planter.scad

@@ -1,5 +1,5 @@
 // Diameter of the inside cylinder
-diameter = 62;
+diameter = 63;
 // Height of the inside cyliner
 height = 40;
 // Number of cuts / ridges around the planter
@@ -12,6 +12,8 @@ thickness = 3;
 bottom_roundness_percent = 85;
 // Optional wall mount plate, 0 is no plate and 100 makes the planter a half-circle
 wall_mount_percent = 30;
+// Top angle
+top_angle = 20;
 
 module _end_of_customizer() {}
 
@@ -111,19 +113,27 @@ module planter() {
     bottom();
 }
 
-// Planter with optional wall mount plate
+// Planter with optional wall mount plate and angled top
 //
 // If `wall_mount_percent` is 0, no plate, if 100, the planter is a half circle
-if(wall_mount_percent > 0) {
+difference() {
     full_diameter = (diameter + thickness * 2) + cut_depth * 2;
 
-    wall_x = full_diameter / 2 * (1 - wall_mount_percent / 100);
+    if(wall_mount_percent > 0) {
+        wall_x = full_diameter / 2 * (1 - wall_mount_percent / 100);
 
-    wall_depth = full_diameter * sqrt(1 - (1 - wall_mount_percent / 100)^2);
+        wall_depth = full_diameter * sqrt(1 - (1 - wall_mount_percent / 100)^2);
 
-    chop_off(wall_x, thickness) {
+        chop_off(wall_x, thickness) {
+            planter();
+        }
+    } else {
         planter();
     }
-} else {
-    planter();
+
+    // Angled top
+    translate([-diameter / 2, -full_diameter / 2, height])
+    rotate([0, top_angle, 0])
+    translate([-full_diameter / 2 + diameter / 2, 0, 0])
+    cube([full_diameter / cos(top_angle), full_diameter, full_diameter]);
 }