Changes

!Average Bucket per run <ref name="Resource Consumption"/>

!Average Bucket per run <ref name="Resource Consumption"/>

!Ranking Points per run (per 100 runs) <ref name="S-Rank">Assuming S rank all nodes. Also, this is point gained per run (or 100 runs), not per hour, it might not reflect the real amount of point that can be earned in an hour.</ref> <ref name="100 Runs">Ranking point gained per 100 runs (shown in the parentheses) is calculated as '''ranking point gained per run X victory rate X 100'''. This also includes retreat, where the ranking point gained is considered lost as they are insignificant (i.e for map 6-3, it's 2.18 x 95.6% x 100 = 208.41 points per 100 runs).</ref>

!Ranking Points per run (per 100 runs) <ref name="S-Rank">Assuming S rank all nodes. Also, this is point gained per run (or 100 runs), not per hour, it might not reflect the real amount of point that can be earned in an hour.</ref> <ref name="100 Runs">Ranking point gained per 100 runs (shown in the parentheses) is calculated as '''ranking point gained per run X victory rate X 100'''. This also includes retreat, where the ranking point gained is considered lost as they are insignificant (i.e for map 6-3, it's 2.18 x 95.6% x 100 = 208.41 points per 100 runs).</ref>

!Rpt gained per resource used ratio <ref name="rptprsr">This column displays number in 10E-3 unit to avoid leading zeroes. To get the correct value, you need to multiply it with 10^-3.</ref>

!Rpt gained per resource used ratio <ref name="rptprsr">This is calculated as '''ranking point gained per run / Sum of fuel ammo steel and bauxite used per run'''. This column also displays number in 10E-3 unit to avoid leading zeroes. To get the correct value, you need to multiply it with 10^-3.</ref>

!Notes

!Notes

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