Table 4 Correlations between reading and cognitive style
From: From reading style to cognitive style and its possible application: an eye-tracking and CFT approach
Correlations | τb [95% CI] | pholm |
|---|---|---|
Text A: Mean length of saccades ~ CFT Local | .286 [− .072, .286] | .126 |
Text A: Mean length of saccades ~ CFT Global | − .286 [− .592, .053] | .106 |
Text B: Mean length of saccades ~ CFT Local | .295 [− .105, .634] | .159 |
Text B: Mean length of saccades ~ CFT Global | − .145 [− .509, .238] | .452 |
Text A: Frequency of regressions ~ CFT Local | − .448 [− .724, − .100] | .023 |
Text A: Frequency of regressions ~ CFT Global | .001 [− .371, .359] | .996 |
Text B: Frequency of regressions ~ CFT Local | − .348 [− .665, .026] | .080 |
Text B: Frequency of regressions ~ CFT Global | .148 [− .214, .510] | .425 |
Text A: Number of transitions ~ CFT Local | .180 [− .189, .502] | .318 |
Text A: Number of transitions ~ CFT Global | − .020 [− .377, .330] | .909 |
Text B: Number of transitions ~ CFT Local | .025 [− .335, .380] | .882 |
Text B: Number of transitions ~ CFT Global | − .246 [− .574, .134] | .196 |