sheets

scripts/pdf/model/build-datasheet-model.ts

@@ -159,83 +159,93 @@ function guessColumnKey(row: ExcelRow, patterns: RegExp[]): string | null {
 }
 
 function technicalFullLabel(args: { key: string; excelKey: string; locale: 'en' | 'de' }): string {
+  const key = args.key;
+  if (args.locale === 'de') {
+    switch (key) {
+      case 'cond_mat': return 'Leitermaterial';
+      case 'cond_class': return 'Leiterklasse';
+      case 'core_ins': return 'Aderisolation';
+      case 'field_ctrl': return 'Feldsteuerung';
+      case 'screen': return 'Schirm';
+      case 'long_water': return 'Längswasserdichtigkeit';
+      case 'trans_water': return 'Querwasserdichtigkeit';
+      case 'sheath_mat': return 'Mantelmaterial';
+      case 'sheath_color': return 'Mantelfarbe';
+      case 'flame_ret': return 'Flammwidrigkeit';
+      case 'uv_res': return 'UV-beständig';
+      case 'max_cond_temp': return 'Max. zulässige Leitertemperatur';
+      case 'out_temp_fixed': return 'Zul. Kabelaußentemperatur, fest verlegt';
+      case 'out_temp_motion': return 'Zul. Kabelaußentemperatur, in Bewegung';
+      case 'max_sc_temp_val': return 'Maximale Kurzschlußtemperatur';
+      case 'min_bend_fixed': return 'Min. Biegeradius, fest verlegt';
+      case 'min_lay_temp_val': return 'Mindesttemperatur Verlegung';
+      case 'meter_mark': return 'Metermarkierung';
+      case 'partial_dis': return 'Teilentladung';
+      case 'cap': return 'Kapazität';
+      case 'X': return 'Reaktanz';
+      case 'test_volt': return 'Prüfspannung';
+      case 'rated_volt': return 'Nennspannung';
+      case 'temp_range': return 'Temperaturbereich';
+      case 'Wm': return 'Manteldicke';
+      case 'Wi': return 'Isolationsdicke';
+      case 'RI': return 'DC-Leiterwiderstand (20 °C)';
+      case 'Ø': return 'Außen-Ø';
+      case 'Rbv': return 'Biegeradius';
+      case 'cpr': return 'CPR-Klasse';
+      case 'flame': return 'Flammhemmend';
+      case 'G': return 'Gewicht';
+      case 'Fzv': return 'Zugkraft';
+    }
+  } else {
+    switch (key) {
+      case 'cond_mat': return 'Conductor material';
+      case 'cond_class': return 'Conductor class';
+      case 'core_ins': return 'Core insulation';
+      case 'field_ctrl': return 'Field control';
+      case 'screen': return 'Screen';
+      case 'long_water': return 'Longitudinal water tightness';
+      case 'trans_water': return 'Transverse water tightness';
+      case 'sheath_mat': return 'Sheath material';
+      case 'sheath_color': return 'Sheath color';
+      case 'flame_ret': return 'Flame retardancy';
+      case 'uv_res': return 'UV resistant';
+      case 'max_cond_temp': return 'Max. permissible conductor temperature';
+      case 'out_temp_fixed': return 'Permissible cable outer temperature, fixed';
+      case 'out_temp_motion': return 'Permissible cable outer temperature, in motion';
+      case 'max_sc_temp_val': return 'Maximum short-circuit temperature';
+      case 'min_bend_fixed': return 'Min. bending radius, fixed';
+      case 'min_lay_temp_val': return 'Minimum laying temperature';
+      case 'meter_mark': return 'Meter marking';
+      case 'partial_dis': return 'Partial discharge';
+      case 'cap': return 'Capacitance';
+      case 'X': return 'Reactance';
+      case 'test_volt': return 'Test voltage';
+      case 'rated_volt': return 'Rated voltage';
+      case 'temp_range': return 'Operating temperature range';
+      case 'Wm': return 'Sheath thickness';
+      case 'Wi': return 'Insulation thickness';
+      case 'RI': return 'DC resistance (20 °C)';
+      case 'Ø': return 'Outer diameter';
+      case 'Rbv': return 'Bending radius';
+      case 'cpr': return 'CPR class';
+      case 'flame': return 'Flame retardant';
+      case 'G': return 'Weight';
+      case 'Fzv': return 'Pulling force';
+    }
+  }
+
+  // Fallback for unmapped keys (should be rare if columnMapping is comprehensive)
   const raw = normalizeValue(args.excelKey);
   if (!raw) return '';
-
+  
   if (args.locale === 'de') {
     return raw
       .replace(/\(approx\.?\)/gi, '(ca.)')
-      .replace(/\bconductor material\b/gi, 'Leitermaterial')
-      .replace(/\bconductor class\b/gi, 'Leiterklasse')
-      .replace(/\bcore insulation\b/gi, 'Aderisolation')
-      .replace(/\binsulation\b/gi, 'Aderisolation')
-      .replace(/\bfield control\b/gi, 'Feldsteuerung')
-      .replace(/\bscreen\b/gi, 'Schirm')
-      .replace(/\blongitudinal water tightness\b/gi, 'Längswasserdichtigkeit')
-      .replace(/\btransverse water tightness\b/gi, 'Querwasserdichtigkeit')
-      .replace(/\bsheath material\b/gi, 'Mantelmaterial')
-      .replace(/\bsheath color\b/gi, 'Mantelfarbe')
-      .replace(/\bflame retardancy\b/gi, 'Flammwidrigkeit')
-      .replace(/\buv resistant\b/gi, 'UV-bestandig')
-      .replace(/\bmax\.? permissible conductor temperature\b/gi, 'Max. zulässige Leitertemperatur')
-      .replace(/\bpermissible cable outer temperature, fixed\b/gi, 'Zul. Kabelaußentemperatur, fest verlegt')
-      .replace(/\bpermissible cable outer temperature, in motion\b/gi, 'Zul. Kabelaußentemperatur, in Bewegung')
-      .replace(/\bmaximum short-circuit temperature\b/gi, 'Maximale Kurzschlußtemperatur')
-      .replace(/\bmin\.? bending radius, fixed\b/gi, 'Min. Biegeradius, fest verlegt')
-      .replace(/\bminimum laying temperature\b/gi, 'Mindesttemperatur Verlegung')
-      .replace(/\bmeter marking\b/gi, 'Metermarkierung')
-      .replace(/\bpartial discharge\b/gi, 'Teilentladung')
-      .replace(/\bcapacitance\b/gi, 'Kapazität')
-      .replace(/\binductance\b/gi, 'Induktivität')
-      .replace(/\breactance\b/gi, 'Reaktanz')
-      .replace(/\btest voltage\b/gi, 'Prüfspannung')
-      .replace(/\brated voltage\b/gi, 'Nennspannung')
-      .replace(/\boperating temperature range\b/gi, 'Temperaturbereich')
-      .replace(/\bminimum sheath thickness\b/gi, 'Manteldicke (min.)')
-      .replace(/\bsheath thickness\b/gi, 'Manteldicke')
-      .replace(/\bnominal insulation thickness\b/gi, 'Isolationsdicke (nom.)')
-      .replace(/\binsulation thickness\b/gi, 'Isolationsdicke')
-      .replace(/\bdc resistance at 20\s*°?c\b/gi, 'DC-Leiterwiderstand (20 °C)')
-      .replace(/\bouter diameter(?: of cable)?\b/gi, 'Außen-Ø')
-      .replace(/\bbending radius\b/gi, 'Biegeradius')
       .replace(/\bpackaging\b/gi, 'Verpackung')
       .replace(/\bce\s*-?conformity\b/gi, 'CE-Konformität');
   }
 
   return raw
-    .replace(/\bconductor material\b/gi, 'Conductor material')
-    .replace(/\bconductor class\b/gi, 'Conductor class')
-    .replace(/\bcore insulation\b/gi, 'Core insulation')
-    .replace(/\binsulation\b/gi, 'Core insulation')
-    .replace(/\bfield control\b/gi, 'Field control')
-    .replace(/\bscreen\b/gi, 'Screen')
-    .replace(/\blongitudinal water tightness\b/gi, 'Longitudinal water tightness')
-    .replace(/\btransverse water tightness\b/gi, 'Transverse water tightness')
-    .replace(/\bsheath material\b/gi, 'Sheath material')
-    .replace(/\bsheath color\b/gi, 'Sheath color')
-    .replace(/\bflame retardancy\b/gi, 'Flame retardancy')
-    .replace(/\buv resistant\b/gi, 'UV resistant')
-    .replace(/\bmax\.? permissible conductor temperature\b/gi, 'Max. permissible conductor temperature')
-    .replace(/\bpermissible cable outer temperature, fixed\b/gi, 'Permissible cable outer temperature, fixed')
-    .replace(/\bpermissible cable outer temperature, in motion\b/gi, 'Permissible cable outer temperature, in motion')
-    .replace(/\bmaximum short-circuit temperature\b/gi, 'Maximum short-circuit temperature')
-    .replace(/\bmin\.? bending radius, fixed\b/gi, 'Min. bending radius, fixed')
-    .replace(/\bminimum laying temperature\b/gi, 'Minimum laying temperature')
-    .replace(/\bmeter marking\b/gi, 'Meter marking')
-    .replace(/\bpartial discharge\b/gi, 'Partial discharge')
-    .replace(/\bcapacitance\b/gi, 'Capacitance')
-    .replace(/\binductance\b/gi, 'Inductance')
-    .replace(/\breactance\b/gi, 'Reactance')
-    .replace(/\btest voltage\b/gi, 'Test voltage')
-    .replace(/\brated voltage\b/gi, 'Rated voltage')
-    .replace(/\boperating temperature range\b/gi, 'Operating temperature range')
-    .replace(/\bminimum sheath thickness\b/gi, 'Sheath thickness (min.)')
-    .replace(/\bsheath thickness\b/gi, 'Sheath thickness')
-    .replace(/\bnominal insulation thickness\b/gi, 'Insulation thickness (nom.)')
-    .replace(/\binsulation thickness\b/gi, 'Insulation thickness')
-    .replace(/\bdc resistance at 20\s*°?c\b/gi, 'DC resistance (20 °C)')
-    .replace(/\bouter diameter(?: of cable)?\b/gi, 'Outer diameter')
-    .replace(/\bbending radius\b/gi, 'Bending radius')
     .replace(/\bpackaging\b/gi, 'Packaging')
     .replace(/\bce\s*-?conformity\b/gi, 'CE conformity');
 }
@@ -253,7 +263,26 @@ function technicalValueTranslation(args: { label: string; value: string; locale:
     if (/^stranded$/i.test(v)) return 'mehrdrähtig';
     if (/^(\d+)xD$/i.test(v)) return v.replace(/^(\d+)xD$/i, '$1 facher Durchmesser');
     if (/^XLPE/i.test(v)) return v.replace(/^XLPE/i, 'VPE');
-    return v;
+    if (/^yes, with swelling tape$/i.test(v)) return 'ja, mit Quellvliess';
+    if (/^yes, Al-tape$/i.test(v)) return 'ja, Al-Band';
+    if (/^Polyethylene/i.test(v)) return v.replace(/^Polyethylene/i, 'Polyethylen');
+    if (/^Class 2 stranded$/i.test(v)) return 'Klasse 2 mehrdrähtig';
+    if (/^VPE DIX8$/i.test(v)) return 'VPE DIX8';
+    if (/^inner and outer semiconducting layer made of semiconducting plastic - 3-fold extruded$/i.test(v)) return 'innere und äußere Leitschicht aus halbleitendem Kunststoff - 3-fach-extrudiert';
+    if (/^copper wires \+ transverse conductive helix$/i.test(v)) return 'Kupferdrähte + Querleitwendel';
+    if (/^Polyethylene DMP2$/i.test(v)) return 'Polyethylen DMP2';
+    if (/^15 times diameter$/i.test(v)) return '15 facher Durchmesser';
+    
+    // Fallback for partial matches or common terms
+    return v
+      .replace(/\bcopper\b/gi, 'Kupfer')
+      .replace(/\baluminum\b/gi, 'Aluminium')
+      .replace(/\bblack\b/gi, 'schwarz')
+      .replace(/\bstranded\b/gi, 'mehrdrähtig')
+      .replace(/\byes\b/gi, 'ja')
+      .replace(/\bno\b/gi, 'nein')
+      .replace(/\bPolyethylene\b/gi, 'Polyethylen')
+      .replace(/\bXLPE\b/gi, 'VPE');
   }
 
   if (/^ja$/i.test(v)) return 'yes';
@@ -264,7 +293,25 @@ function technicalValueTranslation(args: { label: string; value: string; locale:
   if (/^mehrdrähtig$/i.test(v)) return 'stranded';
   if (/^(\d+)xD$/i.test(v)) return v.replace(/^(\d+)xD$/i, '$1 times diameter');
   if (/^VPE/i.test(v)) return v.replace(/^VPE/i, 'XLPE');
-  return v;
+  if (/^ja, mit Quellvliess$/i.test(v)) return 'yes, with swelling tape';
+  if (/^ja, Al-Band$/i.test(v)) return 'yes, Al-tape';
+  if (/^Polyethylen/i.test(v)) return v.replace(/^Polyethylen/i, 'Polyethylene');
+  if (/^Klasse 2 mehrdrähtig$/i.test(v)) return 'Class 2 stranded';
+  if (/^innere und äußere Leitschicht aus halbleitendem Kunststoff - 3-fach-extrudiert$/i.test(v)) return 'inner and outer semiconducting layer made of semiconducting plastic - 3-fold extruded';
+  if (/^Kupferdrähte \+ Querleitwendel$/i.test(v)) return 'copper wires + transverse conductive helix';
+  if (/^Polyethylen DMP2$/i.test(v)) return 'Polyethylene DMP2';
+  if (/^15 facher Durchmesser$/i.test(v)) return '15 times diameter';
+  
+  // Fallback for partial matches or common terms
+  return v
+    .replace(/\bkupfer\b/gi, 'Copper')
+    .replace(/\baluminium\b/gi, 'Aluminum')
+    .replace(/\bschwarz\b/gi, 'black')
+    .replace(/\bmehrdrähtig\b/gi, 'stranded')
+    .replace(/\bja\b/gi, 'yes')
+    .replace(/\bnein\b/gi, 'no')
+    .replace(/\bPolyethylen\b/gi, 'Polyethylene')
+    .replace(/\bVPE\b/gi, 'XLPE');
 }
 
 function metaFullLabel(args: { key: string; excelKey: string; locale: 'en' | 'de' }): string {
@@ -701,7 +748,7 @@ function buildExcelModel(args: { product: ProductData; locale: 'en' | 'de' }): B
     'Mantelmaterial',
     'Mantelfarbe',
     'Flammwidrigkeit',
-    'UV-bestandig',
+    'UV-beständig',
     'Max. zulässige Leitertemperatur',
     'Zul. Kabelaußentemperatur, fest verlegt',
     'Zul. Kabelaußentemperatur, in Bewegung',