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effects_fatigue_during_basketball_free_throws_using_statistical_analysis [2025/08/15 19:16] – wikisysopeffects_fatigue_during_basketball_free_throws_using_statistical_analysis [2025/08/15 19:53] (current) – wikisysop
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 ===Converting Between .json and .cmz=== ===Converting Between .json and .cmz===
  
-1. Open up the Pipeline Workshop\\ +**1.** Open up the Pipeline Workshop\\ 
-2. Select 'Set_Pipeline_Parameter_To_Folder_Path' by clicking on the '>>' in the workshop. This command selects the correct folder in your computer's directory. Change the **PARAMETER_VALUE** to the downloaded dataset within your own directory. +**2.** Select 'Set_Pipeline_Parameter_To_Folder_Path' by clicking on the '>>' in the workshop. This command selects the correct folder in your computer's directory. Change the **PARAMETER_VALUE** to the downloaded dataset within your own directory. 
  
   Set_Pipeline_Parameter_To_Folder_Path   Set_Pipeline_Parameter_To_Folder_Path
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   ;   ;
  
-3. Select 'Set_Pipeline_Parameter_To_List_Of_Files' by clicking on the '>>' in the workshop. This command selects all the files within **FOLDER** which have the file type .json. In this case, that is every file in the folder.+**3.** Select 'Set_Pipeline_Parameter_To_List_Of_Files' by clicking on the '>>' in the workshop. This command selects all the files within **FOLDER** which have the file type .json. In this case, that is every file in the folder.
  
   Set_Pipeline_Parameter_To_List_Of_Files   Set_Pipeline_Parameter_To_List_Of_Files
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   ;   ;
  
-4. Before running this section, create a folder named "ProcessedFiles" within your computer's directory. Ensure the **FOLDER** in the "File_Save_As" command is the correct file path to the folder created. With all the files loaded into the pipeline, the next step is to run the for-loop that converts all the .json to .cmz files. This requires 5 commands: "For_Each", "File_New", "File_Open", "File_Save_As", "End_For_Each".+**4.** Before running this section, create a folder named "ProcessedFiles" within your computer's directory. Ensure the **FOLDER** in the "File_Save_As" command is the correct file path to the folder created. With all the files loaded into the pipeline, the next step is to run the for-loop that converts all the .json to .cmz files. This requires 5 commands: "For_Each", "File_New", "File_Open", "File_Save_As", "End_For_Each".
  
   For_Each   For_Each
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 Many of the tag commands are repeated in the pipeline, so each command will be shown here once and the order of the pipeline will be provided so that it can be built manually. If you are having difficulty recreating the pipeline, the complete pipeline is given at the beginning of this section of the tutorial. Many of the tag commands are repeated in the pipeline, so each command will be shown here once and the order of the pipeline will be provided so that it can be built manually. If you are having difficulty recreating the pipeline, the complete pipeline is given at the beginning of this section of the tutorial.
  
-1. 'Select_Active_File' command. This command is run first to select the file to be tagged.+**1.** 'Select_Active_File' command. This command is run first to select the file to be tagged.
  
   Select_Active_File   Select_Active_File
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   ;   ;
  
-2. To assign a tag the 'Assign_Tags_To_Files' command is used.+**2.** To assign a tag the 'Assign_Tags_To_Files' command is used.
  
   Assign_Tags_To_Files   Assign_Tags_To_Files
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   ;   ;
  
-3.This subject completed 125 trials in total. To address the primary research question related to fatigue, the trials are divided into four sections (quarters), allowing each quarter to be analyzed independently and compared over time. Conditional statements are used to mark which quarter the trial took place. The quarters are: Q1 (Trial 1-31), Q2 (Trial 32-63), Q3 (Trial 64-94), Q4 (Trial 95-125).\\+**3.**This subject completed 125 trials in total. To address the primary research question related to fatigue, the trials are divided into four sections (quarters), allowing each quarter to be analyzed independently and compared over time. Conditional statements are used to mark which quarter the trial took place. The quarters are: Q1 (Trial 1-31), Q2 (Trial 32-63), Q3 (Trial 64-94), Q4 (Trial 95-125).\\
  **a.** For Q1 and Q4, the conditional statements are relatively simple and the expression is true if the iteration count is greater or less than the quarter number.  **a.** For Q1 and Q4, the conditional statements are relatively simple and the expression is true if the iteration count is greater or less than the quarter number.
  
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   ;   ;
  
-4. The order of the pipeline in its current state:+**4.** The order of the pipeline in its current state:
   * Set_Pipeline_Parameter_To_Folder_Path   * Set_Pipeline_Parameter_To_Folder_Path
   * Set_Pipeline_Parameter_To_List_Of_Files   * Set_Pipeline_Parameter_To_List_Of_Files
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 {{:visual3d:tutorials:event_freethrow.gif?}} {{:visual3d:tutorials:event_freethrow.gif?}}
  
-1. Add 'Event_Global_Minimum' captures the global minimum center of gravity position of the right hand.+**1.** Add 'Event_Global_Minimum' captures the global minimum center of gravity position of the right hand.
  
   Event_Global_Minimum   Event_Global_Minimum
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   ;   ;
  
-2. Add 'Event_Global_Maximum' captures the global maximum center of gravity position of the right hand.+**2.** Add 'Event_Global_Maximum' captures the global maximum center of gravity position of the right hand.
  
   Event_Global_Maximum   Event_Global_Maximum
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   ;   ;
  
-3. This step isn't required, but for interest, an event between can be added that will put an event at the midpoint between the start and end events.+**3.** This step isn't required, but for interest, an event between can be added that will put an event at the midpoint between the start and end events.
  
   Event_Between   Event_Between
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   ;   ;
  
-4. All 3 of these event commands can be added in order after the last 'Conditional_Statement_End' and before the 'File_Save_As' in the pipeline.+**4.** All 3 of these event commands can be added in order after the last 'Conditional_Statement_End' and before the 'File_Save_As' in the pipeline.
  
 Visualization of the **START** and **END** events can be seen below:\\ Visualization of the **START** and **END** events can be seen below:\\
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 Now that all the tags and events are created, the final step is to calculate kinematic variables and specifically in this case, joint angles. The joint angles for the lower limb model will be calculated (ankle, knee, and hip joint).\\ Now that all the tags and events are created, the final step is to calculate kinematic variables and specifically in this case, joint angles. The joint angles for the lower limb model will be calculated (ankle, knee, and hip joint).\\
  
-1. Select **Model Based Data Computation** add "Compute_Model_Based_Data" to find each joint angle (ankle, knee, and hip).+**1.** Select **Model Based Data Computation** add "Compute_Model_Based_Data" to find each joint angle (ankle, knee, and hip).
   Compute_Model_Based_Data   Compute_Model_Based_Data
   /RESULT_NAME=Right Ankle Angle   /RESULT_NAME=Right Ankle Angle
effects_fatigue_during_basketball_free_throws_using_statistical_analysis.txt · Last modified: 2025/08/15 19:53 by wikisysop