Nil

Returns a chaotic boolean value based on the given probability.

This method takes a Bool variable as input and returns the same variable unless a random value generated is less than the current chaos probability, in which case it returns the opposite value of the input variable.

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
puts chaos.chaos(true) # => random value of type Bool based on the probability

Returns a chaotic integer Int8 value based on the given probability.

This method takes an Int8 variable as input and returns the same variable unless a random value generated is less than the current chaos probability, in which case it returns a random value between 8-bit integer range.

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
puts chaos.chaos(8_i8) # => random value of type Int8 based on the probability

Returns a chaotic integer Int16 value based on the given probability.

This method takes an Int16 variable as input and returns the same variable unless a random value generated is less than the current chaos probability, in which case it returns a random value between 16-bit integer range.

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
puts chaos.chaos(16_i16) # => random value of type Int16 based on the probability

Returns a chaotic integer Int32 value based on the given probability.

This method takes an Int32 variable as input and returns the same variable unless a random value generated is less than the current chaos probability, in which case it returns a random value between 32-bit integer range.

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
puts chaos.chaos(32_i32) # => random value of type Int32 based on the probability

Returns a chaotic integer Int64 value based on the given probability.

This method takes an Int64 variable as input and returns the same variable unless a random value generated is less than the current chaos probability, in which case it returns a random value between 64-bit integer range.

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
puts chaos.chaos(64_i64) # => random value of type Int64 based on the probability

Returns a chaotic integer Int128 value based on the given probability.

This method takes an Int128 variable as input and returns the same variable unless a random value generated is less than the current chaos probability, in which case it returns a random value between 128-bit integer range.

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
puts chaos.chaos(128_i128) # => random value of type Int128 based on the probability

Returns a chaotic integer UInt8 value based on the given probability.

This method takes an UInt8 variable as input and returns the same variable unless a random value generated is less than the current chaos probability, in which case it returns a random value between 8-bit unsigned integer range.

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
puts chaos.chaos(8_u8) # => random value of type UInt8 based on the probability

Returns a chaotic integer UInt16 value based on the given probability.

This method takes an UInt16 variable as input and returns the same variable unless a random value generated is less than the current chaos probability, in which case it returns a random value between 16-bit unsigned integer range.

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
puts chaos.chaos(16_u16) # => random value of type UInt16 based on the probability

Returns a chaotic integer UInt32 value based on the given probability.

This method takes an UInt32 variable as input and returns the same variable unless a random value generated is less than the current chaos probability, in which case it returns a random value between 32-bit unsigned integer range.

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
puts chaos.chaos(32_u32) # => random value of type UInt32 based on the probability

Returns a chaotic integer UInt64 value based on the given probability.

This method takes an UInt64 variable as input and returns the same variable unless a random value generated is less than the current chaos probability, in which case it returns a random value between 64-bit unsigned integer range.

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
puts chaos.chaos(64_u64) # => random value of type UInt64 based on the probability

Returns a chaotic integer UInt128 value based on the given probability.

This method takes an UInt128 variable as input and returns the same variable unless a random value generated is less than the current chaos probability, in which case it returns a random value between 128-bit unsigned integer range.

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
puts chaos.chaos(128_u128) # => random value of type UInt128 based on the probability

Returns a chaotic float Float32 value based on the given probability.

This method takes a Float32 variable as input and returns the same variable unless a random value generated is less than the current chaos probability, in which case it returns a random value between 0.0 and 1.0 on 32-bit float type.

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
puts chaos.chaos(32.0_f32) # => random value of type Float32 based on the probability

Returns a chaotic float Float64 value based on the given probability.

This method takes a Float64 variable as input and returns the same variable unless a random value generated is less than the current chaos probability, in which case it returns a random value between 0.0 and 1.0 on 64-bit float type.

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
puts chaos.chaos(64.0_f64) # => random value of type Float64 based on the probability

Returns a chaotic char value based on the given probability.

This method takes a Char variable as input and returns the same variable unless a random value generated is less than the current chaos probability, in which case it returns a random value of a valid char.

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
puts chaos.chaos('a') # => random value of type Char based on the probability

Returns a chaotic string value based on the given probability.

This method takes a String variable as input and returns the same variable unless a random value generated is less than the current chaos probability, in which case it returns a chaotic string based on the input variable.

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
chaos.chaos("abcdefghi") # => chaotic string based on the probability

Returns a chaotic array value based on the given probability.

This method takes an Array variable as input and returns the same variable unless a random value generated is less than the current chaos probability, in which case it returns the reversed value of the input variable.

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
chaos.chaos([1, 2, 3, 4, 5]) # => shuffled array based on the probability

Returns a chaotic range value based on the given probability.

This method takes a Range variable as input and returns the same variable unless a random value generated is less than the current chaos probability, in which case it returns a random value of begin and end for the range.

Example passing a simple range:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
chaos.chaos(1..10) # => random range based on the probability

Example passing a range with different types:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
rangeBegin : Int128 = 1
rangeEnd : Int128 = 10
chaos.chaos(rangeBegin..rangeEnd) # => random range based on the probability

If the range have a value not handled by the method overloading, it will return the same range passed as input.

Example:

class Test
  property name : String = "TEST"
end

object = Test.new

chaos = Chaos::Chaos.new
chaos.probability = 0.8

chaos.chaos(object..object) # => object..object

Generic unhandled type

This method is called when the type is not handled by the method overloading.

Returns the same variable passed as input.

Example:

class Test
  property name : String = "TEST"
end

object = Test.new

chaos = Chaos::Chaos.new
chaos.probability = 0.8

chaos.chaos(object) # => object

Getter for the current probability

Example:

chaos = Chaos::Chaos.new
puts chaos.probability # => 0.5

Setter for the new probability

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
puts chaos.probability # => 0.8

Resets probability to its default value

Example:

chaos = Chaos::Chaos.new
chaos.probability = 0.8
puts chaos.probability # => 0.8
chaos.reset_probability
puts chaos.probability # => 0.5