Post pilot

directed_forgetting_single_task_network/experiment.js

@@ -136,8 +136,8 @@ var appendProbeData = function(data) {
 	jsPsych.data.addDataToLastTrial({
 		correct: correct,
 		probe_letter: probe,
-		directed_forgetting_condition: directed_condition,
-		trial_num: current_trial,
+		directed_forgetting_condition: directed_forgetting_condition,
+		current_trial: current_trial,
 		correct_response: correct_response,
 		exp_stage: exp_stage,
 		cue: cue,
@@ -181,23 +181,23 @@ var getCue = function() {
 };
 
 // Will pop out a probe type from the entire probeTypeArray and then choose a probe congruent with the probe type
-var getProbe = function(letters,directed_condition,cue) {
+var getProbe = function(letters,directed_forgetting_condition,cue) {
 	var trainingArray = jsPsych.randomization.repeat(stimArray, 1);
 	var lastSet_top = letters.slice(0,numLetters/2)
 	var lastSet_bottom = letters.slice(numLetters/2)
-	if (directed_condition == 'pos') {
+	if (directed_forgetting_condition == 'pos') {
 		if (cue == 'BOT') {
 			probe = lastSet_top[Math.floor(Math.random() * numLetters/2)]
 		} else if (cue == 'TOP') {
 			probe = lastSet_bottom[Math.floor(Math.random() * numLetters/2)]
 		}
-	} else if (directed_condition == 'neg') {
+	} else if (directed_forgetting_condition == 'neg') {
 		if (cue == 'BOT') {
 			probe = lastSet_bottom[Math.floor(Math.random() * numLetters/2)]
 		} else if (cue == 'TOP') {
 			probe = lastSet_top[Math.floor(Math.random() * numLetters/2)]
 		}
-	} else if (directed_condition == 'con') {
+	} else if (directed_forgetting_condition == 'con') {
 		newArray = trainingArray.filter(function(y) {
 			return (y != lastSet_top[0] && y != lastSet_top[1] &&
 					y != lastSet_bottom[0] && y != lastSet_bottom[1])
@@ -219,7 +219,7 @@ var getProbeHTML = function(){
 
 var getLettersHTML = function(){
 	stim = stims.pop()
-	directed_condition = stim.directed_condition
+	directed_forgetting_condition = stim.directed_forgetting_condition
 	letters = stim.letters
 	cue = stim.cue
 	probe = stim.probe
@@ -259,14 +259,14 @@ var createTrialTypes = function (numTrialsPerBlock,numLetters){
 	var stims = []
 
 	for (var i = 0; i < numTrialsPerBlock; i++){
-		var directed_condition = probeTypeArray.pop()
+		var directed_forgetting_condition = probeTypeArray.pop()
 		var letters = getTrainingSet(used_letters,numLetters)
 		var cue = getCue()
-		var probe = getProbe(letters,directed_condition,cue)
-		var correct_response = getCorrectResponse(directed_condition)
+		var probe = getProbe(letters,directed_forgetting_condition,cue)
+		var correct_response = getCorrectResponse(directed_forgetting_condition)
 
 		stim = {
-			directed_condition:directed_condition,
+			directed_forgetting_condition:directed_forgetting_condition,
 			letters: letters,
 			cue: cue,
 			probe: probe,
@@ -515,7 +515,7 @@ var start_fixation_block = {
 	on_finish: function() {
 		jsPsych.data.addDataToLastTrial({
 			exp_stage: exp_stage,
-			trial_num: current_trial
+			current_trial: current_trial
 		})
 	}
 }
@@ -534,7 +534,7 @@ var fixation_block = {
 	on_finish: function() {
 		jsPsych.data.addDataToLastTrial({
 			exp_stage: exp_stage,
-			trial_num: current_trial
+			current_trial: current_trial
 		})
 	}
 }
@@ -552,7 +552,7 @@ var ITI_fixation_block = {
 	on_finish: function() {
 		jsPsych.data.addDataToLastTrial({
 			exp_stage: exp_stage,
-			trial_num: current_trial
+			current_trial: current_trial
 		})
 		current_trial = current_trial + 1
 	}
@@ -683,7 +683,7 @@ for (i = 0; i < (practice_length); i++) {
 		on_finish: function() {
 			jsPsych.data.addDataToLastTrial({
 				exp_stage: exp_stage,
-				trial_num: current_trial
+				current_trial: current_trial
 			})
 		}
 	}
@@ -703,7 +703,7 @@ for (i = 0; i < (practice_length); i++) {
 		on_finish: function() {
 			jsPsych.data.addDataToLastTrial({
 				exp_stage: exp_stage,
-				trial_num: current_trial
+				current_trial: current_trial
 			})
 		}
 	}
@@ -722,7 +722,7 @@ for (i = 0; i < (practice_length); i++) {
 		on_finish: function() {
 			jsPsych.data.addDataToLastTrial({
 				exp_stage: exp_stage,
-				trial_num: current_trial
+				current_trial: current_trial
 			})
 			current_trial = current_trial + 1
 		}

flanker_single_task_network/experiment.js

@@ -409,6 +409,7 @@ for (i = 0; i < practice_len; i++) {
 			if (data.key_press == data.correct_response) {
 				correct_trial = 1
 			}
+			current_trial += 1
 			current_block = practiceCount
 
 			jsPsych.data.addDataToLastTrial({correct_trial: correct_trial,
@@ -533,13 +534,13 @@ for (i = 0; i < numTrialsPerBlock; i++) {
 			if (data.key_press == data.correct_response) {
 				correct_trial = 1
 			}
-
+			current_trial += 1
 			current_block = testCount
 
 			jsPsych.data.addDataToLastTrial({correct_trial: correct_trial,
 											 trial_id: 'test_trial',
 											 current_block: current_block,
-											 current_trial: i
+											 current_trial: current_trial
 											 })
 		}
 	};

flanker_with_cued_task_switching/experiment.js

@@ -288,9 +288,9 @@ var response_keys = {key: [77,90], key_name: ["M","Z"]}
 
 var choices = response_keys.key
 var practice_length = 16
-var test_length = 240
+var exp_len = 240
 var numTrialsPerBlock = 40
-var numTestBlocks = test_length / numTrialsPerBlock
+var numTestBlocks = exp_len / numTrialsPerBlock
 
 var flanker_styles = ['solid','outlined']
 

go_nogo_single_task_network/experiment.js

@@ -104,7 +104,7 @@ var appendData = function(data) {
 	}
 
 	jsPsych.data.addDataToLastTrial({
-		trial_num: current_trial,
+		current_trial: current_trial,
 	})
 
 	current_trial +=1

n_back_single_task_network__fmri/config.json

@@ -0,0 +1,51 @@
+[
+    {
+        "name": "N-Back Single Task Network fMRI",
+        "template":"jspsych",
+        "run": [
+				"static/js/math.min.js",
+                "static/js/jspsych/jspsych.js",
+                "static/js/jspsych/plugins/jspsych-call-function.js",
+                "static/js/jspsych/poldrack_plugins/jspsych-poldrack-text.js",
+                "static/js/jspsych/poldrack_plugins/jspsych-poldrack-instructions.js",
+                "static/js/jspsych/poldrack_plugins/jspsych-attention-check.js",
+                "static/js/jspsych/poldrack_plugins/jspsych-poldrack-single-stim.js",
+                "static/js/jspsych/poldrack_plugins/jspsych-poldrack-categorize.js",
+                "static/js/jspsych/plugins/jspsych-survey-text.js", 
+                "static/js/jspsych/poldrack_plugins/jspsych-stop-signal.js",
+                "static/js/utils/poldrack_fmri_utils.js", 
+                "experiment.js",
+                "static/css/jspsych.css",
+                "static/css/default_style.css",
+                "style.css",
+                "https://cdnjs.cloudflare.com/ajax/libs/mathjs/3.13.3/math.js"
+
+
+               ],
+        "exp_id": "n_back_single_task_network__fmri",
+        "cognitive_atlas_task_id": "tsk_4a57abb949e1a",
+        "contributors": [
+                         "Patrick Bissett",
+                         "Jamie Li",
+                         "McKenzie Hagen",
+                         "Russell Poldrack"
+                        ], 
+        "time":30,
+        "reference": "http://psycnet.apa.org/journals/xlm/37/2/392/",
+        "notes": "Condition refers to whether the trial is practice or high_freq/low_freq (the two test conditions) as well as whether it was a go or SS trial",
+        "publish":"True",
+        "experiment_variables": [{
+                                 "name":"credit_var",
+                                 "type":"credit",
+                                 "datatype": "boolean",
+                                 "description":"True if avg_rt > 200"
+                                  }],
+        "deployment_variables":{"jspsych_init":
+                                        {"fullscreen": true,
+                                        "display_element": "getDisplayElement",
+                                        "on_trial_finish": "addID('n_back_single_task_network__fmri')"}
+                       			} 
+
+   }
+]
+