We are working on a seastead design.


Each leg/float is a cylinder: 3.9 ft diameter (1.95 feet radius), 24 feet long. 
Two thirds of each leg is immersed (16 feet under water).
There are 3 legs connected to the corners of a triangle frame that is 60 feet on a side.
What is the mass of water displaced?

Each leg is angled at 45 degrees going out and down from the corner of the triangle.
There will be 2 cables going from the bottom of a leg to the adjacent corners to hold it in place.
There will also be a cable making a loop between the bottoms of all the legs/floats so we have some
redundancy in case one cable breaks.


Please used Froude scaling rules to give me the dimensions of a 1/6 scale model.
Give the dimensions in inches.
Also give me the total target weight of the scale  model in lbs.
How long should the cables be?

We will test this in Sandy Hill Bay, Anguilla.  
We will either tie it to a mooring or have a human hold a line to keep it from moving, maybe using stretchy line to be
sure it only has a gentle force from this.
By where in the bay we position the model we can test under different wave heights.
To simulate 3 foot, 5 foot, and 8 foot waves what scale height in inches should we try to find?
How deep should the water be so that we are getting waves modeling open ocean waves and not shore breaking waves?


What free Android apps will record acclerations into a file which we can then transfer onto a desktop computer?