The Timezone by Coordinates API is a powerful tool that enables developers to easily retrieve the timezone, Daylight Saving Time (DST) offset, and UTC offset of a location based on its latitude and longitude coordinates. This information can be invaluable for applications that require accurate timekeeping, such as scheduling software, travel apps, and weather services.
The API uses the latitude and longitude coordinates of a location to determine its timezone. It then returns a response containing the timezone identifier, UTC offset, and DST offset for that location. The timezone identifier is a string that uniquely identifies the timezone, such as "America/Los_Angeles" for Pacific Standard Time in the United States. The UTC offset is the difference between the location's local time and Coordinated Universal Time (UTC), expressed in hours. The DST offset is the additional offset applied during Daylight Saving Time, expressed in hours.
Using the Timezone by Coordinates API is simple and straightforward. Developers can make a GET request to the API endpoint, passing in the latitude and longitude coordinates of the location they want to query. The API then returns a JSON response containing the timezone information for that location.
One of the primary benefits of the Timezone by Coordinates API is that it eliminates the need for developers to manually calculate timezones and offsets based on latitude and longitude coordinates. This can be a time-consuming and error-prone process, especially for locations that observe DST. By using the API, developers can be confident that they are getting accurate and reliable timezone information for any location in the world.
The Timezone by Coordinates API can be used in a variety of applications. For example, travel apps can use the API to display the local time and weather for a user's current location, or for a destination they are planning to visit. Scheduling software can use the API to ensure that appointments and events are displayed in the correct timezone for each participant. Weather services can use the API to display weather information for a specific location based on its time zone.
In summary, the Timezone by Coordinates API is a powerful tool that provides developers with accurate and reliable timezone information for any location in the world. Its ease of use and flexibility make it a valuable asset for a wide range of applications.
Pass latitude, longitude, and timestamp and receive the time zone
Travel apps: Travel apps can use the API to determine the timezone of a user's current location or a destination they are planning to visit. This information can be used to display the local time and weather, as well as provide recommendations for activities and events based on the time of day.
Scheduling software: Scheduling software can use the API to ensure that appointments and events are displayed in the correct timezone for each participant. This can help to avoid confusion and scheduling conflicts, especially for teams or organizations that operate across multiple time zones.
E-commerce: E-commerce sites can use the API to display delivery times and dates based on the timezone of the customer's shipping address. This can help to provide more accurate delivery estimates and improve customer satisfaction.
Financial services: Financial services companies can use the API to accurately timestamp financial transactions and to comply with regulatory requirements related to timekeeping and reporting.
Weather services: Weather services can use the API to display weather information for a specific location based on its time zone. This can help users to plan outdoor activities or travel, as well as provide insights into weather patterns and trends in different regions.
Besides the number of API calls, there is no other limitation
Get the timezone of the coordinate location.
Get Timezone - Endpoint Features
| Object | Description |
|---|---|
lat |
[Required] Latitude |
lng |
[Required] Longitude |
timestamp |
[Required] The desired time as **seconds **since midnight, January 1, 1970 UTC. |
{"dstOffset":0,"rawOffset":-28800,"timeZoneId":"America/Vancouver","timeZoneName":"Pacific Standard Time"}
curl --location --request GET 'https://zylalabs.com/api/1783/timezone+by+coordinates+api/1429/get+timezone?lat=49.282409&lng=-123.045868×tamp=1646179205' --header 'Authorization: Bearer YOUR_API_KEY'
| Header | Description |
|---|---|
Authorization
|
[Required] Should be Bearer access_key. See "Your API Access Key" above when you are subscribed. |
No long-term commitment. Upgrade, downgrade, or cancel anytime. Free Trial includes up to 50 requests.
The Get Timezone endpoint returns timezone information based on latitude and longitude coordinates. The response includes the timezone identifier, UTC offset, and Daylight Saving Time (DST) offset.
The key fields in the response data are `timeZoneId` (the identifier for the timezone), `rawOffset` (the UTC offset in seconds), and `dstOffset` (the additional offset during Daylight Saving Time in seconds).
The response data is structured in JSON format, containing key-value pairs. For example, a typical response might look like: `{"dstOffset":0,"rawOffset":-28800,"timeZoneId":"America/Vancouver","timeZoneName":"Pacific Standard Time"}`.
The Get Timezone endpoint accepts latitude and longitude as parameters. Optionally, a timestamp can be included to account for Daylight Saving Time adjustments.
The endpoint provides information on the timezone identifier, UTC offset, and DST offset for any given geographic coordinates, allowing applications to accurately reflect local time.
Data accuracy is maintained through regular updates from reliable geographic and timezone databases, ensuring that changes in timekeeping practices, such as DST adjustments, are reflected promptly.
Typical use cases include displaying local times in travel apps, ensuring correct scheduling in multi-timezone environments, and providing accurate delivery estimates in e-commerce applications.
Users can utilize the returned data by integrating it into their applications to display local times, adjust scheduling features, or provide location-specific information based on the timezone data received.
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