improved box

Author: hstarmans

.gitattributes

@@ -1 +1 @@
-*.FCStd diff=./fcinfo
+*.FCStd diff=./fcinfo

.gitignore

@@ -1,4 +1,4 @@
-*.stl
-*.png
-*.svg
-*.FCStd1
+*.stl
+*.png
+*.svg
+*.FCStd1

Deprecated/Down projection Openscad Kickstarter/box/onderkant.py

@@ -1,13 +1,13 @@
-# Company: Hexastorm
-# Author: Henri Starmans
-# Date: 17-3-2017
-
-from stl_tools import numpy2stl
-from scipy.ndimage import gaussian_filter
-from pylab import imread
-
-img = 256 * imread("freecadlogo.png")
-img = img[:,:,0]+1.*img[:,:,3]
-img = gaussian_filter(img,2)
-numpy2stl(img,'hexastorm.stl', scale=0.2, mask_val=5, solid=True)
-
+# Company: Hexastorm
+# Author: Henri Starmans
+# Date: 17-3-2017
+
+from stl_tools import numpy2stl
+from scipy.ndimage import gaussian_filter
+from pylab import imread
+
+img = 256 * imread("freecadlogo.png")
+img = img[:,:,0]+1.*img[:,:,3]
+img = gaussian_filter(img,2)
+numpy2stl(img,'hexastorm.stl', scale=0.2, mask_val=5, solid=True)
+

Deprecated/Hexastorm logo Generator/hexastorm.py

@@ -1,64 +1,64 @@
-# Company: Hexastorm
-# Author: Henri Starmans
-# Date: 26-6-2017
-
-from os import system
-from math import sqrt, ceil
-from solid.objects import cylinder, cube, polygon, import_stl, scale
-from solid.utils import scad_render_to_file, up, back, right, translate
-from solid.utils import rotate, left, down, mirror, forward, hole, linear_extrude, hull
-
-
-THCKW = 2 # [mm], wall thickness
-SGM = 30  # number of segment for circle
-
-
-def ueyeholder():
-    """ueyeholder
-    creates a holder for an ueye camera
-
-    A holder for an uEye camera to view upward.
-    The uEye camera cannot look upward due its connector on the back.
-    This design solves this problem via a cubical enclosure.
-    """
-    #### UEYE cubical dimension
-    margin = 0.3
-    size_x = 34        # mm
-    size_y = 32        # mm
-    size_z = 34.6      # mm
-    ### UEYE screw
-    screw_d = 3        # mm
-    screw_z = 30.4     # sep z-direction
-    screw_z -= screw_d
-    screw_ytop = 19.8     # mm
-    screw_ytop -= screw_d
-    screw_ybottom = 21.8
-    screw_ybottom -= screw_d
-    screw_zoff = 1.3+screw_d/2
-    connector_z = 18   # mm
-    connector_x = 16.2 # mm
-    #### 
-    # box
-    # camera is pushed in from bottom
-    holder = cube([size_x+2*THCKW+margin, size_y+2*THCKW+margin, size_z+THCKW+connector_z+margin])
-    holder -= translate([THCKW, THCKW , THCKW])(cube([size_x+margin, size_y+margin,
-                                                      size_z+THCKW+connector_z+margin]))
-    # 4 screw holes
-    socket = cylinder(h=size_x+2*THCKW, r=screw_d/2, segments=SGM)
-    socket = rotate([0,90,0])(socket)
-    sockets = socket+forward(screw_ybottom)(socket)
-    temp = (screw_ytop-screw_ybottom)*0.5
-    sockets += up(screw_z)(back(temp)(socket)+forward(screw_ytop-temp)(socket))
-    # substraction prep sockets
-    holder -= translate([0, (size_y-screw_ybottom)*0.5+THCKW+0.5*margin,
-                         screw_zoff+THCKW+connector_z+0.5*margin])(sockets)
-    # space connector
-    holder -=translate([THCKW+0.5*(size_x-connector_x),0,THCKW])(cube([connector_x,
-                                                 THCKW,size_z+THCKW+connector_z]))
-    return holder
-
-if __name__ == "__main__":
-
-    holder_print = ueyeholder()
-    scad_render_to_file(holder_print, "holderprint.scad")
-
+# Company: Hexastorm
+# Author: Henri Starmans
+# Date: 26-6-2017
+
+from os import system
+from math import sqrt, ceil
+from solid.objects import cylinder, cube, polygon, import_stl, scale
+from solid.utils import scad_render_to_file, up, back, right, translate
+from solid.utils import rotate, left, down, mirror, forward, hole, linear_extrude, hull
+
+
+THCKW = 2 # [mm], wall thickness
+SGM = 30  # number of segment for circle
+
+
+def ueyeholder():
+    """ueyeholder
+    creates a holder for an ueye camera
+
+    A holder for an uEye camera to view upward.
+    The uEye camera cannot look upward due its connector on the back.
+    This design solves this problem via a cubical enclosure.
+    """
+    #### UEYE cubical dimension
+    margin = 0.3
+    size_x = 34        # mm
+    size_y = 32        # mm
+    size_z = 34.6      # mm
+    ### UEYE screw
+    screw_d = 3        # mm
+    screw_z = 30.4     # sep z-direction
+    screw_z -= screw_d
+    screw_ytop = 19.8     # mm
+    screw_ytop -= screw_d
+    screw_ybottom = 21.8
+    screw_ybottom -= screw_d
+    screw_zoff = 1.3+screw_d/2
+    connector_z = 18   # mm
+    connector_x = 16.2 # mm
+    #### 
+    # box
+    # camera is pushed in from bottom
+    holder = cube([size_x+2*THCKW+margin, size_y+2*THCKW+margin, size_z+THCKW+connector_z+margin])
+    holder -= translate([THCKW, THCKW , THCKW])(cube([size_x+margin, size_y+margin,
+                                                      size_z+THCKW+connector_z+margin]))
+    # 4 screw holes
+    socket = cylinder(h=size_x+2*THCKW, r=screw_d/2, segments=SGM)
+    socket = rotate([0,90,0])(socket)
+    sockets = socket+forward(screw_ybottom)(socket)
+    temp = (screw_ytop-screw_ybottom)*0.5
+    sockets += up(screw_z)(back(temp)(socket)+forward(screw_ytop-temp)(socket))
+    # substraction prep sockets
+    holder -= translate([0, (size_y-screw_ybottom)*0.5+THCKW+0.5*margin,
+                         screw_zoff+THCKW+connector_z+0.5*margin])(sockets)
+    # space connector
+    holder -=translate([THCKW+0.5*(size_x-connector_x),0,THCKW])(cube([connector_x,
+                                                 THCKW,size_z+THCKW+connector_z]))
+    return holder
+
+if __name__ == "__main__":
+
+    holder_print = ueyeholder()
+    scad_render_to_file(holder_print, "holderprint.scad")
+

Deprecated/uEye stand/ueyestand.py

@@ -4,6 +4,9 @@ If you print all the components, you should be able to build something like show
 <img src="https://cdn.hackaday.io/images/7106161566426847098.jpg" align="center" height="300"/>
 
 
+### Notes on using LCINterlock
+LCinterlock does not account for the orientation of the [document](https://github.com/execuc/LCInterlocking/pull/34). Therefore objects are cloned and the cloned objects are used to make the box. Futhermore, it is not possible so set a margin for the nut [width](https://github.com/execuc/LCInterlocking/issues/46). This is fixed by adjusting the code of the core module.
+
 ### Laser height
 The laser should be at a height of 29 mm.