How to use get_element_size method in robotframework-appiumlibrary

Best Python code snippet using robotframework-appiumlibrary_python

vtkSymbols.py

Source:vtkSymbols.py

...44        transform = vtk.vtkTransform()45        transform.Translate(startPoint)46        transform.Concatenate(matrix)47        #transform.Scale(length, length, length)48        transform.Scale(self.project.get_element_size(), self.project.get_element_size(), self.project.get_element_size())49        transformPD = vtk.vtkTransformPolyDataFilter()50        transformPD.SetTransform(transform)51        transformPD.SetInputConnection(arrowSource.GetOutputPort())52        mapper = vtk.vtkPolyDataMapper()53        actor = vtk.vtkActor()54        mapper.SetInputConnection(arrowSource.GetOutputPort())55        actor.SetUserMatrix(transform.GetMatrix())56        actor.SetMapper(mapper)57        return actor58    def getElementAxe(self, element):59        center, direction = element.get_local_coordinate_system_info()60        arrows = []61        x = self.arrow(center, center+direction[0])62        x.GetProperty().SetColor(1,0,0)63        y = self.arrow(center, center+direction[1])64        y.GetProperty().SetColor(0,1,0)65        z = self.arrow(center, center+direction[2])66        z.GetProperty().SetColor(0,0,1)67        arrows.append(x)68        arrows.append(y)69        arrows.append(z)70        return arrows71    def getSpring(self, node, u_def=[]):72        a = self.getReal(node.get_lumped_stiffness())73        base_length = self.project.preprocessor.structure_principal_diagonal/1074        element_length = self.project.get_element_size()75        if base_length/10 < element_length*1.5:76            shift = base_length/1077        else:78            shift = element_length*1.579        v = [1,2,3]80        for i in range(0,3):81            try:82                if a[i] is None or a[i] == 0:83                    v[i] = 084                elif a[i] < 0:85                    v[i] = -1*v[i]86            except Exception as log_error:87                if isinstance(a[i], np.ndarray):88                    pass89                else:90                    print(str(log_error))91        if v.count(0) == 3:92            return []93        arrows = []94        for i in range(3):95            if v[i] == 0:96                continue97            b = ActorSpring(node, self.project.get_element_size(), base_length, xyz=v[i], u_def=u_def)98            b.setShiftValue(shift)99            b.setNormalizedColor([1,0,1])100            b.setNormalizedColor([242/255,121/255,0])101            b.build()102            arrows.append(b.getActor())103        return arrows104    def getDamper(self, node, u_def=[]):105        a = self.getReal(node.get_lumped_dampings())106        base_length = self.project.preprocessor.structure_principal_diagonal/10107        element_length = self.project.get_element_size()108        if base_length/20 < element_length*1.5:109            shift = base_length/20110        else:111            shift = element_length/2112        v = [1,2,3]113        for i in range(0,3):114            try:115                if a[i] is None or a[i] == 0:116                    v[i] = 0117                elif a[i] < 0:118                    v[i] = -1*v[i]119            except Exception as log_error:120                if isinstance(a[i], np.ndarray):121                    pass122                else:123                    print(str(log_error))124        if v.count(0) == 3:125            return []126        arrows = []127        for i in range(3):128            if v[i] == 0:129                continue130            a = ActorArrow(node, self.project.get_element_size(), base_length, xyz=v[i], u_def=u_def)131            a.setNormalizedColor([242/255,121/255,0])132            a.setNormalizedColor([1,0,1])133            a.setShiftValue(shift)134            a.removeTipLength()135            a.build()136            arrows.append(a.getActor())137        return arrows138    def getArrowBC(self, node, u_def=[]):139        a = self.getReal(node.getStructuralBondaryCondition())140        base_length = self.project.preprocessor.structure_principal_diagonal/10141        element_length = self.project.get_element_size()142        if base_length/20 < element_length/2:143            shift = base_length/20144        else:145            shift = element_length/2146        v = [1,2,3]147        for i in range(0,3):148            try:149                if a[i] is None:150                    v[i] = 0151                elif a[i] < 0:152                    v[i] = -1*v[i]153            except Exception as log_error:154                if isinstance(a[i], np.ndarray):155                    pass156                else:157                    print(str(log_error))158            159        if v.count(0) == 3:160            return []161        arrows = []162        for i in range(3):163            if v[i] == 0:164                continue165            a = ActorArrow(node, self.project.get_element_size(), base_length, xyz=v[i], u_def=u_def)166            a.removeShaftRadius()167            a.setNormalizedColor([0,1,0])168            a.setShiftValue(shift)169            a.build()170            arrows.append(a.getActor())171        return arrows172    def getArrowForce(self, node):173        a = self.getReal(node.get_prescribed_loads())174        base_length = self.project.preprocessor.structure_principal_diagonal/10175        element_length = self.project.get_element_size()176        if base_length/20 < element_length/2:177            shift = base_length/20178        else:179            shift = element_length/2180        v = [1,2,3]181        for i in range(0,3):182            try:183                if a[i] is None or a[i] == 0:184                    v[i] = 0185                elif a[i] < 0:186                    v[i] = -1*v[i]187            except Exception as log_error:188                if isinstance(a[i], np.ndarray):189                    pass190                else:191                    print(str(log_error))192        if v.count(0) == 3:193            return []194        arrows = []195        for i in range(3):196            if v[i] == 0:197                continue198            a = ActorArrow(node, self.project.get_element_size(), base_length, xyz=v[i])199            a.setNormalizedColor([1,0,0])200            a.setShiftValue(shift)201            a.build()202            arrows.append(a.getActor())203        return arrows204    def getArrowRotation(self, node):205        a = self.getReal(node.getStructuralBondaryCondition())206        base_length = self.project.preprocessor.structure_principal_diagonal/10207        element_length = self.project.get_element_size()208        if base_length/20 < element_length/2:209            shift1 = base_length/20210            shift2 = 2.7*shift1211        else:212            shift1 = element_length/2213            shift2 = 6.5*shift1214        v = [1,2,3]215        for i in range(3,6):216            try:217                if a[i] is None or a[i] == 0:218                    v[i-3] = 0219                elif a[i] < 0:220                    v[i-3] = -1*v[i-3]221            except Exception as log_error:222                if isinstance(a[i], np.ndarray):223                    pass224                else:225                    print(str(log_error))226        if v.count(0) == 3:227            return []228        arrows = []229        for i in range(3):230            if v[i] == 0:231                continue232            233            a = ActorArrow(node, self.project.get_element_size(), base_length, xyz=v[i])234            a.removeShaftRadius()235            a.setNormalizedColor([0, 1, 1])236            a.setShiftValue(shift1)237            a.build()238            arrows.append(a.getActor())239            b = ActorArrow(node, self.project.get_element_size(), base_length, xyz=v[i])240            b.removeShaftRadius()241            b.setNormalizedColor([0,1,1])242            b.setShiftValue(shift2)243            b.build()244            arrows.append(b.getActor())245        return arrows246    def getArrowMomento(self, node):247        a = self.getReal(node.get_prescribed_loads())248        base_length = self.project.preprocessor.structure_principal_diagonal/10249        element_length = self.project.get_element_size()250        if base_length/20 < element_length/2:251            shift1 = base_length/20252            shift2 = 2.7*shift1253        else:254            shift1 = element_length/2255            shift2 = 6.5*shift1256        v = [1,2,3]257        for i in range(3,6):258            try:259                if a[i] is None or a[i] == 0:260                    v[i-3] = 0261                elif a[i] < 0:262                    v[i-3] = -1*v[i-3]263            except Exception as log_error:264                if isinstance(a[i], np.ndarray):265                    pass266                else:267                    print(str(log_error))268        if v.count(0) == 3:269            return []270        arrows = []271        for i in range(3):272            if v[i] == 0:273                continue274            a = ActorArrow(node, self.project.get_element_size(), base_length, xyz=v[i])275            a.setNormalizedColor([0,0,1])276            a.setShiftValue(shift1)277            a.build()278            arrows.append(a.getActor())279            b = ActorArrow(node, self.project.get_element_size(), base_length, xyz=v[i])280            b.setNormalizedColor([0,0,1])281            b.setShiftValue(shift2)282            b.removeShaftRadius()283            b.build()284            arrows.append(b.getActor())285        return arrows286    def getReal(self, vector):287        new_vector = vector.copy()288        for i in range(len(vector)):289            if type(vector[i]) == complex:290                new_vector[i] = vector[i].real...

audio_tfrecord_analysis.py

Source:audio_tfrecord_analysis.py

...54        k2 = item % self._base55        if k2 not in self._values[k1]:56            return None57        return self._values[k1][k2]58def get_element_size(element):59    if isinstance(element[0], bytes):60        return len(element[0].decode("utf-8").strip().split())61    return len(element)62def freq_percent(counter):63    cnt = 0.64    current_idx = 065    margin_values = []66    for val in range(counter.min_value, counter.max_value + 1):67        this_cnt = counter[val]68        if this_cnt:69            cnt += this_cnt70            percent = cnt / counter.total71            while (current_idx < len(_DISPLAY_PERCENTS)72                   and percent > _DISPLAY_PERCENTS[current_idx]):73                margin_values.append(val)74                current_idx += 175        if current_idx == len(_DISPLAY_PERCENTS):76            break77    return margin_values78def main(dataset, feature_extractor=None):79    audio_counter = BigCounter()80    transcript_counter = BigCounter()81    translation_counter = BigCounter()82    has_translation = False83    total_seconds = 0.84    for idx, sample in enumerate(dataset.build().as_numpy_iterator()):85        if idx == 0:86            if "translation" in sample:87                has_translation = True88        audio_length = get_element_size(sample["audio"])89        audio_length //= feature_extractor.feature_dim90        total_seconds += feature_extractor.seconds(91            numpy.reshape(sample["audio"], [-1, feature_extractor.feature_dim]))92        audio_counter.count(audio_length)93        transcript_counter.count(get_element_size(sample["transcript"]))94        if has_translation:95            translation_counter.count(get_element_size(sample["translation"]))96    logging.info("Total %d samples, %.2f hours", audio_counter.total, total_seconds / 3600.)97    logging.info(f"Max audio size: {audio_counter.max_value}, min audio size: {audio_counter.min_value}")98    logging.info("Audio feature size distribution: ")99    for percent, margin in zip(_DISPLAY_PERCENTS, freq_percent(audio_counter)):100        logging.info(f"  {percent} samples <= {margin}")101    logging.info("")102    logging.info("Transcript distribution: ")103    for percent, margin in zip(_DISPLAY_PERCENTS, freq_percent(transcript_counter)):104        logging.info(f"  {percent} samples <= {margin}")105    if has_translation:106        logging.info("")107        logging.info("Translation distribution: ")108        for percent, margin in zip(_DISPLAY_PERCENTS, freq_percent(translation_counter)):109            logging.info(f"  {percent} samples <= {margin}")...

container.py

Source:container.py

...17                                                             Drawable.FILL_PARENT,18                                                             Drawable.FILL_PARENT))19        self.create_children(parameters)20        21    def get_element_size(self) :22        if self._children :23            self.layout_policy.update_bounds(self.inner_bounds)24            return self.layout_policy.get_element_size()    25        return super().get_element_size()26    27    def create_children(self, parameters) :28        for element in parameters.get("elements", []) :29            self.__create_elements(element)   30            31    def __create_elements(self, element) :32        parser = ParameterParser(element)33        class_name = parser.realize_parameter("class")34        if not class_name :35            raise ParameterError("Elements must specify a class") 36        37        if self.__skip_element(parser) :38            return39        40        klass = globals()[class_name]41        primary_element = None42        43        for _ in range(self.__number_of_elements_to_create(parser)) :44            new_element = klass(element)45            if primary_element :46                new_element.primary_element = primary_element47            else :48                primary_element = new_element49                50            self._children.append(new_element)  51            52    def __skip_element(self, parser) :53        return not parser.realize_parameter("probability", True)54            55    def __number_of_elements_to_create(self, parser) :56        rows = 1 + parser.realize_parameter("repeat", 0)57        return self.layout_policy.columns * rows58      59    def update_page_parameters(self, page) :60        for child in self._children :61            child.update_page_parameters(page)   62            63        super().update_page_parameters(page)64            65    def calculate_dimensions(self, draw, size) : 66        inner_size = self._calculate_content_from_size(size)67        self.layout_policy.update_bounds(inner_size)68        max_child_size = self.layout_policy.get_max_child_size()69        for child in self._children :70            child.calculate_dimensions(draw, max_child_size) 71            72        super().calculate_dimensions(draw, size)73    74    def layout(self, bounds) :75        super().layout(bounds)76        self.layout_policy.update_bounds(self.inner_bounds)77        self.layout_policy.layout()78        size = self.layout_policy.get_element_size()79        outer_size = self.calculate_size_from_inner_size(size)80        self._bounds = Bounds(bounds.x, bounds.y, bounds.width, outer_size.height)81                82    def render(self, draw) :83        super().render(draw)84        for child in self._children :85            child.render(draw)    86            87    def set_numerator(self, numerator) :88        for child in self._children :89            child.set_numerator(numerator)90            91    def __get_layout_policy(self, parent_bounds) :92        policy_params = self.parameters.get("layout")...

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