2. Knowing the wide path | 3. Opening to the soul
4. Settled Meditation | 5. Aggressive Abstinence
6. Self awareness (Compassion)
A page of links to stuff
I have written.
- There is a category here philosophy and sentiment that has some stuff that deals with the ethics of growing food etc. within the scope of land held by the trust
- I have another blog called Avoid that deals with the ethics of consumer philosophy.
- and another blog called Space that deals with the administration of consumer resources.
Geodesic domes commonly built of triangle that have are built with various different size triangles. The simplest, more suited to smaller domes, uses 30 isosceles triangles. The sides of which can be calculated below for a given final dome diameter. Check out geo-dome.co.uk
The 2 strut dome is made of six pentagons each of five triangles as shown highlighted in the image. The clear spaces are those formed when the pentagons are 'pulled' together
The individual triangles are all the same size.
Ratio of struts A :: B is 1 :: 1.13
All the triangles are the same and five are used to make each pentagon as shown in the adjacent image.
To calculate struts for other dome widths use the calculator below, but note that larger versions needing longer struts will have to use substantially more robust struts and the covering will also have to match.
First impressions are of wind damage but noting the positions of the moved and broken items it appears more complicated.
Consider the following image: The plastic corrugated sheet was covering the wheel barrow weighted with two pieces of timber, one of which can be seen to the left in the foreground. So wind damage is the first idea that comes to mind. But immediately there is an anomaly the lightweight bits of plastic have been blown in one direction and the wood in another. Sure the wind could have moved the plastic later but unlikely in such a manner.
The next image shows an upright post that has been displaced. The post has a mortice and tenon fitting at the top and is weighted by a floor holding solar panels. The base of the post (red) is some distance from it's setting (green) indicating some force needed to move it. It had to be hit really hard to dislodge it with continuing force to move it a few feet, something only wind seems unlikely to achieve.
The third image shows the post horizontal with the second piece of timer that had been on the plastic behind the post.
I imagine it is possible for a strong gust to flip the plastic anf throw the timbers which could have knocked down the post. Only as i write this am I coming up with a possibility.
A very strong gust flipped the plastic and in a split second one piece of timber was thrown in the bush, the send one hit the post which fell and moved some feet to land on the first timber to land, the second timber then fell to the ground as in image one. The only outstanding issue is that all the broken bits of plastic flew in the opposite direction. So what some later gust picked them all up and moved them through 180° ??? The only problem is that all other loose and lighter bits of canvas, plastic, plywood and trash had not been moved at all ???