AstroWay/api v2.95.1 · es
todos los sistemas funcionando con normalidad

Natal Chart API in TypeScript: SDK + React Example

Compute a natal chart in TypeScript with the AstroWay SDK — typed responses, a React component, and where it beats a local ephemeris library.

The AstroWay TypeScript SDK is generated from the OpenAPI spec, so request bodies and responses are fully typed — your IDE autocompletes the fields and the compiler catches mistakes before runtime. Here’s a natal chart, then the same call inside a React component.

Terminal window
npm install @astroway/sdk
# or: pnpm add @astroway/sdk

Get a key on the dashboard — 10,000 credits/month free, no card.

import { Astroway } from '@astroway/sdk';
const aw = new Astroway({ apiKey: process.env.ASTROWAY_API_KEY! });
const chart = await aw.chart.compute({
date: '1990-07-14',
time: '14:30:00',
timezoneOffset: 3,
latitude: 50.45,
longitude: 30.52,
});
// chart.planets is typed — not `any`
for (const p of chart.planets) {
console.log(`${p.name} ${p.longitude.toFixed(2)}° ${p.sign}`);
}

The { ok, data, error } envelope is unwrapped for you, so chart is the data. Need a raw response or an endpoint without a typed namespace yet? aw.client.POST('/chart', { body }) is the underlying typed fetch.

No extra dependency needed — call the SDK from an effect (or a server action / route handler if you don’t want the key in the browser):

import { useEffect, useState } from 'react';
import { Astroway } from '@astroway/sdk';
const aw = new Astroway({ apiKey: import.meta.env.VITE_ASTROWAY_KEY });
export function NatalChart({ birth }: { birth: {
date: string; time: string; timezoneOffset: number; latitude: number; longitude: number;
} }) {
const [planets, setPlanets] = useState<{ name: string; sign: string }[]>([]);
useEffect(() => {
aw.chart.compute(birth).then((c) => setPlanets(c.planets));
}, [birth]);
return (
<ul>
{planets.map((p) => <li key={p.name}>{p.name} in {p.sign}</li>)}
</ul>
);
}

In production, keep the API key server-side: call aw.chart.compute from a Next route handler or a small proxy and pass the result to the client. The SDK runs the same in Node, edge runtimes and the browser.

Mutating-style calls take an idempotency key so a retry can’t double-charge credits, and errors are a typed hierarchy:

import { RateLimitError, BadRequestError } from '@astroway/sdk';
try {
await aw.synastry.aspectGrid(body, { idempotencyKey: 'replay-abc' });
} catch (e) {
if (e instanceof RateLimitError) {/* back off */}
if (e instanceof BadRequestError) {/* show which field failed */}
}

A browser-only ephemeris library ships hundreds of kilobytes of WASM + data to every visitor. The SDK keeps the calculation server-side over a typed HTTP call, so your bundle stays small and you also get 722 other endpoints (synastry, transits, Human Design, AI interpretations) without adding dependencies.

AstroWay team

El equipo de ingeniería de AstroWay API. Envolvemos Swiss Ephemeris en REST puro y escribimos sobre los detalles aburridos que son realmente importantes.

// construye sobre esto

El mismo Swiss Ephemeris que en Solar Fire — en 4 líneas de código.

Clave gratuita sin tarjeta. 5 000 llamadas al mes antes del primer pago.

Más del blog ver todas las publicaciones →

Ephemeris 2026-06-05

How Accurate Is the Swiss Ephemeris? Verified Benchmarks

Swiss Ephemeris accuracy in numbers — planetary positions under 0.1 arcsecond, exact house cusps, eclipses within a minute — and how AstroWay verifies it.

Ephemeris 2026-06-05

Swiss Ephemeris: REST API vs pyswisseph (When to Use Which)

pyswisseph vs a REST API for Swiss Ephemeris calculations — C dependencies, data files, licensing and deployment compared, with a decision guide.

Engineering 2026-05-21

Astrología védica a través de la API: desde Parashara hasta Lal Kitab en 354 endpoints

AstroWay ahora ofrece la cobertura védica más completa entre las API comerciales: 10 sistemas de dasha, 16 vargas, Panchang, Lal Kitab completo + KP + Jaimini. Cómo funciona y cuándo elegir qué técnica.