Oleic gel (aka slime or snot) is what Earlene is showing in her picture. It's what you get when a high oleic soap absorbs sufficient water to turn from a solid form into a gelatinous stringy goo.
Whether you see the actual goo or not depends on the way the soap is used (puff or washcloth vs. lathering up in the hands, for example), the rate of mixing and aeration, the water hardness, the amount of water mixed with the soap, the temperature, and how carefully one observes what's happening.
IMO, most of the cures for making a slime-free high-oleic soap do not actually work. Some of these cures include using a very high excess lye, putting the soap through a long cure, soaping with "faux seawater", etc. In the end, they are all asking a high-oleic soap to become something it's not.
The only way to definitely change the properties of a high oleic soap is to physically alter the average chemical composition of the soap molecules. Reducing the oleic acid content is one way, but then we no longer have a high oleic soap. If the fatty acid profile needs to remain high oleic, then another option is to substitute another alkali (KOH or NH4OH) for some or all of the NaOH, so the soap is no longer a pure sodium soap, but also has some of the properties of a potassium or ammonium soap.
Any soap will absorb water if left in a wet soap dish, but some soap will create an oleic gel that has a stringy quality and others will produce a thick paste that is not stringy. In either case, this is called "mush" in commercial soap making.