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Filter Cart

The Filter Cart provides a powerful way to query and access data for which you may be interested.  

A few points related to the filter cart are important to understand with the NDA Query/Filter implementation: 

First, the filter cart is populated asyncronously.  So, when you run a query, it may take a moment to populate but this will happen in the background so you can define other queries during this time.  

When you are adding your first filter, all data associated with your query will be added to the filter cart (whether it be a collection, a concept, a study, a data structure/elment or subjects). Not all data structures or collections will necessarily be displayed.  For example, if you select the NDA imaging structure image03, and further restrict that query to scan_type fMRI, only fMRI images will appear and only the image03 structure will be shown.  To see other data structures, select "Find All Subject Data" which will query all data for those subjects. When a secord or third filter is applied, an AND condition is used.  A subject must exist in all filters.  If the subject does not appear in any one filter, that subjects data will not be included in your filter cart. If that happens, clear your filter cart, and start over.  

It is best to package more data than you need and access those data using other tools, independent of the NDA (e.g. miNDAR snapshot), to limit the data selected.  If you have any questions on data access, are interested in using avaialble web services, or need help accessing data, please contact us for assistance.  

Frequently Asked Questions

Glossary

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NDA provides a single access to de-identified autism research data. For permission to download data, you will need an NDA account with approved access to NDA or a connected repository (AGRE, IAN, or the ATP). For NDA access, you need to be a research investigator sponsored by an NIH recognized institution with federal wide assurance. See Request Access for more information.

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Data Structures with shared data
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Balloon Analogue Risk Task

358 Shared Subjects

N/A
Clinical Assessments
Task Based
11/01/2016
barty01
11/21/2018
View Change History
01
Query Element Name Data Type Size Required Description Value Range Notes Aliases
subjectkey GUID Required The NDAR Global Unique Identifier (GUID) for research subject NDAR* nimhid
src_subject_id String 20 Required Subject ID how it's defined in lab/project ptid
interview_age Integer Required Age in months at the time of the interview/test/sampling/imaging. 0 :: 1260 Age is rounded to chronological month. If the research participant is 15-days-old at time of interview, the appropriate value would be 0 months. If the participant is 16-days-old, the value would be 1 month. age
interview_date Date Required Date on which the interview/genetic test/sampling/imaging/biospecimen was completed. MM/DD/YYYY Required field sessiondate
sex String 20 Required Sex of the subject M;F M = Male; F = Female gender
blockcode String 10 Recommended Block code
Query trialnum_1 Integer Recommended 1. Trial Number 1::1500
Query trialcode_1 Integer Recommended 1. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_1 Integer Recommended 1. Balloon number 1::30
Query valuesexplosionpoint_1 Integer Recommended 1. Explosion point 1::128
Query valuespumpcount_1 Integer Recommended 1. Pump count 0::128
Query trialnum_2 Integer Recommended 2. Trial Number 1::1500
Query trialcode_2 Integer Recommended 2. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_2 Integer Recommended 2. Balloon number 1::30
Query valuesexplosionpoint_2 Integer Recommended 2. Explosion point 1::128
Query valuespumpcount_2 Integer Recommended 2. Pump count 0::128
Query trialnum_3 Integer Recommended 3. Trial Number 1::1500
Query trialcode_3 Integer Recommended 3. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_3 Integer Recommended 3. Balloon number 1::30
Query valuesexplosionpoint_3 Integer Recommended 3. Explosion point 1::128
Query valuespumpcount_3 Integer Recommended 3. Pump count 0::128
Query trialnum_4 Integer Recommended 4. Trial Number 1::1500
Query trialcode_4 Integer Recommended 4. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_4 Integer Recommended 4. Balloon number 1::30
Query valuesexplosionpoint_4 Integer Recommended 4. Explosion point 1::128
Query valuespumpcount_4 Integer Recommended 4. Pump count 0::128
Query trialnum_5 Integer Recommended 5. Trial Number 1::1500
Query trialcode_5 Integer Recommended 5. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_5 Integer Recommended 5. Balloon number 1::30
Query valuesexplosionpoint_5 Integer Recommended 5. Explosion point 1::128
Query valuespumpcount_5 Integer Recommended 5. Pump count 0::128
Query trialnum_6 Integer Recommended 6. Trial Number 1::1500
Query trialcode_6 Integer Recommended 6. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_6 Integer Recommended 6. Balloon number 1::30
Query valuesexplosionpoint_6 Integer Recommended 6. Explosion point 1::128
Query valuespumpcount_6 Integer Recommended 6. Pump count 0::128
Query trialnum_7 Integer Recommended 7. Trial Number 1::1500
Query trialcode_7 Integer Recommended 7. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_7 Integer Recommended 7. Balloon number 1::30
Query valuesexplosionpoint_7 Integer Recommended 7. Explosion point 1::128
Query valuespumpcount_7 Integer Recommended 7. Pump count 0::128
Query trialnum_8 Integer Recommended 8. Trial Number 1::1500
Query trialcode_8 Integer Recommended 8. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_8 Integer Recommended 8. Balloon number 1::30
Query valuesexplosionpoint_8 Integer Recommended 8. Explosion point 1::128
Query valuespumpcount_8 Integer Recommended 8. Pump count 0::128
Query trialnum_9 Integer Recommended 9. Trial Number 1::1500
Query trialcode_9 Integer Recommended 9. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_9 Integer Recommended 9. Balloon number 1::30
Query valuesexplosionpoint_9 Integer Recommended 9. Explosion point 1::128
Query valuespumpcount_9 Integer Recommended 9. Pump count 0::128
Query trialnum_10 Integer Recommended 10. Trial Number 1::1500
Query trialcode_10 Integer Recommended 10. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_10 Integer Recommended 10. Balloon number 1::30
Query valuesexplosionpoint_10 Integer Recommended 10. Explosion point 1::128
Query valuespumpcount_10 Integer Recommended 10. Pump count 0::128
Query trialnum_11 Integer Recommended 11. Trial Number 1::1500
Query trialcode_11 Integer Recommended 11. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_11 Integer Recommended 11. Balloon number 1::30
Query valuesexplosionpoint_11 Integer Recommended 11. Explosion point 1::128
Query valuespumpcount_11 Integer Recommended 11. Pump count 0::128
Query trialnum_12 Integer Recommended 12. Trial Number 1::1500
Query trialcode_12 Integer Recommended 12. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_12 Integer Recommended 12. Balloon number 1::30
Query valuesexplosionpoint_12 Integer Recommended 12. Explosion point 1::128
Query valuespumpcount_12 Integer Recommended 12. Pump count 0::128
Query trialnum_13 Integer Recommended 13. Trial Number 1::1500
Query trialcode_13 Integer Recommended 13. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_13 Integer Recommended 13. Balloon number 1::30
Query valuesexplosionpoint_13 Integer Recommended 13. Explosion point 1::128
Query valuespumpcount_13 Integer Recommended 13. Pump count 0::128
Query trialnum_14 Integer Recommended 14. Trial Number 1::1500
Query trialcode_14 Integer Recommended 14. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_14 Integer Recommended 14. Balloon number 1::30
Query valuesexplosionpoint_14 Integer Recommended 14. Explosion point 1::128
Query valuespumpcount_14 Integer Recommended 14. Pump count 0::128
Query trialnum_15 Integer Recommended 15. Trial Number 1::1500
Query trialcode_15 Integer Recommended 15. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_15 Integer Recommended 15. Balloon number 1::30
Query valuesexplosionpoint_15 Integer Recommended 15. Explosion point 1::128
Query valuespumpcount_15 Integer Recommended 15. Pump count 0::128
Query trialnum_16 Integer Recommended 16. Trial Number 1::1500
Query trialcode_16 Integer Recommended 16. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_16 Integer Recommended 16. Balloon number 1::30
Query valuesexplosionpoint_16 Integer Recommended 16. Explosion point 1::128
Query valuespumpcount_16 Integer Recommended 16. Pump count 0::128
Query trialnum_17 Integer Recommended 17. Trial Number 1::1500
Query trialcode_17 Integer Recommended 17. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_17 Integer Recommended 17. Balloon number 1::30
Query valuesexplosionpoint_17 Integer Recommended 17. Explosion point 1::128
Query valuespumpcount_17 Integer Recommended 17. Pump count 0::128
Query trialnum_18 Integer Recommended 18. Trial Number 1::1500
Query trialcode_18 Integer Recommended 18. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_18 Integer Recommended 18. Balloon number 1::30
Query valuesexplosionpoint_18 Integer Recommended 18. Explosion point 1::128
Query valuespumpcount_18 Integer Recommended 18. Pump count 0::128
Query trialnum_19 Integer Recommended 19. Trial Number 1::1500
Query trialcode_19 Integer Recommended 19. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_19 Integer Recommended 19. Balloon number 1::30
Query valuesexplosionpoint_19 Integer Recommended 19. Explosion point 1::128
Query valuespumpcount_19 Integer Recommended 19. Pump count 0::128
Query trialnum_20 Integer Recommended 20. Trial Number 1::1500
Query trialcode_20 Integer Recommended 20. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_20 Integer Recommended 20. Balloon number 1::30
Query valuesexplosionpoint_20 Integer Recommended 20. Explosion point 1::128
Query valuespumpcount_20 Integer Recommended 20. Pump count 0::128
Query trialnum_21 Integer Recommended 21. Trial Number 1::1500
Query trialcode_21 Integer Recommended 21. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_21 Integer Recommended 21. Balloon number 1::30
Query valuesexplosionpoint_21 Integer Recommended 21. Explosion point 1::128
Query valuespumpcount_21 Integer Recommended 21. Pump count 0::128
Query trialnum_22 Integer Recommended 22. Trial Number 1::1500
Query trialcode_22 Integer Recommended 22. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_22 Integer Recommended 22. Balloon number 1::30
Query valuesexplosionpoint_22 Integer Recommended 22. Explosion point 1::128
Query valuespumpcount_22 Integer Recommended 22. Pump count 0::128
Query trialnum_23 Integer Recommended 23. Trial Number 1::1500
Query trialcode_23 Integer Recommended 23. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_23 Integer Recommended 23. Balloon number 1::30
Query valuesexplosionpoint_23 Integer Recommended 23. Explosion point 1::128
Query valuespumpcount_23 Integer Recommended 23. Pump count 0::128
Query trialnum_24 Integer Recommended 24. Trial Number 1::1500
Query trialcode_24 Integer Recommended 24. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_24 Integer Recommended 24. Balloon number 1::30
Query valuesexplosionpoint_24 Integer Recommended 24. Explosion point 1::128
Query valuespumpcount_24 Integer Recommended 24. Pump count 0::128
Query trialnum_25 Integer Recommended 25. Trial Number 1::1500
Query trialcode_25 Integer Recommended 25. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_25 Integer Recommended 25. Balloon number 1::30
Query valuesexplosionpoint_25 Integer Recommended 25. Explosion point 1::128
Query valuespumpcount_25 Integer Recommended 25. Pump count 0::128
Query trialnum_26 Integer Recommended 26. Trial Number 1::1500
Query trialcode_26 Integer Recommended 26. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_26 Integer Recommended 26. Balloon number 1::30
Query valuesexplosionpoint_26 Integer Recommended 26. Explosion point 1::128
Query valuespumpcount_26 Integer Recommended 26. Pump count 0::128
Query trialnum_27 Integer Recommended 27. Trial Number 1::1500
Query trialcode_27 Integer Recommended 27. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_27 Integer Recommended 27. Balloon number 1::30
Query valuesexplosionpoint_27 Integer Recommended 27. Explosion point 1::128
Query valuespumpcount_27 Integer Recommended 27. Pump count 0::128
Query trialnum_28 Integer Recommended 28. Trial Number 1::1500
Query trialcode_28 Integer Recommended 28. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_28 Integer Recommended 28. Balloon number 1::30
Query valuesexplosionpoint_28 Integer Recommended 28. Explosion point 1::128
Query valuespumpcount_28 Integer Recommended 28. Pump count 0::128
Query trialnum_29 Integer Recommended 29. Trial Number 1::1500
Query trialcode_29 Integer Recommended 29. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_29 Integer Recommended 29. Balloon number 1::30
Query valuesexplosionpoint_29 Integer Recommended 29. Explosion point 1::128
Query valuespumpcount_29 Integer Recommended 29. Pump count 0::128
Query trialnum_30 Integer Recommended 30. Trial Number 1::1500
Query trialcode_30 Integer Recommended 30. Trial Code 1;2 1=collect;2=pop
Query valuesballooncount_30 Integer Recommended 30. Balloon number 1::30
Query valuesexplosionpoint_30 Integer Recommended 30. Explosion point 1::128
Query valuespumpcount_30 Integer Recommended 30. Pump count 0::128
Query adjusted_avg Float Recommended Average pump count of collected bart_meanadjustedpumps
Query unadjusted_avg Integer Recommended Average pump count of collected and popped
Query mp_sb_ntc Float Recommended # trials completed bart_trialcomp
Query bart_totaladjustedpumps Float Recommended Total adjusted pumps for all balloons for whole task. Adjusted pumps are the pumps on balloons which did not explode.
Query bart_sdadjustedpumps Float Recommended Standard deviation of adjusted pumps for whole task
Query bart_meanredadjustedpumps Float Recommended Mean adjusted pumps for red balloons
Query bart_sdredadjustedpumps Float Recommended Standard deviation of adjusted pumps on red balloons
Query bart_meanblueadjustedpumps Float Recommended Mean adjusted pumps for blue balloons
Query bart_sdblueadjustedpumps Float Recommended Standard deviation of adjusted pumps on blue balloons
Query bart_ratiomeablueadjpumps Float Recommended Ratio of mean red adjusted pumps to mean blue adjusted pumps. Higher numbers indicate more similarity in pumps between the red and blue balloons (lower means the opposite) bart_ratiomeanredtoblueadjpumps
Query bart_quart1redadjustedpumps Float Recommended Mean of the adjusted pumps of the red balloons on trials 1-10
Query bart_quart2redadjustedpumps Float Recommended Mean of the adjusted pumps of the red balloons on trials 11-20
Query bart_quart3redadjustedpumps Float Recommended Mean of the adjusted pumps of the red balloons on trials 21-30
Query bart_quart4redadjustedpumps Float Recommended Mean of the adjusted pumps of the red balloons on trials 31-40.
Query bart_quart1blueadjustedpumps Float Recommended Mean of the adjusted pumps of the blue balloons on trials 1-10
Query bart_quart2blueadjustedpumps Float Recommended Mean of the adjusted pumps of the blue balloons on trials 11-20
Query bart_quart3blueadjustedpumps Float Recommended Mean of the adjusted pumps of the blue balloons on trials 21-30
Query bart_quart4blueadjustedpumps Float Recommended Mean of the adjusted pumps of the blue balloons on trials 31-40
Query bart_meanredafterexpl Float Recommended Mean adjusted pumps on red balloons immediately after an explosion on the preceding trial
Query bart_meanblueafterexpl Float Recommended Mean adjusted pumps on blue balloons immediately after an explosion on the preceding trial
Query bart_totalpointssession Float Recommended This is the total points earned for the whole task (5 points per adjusted pump). It should equal the total number of adjusted pumps multiplied by 5.
Query bart_meanrt Float Recommended Mean reaction time on all button presses (pumps and cashouts)
Query bart_medianrt Float Recommended Median of the reaction time on all button presses (pumps and cashouts)
Query bart_sdrt Float Recommended Standard deviation of the reaction time for all button presses
Query bart_meanrtred Float Recommended Mean reaction time of button presses on the red balloons
Query bart_meanrtblue Float Recommended Mean reaction time of button presses on the blue balloons
Query bart_redexplosions Float Recommended Total number of explosions on red balloons
Query bart_blueexplosions Float Recommended Total number of explosions on blue balloons
Query bart_coefvar Float Recommended Coefficient of variation of adjusted pumps. This is the standard deviation of adjusted pumps divided by the mean adjusted pumps.
Query bart_coefvarred Float Recommended Coefficient of variation of adjusted pumps on the red balloons. This is the standard deviation of red adjusted pumps divided by the mean red adjusted pumps.
Query bart_coefvarblue Float Recommended Coefficient of variation of adjusted pumps on the blue balloons. This is the standard deviation of blue adjusted pumps divided by the mean blue adjusted pumps.
Query bart_cashoutwopump Float Recommended The number of times a participant cashed out of a trial without pumping. This can be used to exclude problematic cases.
Query oriballoonorder Integer Recommended Original balloon order. This is the original order that each balloon was presented (1 - 40). Because blue and red balloons are presented randomly to the participant, this variable retains the original order when the trials are re-organized by color.
balloonorder String 20 Recommended This variable organizes the balloon trials by order within each color (Blue 1-20 and Red 1-20), so that the investigator can see how pumping tendencies changed for each color across trials.
Query counttrials Integer Recommended This is the number of adjusted pumps for each trial.
Query explodetrial Integer Recommended This is the number of pumps for each trial. When intersected with TOTALEXPLODEATTT= 1, then this value is the number of pumps on trials where the balloon DID explode. Otherwise, it's redundant with COUNTTRIALS (which is appropriately adjusted for the last press being a cash-out).
Query totalexplodeatt Integer Recommended Explosions. Indicates if a balloon exploded on a given trial.
Query meanwhichballoon Float Recommended Numeric indicator for balloon color.
pickballoon String 20 Recommended Alphabetic indicator for balloon color
Query bart_bluepumps Integer Recommended Number of adjusted pumps for blue balloons. blue
Query bart_redpumps Integer Recommended Number of adjusted pumps for red balloons. red
Query afterexpl_blue Integer Recommended Number of adjusted pumps on blue balloons after an explosion on the previous trial.
Query afterexpl_red Integer Recommended Number of adjusted pumps on red balloons after an explosion on the previous trial.
Query groups Integer Recommended Group 0;1 0=Control; 1=Case group
stime String 20 Recommended Session time sessiontime
experiment_name String 200 Recommended Experiment Name experimentname
handedness String 29 Recommended handedness R;L;B;999 R = Right; L = Left; B = Both
Data Structure

This page displays the data structure defined for the measure identified in the title and structure short name. The table below displays a list of data elements in this structure (also called variables) and the following information:

  • Element Name: This is the standard element name
  • Data Type: Which type of data this element is, e.g. String, Float, File location.
  • Size: If applicable, the character limit of this element
  • Required: This column displays whether the element is Required for valid submissions, Recommended for valid submissions, Conditional on other elements, or Optional
  • Description: A basic description
  • Value Range: Which values can appear validly in this element (case sensitive for strings)
  • Notes: Expanded description or notes on coding of values
  • Aliases: A list of currently supported Aliases (alternate element names)
  • For valid elements with shared data, on the far left is a Filter button you can use to view a summary of shared data for that element and apply a query filter to your Cart based on selected value ranges

At the top of this page you can also:

  • Use the search bar to filter the elements displayed. This will not filter on the Size of Required columns
  • Download a copy of this definition in CSV format
  • Download a blank CSV submission template prepopulated with the correct structure header rows ready to fill with subject records and upload

Please email the The NDA Help Desk with any questions.