<reponame>tku137/JPKay<filename>tests/test_PropertyReader.py
# coding=utf-8

import pytest
import json

from numpy import array

from JPKay.core.data_structures import Properties


# noinspection PyShadowingNames
@pytest.mark.usefixtures("sample_force_file", "general_prop_dict", "segments_prop_dict")
class TestPropertyReader:

    def test_load_java_props(self, sample_force_file, general_prop_dict):
        props = Properties(file_path=sample_force_file)
        loaded_props = props.general
        with open(general_prop_dict) as infile:
            original_props = json.load(infile)
        assert original_props == loaded_props

    # noinspection PyPep8Naming
    def test_get_vDeflection_channel_number(self, sample_force_file):
        props = Properties(file_path=sample_force_file)
        channel = props.get_channel_numbers()
        assert channel["vDeflection"] == "1"
        assert channel["hDeflection"] == "2"
        assert channel["height"] == "0"
        assert channel["capacitiveSensorHeight"] == "3"

    def test_extract_factors(self, sample_force_file):
        props = Properties(file_path=sample_force_file)
        props.extract_conversion_factors()
        assert props.conversion_factors["vDeflection"]["raw multiplier"] == array(float("5.525411033343059E-9"))
        assert props.conversion_factors["vDeflection"]["raw offset"] == array(float("-6.075877326676198E-4"))
        assert props.conversion_factors["vDeflection"]["distance multiplier"] == array(float("7.730641603896163E-8"))
        assert props.conversion_factors["vDeflection"]["distance offset"] == array(float("0.0"))
        assert props.conversion_factors["vDeflection"]["force multiplier"] == array(float("0.01529211140472191"))
        assert props.conversion_factors["vDeflection"]["force offset"] == array(float("0.0"))

    def test_extract_specs(self, sample_force_file):
        props = Properties(file_path=sample_force_file)
        props.extract_specs()
        assert props.units["vDeflection"] == "N"

    def test_extract_segment_props(self, sample_force_file, segments_prop_dict):
        props = Properties(file_path=sample_force_file)
        loaded_props = props.segments
        with open(segments_prop_dict) as infile:
            original_props = json.load(infile)
        assert original_props == loaded_props

# coding=utf-8

import pytest
import json

from numpy import array

from JPKay.core.data_structures import Properties


# noinspection PyShadowingNames
@pytest.mark.usefixtures("sample_force_file", "general_prop_dict", "segments_prop_dict")
class TestPropertyReader:

    def test_load_java_props(self, sample_force_file, general_prop_dict):
        props = Properties(file_path=sample_force_file)
        loaded_props = props.general
        with open(general_prop_dict) as infile:
            original_props = json.load(infile)
        assert original_props == loaded_props

    # noinspection PyPep8Naming
    def test_get_vDeflection_channel_number(self, sample_force_file):
        props = Properties(file_path=sample_force_file)
        channel = props.get_channel_numbers()
        assert channel["vDeflection"] == "1"
        assert channel["hDeflection"] == "2"
        assert channel["height"] == "0"
        assert channel["capacitiveSensorHeight"] == "3"

    def test_extract_factors(self, sample_force_file):
        props = Properties(file_path=sample_force_file)
        props.extract_conversion_factors()
        assert props.conversion_factors["vDeflection"]["raw multiplier"] == array(float("5.525411033343059E-9"))
        assert props.conversion_factors["vDeflection"]["raw offset"] == array(float("-6.075877326676198E-4"))
        assert props.conversion_factors["vDeflection"]["distance multiplier"] == array(float("7.730641603896163E-8"))
        assert props.conversion_factors["vDeflection"]["distance offset"] == array(float("0.0"))
        assert props.conversion_factors["vDeflection"]["force multiplier"] == array(float("0.01529211140472191"))
        assert props.conversion_factors["vDeflection"]["force offset"] == array(float("0.0"))

    def test_extract_specs(self, sample_force_file):
        props = Properties(file_path=sample_force_file)
        props.extract_specs()
        assert props.units["vDeflection"] == "N"

    def test_extract_segment_props(self, sample_force_file, segments_prop_dict):
        props = Properties(file_path=sample_force_file)
        loaded_props = props.segments
        with open(segments_prop_dict) as infile:
            original_props = json.load(infile)
        assert original_props == loaded_props
# coding=utf-8 # noinspection PyShadowingNames # noinspection PyPep8Naming