class TriangleViewModel:
    def __init__(self):
        self.vertices_list = []
        self.answer = ''
        self.operation = 'get ab'
        self.set_btn_disabled()

    def get_vertices(self):
        return self.vertices_list

    def set_vertices(self, vertices):
        self.vertices_list = vertices
        all_vertices_are_digits = sum([is_valid(vert) for vert in vertices])
        if (all_vertices_are_digits == 6):
            self.triangle = Triangle(float(vertices[0]), float(vertices[1]),
                                     float(vertices[2]), float(vertices[3]),
                                     float(vertices[4]), float(vertices[5]))
            self.validate_text()
        else:
            self.set_btn_disabled()

    def set_answer(self, answer_str):
        self.answer = answer_str

    def get_button_convert_state(self):
        return self.button_convert_state

    def set_btn_enabled(self):
        self.button_convert_state = 'normal'

    def set_btn_disabled(self):
        self.button_convert_state = 'disabled'

    def get_answer(self):
        return self.answer

    def validate_text(self):
        is_triangle = False
        if ('' not in self.vertices_list):
            is_triangle = Triangle.is_triangle(self.triangle)
        if is_triangle:
            self.set_btn_enabled()
        else:
            self.set_btn_disabled()

    def set_operation(self, operation):
        self.operation = operation

    def click_button(self):
        if self.operation == 'get ab':
            self.set_answer(str(self.triangle.get_ab()))
        elif self.operation == 'get bc':
            self.set_answer(str(self.triangle.get_bc()))
        elif self.operation == 'get ca':
            self.set_answer(str(self.triangle.get_ca()))
        elif self.operation == 'get area':
            self.set_answer(str(self.triangle.get_area()))
        elif self.operation == 'get perimeter':
            self.set_answer(str(self.triangle.get_perimeter()))
        elif self.operation == 'get circumcircle':
            self.set_answer(str(self.triangle.get_circumcircle_center()) + '    ' + str(
                self.triangle.get_circumcircle_radius()))
        elif self.operation == 'get incircle':
            self.set_answer(str(self.triangle.get_incircle_center()) + '    ' + str(
                self.triangle.get_incircle_radius()))
        elif self.operation == 'get side type':
            self.set_answer(str(self.triangle.get_triangle_type_by_sides()))
        elif self.operation == 'get angle type':
            self.set_answer(str(self.triangle.get_triangle_type_by_angles()))
 def test_get_ab(self):
     test_triangle = Triangle(0, 0, 0, 3, 4, 0)
     self.assertEqual(Triangle.get_ab(test_triangle), 3)
Beispiel #3
0
class TriangleViewModel:
    def __init__(self, logger=RealLogger()):
        self.logger = logger
        self.vertices_list = []
        self.answer = ''
        self.operation = 'get ab'
        self.set_btn_disabled()
        self.logger.log('Welcome!')

    def get_vertices(self):
        return self.vertices_list

    def set_vertices(self, vertices):
        self.vertices_list = vertices
        all_vertices_are_digits = sum([is_valid(vert) for vert in vertices])
        if (all_vertices_are_digits == 6):
            self.triangle = Triangle(float(vertices[0]), float(vertices[1]),
                                     float(vertices[2]), float(vertices[3]),
                                     float(vertices[4]), float(vertices[5]))
            self.validate_text()

            self.logger.log(
                'Setting vertices to ({}, {}) ({}, {}) ({}, {})'.format(
                    float(vertices[0]), float(vertices[1]), float(vertices[2]),
                    float(vertices[3]), float(vertices[4]),
                    float(vertices[5])))
        else:
            self.set_btn_disabled()

    def set_answer(self, answer_str):
        self.answer = answer_str
        self.logger.log('Result: %s' % self.answer)

    def get_button_convert_state(self):
        return self.button_convert_state

    def set_btn_enabled(self):
        self.button_convert_state = 'normal'
        self.logger.log('Button enabled!')

    def set_btn_disabled(self):
        self.button_convert_state = 'disabled'
        self.logger.log('Button disabled!')

    def get_answer(self):
        return self.answer

    def validate_text(self):
        is_triangle = False
        if ('' not in self.vertices_list):
            is_triangle = Triangle.is_triangle(self.triangle)
        if is_triangle:
            self.set_btn_enabled()
        else:
            self.set_btn_disabled()

    def set_operation(self, operation):
        self.operation = operation
        self.logger.log('Operation set to \'{}\''.format(operation))

    def click_button(self):
        if self.operation == 'get ab':
            self.set_answer(str(self.triangle.get_ab()))
        elif self.operation == 'get bc':
            self.set_answer(str(self.triangle.get_bc()))
        elif self.operation == 'get ca':
            self.set_answer(str(self.triangle.get_ca()))
        elif self.operation == 'get area':
            self.set_answer(str(self.triangle.get_area()))
        elif self.operation == 'get perimeter':
            self.set_answer(str(self.triangle.get_perimeter()))
        elif self.operation == 'get circumcircle':
            self.set_answer(
                str(self.triangle.get_circumcircle_center()) + '    ' +
                str(self.triangle.get_circumcircle_radius()))
        elif self.operation == 'get incircle':
            self.set_answer(
                str(self.triangle.get_incircle_center()) + '    ' +
                str(self.triangle.get_incircle_radius()))
        elif self.operation == 'get side type':
            self.set_answer(str(self.triangle.get_triangle_type_by_sides()))
        elif self.operation == 'get angle type':
            self.set_answer(str(self.triangle.get_triangle_type_by_angles()))
        self.logger.log('Click on button')