📝 Updated InputShaping.py

Author: thinkyhead

_gcode/M493.md

@@ -177,7 +177,7 @@ Use a slicer that provides custom G-code macros for layer change. For example yo
   M493 XY A{(layer_num < 2 ? 0 : 15 + 45.0 * (layer_num - 2) / 297)} ; (Hz) XY Input Shaping Test
   ```
 
-- In *Cura*, you'll first need to add the .py file in [this repository](//www.github.com/dsdanielko/cura-ringing-tower-script/) to your Cura "scripts" folder. Reopen Cura, enable **Spiralize Outer Contour** and set **Minimum Layer Time** to 0. Then go to **Extensions > Post Processing > Modify G-Code**. Click **Add a script** in the window that opens and use the dropdown menu to find **Input Shaping**. Make sure the **Motion planning type** dropdown is set to **M493**. The default frequency settings will let you test a range of 15Hz to 60Hz.
+- In *Cura*, you'll first need to add the `InputShaping.py` file [located here](//github.com/thinkyhead/cura-ringing-tower-script/tree/ftm-m493-version-2) to your Cura "scripts" folder. Reopen Cura, enable **Spiralize Outer Contour** and set **Minimum Layer Time** to 0. Then go to **Extensions > Post Processing > Modify G-Code**. Click **Add a script** in the window that opens and use the dropdown menu to find **Input Shaping**. Make sure the **Motion planning type** dropdown is set to **M493**. The default frequency settings will let you test a range of 15Hz to 60Hz.
 
 ##### 3. Slice and Print
 Slice and print the tower using 0.2mm layer height using the highest reasonable speed. When you examine the results it should be obvious where ringing is reduced the most on each axis. To get the Hz value for a given Z height, use the formula:

_gcode/M593.md

@@ -109,7 +109,7 @@ Use a slicer that provides custom G-code macros for layer change. For example yo
   M593 F{(layer_num < 2 ? 0 : 15 + 45.0 * (layer_num - 2) / 297)} ; Hz Input Shaping Test
   ```
 
-- In *Cura*, you'll first need to add the .py file in [this repository](//www.github.com/dsdanielko/cura-ringing-tower-script/) to your Cura "scripts" folder. Reopen Cura, enable **Spiralize Outer Contour** and set **Minimum Layer Time** to 0. Then go to **Extensions > Post Processing > Modify G-Code**. Click **Add a script** in the window that opens and use the dropdown menu to find **Input Shaping**. Make sure the **Motion planning type** dropdown is set to **M593**. The default frequency settings will let you test a range of 15Hz to 60Hz.
+- In *Cura*, you'll first need to add the `InputShaping.py` file [located here](//www.github.com/dsdanielko/cura-ringing-tower-script) to your Cura "scripts" folder. Reopen Cura, enable **Spiralize Outer Contour** and set **Minimum Layer Time** to 0. Then go to **Extensions > Post Processing > Modify G-Code**. Click **Add a script** in the window that opens and use the dropdown menu to find **Input Shaping**. Make sure the **Motion planning type** dropdown is set to **M593**. The default frequency settings will let you test a range of 15Hz to 60Hz.
 
 ##### 3. Slice and Print
 Slice and print the tower using 0.2mm layer height using the highest reasonable speed. When you examine the results it should be obvious where ringing is reduced the most on each axis. To get the Hz value for a given Z height, use the formula `15 + 45 * (z / 0.2 - 2) / 297`.