Merge pull request #38 from LegrandNico/master

version 0.4.0

Author: micahgallen

.coverage

@@ -1,4 +1,5 @@
 .ipynb_checkpoints
 *.pyc
 .mypy_cache
-.pytest_cache
+.pytest_cache
+/htmlcov

.gitignore

@@ -7,6 +7,7 @@ repos:
     rev: v4.3.21
     hooks:
     - id: isort
+      exclude: tests/
 -   repo: https://github.com/ambv/black
     rev: stable
     hooks:

.pre-commit-config.yaml

@@ -7,4 +7,6 @@ include requirements.txt
 include cardioception/HRD/Images/*
 include cardioception/HRD/Sounds/*
 include cardioception/HBC/Images/*
-include cardioception/HBC/Sounds/*
+include cardioception/HBC/Sounds/*
+include cardioception/notebooks/data/HBC/*
+include cardioception/notebooks/data/HRD/*

MANIFEST.in

@@ -29,72 +29,85 @@ def getParameters(
     ----------
     participant : str
         Subject ID. Default is 'exteroStairCase'.
-    session : int
-        Session number. Default to '001'.
+    resultPath : str or None
+        Where to save the results.
+    screenNb : int
+        Screen number. Used to parametrize py:func:`psychopy.visual.Window`.
+        Default is set to 0.
     serialPort: str
         The USB port where the pulse oximeter is plugged. Should be written as
         a string e.g., 'COM3', 'COM4'. If set to *None*, the pulse oximeter
         will be automatically detected. using the
         :py:func:`systole.recording.findOximeter()` function.
-    taskVersion : str or None
-        Task version to run. Can be 'Garfinkel', 'Shandry', 'test' or None.
-    resultPath : str or None
-        Where to save the results.
+    session : int
+        Session number. Default to '001'.
     setup : str
         Context of oximeter recording. Behavioral will record through a Nonin
         pulse oximeter, *fMRI* will record through BrainVision amplifier
         through TCP/IP conneciton. *test* will use pre-recorded pulse time
         series (for testing only).
     systole_kw : dict
         Additional keyword arguments for :py:class:`systole.recorder.Oxmeter`.
+    taskVersion : str or None
+        Task version to run. Can be 'Garfinkel', 'Shandry', 'test' or None.
 
     Attributes
     ----------
-    restPeriod : bool
-        If *True*, a resting period will be proposed before the task.
-    restLength : int
-        The length of the resting period (seconds). Default is 300 seconds.
-    screenNb : int
-        The screen number (Psychopy parameter). Default set to 0.
-    randomize : bool
-        If `True` (default), will randomize the order of the conditions. If
-        taskVersion is not None, will use the default task parameter instead.
-    startKey : str
-        The key to press to start the task and go to next steps.
-    rating : bool
-        If `True` (default), will add a rating scale after the evaluation.
+    conditions : 1d array-like of str
+        The conditions. Can be 'Rest', 'Training' or 'Count'.
     confScale : list
         The range of the confidence rating scale.
+    heartLogo : `psychopy.visual.ImageStim`
+        Image presented during resting conditions.
     labelsRating : list
         The labels of the confidence rating scale.
-    taskVersion : str or None
-        Task version to run. Can be 'Garfinkel', 'Shandry' or None.
-    times : 1d array-like of int
-        Length of trials, in seconds.
-    conditions : 1d array-like of str
-        The conditions. Can be 'Rest', 'Training' or 'Count'.
-    subjectID : str
-        Subject identifiant.
-    subjectNumber : int
-        Subject reference number.
+    noteStart : psychopy.sound.Sound instance
+        The sound that will be played when trial starts.
+    noteStop : psychopy.sound.Sound instance
+        The sound that will be played when trial ends.
     path : str
         The task working directory.
-    results : str
+    randomize : bool
+        If `True` (default), will randomize the order of the conditions. If
+        taskVersion is not None, will use the default task parameter instead.
+    rating : bool
+        If `True` (default), will add a rating scale after the evaluation.
+    restLength : int
+        The length of the resting period (seconds). Default is 300 seconds.
+    restLogo : `psychopy.visual.ImageStim`
+        Image presented during resting conditions.
+    restPeriod : bool
+        If *True*, a resting period will be proposed before the task.
+    resultPath : str
         The subject result directory.
-    note : `psychopy.sound`
-        The sound played at trial start and trial end.
-    win : `psychopy.visual.Window`
-        Window where to present stimuli.
+    screenNb : int
+        The screen number (Psychopy parameter). Default set to 0.
     serial : `serial.Serial`
         The serial port used to record the PPG activity.
-    restLogo : `psychopy.visual.ImageStim`
-        Image presented during resting conditions.
-    heartLogo : `psychopy.visual.ImageStim`
-        Image presented during resting conditions.
+    startKey : str
+        The key to press to start the task and go to next steps.
+    taskVersion : str or None
+        Task version to run. Can be 'Garfinkel', 'Shandry', 'test' or None.
     texts : dict
         Dictionnary containing the texts to be presented.
     textSize : float
         Text size.
+    triggers : dict
+        Dictionary {str, callable or None}. The function will be executed
+        before the corresponding trial sequence. The default values are
+        `None` (no trigger sent).
+            * `"trialStart"`
+            * `"trialStop"`
+            * `"listeningStart"`
+            * `"listeningStop"`
+            * `"decisionStart"`
+            * `"decisionStop"`
+            * `"confidenceStart"`
+            * `"confidenceStop"`
+    times : 1d array-like of int
+        Length of trials, in seconds.
+    win : `psychopy.visual.window`
+        The window in which to draw objects.
     """
     parameters: Dict[str, Any] = {}
     parameters["restPeriod"] = True
@@ -106,6 +119,21 @@ def getParameters(
     parameters["labelsRating"] = ["Guess", "Certain"]
     parameters["taskVersion"] = taskVersion
     parameters["results_df"] = pd.DataFrame({})
+    parameters["setup"] = setup
+
+    # Initialize triggers dictionary with None
+    # Some or all can later be overwrited with callable
+    # sending the information needed.
+    parameters["triggers"] = {
+        "trialStart": None,
+        "trialStop": None,
+        "listeningStart": None,
+        "listeningStop": None,
+        "decisionStart": None,
+        "decisionStop": None,
+        "confidenceStart": None,
+        "confidenceStop": None,
+    }
 
     # Experimental design - can choose between a version based on recent
     # papers from Sarah Garfinkel's group, or the classic Schandry approach.
@@ -149,30 +177,32 @@ def getParameters(
     parameters["noteStart"] = sound.Sound(
         pkg_resources.resource_filename("cardioception.HBC", "Sounds/start.wav")
     )
-    parameters["noteEnd"] = sound.Sound(
+
+    parameters["noteStop"] = sound.Sound(
         pkg_resources.resource_filename("cardioception.HBC", "Sounds/stop.wav")
     )
 
     # Open window
+    if parameters["setup"] == "test":
+        fullscr = False
     parameters["win"] = visual.Window(screen=screenNb, fullscr=fullscr, units="height")
     parameters["win"].mouseVisible = False
 
     parameters["restLogo"] = visual.ImageStim(
         win=parameters["win"],
         units="height",
-        image=os.path.dirname(__file__) + "/Images/rest.png",
+        image=pkg_resources.resource_filename(__name__, "Images/rest.png"),
         pos=(0.0, -0.2),
     )
     parameters["restLogo"].size *= 0.15
     parameters["heartLogo"] = visual.ImageStim(
         win=parameters["win"],
         units="height",
-        image=os.path.dirname(__file__) + "/Images/heartbeat.png",
+        image=pkg_resources.resource_filename(__name__, "Images/heartbeat.png"),
         pos=(0.0, -0.2),
     )
     parameters["heartLogo"].size *= 0.05
 
-    parameters["setup"] = setup
     if setup == "behavioral":
         # PPG recording
         if serialPort is None:

README.md

@@ -4,12 +4,11 @@
 
 import numpy as np
 import pandas as pd
-from psychopy import core, event, visual
+from psychopy import core, event, sound, visual
 
 
 def run(
     parameters: dict,
-    confidenceRating: bool = True,
     runTutorial: bool = True,
     win: Optional[visual.Window] = None,
 ):
@@ -19,13 +18,11 @@ def run(
     ----------
     parameters : dict
         Task parameters.
-    confidenceRating : bool
-        Whether the trial show include a confidence rating scale.
     tutorial : bool
-        If *True*, will present a tutorial with 10 training trial with feedback
+        If `True`, will present a tutorial with 10 training trial with feedback
         and 5 trials with confidence rating.
-    win : `psychopy.visual.Window`
-        Window where to present stimuli.
+    win : `psychopy.visual.window` or None
+        The window in which to draw objects.
     """
     if win is None:
         win = parameters["win"]
@@ -44,10 +41,14 @@ def run(
         range(0, len(parameters["conditions"])),
     ):
 
+        parameters["triggers"]["trialStart"]  # Send trigger or None
+
         nCount, confidence, confidenceRT = trial(
             condition, duration, nTrial, parameters, win
         )
 
+        parameters["triggers"]["trialStop"]  # Send trigger or None
+
         # Store results in a DataFrame
         parameters["results_df"] = parameters["results_df"].append(
             pd.DataFrame(
@@ -65,7 +66,7 @@ def run(
 
         # Save the results at each iteration
         parameters["results_df"].to_csv(
-            parameters["results"]
+            parameters["resultPath"]
             + "/"
             + parameters["participant"]
             + parameters["session"]
@@ -75,7 +76,7 @@ def run(
 
     # Save results
     parameters["results_df"].to_csv(
-        parameters["results"]
+        parameters["resultPath"]
         + "/"
         + parameters["participant"]
         + parameters["session"]
@@ -114,8 +115,8 @@ def trial(
         Trial number.
     parameters : dict
         Task parameters.
-    win : `psychopy.visual.Window`
-        Window where to present stimuli.
+    win : `psychopy.visual.window` or None
+        The window in which to draw objects.
 
     Returns
     -------
@@ -177,6 +178,7 @@ def trial(
         # Add event marker
         parameters["oxiTask"].channels["Channel_0"][-1] = 1
         parameters["noteStart"].play()
+        parameters["triggers"]["listeningStart"]
         core.wait(1)
 
     # Record for a desired time length
@@ -187,7 +189,8 @@ def trial(
         # Add event marker
         parameters["oxiTask"].readInWaiting()
         parameters["oxiTask"].channels["Channel_0"][-1] = 2
-        parameters["noteEnd"].play()
+        parameters["noteStop"].play()
+        parameters["triggers"]["listeningStop"]
         core.wait(3)
         parameters["oxiTask"].readInWaiting()
 
@@ -196,7 +199,7 @@ def trial(
 
     # Save recording
     parameters["oxiTask"].save(
-        parameters["results"]
+        parameters["resultPath"]
         + "/"
         + parameters["participant"]
         + str(nTrial)
@@ -218,6 +221,8 @@ def trial(
         messageCount.draw()
         win.flip()
 
+        parameters["triggers"]["decisionStart"]  # Send trigger or None
+
         nCounts = ""
         while True:
 
@@ -295,6 +300,8 @@ def trial(
             messageCount.draw()
             win.flip()
 
+        parameters["triggers"]["decisionStop"]  # Send trigger or None
+
         ##############
         # Rating scale
         ##############
@@ -316,12 +323,14 @@ def trial(
                 text=parameters["texts"]["confidence"],
                 height=parameters["textSize"],
             )
+            parameters["triggers"]["confidenceStart"]
             while ratingScale.noResponse:
                 message.draw()
                 ratingScale.draw()
                 win.flip()
             confidence = ratingScale.getRating()
             confidenceRT = ratingScale.getRT()
+            parameters["triggers"]["confidenceStop"]
 
     finalCount = int(nCounts) if nCounts else None
 
@@ -335,8 +344,8 @@ def tutorial(parameters: dict, win: Optional[visual.Window] = None):
     ----------
     parameters : dict
         Task parameters.
-    win : `psychopy.visual.Window`
-        Window where to present stimuli.
+    win : `psychopy.visual.window` or None
+        The window in which to draw objects.
     """
     if win is None:
         win = parameters["win"]
@@ -500,8 +509,10 @@ def rest(
     ----------
     parameters : dict
         Task parameters.
-    win : `psychopy.visual.Window`
-        Window where to present stimuli.
+    duration : float
+        Duration or the recording (seconds).
+    win : `psychopy.visual.window` or None
+        The window in which to draw objects.
     """
     if win is None:
         win = parameters["win"]
@@ -523,5 +534,5 @@ def rest(
 
     # Save recording
     parameters["oxiTask"].save(
-        parameters["results"] + "/" + parameters["participant"] + "_Rest"
+        parameters["resultPath"] + "/" + parameters["participant"] + "_Rest"
     )