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Basic Panchang Sunrise

The Basic Panchang Sunrise API provides Panchang related calculations and insights based on Vedic Astrology principles. This endpoint is designed for astrology applications, report generation systems, horoscope platforms, and developer integrations requiring structured JSON responses and reliable REST API access.

https://json.astroinsightapi.com/api/v1/panchang/basic-panchang/sunrise
Credit Cost
1 Credit
Avg Latency
~34ms
Auth Type
Basic Auth
Format
JSON / UTF-8

Available Response Languages

🇬🇧 English en
🇮🇳 Hindi hi
🇮🇳 Marathi ma

API Overview & Calculation Details

Methodology and astrological context for Basic Panchang Sunrise.

The Basic Panchang Sunrise API computes the five core Panchang (Hindu almanac) elements anchored to the sunrise of a given date and geographic location, rather than a specific clock time. In Vedic tradition, many astrological and religious determinations are made relative to the sunrise of the day, making this a critical variant for accurate muhurta calculations, daily almanac generation, and ritual planning.

What This API Does

This API calculates the fundamental Panchang elements — Tithi (lunar day), Vara (weekday), Nakshatra (lunar mansion), Yoga (luni-solar combination), and Karana (half lunar day) — as they stand at the moment of sunrise for the specified date and location. By fixing the calculation point to sunrise, this endpoint follows the classical Vedic convention where the Panchang of a day is defined by the planetary positions at the time the Sun rises at that location. This makes it particularly suited for traditional almanac generation and religious scheduling where sunrise-relative values are required.

What Data It Returns

  • Tithi — the lunar day number, name, deity, and completion percentage at sunrise

  • Vara — the Vedic weekday, its ruling planet, and general characteristics

  • Nakshatra — the lunar mansion (star) the Moon occupies at sunrise, including its name, lord, and pada (quarter)

  • Yoga — the luni-solar yoga active at sunrise, its name, ruling deity, and nature (auspicious or inauspicious)

  • Karana — the half-day unit in effect at sunrise, its name, type (fixed or movable), and ruling deity

  • Sunrise time — the precise sunrise time computed for the given location and date

  • Sunset, Moonrise, and Moonset times — computed for the given location and date

  • Ayanamsha value — the precession offset applied during calculation

Main Use Cases

  • Traditional Panchang and almanac generation — producing daily almanac entries that follow the classical Vedic convention of sunrise-anchored Panchang values

  • Religious and ritual scheduling — determining the Panchang of a day for planning pujas, vratas (fasts), festivals, and other religious observances

  • Muhurta determination — identifying auspicious timings for important life events where the day's Panchang is assessed from sunrise

  • Hindu calendar applications — powering digital Panchang calendars, temple apps, and religious event platforms

  • Astrology platforms — providing sunrise-based Panchang data for birth chart analysis and daily astrological guidance

  • Spiritual and devotional apps — helping users understand the sacred quality of each day from a traditional Vedic perspective

Key Functionality

  • Sunrise-anchored calculation — all five Panchang elements are evaluated at the moment of sunrise, following classical Vedic convention

  • Location-aware sunrise computation — sunrise time is derived from the provided latitude, longitude, and timezone for geographic accuracy

  • Five-element Panchang output — delivers all five classical Panchang components (Tithi, Vara, Nakshatra, Yoga, Karana) in a single response

  • Ayanamsha support — applies the configured Ayanamsha system (e.g., Lahiri, Raman, KP) for sidereal calculations

  • Multilingual support — returns data in the language specified via the Accept-Language header

  • Luminaries' timing data — includes sunrise, sunset, moonrise, and moonset times for the given location and date

Request Parameters

Payload specifications for JSON request body.

application/json
Parameter Type Description & Example
day
Required
integer
Day of birth (1–31).
Example: 15
month
Required
integer
Month of birth (1–12).
Example: 9
year
Required
integer
Year of birth (e.g., 1994).
Example: 1994
hour
Required
integer
Hour of birth in 24-hour format (0–23).
Example: 12
min
Required
integer
Minute of birth (0–59).
Example: 30
sec
Optional
integer
Second of birth (0–59). Optional. If not provided, it is considered as 0.
Example: 30
lat
Required
float
Latitude of the birth location.
Example: 28.6139
lon
Required
float
Longitude of the birth location.
Example: 77.1025
tzone
Optional
float
Timezone offset from UTC. Optional. If not provided, it is considered as 5.5 (IST).
Example: 5.5

Required & Optional Headers

Header Key Value / Format Description
Authorization
Required
Basic {base64} Base64 encoded string of CLIENT_ID:CLIENT_SECRET.
Content-Type
Required
application/json Specifies JSON payload format in request body.
Accept-Language
Optional
en, hi, ta, te... Returns localized astrology output. Default: en
X-Ayanamsha
Optional
lahiri, raman, krishnamurti... Ayanamsha system: lahiri, raman, fagan_bradley, usha_shashi, krishnamurti, djwhal_khul, yukteshwar, jn_bhasin, suryasiddhanta, aryabhata. Default: lahiri

Frequently Asked Questions

Comprehensive developer guidance for Basic Panchang Sunrise.

What is the Basic Panchang Sunrise API and what data does it provide?

The Basic Panchang Sunrise API provides authentic Panchang calculations based on Vedic astrology algorithms. It returns structured JSON data containing detailed planetary positions, house calculations, and astrological parameters suitable for Kundli apps, astrology websites, and developer applications.

What input parameters are required to call Basic Panchang Sunrise?

The Basic Panchang Sunrise API requires standard Vedic birth details: day, month, year, hour, min, sec, latitude (lat), longitude (lon), and timezone (tzone). All parameters can be passed in the JSON request body.

How many credits does the Basic Panchang Sunrise endpoint consume?

Each calculation request to Basic Panchang Sunrise consumes 1 API credit. The endpoint delivers high performance with an average response time of ~34ms.

How do I authenticate with the Basic Panchang Sunrise API?

Authenticate using HTTP Basic Authentication by including your Base64 encoded client_id:client_secret credentials in the Authorization header (Authorization: Basic BASE64(client_id:client_secret)).

Can I get Basic Panchang Sunrise responses in regional Indian languages?

Yes! The API supports multiple languages including English, Hindi, Marathi. Pass your desired language code (e.g. 'hi' for Hindi, 'ta' for Tamil, 'en' for English) in the Accept-Language request header.

Which Ayanamsha systems can be calculated with Basic Panchang Sunrise?

Supported Ayanamshas include NC Lahiri (Default), BV Raman, Krishnamurti (KP), Fagan Bradley, Usha Shashi, Djwhal Khul, Sri Yukteshwar, JN Bhasin, Surya Siddhanta, and Aryabhata. Specify your choice using the X-Ayanamsha header.

What response format and HTTP codes does this API return?

The API returns clean JSON UTF-8 output. Successful requests return HTTP 200 OK with the computed data payload. Parameter validation errors return HTTP 422 with actionable error messages.

POST panchang/basic-panchang/sunrise
Presets:
Live Output
Click Send above to execute calculation.
Sample Output

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