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DerivativeIntegratorTerminatorTest.md

DerivativeIntegratorTerminatorTest ​

Test component that demonstrates the chained behavior of differentiation and integration of a sine signal.

This component connects a sine source through a derivative block to an integrator and finally to a terminator, demonstrating that differentiating and then integrating a signal approximately recovers the original signal. The derivative block approximates the mathematical operation d/dt, while the integrator performs the operation ∫dt. When applied in sequence to a sine wave, the output should theoretically match the input with some phase shift.

Usage ​

DerivativeIntegratorTerminatorTest()

Behavior ​

source.y(t)=derivative.u(t)derivative.y(t)=integrator.u(t)integrator.y(t)=terminator.u(t)dderivative.x(t)dt=derivative.u(t)−derivative.x(t)derivative.Tderivative.y(t)=derivative.k(derivative.u(t)−derivative.x(t))derivative.Tdintegrator.x(t)dt=integrator.kintegrator.u(t)integrator.y(t)=integrator.x(t)source.y(t)=ifelse(source.start_time<t,source.offset+source.amplitudesin⁡(source.phase+6.2832source.frequency(−source.start_time+t)),source.offset)

Source ​

dyad
# Test component that demonstrates the chained behavior of differentiation and integration of a sine signal.
#
# This component connects a sine source through a derivative block to an integrator and finally to a terminator,
# demonstrating that differentiating and then integrating a signal approximately recovers the original signal.
# The derivative block approximates the mathematical operation d/dt, while the integrator performs the operation ∫dt.
# When applied in sequence to a sine wave, the output should theoretically match the input with some phase shift.
test component DerivativeIntegratorTerminatorTest
  # Approximates the derivative of the input signal with configured gain and time constant
  derivative = Derivative(k=1, T=0.001)
  # Integrates the input signal with specified gain
  integrator = Integrator(k=1)
  # Terminates the signal path, consuming the input without producing an output
  terminator = Terminator()
  # Generates a sinusoidal signal with 1 Hz frequency and unit amplitude
  source = Sine(amplitude=1, frequency=1)
relations
  # Connects the sine wave output to the derivative block input
  connect(source.y, derivative.u)
  # Connects the derivative output to the integrator input
  connect(derivative.y, integrator.u)
  # Connects the integrator output to the terminator input
  connect(integrator.y, terminator.u)
metadata {
  "Dyad": {
    "experiments": {},
    "tests": {
      "case1": {
        "stop": 10,
        "atol": {"integrator.y": 0.01, "terminator.u": 0.01},
        "expect": {
          "final": {"integrator.y": 0, "terminator.u": 0},
          "signals": ["integrator.y", "terminator.u"]
        }
      }
    }
  }
}
end
Flattened Source
dyad
# Test component that demonstrates the chained behavior of differentiation and integration of a sine signal.
#
# This component connects a sine source through a derivative block to an integrator and finally to a terminator,
# demonstrating that differentiating and then integrating a signal approximately recovers the original signal.
# The derivative block approximates the mathematical operation d/dt, while the integrator performs the operation ∫dt.
# When applied in sequence to a sine wave, the output should theoretically match the input with some phase shift.
test component DerivativeIntegratorTerminatorTest
  # Approximates the derivative of the input signal with configured gain and time constant
  derivative = Derivative(k=1, T=0.001)
  # Integrates the input signal with specified gain
  integrator = Integrator(k=1)
  # Terminates the signal path, consuming the input without producing an output
  terminator = Terminator()
  # Generates a sinusoidal signal with 1 Hz frequency and unit amplitude
  source = Sine(amplitude=1, frequency=1)
relations
  # Connects the sine wave output to the derivative block input
  connect(source.y, derivative.u)
  # Connects the derivative output to the integrator input
  connect(derivative.y, integrator.u)
  # Connects the integrator output to the terminator input
  connect(integrator.y, terminator.u)
metadata {
  "Dyad": {
    "experiments": {},
    "tests": {
      "case1": {
        "stop": 10,
        "atol": {"integrator.y": 0.01, "terminator.u": 0.01},
        "expect": {
          "final": {"integrator.y": 0, "terminator.u": 0},
          "signals": ["integrator.y", "terminator.u"]
        }
      }
    }
  }
}
end


Test Cases ​

Test Case case1 ​

julia
plt

julia
plt