Mod Feedback [By Request] RotaryCraft Suggestions
- Thread starter Reika
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I thought that at least one of those -- wormholes / interdimensional transport -- was part of chromatic craft. Isn't that where all of those "magical wanna-physics" belong?
@Reika: Feedback regarding FPS... I've noticed that while getting 6 FPS with the reactor going and turbine, if I walk about one chunk away, suddenly I snap back to 20 FPS+. Could there be an issue with the line of sight model detail when you're close?
Also I put the turbine flywheel back on my reactor turbine. It's beautiful. In Opis the Electricraft generator was a really high CPU item (1700ms) without the flywheel, I assume because the varying voltage caused network updates. With the flywheel, I can't even locate the generator in the Opis output. Chickens take more CPU time. Beautiful code!
Also I put the turbine flywheel back on my reactor turbine. It's beautiful. In Opis the Electricraft generator was a really high CPU item (1700ms) without the flywheel, I assume because the varying voltage caused network updates. With the flywheel, I can't even locate the generator in the Opis output. Chickens take more CPU time. Beautiful code!
In your LOD models, could you make the getDistanceMultiplier configurable in the config file? Maybe then I could reduce the distance more and it'd be lower resolution until I get close?
I set my distance to tiny since it seemed to use that for the multiplier, and though I could watch the machines deconstruct the reactor lag was still there.
Yes, that affects it.I set my distance to tiny since it seemed to use that for the multiplier, and though I could watch the machines deconstruct the reactor lag was still there.
I'm been monitoring this thread for a while and haven't seen something about it, but has conveyor belts been suggested? By their nature, they seem fit for a rotor based power system. I know MFR has a similar machine, but a Reika twist would be nice. Also, I was doing a damn build in my survival world, and wanted to choose the RoC hydrokinetic over an Electric age equivalent. For a water turbine -esque build, I thought of the housing of the high pressure turbine from ReC would be a nice touch. Could there be an upgrade of the hydrokinetic that perhaps has a similar gain like the high pressure turbine?
Also, I was doing a damn build in my survival world, and wanted to choose the RoC hydrokinetic over an Electric age equivalent. For a water turbine -esque build, I thought of the housing of the high pressure turbine from ReC would be a nice touch. Could there be an upgrade of the hydrokinetic that perhaps has a similar gain like the high pressure turbine?
Yes, this has, but it is largely redundant, as the fans serve this purpose.I'm been monitoring this thread for a while and haven't seen something about it, but has conveyor belts been suggested? By their nature, they seem fit for a rotor based power system. I know MFR has a similar machine, but a Reika twist would be nice.
The power from a hydrokinetic is calculated from a kinematic analysis of falling water. Water that has fallen a known distance is moving with a certain velocity, and thus generates a specific speed and amount of force and thus torque.
....What?
It has nothing to do with consumption. Water falling a certain distance is moving at a certain speed, and thus from that you can calculate a radial speed - speed being linear velocity divided by radius - and water at a certain speed through a 1m^2 area has a certain mass flow rate, and thus imparts a certain amount of force, equal to F = mdot*v, and torque is equal to force times radius.
I think what demo is saying that in real life, if I pour a bucket of water over a turbine, that water is "consumed" in its use. Whereas your calculation doesn't consume that water, its infinitely available.
That's absolutely correct! And when you're done harvesting the potential energy of the water, you've got to get more water. A flow rate is a quantity moving from X to Y, X has less water afterward. This goes back to my argument (yes, again) to nerf the hydros, in that it makes power from water without consuming the source blocks that supplied it. I believe there was an assumption in the math somewhere that it was essentially an infinite stream of water with a 1m^3 volume per block of height. If infinite water springs make 1 m^3 of water per second to refresh the center source block, you could have a water fall with a max flow rate of 1 m^3...
Nevermind. ;]
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m^3, volume vs area
Two-dimensional water...
The water isn't consumed though, just the water with the higher potential energy is consumed, and you can created closed systems similar to what you describe. The energy just needs to come from somewhere though.
Aren't the hydros balanced by the amount of lubrication they require, though?
The water only has dimensions inasmuch as its appearance and its relationship to connecting blocks, in which case its three-dimensional. Not sure how you're getting 2 dimensions here.
Also: He said volume
The hydros are definitely "somewhat" balanced by lubrication requirements but an actual water-consumption mechanic would be a massive improvement.
Also: He said volume
The hydros are definitely "somewhat" balanced by lubrication requirements but an actual water-consumption mechanic would be a massive improvement.
The water only has dimensions inasmuch as its appearance and its relationship to connecting blocks, in which case its three-dimensional. Not sure how you're getting 2 dimensions here.
Also: He said volume
The hydros are definitely "somewhat" balanced by lubrication requirements but an actual water-consumption mechanic would be a massive improvement.
I just recall we did some math last time and found they should be no better than gas engines total output with the small volume (water column) they work on and a limited flow rate (1 m^3 of water RECREATED per second).