From d35cd475954cde1bf902c438fb034fdc7ab50a00 Mon Sep 17 00:00:00 2001
From: Eddy Pedroni <eddy@0xf7.com>
Date: Sun, 5 Jun 2022 16:54:51 +0200
Subject: File rename

---
 lab_control/test/frequency_response_test.py | 86 -----------------------------
 1 file changed, 86 deletions(-)
 delete mode 100644 lab_control/test/frequency_response_test.py

(limited to 'lab_control/test/frequency_response_test.py')

diff --git a/lab_control/test/frequency_response_test.py b/lab_control/test/frequency_response_test.py
deleted file mode 100644
index eb7d0d0..0000000
--- a/lab_control/test/frequency_response_test.py
+++ /dev/null
@@ -1,86 +0,0 @@
-import pytest
-
-from lab_control.test.mock.mock_lab import MockLab
-from lab_control.frequency_response import FrequencyResponseMeasurement
-from lab_control.measurement import getLinearRange
-from lab_control.function_generator import FunctionGenerator
-
-@pytest.fixture
-def mockLab():
-    return MockLab()
-
-@pytest.fixture
-def uut(mockLab):
-    return FrequencyResponseMeasurement()
-
-def prepareRampResponse(uut, mockLab):
-    # Expect a ramp response from 0.5 to 1.5 * input amplitude
-    minScale = 0.5
-    maxScale = 1.5
-
-    def testFunction(f: float) -> float:
-        assert f >= uut.minFrequency and f <= uut.maxFrequency
-        frequencyPu = (f - uut.minFrequency) / (uut.maxFrequency - uut.minFrequency)
-        return minScale + maxScale * frequencyPu
-
-    mockLab.connectChannels(uut.functionGeneratorChannel, uut.oscilloscopeChannel)
-    mockLab.setTestFunction(uut.oscilloscopeChannel, testFunction)
-
-    return [(f, testFunction(f) * uut.inputAmplitude) for f in getLinearRange(uut.minFrequency, uut.maxFrequency, uut.steps)]
-
-def test_frequencyResponseDefaults(uut):
-    assert uut.minFrequency == 20e0
-    assert uut.maxFrequency == 16e3
-    assert uut.steps == 50
-    assert uut.inputAmplitude == 0.1
-    assert uut.functionGeneratorChannel == 1
-    assert uut.oscilloscopeChannel == 1
-
-def test_frequencyResponseRamp(uut, mockLab):
-    uut.minFrequency = 100.0
-    uut.maxFrequency = 200.0
-    uut.steps = 11
-    uut.functionGeneratorChannel = 1
-    uut.oscilloscopeChannel = 1
-    uut.inputAmplitude = 2.0
-
-    fg = mockLab.getFunctionGeneratorChannel(uut.functionGeneratorChannel)
-    osc = mockLab.getOscilloscopeChannel(uut.oscilloscopeChannel)
-
-    expectedData = prepareRampResponse(uut, mockLab)
-
-    assert fg.amplitude is None
-    assert fg.function is None
-    assert not fg.on
-    assert osc.voltsPerDiv is None
-    assert not uut.measurementDone
-    assert uut.data is None
-    
-    uut.measure(mockLab, mockLab)
-
-    assert fg.amplitude == uut.inputAmplitude
-    assert fg.function == FunctionGenerator.SINE
-    assert fg.on
-    assert osc.voltsPerDiv == uut.inputAmplitude / (mockLab.getDivisionsDisplayed() - 2)
-    assert uut.measurementDone
-    assert uut.data == expectedData
-
-def test_dumpToCSV(uut, mockLab, tmp_path):
-    uut.minFrequency = 10.0
-    uut.maxFrequency = 30.0
-    uut.steps = 5
-    csv = tmp_path / "data.csv"
-
-    assert not csv.exists()
-    uut.dumpToCSV(csv)
-    assert not csv.exists()
-
-    expectedData = prepareRampResponse(uut, mockLab)
-    uut.measure(mockLab, mockLab)
-
-    uut.dumpToCSV(csv)
-    savedData = csv.read_text().split("\n")
-
-    assert savedData[0] == "Frequency (Hz),Amplitude (V)"
-    for i, l in enumerate(savedData[1:]):
-        assert l == f"{expectedData[i][0]},{expectedData[i][1]}"
-- 
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