Dose distribution creating program in consideration of influence of magnetic field, dose distribution creating method in consideration of influence of magnetic field, and dose distribution creating apparatus

A dose distribution creating method in consideration of influence of a magnetic field, the dose distribution creating method causing a computer to:

• acquire a captured image of a subject captured with a magnetic field and an electrical wave or a photon beam, a dose distribution not in a magnetic field, and a dose distribution in a magnetic field;
• and
• input the dose distribution not in a magnetic field and information based on the captured image to a learning model including a plurality of layers and trained using the dose distribution not in a magnetic field, the dose distribution in a magnetic field, and the information based on the captured image, and estimate the dose distribution in a magnetic field.

A dose distribution creating apparatus comprising:

• an acquisition unit configured to acquire a captured image of a subject captured with a magnetic field and an electrical wave or a photon beam, a dose distribution not in a magnetic field, and a dose distribution in a magnetic field;
• and
• a magnetic field correction unit configured to input the dose distribution not in a magnetic field and information based on the captured image to a learning model including a plurality of layers and trained using the dose distribution not in a magnetic field, the dose distribution in a magnetic field, and the information based on the captured image and estimate the dose distribution in a magnetic field.