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Equation 38 · Part 13 · AI Feeds on the Distance Between an Intention and an Outcome

addition

logit⁡Pr⁡(Yimtr=1)=β0+αm+β1qtr+β2dt+β3log⁡(1+ht)+urepo(t)+ut.\operatorname{logit}\Pr(Y_{imtr}=1)= \beta_0+\alpha_m+\beta_1 q_{tr}+\beta_2 d_t+ \beta_3\log(1+h_t)+u_{\mathrm{repo}(t)}+u_t.
addition

What this part means

Add the term after the plus sign to the term or group before it.

Its job in the formula

Add the term after the plus sign to the term or group before it.

The passage around this formula

Start with the conventional mixed-effects baseline specified before task results are opened: logit⁡Pr⁡(Yimtr=1)=β0+αm+β1qtr+β2dt+β3log⁡(1+ht)+urepo(t)+ut\operatorname{logit}\Pr(Y_{imtr}=1)= \beta_0+\alpha_m+\beta_1 q_{tr}+\beta_2 d_t+ \beta_3\log(1+h_t)+u_{\mathrm{repo}(t)}+u_t. Here qtrq_{tr} is supplied input-context length in tokens, not tokens consumed after the agent has begun acting; using post-attempt expenditure would contaminate the predictor with behavior. The term dtd_t is a predeclared ordinary benchmark-difficulty score based only on endpoint-side, redaction-invariant features such as repository size band, static dependency reach, test-suite scope, and selected task-family label. It is deliberately conventional and admittedly imperfect. The terms urepo(t)u_{\mathrm{repo}(t)} and utu_t are repository and task random effects, while αm\alpha_m represents model…

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Learn the underlying idea

Addition combines quantities; subtraction measures the signed difference between them. Parentheses show what is combined before the rest of the expression is evaluated.

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Sources cited in the article section

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