So I've been trying to figure out the internal mechanics of the Ender Quarry. I've run a BUNCH of tests, and it seems to be a max power draw of 500-550RF/t and a max mining speed of about 4ish blocks per second. I am going to link my most through research session (which I JUST finished recently) below. Feel free to skip if you're not interested.
[Methodology]
Hooked my High-Temp Furnace up to the Tesseract (whose opposite was hooked up to the EQ) and to a Resonant Energy Cell. These tests were done both with direct hookup and with hookup via Redstone Energy Conduit (decided to get exact names). Both tests were identical (meaning the Redstone Energy Conduit didn't influence the flow of energy at all).
To start, I set the Resonant Energy Cell to 0RF/t input (aka, it did not draw any RF). What I did was crank the High-Temp Furnace up to 1000RF/t Output exactly. I maintained this exact RF output for the entire test. I then slowly upped the RF draw of the Resonant Energy Cell 50RF/t at a time, and watched the results.
With the REC drawing 0RF/t, the HTF started building it's internal reservoir. This means, unless I am completely mistaken, that the Ender Quarry will NOT use 1000RF/t of power. As I upped the RF/t draw of the REC, the amount of energy being stored by the internal cell of the HTF climbed slower and slower till I hit 450RF/t input on the REC. At 450RF/t on the REC, the HTF started draining it's internal cell.
I repeated this test several times, unhooking and rehooking everything each time. The results, to me, show that the Ender Quarry has a max power consumption of between 500RF/t and 550RF/t. According to the documentation on the FTB wiki, this should mean that the EQ is "mining" approimately 5 blocks per tick, or, if what you guys posted above is correct, between 50 and 100 blocks per second. This would mean it should be tearing thru a column from 256 to bedrock in about 2.5-5 seconds. This is VERY obviously not what is happening.
So, I went out to my EQ to stopwatch time the amount of time it took the purple particle effect showing where the EQ was located to move from one column to the next. I started the watch the very moment I saw the particles move to a new column, and stopped it when they moved on again. I did this 4 times. The height of the block the EQ started with was 64. Assuming a flat bedrock layer at 1 (which would make sense because the map was made special for this mod pack, but could be inaccurate), that means that each column was made of 64 blocks. Since all the blocks are made of a material that respects gravity, we can assume there are no caverns or liquids (which, again, makes sense with the map and the mod pack). This test is less accurate, because I am sure the HTF dropped below 1kRF/t while I was out there. To compensate for this, I set the REC to draw 350RF/t. That being said, it still probably wasn't a perfect 500RF/t-550RF/t draw to the EQ. However, it should have been very close.
What I found, after doing the math, was that the EQ "mined" about 4 blocks per second. This is FAR inferior to the amount of blocks it should be "mining" given it's power draw. So somewhere, some of the information I am working on must be faulty. That being said, it does seem like the EQ has a max power draw (between 500RF/t and 550RF/t) AND a max mining speed (about 4 blocks per second).
Anyway, if anyone knows what's going on here or if I'm doing something wrong, I'd really appreciate it.
[Methodology]
Hooked my High-Temp Furnace up to the Tesseract (whose opposite was hooked up to the EQ) and to a Resonant Energy Cell. These tests were done both with direct hookup and with hookup via Redstone Energy Conduit (decided to get exact names). Both tests were identical (meaning the Redstone Energy Conduit didn't influence the flow of energy at all).
To start, I set the Resonant Energy Cell to 0RF/t input (aka, it did not draw any RF). What I did was crank the High-Temp Furnace up to 1000RF/t Output exactly. I maintained this exact RF output for the entire test. I then slowly upped the RF draw of the Resonant Energy Cell 50RF/t at a time, and watched the results.
With the REC drawing 0RF/t, the HTF started building it's internal reservoir. This means, unless I am completely mistaken, that the Ender Quarry will NOT use 1000RF/t of power. As I upped the RF/t draw of the REC, the amount of energy being stored by the internal cell of the HTF climbed slower and slower till I hit 450RF/t input on the REC. At 450RF/t on the REC, the HTF started draining it's internal cell.
I repeated this test several times, unhooking and rehooking everything each time. The results, to me, show that the Ender Quarry has a max power consumption of between 500RF/t and 550RF/t. According to the documentation on the FTB wiki, this should mean that the EQ is "mining" approimately 5 blocks per tick, or, if what you guys posted above is correct, between 50 and 100 blocks per second. This would mean it should be tearing thru a column from 256 to bedrock in about 2.5-5 seconds. This is VERY obviously not what is happening.
So, I went out to my EQ to stopwatch time the amount of time it took the purple particle effect showing where the EQ was located to move from one column to the next. I started the watch the very moment I saw the particles move to a new column, and stopped it when they moved on again. I did this 4 times. The height of the block the EQ started with was 64. Assuming a flat bedrock layer at 1 (which would make sense because the map was made special for this mod pack, but could be inaccurate), that means that each column was made of 64 blocks. Since all the blocks are made of a material that respects gravity, we can assume there are no caverns or liquids (which, again, makes sense with the map and the mod pack). This test is less accurate, because I am sure the HTF dropped below 1kRF/t while I was out there. To compensate for this, I set the REC to draw 350RF/t. That being said, it still probably wasn't a perfect 500RF/t-550RF/t draw to the EQ. However, it should have been very close.
What I found, after doing the math, was that the EQ "mined" about 4 blocks per second. This is FAR inferior to the amount of blocks it should be "mining" given it's power draw. So somewhere, some of the information I am working on must be faulty. That being said, it does seem like the EQ has a max power draw (between 500RF/t and 550RF/t) AND a max mining speed (about 4 blocks per second).
Anyway, if anyone knows what's going on here or if I'm doing something wrong, I'd really appreciate it.