BQ25792 Charger

@@ -2,7 +2,7 @@   "slug": "bq25792-charger",   "title": "BQ25792 Charger",   "type": "component",-  "version": "0.1.40",+  "version": "0.1.41",   "description": "BQ25792 Charger - buck-boost 1S-4S battery charger board by Adonis, with real 3D copper traces and measured stackup.",   "tags": [     "hardware"

@@ -4,9 +4,16 @@   "slug": "bq25792-charger",   "title": "BQ25792 Charger",   "brief": "Buck-boost 1S-4S battery charger board (TI BQ25792) with 14 Adom machine pins, by Adonis",-  "version": "0.1.40",+  "version": "0.1.41",   "tags": [-    "hardware"+    "adom",+    "adom-modular",+    "component",+    "charger",+    "battery",+    "bq25792",+    "power",+    "usb-c"   ],   "license": "proprietary",   "component": {@@ -49,7 +56,7 @@     "email": "[email protected]"   },   "visibility": "public",-  "description": "BQ25792 Charger - buck-boost 1S-4S battery charger board by Adonis, with real 3D copper traces and measured stackup.",+  "description": "BQ25792 Charger - a buck-boost 1S-4S battery charger board (Texas Instruments BQ25792) designed by Adonis in Fusion 360, with 14 Adom machine pins for the modular stack. Interactive colored 3D model, schematic and layout views.",   "dependencies": {},   "files": [     "README.md",

@@ -196,7 +196,7 @@ exported bodies + design rules.</p>    // LAYERS top->bottom. z = nominal assembled plane (mm) for the readout + order check.   const LAYERS=[-    {key:"components", label:"Components",       z:1.582},+    {key:"components", label:"Components (SMD)", z:1.582},     {key:"silk_top",   label:"Silkscreen (top)", z:1.600},     {key:"mask_top",   label:"Soldermask (top)", z:1.592},     {key:"cu1",        label:"Copper L1",        z:1.534},@@ -208,6 +208,7 @@ exported bodies + design rules.</p>     {key:"cu16",       label:"Copper L16",       z:-0.019},     {key:"mask_bot",   label:"Soldermask (bot)", z:-0.075},     {key:"silk_bot",   label:"Silkscreen (bot)", z:-0.083},+    {key:"tht",        label:"Components (thru-hole)", z:-0.090},   ];   const N=LAYERS.length;   LAYERS.forEach(L=>{ L.meshes=[]; L.visible=true; });@@ -231,7 +232,18 @@ exported bodies + design rules.</p>     let pre=sc.meshes.length;     await B().SceneLoader.AppendAsync("", new File([compBytes],"components.glb",{type:"model/gltf-binary"}), sc, null, ".glb");     try{ if(viewer.toggleAxes) viewer.toggleAxes("world",false); }catch(e){}-    attach("components", sc.meshes.slice(pre));+    // split: THROUGH-HOLE = geometry penetrating below the board bottom (pins/contacts in+    // vias) - anchored, never animated. SMD = everything seated on top.+    {+      const all=sc.meshes.slice(pre), smd=[], tht=[];+      all.forEach(function(m){+        let below=false;+        try{ m.computeWorldMatrix(true); below=m.getBoundingInfo().boundingBox.minimumWorld.z < -0.0005; }catch(e){}+        (below?tht:smd).push(m);+      });+      attach("components", smd);+      attach("tht", tht);+    }      for (const g of [["grp-cu1.glb.png","cu1"],["grp-cu16.glb.png","cu16"]]){       const bytes=await loadPngBytes(R+g[0]);@@ -316,11 +328,11 @@ exported bodies + design rules.</p>     setTimeout(function(){       try{         const ext=sc.getWorldExtends(m=>!/ground/i.test(m.name||""));-        const c=new (B().Vector3)((ext.min.x+ext.max.x)/2,(ext.min.y+ext.max.y)/2,(ext.min.z+ext.max.z)/2+18*mm);+        const c=new (B().Vector3)((ext.min.x+ext.max.x)/2,(ext.min.y+ext.max.y)/2,(ext.min.z+ext.max.z)/2+10*mm);         const dx=ext.max.x-ext.min.x, dy=ext.max.y-ext.min.y, dz=ext.max.z-ext.min.z;         const diag=Math.sqrt(dx*dx+dy*dy+dz*dz);         const cam=sc.activeCamera;-        cam.setTarget(c); cam.radius=diag*2.6; cam.beta=1.2; cam.alpha=-1.2;+        cam.setTarget(c); cam.radius=diag*1.4; cam.beta=1.2; cam.alpha=-1.2;         cam.minZ=diag*0.005; cam.maxZ=diag*400;         if(typeof cam.wheelPrecision==="number") cam.wheelPrecision=3/diag;       }catch(e){}