Index

.gitignore

@@ -1,3 +1,4 @@
 .DS_Store
 
 docgen
+docs/.source_hashes

.openscad_docsgen_rc

@@ -1,3 +1,10 @@
 TargetProfile: githubwiki
 ProjectName: Metal Library
 GenerateDocs: Files, TOC, Index, Topics, CheatSheet, Sidebar
+SidebarHeader:
+  ## Indices
+  .
+SidebarMiddle:
+  [Tutorials](Tutorials)
+DefineHeader(BulletList): Side Effects
+DefineHeader(Table;Headers=Anchor Name|Position): Extra Anchors

Readme.md

@@ -2,6 +2,8 @@
 
 Libraries for Metal makers
 
+- [Documentation](./docs/metalib.scad.md)
+
 
 ## Miter tubes module
 

docs/Topics.md

@@ -0,0 +1,11 @@
+# Topic Index
+
+An index of topics, with related functions, modules, and constants.
+
+**M**: [Metal](#metal)
+
+### Metal
+
+- [`miter_profile()`](metalib.scad#module-miter_profile) Mod – Creates a miter profile
+- [`miter_tubes()`](metalib.scad#module-miter_tubes) Mod – Generates a sequence of mitered tubes
+

docs/metalib.scad.md

@@ -15,6 +15,8 @@ To use, add the following lines to the beginning of your file:
 
 **Synopsis:** Creates a miter profile
 
+**Topics:** [Metal](Topics#metal)
+
 **Usage:** As Module
 
 - miter_profile(length,height,depth);
@@ -23,6 +25,13 @@ To use, add the following lines to the beginning of your file:
 
 Generates a flexible battery holder for 'n' cylindrical batteries with complex features like wire channels, screw holes, and contact points.
 
+
+This is the continues content
+
+**Side Effects:** 
+
+- No side effects registered
+
 **Arguments:** 
 
 <abbr title="These args can be used by position or by name.">By&nbsp;Position</abbr> | What it does
@@ -46,6 +55,8 @@ Generates a flexible battery holder for 'n' cylindrical batteries with complex f
 
 **Synopsis:** Generates a sequence of mitered tubes
 
+**Topics:** [Metal](Topics#metal)
+
 **Description:** 
 
 This module generates a sequence of mitered tubes based on the provided section lengths,
@@ -58,6 +69,9 @@ This module generates a sequence of mitered tubes based on the provided section
 `section`            | An array of section lengths, each specifying the length of an individual tube. Example: `[10, 20, 30]` will create three tubes of lengths 10, 20, and 30 units respectively.
 `heights`            | The height of each tube. This value defines the dimension perpendicular to the tube's length and depth.
 `depth`              | The depth of each tube. This value defines the dimension perpendicular to the tube's length and height.
+
+<abbr title="These args must be used by name, ie: name=value">By&nbsp;Name</abbr> | What it does
+-------------------- | ------------
 `unfold`             | Determines whether the sequence of tubes should be unfolded for easier visualization or fabrication. When `true`, the tubes are laid out in a flat arrangement. Defaults to `false`.
 
 **Example 1:** Simple Case
@@ -77,5 +91,20 @@ This module generates a sequence of mitered tubes based on the provided section
 
 <br clear="all" /><br/>
 
+**Example 2:** Unfolded
+
+<img align="left" alt="miter\_tubes() Example 2" src="images/metalib/miter_tubes_2.png" width="320" height="240">
+
+    include <metalib.scad>;
+    miter_tubes(
+         sections = [800,750],
+         height = 50,
+         depth = 50,
+         unfold = false,
+         quote=true
+     );
+
+<br clear="all" /><br/>
+
 ---
 

gen_doc.sh

@@ -0,0 +1 @@
+openscad-docsgen -m -I -P "Metalib" --force

metalib.json

@@ -0,0 +1,7 @@
+{
+    "fileFormatVersion": "1",
+    "parameterSets": {
+        "New set 1": "",
+        "New set 2": ""
+    }
+}

metalib.scad

@@ -1,19 +1,45 @@
+//////////////////////////////////////////////////////////////////////
+// LibFile: metalib.scad
+// Includes:
+//   include <metalib.scad>;
+// FileGroup: Metal
+// FileSummary: Metal, metalon, profile, and geometry.
+//////////////////////////////////////////////////////////////////////
 
 include <BOSL2/std.scad>;
 
-/*
+
-section=20;
+debugging = false;
-height=800;
-depth=560;
-width=563;
 
 
-side_length = 20; // Length of each side of the square
+/* [Hidden] */
-thickness = 3;   // Thickness of the material
+
-*/
 $fn=32;
 
+
+// Module: miter_profile()
+// Synopsis: Creates a miter profile
+// Topics: Metal
+// Description:
+//   Generates a flexible battery holder for 'n' cylindrical batteries with complex features like wire channels, screw holes, and contact points.
+//
+// Continues:
+//   This is the continues content
+// Side Effects:
+//   No side effects registered
+// Usage: As Module
+//   miter_profile(length,height,depth);
+// Arguments:
+//   length = Length
+//   height = Height
+//   depth  = Depth    
+//
+// Example: Simple Case 
+//   miter_profile(length=200, height=30, depth=20);
+
 module miter_profile( length=200, height=30, depth=20 ) {
+    //cube([50,50,50]);
+    
     delta=1;
     difference() {
         cuboid([length,depth,height],anchor=CENTER,rounding=1);
@@ -28,6 +54,8 @@ module miter_profile(length=200,height=30,depth=20) {
     }
 }
 
+//miter_profile(length=200, height=30, depth=20);
+
 
 
 /**
@@ -50,6 +78,8 @@ module miter_profile(length=200,height=30,depth=20) {
  *   for easier visualization or fabrication. When `true`, the tubes are laid out in a flat arrangement.
  *   Defaults to `false`.
  *
+ * @param quote     -   Display quote
+ *
  * Internal Variables and Process:
  * - `moves` (array): Computed positions and rotations for each tube, determined by the `rotSlide`
  *   function applied to the `sections` and `unfold` parameters.
@@ -70,13 +100,64 @@ module miter_profile(length=200,height=30,depth=20) {
  * miter_tubes([10, 20, 30], height=5, depth=3, unfold=true);
  * ```
  */
-module miter_tubes( sections, height, depth, start=true,end=true,unfold=false){
+ 
+// Module: miter_tubes() 
+// Synopsis:  Generates a sequence of mitered tubes
+// Topics: Metal
+// Description:
+//    This module generates a sequence of mitered tubes based on the provided section lengths,
+//          with options for customizing their dimensions and unfolding their arrangement.
+// Arguments:
+//  section     = An array of section lengths, each specifying the length of an individual tube. Example: `[10, 20, 30]` will create three tubes of lengths 10, 20, and 30 units respectively.
+//  heights     = The height of each tube. This value defines the dimension perpendicular to the tube's length and depth.
+//  depth       = The depth of each tube. This value defines the dimension perpendicular to the tube's length and height.
+//  ---
+//  unfold      = Determines whether the sequence of tubes should be unfolded for easier visualization or fabrication. When `true`, the tubes are laid out in a flat arrangement. Defaults to `false`.
+// Example: Simple Case 
+//   miter_tubes(
+//        sections = [800,750,800],
+//        height = 50,
+//        depth = 50,
+//        start=false,
+//        end=false,
+//        unfold = false,
+//        quote=true
+//    );
+// Example: Unfolded
+//   miter_tubes(
+//        sections = [800,750],
+//        height = 50,
+//        depth = 50,
+//        unfold = false,
+//        quote=true
+//    );
+
+module miter_tubes( sections, height, depth, start=true,end=true,unfold=false,quote=false){
     for (index = [0:len(sections)-1]) {
         length = sections[index];
         m = computeSectionPositions( sections, unfold )[index];
         translate([m[0],m[1], m[2]])
-            yrot(-m[3])    
+            yrot(-m[3]) {    
-                miter_tube( length, height, depth, start = index==0 ? start : true,end = index==len(sections)-1 ? end : true    );
+                miter_tube( 
+                    length, 
+                    height, 
+                    depth, 
+                    start = index==0 ? start : true,
+                    end = index==len(sections)-1 ? end : true    
+                );
+                if (quote) {
+                    dimension(length);
+                    //path = [[0,length], [length,length]];
+                    path = [[0,-140], [length-5,-140]];
+                    stroke(path, width=3,endcaps="arrow2",endcap_width=15);
+                    //ext1 = [[0,-140], [length-5,-140]];
+                    ext1 = [[0,0], [0,-140-40]];
+                    stroke(ext1, width=3);
+                    ext2 = [[length,0], [length,-140-40]];
+                    stroke(ext2, width=3);
+                    
+                }                
+            }    
     }
 }
 
@@ -111,6 +192,17 @@ module miter_tube(length=200,height=30,depth=20,rounding=2,wall=1.5,start=true,e
     
 }
 
+/**
+ * Dimension
+ *
+ */
+module dimension(value) {
+    fwd(120)
+    right(value/2)
+       text(str(value),size=60,font="Saira Stencil One",halign="center");
+    
+}
+
 
 
 /**
@@ -152,3 +244,25 @@ function computeSectionPositions(sections, unfold=false) =
 //miter_tubes([400,500,600,700,800],30,20);
 //echo ("rotSlide",rotSlide([400,500,600,500]));
     
+if (debugging) { zrot(90) yrot(-90*0) {  
+	miter_tubes(
+        sections = [800,750,800],
+        height = 50,
+        depth = 50,
+        start=false,
+        end=false,
+        unfold = true,
+        quote=true
+    );
+	back(200) miter_tubes(
+        sections = [800,750,800],
+        height = 50,
+        depth = 50,
+        start=false,
+        end=false,
+        unfold = false,
+        quote=false
+    );
+    
+    }
+}