Athletic garment with perspiration absorption towel

A magnetic attachment mechanism for textiles comprising:

• a first textile;
• a first row of elongated first magnets mounted with first longitudinal axes aligned on said first textile with north poles of said first row of magnets being alternately oriented left and right so as to produce repulsive forces between neighboring first magnets, said first magnets being evenly spaced by a separation distance, said first magnets having a first length along said first longitudinal axes, said first magnets have a first width in a first plane of said first textile, and said first magnets having a first thickness transverse to said plane of said first textile, said first length being greater than said first width, said first width being greater than said first thickness;
• a second textile;
• and
• a second row of elongated second magnets mounted with second longitudinal axes aligned on said second textile with north poles of said second row of magnets being alternately oriented left and right so as to produce repulsive forces between neighboring second magnets, said second magnets being evenly spaced by said separation distance, said second magnets having said first length along said second longitudinal axes, said second magnets have said first width in a second plane of said second textile, and said second magnets having said first thickness transverse to said second plane of said second textile.

A magnetic attachment mechanism for textiles comprising:

• a first textile;
• a first row of elongated first magnets mounted on said first textile, a first central pair of said first magnets being separated by a distance X, a first surrounding pair of magnets directly surrounding said first central pair and being separated from each other by X+2τX with said first central pair of said first magnets being centered between said first surrounding pair, a second surrounding pair of magnets directly surrounding said first surrounding pair being separated from each other by X+2τX+2τ2X with said first surrounding pair of said first magnets being centered between said second surrounding pair;
• a second textile;
• and
• a second row of elongated second magnets mounted on said second textile, a second central pair of said second magnets being separated by said distance X, a third surrounding pair of magnets directly surrounding said second central pair and being separated from each other by X+2τX with said second central pair of said second magnets being centered between said third surrounding pair, a fourth surrounding pair of magnets directly surrounding said third surrounding pair being separated from each other by X+2τX+2τ2X with said third surrounding pair of said second magnets being centered between said fourth surrounding pair.