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The radiation detection hardware (Geiger counter ?) will give a Count per minute based on the distance from a Radioactive obstacle. Multiple radioactive obstacles close together will give a greater number.
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Geiger Mueller (GM) tube sensing element. are used in most Portable Hand Held Survey Detectors to locate radiation. They detect alpha, beta, X-rays and gamma radiation.
Becquerel is the strength of the source of radiation, cpm is the number of counts received by an instrument from that source.
Activity (quantity) is measured in Becquerel (also Curies in the U.S.). 1 Becquerel (Bq) = 1 disintegration per second (dps)
Normal background radiation levels vary at different locations, even in different areas of the same room
Alpha: ±5cm
Beta: 10-20 feet, penetrates paper
Gamma: 100+ feet, stops with tick concrete / lead
I'm not skilled enough to implement a realistic solution so what I'll do is that I will calculate the path in a straight line from the Cubot to the radioactive object, then use the object's getCounts(lenght of the path) and substract a set amount for each impassable object/tile in the path.
The radiation detection hardware (Geiger counter ?) will give a Count per minute based on the distance from a Radioactive obstacle. Multiple radioactive obstacles close together will give a greater number.
The text was updated successfully, but these errors were encountered: