PHP Programming and Basic Website Creation

I have written everything out that you will need to make this as easy as possible. See attached files. Bids under $70 USD only. Project Description: A person will be in the sky with a cell phone application that transfers information such as speed, velocity, position, etc. to a website. That website will then perform live calculations that are determined below. From this information we will know at any given time where a object will land when dropped. What I have: I have the php code that takes the mobile phone sensor data and receives it on a website. It is attached to this project as “Sensor.php.” I need you to create a website that looks like the image at the bottom of this word document. This website will take some user inputs on the webpage and use that along with the live data to make all the calculations we need. I have wrote out all the calculations below in order to solve this problem. I found Matlab code for solving for the position of landing. I have converted this to PHP, but there is a slight error that I need you to correct. Here is a link to the Matlab code: [login to view URL] That code has been converted to PHP and attached to this project. It is called “Position Of [login to view URL]”. But if you scroll down on the link above, a comment has been made with a correction. That correction is not in the PHP code yet. What I need you to do: Create a website on your server. We will eventually transfer it to my own. The website needs to look like the image at the bottom of this document. You will finish the PHP code that calculates the values I need. All the formulas are attached. Let me know the name of the website you would like the data sent to so that I can enter it into my sensor application. Math Summary: User inputs data of target location on website: latitude, longitude, altitude, latency offset, mass, area, and drag coefficient. Compare live vs final latitude/longitude for calculating current distance away from location. Adjust this value according to latency calculation to prevent overshoot. Live calculate landing location at any given point in time. When landing location = distance from target with latency offset then we will know when to trigger the drop of an object. Live calculate location true heading and compare to true bearing to ensure proper travel direction.