Method for generating natural language communication

A method implementable on a computing device configured for generating natural language communication to be output for or electronically sent to a recipient, the communication comprising natural language processing system generated natural language sentences, the method comprising:

• displaying in a user interface a first number of recipient-specific pseudo-predefined elements;
• receiving, through the user interface, a semantic allocation by a user of at least part of said first number of recipient-specific pseudo-predefined elements into at least two different classes;
• further allocating said semantically allocated elements into at least one logical class, said logical class defining for each semantically allocated element a specific portion and/or context of said communication to be generated;
• and
• generating at least one natural language sentence in each logical class containing at least one of said semantically allocated elements, said at least one natural language sentence including at least one of said elements allocated to the respective logical class in said at least one generated sentence and a semantic meaning of said elements allocated to the respective logical class, until at least the semantic meaning of all elements semantically allocated into one of the logical classes have been included in said natural language sentences in the natural language communication,
• wherein that the method further comprises:
• at least one of suggesting, adjusting, removing and adding new pseudo-predefined elements based on machine learning from earlier use of the natural language communication generation method so that the pseudo-predefined elements displayed in the user interface are varied depending on the recipient;
• and wherein
• the semantically allocated elements equal said first number of pseudo-predefined elements;
• or
• the amount of semantically allocated elements is less than the first number of said pseudo-predefined elements, and the unallocated pseudo-predefined elements are not included in the generated sentences;
• or
• the number of semantically allocated elements contains at least one additional element that was not included in the first number of pseudo-predefined elements, wherein said user interface is configured to allow the user to add the at least one additional recipient-specific element into the recipient-specific pseudo-predefined elements, and wherein semantic allocation for said at least one additional recipient-specific element to one of said at least two different classes is received during allocation of the recipient-specific pseudo-predefined elements.