|Version||2022 Latest Version|
Anything can be measured with CamToPlan. The two axes together! All surfaces have lengths, widths, and areas… This virtual tape measure and ruler are made possible by augmented reality and ARCore.
Now, a laser meter or other measuring device isn’t necessary to determine an object’s length. Using the camera on your phone or tablet, you can create a 3D drawing of your measurement lines to overlay on the video. Plans can be exported in either PNG or DXF format. Your measurements can be taken from “cam” to “plan” with the help of CamToPlan, an augmented reality measuring app. Never assume anything when using a measuring device, whether at home or in the workplace. With VR, you can quickly and accurately gauge the dimensions of a room, a whole house, or even an entire building. Put away your rulers and tape measures; they’re not needed anymore.
This program can be used in an endless variety of ways. This is the DIY measuring app. If you work in the real estate industry (e.g., as an agent, an interior designer, an architect, a topographer, an energy consultant, etc.), you will find this app useful for drawing up plans for a home, an apartment, or even just one room in a larger building. It’s useful for many tradespeople, including masons, tile setters, carpet installers, painters, drywallers, plasterers, carpenters, electricians, plumbers, and more.
This app can benefit gardeners, landscapers, pool builders and maintainers, diggers, earthmovers, and navvies. Professionals in the field of cost estimation will find this length measure app extremely useful as it can be used to calculate estimates, making it perfect for use in fields such as quantity surveying, price studies, economics, etc. In the construction industry, a foreman, site manager, or engineer can do a quick measurement check without breaking out the tape measure or ruler. Please explain how to use this measuring app. As its foundation, ARCore from Google serves as the basis. To scan the environment and determine the device’s position and rotation angle, ML algorithms combine data from the device’s sensors (accelerometer, gyroscope, etc.) with odometry, which analyzes live camera video and relies on visual details of images.