Pattern Analysis for Matthew 12:9-21

Within Pattern Analysis, rhetoric is the persuasive portion of a literary unit based on its structure. Certain locations within each literary unit are potentially persuasive–they are presented below for the sake of analysis. Normally, many of the potential locations can be persuasive, but often not all. The student is encouraged to listen to what the Holy Spirit seems to be emphasizing.

An A-B-C-C'-B'-A' or A-B-C-X-C'-B'-A' type of structure. It is a repetition of similar themes in the reverse sequence. Other names for chiasms include chiasmus, concentric symmetry, introversion, inverted parallelism, reverse symmetry, and ring construction. The most common emphatic locations are found in the center point and the first/last elements.

In a chiasm, these are the two A elements: A-B-C-C'-B'-A'. Oftentimes an emphasis may be found in these locations.

Also known as conjugate pairs. It is any two elements that are paired with each other. In some cases, the pair may be emphatic even though they are not in a position of emphasis such as first/first or first/last. For example, in a chiastic A-B-C-X-C'-B'-A' structure, the two B elements might add considerable conviction to the reader or listener.

Some questions seem designed to ask the reader to pause and reflect on his or her own answer. In those cases, the text is intended to slow the reader down and cause them to read the context, listen to what the Spirit is nudging them, gain a fresh understanding, and then respond. Questions are many times emphatic, but it is a mistake to say that most questions are emphatic. Whether any one question is emphatic or not can be subjective.

Also known as conjugate pairs. It is any two elements that are paired with each other. In some cases, the pair may be emphatic even though they are not in a position of emphasis such as first/first or first/last. For example, in a chiastic A-B-C-X-C'-B'-A' structure, the two B elements might add considerable conviction to the reader or listener.

An emphasis or turning point that is at the logical center of a structure. It is either an X in the middle of a chiasm, parallel symmetry, immediate repetition, or list is a center point, or if two elements appear at the center of a chiasm rather than an X, those two elements are the center point. For example, X is the center point of A-B-C-X-A'-B'-C', and C-C' is the center point of A-B-C-C'-B'-A'.

A summarization that concludes a basic structure which is designated with the letters SUM. For example, A-B-C-A'-B'-C'-SUM. A closing summary is also known as a concluding epitome, final unit, and an epilogue. It serves two functions: to summarize and to motivate. It is always emphatic and should be easily detected.

An opening or closing summarization that appears within a substructure. The schematic representation is the lowercase letters sum. This summarization may appear at the end of a substructure, a-b-x-a'-b'-sum, or at the beginning, sum-a-b-c-d. All the substructure summaries are emphatic.

In a chiasm, these are the two A elements: A-B-C-C'-B'-A'. Oftentimes an emphasis may be found in these locations.

An emphasis or turning point that is at the logical center of a structure. It is either an X in the middle of a chiasm, parallel symmetry, immediate repetition, or list is a center point, or if two elements appear at the center of a chiasm rather than an X, those two elements are the center point. For example, X is the center point of A-B-C-X-A'-B'-C', and C-C' is the center point of A-B-C-C'-B'-A'.