The two planes (I,II) form an angle ( alpha ) of 0 deg <= alpha <= 90 deg and a rise (a) where a = r \\* sine alpha for the position of the second plane (II) over the first plane (I). The rise (a) has a value between 0 mm and <= 3 mm. The angle ( alpha ) ...
including designs for PVC fipple flutes, a clarinet mouthpiece, some javascript calculators, and theKings Mills Pipes, a "bag whistle" with fipple chanter and drones made of CPVC and a vinyl bag for an air supply. It was designed by the builder "while waiting on planes at various airports....
with telescopes you can look thru them and they are functional . Where as with models ( cars , bikes , trucks , planes , boats , and on and on ) those are
The packaging is unique especially considering all of it's competitors use the usual cardboard with a plastic package holding the cards. werez New Member Joined May 28, 2009 Messages 298 (0.05/day) Location Romania Jun 30, 2009 #34 Kenshai said: Yes but you don't understand how ...
I tried Samsung s5 with cardboard but it’s really not good for rendering many objects, unless you use pre rendered images (fake3d) and glue them on planes. I see the benefit as being a wireless VR platform and for sure like the idea, but cartoon VR is not that immersive as an ...
angle but an offset of about 9 mm down but drifted to an alternate plan where I used the thickness of the 2 by 4 to give me just a little angle and an 18 mm thick headstock. This I cut close to width with the band saw and brought to the thickness with the small planes and ...
The two planes (I,II) form an angle ( alpha ) of 0 deg <= alpha <= 90 deg and a rise (a) where a = r \\* sine alpha for the position of the second plane (II) over the first plane (I). The rise (a) has a value between 0 mm and <= 3 mm. The angle ( alpha ) ...