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RankMeticulous Dissassmbly?AmountTerneIridiumZircon Chromium
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0/3Yes5000065154500Behaves as expected for 0/3, 1/3 and 2/3, where it "adds one level" to your refinement passive (so 2/3 in refining + Meticulous disassembly = 3/3 in refining)
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1.30%1.09%0.00%0.00%Drop Rate
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1/3Yes500006155203260
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1.23%1.04%0.65%0.00%Drop Rate
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2/3Yes50000747585406256
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1.49%1.17%0.81%0.51%Drop Rate
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3/3Yes50000858713428273Drop rate appears to be slightly higher than expected... larger data sample below that proves it's a higher drop rate
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1.72%1.43%0.86%0.55%Drop Rate
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AmountTerneIridiumZircon Chromium
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3/3 Mega TestYes50000814705422300
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50000844687432279
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50000827722419258
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50000885682396258POINTS IN METICULOUS DISASSEMBLY AND SLOTTED
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10000016661422844560
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Totals3000005036421825131655
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Observed Drop Rate1.68%1.41%0.84%0.55%CONCLUSION: METICULOUS DISASSEMBLY DEFINITELY INCREASED DROP RATES (ESTIMATE TO BE ABOUT +12.5% TO DROP RATES)
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Expected1.50%1.25%0.75%0.50%
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Drop Rate + 10%1.65%1.38%0.83%0.55%
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Drop Rate + 12.5%1.69%1.41%0.84%0.56%
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Old drop rate**100.00%100.00%100.00%100.00%<---- For these to be statistically significant must be >97.5% or <2.5% for 2 standard deviations >99.85% or <0.15% for 3 standard deviations, so we can definitively say that Meticulous disassembly increases drop rates with ~100% confidence. 3nd row shows with +12.5% to each drop rate, and there is not evidence to reject that hypothesis with this test of 300,000 materials refined
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Old drop rate + 10% **89.22%92.83%78.18%55.56%
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Old drop rate + 12.5% **35.70%49.95%36.26%21.78%
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AmountTerneIridiumZircon Chromium
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3/3 Mega Test50000753639372239
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50000747614390230
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50000784642360235
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50000713629343261POINTS IN METICULOUS DISASSEMBLY BUT NOT SLOTTED
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50000786630376251
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Totals2500003783315418411216
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Observed Drop Rate1.51%1.26%0.74%0.49%CONCLUSION: METICULOUS DISASSEMBLY MUST BE SLOTTED TO COUNT
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Expected1.50%1.25%0.75%0.50%
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Old drop rate**70.99%70.30%21.92%17.12%
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AmountTerneIridiumZircon Chromium
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3/3 Mega Test10000017061421859534
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10000016621439838575
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10000016821418831569
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10000016701379842562POINTS IN METICULOUS DISASSEMBLY AND SLOTTED
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10000016321395906571
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Totals5000008352705242762811
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Observed Drop Rate1.67%1.41%0.86%0.56%CONCLUSION: METICULOUS DISASSEMBLY DEFINITELY INCREASED DROP RATES (ESTIMATE TO BE ABOUT +12.5% TO DROP RATES)
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Expected1.50%1.25%0.75%0.50%
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Drop Rate + 10%1.65%1.38%0.83%0.55%
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Drop Rate + 12.5%1.69%1.41%0.84%0.56%
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Old drop rate**100.00%100.00%100.00%100.00%<---- For these to be statistically significant must be >97.5% or <2.5% for 2 standard deviations >99.85% or <0.15% for 3 standard deviations, so we can definitively say that Meticulous disassembly increases drop rates with ~100% confidence. 3nd row shows with +12.5% to each drop rate, and there is not evidence to reject that hypothesis with this test of 500,000 materials refined
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Old drop rate + 10% **87.23%98.42%99.08%88.00%
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Old drop rate + 12.5% **17.54%60.14%81.42%49.37%
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COMBINEDAmountTerneIridiumZircon Chromium
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3/3 Mega Test150000252021261281834
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150000250621261270854
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150000250921401250827
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150000255520611238820POINTS IN METICULOUS DISASSEMBLY AND SLOTTED
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2000003298281717501131
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Totals800000133881127067894466
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Observed Drop Rate1.67%1.41%0.85%0.56%CONCLUSION: METICULOUS DISASSEMBLY DEFINITELY INCREASED DROP RATES (ESTIMATE TO BE ABOUT +12.5% TO DROP RATES)
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Expected1.50%1.25%0.75%0.50%
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Drop Rate + 10%1.65%1.38%0.83%0.55%
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Drop Rate + 12.5%1.69%1.41%0.84%0.56%
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Drop Rate + 20%1.80%1.50%0.90%0.60%
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Old drop rate**100.00%100.00%100.00%100.00%<---- For these to be statistically significant must be >97.5% or <2.5% for 2 standard deviations >99.85% or <0.15% for 3 standard deviations, so we can definitively say that Meticulous disassembly increases drop rates with ~100% confidence. 3nd row shows with +12.5% to each drop rate, and there is not evidence to reject that hypothesis with this test of 800,000 materials refined
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Old drop rate + 10% **95.07%99.52%99.02%84.26%
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Old drop rate + 12.5% **16.66%57.77%68.59%30.89%
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Old drop rate + 20% **0.00%0.00%0.00%0.00%<---- final test to see if the drop rate is +20% - It is very clearly NOT +20%
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**(Technically this is the "percentile" of the drops on a standard normal distrubution curve where 50% is the exact expected drop chance given. Anything between 2.5% and 97.5% is not statistically significant to 2 standard deviations and anything between 0.15% and 99.85% is not statistically significant to 3 standard deviations, 2 standard deviations is the "standard" test)
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