Rasso

Saint Rasso of Andechs (also Rasso of Grafrath, Graf Ratt, Ratho, Grafrath, Rasso von Andechs) (ca. 900-953) was a Bavarian count and military leader, pilgrim, and saint. He was the count (Graf) of Dießen-Andechs, leading the Bavarians against invading Magyars in the tenth century. No contemporary Vita of Rasso has survived and various legends arose around his cult in the late Middle Ages.[2] However, there is no reason to doubt that there existed a count named Rasso who fought against the Magyars in the 950s.[3]

Saint Rasso of Andechs
Bornc. 900
Died953
953 AD
FeastMay 17; May 19 (Grafrath, Andechs)
Attributesmilitary attire
Patronageinvoked against stomach pains, especially in children[1]

As a middle-aged man, he went on pilgrimage to the Holy Land and Rome, where he collected relics, returning to found a Benedictine abbey at Wörth, later named Grafrath after him.

He was a large man. When his relics were exhumed in 1468, it was determined that he was some 2 meters (6 ft 6 in) tall, although it was previously thought that he was even taller, since the size of his actual grave was 2 and a half meters.[1]

Veneration

The healing shrine and pilgrimage church (Wallfahrtskirche) of St. Rasso at Grafrath received many visitors during the Middle Ages and afterwards; records of the miracles attributed to him between the years 1444 and 1728 consist of 12,131 entries.[1]

In 955, the relics that Rasso had brought from Rome and the Holy Land to his monastery at Wörth had been transferred to Andechs Abbey to preserve them from the ravages of the Magyars.

Notes
  1. Rasso (Ratho) von Andechs - Ökumenisches Heiligenlexikon
  2. Charles R. Bowlus, The Battle of Lechfeld And Its Aftermath, August 955: The End (Ashgate Publishing, 206), 143n.
  3. Charles R. Bowlus, The Battle of Lechfeld And Its Aftermath, August 955: The End (Ashgate Publishing, 2006), 143n.
gollark: Make `total` into an int. Replace `total += 254./3.;` with `total = min(2, max(0, total + 1))` or something, if the arduinos' weird language has that. Do `analogWrite(LED, total * 85)`. QED.
gollark: Make the total an integer from 0 to 2 or something and enforce this, then multiply by 85 in the analogWrite bit.
gollark: The main issue is that data is just *data*, and can't corrupt itself in some way if you do stuff wrong or enforce timeouts, only the programs operating on it can (and generally do).
gollark: Basically, if someone copies the relevant data elsewhere, to a system without your time limits, you can't enforce them without it actually being computationally hard.
gollark: You can only time out/limit passwords beyond any restrictions imposed by the actual computational difficulty if you control the software being used to handle said passwords.
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