Much-Assembly-Required
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Implement Radiation detector hardware
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.
More info on radiation and mesurments:
- 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.