Ruler AR - Tape Measure App 1.1.2

Ruler AR - Tape Measure App is an augmented reality measurement application designed for precise object measurements in real-world scenarios. The app offers users the ability to accurately measure the length, width, height, and more of objects, regardless of their shape or texture.

Imagine scenarios such as decorating a house and needing precise wall measurements, crafting furniture that requires perfect fitting components, providing accurate measurements as a contractor, or simply measuring items without immediate access to traditional measuring tools. Ruler AR - Tape Measure App's on-screen ruler feature simplifies these tasks and more.

Key Features of Ruler AR - Tape Measure App:

• Measure on various surfaces using the device's camera with the AR Ruler feature
• Estimate distances between the camera and fixed points on 3D surfaces
• Determine object or structure height with the 3D height measurement scanner
• Measure corners of 3D planes and calculate 3D object sizes using the volume scanner
• Utilize the standard ruler function (Ruler)
• Support for multiple units such as inches, millimeters, centimeters, meters, yards, and feet
• Take photos of measurements for future reference
• Measurements archive functionality to store and compare past measurements

Operating Ruler AR - Tape Measure App is straightforward:

1. Open the app and select the AR ruler
2. Aim the camera at the object's surface to be measured
3. Commence measuring the object
4. View measurement results on-screen
5. Save measurement results by capturing them

Ruler AR - Tape Measure App is a free digital measuring tool that facilitates distance, height, length, width, angle, and more measurements through device scanning. This versatile tool can be used indoors or outdoors, making it suitable for various environments like rooms, fields, and construction sites.

Note: The AR Ruler app relies on Google's ARCore library (also known as lidar iOS), ensuring continual enhancements in room scanning quality and image measurement accuracy within the augmented reality experience.