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Advanced Panchang Sunrise

The Advanced 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/advanced-panchang/sunrise
Credit Cost
1 Credit
Avg Latency
~37ms
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 Advanced Panchang Sunrise.

Advanced Panchang — Sunrise

The Advanced Panchang Sunrise API computes precise, astronomically-grounded Panchang (Hindu almanac) data anchored to the sunrise moment for a given date and geographic location. By tying all calculations to the exact local sunrise rather than a fixed clock time, this endpoint delivers the most traditionally accurate form of the Panchang used in Vedic astrology, religious observance, and auspicious timing.


What This API Does

This endpoint calculates the full set of Panchang elements — the five limbs of the Hindu almanac — for a specified date, time, and location, with all values computed relative to the sunrise of that day at the provided coordinates. The Ayanamsha (sidereal zodiac correction system) used for the calculations is configurable via a request header, allowing compatibility with multiple Vedic astrology traditions.


Data Returned

The response provides a comprehensive set of Panchang attributes, typically including:

  • Tithi — Lunar day, its name, start and end times, and the presiding deity

  • Nakshatra — The lunar mansion (star constellation) the Moon occupies, with duration and ruling deity

  • Yoga — The auspiciousness index derived from the combined longitudes of the Sun and Moon

  • Karana — The half-tithi unit, with name and timing

  • Vara — The weekday with its planetary ruler

  • Sunrise & Sunset times — Precise local sunrise and sunset for the given coordinates and date

  • Moonrise & Moonset times — Lunar rise and set timings

  • Rahu Kalam, Gulika Kalam, Yamaganda — Inauspicious time periods to be avoided for important activities

  • Abhijit Muhurta — The most auspicious time window of the day

  • Chandra Rashi — The zodiac sign occupied by the Moon

  • Sun's Rashi and Nakshatra — Solar position details

  • Ayanamsha value — The sidereal correction applied, as per the selected system


Main Use Cases

  • Religious and ritual scheduling — Determining auspicious and inauspicious windows for pujas, ceremonies, and observances based on sunrise-anchored Panchang

  • Vedic astrology applications — Powering horoscope and muhurta (electional astrology) features that require sunrise-relative Panchang data

  • Festival and calendar apps — Generating accurate daily almanac entries for Hindu calendar applications

  • Muhurta selection — Identifying the best time windows (e.g., Abhijit Muhurta) and periods to avoid (e.g., Rahu Kalam) for important life events such as travel, business, or weddings

  • Astrology APIs and platforms — Serving as a backend data source for consumer-facing astrology products that need location-aware, tradition-specific Panchang


Key Functionality

  • Sunrise-anchored calculations — All Panchang elements are computed relative to the actual astronomical sunrise at the specified latitude and longitude, ensuring traditional accuracy rather than relying on a fixed midnight or noon epoch

  • Location-aware — Accepts precise geographic coordinates (latitude and longitude) along with timezone offset, making results specific to any location worldwide

  • Configurable Ayanamsha — The X-Ayanamsha header allows selection of the sidereal correction system (e.g., Lahiri, Raman, KP), enabling compatibility with different Vedic astrology schools

  • Multi-language support — The Accept-Language header allows responses to be returned in the preferred language, supporting regional and vernacular use cases

  • Full date and time input — Accepts day, month, year, hour, minute, second, and timezone offset, enabling calculations for any historical, current, or future 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 Advanced Panchang Sunrise.

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

The Advanced 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 Advanced Panchang Sunrise?

The Advanced 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 Advanced Panchang Sunrise endpoint consume?

Each calculation request to Advanced Panchang Sunrise consumes 1 API credit. The endpoint delivers high performance with an average response time of ~37ms.

How do I authenticate with the Advanced 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 Advanced 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 Advanced 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/advanced-panchang/sunrise
Presets:
Live Output
Click Send above to execute calculation.
Sample Output

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