System for customizing musical effects using digital signal processing techniques

A system for processing a musical signal, comprising:

• a first amplification simulation model;
• a second amplification simulation model;
• and
• an amplification model generator coupled with the first and second amplification simulation models, the amplification model generator capable of warping between the first and second amplification simulation models, and the amplification model generator capable of producing a generated amplification simulation model.

A digital signal processor for processing a musical signal, comprising:

• a first amplification simulation modeler comprising at least one first model filter having at least one first model filter coefficient value, the at least one first model filter responsive to the at least one first model filter coefficient value;
• a second amplification simulation modeler comprising at least one second model filter having at least one second model filter coefficient value, the at least one second model filter responsive to the at least one second model filter coefficient value;
• and
• an amplification model generator coupled with the first and second amplification simulation models and capable of warping between the first and second amplification simulation models to produce at least one generated amplification simulation model comprising at least one generated model filter having at least one generated model filter coefficient value, the at least one generated model filter responsive to the at least one generated model filter coefficient value, the at least generated model filter coefficient determined responsive to the first model filter coefficient value and the second model filter coefficient value.

A system for processing a musical signal, comprising:

• a first cabinet simulation model;
• a second cabinet simulation model;
• and
• a cabinet model generator coupled with the first and second cabinet simulation models, the cabinet model generator capable of warping between the first and second cabinet simulation models, and the cabinet model generator capable of producing a generated cabinet simulation model.

A digital signal processor for processing a musical signal, comprising:

• a first cabinet simulation modeler comprising at least one first model filter having at least one first model filter coefficient value, the at least one first model filter responsive to the at least one first model filter coefficient value;
• a second cabinet simulation modeler comprising at least one second model filter having at least one second model filter coefficient value, the at least one second model filter responsive to the at least one second model filter coefficient value;
• and
• a cabinet model generator coupled with the first and second cabinet simulation models and capable of warping between the first and second cabinet simulation models to produce at least one generated cabinet simulation model comprising at least one generated model filter having at least one generated model filter coefficient value, the at least one generated model filter responsive to the at least one generated model filter coefficient value, the at least generated model filter coefficient determined responsive to the first model filter coefficient value and the second model filter coefficient value.

A computer for processing a musical signal, comprising:

• a first amplification simulation model;
• a second amplification simulation model;
• and
• an amplification model generator coupled with the first and second amplification simulation models, the amplification model generator capable of warping between the first and second amplification simulation models, and the amplification model generator capable of producing a generated amplification simulation model.

A computer for processing a musical signal, comprising:

• a first cabinet simulation model;
• a second cabinet simulation model;
• and
• a cabinet model generator coupled with the first and second cabinet simulation models, the cabinet model generator capable of warping between the first and second cabinet simulation models, and the cabinet model generator capable of producing a generated cabinet simulation model.