Hello,
I have set up an AMP task in which primes are always presented for 75 milliseconds. I would like to alter the task so that half of the time, primes are presented for 500 milliseconds. I would like it to be randomized so that the specific primes are presented at varying presentation times across different participants. Does anyone know how I would do this?
I'd be so grateful for your help! My script is pasted below:
***********************************************************************
AFFECT MISATTRIBUTION PROCEDURE (AMP)
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SCRIPT INFO
updated for Inquisit 4.0 by K. Borchert (katjab@millisecond.com) for Millisecond Software LLC
last changed: 08-14-2012
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BACKGROUND INFO
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A script that implements the AMP measuring implicit attitudes towards flowers and insects.
The script is designed to be easily adaptable to other target categories.
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DEFAULTS
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requires Inquisit 4.0.0.0 or higher
<defaults>
/ fontstyle = ("Arial", 3.5%)
/ screencolor = black
/ txbgcolor = black
/ txcolor = white
/ minimumversion = "4.0.0.0"
/canvasaspectratio = (4, 3)
</defaults>
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VALUES
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***********************************************************************
Scoring
***********************************************************************
************
editable parameters
************
************
other parameters
************
<values>
</values>
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DATA
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***********************************************************************
Data Columns
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******************
Raw Data Files
******************
<data>
/file = "AMP_rawdata.iqdat"
/columns = [date, time, subject, blockcode, blocknum, trialcode, trialnum, response, correct,
latency, trialdata, trialdata, trial.primeA_SJ_RW.percentcorrect, trial.primeA_SDO_RW.percentcorrect, trial.primeA_SCS_RW.percentcorrect, trial.primeA_RWA_RW.percentcorrect, trial.primeA_SJ_LW.percentcorrect, trial.primeA_SDO_LW.percentcorrect, trial.primeA_SCS_LW.percentcorrect, trial.primeA_RWA_LW.percentcorrect, trial.primeB_SJ_RW.percentcorrect, trial.primeB_SDO_RW.percentcorrect, trial.primeB_SCS_RW.percentcorrect, trial.primeB_RWA_RW.percentcorrect, trial.primeB_SJ_LW.percentcorrect, trial.primeB_SDO_LW.percentcorrect, trial.primeB_SCS_LW.percentcorrect, trial.primeB_RWA_LW.percentcorrect, trial.primeC_SJ_RW.percentcorrect, trial.primeC_SDO_RW.percentcorrect, trial.primeC_SCS_RW.percentcorrect, trial.primeC_RWA_RW.percentcorrect, trial.primeC_SJ_LW.percentcorrect, trial.primeC_SDO_LW.percentcorrect, trial.primeC_SCS_LW.percentcorrect, trial.primeC_RWA_LW.percentcorrect, trial.primeD_SJ_RW.percentcorrect, trial.primeD_SDO_RW.percentcorrect, trial.primeD_SCS_RW.percentcorrect, trial.primeD_RWA_RW.percentcorrect, trial.primeD_SJ_LW.percentcorrect, trial.primeD_SDO_LW.percentcorrect, trial.primeD_SCS_LW.percentcorrect, trial.primeD_RWA_LW.percentcorrect, trial.primeE_SJ_RW.percentcorrect, trial.primeE_SDO_RW.percentcorrect, trial.primeE_SCS_RW.percentcorrect, trial.primeE_RWA_RW.percentcorrect, trial.primeE_SJ_LW.percentcorrect, trial.primeE_SDO_LW.percentcorrect, trial.primeE_SCS_LW.percentcorrect, trial.primeE_RWA_LW.percentcorrect]
/separatefiles = true
</data>
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INSTRUCTIONS
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***********************************************************************
Task instruction stimuli
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<list instructions>
/ items = (1, 2, 3, 4, 5, 6, 7)
/ resetinterval = 20
/ selectionmode = sequence
</list>
<trial instructions>
/ stimulustimes = [1=instructions, spacebar]
/ correctresponse = (" ")
/ errormessage = false
/ recorddata = false
</trial>
<text instructions>
/ items = instructions
/ hjustify = left
/ size = (90%, 60%)
/ position = (50%, 85%)
/ valign = bottom
/ select = sequence
</text>
<item instructions>
/ 1 = "This study examines how people make simple judgments about political and other issues.~n~nYou will see a picture appear briefly followed by a word or a sentence. Please try to attend to the pictures as your memory of them will be tested in a later part of the experiment. When you are presented with a word or a sentence, please judge whether it is 'positive' or 'negative'."
/ 2 = "Put your middle or index fingers on the E and I keys of your keyboard. If you feel more positive than negative about the word, then press the E key on the left. If you feel more negative than positive about the word, then press the I key on the right.
It is important to note that the photograph can sometimes bias peopleâs judgments of the words. Please try your absolute best not to let the photographs bias your judgment of the drawings! Give us an honest assessment of the words, regardless of the images that precede them."
/ 3 = "To get a feel for the task, we will begin with 10 practice trials. Again, your task is to judge whether the words are judged as more positive or negative than average by pressing either the 'E' or 'I' key."
/ 4 = "Practice is now complete and the task will now begin. As a reminder, if you feel that the word is more positive than negative, press the 'E' key. If you feel that it is more negative than positive, press the 'I' key."
</item>
<text spacebar>
/ items = ("Press the SPACE BAR to begin.")
/ position = (50%, 95%)
/ valign = bottom
</text>
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STIMULI
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***********************************************************************
This sample AMP can be easily adapted to different target categories
and attributes. To change the categories, you need only change the
stimulus items and labels immediately below this line.
***********************************************************************
<item attributeAlabel>
/1 = "Negative"
</item>
<item attributeBlabel>
/1 = "Positive"
</item>
<item primeAlabel>
/1 = "High_arousal_Pleasant"
</item>
<item primeBlabel>
/1 = "High_arousal_Unpleasant"
</item>
<item primeClabel>
/1 = "Low_arousal_Pleasant"
</item>
<item primeDlabel>
/1 = "Low_arousal_Unpleasant"
</item>
<item primeElabel>
/1 = "neutral"
</item>
<item primeA>
/1= "HP1_4681.jpg"
/2= "HP1_4608.jpg"
/3= "HP1_8185.jpg"
/4= "HP1_8186.jpg"
/5= "HP1_8370.jpg"
/6= "HP2_5629.jpg"
/7= "HP2_4656.JPG"
/8= "HP2_4651.JPG"
/9= "HP2_4656.JPG"
/10= "HP2_8300.JPG"
/11= "HP3_4689.JPG"
/12= "HP3_4659.jpg"
/13= "HP4_4607.jpg"
/14= "HP4_4687.jpg"
/15= "HP3_5621.jpg"
/16= "HP3_8030.JPG"
/17= "HP3_8179.jpg"
/18= "HP4_4670.jpg"
</item>
<item primeB>
/1= "HT1_6230.jpg"
/2= "HT1_6370.jpg"
/3= "HT1_6550.jpg"
/4= "HT1_9250.jpg"
/5= "HT1_1300.jpg"
/6= "HT2_1201.jpg"
/7= "HT2_1930.jpg"
/8= "HT2_8480.JPG"
/9= "HT2_1120.JPG"
/10= "HT2_6242.JPG"
/11= "HT3_3500.JPG"
/12= "HT3_6350.JPG"
/13= "HT3_3030.JPG"
/14= "HT3_6300.JPG"
/15= "HT3_6313.JPG"
/16= "HT4_6510.JPG"
/17= "HT4_1040.jpg"
/18= "HT4_3160.JPG"
</item>
<item primeC>
/1= "MP1_2310.jpg"
/2= "MP1_5220.jpg"
/3= "MP1_1600.jpg"
/4= "MP1_2222.jpg"
/5= "MP1_5780.jpg"
/6= "MP2_2518.jpg"
/7= "MP2_2025.jpg"
/8= "MP2_2000.JPG"
/9= "MP2_1601.jpg"
/10= "MP2_1419.jpg"
/11= "MP3_2388.jpg"
/12= "MP3_2510.JPG"
/13= "MP3_2630.JPG"
/14= "MP3_2515.jpg"
/15= "MP3_5780.JPG"
/16= "MP4_2010.JPG"
/17= "MP4_2299.jpg"
/18= "MP4_2278.jpg"
</item>
<item primeD>
/1= "MT1_2750.jpg"
/2= "MT1_2276.jpg"
/3= "MT1_9265.jpg"
/4= "MT1_9000.jpg"
/5= "MT1_2590.jpg"
/6= "MT2_2399.jpg"
/7= "MT2_2491.jpg"
/8= "MT2_2695.jpg"
/9= "MT2_2753.JPG"
/10= "MT2_6010.JPG"
/11= "MT3_9010.JPG"
/12= "MT3_9090.JPG"
/13= "MT3_9220.JPG"
/14= "MT3_2722.jpg"
/15= "MT4_9331.JPG"
/16= "MT3_2595.jpg"
/17= "MT4_2120.JPG"
/18= "MT4_2141.jpg"
</item>
<item primeE>
/1= "Neut1_7175.jpg"
/2= "Neut1_2440.jpg"
/3= "Neut1_2480.jpg"
/4= "Neut1_7060.jpg"
/5= "Neut1_7110.jpg"
/6= "Neut2_2206.JPG"
/7= "Neut2_7010.JPG"
/8= "Neut2_7224.jpg"
/9= "Neut2_7234.jpg"
/10= "Neut2_9360.jpg"
/11= "Neut3_7000.JPG"
/12= "Neut3_7004.jpg"
/13= "Neut4_7217.jpg"
/14= "Neut4_7006.jpg"
/15= "Neut3_7020.jpg"
/16= "Neut3_7031.jpg"
/17= "Neut3_7950.jpg"
/18= "Neut4_2840.JPG"
</item>
***********************************************************************
To change the categories, you need only change the stimulus items and
labels immediately above this line. All commands below relate to the
AMP procedure, and need only be changed if you wish to modify the
generic AMP procedure.
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***********************************************************************
Symbol and neutral stimuli
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<text SCS_RWtextquestions>
/size = (75%, 75%)
/items = SCS_RWtextquestions
/position = (50%, 50%)
/halign = center
/select = noreplace
/selectionrate = always
</text>
<text SCS_LWtextquestions>
/size = (75%, 75%)
/items = SCS_LWtextquestions
/position = (50%, 50%)
/halign = center
/select = noreplace
/selectionrate = always
</text>
<text RWA_RWtextquestions>
/size = (75%, 75%)
/items = RWA_RWtextquestions
/position = (50%, 50%)
/halign = center
/select = noreplace
/selectionrate = always
</text>
<text RWA_LWtextquestions>
/size = (75%, 75%)
/items = RWA_LWtextquestions
/position = (50%, 50%)
/halign = center
/select = noreplace
/selectionrate = always
</text>
<text SDO_RWtextquestions>
/size = (75%, 75%)
/items = SDO_RWtextquestions
/position = (50%, 50%)
/halign = center
/select = noreplace
/selectionrate = always
</text>
<text SDO_LWtextquestions>
/size = (75%, 75%)
/items = SDO_LWtextquestions
/position = (50%, 50%)
/halign = center
/select = noreplace
/selectionrate = always
</text>
<text SJ_RWtextquestions>
/size = (75%, 75%)
/items = SJ_RWtextquestions
/position = (50%, 50%)
/halign = center
/select = noreplace
/selectionrate = always
</text>
<text SJ_LWtextquestions>
/size = (75%, 75%)
/items = SJ_LWtextquestions
/position = (50%, 50%)
/halign = center
/select = noreplace
/selectionrate = always
</text>
<item SCS_RWtextquestions>
/1= "Tighter immigration restriction."
/2= "Protecting large operating budgets for police departments."
/3= "Maintaining tax breaks for large corporations."
/4= "Stricker sentencing for drug offenders."
/5= "Death penalty."
/6= "Tax cuts."
</item>
<item SCS_LWtextquestions>
/1= "Affirmative action policies."
/2= "Government-sponsored national healthcare."
/3= "Stem cell research."
/4= "Legalization of same-sex marriage."
/5= "Abortion."
/6= "Gay marriage."
/7= "Welfare."
/8= "Unions."
/9= "Affirmative action."
/10= "Iraq."
/11= "Iran."
/12= "Gun control."
</item>
<item RWA_RWtextquestions>
/1= "The established authorities generally turn out to be right about things."
/2= "Women should have to promise to obey their husbands when they get married."
/3= "Our country desperately needs a mighty leader who will destroy the radical new ways that are ruining us."
/4= "It is always better to trust the judgment of the proper authorities in government and religion."
/5= "The only way our country can get through the crisis ahead is to get back to our traditional values."
/6= "Our country will be destroyed someday if we do not smash the perversions eating away at our moral fiber."
/7= "The âold-fashioned waysâ and the âold-fashioned valuesâ still show the best way to live. "
/8= "What our country really needs is a strong, determined leader who will crush evil, and take us back to our true path."
/9= "Godâs laws about abortion, pornography and marriage must be strictly followed before it is too late."
/10= "There are many radical, immoral people in our country today, who are trying to ruin it for their own godless purposes."
/11= "Our country will be great if we honor the ways of our forefathers."
/12= "This country would work better if certain groups of troublemakers would just accept their traditional place in society."
</item>
<item RWA_LWtextquestions>
/1= "Gays and lesbians are just as healthy and moral as anybody else."
/2= "Atheists and others who have rebelled against the established religions are as virtuous as those who attend church regularly."
/3= "There is absolutely nothing wrong with nudist camps."
/4= "Our country needs free thinkers who have the courage to defy traditional ways, even if this upsets many people."
/5= "Everyone should have their own lifestyle, religious beliefs, and sexual preferences."
/6= "You have to admire those who protested for womenâs abortion rights, for animal rights, or to abolish school prayer."
/7= "Some of the best people in our country are those who are challenging our government and criticizing religion."
/8= "The days when women are submissive to their husbands and social conventions belong strictly in the past."
/9= "There is no âONE right wayâ to live life; everybody has to create their own way."
/10= "Homosexuals and feminists should be praised for being brave enough to defy âtraditional family values."
</item>
<item SJ_RWtextquestions>
/1= "In general, you find society to be fair."
/2= "In general, the American political system operates as it should."
/3= "The United States is the best country in the world to live in."
/4= "Most policies serve the greater good."
/5= "Everyone has a fair shot at wealth and happiness."
/6= "Society is set up so that people usually get what they deserve."
/7= "The welfare system is too easy to abuse, and does not give people enough incentive to find work."
/8= "Overall, labor unions tend to hurt the U.S. economy."
/9= "It is important for our legal system to use the death penalty as punishment for heinous crimes."
/10= "Federal tax cuts have been worth it, because they have helped strengthen the economy."
/11= "To prevent Iran from developing nuclear technology, the USA should consider bombing Iranâs nuclear development sites."
/12= "Gun control laws are not nearly strict enough."
</item>
<item SJ_LWtextquestions>
/1= "American society needs to be radically restructured."
/2= "Our society is getting worse every year."
/3= "A woman should have the right to choose what to do with her body, even if that means getting an abortion."
/4= "Homosexuals should have the same right to marriage as anyone else."
/5= "Affirmative action gives those groups with a history of oppression a chance to get ahead."
/6= "The United States should not have invaded Iraq."
</item>
<item SDO_RWtextquestions>
/1= "Some groups of people are simply inferior to other groups."
/2= "In getting what you want, it is sometimes necessary to use force against other groups."
/3= "It's OK if some groups have more of a chance in life than others."
/4= "To get ahead in life, it is sometimes necessary to step on other groups."
/5= "If certain groups stayed in their place, we would have fewer problems."
/6= "It's probably a good thing that certain groups are at the top and other groups are at the bottom."
/7= "Inferior groups should stay in their place."
/8= "Sometimes other groups must be kept in their place."
</item>
<item SDO_LWtextquestions>
/1= "It would be good if groups could be equal."
/2= "Group equality should be our ideal."
/3= "All groups should be given an equal chance in life."
/4= "We should do what we can to equalize conditions for different groups."
/5= "Increased social equality."
/6= "We would have fewer problems if we treated people more equally."
/7= "We should strive to make incomes as equal as possible."
/8= "No one group should dominate in society."
</item>
<shape blank>
/ shape = rectangle
/ color = black
/ size = (50%, 50%)
</shape>
<shape erasescreen>
/color= (255,255,255)
/size = (100%, 100%)
</shape>
<picture primeA>
/ items = primeA
/ size = (50%, 50%)
</picture>
<picture primeB>
/ items = primeB
/ size = (50%, 50%)
</picture>
<picture primeC>
/ items = primeC
/ size = (50%, 50%)
</picture>
<picture primeD>
/ items = primeD
/ size = (50%, 50%)
</picture>
<picture primeE>
/ items = primeE
/ size = (50%, 50%)
</picture>
<text attributeAlabel>
/ items = attributeAlabel
/ valign = top
/ halign = right
/ position = (95%, 5%)
/ txcolor = green
/ fontstyle = ("Arial", 5%)
</text>
<text attributeBlabel>
/ items = attributeBlabel
/ valign = top
/ halign = left
/ position = (5%, 5%)
/ txcolor = green
/ fontstyle = ("Arial", 5%)
</text>
<text error>
/ position = (50%, 75%)
/ items = ("X")
/ color = (255, 0, 0)
/ fontstyle = ("Arial", 10%, true)
</text>
<picture mask>
/ items = ("mask.jpg")
/ size = (53%, 53%)
</picture>
***********************************************************************
Trials
***********************************************************************
<trial primeApractice>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeA; 75=blank; 200=SDO_RWtextquestions; 300=mask]
</trial>
<trial primeBpractice>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeB; 75=blank; 200=SJ_LWtextquestions; 300=mask]
</trial>
<trial primeCpractice>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeC; 75=blank; 200=SCS_LWtextquestions; 300=mask]
</trial>
<trial primeDpractice>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeD; 75=blank; 200=RWA_RWtextquestions; 300=mask]
</trial>
<trial primeEpractice>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeE; 75=blank; 200=SJ_LWtextquestions; 300=mask]
</trial>
<trial primeA_SJ_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeA; 75=blank; 200=SJ_RWtextquestions; 300=mask]
/ trialdata = [primeA, SJ_RWtextquestions]
</trial>
<trial primeA_SDO_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeA; 75=blank; 200=SDO_RWtextquestions; 300=mask]
/ trialdata = [primeA, SDO_RWtextquestions]
</trial>
<trial primeA_SCS_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeA; 75=blank; 200=SCS_RWtextquestions; 300=mask]
/ trialdata = [primeA, SCS_RWtextquestions]
</trial>
<trial primeA_RWA_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeA; 75=blank; 200=RWA_RWtextquestions; 300=mask]
/ trialdata = [primeA, RWA_RWtextquestions]
</trial>
<trial primeA_SJ_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeA; 75=blank; 200=SJ_LWtextquestions; 300=mask]
/ trialdata = [primeA, SJ_LWtextquestions]
</trial>
<trial primeA_SDO_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeA; 75=blank; 200=SDO_LWtextquestions; 300=mask]
/ trialdata = [primeA, SDO_LWtextquestions]
</trial>
<trial primeA_SCS_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeA; 75=blank; 200=SCS_LWtextquestions; 300=mask]
/ trialdata = [primeA, SCS_LWtextquestions]
</trial>
<trial primeA_RWA_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeA; 75=blank; 200=RWA_LWtextquestions; 300=mask]
/ trialdata = [primeA, RWA_LWtextquestions]
</trial>
<trial primeB_SJ_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeB; 75=blank; 200=SJ_RWtextquestions; 300=mask]
/ trialdata = [primeB, SJ_RWtextquestions]
</trial>
<trial primeB_SDO_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeB; 75=blank; 200=SDO_RWtextquestions; 300=mask]
/ trialdata = [primeB, SDO_RWtextquestions]
</trial>
<trial primeB_SCS_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeB; 75=blank; 200=SCS_RWtextquestions; 300=mask]
/ trialdata = [primeB, SCS_RWtextquestions]
</trial>
<trial primeB_RWA_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeB; 75=blank; 200=RWA_RWtextquestions; 300=mask]
/ trialdata = [primeB, RWA_RWtextquestions]
</trial>
<trial primeB_SJ_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeB; 75=blank; 200=SJ_LWtextquestions; 300=mask]
/ trialdata = [primeB, SJ_LWtextquestions]
</trial>
<trial primeB_SDO_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeB; 75=blank; 200=SDO_LWtextquestions; 300=mask]
/ trialdata = [primeB, SDO_LWtextquestions]
</trial>
<trial primeB_SCS_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeB; 75=blank; 200=SCS_LWtextquestions; 300=mask]
/ trialdata = [primeB, SCS_LWtextquestions]
</trial>
<trial primeB_RWA_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeB; 75=blank; 200=RWA_LWtextquestions; 300=mask]
/ trialdata = [primeB, RWA_LWtextquestions]
</trial>
<trial primeC_SJ_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeC; 75=blank; 200=SJ_RWtextquestions; 300=mask]
/ trialdata = [primeC, SJ_RWtextquestions]
</trial>
<trial primeC_SDO_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeC; 75=blank; 200=SDO_RWtextquestions; 300=mask]
/ trialdata = [primeC, SDO_RWtextquestions]
</trial>
<trial primeC_SCS_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeC; 75=blank; 200=SCS_RWtextquestions; 300=mask]
/ trialdata = [primeC, SCS_RWtextquestions]
</trial>
<trial primeC_RWA_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeC; 75=blank; 200=RWA_RWtextquestions; 300=mask]
/ trialdata = [primeC, RWA_RWtextquestions]
</trial>
<trial primeC_SJ_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeC; 75=blank; 200=SJ_LWtextquestions; 300=mask]
/ trialdata = [primeC, SJ_LWtextquestions]
</trial>
<trial primeC_SDO_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeC; 75=blank; 200=SDO_LWtextquestions; 300=mask]
/ trialdata = [primeC, SDO_LWtextquestions]
</trial>
<trial primeC_SCS_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeC; 75=blank; 200=SCS_LWtextquestions; 300=mask]
/ trialdata = [primeC, SCS_LWtextquestions]
</trial>
<trial primeC_RWA_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeC; 75=blank; 200=RWA_LWtextquestions; 300=mask]
/ trialdata = [primeC, RWA_LWtextquestions]
</trial>
<trial primeD_SJ_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeD; 75=blank; 200=SJ_RWtextquestions; 300=mask]
/ trialdata = [primeD, SJ_RWtextquestions]
</trial>
<trial primeD_SDO_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeD; 75=blank; 200=SDO_RWtextquestions; 300=mask]
/ trialdata = [primeD, SDO_RWtextquestions]
</trial>
<trial primeD_SCS_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeD; 75=blank; 200=SCS_RWtextquestions; 300=mask]
/ trialdata = [primeD, SCS_RWtextquestions]
</trial>
<trial primeD_RWA_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeD; 75=blank; 200=RWA_RWtextquestions; 300=mask]
/ trialdata = [primeD, RWA_RWtextquestions]
</trial>
<trial primeD_SJ_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeD; 75=blank; 200=SJ_LWtextquestions; 300=mask]
/ trialdata = [primeD, SJ_LWtextquestions]
</trial>
<trial primeD_SDO_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeD; 75=blank; 200=SDO_LWtextquestions; 300=mask]
/ trialdata = [primeD, SDO_LWtextquestions]
</trial>
<trial primeD_SCS_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeD; 75=blank; 200=SCS_LWtextquestions; 300=mask]
/ trialdata = [primeD, SCS_LWtextquestions]
</trial>
<trial primeD_RWA_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeD; 75=blank; 200=RWA_LWtextquestions; 300=mask]
/ trialdata = [primeD, RWA_LWtextquestions]
</trial>
<trial primeE_SJ_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeE; 75=blank; 200=SJ_RWtextquestions; 300=mask]
/ trialdata = [primeE, SJ_RWtextquestions]
</trial>
<trial primeE_SDO_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeE; 75=blank; 200=SDO_RWtextquestions; 300=mask]
/ trialdata = [primeE, SDO_RWtextquestions]
</trial>
<trial primeE_SCS_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeE; 75=blank; 200=SCS_RWtextquestions; 300=mask]
/ trialdata = [primeE, SCS_RWtextquestions]
</trial>
<trial primeE_RWA_RW>
/ validresponse = ("E", "I")
/ correctresponse = ("E")
/ stimulustimes = [0=primeE; 75=blank; 200=RWA_RWtextquestions; 300=mask]
/ trialdata = [primeE, RWA_RWtextquestions]
</trial>
<trial primeE_SJ_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeE; 75=blank; 200=SJ_LWtextquestions; 300=mask]
/ trialdata = [primeE, SJ_LWtextquestions]
</trial>
<trial primeE_SDO_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeE; 75=blank; 200=SDO_LWtextquestions; 300=mask]
/ trialdata = [primeE, SDO_LWtextquestions]
</trial>
<trial primeE_SCS_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeE; 75=blank; 200=SCS_LWtextquestions; 300=mask]
/ trialdata = [primeE, SCS_LWtextquestions]
</trial>
<trial primeE_RWA_LW>
/ validresponse = ("E", "I")
/ correctresponse = ("I")
/ stimulustimes = [0=primeE; 75=blank; 200=RWA_LWtextquestions; 300=mask]
/ trialdata = [primeE, RWA_LWtextquestions]
</trial>
***********************************************************************
Blocks
***********************************************************************
<block practice>
/ bgstim = (attributeAlabel, attributeBlabel)
/ trials = [1-3 = instructions; 4-13 = noreplace(primeApractice, primeBpractice, primeCpractice, primeDpractice, primeEpractice)]
/ recorddata = false
</block>
<block test>
/ bgstim = (attributeAlabel, attributeBlabel)
/ trials = [1 = instructions; 2-49 = noreplace(primeA_SJ_RW, primeA_SDO_RW, primeA_RWA_RW, primeA_SCS_RW, primeA_SJ_LW, primeA_SDO_LW, primeA_RWA_LW, primeA_SCS_LW,primeB_SJ_RW, primeB_SDO_RW, primeB_RWA_RW, primeB_SCS_RW, primeB_SJ_LW, primeB_SDO_LW, primeB_RWA_LW, primeB_SCS_LW, primeC_SJ_RW, primeC_SDO_RW, primeC_RWA_RW, primeC_SCS_RW, primeC_SJ_LW, primeC_SDO_LW, primeC_RWA_LW, primeC_SCS_LW, primeD_SJ_RW, primeD_SDO_RW, primeD_RWA_RW, primeD_SCS_RW, primeD_SJ_LW, primeD_SDO_LW, primeD_RWA_LW, primeD_SCS_LW, primeE_SJ_RW, primeE_SDO_RW, primeE_RWA_RW, primeE_SCS_RW, primeE_SJ_LW, primeE_SDO_LW, primeE_RWA_LW, primeE_SCS_LW)]
</block>
***********************************************************************
Experiment
***********************************************************************
<expt>
/ blocks = [1=practice; 2=test]
</expt>
***********************************************************************
Test Monkey
***********************************************************************
<monkey>
/ latencydistribution = normal(500, 100)
/ percentcorrect = 90
</monkey>
***********End of Script********************