Abstract: Some embodiments provide identification of a first polyline and a second polyline associated with a differential signal, determination of whether a distance between a segment of the first polyline and a segment of the second polyline is within a first tolerance, determination, if the distance is not within the first tolerance, of whether the distance is within a second tolerance, determination, if the distance is not within the first tolerance and is within the second tolerance, of whether the length of the segment of the first polyline is less than a first threshold, and to indicate that the first polyline and the second polyline are sufficiently spaced, if the distance is not within the first tolerance and is within the second tolerance, and if the length of the segment of the first polyline is less than the first threshold.

Abstract: Some embodiments provide identification of a first polyline and a second polyline associated with a differential signal, determination of whether a distance between a segment of the first polyline and a segment of the second polyline is within a first tolerance, determination, if the distance is not within the first tolerance, of whether the distance is within a second tolerance, determination, if the distance is not within the first tolerance and is within the second tolerance, of whether the length of the segment of the first polyline is less than a first threshold, and to indicate that the first polyline and the second polyline are sufficiently spaced, if the distance is not within the first tolerance and is within the second tolerance, and if the length of the segment of the first polyline is less than the first threshold.

Abstract: Some embodiments provide identification of a first polyline and a second polyline associated with a differential signal, determination of whether a distance between a segment of the first polyline and a segment of the second polyline is within a first tolerance, determination, if the distance is not within the first tolerance, of whether the distance is within a second tolerance, determination, if the distance is not within the first tolerance and is within the second tolerance, of whether the length of the segment of the first polyline is less than a first threshold, and to indicate that the first polyline and the second polyline are sufficiently spaced, if the distance is not within the first tolerance and is within the second tolerance, and if the length of the segment of the first polyline is less than the first threshold.

Abstract: Some embodiments provide identification of a first polyline and a second polyline associated with a differential signal, determination of whether a distance between a segment of the first polyline and a segment of the second polyline is within a first tolerance, determination, if the distance is not within the first tolerance, of whether the distance is within a second tolerance, determination, if the distance is not within the first tolerance and is within the second tolerance, of whether the length of the segment of the first polyline is less than a first threshold, and to indicate that the first polyline and the second polyline are sufficiently spaced, if the distance is not within the first tolerance and is within the second tolerance, and if the length of the segment of the first polyline is less than the first threshold.

Abstract: Some embodiments provide identification of a first polyline and a second polyline associated with a differential signal, determination of whether a distance between a segment of the first polyline and a segment of the second polyline is within a first tolerance, determination, if the distance is not within the first tolerance, of whether the distance is within a second tolerance, determination, if the distance is not within the first tolerance and is within the second tolerance, of whether the length of the segment of the first polyline is less than a first threshold, and to indicate that the first polyline and the second polyline are sufficiently spaced, if the distance is not within the first tolerance and is within the second tolerance, and if the length of the segment of the first polyline is less than the first threshold.

Abstract: A system to evaluate a distance between polyline segments includes identification of a first polyline and a second polyline associated with a differential signal, determination of whether a distance between a segment of the first polyline and a segment of the second polyline is within a first tolerance, and, if the distance is not within the first tolerance, determining whether the distance is within a second tolerance. If the distance is not within the first tolerance and is within the second tolerance, it is determined whether the length of the segment of the first polyline is less than a first threshold. If the distance is not within the first tolerance and is within the second tolerance, and if the length of the segment of the first polyline is less than the first threshold, it is indicated that the first polyline and the second polyline are sufficiently spaced.

Abstract: Some embodiments provide identification of a first polyline and a second polyline associated with a differential signal, determination of whether a distance between a segment of the first polyline and a segment of the second polyline is within a first tolerance, determination, if the distance is not within the first tolerance, of whether the distance is within a second tolerance, determination, if the distance is not within the first tolerance and is within the second tolerance, of whether the length of the segment of the first polyline is less than a first threshold, and to indicate that the first polyline and the second polyline are sufficiently spaced, if the distance is not within the first tolerance and is within the second tolerance, and if the length of the segment of the first polyline is less than the first threshold.

Abstract: Mild detonating cord confinement, particularly of the type including a metal covered mild detonating fuse as an inner core. The invention is directed to reducing cord diameter and weight, while totally confining explosive effects. The reduction in weight and diameter is achieved by employing a plurality of different coverings for the mild detonating fuse inner core, notably an extruded plastic jacket, a plurality of plastic fiber overbraid coverings and a stainless steel overbraid encircling the plastic fiber as an overbraid. A foamed polyethylene may be employed as the extruded plastic jacket.

Abstract: Mild detonating cord confinement, particularly of the type including a me covered mild detonating fuse as an inner core. The invention is directed to reducing cord diameter and weight, while totally confining explosive effects. The reduction in weight and diameter is achieved by employing a plurality of different coverings for the mild detonating fuse inner core, notably an extruded plastic jacket, a plurality of plastic fiber overbraid coverings and a stainless steel overbraid encircling the plastic fiber as an overbraid. A foamed polyethylene may be employed as the extruded plastic jacket.