Automated original track generation engine

A method for automated music generation, the method comprising:

• receiving, by an automated music generation engine, from a user, a user input, the user input including at least one of the following:
• configuration settings and a musical audio input;
• selecting, by the automated music generation engine, based on the user input, a musical development scenario from a plurality of predetermined musical development scenarios, the musical development scenario including a chronologically ordered sequence of set settings;
• selecting, by the automated music generation engine, based on the musical development scenario, from a plurality of event probability scenarios, an event probability scenario defining a probability of a music element creation event while generating an audio output;
• based on the event probability scenario, computing, by the automated music generation engine, probabilities of introducing one or more audio elements of a plurality of pre-composed audio elements into the audio output;
• selecting, by the automated music generation engine, a plurality of sets of audio elements from the plurality of pre-composed audio elements based on the musical development scenario, the user input, the probabilities computed based on the event probability scenario, and predetermined music theory rules;
• and
• synthesizing, by the automated music generation engine, the plurality of sets of audio elements to generate the audio output for providing to the user.

A non-transitory computer-readable storage medium, the computer-readable storage medium including instructions that, when executed by a processor, cause the processor to:

• receive, from a user, a user input, the user input including at least one of the following:
• configuration settings and a musical audio input;
• select, based on the user input, a musical development scenario from a plurality of predetermined musical development scenarios, the musical development scenario including a chronologically ordered sequence of set settings;
• select, based on the musical development scenario, from a plurality of event probability scenarios, an event probability scenario defining a probability of a music element creation event while generating an audio output;
• based on the event probability scenario, compute probabilities of introducing one or more audio elements of a plurality of pre-composed audio elements into the audio output;
• select a plurality of sets of audio elements from the plurality of pre-composed audio elements based on the musical development scenario, the user input, the probabilities computed based on the event probability scenario, and predetermined music theory rules;
• and
• synthesize the plurality of sets of audio elements to generate the audio output for providing to the user.