Information processing device and information processing method

An information processing method comprising:

• a first step of receiving a drawing and a document;
• a second step of obtaining a reference numeral from the drawing;
• a third step of obtaining a name of a component denoted by the reference numeral from the document;
• a fourth step of obtaining a passage comprising the name and the reference numeral from the document;
• a fifth step of obtaining a first representation by using a graph description language based on the reference numeral, the name, and the passage, wherein the first representation represents a graph comprising at least two nodes and at least one edge, the node represents the component, and the edge represents a relation between two of the nodes;
• a sixth step of creating a first prompt for modifying the passage so that an isolated node is excluded from the first representation when the first representation comprises the isolated node and transmitting the first prompt to a language model to obtain a first modified passage;
• followed by the fifth step using the first modified passage;
• a seventh step of presenting the graph when the first representation does not comprise the isolated node;
• an eighth step of creating a second prompt for modifying the passage based on a modified graph when the graph is modified and transmitting the second prompt to the language model to obtain a second modified passage;
• followed by the seventh step using the second modified passage;
• and
• a ninth step of outputting the passage when the graph is not modified.

An information processing device comprising:

• a reception unit configured to receive a document and a drawing;
• a processing unit configured to:
• obtain a reference numeral from the drawing;
• obtain a name of a component denoted by the reference numeral from the document;
• obtain a passage comprising the name and the reference numeral from the document;
• obtain a first representation representing a graph comprising at least two nodes and at least one edge by using a graph description language based on the reference numeral, the name, and the passage;
• create a first prompt for modifying the passage so that an isolated node is excluded from the first representation when the first representation comprises the isolated node;
• present the graph to a user when the first representation does not comprise the isolated node;
• and
• create a second prompt for modifying the passage based on a modified graph when the graph is modified by the user;
• and
• an output unit configured to supply the first prompt and the second prompt to the language model and output the passage,
• wherein the node represents the component, and
• wherein the edge represents a relation between two of the nodes.