component
IXYS IXTP15N50L2 LinearL2 N-channel MOSFET
Public Made by Adomby adom
500 V LinearL2 MOSFET, TO-220AB. Source-backed pin map and nominal CAD; mounting qualification pending.
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Publish 0.1.0
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LICENSE+9README.md+32THIRD_PARTY.md+7build_library.py+26build_model.py+46datasheet.pdfdimensions.json+92features.json+2footprint-input.json+48footprint.html+210hero-review.pnghero.pngixtp15n50l2-ai-nominal-features.json+26ixtp15n50l2-ai-nominal.glbixtp15n50l2-ai-nominal.step+3374ixtp15n50l2-board-use.glbixtp15n50l2-hero.glbixtp15n50l2-hero.overlay.json+167ixtp15n50l2.adom-lbr.json+441ixtp15n50l2.kicad_mod+33ixtp15n50l2.kicad_sym+329package.json+92page.json+97preview.pngprovenance.json+47symbol.html+1997LICENSEadded+9@@ -0,0 +1,9 @@+MIT License++Copyright (c) 2026 Adom Industries Inc.++Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:++The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.++THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
README.mdadded+32@@ -0,0 +1,32 @@+# IXYS IXTP15N50L2++The IXTP15N50L2 is a silicon N-channel LinearL2 MOSFET in a TO-220AB package, designed for linear operation in programmable loads, current regulators and related circuits. The exposed mounting tab is electrically connected to Drain.++| Pin | Function |+|---|---|+| 1 | Gate |+| 2 | Drain, including metal tab |+| 3 | Source |++The manufacturer lists a 500 V drain-source rating, 15 A continuous drain current at a 25 °C case, and 0.42 °C/W maximum junction-to-case thermal resistance. These are device ratings under specified conditions, not a simultaneous operating envelope or an electronic-load power rating. Use the full safe-operating-area curves, case temperature and thermal design for the intended operating point. The 300 W datasheet dissipation rating assumes a case held at 25 °C.++Source: [IXYS DS100054B (12/11), pages 1–2 and SOA plots](datasheet.pdf). [Manufacturer-hosted datasheet](https://www.littelfuse.com/~/media/electronics/datasheets/discrete_mosfets/littelfuse_discrete_mosfets_n-channel_linear_ixt_15n50_datasheet.pdf.pdf).++## Library and model status++**Provisional, not fabrication-qualified.** The symbol maps Gate/Drain/Source to pins 1/2/3. The footprint is an original straight-lead candidate at 2.54 mm pitch with 1.4 mm nominal finished holes and 2.2 mm copper pads. Confirm the fabrication tolerance and assembly clearance; a 1.3 mm minimum finished hole is a proposed engineering constraint, not a manufacturer recommendation. The maximum rectangular lead section in the drawing is 1.02 × 0.56 mm, approximately 1.164 mm diagonally.++The 3D assets are an independently generated nominal envelope based on the exact package drawing. They are **not manufacturer CAD**. Mold taper, small edge radii and shoulder transitions are simplified. Straight, untrimmed leads are represented; the board-use pose assumes a 3 mm body standoff. Different mounting orientations require their own lead-forming and model-binding review. Neither the model nor this footprint defines a qualified heatsink clamp or insulator.++The clean model is separate from the hero's nonphysical reference artwork. Source dimensions, assumptions and generation method are in [provenance.json](provenance.json), [dimensions.json](dimensions.json) and [build_model.py](build_model.py). Manufacturer markings and internal die geometry are not reconstructed.++## Files and reuse++- [KiCad symbol](ixtp15n50l2.kicad_sym) · [interactive symbol](symbol.html)+- [Candidate footprint](ixtp15n50l2.kicad_mod) · [interactive footprint](footprint.html)+- [Canonical Adom library](ixtp15n50l2.adom-lbr.json)+- [Original nominal STEP](ixtp15n50l2-ai-nominal.step) · [clean board-use GLB](ixtp15n50l2-board-use.glb)++Original Adom files are MIT licensed. The KiCad-derived symbol and the manufacturer datasheet retain their own terms; see [third-party attribution](THIRD_PARTY.md).++Related application: [Adom custom electronic load](https://wiki.adom.inc/adom/adom-custom-electronic-load). Its horizontal mounting, cooling and board qualification are separate from this reusable catalog record.
THIRD_PARTY.mdadded+7@@ -0,0 +1,7 @@+# Attribution and license scope++The conventional Q_NMOS_GDS schematic graphics derive from KiCad's Transistor_FET library, as embedded in the project's power.kicad_sch. KiCad libraries are licensed under CC-BY-SA 4.0 with the KiCad library exception. Preserve those terms for the derived symbol. Upstream: https://gitlab.com/kicad/libraries/kicad-symbols and https://www.kicad.org/libraries/license/ .++The unchanged IXYS DS100054B datasheet retains the copyright and terms printed by IXYS / Littelfuse. It is provided as manufacturer reference documentation, not relicensed as MIT. No distributor CAD was copied into this page.++The original reconstruction script, nominal geometry, footprint design, metadata and prose authored for this page are MIT licensed. Their dimensional assumptions and limitations remain part of their provenance.
build_library.pyadded+26@@ -0,0 +1,26 @@+import json,re,hashlib+from pathlib import Path+root=Path(__file__).resolve().parents[2];out=Path(__file__).parent+src=(root/'kicad/power.kicad_sch').read_text();start=src.index('(symbol "Transistor_FET:Q_NMOS_GDS"');depth=0;quote=False;esc=False+for end in range(start,len(src)):+ c=src[end]+ if esc:esc=False;continue+ if c=='\\' and quote:esc=True;continue+ if c=='"':quote=not quote+ if not quote:+ if c=='(':depth+=1+ elif c==')':+ depth-=1+ if depth==0:break+sym=src[start:end+1].replace('Transistor_FET:Q_NMOS_GDS','IXTP15N50L2').replace('Q_NMOS_GDS','IXTP15N50L2')+datasheet='https://www.littelfuse.com/~/media/electronics/datasheets/discrete_mosfets/littelfuse_discrete_mosfets_n-channel_linear_ixt_15n50_datasheet.pdf.pdf'+# Replace metadata, preserve the conventional MOSFET graphics and G/D/S pins.+sym=re.sub(r'\(property "Datasheet" "[^"]*"', '(property "Datasheet" "'+datasheet+'"',sym)+sym=re.sub(r'\(property "Description" "[^"]*"','(property "Description" "IXYS LinearL2 N-channel MOSFET, TO-220AB, G-D-S; tab is Drain"',sym)+sym=re.sub(r'\(property "Footprint" "[^"]*"','(property "Footprint" "IXTP15N50L2:IXTP15N50L2_TO220_Straight_Drill1p4"',sym)+for key,val in [('MPN','IXTP15N50L2'),('Manufacturer','IXYS / Littelfuse'),('Adom Wiki','https://wiki.adom.inc/adom/ixtp15n50l2'),('Mouser','747-IXTP15N50L2')]:+ sym=sym[:-1]+f'\n(property "{key}" "{val}" (at 0 0 0) (effects (font (size 1.27 1.27)) (hide yes)))\n)'+(out/'ixtp15n50l2.kicad_sym').write_text('(kicad_symbol_lib (version 20231120) (generator "adom-component-audit")\n'+sym+'\n)\n')+fp={'footprintName':'IXTP15N50L2_TO220_Straight_Drill1p4','description':'Original straight-lead candidate from DS100054B page 2. 1.4 mm finished holes; production tolerances require approval. Not the electronic-load horizontal forming variant.','pads':[{'number':str(i+1),'x':i*2.54,'y':0,'dx':2.2,'dy':2.2,'shape':'rect' if i==0 else 'circle','type':'thru_hole','drill':1.4} for i in range(3)],'body':{'x1':-2.79,'y1':-2.79,'x2':7.87,'y2':2.54},'courtyard':{'x1':-3.04,'y1':-3.04,'x2':8.12,'y2':2.79}}+(out/'footprint-input.json').write_text(json.dumps(fp,indent=2)+'\n')+(root/'design/component-catalog-audit/q1-lead-hole-finding.json').write_text(json.dumps({'part':'IXTP15N50L2','source':datasheet,'drawing':'DS100054B (12/11) page 2 TO-220 outline','leadMaxWidthMm':1.02,'leadMaxThicknessMm':.56,'leadMaxDiagonalMm':(1.02**2+.56**2)**.5,'currentLibraryDrillMm':1.1,'verdict':'fails worst-case rectangular lead-envelope clearance before fabrication tolerances','candidateFinishedHoleMm':1.4,'candidateCopperPadMm':2.2,'unresolved':['Verify native saved-board Q1 drills independently','Confirm minimum finished-hole tolerance and required assembly clearance','Reconcile horizontal lead forming, mounting-hole alignment and current/thermal impact before adopting board change']},indent=2)+'\n')
build_model.pyadded+46@@ -0,0 +1,46 @@+"""Original nominal envelope reconstruction from IXYS DS100054B page 2.+Run with the existing OCP environment on the shared step2glb host, not chipsmith.+"""+import json,sys+from pathlib import Path+from OCP.gp import gp_Pnt,gp_Dir,gp_Ax2+from OCP.BRepPrimAPI import BRepPrimAPI_MakeBox,BRepPrimAPI_MakeCylinder+from OCP.BRepAlgoAPI import BRepAlgoAPI_Cut+from OCP.TDocStd import TDocStd_Document+from OCP.TCollection import TCollection_ExtendedString+from OCP.XCAFDoc import XCAFDoc_DocumentTool,XCAFDoc_ColorType+from OCP.TDataStd import TDataStd_Name+from OCP.Quantity import Quantity_Color,Quantity_TOC_RGB+from OCP.STEPCAFControl import STEPCAFControl_Writer+from OCP.STEPControl import STEPControl_AsIs+from OCP.IFSelect import IFSelect_RetDone+out=Path(sys.argv[1]);out.mkdir(parents=True,exist_ok=True)+# Millimeter dimension intervals transcribed from the TO-220 outline only.+limits={'A':[4.32,4.83],'b':[.64,1.02],'b1':[1.15,1.65],'c':[.35,.56],+'D':[14.73,16.00],'E':[9.91,10.66],'e':[2.54,2.54],'F':[1.14,1.40],+'H1':[5.85,6.85],'J1':[2.29,2.79],'k':[0,.38],'L':[12.70,13.97],+'L1':[2.79,5.84],'P':[3.53,4.08],'Q':[2.54,3.18]}+n={k:sum(v)/2 for k,v in limits.items()}+# Supplied straight leads; body bottom at Z=0. No undocumented formed-lead claim.+# X pad centres 0,2.54,5.08. Y=0 is lead centre. Rear tab plane derives from J1.+back=-n['J1'];x0=n['e']-n['E']/2+parts=[]+def box(x,y,z,dx,dy,dz):return BRepPrimAPI_MakeBox(gp_Pnt(x,y,z),dx,dy,dz).Shape()+tab=box(x0,back,0,n['E'],n['F'],n['D'])+hole=BRepPrimAPI_MakeCylinder(gp_Ax2(gp_Pnt(n['e'],back-1,n['D']-n['Q']),gp_Dir(0,1,0)),n['P']/2,n['A']+2).Shape()+tab=BRepAlgoAPI_Cut(tab,hole).Shape();parts.append(('DrainTab',tab,(.65,.66,.68)))+# Undimensioned taper, edge radii, mold split and shoulder transition simplified.+body=box(x0,back+n['F'],0,n['E'],n['A']-n['F'],n['D']-n['H1'])+parts.append(('MoldedBody_Nominal',body,(.08,.085,.09)))+for i,name in enumerate(['Gate','Drain','Source']):+ x=i*n['e']+ parts.append((f'Lead{i+1}_{name}',box(x-n['b']/2,-n['c']/2,-n['L'],n['b'],n['c'],n['L']-n['L1']),(.7,.71,.73)))+ parts.append((f'Lead{i+1}_Shoulder',box(x-n['b1']/2,-n['c']/2,-n['L1'],n['b1'],n['c'],n['L1']),(.7,.71,.73)))+doc=TDocStd_Document(TCollection_ExtendedString('BinXCAF'))+st=XCAFDoc_DocumentTool.ShapeTool_s(doc.Main());ct=XCAFDoc_DocumentTool.ColorTool_s(doc.Main())+for name,shape,color in parts:+ label=st.AddShape(shape,False);TDataStd_Name.Set_s(label,TCollection_ExtendedString(name));ct.SetColor(label,Quantity_Color(*color,Quantity_TOC_RGB),XCAFDoc_ColorType.XCAFDoc_ColorGen)+writer=STEPCAFControl_Writer();writer.SetColorMode(True);writer.SetNameMode(True);writer.Transfer(doc,STEPControl_AsIs)+assert writer.Write(str(out/'ixtp15n50l2-ai-nominal.step'))==IFSelect_RetDone+(out/'dimensions.json').write_text(json.dumps({'units':'mm','source':'IXYS DS100054B (12/11), page 2, TO-220 Outline','limits':limits,'nominalMidpoints':n,'coordinateFrame':'Z upward along straight package; body bottom Z=0; full untrimmed leads below Z=0; pin centres X=0,2.54,5.08 Y=0','limitations':['Original independent nominal envelope, not manufacturer CAD','Unspecified mold taper, edge radii and mold split omitted','Lead shoulders are simplified rectangular envelopes','No lead bend or board seating height is prescribed by this model','No manufacturer markings or internal die represented','Horizontal formed-lead footprint requires a separate pose and forming verification']},indent=2)+'\n')+print('WROTE',out)
datasheet.pdfadded⋯ 1 unchanged line ⋯
dimensions.jsonadded+92@@ -0,0 +1,92 @@+{+ "units": "mm",+ "source": "IXYS DS100054B (12/11), page 2, TO-220 Outline",+ "limits": {+ "A": [+ 4.32,+ 4.83+ ],+ "b": [+ 0.64,+ 1.02+ ],+ "b1": [+ 1.15,+ 1.65+ ],+ "c": [+ 0.35,+ 0.56+ ],+ "D": [+ 14.73,+ 16.0+ ],+ "E": [+ 9.91,+ 10.66+ ],+ "e": [+ 2.54,+ 2.54+ ],+ "F": [+ 1.14,+ 1.4+ ],+ "H1": [+ 5.85,+ 6.85+ ],+ "J1": [+ 2.29,+ 2.79+ ],+ "k": [+ 0,+ 0.38+ ],+ "L": [+ 12.7,+ 13.97+ ],+ "L1": [+ 2.79,+ 5.84+ ],+ "P": [+ 3.53,+ 4.08+ ],+ "Q": [+ 2.54,+ 3.18+ ]+ },+ "nominalMidpoints": {+ "A": 4.575,+ "b": 0.8300000000000001,+ "b1": 1.4,+ "c": 0.455,+ "D": 15.365,+ "E": 10.285,+ "e": 2.54,+ "F": 1.27,+ "H1": 6.35,+ "J1": 2.54,+ "k": 0.19,+ "L": 13.335,+ "L1": 4.3149999999999995,+ "P": 3.8049999999999997,+ "Q": 2.8600000000000003+ },+ "coordinateFrame": "Z upward along straight package; body bottom Z=0; full untrimmed leads below Z=0; pin centres X=0,2.54,5.08 Y=0",+ "limitations": [+ "Original independent nominal envelope, not manufacturer CAD",+ "Unspecified mold taper, edge radii and mold split omitted",+ "Lead shoulders are simplified rectangular envelopes",+ "No lead bend or board seating height is prescribed by this model",+ "No manufacturer markings or internal die represented",+ "Horizontal formed-lead footprint requires a separate pose and forming verification"+ ]+}
features.jsonadded+2@@ -0,0 +1,2 @@+OK: features written → components/ixtp15n50l2/ixtp15n50l2-ai-nominal-features.json+bbox x=-2.6025..7.6825 y=-2.54..2.035 z=-13.335..15.365 floor_z=-13.335 axis=x pin1=unknown
footprint-input.jsonadded+48@@ -0,0 +1,48 @@+{+ "footprintName": "IXTP15N50L2_TO220_Straight_Drill1p4",+ "description": "Original straight-lead candidate from DS100054B page 2. 1.4 mm finished holes; production tolerances require approval. Not the electronic-load horizontal forming variant.",+ "pads": [+ {+ "number": "1",+ "x": 0.0,+ "y": 0,+ "dx": 2.2,+ "dy": 2.2,+ "shape": "rect",+ "type": "thru_hole",+ "drill": 1.4+ },+ {+ "number": "2",+ "x": 2.54,+ "y": 0,+ "dx": 2.2,+ "dy": 2.2,+ "shape": "circle",+ "type": "thru_hole",+ "drill": 1.4+ },+ {+ "number": "3",+ "x": 5.08,+ "y": 0,+ "dx": 2.2,+ "dy": 2.2,+ "shape": "circle",+ "type": "thru_hole",+ "drill": 1.4+ }+ ],+ "body": {+ "x1": -2.79,+ "y1": -2.79,+ "x2": 7.87,+ "y2": 2.54+ },+ "courtyard": {+ "x1": -3.04,+ "y1": -3.04,+ "x2": 8.12,+ "y2": 2.79+ }+}
footprint.htmladded+210@@ -0,0 +1,210 @@+<!doctype html><html><head><meta charset="utf-8">+<title>IXTP15N50L2_TO220_Straight_Drill1p4 - adom-footprint</title>+<meta name="viewport" content="width=device-width,initial-scale=1">+<style>+/* ── adom-footprint shared viewer core (CSS) ───────────────────────────────+ Included VERBATIM by both the live app (app.html) and the static embed+ (embed.html) so the canvas, zoom toolbar and layer-panel rows look identical+ and cannot drift. Self-contained literal colours (no dependency on either+ file's CSS vars). Class prefix: av- */++.av-vp{position:absolute;inset:0;overflow:hidden;cursor:grab;background:radial-gradient(circle at 50% 42%,#121a26 0%,#0d1117 72%)}+.av-vp.grab{cursor:grabbing}+/* DIRECT child only — the zoom-toolbar button icons (.av-tools svg) also live+ inside .av-vp; without '>' they'd inherit position:absolute and stack at 0,0. */+.av-vp > svg{position:absolute;left:0;top:0;width:100%;height:100%;transform-origin:0 0;display:block}++/* zoom toolbar */+/* Grouped translucent toolbar (matches adom-symbol's .tools): one container, borderless+ buttons that highlight on hover — instead of individually-boxed buttons. */+.av-tools{position:absolute;left:10px;top:10px;display:flex;gap:3px;padding:3px;z-index:5;background:rgba(22,27,34,.82);backdrop-filter:blur(10px);-webkit-backdrop-filter:blur(10px);border:1px solid #222b38;border-radius:9px}+.av-tools button{width:30px;height:30px;border-radius:6px;border:none;background:transparent;color:#cfd8e2;cursor:pointer;display:grid;place-items:center;transition:background .15s ease,color .15s ease}+.av-tools button svg{width:16px;height:16px;display:block}+.av-tools button:hover{background:#222b38;color:#37c8a6}+.av-tools button:focus,.av-tools button:focus-visible{outline:none}+.av-panhint{position:absolute;right:10px;bottom:9px;color:#8b949e;font-size:11px;z-index:5;pointer-events:none;user-select:none;-webkit-user-select:none}++/* layer panel rows */+.av-lrow{display:flex;align-items:center;gap:9px;padding:8px 9px;border-radius:8px;cursor:pointer}+.av-lrow:hover{background:#161c27}+.av-lrow .sw{width:13px;height:13px;border-radius:3px;border:1px solid rgba(255,255,255,.15);flex:0 0 13px}+.av-lrow .sw.ring{background:transparent!important}+.av-lrow .ln{flex:1;font-size:13px}+.av-lrow .meta{font-size:10px;color:#8b949e}+.av-lrow .chk{width:16px;height:16px;border-radius:4px;border:1.5px 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span{color:var(--muted);font-weight:400}+header .nm{margin-left:auto;font-weight:600;font-size:13px;color:#cfd8e2}+main{flex:1;display:flex;min-height:0}+.vpwrap{flex:1;position:relative;min-width:0}+aside{flex:0 0 248px;border-left:1px solid var(--border);background:var(--panel);display:flex;flex-direction:column;min-height:0}+aside .ah{padding:9px 12px;border-bottom:1px solid var(--border);font-size:12px;color:var(--muted)}+.layers{padding:6px}+.note{font-size:11px;color:var(--muted);line-height:1.45;padding:8px 11px}+.note b{color:#7ef0d2}+</style></head>+<body>+ <header><span class="dot"></span><span class="b">adom-footprint <span>· interactive</span></span><span class="nm">IXTP15N50L2_TO220_Straight_Drill1p4</span></header>+ <main>+ <div class="vpwrap">+ <div class="av-vp" id="vp">+ <svg xmlns="http://www.w3.org/2000/svg" viewBox="-4.090 -4.090 13.210 7.880" preserveAspectRatio="xMidYMid meet"><g class="adom-layer-courtyard"><rect x="-3.040" y="-3.040" width="11.160" height="5.830" fill="none" stroke="#FF26E2" stroke-width="0.05" stroke-dasharray="0.2,0.1"/></g><g class="adom-layer-fab"><rect x="-2.790" y="-2.790" width="10.660" height="5.330" fill="none" stroke="#6e7681" stroke-width="0.1"/></g><g class="adom-layer-copper"><g data-pad="1" data-shape="rect" data-size="2.200x2.200" data-mount="thru_hole"><rect x="-1.100" y="-1.100" width="2.200" height="2.200" fill="#C83434" stroke="#ef5350" stroke-width="0.04"/></g><g data-pad="2" data-shape="circle" data-size="2.200x2.200" data-mount="thru_hole"><circle cx="2.540" cy="0.000" r="1.100" fill="#C83434" stroke="#ef5350" stroke-width="0.04"/></g><g data-pad="3" data-shape="circle" data-size="2.200x2.200" data-mount="thru_hole"><circle cx="5.080" cy="0.000" r="1.100" fill="#C83434" stroke="#ef5350" stroke-width="0.04"/></g></g><g class="adom-layer-heatsink"></g><g class="adom-layer-drill"><circle cx="0.000" cy="0.000" r="0.700" fill="#0d1117" stroke="#666" stroke-width="0.05"/><circle cx="2.540" cy="0.000" r="0.700" fill="#0d1117" stroke="#666" stroke-width="0.05"/><circle cx="5.080" cy="0.000" r="0.700" fill="#0d1117" stroke="#666" stroke-width="0.05"/></g><g class="adom-layer-silk"><line x1="-2.910" y1="-2.910" x2="7.990" y2="-2.910" stroke="#00cccc" stroke-width="0.12" stroke-linecap="round"/><line x1="7.990" y1="-2.910" x2="7.990" y2="2.660" stroke="#00cccc" stroke-width="0.12" stroke-linecap="round"/><line x1="7.990" y1="2.660" x2="-2.910" y2="2.660" stroke="#00cccc" stroke-width="0.12" stroke-linecap="round"/><line x1="-2.910" y1="2.660" x2="-2.910" y2="-2.910" stroke="#00cccc" stroke-width="0.12" stroke-linecap="round"/><line x1="-3.090" y1="-3.090" x2="-2.490" y2="-3.090" stroke="#00cccc" stroke-width="0.12" stroke-linecap="round"/></g><g class="adom-layer-padnum"><text x="0.000" y="0.000" text-anchor="middle" dominant-baseline="central" font-size="0.924" fill="#fff" font-family="sans-serif" style="pointer-events:none">1</text><text x="2.540" y="0.000" text-anchor="middle" dominant-baseline="central" font-size="0.924" fill="#fff" font-family="sans-serif" style="pointer-events:none">2</text><text x="5.080" y="0.000" text-anchor="middle" dominant-baseline="central" font-size="0.924" fill="#fff" font-family="sans-serif" style="pointer-events:none">3</text></g><g class="adom-layer-paste-apertures"></g><g class="adom-layer-paste-dots"></g></svg>+ </div>+ </div>+ <aside>+ <div class="ah">Layers</div>+ <div class="layers" id="layers"></div>+ <div class="note">The <b>solder paste jet</b> layer shows the 300µm paste-dispensing dots that travel with the footprint. Off by default — toggle it on.</div>+ </aside>+ </main>+<script>/* ── adom-footprint shared viewer core (window.AV) ─────────────────────────+ Single source of truth for the layer list, toggle behaviour, defaults,+ pan/zoom and toolbar icons. Included VERBATIM by both app.html (live) and+ embed.html (static) so the two viewers cannot drift. Pure client-side; works+ on any SVG that carries the <g class="adom-layer-*"> groups. */+(function(){+ var ICON_ZIN='<svg viewBox="0 0 24 24" fill="none" stroke="currentColor" stroke-width="2" stroke-linecap="round" stroke-linejoin="round"><circle cx="10.5" cy="10.5" r="6.5"/><path d="M20 20l-4.5-4.5M10.5 8v5M8 10.5h5"/></svg>';+ var ICON_ZOUT='<svg viewBox="0 0 24 24" fill="none" stroke="currentColor" stroke-width="2" stroke-linecap="round" stroke-linejoin="round"><circle cx="10.5" cy="10.5" r="6.5"/><path d="M20 20l-4.5-4.5M8 10.5h5"/></svg>';+ // Zoom-to-FIT = a magnifier with a small square inside (fit content to view).+ // Deliberately NOT the four-corner expand/"fullscreen" glyph.+ var ICON_FIT='<svg viewBox="0 0 24 24" fill="none" stroke="currentColor" stroke-width="2" stroke-linecap="round" stroke-linejoin="round"><circle cx="10.5" cy="10.5" r="6.5"/><path d="M20 20l-4.5-4.5"/><rect x="7.6" y="7.6" width="5.8" height="5.8" rx="1.2"/></svg>';++ // The canonical layer list. Every layer is a <g class="adom-layer-*"> in the+ // self-rendered SVG, so toggling is group-based (robust) — never colour-match.+ // `kind:'group'` on every entry: all layers are toggled by their <g> group+ // (robust), never by colour-match. (app.html still reads def.kind.)+ var LAYER_DEFS=[+ {key:'copper', name:'Copper', kind:'group', sel:'.adom-layer-copper', sw:'#C83434'},+ // Auto-generated thermal-via array under the exposed pad — only present (and+ // listed) when the footprint has an exposed thermal pad.+ {key:'heatsink', name:'Heatsink vias', kind:'group', sel:'.adom-layer-heatsink', sw:'#e8a13a'},+ {key:'padnum', name:'Pad numbers', kind:'group', sel:'.adom-layer-padnum', sw:'#ffffff', ring:true},+ {key:'silk', name:'Silkscreen', kind:'group', sel:'.adom-layer-silk', sw:'#00cccc'},+ {key:'fab', name:'Fab (F.Fab)', kind:'group', sel:'.adom-layer-fab', sw:'#6e7681', ring:true},+ {key:'courtyard', name:'Courtyard', kind:'group', sel:'.adom-layer-courtyard', sw:'#FF26E2', ring:true},+ {key:'drill', name:'Drill', kind:'group', sel:'.adom-layer-drill', sw:'#888888', ring:true},+ {key:'paste-ap', name:'Paste apertures', kind:'group', sel:'.adom-layer-paste-apertures', sw:'#8aa0b8', ring:true},+ // Generic name — the 300µm solder-paste dispensing dots. Off by default.+ {key:'paste-dots',name:'Solder paste jet', kind:'group', sel:'.adom-layer-paste-dots', sw:'#37c8a6', special:true},+ ];++ // True only if the group actually holds drawn geometry (not an empty <g>) — so+ // layers with nothing in THIS footprint aren't listed as dead, dim rows.+ function groupHasGeo(svg,def){+ if(!svg) return false; var n=0,g=svg.querySelectorAll(def.sel);+ for(var i=0;i<g.length;i++){ n+=g[i].querySelectorAll('path,rect,circle,line,polygon,polyline,text').length; }+ return n>0;+ }+ function layerPresent(svg,def){ return groupHasGeo(svg,def); }+ function applyLayer(svg,def,on){+ if(!svg) return; var g=svg.querySelectorAll(def.sel);+ for(var i=0;i<g.length;i++) g[i].style.display=on?'':'none';+ }++ // Build layer rows into a container. opts:+ // svg, container, state {key:bool}, meta {pasteDots,pasteApertures},+ // onToggle(key,on). Missing state key -> special OFF, others ON. Skips empty+ // non-special groups. Returns the keys actually shown.+ function buildLayers(opts){+ var svg=opts.svg, box=opts.container, state=opts.state||{}, meta=opts.meta||{}, shown=[];+ box.innerHTML='';+ LAYER_DEFS.forEach(function(def){+ if(!def.special && !groupHasGeo(svg,def)) return;+ var on = def.special ? (state[def.key]===true) : (state[def.key]!==false);+ var m = def.key==='paste-dots' ? ((meta.pasteDots||0)+' @ 300µm')+ : def.key==='paste-ap' ? ((meta.pasteApertures||0)+' openings') : '';+ var row=document.createElement('div');+ row.className='av-lrow '+(on?'on':'off')+(def.special?' special':'');+ row.innerHTML='<span class="sw'+(def.ring?' ring':'')+'" style="'+(def.ring?('border-color:'+def.sw):('background:'+def.sw))+'"></span>'+ +'<span class="ln">'+def.name+'</span>'+(m?'<span class="meta">'+m+'</span>':'')+ +'<span class="chk">'+(on?'✓':'')+'</span>';+ row.onclick=function(){+ var nv=!row.classList.contains('on');+ row.classList.toggle('on',nv); row.classList.toggle('off',!nv);+ row.querySelector('.chk').textContent=nv?'✓':'';+ state[def.key]=nv; applyLayer(svg,def,nv);+ if(opts.onToggle) opts.onToggle(def.key,nv);+ };+ box.appendChild(row); applyLayer(svg,def,on); shown.push(def.key);+ });+ return shown;+ }++ // Wire pan + zoom on a viewport element (the box that contains the <svg>).+ // Returns a controller {fit, zoomIn, zoomOut, apply}.+ function initViewport(vp){+ var svg=vp.querySelector('svg');+ if(svg){ svg.removeAttribute('width'); svg.removeAttribute('height'); }+ var s=1,tx=0,ty=0;+ function apply(){ var el=vp.querySelector('svg'); if(el) el.style.transform='translate('+tx+'px,'+ty+'px) scale('+s+')'; }+ function zoomAt(cx,cy,f){ tx=cx-(cx-tx)*f; ty=cy-(cy-ty)*f; s*=f; apply(); }+ function fit(){ s=1;tx=0;ty=0;apply(); }+ // Smooth, delta-PROPORTIONAL zoom (matches adom-symbol). A fixed per-event+ // factor makes the trackpad leap — one gentle two-finger nudge fires a burst+ // of tiny wheel events and a fixed 1.12× compounds. Instead derive the factor+ // from how much actually scrolled (exp → smooth + reversible), normalise+ // device units, and clamp one event so a chunky mouse notch can't jump.+ var ZOOM_K=0.0022; // sensitivity: lower = gentler+ vp.addEventListener('wheel',function(e){+ e.preventDefault();+ var d=e.deltaY;+ if(e.deltaMode===1) d*=16; else if(e.deltaMode===2) d*=vp.clientHeight;+ d=Math.max(-50,Math.min(50,d));+ var r=vp.getBoundingClientRect();+ zoomAt(e.clientX-r.left,e.clientY-r.top,Math.exp(-d*ZOOM_K));+ },{passive:false});+ var drag=false,lx=0,ly=0;+ vp.addEventListener('pointerdown',function(e){ if(e.target.closest('.av-tools'))return; drag=true;lx=e.clientX;ly=e.clientY;vp.classList.add('grab');vp.setPointerCapture(e.pointerId); });+ vp.addEventListener('pointermove',function(e){ if(!drag)return; tx+=e.clientX-lx;ty+=e.clientY-ly;lx=e.clientX;ly=e.clientY;apply(); });+ vp.addEventListener('pointerup',function(){ drag=false;vp.classList.remove('grab'); });+ fit();+ return {+ fit:fit,+ zoomIn:function(){ var r=vp.getBoundingClientRect(); zoomAt(r.width/2,r.height/2,1.2); },+ zoomOut:function(){ var r=vp.getBoundingClientRect(); zoomAt(r.width/2,r.height/2,1/1.2); },+ apply:apply+ };+ }++ // Inject the standard zoom toolbar (+ / − / fit) + pan hint into a viewport,+ // wired to a controller from initViewport. Idempotent.+ function addToolbar(vp,ctl){+ if(vp.querySelector('.av-tools')) return;+ var t=document.createElement('div'); t.className='av-tools';+ t.innerHTML='<button data-z="in" title="Zoom in">'+ICON_ZIN+'</button>'+ +'<button data-z="out" title="Zoom out">'+ICON_ZOUT+'</button>'+ +'<button data-z="fit" title="Zoom to fit">'+ICON_FIT+'</button>';+ vp.appendChild(t);+ t.querySelector('[data-z="in"]').onclick=ctl.zoomIn;+ t.querySelector('[data-z="out"]').onclick=ctl.zoomOut;+ t.querySelector('[data-z="fit"]').onclick=ctl.fit;+ var h=document.createElement('div'); h.className='av-panhint'; h.textContent='drag to pan · scroll to zoom'; vp.appendChild(h);+ }++ window.AV={+ LAYER_DEFS:LAYER_DEFS, groupHasGeo:groupHasGeo, layerPresent:layerPresent,+ applyLayer:applyLayer, buildLayers:buildLayers, initViewport:initViewport,+ addToolbar:addToolbar, ICON_FIT:ICON_FIT, ICON_ZIN:ICON_ZIN, ICON_ZOUT:ICON_ZOUT+ };+})();+</script>+<script>+var META={"pasteApertures":0,"pasteDots":0};+(function(){+ var vp=document.getElementById('vp');+ var svg=vp.querySelector('svg');+ var ctl=AV.initViewport(vp);+ AV.addToolbar(vp,ctl);+ AV.buildLayers({ svg:svg, container:document.getElementById('layers'), state:{}, meta:META });+})();+</script>+</body></html>
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ixtp15n50l2-board-use.glbadded⋯ 1 unchanged line ⋯
ixtp15n50l2-hero.glbadded⋯ 1 unchanged line ⋯
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) 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) 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TyUWREiVWFSSIscNSs/ti/VpNFw/Eq/HHyfm+HjZwffzyNWIWKZ0zLlURP1L3ISbqrwdRTRSqrli/1eFtoHIp6rUuyVL56FSdXbfVLGa2DIWvOpyscPNy/bxSw9hJTjZVGvKMlZTYP36fiaSKeFvfSXkqkHSBHfSzfapoKwoskfcH+V4hX8/PIPloU3tu9lLbuRjda8CzOF305MMVmJKl54k9bmCJyF1c7fUvj4OYoR94ECKab58FMwtfrmzx5QPIyO5SD+9VAqU6j+CnLy/9ycrVJG9lH6+CHLYEzWFZL4+vRrPxN/OHLWljTlLjCeO2LfyDO6c+9tvPlXZUP2suP6+SochwfeX6105WS2MSBYLV87GPYEJ5P0D49Dw/3wiQ6VBHvAOrKdnIpPtgxRhKfm87qw1WZtmPZGOJSNGjPuGMsr3PMrpVksF+E1G1r3OTWRZyOMi5qXHaj6+bUrJGnTeFLIcPDfwn/RCoJalGujaFA1WIhsNm7FS55/BvCBT3EKw+k1gUvbz2woFv4mofacEFQNVdE7DJLFZS4TPGczxRi5lt5tLRMvrwPRNV1zslj0f2VdQutEB0VfYmtJcheXZtNXIOY+xyKsh636xBDJBw8okQJQu9QSnZebSazZR2ns+3ekpmKTXGctWZK21R3nAcn8QjqnPfxq+WJgAP9+fBxTpyxSYSOXozeZMY+g6p2khYeMTnDU5mAZbwxkygGk1rFGsDR9BevVUzRE+ESpMRcormtQCkeX52n7uHLhffQdlP+Hm07c9KuOmDpOU0sNOngtnuK7irhhPuQWhiO1RLXqLViNWU0A2LRzJyEYjhFHyZN0cSbsTnUp53clvs6a1/yfXrwjgZRvMJQGUNcf8bSkvCml5nQ3dovmRE9rEJ3ZOZYQN545NAM/muz/3WE28TiiPoo7VHcWzAPJf083IbFFZrwYLUj3+59VByyjiQtHl6Sl5wSztsfknr7uiO9L85J8R0clSNyHhcvyEUcwuGo4JBy1L54TMqh68Vnx9IzYqjieuk5fAdIpol62Ufm657A5V+y5StKx4YAnFqjLZr7NIUs01FkdOHkcf2410mcmvMnol/DscxoOEHToj+oZdpzx3V1UZUtwUFRYrpGzjHXrDNVnMJk7dhl48TekYU2UGwn9uzlUBzd4EpacOkFPb55N/agWHiJdIZNZmBzWRcQYoezSVvzTxBaJg00fwVCbt3PvP9NQbekGyyEUNPQAtQ1CDp8fi18cS3uKqYNwrTZXhKpVwk97T5gAU1joOkBvrInxwfkQSnDXeW6TLa4E5Ytyy9Ruvpa3zzSsEUu5KRlyViiLfV9GQJ6iqW1D3SjDp795NKF058ddg3Ji/oh9b4FRVqDRK8f6ltvWqeWacxQ/r6ODKkG5UAeFH7v3DszM5rqXmWXXeGkp1bb7UpSocJejw31VR2Oao76ttb1wznPZzi+sHmhEawK9vjtBaeaW5XT2y31zrW5iubFhduXiEtkUotp0NdvHbIUqU0BhV831W9u0sHsMv7B0H6ynLx/KtHL9VtZBYHAMchLyAu3Krr3dxeFlSeIY2qL303jzFLPQsHmjG3Q7X8TxxBPX5Pn2E8a7Me910YKmuiOGugKL4zq3sgY87QfXrMlCPekP2IN2BTcuttaeLKltfBE6tvatsvqam1Z81052mEa7Os1bXI41NXbh33fvNepeXkqCQ9RC/Fri2NPlVcddyRPuWtW4eJSZdKboCiCbw/fexThzoY3jsIzU+//ur5TVaff1JfAAfvfe+xuznvx3ewjP7X8NMftju7kLuYqnIzUGpudWeOin69hnn9tu8ezpmPzdvbJfpGczuXIk0T9JXONbt8e2rly5ZrOqMnoXqGMwefrsSXsLck32Y+BEzcv+y9DQB4ks7emZ1pzEIVHFn5UD01NSnuR6wM5EmpGppSSPQAqUPrWJHkBzpQ4EULMKSBzcn6kkm3vVeOLrEx+qSgvz9yaXORuyGVVaCeid25LZiuwhMrZarzFksbTSCrHW0Hgml989b5f1oBNqAO7j+66c/B6mcRjNIk9Zdf33tm16yh4vmkagg5eaIHPteyEclZgYEEIBO029MOr+sOr+2F9/zhU6JhVgz9aYBn00+brLmh6QwC8JuAwdM31w2bo7C4mvIcJgOiPK9BJy/Tnu6+EfrD7tml6N/THNQHADArryn86APf4SgZFddqXB+BjPhC2pNhTmDqgMzLXexRKfmGSBM73a/z5cG5BamgNV1KhN0jKuWye1WbjWcFfmyxtFr22197bhErj5HIIv5XjNtrTjeUZRfl61mn4jCFNXuyVZA44sRvfKMhVZTCJo8Nhut7V5cIK5nN4zC3g1lA/opMjalLFGAaeWrLwBSpLms7OkYBtS4QFqblwvj9+52JYJSNnFlYomOuNutSB8sKOmsLvfzZXUm7QSyoAD7V+6MDQ/8Z3+Br624JWbq9oo2VyXRYLx5WZ2F6+PbhiTQdYvkRZflyvpwpFYRZCVsGLd8af/XqTomw9kuxenYbZUyEtTJcRvPD8VMmzwcSw7NsDAfBHhpPQkYcz77YQQ3NKv9gDy/IVMzX+4cOjHgHXZFLJy7hsXqHNxDUBEWrj6IFhq2B9p8zYt3HHVsyWAJmoNIvR7xvv4xpXZXze/Nd8YRaSzhbkAe/Pxd5iHBMnLSXKYqeqvg/FvJOAtnqtPwPxp8VOUqU5YlI+y+ZxJUIx/KUsiVfXvHONOq3PIyviIfQIWOKntvb3b9ZlCWwlJQJrFjtbbzBl6wASv3MZnJaXxLfb2la27bTyqIKUTL5OJAKIZqcGLLkFfRCnFRh2VorjFAMxH42jSft+Ogy9s/zHDOjC0T9tf4GWS+GFgsqdBnlC8XkIIBq/Dl4s5ebxlKwiOEaWJbSYM90vlyhMZKfrhaK1hZUh05nHIFlSx5FS1NjwwcFB1cY0FS7C5XZxnQKYM5AcAypCXv2eX9AVHusSUSivOJyC/vnNZGvgsOMcgbSiOjyBBnv3iDfs/kLRA6/e9WzDwR/Ytc5WhdFAOkrfWsDbaDTyNqS73Cg2MB6G/KNnSErdXFbZisok7Lr5sjxtJqNsx7rw4o5Kt9SSdnjFeUOayMPnulw7/E5+Ngfm0vkWL3qxcKSKzZcD6a3Gogjb0bANegNzQ9dM2ZH2JrZIYtTuN9wWo/DWra4EIWc1crahIFYieyrb/5ESE9vm96dEM1oFGwOE8Rnxw7QSeUlpPCCj7PU8lpk/Ll3sIiYNRsFlF8QRyWoKU8gqbLJWFzmTU5XJo8JwKrEyKmroiDicX0pJFbGL2x1AAit4TRvzGtVVmPuwIJ5OERQlvg//bWNlaLLL1lY30IuC7zRQcpdimefolAxdws12ZVhJTjIlhy7QiEoUS8DOiiiZPFXpLfZv81u8FkwBVrUOAktQdkejGE4VJmfxM9IM6+CHBVlg5nARtLvzI7jrozHoNyXo0pW+4c+bhZWz894MjlEb3tCVLiz+HuauBkHQyeSdkdBx8zSsn94FbQk7ngadqPkArvwAVN2atybDU/huEbSdO/1rrAWFwCcS2a+L59cW6PR/2GOCjQ6A6/oS4MNfw6HeL7u+AHjCa5jmBcfHpSKPUiVyS+M3n4OpVe4qKnxu8yJjLEQiB8aGjmVkjIGvxo06m1arsxn1vgzKaAqfT4keZQ6UzTPj+4Hn+bXd7L6+4QPNQBU8vvmTixc77/ibfpH8ET1iQf+aNWhi/NsAdhM67bZPPvYOBAGaT8lrsc/kcAU2dspGFpebn+Mv4jY1C/RdG7o9ioLO/Dy0MnsdrPYBcZC8moyIsdrkyRyRXJTNFybxbKISbJXauCKHA4vbX/uOH4WtKK/HhIgruzggdqov98Oj0GvXy2gnfKr536kn5OWBKwGPgWiJopySI4yTL5/Evz1AFvJKhLm5BTzsn1erxumn77UXhc3AHFE8W16ZzanLLxa3+fKAJtjULRW2F/DxVVmO4OW3Dj2WXoAIxqpMhOvAwcFt9GxXJqdSphC2dor1DXxJfq5YKucJEGU2ES18AHTQfw+GNp+EJ3xJ6/hdQBU8NNlqkZSYc0Ph1UJldmaWoYGl69m42pCdXbgLloQqy8R8ka0v09YgEotYbLFQJJQI2SyJSODK+JzB+Dwj/T6DcR/shViG4m2cWPifdsYcszgrZfnCli6x0dzl6Wp4+FVZdpQe1nQgNSS04AHDswwQOXi80GX31dbae1xuW09tnf5H1OWQjoxICRhEIsVIwbcSJYJp4ed75wDNuX7L1aKdgmj4UWyCGF9bZDCYdKZ8EYEiIq8O4cL3rODhApGWRMsNao70YnHm8LjHKVEKyt3um/D7Zo2tSgN/inAzRZ5CkOCwfAT3Bex55/uAR3C4fsoxGtDqaZ8/DH6D8oromJzo5hQkBuvB48sxsf+saogLTTd+EqSF770VJyvQ5Kk8ZvBsg8XmlDKp+qj2/y4MQ0crtr2/6X24f2kMqwRBpDarWYfbhyfsw+LPYuLagQUaWZwwbYIDrXWuS43g8UJ7uSKDfncvHP6allKiKNObJBnUd8TwqRkGy17o1hG6Y2K7CISu2Jhu/IfxlMjI6IQ4JCoyE6yG3h+4ONt2EfYnxbJKEKnUZi2z2pxIKkX3dwdqIPIJ4TAG3UHG/Q+LPwgeBSYIFzRDCUII+AMZoVRaCIPxnEZ9AdLGoPF48QRxGZYSQqdHpCdjGz4FmkDadyTyHI12mUy6ErRZ5/UoUBMcNot+C30ryQmh7utNpd0LfAD005/ct30EtZE+D+8/PqAvxUfTaSY2Mc63zP9GTqanjq+v29hYYaqq06GV4pdRdeIlq9VcVcsGD+WX4KmDSEt7444gL6e0V7dJ5YW5uYpCCSJLRDMHE035GZk9qaXT2cv/Qhv//HQgMWt+DsaJCSFZ4tafH3yyvzZD06WpI5Q9nSPiM1FnxMAUf8uyos4Ss8s6+a2x0x1nfQQNZloy04a/LKTO/JV1XBY/knArMX0SfWQSBNqg5cJ2360XRNqCDvmwbzCmpJ7H4c5TsSrAeO5b6Mutlj7vLHC37msd+GxakzNEPOZwdGRIoZmA1gtHSAfNZgizWQ8BxvSDsgl3dkQiGbpB5bs2ZyIOSWSsKCNRTwlqBaeo5Aujf35OZE6azctuw2FWqMgUAtIL9xIQCnmFEotrY4O0d73plTjsCuX+aBUGV5nutTtox+oS6SvKyFlJJImxRMSRCFTHz9NqJz6eqAXY47qOdh6MnWsm71E7tC5BPEFYjqXMB2lXmpH/5fkbt14hPzRzEg77QCCtcqX49/3aAYYrKCp6EI2igmU967+oaHlnZLj53lerhoZuVTjP1Bo4/Q4pP3PPDDySQ2XyivikakmVsc9I/2QpzPMiMSExmPlR2ozJ0wd3Nh7Qa/d6azT79uprCwdJf0Blnw7iVqdS2UqplK2kEunygny6AnCCSxqy+NYsRGMToOFYegErLUXtSiusXmWRJiWKkeQdsNNyjuiBf1wuY77rrWnZQzt3ErpToIaj3JkpLdQvG+9cDjtDYqvykltPfEZJqKDSj2IxpWCRra8geXLzSHPz5pFJerXv1dRXwF35nv+0MfFHZb81kZL+S9hRd6SFFK8mK+gpXMkUHMImShot1UWO5NQi/lj2KyrRFMFQRTUTGKUUZnZSSoa0B57/C0Hebkutqu6IPpj1JvrysphUVRS4E9x52mE50dBoPTXj7OzKvU82NKQ64+xQOTYVyjeZzUpSBwfdxWWOqgbXylpvmdqlWSTtTHHFksi5OQKyiIh2J3culri0gFqC1AoEtYhMsJq+iGy1oK8MEdSeLSJSWx1qdZdHip4M008mhFtcTFugNlEH64figiJQS0lL4kD7LvdK9zvBOrqOFuye4j5ewXl8pmBA/PzH3fwu9RPwejBNw2Rq0lhMNQSmzjZqVhpTow7ZCDYq9YqUNUi8oqJuHdxaQwW1t+633we1vePt420KThmQIj9QdL7bLbFLgFumVqtUjDA5laqMMZNVZHHxc1kohSLsuVC7hR9KROXD+kwWljrs2ZiEIaaQZIwkEpL6MugSSt8kBkm2GIBu+Mf+D8ataUySFmC/YNric6TkdO7uXVF4cSVeYE3lXneC1ZCWoRZ7xtrBCdTeE59cujD12T77BnnBTy+GqQyi0tKR2nVKsdKV39+Y8i+8+qx6Znx8loOkzpRsZkZCSBGsC9FTHGu9HeZ6fkbNPNl4dJqUl+pixS3NC5UsleKKpHCtT8spvV0KgszP90I7zdOf+47Dx0dvG6fHocf7jRnb1XPq2TdL50rBctsPv7b/+oNvmBYQhT6NDwx7NJrLz4S4WEAUt2paKY/eAA5P3bXVCBCvtWva1X+OkYDY0/21F+6m9Kk3/Qg6ei4E4dtJA0JuXnzY/PB252256y56DjRrmsGjbftutovwIAvNjivL5WSScqOuIDD8UWInC10m4mYSRfEO6+DIl1QQ0Qu92/HFvQ5ocnMIPBQCxLfid1q5NGEq7zPsGzbm4bmU8OBZGIML2dDSUCl/vDXm+I7xTVTktOD2i21/BoCCAo+n/EkcmS8WBPwJvwDRsUbB/gidg2vbCRUYbDmBUI7FVBwiNMduTfgTAOrEG0VkxIj+COSXqh+cG4EuLj+0dAHt7Hcf+dBdZt8pdMNZbkAdMVndi+V1RQMkcltR3SK57RTRxREJmUwVXMzRp4vD1oeGrg8L83RP9wDzdlKolEHDc4+EhyyOdi76I6i/A8atYcs0saBhxu12g0vTkOOIlzcNbH9ZB60g90oCVTGo4FOfaXv8dr/t+HgzgRn1vGhy251qnjh2ouY54vYmzNshBMyDYYbLxowklFUgGogsGASJXSl7nobi9szCiHWQkeo7Pa9wihqbZiDA3EBkfFDkX0TPiCMHZyAioYSInQbFEKbSsJAfYhmGjQYzENDSQGTBILDnaTtsl2LYhBkIaE2I2DkgL5+fBpXKuWjGmmqbBGGqJzJD0D/FlE1owDuQ+QSl9XBJgoitJzIs6BsZ4812iJwxo2iPVRGGGog0DAxHEVfXGs41+FhqwYTzsG+TIPT1RGYI+lFoG7rPwzVIEOZ6IsOC/kU4gW1TRLZAlZ80V571xtjR0ivHdDu5MuDnQ4bN1RlLnzETAzA43MK2msFKZ8tXL77DmoFrF8i6zcD1Bm7YAhvvtQmoOWwGstugt+itepvernfonXqX3l28Jw/9t/4bfzeyMqKLRo44nYeA5fbaDNjwod7eb1vF/w+/Ch03Ws7fotAouTYALxgD/FDrngK7LBOuOdciJzzSjzCgB/CWfgtv67fxLt51dvSZLpmx9Didi7QFvgMGAQo0JP3ubwZg/6d+fHKg+KPgicZL1S/78XsuvQIx/nAlMOMFgwDc/wDAQlA/9b8q2f/mevzQYzJk80fo4Zv+jk8L6tfmwQe/zJIAHX5QruyHZQk3weSntiTc3d9peuX5gn783PMkASX7AbZ/JBhffZsIBT8gvADUa+wyzPi13F2azAlTEDzDfFNe7b6fShNmoAInZecF/mx+I0D2PJLxgFwLvPwEiyPMZv8D/BzEj/y4KIXw5AHeBDqZ07R6uMGUAAVONLAjf/IxrjM96CLEAdPqw1ePQPd6yFIfji2On6uv47Lzm2hsGL9UbfOQAn+UETnj12q0/lytvLAG1/BU4T6r1QJYHGmDdb61rY6FFW5J/IQME4MzBSK/wLCM4J3iVsfPwHOBg1xc84tYjaHRPOBX6IcX8C48hH544eu3uiyC13CiSbStYE/oYLqNnsJuwO/xSyLF6RrX5jFZd5a6DmnOeQvBw1WutgwN1M78bwf2h/PzMN+2wMrM2EQ0QV6Lhml1IB+1s4MNm7O7SwF18P/ddaoW5kwHTapd+fMITa+b+bDF7o/ddkCAsmi15KyPovC3YT55HuDHT7l/I91Xe45G6pquoslgA1qFFI7uKeyWhvlvTgi5fB1n3dxTVt9jbuhzOFBv82VFT/Q5a2ebtTVKLvx20paYe2U4WQal2QhO8Vj1h0WqcU1WenTD5hPSS/+46h7d6zX0A26LKSR1K+pvYKqSkGqUtd8C2o5PEWsq0PclUIOUnwhq46OsT/1YGYSu/TDDkNjz5o2w7LPq57uW/U/hkbY2Q+KotP8NsSMw3+aAvvagHzLNH5dPlZYjbf1fqdvkAkztx3c/g55cNViUOEqVq3AqRdJZ6qZ0t3/OwDnKwJUACwiANTGBAzigCUxcPppXOSqmJqEFJc5KK+kDmZPqYDUlTQRkgFXLNQ8tYxxj+P5cHvWqtVrZinUeqK96+B3elQzIbtnz3SoI+E6s1FG/GilGpNK0fRIzJyHMtxtEXkvDLIoN5rqnT+m6cKw6lwgkAQ5YUIx5HK4yMcktTWeXYfZcZaN2GLnakf1vSa3jqXgLe0tOp2Huw9B5HafNrbZqa9zCaqyaL7H2W+5Dd7jMFAosgz1pJILMDUICjg+uqfZXzZnSu4h+gNvhe9OncBZcoL2l4I7wl1VjGqbbUAenYBJM3/994JJYKvbxE0BDIOsqQxmKhFzK5rKW2mo+NEkBfBXzZhQiZPEojAkeRRjqiVEks52jKHHmj6IZ1YyUsxPXgDDwolQ6PwTnaiaWLhYFTtKjW6OAx4S6sf06NavWWtOuQ+iGdLa9+jhk2CXcLKiz4KGeW+M17+Rn1SOoXYZRivkUa9RtvVdM1iqgRFCPkFZ9uqRz6+HXokqrYHoir36AIIuVjU3WIplAXYS4+NzZ15TzGbFquXPnokWuuKdr6DVDUBTqKXXIM2deUUBrCz0Woxc0RDSn97mEBRY9EpB1cqPYvnadod6wpiiaayt5hhNfunExDoY/JJEPFSa4PyGQJL58ErMusJ1ng+FpTc6wOWsQnkGLwb5i1OoZz3meiVkaixe86CUvdyi88ZnaZHnFq9q9boNj3pLqOzldDbPr90iHAQUcnAp9YwgvosvnsQO67ZereNoSXyvVK482pRvfsn3eEDLVtBAQVh6yg+KDOcZ0Y80wy2wzHdDmApXvVahUZQW1GnPN16WjK+ON+9ZNxlCIRhK474E9JoV0mZS7G/5Sj5eQhUiKWMQhHsmQHCmQ0nIrhAgVJlwEWKQo0WLEQosTLwEGFg4eAREJudteeOlVKKgRsUhET0Uhkd4pAQ7BOOiaZYLR1IaFkTJJXTRNgMObYJKhhnvCky476ZTTDjjooksCsVJILddnvXU26EmmlCb60mIXLEh2S/iTk9wPfnRGvGRJNtnNwpXcmNixpcuQKQsHFw9fdlzWElrjc+95y9vejzueeFM0c10UbJ3aKu3cw9/T7K8YWyYJX9dpy8rOI5znt1Hqntg51v2SP71zKn8b3XNd61AP3W4Ipj9be69ITnKL2n3l1LD8viun48l86Rz75qXz/MCVASHNi34/X2EYl5QpBMvIQso4Q8Y4lBHI8hpZjkQZITP9Nj8FLikQMpAROEMgKHDmADICgcAZSlVmcxcsTFk52dNn2fJysPCkqWbbX+SymaLg0LDfXjXqxL9ac4/PWA9lHldFZI+XPmmySvcdrJC/mx7Tl2Vl5hZF0niWm4I908K9Utq/L87Ksm35OGKe9F8z69j6f4KRtu/icIgdMGVpdnUOLmnoSn/LIi+nT1Yer2fn/tNhcjspcXuUBz1vq3usy1NWVGHNzClQ9yFteDj1dRRZErkGAAAA) format('woff2')}+ /* Canonical Adom dark-theme tokens (adom/guides/brand.md) */+ :root{+ --bg:#0d1117;--surface:#161b22;--elevated:#1c2128;--overlay:#21262d;+ --border:#30363d;--border-muted:#21262d;+ --text:#e6edf3;--text2:#8b949e;--text3:#484f58;+ --accent:#00b8b0;--accent-bright:#00e6dc;--purple:#8c6bf7;+ /* aliases used by the viewport + pin-list rules further down */+ --panel:#161b22;--panel2:#1c2128;--muted:#8b949e;+ }+ *{box-sizing:border-box;margin:0;padding:0}+ html,body{height:100%}+ body{background:var(--bg);color:var(--text);font:13px/1.4 'Satoshi','Segoe UI',system-ui,sans-serif;display:flex;flex-direction:column;overflow:hidden}+ /* ── Canonical Adom app header (adom/guides/adom-app-header.md) ── */+ header{display:flex;align-items:center;gap:12px;padding:0 16px;height:44px;flex:0 0 44px;border-bottom:1px solid var(--border-muted);background:var(--surface);position:relative;font-family:'Familjen Grotesk',sans-serif}+ header .brand{display:flex;align-items:center;gap:8px;color:var(--accent);font-size:13px;font-weight:600;letter-spacing:.01em;cursor:default;flex-shrink:0;outline:none}+ header .brand svg.logo{width:16px;height:16px;flex-shrink:0}+ header .brand:hover .app-name{text-decoration:underline;text-decoration-color:var(--accent);text-underline-offset:3px}+ header .brand .app-name{color:var(--accent)}+ header .brand .app-subtitle{color:var(--text2);font-weight:500}+ header .brand .sep{color:var(--text3);font-weight:400}+ header .vsep{width:1px;height:18px;background:var(--border);flex-shrink:0}+ header .subject{display:flex;align-items:center;gap:8px;min-width:0;flex:1;cursor:default}+ header .subject-name{color:var(--text);font-family:'Familjen Grotesk',sans-serif;font-size:14px;font-weight:600;white-space:nowrap;overflow:hidden;text-overflow:ellipsis}+ header .subject-meta{display:flex;align-items:center;gap:6px;color:var(--text2);font-family:'JetBrains Mono',ui-monospace,monospace;font-size:11px;white-space:nowrap}+ header .subject-meta .sep{color:var(--text3)}+ @media(max-width:720px){header .subject-meta{display:none}}+ /* Floating in-canvas viewer toolbar (frosted, matches the app's glass cards) */+ .tools{position:absolute;left:12px;top:12px;z-index:5;display:flex;gap:3px;padding:3px;background:rgba(22,27,34,.82);backdrop-filter:blur(10px);-webkit-backdrop-filter:blur(10px);border:1px solid var(--border);border-radius:9px}+ .tools button{width:30px;height:30px;display:grid;place-items:center;background:transparent;border:none;border-radius:6px;color:var(--text2);cursor:pointer;transition:background .15s ease,color .15s ease}+ .tools button:hover{background:var(--elevated);color:var(--accent-bright)}+ .tools button svg{width:16px;height:16px;display:block}+ header .hover-popover{position:absolute;top:calc(100% + 6px);left:16px;background:var(--elevated);border:1px solid var(--border);border-radius:8px;box-shadow:0 8px 24px rgba(0,0,0,.5);padding:12px 14px;min-width:300px;max-width:420px;font-family:'Satoshi',sans-serif;font-size:12px;color:var(--text);z-index:99999;opacity:0;transform:translateY(-2px);pointer-events:none;transition:opacity .12s ease,transform .12s ease}+ header .hover-popover.show{opacity:1;transform:none;pointer-events:auto}+ header .hover-popover .popover-title{font-family:'Familjen Grotesk',sans-serif;font-size:14px;font-weight:700;color:var(--text);margin-bottom:8px}+ header .hover-popover .popover-row{display:flex;gap:12px;padding:3px 0;align-items:baseline}+ header .hover-popover .popover-row .k{color:var(--text3);font-family:'JetBrains Mono',ui-monospace,monospace;font-size:10px;text-transform:lowercase;width:64px;flex-shrink:0}+ header .hover-popover .popover-row .v{color:var(--text);font-family:'Satoshi',sans-serif;font-size:12px;flex:1}+ header .hover-popover .popover-actions{margin-top:10px;padding-top:10px;border-top:1px solid var(--border-muted);display:flex;gap:12px}+ header .hover-popover .popover-link{color:var(--accent);text-decoration:none;font-family:'Familjen Grotesk',sans-serif;font-size:12px;font-weight:600}+ header .hover-popover .popover-link:hover{text-decoration:underline}+ main{flex:1;display:flex;min-height:0}+ .vpwrap{flex:1;position:relative;min-width:0}+ /* Schematic-workbench grid, identical to the main app's #stage. */+ .vp{position:absolute;inset:0;overflow:hidden;cursor:grab;background:+ radial-gradient(120% 120% at 50% 30%,rgba(0,184,177,.05),transparent 60%),+ linear-gradient(rgba(255,255,255,.025) 1px,transparent 1px) 0 0/22px 22px,+ linear-gradient(90deg,rgba(255,255,255,.025) 1px,transparent 1px) 0 0/22px 22px}+ .vp.grab{cursor:grabbing}+ /* Only the DIRECT-CHILD symbol svg gets the pan/zoom transform — scoping to+ `.vp > svg` (not `.vp svg`) keeps it off any nested icon svgs. */+ .vp > svg{position:absolute;left:0;top:0;width:100%;height:100%;transform-origin:0 0;display:block}+ .hint{position:absolute;right:10px;bottom:9px;color:var(--muted);font-size:11px;z-index:5;pointer-events:none;user-select:none;-webkit-user-select:none}+ aside{flex:0 0 268px;border-left:1px solid var(--border);background:var(--panel);display:flex;flex-direction:column;min-height:0}+ aside .ah{padding:9px 12px;border-bottom:1px solid var(--border);font-size:12px;color:var(--muted);display:flex;align-items:center;gap:8px}+ aside input{flex:1;background:var(--panel2);border:1px solid var(--border);border-radius:8px;color:var(--text);font-size:12px;padding:5px 8px;outline:none}+ aside input:focus{border-color:var(--accent)}+ .pins{flex:1;overflow:auto}+ .pin{padding:7px 12px;border-bottom:1px solid #1a212c;cursor:pointer}+ .pin:hover{background:var(--panel2)}+ .pin.on{background:#15202e}+ .pin .row{display:flex;align-items:center;gap:8px}+ .pin .num{font-family:'JetBrains Mono',ui-monospace,monospace;font-size:11px;color:#8fa0b4;min-width:22px;text-align:right}+ .pin .nme{font-weight:600;font-size:13px}+ .pin .ty{margin-left:auto;font-size:10px;padding:1px 6px;border-radius:5px;border:1px solid;white-space:nowrap}+ .pin .d{font-size:11.5px;color:#aeb6c2;line-height:1.45;margin:5px 0 1px 30px;display:none}+ .pin.on .d{display:block}+ .empty{color:var(--muted);font-size:12px;padding:14px}+ @media(max-width:620px){aside{flex-basis:200px}}+ /* pin panel header — reads like a studio section */+ aside .ah .atitle{font-family:'Familjen Grotesk',sans-serif;font-weight:600;font-size:12px;color:var(--text);white-space:nowrap}+ aside .ah .acount{margin-left:5px;font-family:'JetBrains Mono',ui-monospace,monospace;font-size:11px;color:var(--text3)}+ /* bottom info bar — mirrors the main app footer */+ footer{flex:0 0 auto;display:flex;align-items:center;height:26px;border-top:1px solid var(--border);background:var(--surface);font-size:11px;color:var(--text2);padding:0 14px;overflow:hidden}+ footer .it{display:flex;align-items:center;gap:6px;white-space:nowrap;min-width:0}+ footer .it+.it::before{content:"";width:1px;height:13px;background:var(--border);margin:0 12px;flex:0 0 1px}+ footer .k{color:var(--text3);text-transform:uppercase;font-size:9px;letter-spacing:.4px;flex:0 0 auto}+ footer .v{color:var(--text);overflow:hidden;text-overflow:ellipsis;white-space:nowrap}+ footer .descit{min-width:0;overflow:hidden}+ /* pin hover — highlight + tooltip, parity with the live SymView */+ .vp > svg text,.vp > svg g.stroked-text{pointer-events:none}+ .hit{fill:rgba(0,230,220,0);stroke:none;cursor:pointer}+ .vp > svg g.stroked-text.hl path{stroke:var(--accent-bright)!important;fill:var(--accent-bright)!important}+ .vp > svg path.hl{stroke:var(--accent-bright)!important;stroke-width:.22!important}+ #pinmark{pointer-events:none;fill:rgba(0,230,220,.18);stroke:var(--accent-bright);stroke-width:.12;opacity:0;transition:opacity .1s}+ #tip{position:fixed;z-index:9999;max-width:300px;background:rgba(22,27,34,.97);backdrop-filter:blur(14px);-webkit-backdrop-filter:blur(14px);border:1px solid rgba(0,184,177,.34);border-radius:10px;padding:9px 12px;color:var(--text);font-size:12px;line-height:1.5;pointer-events:none;opacity:0;transition:opacity .12s;box-shadow:0 12px 40px rgba(0,0,0,.55)}+ #tip.show{opacity:1}+ #tip .r1{display:flex;align-items:baseline;gap:8px;justify-content:space-between}+ #tip .nm{font-weight:700;font-size:13px}+ #tip .pn{font-family:'JetBrains Mono',ui-monospace,monospace;font-size:11px;color:var(--muted);white-space:nowrap}+ #tip .badge{display:inline-block;margin-top:5px;font-size:10px;font-weight:700;padding:2px 7px;border-radius:5px;letter-spacing:.2px}+ #tip .desc{margin-top:6px;color:#aeb6c2;font-size:11.5px}+</style></head>+<body>+ <header>+ <div class="brand" data-tooltip-target="app-info" tabindex="0">+ <svg class="logo" viewBox="0 0 24 24" fill="none" stroke="currentColor" stroke-width="1.8" stroke-linecap="round" stroke-linejoin="round" aria-hidden="true"><rect x="7" y="4" width="10" height="16" rx="1.5"/><path d="M7 8H3M7 12H3M7 16H3M21 8h-4M21 12h-4M21 16h-4"/></svg>+ <span class="app-name">adom-symbol</span>+ <span class="sep">·</span>+ <span class="app-subtitle">symbol viewer</span>+ </div>+ <div class="vsep" aria-hidden="true"></div>+ <div class="subject">+ <span class="subject-name">IXTP15N50L2</span>+ <span class="subject-meta"><span class="sep">·</span><span>3 pins</span><span class="sep">·</span><span>IXTP15N50L2_TO220_Straight_Drill1p4</span></span>+ </div>+ <div class="hover-popover" id="app-info" role="dialog" aria-label="About adom-symbol">+ <div class="popover-title">adom-symbol</div>+ <div class="popover-row"><span class="k">about</span><span class="v">Interactive KiCad schematic-symbol viewer: pan/zoom, per-pin hover, and a filterable pin list.</span></div>+ <div class="popover-row"><span class="k">version</span><span class="v">v1.2.6</span></div>+ <div class="popover-row"><span class="k">engine</span><span class="v">service-kicad</span></div>+ <div class="popover-row"><span class="k">mfr</span><span class="v">IXYS / Littelfuse</span></div>+ <div class="popover-row"><span class="k">author</span><span class="v">Adom Inc · adom.inc</span></div>+ <div class="popover-actions">+ <a class="popover-link" href="https://wiki.adom.inc/adom/adom-symbol" target="_blank" rel="noopener">Open wiki ↗</a>+ </div>+ </div>+ </header>+ <main>+ <div class="vpwrap">+ <div class="vp" id="vp">+ <div class="tools">+ <button id="zout" title="Zoom out" aria-label="Zoom out"><svg viewBox="0 0 24 24" fill="none" stroke="currentColor" stroke-width="2" stroke-linecap="round" stroke-linejoin="round"><circle cx="10.5" cy="10.5" r="6.5"/><path d="M20 20l-4.5-4.5M8 10.5h5"/></svg></button>+ <button id="zin" title="Zoom in" aria-label="Zoom in"><svg viewBox="0 0 24 24" fill="none" stroke="currentColor" stroke-width="2" stroke-linecap="round" stroke-linejoin="round"><circle cx="10.5" cy="10.5" r="6.5"/><path d="M20 20l-4.5-4.5M10.5 8v5M8 10.5h5"/></svg></button>+ <button id="fit" title="Fit to window" aria-label="Fit to window"><svg viewBox="0 0 24 24" fill="none" stroke="currentColor" stroke-width="1.9" stroke-linecap="round" stroke-linejoin="round"><rect x="3" y="5" width="18" height="14" rx="2"/><rect x="8" y="9" width="8" height="6" rx="1"/></svg></button>+ </div>+ <div class="hint">drag to pan · scroll to zoom</div>+ <svg+ xmlns:svg="http://www.w3.org/2000/svg"+ xmlns="http://www.w3.org/2000/svg"+ xmlns:xlink="http://www.w3.org/1999/xlink"+ xmlns:inkscape="http://www.inkscape.org/namespaces/inkscape"+ version="1.1"+ width="23.700mm" height="23.240mm" viewBox="88.3800 88.3800 23.7000 23.2400">++<defs>+ <linearGradient id="adom-body-grad" x1="0" y1="0" x2="0" y2="1">+ <stop offset="0%" stop-color="#1a2332"/>+ <stop offset="100%" stop-color="#141c27"/>+ </linearGradient>+</defs>+<style><![CDATA[+ /* 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id="q" placeholder="Filter…"></div>+ <div class="pins" id="pins"></div>+ </aside>+ </main>+ <footer><span class="it"><span class="k">MFR</span><span class="v">IXYS / Littelfuse</span></span><span class="it"><span class="k">PKG</span><span class="v">IXTP15N50L2_TO220_Straight_Drill1p4</span></span><span class="it"><span class="k">PINS</span><span class="v">3</span></span><span class="it descit"><span class="k">DESC</span><span class="v">IXYS LinearL2 N-channel MOSFET, TO-220AB, G-D-S; tab is Drain</span></span></footer>+ <div id="tip"></div>+<script>// viewer_core.js — the ONE symbol-viewer engine, compiled into BOTH the live+// adom-symbol app (SymView) AND the standalone embed export. Neither file should+// reimplement pan/zoom or pin-hover; they call into here so they can never drift.+window.AdomSymViewer = (function(){+ var ZOOM_K = 0.0022; // wheel sensitivity (lower = gentler). The feel.+ var MIN_SCALE = 0.05, MAX_SCALE = 60;++ function clampScale(s){ return Math.max(MIN_SCALE, Math.min(s, MAX_SCALE)); }++ // Device-independent wheel zoom: normalize deltaMode + cap one notch, then hand+ // the pointer-anchored factor to the host's zoomAt(cx, cy, factor). This is the+ // exact math the app has always used — the embed now shares it verbatim.+ function attachWheelZoom(el, zoomAt){+ el.addEventListener('wheel', function(e){+ e.preventDefault();+ var d = e.deltaY;+ if(e.deltaMode === 1) d *= 16; // lines -> px+ else if(e.deltaMode === 2) d *= el.clientHeight; // pages -> px+ d = Math.max(-50, Math.min(50, d)); // cap one event's contribution+ var r = el.getBoundingClientRect();+ zoomAt(e.clientX - r.left, e.clientY - r.top, Math.exp(-d * ZOOM_K));+ }, { passive: false });+ }++ // ---- shared pin-hover engine (glyph pairing + hit-box geometry) ----+ function norm(s){ return String(s || '').replace(/[~{}]/g, '').trim(); }++ // Pair each invisible <text opacity="0"> with the visible <g class="stroked-text">+ // glyph that follows it in document order (handles rotated top/bottom pins).+ function glyphLabels(svg){+ var out = [], pending = null;+ if(!svg) return out;+ svg.querySelectorAll('text, g.stroked-text').forEach(function(n){+ if(n.classList && n.classList.contains('stroked-text')){+ if(pending){ var k = norm(pending.textContent); if(k) out.push({ k: k, group: n }); pending = null; }+ } else if(n.getAttribute && n.getAttribute('opacity') === '0'){ pending = n; }+ });+ return out;+ }++ // Build one transparent hit-rect per pin label (number + name), matched to each+ // pin's glyph by proximity to the pin tip (so duplicate names resolve to the+ // right pin). Rects are appended to `svg` in user space so they pan/zoom with it.+ // pins: [{number,name,x,y,angle,length,...}]+ // offset: {x,y} symbol->svg-unit origin (state.offset)+ // NS: the svg namespace+ // cb: { enter(pin,ev), move(ev), leave(), click(pin,ev)? }+ // Returns { textMap } so the host can highlight a pin's glyphs on demand.+ function buildPinHits(svg, pins, offset, NS, cb){+ var textMap = new Map();+ if(!svg || !offset || !pins || !pins.length) return { textMap: textMap };+ cb = cb || {};+ var gl = glyphLabels(svg);+ gl.forEach(function(o){ if(!textMap.has(o.k)) textMap.set(o.k, []); textMap.get(o.k).push(o.group); });+ var labels = [];+ gl.forEach(function(o){ var b; try { b = o.group.getBBox(); } catch(e){ return; }+ if(!b || !b.width) return;+ labels.push({ k: o.k, box: b, cx: b.x + b.width/2, cy: b.y + b.height/2, used: false }); });+ function pick(k, ax, ay){ k = norm(k); var best = null, bd = 1e9;+ labels.forEach(function(l){ if(l.used || l.k !== k) return; var d = Math.hypot(l.cx - ax, l.cy - ay); if(d < bd){ bd = d; best = l; } });+ if(best) best.used = true; return best; }+ function addBox(b, p){+ var pad = 0.45, r = document.createElementNS(NS, 'rect');+ r.setAttribute('class', 'hit');+ r.setAttribute('x', b.x - pad); r.setAttribute('y', b.y - pad);+ r.setAttribute('width', b.width + pad*2); r.setAttribute('height', b.height + pad*2); r.setAttribute('rx', .3);+ r.addEventListener('mouseenter', function(ev){ if(cb.enter) cb.enter(p, ev); });+ r.addEventListener('mousemove', function(ev){ if(cb.move) cb.move(ev); });+ r.addEventListener('mouseleave', function(){ if(cb.leave) cb.leave(); });+ if(cb.click) r.addEventListener('click', function(ev){ cb.click(p, ev); });+ svg.appendChild(r);+ }+ pins.forEach(function(p){+ var tipX = offset.x + p.x, tipY = offset.y - p.y, L = p.length || 2.54, dx = 0, dy = 0;+ if(p.angle === 0) dx = 1; else if(p.angle === 180) dx = -1; else if(p.angle === 90) dy = -1; else if(p.angle === 270) dy = 1;+ var nl = pick(p.number, tipX + dx*L*0.5, tipY + dy*L*0.5 - (dx !== 0 ? 0.9 : 0)); // number: over the wire+ var ml = pick(p.name, tipX + dx*(L+2), tipY + dy*(L+2)); // name: inside the body+ if(nl) addBox(nl.box, p);+ if(ml) addBox(ml.box, p);+ if(!nl && !ml){ // discrete parts: no glyphs+ var ex = tipX + dx*L, ey = tipY + dy*L, HT = 1.0;+ addBox({ x: Math.min(tipX, ex) - (dx === 0 ? HT : 0.3), y: Math.min(tipY, ey) - (dy === 0 ? HT : 0.3),+ width: Math.abs(ex - tipX) + (dx === 0 ? HT*2 : 0.6), height: Math.abs(ey - tipY) + (dy === 0 ? HT*2 : 0.6) }, p);+ }+ });+ return { textMap: textMap };+ }++ return {+ ZOOM_K: ZOOM_K, clampScale: clampScale, attachWheelZoom: attachWheelZoom,+ norm: norm, glyphLabels: glyphLabels, buildPinHits: buildPinHits+ };+})();+</script>+<script>+var PINS=[{"angle":0,"color":"#66bb6a","desc":"","length":2.54,"name":"G","number":"1","type":"Input","x":-5.08,"y":0.0},{"angle":270,"color":"#78909c","desc":"","length":2.54,"name":"D","number":"2","type":"Passive","x":2.54,"y":5.08},{"angle":90,"color":"#78909c","desc":"","length":2.54,"name":"S","number":"3","type":"Passive","x":2.54,"y":-5.08}], OFF={"x":100,"y":100};+(function(){+ // The symbol svg is the DIRECT child of #vp; querySelector('svg') alone would+ // grab a toolbar button's zoom icon (also broke pan/zoom before this fix).+ var vp=document.getElementById('vp'), svg=vp.querySelector(':scope > svg')||vp.querySelector('svg');+ if(svg){ svg.removeAttribute('width'); svg.removeAttribute('height'); }+ var scale=1,tx=0,ty=0;+ function apply(){ if(svg) svg.style.transform='translate('+tx+'px,'+ty+'px) scale('+scale+')'; }+ // pointer-anchored zoom with the SHARED scale clamp (same limits as the app).+ function zoomAt(cx,cy,f){ var ns=AdomSymViewer.clampScale(scale*f); var r=ns/scale; tx=cx-(cx-tx)*r; ty=cy-(cy-ty)*r; scale=ns; apply(); }+ function fit(){ scale=1;tx=0;ty=0;apply(); }+ // Wheel/trackpad zoom feel comes from the SHARED engine — identical to SymView.+ AdomSymViewer.attachWheelZoom(vp, zoomAt);+ var drag=false,lx=0,ly=0;+ vp.addEventListener('pointerdown',function(e){ if(e.target.closest('.tools'))return; /* let toolbar buttons receive their click */ drag=true;lx=e.clientX;ly=e.clientY;vp.classList.add('grab');vp.setPointerCapture(e.pointerId); });+ vp.addEventListener('pointermove',function(e){ if(!drag)return; tx+=e.clientX-lx;ty+=e.clientY-ly;lx=e.clientX;ly=e.clientY;apply(); });+ vp.addEventListener('pointerup',function(e){ drag=false;vp.classList.remove('grab'); });+ document.getElementById('zin').onclick=function(){ var r=vp.getBoundingClientRect();zoomAt(r.width/2,r.height/2,1.2); };+ document.getElementById('zout').onclick=function(){ var r=vp.getBoundingClientRect();zoomAt(r.width/2,r.height/2,1/1.2); };+ document.getElementById('fit').onclick=fit;+ // pin panel+ var box=document.getElementById('pins');+ function render(filter){+ box.innerHTML='';+ var f=(filter||'').toLowerCase();+ var shown=PINS.filter(function(p){ return !f || (p.name+' '+p.number+' '+p.type).toLowerCase().indexOf(f)>=0; });+ if(!shown.length){ box.innerHTML='<div class="empty">No pins match.</div>'; return; }+ shown.forEach(function(p){+ var el=document.createElement('div'); el.className='pin';+ var col=p.color||'#8b949e';+ el.innerHTML='<div class="row"><span class="num">'+esc(p.number)+'</span>'+ +'<span class="nme">'+esc(p.name)+'</span>'+ +'<span class="ty" style="color:'+col+';border-color:'+col+'66">'+esc(p.type||'')+'</span></div>'+ +(p.desc?'<div class="d">'+esc(p.desc)+'</div>':'');+ el.onclick=function(){ el.classList.toggle('on'); };+ el.addEventListener('mouseenter',function(){ highlightPin(p); });+ el.addEventListener('mouseleave',function(){ clearHL(); });+ box.appendChild(el);+ });+ }+ function esc(s){ return String(s==null?'':s).replace(/[&<>"]/g,function(c){return{'&':'&','<':'<','>':'>','"':'"'}[c];}); }+ document.getElementById('q').addEventListener('input',function(e){ render(e.target.value); });+ render('');++ // ── pin hover: highlight + tooltip on the SVG, parity with the live SymView ──+ var NS='http://www.w3.org/2000/svg';+ var tip=document.getElementById('tip');+ var textMap=new Map();+ function highlightPin(p){+ clearHL();+ [p.name,p.number].forEach(function(k){ var a=textMap.get(AdomSymViewer.norm(k)); if(a) a.forEach(function(g){ g.classList.add('hl'); }); });+ var m=document.getElementById('pinmark');+ if(m && OFF){ m.setAttribute('cx',OFF.x+p.x); m.setAttribute('cy',OFF.y-p.y); m.setAttribute('r',0.7); m.style.opacity='1'; }+ }+ function clearHL(){+ if(svg) svg.querySelectorAll('.hl').forEach(function(e){ e.classList.remove('hl'); });+ var m=document.getElementById('pinmark'); if(m) m.style.opacity='0';+ }+ function showTip(p,x,y){+ var col=p.color||'#8b949e';+ var h='<div class="r1"><span class="nm">'+esc(p.name||'(unnamed)')+'</span><span class="pn">Pin '+esc(p.number)+'</span></div>';+ if(p.type) h+='<span class="badge" style="background:'+col+'22;color:'+col+';border:1px solid '+col+'44">'+esc(p.type)+'</span>';+ if(p.desc) h+='<div class="desc">'+esc(p.desc)+'</div>';+ tip.innerHTML=h; tip.classList.add('show'); posTip(x,y);+ }+ function posTip(x,y){+ var w=tip.offsetWidth||260, hh=tip.offsetHeight||110, tx=x+14, ty=y+14;+ if(tx+w>innerWidth-14) tx=x-w-14;+ if(ty+hh>innerHeight-14) ty=y-hh-14;+ tip.style.left=Math.max(8,tx)+'px'; tip.style.top=Math.max(8,ty)+'px';+ }+ function hideTip(){ tip.classList.remove('show'); clearHL(); }+ // Build the pin hit-zones with the SHARED engine — the exact glyph-pairing ++ // hit-box code the app's SymView uses. The embed only supplies the tooltip.+ if(svg && OFF){+ if(!document.getElementById('pinmark')){ var pm=document.createElementNS(NS,'circle'); pm.id='pinmark'; svg.appendChild(pm); }+ var hideT=null;+ var hits=AdomSymViewer.buildPinHits(svg, PINS, OFF, NS, {+ enter:function(p,ev){ clearTimeout(hideT); showTip(p,ev.clientX,ev.clientY); highlightPin(p); },+ move:function(ev){ if(tip.classList.contains('show')) posTip(ev.clientX,ev.clientY); },+ leave:function(){ clearTimeout(hideT); hideT=setTimeout(hideTip,45); }+ });+ textMap=hits.textMap;+ }++ apply();+})();++// ── app-info header popover: interactive hover you can move into (600ms show,+// 220ms hide-grace) so the wiki link stays reachable. Per adom-app-header.md. ──+(function(){+ var SHOW_DELAY=600, HIDE_GRACE=220;+ document.querySelectorAll('header [data-tooltip-target]').forEach(function(trigger){+ var target=document.getElementById(trigger.dataset.tooltipTarget);+ if(!target) return;+ var showTimer=null, hideTimer=null;+ function show(){ clearTimeout(hideTimer); if(target.classList.contains('show')) return; clearTimeout(showTimer); showTimer=setTimeout(function(){ target.classList.add('show'); }, SHOW_DELAY); }+ function queueHide(){ clearTimeout(showTimer); clearTimeout(hideTimer); hideTimer=setTimeout(function(){ target.classList.remove('show'); }, HIDE_GRACE); }+ trigger.addEventListener('mouseenter',show); trigger.addEventListener('mouseleave',queueHide);+ trigger.addEventListener('focus',show); trigger.addEventListener('blur',queueHide);+ target.addEventListener('mouseenter',show); target.addEventListener('mouseleave',queueHide);+ trigger.addEventListener('click',function(e){ clearTimeout(showTimer); target.classList.toggle('show'); e.stopPropagation(); });+ document.addEventListener('click',function(e){ if(!target.contains(e.target) && !trigger.contains(e.target)) target.classList.remove('show'); });+ });+})();+</script>+</body></html>