41 * {@link MidiSystem}. A sequence can also be built from scratch by adding new
42 * {@code Tracks} to an empty {@code Sequence}, and adding {@link MidiEvent}
43 * objects to these {@code Tracks}.
44 *
45 * @author Kara Kytle
46 * @see Sequencer#setSequence(java.io.InputStream stream)
47 * @see Sequencer#setSequence(Sequence sequence)
48 * @see Track#add(MidiEvent)
49 * @see MidiFileFormat
50 */
51 public class Sequence {
52
53 // Timing types
54
55 /**
56 * The tempo-based timing type, for which the resolution is expressed in
57 * pulses (ticks) per quarter note.
58 *
59 * @see #Sequence(float, int)
60 */
61 public static final float PPQ = 0.0f;
62
63 /**
64 * The SMPTE-based timing type with 24 frames per second (resolution is
65 * expressed in ticks per frame).
66 *
67 * @see #Sequence(float, int)
68 */
69 public static final float SMPTE_24 = 24.0f;
70
71 /**
72 * The SMPTE-based timing type with 25 frames per second (resolution is
73 * expressed in ticks per frame).
74 *
75 * @see #Sequence(float, int)
76 */
77 public static final float SMPTE_25 = 25.0f;
78
79 /**
80 * The SMPTE-based timing type with 29.97 frames per second (resolution is
81 * expressed in ticks per frame).
82 *
83 * @see #Sequence(float, int)
84 */
85 public static final float SMPTE_30DROP = 29.97f;
86
87 /**
88 * The SMPTE-based timing type with 30 frames per second (resolution is
89 * expressed in ticks per frame).
90 *
91 * @see #Sequence(float, int)
92 */
93 public static final float SMPTE_30 = 30.0f;
94
95 // Variables
96
97 /**
98 * The timing division type of the sequence.
99 *
100 * @see #PPQ
101 * @see #SMPTE_24
102 * @see #SMPTE_25
103 * @see #SMPTE_30DROP
104 * @see #SMPTE_30
105 * @see #getDivisionType
106 */
107 protected float divisionType;
108
109 /**
110 * The timing resolution of the sequence.
111 *
112 * @see #getResolution
113 */
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41 * {@link MidiSystem}. A sequence can also be built from scratch by adding new
42 * {@code Tracks} to an empty {@code Sequence}, and adding {@link MidiEvent}
43 * objects to these {@code Tracks}.
44 *
45 * @author Kara Kytle
46 * @see Sequencer#setSequence(java.io.InputStream stream)
47 * @see Sequencer#setSequence(Sequence sequence)
48 * @see Track#add(MidiEvent)
49 * @see MidiFileFormat
50 */
51 public class Sequence {
52
53 // Timing types
54
55 /**
56 * The tempo-based timing type, for which the resolution is expressed in
57 * pulses (ticks) per quarter note.
58 *
59 * @see #Sequence(float, int)
60 */
61 public static final float PPQ = 0.0f;
62
63 /**
64 * The SMPTE-based timing type with 24 frames per second (resolution is
65 * expressed in ticks per frame).
66 *
67 * @see #Sequence(float, int)
68 */
69 public static final float SMPTE_24 = 24.0f;
70
71 /**
72 * The SMPTE-based timing type with 25 frames per second (resolution is
73 * expressed in ticks per frame).
74 *
75 * @see #Sequence(float, int)
76 */
77 public static final float SMPTE_25 = 25.0f;
78
79 /**
80 * The SMPTE-based timing type with 29.97 frames per second (resolution is
81 * expressed in ticks per frame).
82 *
83 * @see #Sequence(float, int)
84 */
85 public static final float SMPTE_30DROP = 29.97f;
86
87 /**
88 * The SMPTE-based timing type with 30 frames per second (resolution is
89 * expressed in ticks per frame).
90 *
91 * @see #Sequence(float, int)
92 */
93 public static final float SMPTE_30 = 30.0f;
94
95 // Variables
96
97 /**
98 * The timing division type of the sequence.
99 *
100 * @see #PPQ
101 * @see #SMPTE_24
102 * @see #SMPTE_25
103 * @see #SMPTE_30DROP
104 * @see #SMPTE_30
105 * @see #getDivisionType
106 */
107 protected float divisionType;
108
109 /**
110 * The timing resolution of the sequence.
111 *
112 * @see #getResolution
113 */
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