surface
 #define WORK_PART_SCAN_X_END_STEPS              long(XAXIS_STEPS_PER_MM * WORK_PART_SCAN_X_END_MM)                          // [steps]
 #define WORK_PART_SCAN_X_STEP_SIZE_MM           20                                                                          // [mm]
 #define WORK_PART_SCAN_X_STEP_SIZE_STEPS        long(XAXIS_STEPS_PER_MM * WORK_PART_SCAN_X_STEP_SIZE_MM)                    // [steps]
-#define WORK_PART_SCAN_X_STEP_SIZE_MIN_MM       10                                                                          // [mm]
+#define WORK_PART_SCAN_X_STEP_SIZE_MIN_MM       5                                                                           // [mm]
 #define WORK_PART_SCAN_X_STEP_SIZE_MIN_STEPS    long(XAXIS_STEPS_PER_MM * WORK_PART_SCAN_X_STEP_SIZE_MIN_MM)                // [steps]
 #define WORK_PART_SCAN_X_MAX_POSITION_STEPS     long(X_MAX_LENGTH_MILL * XAXIS_STEPS_PER_MM - WORK_PART_SCAN_X_END_STEPS)   // [steps]
 
@@ -1121,7 +1121,7 @@ Above this value the z compensation will distribute the roughness of the surface
 #define WORK_PART_SCAN_Y_END_STEPS              long(YAXIS_STEPS_PER_MM * WORK_PART_SCAN_Y_END_MM)                      // [steps]
 #define WORK_PART_SCAN_Y_STEP_SIZE_MM           20                                                                      // [mm]
 #define WORK_PART_SCAN_Y_STEP_SIZE_STEPS        long(YAXIS_STEPS_PER_MM * WORK_PART_SCAN_Y_STEP_SIZE_MM)                // [steps]
-#define WORK_PART_SCAN_Y_STEP_SIZE_MIN_MM       10                                                                      // [mm]
+#define WORK_PART_SCAN_Y_STEP_SIZE_MIN_MM       5                                                                       // [mm]
 #define WORK_PART_SCAN_Y_STEP_SIZE_MIN_STEPS    long(YAXIS_STEPS_PER_MM * WORK_PART_SCAN_Y_STEP_SIZE_MIN_MM)            // [steps]
 #define WORK_PART_SCAN_Y_MAX_POSITION_STEPS     long(Y_MAX_LENGTH * YAXIS_STEPS_PER_MM - WORK_PART_SCAN_Y_END_STEPS)    // [steps]
 

diff --git a/Repetier/RF2000.h b/Repetier/RF2000.h
@@ -1116,7 +1116,7 @@ Above this value the z compensation will distribute the roughness of the surface
 #define WORK_PART_SCAN_X_END_STEPS              long(XAXIS_STEPS_PER_MM * WORK_PART_SCAN_X_END_MM)                          // [steps]
 #define WORK_PART_SCAN_X_STEP_SIZE_MM           20                                                                          // [mm]
 #define WORK_PART_SCAN_X_STEP_SIZE_STEPS        long(XAXIS_STEPS_PER_MM * WORK_PART_SCAN_X_STEP_SIZE_MM)                    // [steps]
-#define WORK_PART_SCAN_X_STEP_SIZE_MIN_MM       10                                                                          // [mm]
+#define WORK_PART_SCAN_X_STEP_SIZE_MIN_MM       5                                                                           // [mm]
 #define WORK_PART_SCAN_X_STEP_SIZE_MIN_STEPS    long(XAXIS_STEPS_PER_MM * WORK_PART_SCAN_X_STEP_SIZE_MIN_MM)                // [steps]
 #define WORK_PART_SCAN_X_MAX_POSITION_STEPS     long(X_MAX_LENGTH_MILL * XAXIS_STEPS_PER_MM - WORK_PART_SCAN_X_END_STEPS)   // [steps]
 
@@ -1126,7 +1126,7 @@ Above this value the z compensation will distribute the roughness of the surface
 #define WORK_PART_SCAN_Y_END_STEPS              long(YAXIS_STEPS_PER_MM * WORK_PART_SCAN_Y_END_MM)                      // [steps]
 #define WORK_PART_SCAN_Y_STEP_SIZE_MM           20                                                                      // [mm]
 #define WORK_PART_SCAN_Y_STEP_SIZE_STEPS        long(YAXIS_STEPS_PER_MM * WORK_PART_SCAN_Y_STEP_SIZE_MM)                // [steps]
-#define WORK_PART_SCAN_Y_STEP_SIZE_MIN_MM       10                                                                      // [mm]
+#define WORK_PART_SCAN_Y_STEP_SIZE_MIN_MM       5                                                                       // [mm]
 #define WORK_PART_SCAN_Y_STEP_SIZE_MIN_STEPS    long(YAXIS_STEPS_PER_MM * WORK_PART_SCAN_Y_STEP_SIZE_MIN_MM)            // [steps]
 #define WORK_PART_SCAN_Y_MAX_POSITION_STEPS     long(Y_MAX_LENGTH * YAXIS_STEPS_PER_MM - WORK_PART_SCAN_Y_END_STEPS)    // [steps]