Automated update of fixed-spotify-open-api.yml (#349)

Author: sonallux

spotify-web-api-java-generator/fixed-spotify-open-api.yml

@@ -8,7 +8,7 @@ info:
     The base URI for all Web API requests is `https://api.spotify.com/v1`.
 
     Need help? See our <a href="https://developer.spotify.com/documentation/web-api/guides/">Web API guides</a> for more information, or visit the <a href="https://community.spotify.com/t5/Spotify-for-Developers/bd-p/Spotify_Developer">Spotify for Developers community forum</a> to ask questions and connect with other developers.
-  version: 2024.12.23
+  version: 2025.5.18
   title: Spotify Web API with fixes and improvements from sonallux
   termsOfService: https://developer.spotify.com/terms/
   contact:
@@ -4836,7 +4836,7 @@ components:
 
             Vectors are normalized to 1 by their strongest dimension, therefore noisy sounds are likely represented by values that are all close to 1, while pure tones are described by one value at 1 (the pitch) and others near 0.
             As can be seen below, the 12 vector indices are a combination of low-power spectrum values at their respective pitch frequencies.
-            ![pitch vector](https://developer.spotify.com/assets/audio/Pitch_vector.png)
+            ![pitch vector](/assets/audio/Pitch_vector.png)
           items:
             type: number
             minimum: 0
@@ -4851,7 +4851,7 @@ components:
             Timbre is the quality of a musical note or sound that distinguishes different types of musical instruments, or voices. It is a complex notion also referred to as sound color, texture, or tone quality, and is derived from the shape of a segment’s spectro-temporal surface, independently of pitch and loudness. The timbre feature is a vector that includes 12 unbounded values roughly centered around 0. Those values are high level abstractions of the spectral surface, ordered by degree of importance.
 
             For completeness however, the first dimension represents the average loudness of the segment; second emphasizes brightness; third is more closely correlated to the flatness of a sound; fourth to sounds with a stronger attack; etc. See an image below representing the 12 basis functions (i.e. template segments).
-            ![timbre basis functions](https://developer.spotify.com/assets/audio/Timbre_basis_functions.png)
+            ![timbre basis functions](/assets/audio/Timbre_basis_functions.png)
 
             The actual timbre of the segment is best described as a linear combination of these 12 basis functions weighted by the coefficient values: timbre = c1 x b1 + c2 x b2 + ... + c12 x b12, where c1 to c12 represent the 12 coefficients and b1 to b12 the 12 basis functions as displayed below. Timbre vectors are best used in comparison with each other.
           items:
@@ -5521,10 +5521,6 @@ components:
           - $ref: "#/components/schemas/ExternalUrlObject"
           description: |
             Known external URLs for this playlist.
-        followers:
-          allOf:
-          - $ref: "#/components/schemas/FollowersObject"
-          description: Information about the followers of the playlist.
         href:
           type: string
           description: |
@@ -5570,6 +5566,10 @@ components:
           type: string
           description: |
             The [Spotify URI](/documentation/web-api/concepts/spotify-uris-ids) for the playlist.
+        followers:
+          allOf:
+          - $ref: "#/components/schemas/FollowersObject"
+          description: Information about the followers of the playlist.
     SimplifiedPlaylistObject:
       type: object
       x-spotify-docs-type: SimplifiedPlaylistObject
@@ -5652,11 +5652,6 @@ components:
           - $ref: "#/components/schemas/ExternalUrlObject"
           description: |
             Known public external URLs for this user.
-        followers:
-          allOf:
-          - $ref: "#/components/schemas/FollowersObject"
-          description: |
-            Information about the followers of this user.
         href:
           type: string
           description: |

spotify-web-api-java/src/main/generated/de/sonallux/spotify/api/models/PlaylistUser.java

@@ -15,8 +15,4 @@ public class PlaylistUser extends BaseObject {
      * <p>Known public external URLs for this user.</p>
      */
     public ExternalUrl externalUrls;
-    /**
-     * <p>Information about the followers of this user.</p>
-     */
-    public Followers followers;
 }

spotify-web-api-java/src/main/generated/de/sonallux/spotify/api/models/Segment.java

@@ -37,7 +37,7 @@ public class Segment {
      * <p>Pitch content is given by a “chroma” vector, corresponding to the 12 pitch classes C, C#, D to B, with values ranging from 0 to 1 that describe the relative dominance of every pitch in the chromatic scale. For example a C Major chord would likely be represented by large values of C, E and G (i.e. classes 0, 4, and 7).</p>
      * <p>Vectors are normalized to 1 by their strongest dimension, therefore noisy sounds are likely represented by values that are all close to 1, while pure tones are described by one value at 1 (the pitch) and others near 0.
      * As can be seen below, the 12 vector indices are a combination of low-power spectrum values at their respective pitch frequencies.
-     * <img src="https://developer.spotify.com/assets/audio/Pitch_vector.png" alt="pitch vector" /></p>
+     * <img src="/assets/audio/Pitch_vector.png" alt="pitch vector" /></p>
      */
     public java.util.List<Float> pitches;
     /**
@@ -47,7 +47,7 @@ public class Segment {
     /**
      * <p>Timbre is the quality of a musical note or sound that distinguishes different types of musical instruments, or voices. It is a complex notion also referred to as sound color, texture, or tone quality, and is derived from the shape of a segment’s spectro-temporal surface, independently of pitch and loudness. The timbre feature is a vector that includes 12 unbounded values roughly centered around 0. Those values are high level abstractions of the spectral surface, ordered by degree of importance.</p>
      * <p>For completeness however, the first dimension represents the average loudness of the segment; second emphasizes brightness; third is more closely correlated to the flatness of a sound; fourth to sounds with a stronger attack; etc. See an image below representing the 12 basis functions (i.e. template segments).
-     * <img src="https://developer.spotify.com/assets/audio/Timbre_basis_functions.png" alt="timbre basis functions" /></p>
+     * <img src="/assets/audio/Timbre_basis_functions.png" alt="timbre basis functions" /></p>
      * <p>The actual timbre of the segment is best described as a linear combination of these 12 basis functions weighted by the coefficient values: timbre = c1 x b1 + c2 x b2 + ... + c12 x b12, where c1 to c12 represent the 12 coefficients and b1 to b12 the 12 basis functions as displayed below. Timbre vectors are best used in comparison with each other.</p>
      */
     public java.util.List<Float> timbre;