State visualization device, state visualization method, and state visualization program

A state visualization method to be performed by a computer, the method comprising:

• performing coarse-graining on values corresponding to a plurality of items included in sample data;
• obtaining, using binarized values, a mathematical model for calculating energies each fitting a frequency of occurrence of a state represented by a combination of values corresponding to the items;
• creating a graph in which the state is placed in two-dimensional space;
• interpolating energies between the states to create an interpolated graph;
• and
• binarizing data of an evaluation target and determining a position of the data in the interpolated graph;
• wherein an attraction region that is local minimum that the energy arrives on the interpolated graph and a predetermined attribute of the sample data that belongs to the attraction region are associated with each other and stored in a storage device,
• extracting an attribute corresponding to the data of the evaluation target from the storage device and outputting the attribute,
• the interpolated graph is an energy landscape, and
• the position in the interpolated graph is coordinates in the energy landscape.

A non-transitory storage medium storing a state visualization program executable by a computer, the program causing the computer to:

• perform coarse-graining on values corresponding to a plurality of items included in sample data;
• obtain, using binarized values, a mathematical model for calculating energies each fitting a frequency of occurrence of a state represented by a combination of values corresponding to the items;
• create a graph in which the state is placed in two-dimensional space;
• interpolate energies between the states to create an interpolated graph;
• and
• binarize data of an evaluation target and determine a position of the data in the interpolated graph;
• wherein an attraction region that is local minimum that the energy arrives on the interpolated graph and a predetermined attribute of the sample data that belongs to the attraction region are associated with each other and stored in a storage device,
• extract an attribute corresponding to the data of the evaluation target from the storage device and outputting the attribute,
• the interpolated graph is an energy landscape, and
• the position in the interpolated graph is coordinates in the energy landscape.