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How to use is_scalar_var method in Robotframework

Best Python code snippet using robotframework

point_graph_printer.py

Source:point_graph_printer.py

1from __future__ import print_function, absolute_import, division #makes KratosMultiphysics backward compatible with python 2.6 and 2.72# importing the Kratos Library3from KratosMultiphysics import *4CheckForPreviousImport()5class PrintGraphPrinter:6    def __init__(self, output_nodes_list,7                 model_part, variables_dictionary, domain_size):8        self.model_part = model_part9        self.outfile_list = []10        self.point_list = []11        self.var_list = []12        self.N = []13        self.elem_list = []14        self.is_scalar_var = []15        self.point_locator = PointLocation(model_part)16        for item in output_nodes_list:17            pos = item[0]18            var = variables_dictionary[item[1]]19            shape_functions = Vector(4)20            X = pos[0]21            Y = pos[1]22            Z = pos[2]23            # find the element where the node falls24            if domain_size == 2:25                Id = self.point_locator.Find2D(X, Y, shape_functions)26            else:27                Id = self.point_locator.Find3D(X, Y, Z, shape_functions)28            found_point = self.point_locator.found()29            if(found_point):30                outfile = open(item[2], 'w')31                elem = self.model_part.Elements[Id]32                if((isinstance(elem.GetNodes()[0].GetSolutionStepValue(var, 0), int)) or (isinstance(elem.GetNodes()[0].GetSolutionStepValue(var, 0), float))):33                    self.is_scalar_var.append(True)34                else:35                    self.is_scalar_var.append(False)36                aaa = str("#output for var: ") + str(item[1]) + str(37                    " on node with coord") + str(item[0]) + "\n"38                outfile.write(aaa)39                self.N.append(shape_functions)40                self.outfile_list.append(outfile)41                self.point_list.append(pos)42                self.var_list.append(var)43                self.elem_list.append(elem)44    def PrintGraphs(self, time):45        for i in range(0, len(self.outfile_list)):46            N = self.N[i]47            outfile = self.outfile_list[i]48            var = self.var_list[i]49            elem = self.elem_list[i]50            if(self.is_scalar_var[i]):51                result = 0.052                for node, N in zip(elem.GetNodes(), N):53                    result += N * node.GetSolutionStepValue(var, 0)54                aaa = str(time) + str(" ") + str(result) + str(" \n")55                outfile.write(aaa)56            else:57                result = Vector(3)58                result[0] = 0.059                result[1] = 0.060                result[2] = 0.061                for node, N in zip(elem.GetNodes(), N):62                    a = node.GetSolutionStepValue(var, 0)63                    result[0] += N * a[0]64                    result[1] += N * a[1]65                    result[2] += N * a[2]66                aaa = str(time) + str(" ") + str(result[0]) + " " + str(67                    result[1]) + " " + str(result[2]) + str(" \n")68                outfile.write(aaa)69            outfile.flush()70    #71    def Close():72        for item in self.outfile_list:73            item.close()74    #75    def identity(item):76        return item77    #78    def first(iterable, predicate=identity):79        for item in iterable:80            if predicate(item):81                return item...

__init__.py

Source:__init__.py

...33def is_var(string, identifiers='$@&'):34    """Deprecated since RF 3.2. Use ``is_variable`` instead."""35    warnings.warn(is_var.__doc__, UserWarning)36    return is_variable(string, identifiers)37def is_scalar_var(string):38    """Deprecated since RF 3.2.  Use ``is_scalar_variable`` instead."""39    warnings.warn(is_scalar_var.__doc__, UserWarning)40    return is_scalar_variable(string)41def is_list_var(string):42    """Deprecated since RF 3.2.  Use ``is_list_variable`` instead."""43    warnings.warn(is_list_var.__doc__, UserWarning)44    return is_list_variable(string)45def is_dict_var(string):46    """Deprecated since RF 3.2.  Use ``is_dict_variable`` instead."""47    warnings.warn(is_dict_var.__doc__, UserWarning)48    return is_dict_variable(string)49def contains_var(string, identifiers='$@&'):50    """Deprecated since RF 3.2.  Use ``contains_variable`` instead."""51    warnings.warn(contains_var.__doc__, UserWarning)...

seed.py

Source:seed.py

...7        for ok in SCALARS + LISTS:8            assert is_var(ok)9        for nok in NOKS:10            assert not is_var(nok)11    def test_is_scalar_var(self):12        for ok in SCALARS:13            assert is_scalar_var(ok)14        for nok in LISTS + NOKS:15            assert not is_scalar_var(nok)16    def test_is_list_var(self):17        for ok in LISTS:18            assert is_list_var(ok)19        for nok in SCALARS + NOKS:20            assert not is_list_var(nok)21    def test_contains_var(self):22        for ok in SCALARS + LISTS + ['hi ${var}', '@{x}y', '${no ${yes}!']:23            assert contains_var(ok)24        for nok in [None, 42, unittest, '', 'nothing', '${no', '*{not}']:25            assert not contains_var(nok)26if __name__ == '__main__':...

test_isvar.py

Source:test_isvar.py

...6        for ok in SCALARS + LISTS:7            assert is_var(ok)8        for nok in NOKS:9            assert not is_var(nok)10    def test_is_scalar_var(self):11        for ok in SCALARS:12            assert is_scalar_var(ok)13        for nok in LISTS + NOKS:14            assert not is_scalar_var(nok)15    def test_is_list_var(self):16        for ok in LISTS:17            assert is_list_var(ok)18        for nok in SCALARS + NOKS:19            assert not is_list_var(nok)20    def test_contains_var(self):21        for ok in SCALARS + LISTS + ['hi ${var}', '@{x}y', '${no ${yes}!']:22            assert contains_var(ok)23        for nok in [None, 42, unittest, '', 'nothing', '${no', '*{not}']:24            assert not contains_var(nok)25if __name__ == '__main__':...

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