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$C D_{r} = \frac{Y L_{r, t = 1}}{K A G_{r, t = 1}^{C D A L F_{r, s = 1}} * L A B S_{r, s = 1, t = 1}^{(1 - C D A L F_{r, s = 1})}}$ BLOOP $Y L M a x M_{r} = 1 * (1 - D e v W e i g h t_{r}) + ((\frac{Y L_{r}}{Y l M a x F o u n d})^{0.35} * D e v W e i g h t_{r})$

Revision as of 01:39, 29 March 2017 view source EmoryFerguson (talk \| contribs) 2,246 edits No edit summary ← Older edit		Revision as of 01:40, 29 March 2017 view source EmoryFerguson (talk \| contribs) 2,246 edits No edit summary Newer edit →
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	<math>CD_{r}=\frac{YL_{r,t=1}}{{KAG_{r,t=1}^{CDALF_{r,s=1}}}*{LABS_{r,s=1,t=1}^{(1-CDALF_{r,s=1})}}}</math> BLOOP		<math>CD_{r}=\frac{YL_{r,t=1}}{{KAG_{r,t=1}^{CDALF_{r,s=1}}}{LABS_{r,s=1,t=1}^{(1-CDALF_{r,s=1})}}}</math> BLOOP <math>YLMaxM_{r}=1(1-DevWeight_{r})+((\frac{YL_{r}}{YlMaxFound})^{0.35}*DevWeight_{r})</math>
	<math>YLMaxM_{r}=1(1-DevWeight_{r})+((YL_{r}/YlMaxFound)^{0.35}DevWeight_{r})

Sandbox: Difference between revisions

Revision as of 01:40, 29 March 2017

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