Issue #73: Update particle metadata tutorial intro.

compSPI · May 3, 2022 · 81d5932 · 81d5932
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diff --git a/notebooks/data/metadata.star b/notebooks/data/metadata.star
@@ -1,4 +1,4 @@
-# Created by the starfile Python package (version 0.4.11) at 11:16:57 on 09/03/2022
+# Created by the starfile Python package (version 0.4.11) at 17:31:20 on 02/05/2022
 
 data_
 

diff --git a/notebooks/particle_metadata.ipynb b/notebooks/particle_metadata.ipynb
@@ -9,7 +9,7 @@
    },
    "source": [
     "# Particle Metadata\n",
-    "``ioSPI`` library provides functionalities to work with cryo-EM data. To store the data, ``ioSPI`` uses the STAR (Self-defining Text Archiving and Retrieval) format (Hall, Allen and Brown, 1991) which is used by RELION for the storage of label-value pairs for all kinds of input and output metadata. In ``ioSPI``, the module `particle_metatdata` is used to create a STAR file `.star`. This module formats and writes particle metadata as `.star` files, following RELION conventions. This tutorial shows you how to create a `.star` file using `particle_detadata`."
+    "``ioSPI`` library provides functionalities to work with cryo-EM data. To play with the data, we first need to store the data in a way that `ioSPI`can understand. To do that, ``ioSPI`` uses the STAR (Self-defining Text Archiving and Retrieval) format (Hall, Allen and Brown, 1991) which is used by RELION for the storage of label-value pairs for all kinds of input and output metadata. In ``ioSPI``, the module `particle_metatdata` is used to create a STAR file `.star`. This module formats and writes particle metadata as `.star` files, following RELION conventions. This tutorial shows you how to create a `.star` file using `particle_detadata`."
    ]
   },
   {