With a chi-square reference, the additive quadratic model gives the same six block-intercept test rejections in ds000005.
In 16 participants from OpenNeuro ds000005, the additive quadratic likelihood-ratio test for equal block intercepts gave the same six Holm-adjusted rejections as the linear and full quadratic tests. Its six statistics ranged from 11.3052 to 36.9726. The additive quadratic score test gave five rejections; sub-14 changed decision across the model and statistic. Two full quadratic sub-10 fits were quasi separated and had undefined statistics. Simulation of the additive score statistic gave pointwise Monte Carlo limits that did not resolve sub-14 or sub-01. These asymptotic and plug-in simulation results concern a specified choice function in one session. They do not establish a causal block effect, a value function, or a loss-aversion trait. The source lists differ by block, missing choices remain, and block time order was not checked.
block intercept · logistic regression · likelihood-ratio test · score test · quadratic model · Holm adjustment · Monte Carlo uncertainty · gamble choices · OpenNeuro ds000005
References
4- usesThe quadratic model gives higher mean log loss in the ds000005 nested block test. sci:sha256:511d35ccd5179d6f85b2ad65923da4a3e8944661e174bb3f426f44c37450e79c
We used its additive and full quadratic gain/loss input sets. These supplied the specified control functions for the equal-block-intercept tests.
- usesSeparate block intercepts change one of 16 adjusted ratio test decisions in ds000005. sci:sha256:fce5ec1f308248b4702ef12c045926e9971a306847f734f628be409c5e1396cb
We used its pinned source manifest and secondary equal-intercept reference table. These supplied the source version and a check for all 16 linear likelihood ratios.
- doi:10.1126/science.1134239
- doi:10.1037/dec0000141
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