fix in #537....and http://bt.industrial-craft.net/view.php?id=1157 ...remove 1 windmill..... you have overlaping in Wind Mill space... drawback of 50% to wind
http://bt.industrial-craft.net/view.php?id=1157 ...remove 1 windmill..... you have overlaping in Wind Mill space... drawback of 50% to wind
Is the windmill space square? I though having them in lines wouldn't affect them. Oops either way 
fix in #537
Describe fixed, because I can still make the boiler temp double quadruple what the water it.
The GUI is so much better pushed up though 
Is the windmill space square? I though having them in lines wouldn't affect them. Oops either way
y + z(x) = radius * 2 and x(z) = radius * 3 a big cube
y + z(x) = radius * 2 and x(z) = radius * 3
Does that mean that the cube is the same for all of the windmill types? Is it a cube or a cuboid, does the fact that the rotor blades get longer just affect the width and height, or the depth too?
Does that mean that the cube is the same for all of the windmill types? Is it a cube or a cuboid, does the fact that the rotor blades get longer just affect the width and height, or the depth too?
Quotey + z(x) = radius * 2 and x(z) = radius * 3
its a cuboid every rotor Typ have a diferent radius ... and effenct the depth too radius * 3
Holidays, brain not designed to do maths 
I'll just not put them near each other.
Math, nooo 
I got some ideas for watermill rework, will post them later once I get to my desktop.
I think, i have seen a value of 480 as the maximum heat transfer from boiler to water.
Great addition that we are able to heat the boiler with several Heat exchangers now, makes it a lot easier.
First things first! How the hell does Steve manage to put 10 cubic meters of water into a cubic meter of boiler?
Magic? Nano machines? Alien super advanced 4d space management?
I would propose another way: first, you can only put 750 L in the cube, and it would be heated up by this means:
Now, it is possible to have more surface to exchange heat, since there are more tubes passing through the water.
This concept is based on the steam engines. Replace the hot water (or whatever) in the vertical red tubes by a hot mix of smoke, air and steam and you get the boiler of most steam locomotives.
How the hell does Steve manage to put 10 cubic meters of water into a cubic meter of boiler?
The same way he can crush 8 cubic metres of solid stone into 1 cubic metre of furnace with his bare hands.
Ok, but he can, for example cut some parts off, and...
OK, I understand.
space-time have alternative flow in minecraft.
but suggestion to move boiler size to config is viable.
It's just an initial implementation. We may do things like allowing to build it larger which alters the various parameters accordingly.
Such hype. Railcraft eat your heart out. 
By the way, in order to make the boiler become a multi-block device, wouldn't it be easier to have components such as pipes, which you'll make a hot fluid flow though and that you will immerse in the water you want to heat up? According to how much pipes you immersed and how much water you have to heat up, you can determine how much heat you'll need and how much time it will take.
