all stanford tasks labeled

Author: Hororohoruru

ibc_data/all_contrasts.tsv

@@ -423,48 +423,46 @@ attention	double_cue	cues appear in both possible location of the probe at the s
 attention	spatial_incongruent-spatial_congruent	ignore distractors vs no distractors with spatial cue	no distractors	ignore distractors	['selective_attention']
 attention	spatial_incongruent	cue indicates the position of the probe + distractors in the probe	fixation	spatial cue, distractors	['spatial_attention', ‘attentional_focusing’, ‘saccadic_eye_movement’, ‘selective_attention’, ‘response_selection’, ‘response_execution’]
 attention	spatial_congruent	cue indicates the position of the probe + no distractors	fixation	spatial cue, no distractors	['spatial_attention', ‘attentional_focusing’, ‘saccadic_eye_mocement’, ‘response_selection’, ‘response_execution’]
-stop-signal	go				[‘visual_perception’, 'proactive_control', ‘response_selection’, ‘response_execution’]
-stop-signal	stop				['visual_perception', ‘proactive_control’, ‘response_inhibition’, ‘response_selection’, ‘response_execution’]
-stop-signal	stop-go				['response_inhibition']
-two-by-two	task_stay_cue_stay				['visual_perception', ‘response_selection’, ‘response_execution’]
-two-by-two	task_switch_cue_switch				['visual_perception', ‘response_selection’, ‘response_execution’, ‘task_switch’, ‘cue_switch’]
-two-by-two	task_switch_cue_stay				['visual_perception', ‘response_selection’, ‘response_execution’, ‘task_switch’, ‘cue_switch’]
-two-by-two	task_stay_cue_switch				['visual_perception', ‘response_selection’, ‘response_execution’, ‘cue_switch’]
-two-by-two	task_switch-stay				['task_switch']
-two-by-two	cue_switch-stay				['cue-switch']
+stop-signal	go	respond with the correct finger depending on the image displayed	fixation	response	[‘visual_perception’, 'proactive_control', ‘response_selection’, ‘response_execution’]
+stop-signal	stop	stop the response if the stop signal appears	fixation	response stop	['visual_perception', ‘proactive_control’, ‘response_inhibition’, ‘response_selection’, ‘response_execution’]
+stop-signal	stop-go	effect of inhibiting the motor response	response	response stop	['response_inhibition']
+two-by-two	task_stay_cue_stay	both task and cue repeats	fixation	task repetition	['visual_perception', ‘response_selection’, ‘response_execution’]
+two-by-two	task_switch_cue_switch	both task and cue switch	fixation	task switch	['visual_perception', ‘response_selection’, ‘response_execution’, ‘task_switch’, ‘cue_switch’]
+two-by-two	task_switch_cue_stay	both task and cue switch	fixation	task switch	['visual_perception', ‘response_selection’, ‘response_execution’, ‘task_switch’, ‘cue_switch’]
+two-by-two	task_stay_cue_switch	task repeats, cue switch	fixation	cue switch	['visual_perception', ‘response_selection’, ‘response_execution’, ‘cue_switch’]
+two-by-two	task_switch-stay	effect of task switch	task switch	task stay	['task_switch']
+two-by-two	cue_switch-stay	effect of cue switch	cue switch	cue stay	['cue-switch']
 discount	delay				[' ']
 discount	amount				[' ']
-selective-stop-signal	go				[' ']
-selective-stop-signal	stop				[' ']
-selective-stop-signal	ignore				[' ']
-selective-stop-signal	ignore-stop				[' ']
-selective-stop-signal	stop-ignore				[' ']
-selective-stop-signal	ignore-go				[' ']
-selective-stop-signal	stop-go				[' ']
-stroop	congruent				[' ']
-stroop	incongruent				[' ']
-stroop	congruent-incongruent				[' ']
-stroop	incongruent-congruent				[' ']
+selective-stop-signal	go	respond with the correct finger depending on the image displayed	fixation	response	[‘visual_perception’, 'proactive_control', ‘response_selection’, ‘response_execution’]
+selective-stop-signal	stop	stop the response if the stop signal appears	fixation	response stop	['visual_perception', ‘proactive_control’, ‘response_inhibition’, ‘response_selection’, ‘response_execution’]
+selective-stop-signal	ignore	respond anyway even if the stop signal appears	fixation	ignore stop signal	[‘visual_perception’, 'proactive_control', ‘response_conflict’, ‘response_selection’, ‘response_execution’]
+selective-stop-signal	effect of resolution of conflictive responses	ignore stop signal	response stop	[‘response_conflict’]	effect of resolution of conflictive responses
+selective-stop-signal	stop-go	effect of inhibiting the motor response	response	response stop	[‘response_inhibition’]
+stroop	congruent	word and word color are the same	fixation	automatic response	[‘visual_perception’, ‘proactive_control’, ‘response_selection’, ‘response_execution’]
+stroop	incongruent	word and color are not the same	fixation	conflictive response	[‘visual_perception’, ‘proactive_control’, ‘response_selection’, ‘response_execution’, ‘conflict_detection’]
+stroop	congruent-incongruent	effect of conflict between automatic and instructed response	automatic response	conflictive response	[‘conflict_adaptation_effect’]
+stroop	incongruent-congruent	reverse effect of conflict between automatic and instructed response	automatic response	conflictive response	[‘conflict_adaptation_effect’]
 columbia-cards	num_loss_cards				[' ']
 columbia-cards	loss				[' ']
 columbia-cards	gain				[' ']
 dot-patterns	cue				[' ']
-dot-patterns	correct_cue_correct_probe				[' ']
-dot-patterns	correct_cue_incorrect_probe				[' ']
-dot-patterns	incorrect_cue_correct_probe				[' ']
-dot-patterns	incorrect_cue_incorrect_probe				[' ']
+dot-patterns	correct_cue_correct_probe	both cue and probe are correct (AX)	fixation	response	[‘visual_perception’, ‘proactive_control’, ‘response_selection’, ‘response_execution’]
+dot-patterns	correct_cue_incorrect_probe	the cue is correct, but the probe is not (AY)	fixation	response	[‘visual_perception’, ‘proactive_control’, ‘response_selection’, ‘response_execution’]
+dot-patterns	incorrect_cue_correct_probe	cue is incorrect but probe is correct (BX)	fixation	response	[‘visual_perception’, ‘response_selection’, ‘response_execution’]
+dot-patterns	incorrect_cue_incorrect_probe	both cue and probe are incorrect (BY)	fixation	response	[‘visual_perception’, ‘response_selection’, ‘response_execution’]
 dot-patterns	correct_cue_incorrect_probe-correct_cue_correct_probe				[' ']
 dot-patterns	incorrect_cue_incorrect_probe-incorrect_cue_correct_probe				[' ']
 dot-patterns	correct_cue_incorrect_probe-incorrect_cue_correct_probe				[' ']
 dot-patterns	incorrect_cue_incorrect_probe-correct_cue_incorrect_probe				[' ']
-dot-patterns	incorrect_cue-correct_cue				[' ']
+dot-patterns	incorrect_cue-correct_cue	effect of cognitive control	non vigilance	vigilance	[‘cognitive_control’]
 dot-patterns	incorrect_probe-correct_probe				[' ']
-tower-task	ambiguous_intermediate				[' ']
-tower-task	unambiguous_direct				[' ']
-tower-task	Intermediate-direct				[' ']
-tower-task	ambiguous_direct				[' ']
-tower-task	unambiguous_intermediate				[' ']
-tower-task	ambiguous-unambiguous				[' ']
+tower-task	ambiguous_intermediate	complex goal hierarchy + complex search depth	fixation	solve complex task	[‘visual_perception’, ‘response_selection’, ‘response_execution’, ‘planning’, ‘goal_hierarchy’, ‘search_depth’]
+tower-task	unambiguous_direct	simple goal hierarchy + simple search depth	fixation	solve simple task	[‘visual_perception’, ‘response_selection’, ‘response_execution’, ‘planning’]
+tower-task	Intermediate-direct	effect of search depth	solve simple depth	solve complex depth	['search_depth']
+tower-task	ambiguous_direct	complex goal hierarchy + simple search depth	fixation	solve complex hierarchy	[‘visual_perception’, ‘response_selection’, ‘response_execution’, ‘planning’, ‘goal_hierarchy’]
+tower-task	unambiguous_intermediate	simple goal hierarchy + complex search depth	fixation	solve complex depth	[‘visual_perception’, ‘response_selection’, ‘response_execution’, ‘planning’, ‘search_depth’]
+tower-task	ambiguous-unambiguous	effect of goal hierarchy	solve simple hierarchy	solve complex hierarchy	['goal_hierarchy']
 wedge	lower_meridian				[' ']
 wedge	upper_meridian				[' ']
 wedge	lower_right				[' ']