Fix links - issues #72 #76

articles/cooling_and_layer_times.md

@@ -54,7 +54,7 @@ Excessive cooling *can* moderately reduce part strength, however.
  - For very large objects, however, you may want to be more conservative with cooling. Large objects are much more prone to warping.
  - This is the only time I might use differing fan speeds. Lower fan speeds for the majority of the print, with higher fan speeds for overhangs.
 
-- If your prints are curling away from the bed even at low fan speeds, it may actually be a [:page_facing_up: build surface adhesion](./build_surface_adhesion.md) issue.
+- If your prints are curling away from the bed even at low fan speeds, it may actually be a [:page_facing_up: build surface adhesion](./troubleshooting/build_surface_adhesion.md) issue.
 
 
 

articles/troubleshooting/vfas.md

@@ -29,7 +29,7 @@ parent: Troubleshooting
 ## VFAs With ~2mm Spacing
 If the marks are about 2mm apart, that usually means that it's coming from **belt/pulley/idler teeth** somewhere. 
 
-Ensure that these artifacts are **still perfectly vertical** even when printing irregularly shaped objects like the *"rectangular 2 recommended.stl"* object [:page_facing_up: here](https://mihaidesigns.com/pages/inconsistent-extrusion-test). \
+Ensure that these artifacts are **still perfectly vertical** even when printing irregularly shaped objects like the *"rectangular 2 recommended.stl"* object [:page_facing_up: here](https://mihaidesigns.com/inconsistent-extrusion/). \
 If they are not vertical (i.e. wood grain, diagonal, etc), see [:page_facing_up: this article](../troubleshooting/extrusion_patterns.md) instead.
 
 Print a square object at 45 degrees and see if it appears A, B, or both. This will tell you which axis/axes to look at.
@@ -62,7 +62,7 @@ Print a square object at 45 degrees and see if it appears A, B, or both. This wi
  - Gates toothed idlers > smooth idlers (2x F695 bearings) > china toothed idlers.
 ## VFAs With Non-2mm Spacing
 
-Try printing the test objects [:page_facing_up: here](https://mihaidesigns.com/pages/inconsistent-extrusion-test).
+Try printing the test objects [:page_facing_up: here](https://mihaidesigns.com/inconsistent-extrusion/).
 
 Ensure that the artifacts are *always vertical or diagonal, regardless of part geometry*. These patterns can be subtle (lumps) or sharp (lines).
 

articles/useful_macros/hotend_fan_monitoring.md

@@ -39,7 +39,7 @@ This macro polls your hotend fan RPM and executes custom gcode if a fan failure
  - [:page_facing_up: DigiKey 24v search](https://www.digikey.com/en/products/filter/dc-brushless-fans-bldc/217?s=N4IgjCBcpgLFoDGUBmBDANgZwKYBoQB7KAbXAFZyAmADggF0CAHAFyhAGUWAnASwDsA5iAC%2BBWADYEIZJHTZ8RUiFgAGCQE5yAdhDj1WmiEYhW7LnyGiC5I9BmpMuAsUhkAzGG01VEfZ7AjEzNITh4BYTFwDXdpWXlnJTcQCVhvVT0U8ncqckyJHSpdAgkJVVgqY2Y2UIsI6xBbDTjHBRdlNNVc4vBNGlgjAjA%2BtMzhjQ0qeCHNScHeiapYgipVdxoCzNX3GJ7tjVg-EH33POCasMtIqKl7XgATdjANI5DL%2BoIWAE8mHHZ7rDIEQiIA)
  - [:page_facing_up: DigiKey 12v search](https://www.digikey.com/en/products/filter/dc-brushless-fans-bldc/217?s=N4IgjCBcpgLFoDGUBmBDANgZwKYBoQB7KAbRAA4B2cgNnJAF0CAHAFyhAGVWAnASwB2AcxABfArBoIQySOmz4ipELAAMNAJwBWSiAnrt9JiDYdu-YWIJb60Gaky4CxSGQDMYaqogE3WmpSUbnoqqh5g9BJgGgBMGvDGppBcvIIi4uAawXay8k5KriA0sF4hNFpuMVplOjG6BDQ0qrAxjCzsyeZpViA2GtK5joouZCWqVfXgmuSwkVMaM5NgmrHwBMsasXMbscEEMWG01fthWZMHbvE%2BIBdZ1YkdKRbpGVJ2fAAmHNHXSU-dBFYAE9mDgOB8sMhRKIgA)
 
-- I recommend using [:pushpin: this guide's pause/resume macros](./pause_resume.md) with this. They will automatically turn the hotend off for a pause and automatically return it to temperature for resume. 
+- I recommend using [:pushpin: this guide's pause/resume macros](./pause_resume_filament.md) with this. They will automatically turn the hotend off for a pause and automatically return it to temperature for resume. 
 
 ## Setup
 **1.** Connect your hotend fan's RPM/tach wire to a spare endstop port.