Changes

Page history
Update Text Options: Update Code authored by Fabian Berg's avatar Fabian Berg
Show whitespace changes
Inline Side-by-side
Text-Options.md
View page @ 09693383
......@@ -14,27 +14,27 @@ Use this function to plot a text on the presentation window. A wrapper function
**Inputs-optional**
~~~
varargin ‘x’ x position in percent (0 --> left, 100 --> right)
‘y’ y position in percent (0 --> top, 100 --> bottom)
‘orientation’ orientation of the text, always followed by one of these
varargin 'x' x position in percent (0 --> left, 100 --> right)
'y' y position in percent (0 --> top, 100 --> bottom)
'orientation' orientation of the text, always followed by one of these
arguments:
‘center’ default value
‘left’ text starts at given x value (needs x value as
'center' default value
'left' text starts at given x value (needs x value as
additional input argument)
‘right’ text ends at given x value (needs x value as
'right' text ends at given x value (needs x value as
additional input argument)
‘rect’ plots text centered in the given rect! good for long
'rect' plots text centered in the given rect! good for long
texts. rect is the standard Psychtoolbox rect format:
[xUpper yUpper xLower yLower] for pixel number (advanced
users)
‘color’ text color as RGB vector with values from 0:255
‘size’ text size in pixel
‘time’ time to wait
‘key’ wait until any key is pressed
‘dontFlip’ don't flip buffers (advanced users)
‘wrapat’ wrap text if it's to long after given number of
'color' text color as RGB vector with values from 0:255
'size' text size in pixel
'time' time to wait
'key' wait until any key is pressed
'dontFlip' don't flip buffers (advanced users)
'wrapat' wrap text if it's to long after given number of
characters
‘speed’ speeds up text drawing. Makes Text positioning more
'speed' speeds up text drawing. Makes Text positioning more
inaccurate and text is without anti-aliasing.
~~~
......@@ -94,12 +94,12 @@ Use this function to display instructions or information to a subject. The text
**Inputs-optional**
~~~
‘noKey’ presents the text and doesn't wait for the user input
‘noClear’ presents the text, but the screen isn't cleared after the user pressed a key
‘wrapat’ wraps the text after the given number of characters without wrapping within words
‘color’ text color as RGB vector with values from 0:255
‘size’ changes text size in pixel (only for the current screen, not globally)
‘align’ aligns the text horizontally. The strings 'left', 'center' and 'right' are allowed as arguments
'noKey' presents the text and doesn't wait for the user input
'noClear' presents the text, but the screen isn't cleared after the user pressed a key
'wrapat' wraps the text after the given number of characters without wrapping within words
'color' text color as RGB vector with values from 0:255
'size' changes text size in pixel (only for the current screen, not globally)
'align' aligns the text horizontally. The strings 'left', 'center' and 'right' are allowed as arguments
~~~
**Examples**
......@@ -120,11 +120,11 @@ Draws a white fixations cross on the screen and waits specified time
**Inputs**
~~~
varargin ‘time’ time to wait in seconds
‘size’ size of cross in pixel (default 20)
‘penWidth’ pen width for cross
‘color’ color triplet (default white [255 255 255])
‘dontFlip’ don't flip buffers (advanced users)
varargin 'time' time to wait in seconds
'size' size of cross in pixel (default 20)
'penWidth' pen width for cross
'color' color triplet (default white [255 255 255])
'dontFlip' don't flip buffers (advanced users)
~~~
**Examples**
......@@ -153,19 +153,19 @@ Use this function to plot a scale on the stimulus presentation window that is hi
**Inputs-optional**
~~~
‘x’ position of scale in X with respect to the center of scale, 0% --> left, 100% --> right
‘y’ position of scale in Y with respect to the center of scale, 0% --> top, 100% --> bottom
‘width’ width of scale in percent with respect to screen
‘textSize’ text size in pixel
‘penWidth’ pen width in pixel (for scales)
‘color’ color as RGB triplet
‘noDivision’ plot of the sub division lines is disabled. The text of each element is still plotted!
‘active’ set by default! Sets the scale as active (responses are saved). Only one
'x' position of scale in X with respect to the center of scale, 0% --> left, 100% --> right
'y' position of scale in Y with respect to the center of scale, 0% --> top, 100% --> bottom
'width' width of scale in percent with respect to screen
'textSize' text size in pixel
'penWidth' pen width in pixel (for scales)
'color' color as RGB triplet
'noDivision' plot of the sub division lines is disabled. The text of each element is still plotted!
'active' set by default! Sets the scale as active (responses are saved). Only one
active scale per screen! Otherwise results are random!!
‘inactive’ plots scale, but ignores clicks on the screen. Scale is grey to show that
'inactive' plots scale, but ignores clicks on the screen. Scale is grey to show that
it’s not active. This option includes the dontFlip option! That means the
scale isn't plotted on the screen when calling alone.
‘markText’ marks the text of the given index in a different color. The index defines
'markText' marks the text of the given index in a different color. The index defines
the position of the text and has to be a scalar. A second argument is
needed to define the color. Color is represented as RGB triplet.
~~~
......@@ -178,7 +178,7 @@ Use this function to plot a scale on the stimulus presentation window that is hi
.y the Y position of the point where the user clicked. Zero if the user did not click.
.time response time of the user in seconds
.escape this entry is set to one if ESC was pressed.
.click answer in range from 0 left to 1 right.
.click answer in range from 0 --> left to 1 --> right.
Negative values means: click left from scale.
Values bigger than one means: click right from scale
.index index ranging from 1 to <number of text elements> (for an easier analysis)
......@@ -228,17 +228,17 @@ This is the main function for questionnaires. It needs at least two arguments. I
**Inputs-optional**
~~~
varargin ‘mainDiv’ a value in percent that divides the screen vertically into
varargin 'mainDiv' a value in percent that divides the screen vertically into
"question part" and answer part"
‘fontQuest’ font size for the presented questions
‘fontAns’ font size for the possible answers (presented on top of the chart)
‘startX’ start position in percent of the chart on the screen.
‘stopX’ stop position in percent of the chart on the screen.
‘penMain’ pen width in pixel for main question
‘penUL’ pen width in pixel for upper and lower question
‘color’ color triplet that defines the color for the main question
‘colorful’ color triplet that defines the color for the upper and lower question
‘topText’ a text that is presented on top of the questions (if the first
'fontQuest' font size for the presented questions
'fontAns' font size for the possible answers (presented on top of the chart)
'startX' start position in percent of the chart on the screen.
'stopX' stop position in percent of the chart on the screen.
'penMain' pen width in pixel for main question
'penUL' pen width in pixel for upper and lower question
'color' color triplet that defines the color for the main question
'colorful' color triplet that defines the color for the upper and lower question
'topText' a text that is presented on top of the questions (if the first
part of the sentence is always the same)
~~~
......@@ -249,10 +249,10 @@ varargin ‘mainDiv’ a value in percent that divides the screen vertically int
.x x coordinate of every answer click
.y y coordinate of every answer click
.time reaction time for every answer given
.escape changes to ‘1’ if escape was pressed during the experiment (otherwise ‘0’)
.escape changes to '1' if escape was pressed during the experiment (otherwise '0')
.click x coordinate of answer in percent (0= most left possible answer field for
clicking, 100= most right possible answer field for clicking)
.index index of the given answer (‘1’ is first possible answer, ‘2’ is second etc.)
.index index of the given answer ('1' is first possible answer, '2' is second etc.)
.question question asked
.answer answer given
~~~
......@@ -274,11 +274,11 @@ This function creates a box that allows the user to type a free defined word or
**Inputs**
~~~
varargin ‘x’ x Position in percent
‘y’ y Position in percent (top is 0, bottom is 100)
‘color’ text color as triplet (RGB)
‘time’ maximum time to wait in seconds (default is 30s)
‘maxSymbols’ maximum number of symbols (determines only the size of the box)
varargin 'x' x Position in percent
'y' y Position in percent (top is 0, bottom is 100)
'color' text color as triplet (RGB)
'time' maximum time to wait in seconds (default is 30s)
'maxSymbols' maximum number of symbols (determines only the size of the box)
~~~
**Outputs**
......
......