sinus benchy as printed

Liech · Nov 29, 2023 · eb96876 · eb96876
1 parent 5cb8914
commit eb96876
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Showing 4 changed files with 16 additions and 15 deletions.
diff --git a/Examples/NonPlanarWobbleSlicer/BuildZSliceField.py b/Examples/NonPlanarWobbleSlicer/BuildZSliceField.py
@@ -14,12 +14,12 @@
 
 boundary = modelBoundary({'Name':'Main'})
 voxelizeMin=boundary['Min']
-voxelizeMin[0] = voxelizeMin[0] - boundary['UniformSize'][0];
-voxelizeMin[1] = voxelizeMin[1] - boundary['UniformSize'][1];
+voxelizeMin[0] = voxelizeMin[0] - boundary['UniformSize'][0]/10;
+voxelizeMin[1] = voxelizeMin[1] - boundary['UniformSize'][1]/10;
 
 voxelizeMax=boundary['UniformMax']
-voxelizeMax[0] = voxelizeMax[0] + boundary['UniformSize'][0];
-voxelizeMax[1] = voxelizeMax[1] + boundary['UniformSize'][1];
+voxelizeMax[0] = voxelizeMax[0] + boundary['UniformSize'][0]/10;
+voxelizeMax[1] = voxelizeMax[1] + boundary['UniformSize'][1]/10;
 
 print("  Generate Double Field...");
 minZ = voxelizeMin[2]
@@ -42,7 +42,8 @@ def density(input):
   data = input["Data"]
   xWobble = data["WobbleFrequency"]
   zWobble = data["WobbleAmplitude"]
-  distortion = (math.sin(coord[1]*(xWobble/data["SliceResolution"][0]))*zWobble + math.cos(coord[0]*(xWobble/data["SliceResolution"][0]))*zWobble);
+  #distortion = (math.sin(coord[1]*(xWobble/data["SliceResolution"][0]))*zWobble + math.cos(coord[0]*(xWobble/data["SliceResolution"][0]))*zWobble);
+  distortion = (math.sin(coord[0]*(xWobble/data["SliceResolution"][0]) + 3.14/2)*zWobble)*zWobble;
   perc = (coord[2] / data["SliceResolution"][2])
   distortionInfluence = 0
   fromPercentage = data["WobbleFrom"]

diff --git a/Examples/NonPlanarWobbleSlicer/SliceZ.py b/Examples/NonPlanarWobbleSlicer/SliceZ.py
@@ -18,7 +18,7 @@
 
 Z = 0.2
 counter = 0;
-Z = 9
+#Z = 9
 
 setData({'Name':'ZCounter', 'Data' : 0});
 

diff --git a/Examples/NonPlanarWobbleSlicer/createSlice.py b/Examples/NonPlanarWobbleSlicer/createSlice.py
@@ -10,13 +10,13 @@
 
 boundary = modelBoundary({'Name':'Main'})
 voxelizeMin=boundary['Min']
-voxelizeMin[0] = voxelizeMin[0] - boundary['UniformSize'][0];
-voxelizeMin[1] = voxelizeMin[1] - boundary['UniformSize'][1];
+voxelizeMin[0] = voxelizeMin[0] - boundary['UniformSize'][0]/10;
+voxelizeMin[1] = voxelizeMin[1] - boundary['UniformSize'][1]/10;
 voxelizeMin[2] = voxelizeMin[2];
 
 voxelizeMax=boundary['UniformMax']
-voxelizeMax[0] = voxelizeMax[0] + boundary['UniformSize'][0];
-voxelizeMax[1] = voxelizeMax[1] + boundary['UniformSize'][1];
+voxelizeMax[0] = voxelizeMax[0] + boundary['UniformSize'][0]/10;
+voxelizeMax[1] = voxelizeMax[1] + boundary['UniformSize'][1]/10;
 voxelizeMax[2] = voxelizeMax[2];
 
 print("  Generate Double Field...");

diff --git a/Examples/NonPlanarWobbleSlicer/main.py b/Examples/NonPlanarWobbleSlicer/main.py
@@ -6,19 +6,19 @@
   'BuildplateCenter'  : [100,100,0],
   'LayerHeight'       : 0.2,
   'WallAmount'        : 2,
-  'NozzleDiameter'    : 0.42,
+  'NozzleDiameter'    : 0.40,
   'VoxelResolution'   :[512,512,512],
-  'SliceResolution'   :[32,32,32],
+  'SliceResolution'   :[64,64,64],
   'WallThickness'     : 0.4,
   'PlanarSlicing'     : False,
   'LayerLimit'        : -1, # -1 for unlimited
   'Detail'            : 0.3, #0.0-1.0
   'IntermediateFiles' : True,
   'WobbleAmplitude'   : 1.0, # z height
-  'WobbleFrequency'   : 4.14*10, #amount of waves in full volume
+  'WobbleFrequency'   : 4.14*15, #amount of waves in full volume
   'WobbleFrom'        : 0.11, # percentage where wobble is full
-  'WobbleTo'          : 0.31, #percentage where wobble stops being full
-  'rampTime'          : 0.06 #percentage before and after full wobble where it fades out
+  'WobbleTo'          : 0.51, #percentage where wobble stops being full
+  'rampTime'          : 0.1 #percentage before and after full wobble where it fades out
 };
 
 #createPlane({
-Original file line number
+Diff line change
@@ Expand Up / @@ -18,7 +18,7 @@ @@
     Z = 0.2
     counter = 0;
-    Z = 9
+    #Z = 9
     setData({'Name':'ZCounter', 'Data' : 0});
@@ Expand Down @@