ContinuousClockTest
Test that evaluates a continuous clock signal integrated over time.
This test component connects a continuous clock signal to an integrator to validate the clock's behavior. The continuous clock starts at time 0.5 with an offset of 1.0, generating a signal that increases linearly with time (y = t + offset when t ≥ start_time). The integrator accumulates this signal, resulting in a quadratic response. The test verifies both the clock output and the integrated value against expected results at t=5.
Usage
ContinuousClockTest()
Behavior
Source
dyad
# Test that evaluates a continuous clock signal integrated over time.
#
# This test component connects a continuous clock signal to an integrator to validate the
# clock's behavior. The continuous clock starts at time 0.5 with an offset of 1.0, generating
# a signal that increases linearly with time (y = t + offset when t ≥ start_time). The integrator
# accumulates this signal, resulting in a quadratic response. The test verifies both the clock
# output and the integrated value against expected results at t=5.
test component ContinuousClockTest
# Integrator that accumulates the clock signal
integrator = Integrator()
# Continuous clock with 0.5 start time and 1.0 offset
signal = ContinuousClock(start_time=0.5, offset=1.0)
relations
# Connects the clock output to the integrator input
connect(signal.y, integrator.u)
metadata {
"Dyad": {
"tests": {
"case1": {
"stop": 5,
"atol": {"integrator.x": 0.001},
"expect": {
"initial": {"signal.y": 1},
"signals": ["signal.y", "integrator.x"],
"final": {"signal.y": 5.5, "integrator.x": 15.11887}
}
}
}
}
}
end
Flattened Source
dyad
# Test that evaluates a continuous clock signal integrated over time.
#
# This test component connects a continuous clock signal to an integrator to validate the
# clock's behavior. The continuous clock starts at time 0.5 with an offset of 1.0, generating
# a signal that increases linearly with time (y = t + offset when t ≥ start_time). The integrator
# accumulates this signal, resulting in a quadratic response. The test verifies both the clock
# output and the integrated value against expected results at t=5.
test component ContinuousClockTest
# Integrator that accumulates the clock signal
integrator = Integrator()
# Continuous clock with 0.5 start time and 1.0 offset
signal = ContinuousClock(start_time=0.5, offset=1.0)
relations
# Connects the clock output to the integrator input
connect(signal.y, integrator.u)
metadata {
"Dyad": {
"tests": {
"case1": {
"stop": 5,
"atol": {"integrator.x": 0.001},
"expect": {
"initial": {"signal.y": 1},
"signals": ["signal.y", "integrator.x"],
"final": {"signal.y": 5.5, "integrator.x": 15.11887}
}
}
}
}
}
end
Test Cases
Test Case case1
julia
plt
julia
plt
Related
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