Ich baue digitale Erlebnisse

// 50/30/20 Budget-Berechnung
const needs = (income * ratios.needs) / 100;
const wants = (income * ratios.wants) / 100;
const savings = (income * ratios.savings) / 100;

// Runway: Wie viele Monate bist du frei?
const months = (wealth / monthlyNeeds).toFixed(1);

// Dmax-Methode: Maximaler Abstand zur Baseline
function methodDmax(data, modified = false) {
  const m = (endPoint.y - startPoint.y) / 
            (endPoint.x - startPoint.x);
  for (let x = start; x <= end; x += step) {
    const y = cubicSplineInterpolate(data, x);
    const dist = Math.abs(A*x + B*y + C) / denom;
  }
}

// Mondphasen-Berechnung
const getMoonPhase = (date) => {
  let jd = c + e + day - 694039.09;
  jd /= 29.5305882; // Mondzyklus
  const phases = ['Neumond', 'Vollmond', ...];
  return phases[Math.round(jd * 8)];
};

{% assign plants = collections.all %}
{% for plant in plants.products %}
  {{ plant.title }}
  {{ plant.price | money }}
  "Versandfertig"
{% endfor %}

// Server Action: RSVP absenden
export async function submitRsvp(formData) {
  await supabase
    .from('guests')
    .update({ status, guests_count, dietary })
    .eq('id', guestId);
}

// PDF-Generierung mit @react-pdf/renderer
export const InvoicePDF = ({ invoice }) => (
  <Document>
    <Page size="A4">
      <Text>Rechnung #{invoice.number}</Text>
    </Page>
  </Document>
);

<!-- Ampel-System -->
<div class="ampel-card--emergency">
  <h3>Sofort 112 anrufen</h3>
  <p>Keine Warteschleife für Notfälle.</p>
</div>
<div class="ampel-card--success">
  <h3>Online Rezept</h3>
  <p>Bestellung ohne Anruf.</p>
</div>

// Zyklusprognose berechnen
func predictNextPeriod() -> Date? {
  let avgLength = cycles
    .map { $0.length }
    .reduce(0, +) / cycles.count
  return lastPeriod
    .addDays(avgLength)
}

// Tagesbilanz berechnen
struct DailyBalance {
  var consumed: Int
  var target: Int
  var remaining: Int {
    return target - consumed
  }
}

// Rudel-Konfliktwarnung
function checkConflicts(dogs: Dog[]) {
  const dominant = dogs
    .filter(d => d.tags
    .includes('dominant'))
  if (dominant.length > 1)
    return { warn: true }
}

// FFT Spectral Analysis
func computeLFPower(
  rr: [Double]
) -> Double {
  let fft = vDSP.fft(
    hamming(
      interpolate(rr, hz: 4)
    ))
  return fft.lfBand()
}