Apriori application with dynamic digital correction (ddc) function

A layer structure, comprising:

• one or more die pads, the one or more die pads each comprising a die pad center point;
• one or more vias located above the one or more die pads, the one or more vias each comprising a via center point;
• and
• one or more redistributed metal layer (RDL) pads located above the one or more vias, the one or more RDL pads each comprising a RDL pad center point, wherein the die pad center point, the via center point, and the RDL pad center point are unaligned, and the via center point is located between the RDL pad center point and the die pad center point.

A non-transitory computer-readable medium storing instructions that, when executed by a processor, cause a computer system to perform the steps of:

• calculating a correction factor, the calculation comprising:
• a via radius;
• a redistributed metal layer (RDL) pad radius;
• and
• a die pad radius;
• determining one or more shifted die pad coordinates;
• and
• moving one or more via coordinates utilizing the correction factor, each via coordinates being moved to shifted via coordinates between theoretical die pad coordinates and shifted die pad coordinates of the one or more shifted die pad coordinates.