D Intra-model Similarity for All Models
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned on perceived complexity annotations (PC) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_rsa_intra_cls_pc.png)
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned on perceived complexity annotations (PC) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_pwcca_intra_cls_pc.png)
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned on perceived complexity annotations (PC) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_rsa_intra_mean_pc.png)
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned on perceived complexity annotations (PC) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_pwcca_intra_mean_pc.png)
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned on perceived complexity annotations (PC) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_rsa_intra_tokens_pc.png)
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned on perceived complexity annotations (PC) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_pwcca_intra_tokens_pc.png)
Figure D.1: Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned on perceived complexity annotations (PC) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned in parallel on gaze metrics (ET) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_rsa_intra_cls_et.png)
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned in parallel on gaze metrics (ET) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_pwcca_intra_cls_et.png)
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned in parallel on gaze metrics (ET) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_rsa_intra_mean_et.png)
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned in parallel on gaze metrics (ET) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_pwcca_intra_mean_et.png)
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned in parallel on gaze metrics (ET) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_rsa_intra_tokens_et.png)
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned in parallel on gaze metrics (ET) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_pwcca_intra_tokens_et.png)
Figure D.2: Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned in parallel on gaze metrics (ET) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned on readability assessment annotations (RA) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_rsa_intra_cls_ra.png)
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned on readability assessment annotations (RA) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_pwcca_intra_cls_ra.png)
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned on readability assessment annotations (RA) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_rsa_intra_mean_ra.png)
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned on readability assessment annotations (RA) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_pwcca_intra_mean_ra.png)
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned on readability assessment annotations (RA) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_rsa_intra_tokens_ra.png)
![Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned on readability assessment annotations (RA) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.](figures/appendix/A4_pwcca_intra_tokens_ra.png)
Figure D.3: Intra-model RSA (left) and PWCCA (right) scores across layers’ combinations for the ALBERT model fine-tuned on readability assessment annotations (RA) using the [CLS] token (top), the all-token average (middle), and all tokens (bottom) representations. Layer -1 corresponds to the last layer before prediction heads.