PsyScript 5.1 Documentation

comment

trial
begin experiment
end experiment
begin experiment
display instructions
screen size
screen depth
begin experiment
end
experiment
[' 
]
[comment 
]
--
(*
*)
[debug 
]
if debugging then
end if
debugging
[do check_debug]
debugging
[do check_version 
]
[do default_folder 
]
set default folder to 
file
alias
default folder
[do define_click 
]
set bounds of click area 

	to {
, 
,
	
, 
}
[do flash_instructions 
]
display instructions 
for
[do init_bbox]
initialize bbox
[do init_mappings]
initialize mappings
[do init_positions]
initialize positions
[do instruction_file 
]
display instructions from 
for
[do instructions 
]
display instructions 
[do itpause 
]
pause
[do kill_perm_stims]
delete every permanent stimulus
[do load_ctab 
]
load color table
[do load_perm_stim 
]
load permanent stimulus
name
as
[do map_bbox_key 
]
set mapping of bbox key 

to 
[do map_click 
]
set mapping of click area 

to 
[do map_key 
]
set mapping of key 

to 
[do map_mouse 
]
notice_all_clicks
[do map_vtrig 
]
set vtrig mapping to 
set mapping of current sound to 
set mapping of eyelink button 
 to 
set noticed of eyelink button 
 to 
set mapping of activewire pin 
 to 
set noticed of activewire pin 
 to 
[do notice_all_bbox_keys 
]
set noticed of every bbox key to 
[do notice_all_clicks 
]
set bounds of click area 1 to {0, 0} & (screen size)
set noticed of click area 1 to 
[do notice_all_keys 
]
set noticed of every key to 
[do notice_bbox_key 
]
set noticed of bbox key 

to 
[do notice_click 
]
set noticed of click area 

to 
[do notice_key 
]
set noticed of key 

to 
[do pict_folder 
]
set default picture folder to 
file
alias
default folder
[do res_file 
]
open resource
[do set auto_events 
]
set auto events to 
[do set back_color 
]
set background color to color
[do set beep 
]
set beeping to 
true
false
[do set jitter 
]
set jitter to 
[do set justify 
]
set word alignment to

[do set left_margin 
]
set left margin to 
[do set line_height 
]
set line height to 
[do set load_ctab_automatically 
]
set loading ctab automatically to

[do set pict_type 
]
set simple picture type to

true
false
[do set position 
]
set value of position 

to {
, 
}
[do set response_type 
]
set response type to 
[do set right_margin 
]
set right margin to 
[do set screen_depth 
]
set screen depth to 
[do set screen_size 
]
set screen size to {
, 
}
[do set word_color 
]
set word color to color
[do set word_font 
]
set word font to 
[do set word_size 
]
set word size to 
[do set word_style 
]
set word style to
{on styles:
, off styles:
}
[do set_tick_time]
tick time
[do shuffle_file 
only


step


into


pseudorandom

]
[dumpstate]
[echo 
]
[float 
]
[fn 
]
[if 
]
[include 
]
load script
[integer 
]
[long 
]
[number 
]
[outfmt 
]
[params 
]
[prompt 
]
display dialog
[record 
]
[set 
 
]
set
to
[short 
]
[string 
]
[trial 
]
do trial 
[trialfields 
]
good_response
good response
reaction_time
RT
reaction time
reply
subject reply
response_correct_id
response_wrong_id
subject_response
subject response
timeout_id
grade for timeout
params
trialfields
[trialfields 
]
trial
[trial 
]
params
trialfields
given
do trial
on styles
off styles
plain
bold
italic
outline
shadow
underline
condensed
expanded
{on styles: {bold}}
{on styles: {underline}, off styles:{italic, shadow}}
plain
{on styles: {plain, condensed, shadow}}
condensed
shadow
{
, 
, 
}
black
yellow
magenta
red
cyan
green
blue
white
black
yellow
magenta
red
cyan
green
blue
white
set word color to green
set word color to {0, 32768, 4528}
word color
green
ThePict
ThePict
:ThePict
ThePict
:picts:ThePict
ThePict
picts
picts:ThePict
ThePict
picts
::ThePict
ThePict
:::picts:ThePict
ThePict
picts
responses per trial
set responses per trial to 3
responses per trial
reset all
response type
keyboard response
reset all
response
response type
RT
reaction time
label
mouse location
timeout response
subject response
subject reply
RT
reaction time
mouse location
mouse up response
mouse moved response
responses per trial
uncounted response types
echoing mouse to screen
begin experiment
set ScreenSize to screen size
set bounds of click area 1 to
{0, 0, item 1 of ScreenSize, item 2 of ScreenSize}
set noticed of click area 1 to true
set response type to {mouse response,
mouse moved response, mouse up response}
set responses per trial to 2
set echoing mouse to screen to true
do trial "'You have 20 seconds to draw.' !t(20000)"
end experiment
uncounted response types
response
responses per trial
uncounted response types
set response type to {mouse response,
mouse up response, ¬
mouse moved response, keyboard response}
set uncounted response types to {mouse response, ¬
mouse up response, mouse moved response}
current sound
mapping
mouse mapping
vtrig mapping
recording
false
true
begin experiment
end experiment
response threshold
response duration
response pretrigger
response duration
response
	pretrigger
input
null
null

tell application "PsyScript"
		
every sound input
		
end tell
sample rate
sample size
current source index
available
	sources
automatic gain control
false
input gain
response data
sound response data
save sound response data to 
k
•
(
)
animation path
load permanent stimulus "PathMovie" as movie stimulus
set animation path of permanent stimulus "PathMovie" to ¬
{{400, 100, true}, {100, 300, true}, ¬
{400, 500, false}, {700, 300, true}, ¬
{400, 100, true}}
draw curve
masked picture stimulus
load permanent stimulus
mask type
peeking through foreground
shade out background
•
(
)(
)
g
p
•
(p p)(g g)
draw line from 
 to 
draw rectangle in 
corner rounding 
 filling

filling
draw oval in 
 filling

filling
draw arc in 
 starting
angle 
 arc angle 
 filling

filling
draw poly {
, 
,

} filling 
 closing 
filling
closing
draw curve {
, 
,

} filling 
 closing 
using 
default drawing settings
draw poly
draw curve
set default drawing settings to {pen size:{4, 4}}
draw rectangle in {100, 100, 400, 400} using {pen color:yellow}
with filling
draw arc in {150, 270, 350, 370} starting angle 90
arc angle 180 ¬
using {pen color:red, pen size:{8, 32}} without filling
draw poly {{100, 100}, {200, 100}, {100, 200}} with
closing without filling
draw curve {{100, 100, true}, {200, 100}, {100, 200}} ¬
using {pen color:yellow} with filling
make
make new permanent stimulus
	with properties ¬
{type: picture stimulus, name: 
,
	dimensions: 
, pixel depth: 
}
picture stimulus
make
set ThePicture to (make new permanent stimulus
	with properties ¬
{type: picture stimulus, name: "My Picture", ¬
dimensions: {400, 300}, pixel depth: 32})
ThePicture
drawing target
set drawing target to ThePicture
do trial
save 
 output to 
if exists
if exists
save ThePicture output to file "My Picture" if exists overwrite
do trial
given
with wildcard
given
given
wildcard prefix
with wildcard
do trial "!w(11) 'some' '?2'(-1) text ?? with more ?1 text" given {"a", "b"}
do trial "!w(11) 'some' 'b'(-1) text ? with more a text"
do trial "!w(11) 'some' '~2'(-1) text with more ~1 text" given {"a", "b"} with wildcard "~"

set wildcard prefix to "~"

do trial "!w(11) 'some' '~2'(-1) text with more ~1 text" given {"a", "b"}

with wildcard
do trial
do trial "'hello'(?location)" given {location:{300, 500}}
do trial "'hello'(300 500)"
make new connection with properties {name:
device type:
device name:
}
device type
serial device
activewire
device
device name

tell application "PsyScript"

name of every serial port

end tell
set TheConnection to (¬
make new connection with properties {name:"testconn", ¬
device type:serial device, device name:"Modem Port"})
TheConnection
close
close connection "testconn"
close TheConnection
close every connection whose device type is serial device
settings
speed
parity
no parity
odd parity
even
parity
no parity
data bits
stop bits
buffer size
available data
data read
!ci
write
read
write
write 
 to 
waiting 
read
read from 
 for 
waiting 
as 
!co
!ci
!co
!co(
)
!co(testconn hello)
!ci
!ci(
)
!ci(
)
!ci(
available data
!ci
data 
  read
!r(
)
reported time
bitand
bitor
bitnot
convert base
bitand
bitor
bitnot
bitand {3840, 960}
bitor {3840, 960}
convert base
convert base 
from 
to 
minimum digits 
convert base 54321 to 16
"D431"
convert base "D431" to 16
54321
convert base {"707", "51"} from 8 to 2 minimum digits 12
{"000111000111", "000000101001"}
convert base (9 * 6) to 13
"42"
!x
#
!i
!o
!x
#
!i
!o
initialize eyelink 
with dummy open
with dummy open
close eyelink
send eyelink command
send eyelink command "open_data_file
"
send eyelink message
do tracker setup
begin experiment
end experiment
do drift correct
at
with drawing
drawing
eyelink target background color
start eyelink recording
with file 
  samples
with file events
with link samples
with link events
stop eyelink recording
set eyelink offline
eyelink replay
begin experiment
end experiment
eyelink replay
current eyelink replay
trajectory color
black
fixation color
black
fixation symbol
fixation text size
eyelink sample
eyelink 
  event
eyelink replay
timestamp
coordinates
pupil size
event type
eye_data.h


tell application "PsyScript" 

timestamp of every eyelink event whose event 
  type = 8 

end tell 
!oim(
)
!oic(
)
#i
#i
timeout wait
eyelink response
eyelink 
  button
noticed
mapping
true
subject response


initialize activewire 
current activewire
activewire pin
current activewire
direction
data
activewire pin
bitor
activewire pin
direction of current activewire


tell application "PsyScript
  
  " 

set direction out of every activewire pin 
  to false 

set direction out of activewire pin 6 to 
  true 

set direction out of activewire pin 7 to 
  true 

set direction out of activewire pin 8 to 
  true 

end tell 


tell application "PsyScript
  
  " 

set direction of current activewire to 
  bitor {32, 64, 128} 

end tell 
data of current 
  activewire
set data of current activewire to 
  
activewire pin
noticed
mapping
response type
activewire response
noticed
mapping
#a
!oa(
)
t
f
!oa(
)
#
#
#
last wait time
#m
#
!v
!v
!v
!v1

    
on checked() 
    
tell application "PsyScript" 
    
return recording of current sound 
    
end tell 
    
end checked 
    
 
on run 
    
tell application "PsyScript" 
    
set recording of current sound to 
      not recording of current sound 
    
end tell 
    
end run
recording of current 
      sound
set word alignment to left aligned
set word alignment to "left aligned"
[do set justify l]
end experiment
try
end try
tell application "PsyScript"
try
on error
end try
end tell
tell application "PsyScript"
end tell
try
on error
end try
tell application "PsyScript"
end tell
delete permanent stimulus "FixationPicture"
delete every permanent stimulus whose 
  type is movie stimulus

ECL	AppleScript	Notes
`['` comment`]` `[comment` comment`]`	AppleScript comments either start with “`--`” and end with the end of the line, or they are bracketed between “`(`” and “`)`” and can extend across multiple lines.
`[debug` cmd`]`	`if debugging then` cmd `end if`	`debugging` property is read/write from AppleScript.
`[do check_debug]`	None.	AppleScript can use the value of the `debugging` property directly. This property can also be modified from AppleScript.
`[do check_version` version`]`	None.	Version check not needed for AppleScript.
`[do default_folder` folderspec`]`	`set default folder to` folderspec	folderspec may be an AppleScript `file` or `alias` specification, or it may be an absolute or relative pathname string. If it is a relative pathname string, it is interpreted relative to the current `default folder` setting.
`[do define_click` index left top right bottom`]`	`set bounds of click area` index`to {`left`,` top`,`right`,` bottom`}`
`[do flash_instructions` milliseconds instruction_text`]`	`display instructions` instruction_text `for` milliseconds	Only valid within an experiment.
`[do init_bbox]`	`initialize bbox`
`[do init_mappings]`	`initialize mappings`
`[do init_positions]`	`initialize positions`
`[do instruction_file` filename`]`	`display instructions from` filename	Only valid within an experiment. AppleScript version also allows “`for`”-option to flash instructions from a file.
`[do instructions` instruction_text`]`	`display instructions` instruction_text	Only valid within an experiment. In AppleScript, the instruction_text can be a single text string or a list of text strings.
`[do itpause` milliseconds`]`	`pause` milliseconds
`[do kill_perm_stims]`	`delete every permanent stimulus`	AppleScript allows selective deletion of individual stimuli. Because this can cause the numbering of remaining stimuli to change, you should always use stimulus names, not numbers, with the “•” trial command.
`[do load_ctab` srcname`]`	`load color table` srcname
`[do load_perm_stim` srcname stimname`]`	`load permanent stimulus` srcname `name` stimname [`as` picture stimulus/masked picture stimulus/sound stimulus/movie stimulus/word stimulus]	The AppleScript version returns a reference to the loaded stimulus. It also allows you to omit the initial type character on the front of srcname, and specify the type as an additional argument to the command.
`[do map_bbox_key` keyindex mapstring`]`	`set mapping of bbox key` keyindex`to`mapstring
`[do map_click` clickindex mapstring`]`	`set mapping of click area` clickindex`to`mapstring
`[do map_key` character mapstring`]`	`set mapping of key` character`to`mapstring
`[do map_mouse` mapstring`]`	No direct equivalent; use a click area as per `notice_all_clicks` below.
`[do map_vtrig` mapstring`]`	`set vtrig mapping to` mapstring
No ECL equivalent	`set mapping of current sound to` mapstring	Sound responses are specific to PsyScript.
No ECL equivalent	`set mapping of eyelink button` n `to` mapstring	Eyelink support is specific to PsyScript.
No ECL equivalent	`set noticed of eyelink button` n `to` true/false	Eyelink support is specific to PsyScript.
No ECL equivalent	`set mapping of activewire pin` n `to` mapstring	ActiveWire support is specific to PsyScript.
No ECL equivalent	`set noticed of activewire pin` n `to` true/false	ActiveWire support is specific to PsyScript.
`[do notice_all_bbox_keys` y/n`]`	`set noticed of every bbox key to` true/false
`[do notice_all_clicks` y/n`]`	No direct equivalent: instead, set the bounds of a single click area to the entire screen to pick up all clicks, eg `set bounds of click area 1 to {0, 0} & (screen size)` `set noticed of click area 1 to` true/false
`[do notice_all_keys` y/n`]`	`set noticed of every key to` true/false
`[do notice_bbox_key` keyindex y/n`]`	`set noticed of bbox key` keyindex`to`true/false
`[do notice_click` clickindex y/n`]`	`set noticed of click area` clickindex`to`true/false
`[do notice_key` character y/n`]`	`set noticed of key` character`to`true/false
`[do pict_folder` folderspec`]`	`set default picture folder to` folderspec	folderspec may be an AppleScript `file` or `alias` specification, or it may be an absolute or relative pathname string. If it is a relative pathname string, it is interpreted relative to the current `default folder` setting.
`[do res_file` resfilename`]`	`open resource` resfilename	In AppleScript, resfilename can be a string, a filespec or an alias.
`[do set auto_events` auto_events_string`]`	`set auto events to` auto_events_string
`[do set back_color` color`]`	`set background color to color`	Also see additional notes on color specifications, below.
`[do set beep` y/n`]`	`set beeping to` true/false	AppleScript wants `true` or `false`, not “yes” or “no”.
`[do set jitter` jitter_value`]`	`set jitter to` jitter_value
`[do set justify` l/c/r`]`	`set word alignment to`left aligned/centered/right aligned	ECL uses the term “justify” incorrectly.
`[do set left_margin` left_margin`]`	`set left margin to` left_margin
`[do set line_height` line_height`]`	`set line height to` line_height
`[do set load_ctab_automatically` y/n`]`	`set loading ctab automatically to`true/false
`[do set pict_type` s/a`]`	`set simple picture type to`true/false	The `true` value of the AppleScript property corresponds to the “s[imple]” ECL setting, and the `false` value to “a[dvanced]”.
`[do set position` i h v`]`	`set value of position` i`to {`h`,` v`}`	In AppleScript, undefined positions are initialized to (-1, -1). In ECL, it is an error to access positions before they have been defined.
`[do set response_type` k/m/r/v/c/b/s`]`	`set response type to` keyboard response/mouse response/mouse moved response/mouse up response/reply response/vtrig response/bbox response/sound response/eyelink response/activewire response	Sound responses are specific to PsyScript.
`[do set right_margin` right_margin`]`	`set right margin to` right_margin
`[do set screen_depth` depth`]`	`set screen depth to` depth	Only valid within an experiment.
`[do set screen_size` h v `]`	`set screen size to {`h`,` v`}`	Only valid within an experiment.
`[do set word_color` color`]`	`set word color to color`	See additional notes on color specifications, below.
`[do set word_font` font_name`]`	`set word font to` font_name
`[do set word_size` word_size`]`	`set word size to` word_size
`[do set word_style` styles`]`	`set word style to {on styles:`on_styles `, off styles:` off_styles`}`	See additional notes on text styles, below.
`[do set_tick_time]`	None.	AppleScript can use the value of the `tick time` property directly.
`[do shuffle_file` fromfile tofile [`only` nrsteps][`step` nrlines][`into` nrfiles][`pseudorandom`]`]`	None.	It is not hard to write an AppleScript routine to arrange a list of items into random order.
`[dumpstate]`	None.	It is not hard to write an AppleScript sequence to dump out whatever information you need.
`[echo` ...`]`	None.	It is not hard to write an AppleScript sequence that uses the standard file commands to write information about variables to a file.
`[float` varname ...`]`	None.	AppleScript variables are dynamically-typed.
`[fn` ...`]`	No exact equivalent, but you can define an AppleScript procedure with the “on”-construct.	AppleScript procedures can also return values and be used in expressions.
`[if` ...`]`	Use any appropriate form of the AppleScript if-statement.	AppleScript also has looping and exception-control constructs with no ECL equivalents.
`[include` ...`]`	None.	If you want to include a separately-compiled script, you can use the AppleScript “`load script`” command to load it into a script object.
`[integer` varname ...`]` `[long` varname ...`]`	None.	AppleScript variables are dynamically-typed.
`[number` varname ...`]`	None.	AppleScript variables are dynamically-typed.
`[outfmt` ...`]`	None.	It is not hard to write an AppleScript sequence that uses the standard file commands to write information about variables to a file.
`[params` varnamelist`]`	None.	See additional notes on defining trial fields, below.
`[prompt` varname promptstring`]`	None.	You can use the standard AppleScript “`display dialog`” command to display a dialog with a prompt string and obtain a user response.
`[record` ...`]`	None.	It is not hard to write an AppleScript sequence that uses the standard file commands to write information about variables to a file.
`[set` varname expr`]`	`set` varname `to` expr	AppleScript expressions are much more powerful than those in ECL.
`[short` varname ...`]`	None.	AppleScript variables are dynamically-typed.
`[string` varname ...`]`	None.	AppleScript variables are dynamically-typed.
`[trial` varvalue1 varvalue2 ... trialstring`]`	`do trial` trialstring	Only valid within an experiment. Also see additional notes on defining trial fields and template substitutions.
`[trialfields` varnamelist`]`	None.	See additional notes on defining trial fields, below.

Variable Name	Property Name	Type
`good_response`	`good response`	string
`reaction_time`	`RT` or `reaction time`	real
`reply`	`subject reply`	string
`response_correct_id`	None—no more graded responses
`response_wrong_id`	None—no more graded responses
`subject_response`	`subject response`	string
`timeout_id`	`grade for timeout`	string

`black`	{0, 0, 0}
`yellow`	{64512, 62333, 1327}
`magenta`	{62167, 2134, 34028}
`red`	{56683, 2242, 1698}
`cyan`	{577, 43860, 60159}
`green`	{0, 32768, 4528}
`blue`	{0, 0, 54272}
`white`	{65535, 65535, 65535}

`response type`	identifies the type of the response.
`RT`/`reaction time`	the time at which the response was recorded.
`label`	the mapping string corresponding to the particular keystroke, click area etc for the response. Also the subject reply for a reply response.
`mouse location`	the position of the click—only valid for mouse responses

`mapping`	The mapping string to return for a sound response (analogous to `mouse mapping`, `vtrig mapping` etc).
`recording`	Whether to recognize sound responses or not. The initial value is `false`. If this property is `true`, then the sound input is opened when `begin experiment` is executed, and closed when `end experiment` is executed.
`response threshold`	The sound amplitude threshold which, when reached, indicates that a sound response has taken place. Values can range from 0 to 1 inclusive, where 1 is the maximum amplitude the sound input can record; the initial value is 0.5.
`response duration`	The total duration, in milliseconds, of sound data to save around the trigger point. Initially 1000.
`response pretrigger`	The duration, in milliseconds, of the part of the saved sound data preceding the trigger point. Initially 0. The duration of the part from the trigger point onwards is (`response duration` - `response pretrigger`) milliseconds.
`input`	The sound input device to use, or `null` to use the default input device (as selected in the “Sound” or “Monitors & Sound” control panel, depending on your MacOS version). Initially `null`. To find out what sound inputs are available on your machine, try a short script like this in the Script Editor: `tell application "PsyScript"` `every sound input` `end tell` and look at the list of sound input objects that appears in the result window.
`sample rate`	The rate, in samples per second, at which to capture sound. When opened, the sound input device will be configured to capture at the rate it supports which is closest to this value. Initially 22254.
`sample size`	The number of bits to store for each captured sound sample. Valid values would either be 8 or 16, depending on what your sound hardware supports. Initially 8, which is probably good enough for most sound-detection purposes.
`current source index`	Some sound input devices support multiple alternative “sources” that they can get sound from. For example, the built-in sound input on many Macintoshes can source sound from either an external microphone or from the internal CD audio. Where the input device supports it, this property specifies the index number of the source to use. The name of the source can be found from the corresponding element of the sound input object’s `available sources` property.
`automatic gain control`	Whether to use the sound input device’s automatic gain control facility, if it has one. Initially `false`.
`input gain`	Lets you adjust the sensitivity of the sound input device when its automatic gain control is turned off, if this facility is supported by the device.
`response data`	Returns the actual sound data captured when the response was detected.

Mask	Background	Foreground	Mask Type	Effect
y	y	y	peeking through foreground	background, with visibility controlled by mask, appears on top of foreground
y	y	y	shade out background	foreground, with visibility controlled by mask, appears on top of background
y	y	n	peeking through foreground	background visibility is controlled by mask
y	y	n	shade out background	mask is drawn on top of background
y	n	n	(don’t care)	mask is drawn at specified position

Expression	Result
`convert base 54321 to 16`	`"D431"`
`convert base "D431" to 16`	`54321`
`convert base {"707", "51"} from 8 to 2 minimum digits 12`	`{"000111000111", "000000101001"}`
`convert base (9 * 6) to 13`	`"42"`

RSVP Command	PsyScript Equivalent	Meaning
!b	#b	wait for keyboard input
!x	#x	wait for BBox input
!i	!ox	set BBox line on/off

Letter	Description	Wait `#`x	Output `!o`x
a	ActiveWire	•	•
b	keyboard	•
i	Eyelink	•	•
m	millisecond timer	•
s	serial I/O
x	BBox	•	•

Pin Number	Element Index	Mask
8	1	1
9	2	2
10	3	4
11	4	8
12	5	16
13	6	32
14	7	64
15	8	128
0	9	256
1	10	512
2	11	1024
3	12	2048
4	13	4096
5	14	8192
6	15	16384
7	16	32768

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PsyScript: getting experiments done

PsyScript 5.1 Documentation

Introduction

AppleScript Equivalents for ECL Constructs

Additional Notes

Defining Trial Fields

No More Secondary & Graded Responses

Text Styles

Color Specifications

Folder Specifications

Enhanced Responses in PsyScript 5.0

Multiple Responses

Mouse-Up & Mouse-Moved Responses

The uncounted response types Property

Other PsyScript Features

Sound Input

Movie Stimuli

Masked Picture Stimuli

Drawing Commands

Generation of Picture Stimuli

Trial Templates

Serial and Other I/O

Connection Objects

I/O in AppleScript

I/O in Trial Strings

Reported-Time Messages

Bit Manipulations & Base Conversions

Changed Trial Commands

EyeLink Support

Using the EyeLink with PsyScript

EyeLink Sample and Event Objects

EyeLink Access in Trial Strings

EyeLink Responses

ActiveWire Support

Using the ActiveWire with PsyScript

ActiveWire Access in Trial Strings

Other New Trial Commands

Asynchronous Stimulus Playback

Last Wait Time and Pause Events

Waiting for Specified Numbers of Screen Refreshes

Additional Features

The Script Menu

Tips

Enumerations Are Not Strings

Error Handling Without Aborting the Current Experiment

Refer to Permanent Stimuli by Name

The `uncounted response types` Property