feat: more stuff

README.md

@@ -12,8 +12,8 @@ but these are the original tracks you can replicate
 | Straight Quarter    | ✓         |               |            |
 | Straight 4-studs    | ✓         | ~10ct         | 15m        |
 | Curve Long          | ✓         |               |            |
-| Curve Short Left    | ❌        |               |            |
-| Curve Short Right   | ❌        |               |            |
+| Curve Short Left    | ⚠️        |               |            |
+| Curve Short Right   | ⚠️        |               |            |
 | Ramp Upper Part     | ❌        |               |            |
 | Ramp Lower Part     | ❌        |               |            |
 | Monoswitch          | ❌        |               |            |
@@ -32,8 +32,34 @@ a 1x2 plate, which you can fit there for the same effect.
 The monorail tracks are also solid now, which is not something you can do in injection molding but leaves
 a really nice surface finish at the bottom of the rail for us.
 
+For now, I also use non-baseplate aligned joints for curves. While this means you can't just snap the rails
+on a baseplate, it enables you to use straight rails at non-90 degree angles which I think is an absolute
+win over the original design since the 45 degree curves are useless outside of joining them with switches.
+
 _These are 3d printing optimized, compatible rails, not replicas. Replicas print horribly due to support._
 
+### Optional Differences
+
+#### Operating on r25 instead of r28
+
+What difference do these three studs make?
+With this radius we can take advantage of the pythagorean triples `3/4/5` and `7/24/25` to stay on the stud
+grid with turntables.
+
+- Curve C15
+- Curve C7
+- Straight S21
+- Straight S7
+- Straight S6
+
+Two C15 and one C7 make exactly a 90 degree turn, where every part stays on the stud grid.
+
+An s-curve with C7 moves two studs, and can be extended by 1 stud
+with S7 or 3 studs with S21.
+
+An s-curve with C15 moves over 20 studs, and can be extended by 8 studs
+with S6 or 28 studs with S21 straights.
+
 ## Printing
 
 To be compatible with standard bricks, the following print settings are strongly advised

track.scad

@@ -1,19 +1,23 @@
 include <BOSL2/std.scad>;
 include <BOSL2/beziers.scad>;
 
+/* [Print Settings] */
+// Some feature are generated with respect to the layer height
+LayerHeight = 0.2; // [0.1,0.13,0.2]
 // Enable built-in support for 3d printing
-Support=true;
-// Supports are generated with respect to the layer height
-LayerHeight=0.2; // [0.05,0.1,0.2]
-
+Support = true;
+/* [Model Settings] */
 // Only applies to straight tracks
-Length=8; // [4:1:56]
+Length = 8; // [4:1:56]
 // Only applies to curves
-Radius=28; // [4:1:36]
-// The angle at the y- axis
-StartAngle=45; // [0:15:90]
-// The angle at the y+ axis
-EndAngle=0; // [0:15:90]
+Radius = 28; // [4:1:36]
+// TODO: Incline of the track
+Incline = 0; // [-10:1:10]
+AlignInclineToBaseplate = true;
+// The angle the track takes
+Angle = 0.0;
+// Useful when working with Pythagorean Triples
+UseLengthForCurveAngle = true;
 
 module __CustomizerLimit__() {}
 
@@ -167,10 +171,10 @@ module monorailStraight(l) {
   }
 }
 
-if (EndAngle == 0 && StartAngle == 0)
+if (Angle == 0)
   monorailStraight(l=Length);
 else
-  monorailCurve(Radius, sa=StartAngle, ea=EndAngle);
+  monorailCurve(Radius, sa=0, ea=UseLengthForCurveAngle ? asin(Length / Radius) : Angle);
 
 // endCapStraight();
 // translate([28.75, -232, -5.75]) rotate([0, 0, 90]) import("straight.stl");