Track your field work via constant GPS readings. Track unlimited paths each day and have each track/path displayed on a map in different colors.
Each well site is marked along your GPS track(s) with a pin on Google maps allowing instant access to the media and data captured.
When the well sampling and purging job begins the application automatically documents the longitude, latitude, altitude, time, and date with instant access to the smartphone or tablet camera, audio recorder, notes, and a theodolite (for calculating distances to or elevation of objects).
Share the field work instantaneously with monitors or managers along with GPS tracks and media on any of an almost unlimited number of social websites or communicate information via e-mail, Skype, and other IM systems.
Create a company or personal website to share the field data with others in real time. The website includes a gallery of your videos and images along with standard Google maps with tracks and pins representing events.
The application automatically synchronizes your data in the background to the secure database and, if desired, your website, effectively backing up your data for later use.
Once you return from the field, the data collected can be downloaded to a spreadsheet, powerpoint, or other documents or additional data such as water chemical analyses can be added to the online database. The data can also be extensively filter to hone in on certain aspects of data. Our reports section allows users to create specialized documents and graphs from the filtered data.
Their is a built-in messaging system which allows samplers to communicate with each other or their headquarters while in the field.
For square, rectangle, oval, and round pools enter the exact width and length. For irregular pool shapes, enter the average width and length by taking a measurement at the widest point and the narrowest point and adding those two numbers together. Then divide the result by 2 to get an average.
For pool depth, enter the depth of the shallow end and the deep end. If the pool is flat, enter the same number for the deep end and shallow end.
If you have any problems, or suggestions for improvement, please contact me.
Insert the POGO into the soil and the following soil parameters are instantly sampled and displayed on the Android device screen:
•Soil moisture percent
•Soil temperature in Fahrenheit or Celsius
•Bulk electrical conductivity in S/m
•Bulk electrical conductivity (temperature corrected) in S/m
•Raw real dielectric permittivity
•Raw imaginary dielectric permittivity
The soil measurements are stored in the HydraMon app, and can easily be emailed or exported to a computer for further analysis.
Utilizing the Stevens Hydra Probe II soil sensor for accurate soil measurement, the Stevens POGO Portable Soil Probe is easy to use and ideally suited for:
•golf and sport turf management
•agricultural research applications
•soil and groundwater remediation studies
•spot checks of crops and soil
•university studies and research
•and any other application where quality soil data is needed
Since the POGO has been designed specifically for on-the-go use and soil measurement in the field, locations can be marked and recorded using the GPS location from the Android devices, or given unique name identifiers.
Several soil texture types are supported by HydraMon, making it accurate across a wide range of soil applications.
Note: This app must be paired with the Stevens POGO Portable Soil Sensor to measure and record soil data.
All you have to do is, enter the diameter of water pipe, the pressure and the estimated size of the fracture and the app automatically calculates an estimation of water loss.
Designed by MRWA, Missouri Rural Water Association
This version does not work under Android Lollipop. Please search for Metrus Leak Calculator 2 for all Android versions including Lollipop.
A Step Into The Future...
A one of a kind In-College Application surpassing the android capability with good memory manipulation and management using complex custom algorithms taking into consideration the space and time complexity to bring you an app that tries to achieve the best in all areas.
This app's main goal is to be the ultimate guide to a student wanting accurate guidance while on campus and off campus using it's uniquely built GPS Navigation system.
This application has the capability to escort a student from anywhere in NY to the front door of their classroom location or building with just less than 3 clicks.
This application has the ability to use a special offline GPS mode not requiring GPS to be turned on, which is impossible to achieve without the custom backend built gps routes.
This application has the capability to display upcoming events and each event is clickable. When selected, a page with the event information is displayed, but that is not the interesting part. The interesting part is that when the event is on campus, a button magically appears "Take me to this event" which of course you guessed right- will escort it's user to the event location from anywhere in NY.
This application has the capability to carry out a proximity chat system entirely based on the school's buildings. The are about 70 chatrooms, a user is initially put into a chat room based on current location, however that user can add or remove other chatrooms. When Chat Rooms are added or removed, the messages you see are updated so that you only post or receive messages from the chat rooms you have added. You need a Stjohns email to use this feature, which also means you will talk to St. John's students, faculty or professors, rather than entire strangers.
This application partially implemented the school public webcams. They include the laptop shop and financial aid cams. In the future we plan to implement the webcams for the food courts.
This application has the capability to search for any faculty or professor, giving out very detailed information including ratings.
This application has perks as follows: preview of buildings change from a day to a night picture depending on the current time, some locations auto type extra information(i.e shuttle bus location will also show the times of departure), choosing destination as a class will also tell you what floor to proceed to upon arrival or if it is a basement, any time you need to go to a location, the 'real' estimated time and distance will always be given. The In-College routes are not just ok routes, they are one of the best and fastest routes obtained from a basic algorithm and knowledge of a Senior at St. John's combined.
As you may have noticed, this is a beta version and all these features are the beta features... Imagine how much more we could add with proper support from the University. Every design, source code, web server resources are owned by 'Creapptive team'.
Please also note that GPS is very hard to handle and errors that were never seen during our 3 weeks testing phase could magically appear based on the device. So there is an offline gps option.
This app preserves your settings.(i.e if your GPS was off before you ran this app, it will be turned back off).
Don't forget to look at the In-app mini-tutorial if you encounter any problem with the real-time In-College gps.
Please allow at least 25mb of space prior to installation.
Finally don't forget to give feedbacks if you want to see this app go further than any school has ever thought of.
App developed by 'Creapptive Team' consisting of Jesse A. and Rumate Razi.
*Might not run on*
-LG Optimus 2X