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--- visual3d:documentation:pipeline:file_commands:importing_aurora_files [2024/07/03 17:40] – created sgranger
+++ visual3d:documentation:pipeline:file_commands:importing_aurora_files [2025/03/03 18:44] (current) – wikisysop
@@ Line 1: / Line 1: @@
-====== Importing_Aurora_Files ======
+====== Importing Aurora Files ======
+<code>
+Merge_Aurora_Files
+! /INPUT_FILE_NAMES=
+! /OUTPUT_FILE_NAME=
+! /FRAME_RATE=1000
+! /UNITS=cm
+! /SET_PROMPT=Open Aurora files
+;
+</code>
 Given Aurora files in which each signal is stored independently in an ASCII file with the following format.
@@ Line 31: / Line 41: @@
 Launch Visual3D, open the Pipeline, and add the Merge_Aurora_Files command to the pipeline.
-{{MergeAuroraFiles1.gif}}\\
+{{:MergeAuroraFiles1.gif}}\\
 Execute the Pipeline
-{{MergeAuroraFiles2.gif}}\\
+{{:MergeAuroraFiles2.gif}}\\
 Select the four signals (as stored in four separate files).
-{{MergeAuroraFiles3.gif}}\\
+{{:MergeAuroraFiles3.gif}}\\
@@ Line 48: / Line 58: @@
 Open the text file that was just created. Select File -> Open. Select the viewer for .txt files. Select "aurora.txt".
-{{MergeAuroraFiles4.gif}}\\
+{{:MergeAuroraFiles4.gif}}\\
 The file will be loaded into memory. The Aurora file contains position and rotation data for a rigid body. It will appear in Visual3D as LINKMODEL_BASED items containing the ORIGIN (3 components) and QUATERNION (4 components).
-{{MergeAuroraFiles5.gif}}\\
+{{:MergeAuroraFiles5.gif}}\\
@@ Line 64: / Line 74: @@
 Targets for each rigid body should appear in the data tree.
-{{MergeAuroraFiles6.jpg}}\\
+{{:MergeAuroraFiles6.jpg}}\\
 It is possible to save this data to a C3D formatted file, but the LINK MODEL data (e.g. the ORIGINAL Translation and Quaternion will be lost, so it is recommended that you save this data to a cmo file.
-{{MergeAuroraFiles7.gif}}\\
+{{:MergeAuroraFiles7.gif}}\\
 If you need a static trial for modeling the data, you can save the first frame of data to a c3d file.
-{{MergeAuroraFiles8.gif}}\\
+{{:MergeAuroraFiles8.gif}}\\
@@ Line 81: / Line 91: @@
 Create a hybrid model using a c3d file containing one frame of data from the Aurora text file.
-{{MergeAuroraFiles9.gif}}\\
+{{:MergeAuroraFiles9.gif}}\\
 Assign the motion file to the model file
-{{MergeAuroraFiles10.gif}}\\
+{{:MergeAuroraFiles10.gif}}\\
 Type "Segment1" into the combo box and select the **Create** button.
-{{MergeAuroraFiles11.gif}}
+{{:MergeAuroraFiles11.gif}}