How to assign a property provider to a Pyhton Result?

Thomas25

Hello kind people,

I'm trying to create a python file that creates a Python Result in the Mechanical Tree, when executed from the "Run Macro..." in the automation tab.

But when I run my file, I get a Python Result that has the right script behind it, But it shows the standard property provider. However I do have the option to change parameters in the "Details of 'Python Result'" tab.

How do I get the right property provider behind the Python Result? I have the property provider in a distinct pyhton file.

Here is my code I run using the "Run Macro..." button:

class Provider(Ansys.ACT.Interfaces.Mechanical.IPropertyProvider):
    def IsValid(self, prop):
        return True

    def IsReadOnly(self, prop):
        return False

    def IsVisible(self, prop):
        return True

    def SetValue(self, prop, val):
        return val

    def GetValue(self, prop, val):
        return val

    prop_list = []
    prop_map = {}
    prop_groups = set()

    class __AnsGroup():
        provider = None
        def __init__(self, name=None, provider=None):
            self.name = name
            self.provider = provider

        def AddProperty(self, name=None, prop_control=None, module_name=None):
            prop_mod_globals = globals()
            prop_class_name = str(prop_control) + "Property"
            if prop_class_name not in prop_mod_globals:
                raise Exception("Unknown property class : " + prop_class_name)
            prop = prop_mod_globals[prop_class_name](self.name + "/" + name, self.name)

            prop.IsValidCallback = self.provider.IsValid
            prop.IsReadOnlyCallback = self.provider.IsReadOnly
            prop.IsVisibleCallback = self.provider.IsVisible
            prop.GetValueCallback = self.provider.GetValue
            prop.SetValueCallback = self.provider.SetValue

            prop.DisplayName = name
            self.provider.AddProperty(prop)
            return prop

    def __init__(self):
        pass

    def GetProperties(self):
        return [self.prop_map[propName] for propName in self.prop_list]

    def AddGroup(self, name=None):
        if name in self.prop_groups:
            raise Exception("Group " + name + " already exists.")
        self.prop_groups.add(name)
        return self.__AnsGroup(name, self)

    def AddProperty(self, prop):
        if prop.Name in self.prop_map:
            raise Exception("Property '" + prop.Name + "' already exists.")
        self.prop_list.append(prop.Name)
        self.prop_map[prop.Name] = prop

def main():
    solution = Model.Analyses[0].Solution
    py_result = solution.AddPythonResult()
    py_result.Name = "Permissible cycles"

    script_path = r"E:\Python scripts\Permissible number of cycles.py"
    with open(script_path, "r") as f:
        py_result.Text = f.read()

    py_result.PropertyProvider = None

    provider = Provider()
    group = provider.AddGroup("Parameters")

    mat_curve = group.AddProperty("Materialcurve", Control.Options)
    mat_curve.Options = {
        1: "3F1 < 552MPa High Tensile Steels",
        2: "3F2 793 to 892MPa High Tensile Steels",
        3: "3F3 3XX High, Aus-Fer RVS, Ni-Cu",
        4: "3F4 < 134MPa 70-30 Cu-Ni",
        5: "3F5 = 207MPa 70-30 Cu-Ni",
        6: "3F6 = 310MPa 70-30 Cu-Ni",
        7: "3F7 Ni-Cr-Mo X, G, C-4 C-276",
        8: "3F8 < 2,7S_m High Strength Bolting",
        9: "3F9 > 2,7S_m High Strength Bolting",
    }
    Domain = group.AddProperty("Domain % of Salt:", Control.Double)

    mat_curve.Value = 1  # standaard 3F1
    Domain.Value = 65

    group2 = provider.AddGroup("Design Load")

    Design_1 = group2.AddProperty("Load 1 [MPa]:", Control.Double)
    Design_2 = group2.AddProperty("Load 2 [MPa]:", Control.Double)
    Design_3 = group2.AddProperty("Load 3 [MPa]:", Control.Double)
    Design_4 = group2.AddProperty("Load 4 [MPa]:", Control.Double)
    Design_5 = group2.AddProperty("Load 5 [MPa]:", Control.Double)
    Design_6 = group2.AddProperty("Load 6 [MPa]:", Control.Double)

    Design_1.Value = 69.0
    Design_2.Value = 55.2
    Design_3.Value = 41.4

    group3 = provider.AddGroup("Number of cycles per DesignLoad")

    Cycle_1 = group3.AddProperty("n of cycles Load 1", Control.Double)
    Cycle_2 = group3.AddProperty("n of cycles Load 2", Control.Double)
    Cycle_3 = group3.AddProperty("n of cycles Load 3", Control.Double)
    Cycle_4 = group3.AddProperty("n of cycles Load 4", Control.Double)
    Cycle_5 = group3.AddProperty("n of cycles Load 5", Control.Double)
    Cycle_6 = group3.AddProperty("n of cycles Load 6", Control.Double)

    Cycle_1.Value = 200
    Cycle_2.Value = 400
    Cycle_3.Value = 1400

    group4 = provider.AddGroup("ResultType")

    F_result = group4.AddProperty("Result: ", Control.Options)
    F_result.Options = {
        1: "Sum",
        2: "Damage",
        3: "Debug 1",
        4: "Debug 2",
        5: "Debug 3",
        6: "Debug 4",
        7: "Debug 5",
        8: "Debug 6",
    }
    F_result.Value = 1

    py_result.PropertyProvider = provider
    py_result.Connect()

main()

I am hoping to hear form you, Thanks in advance
Kind Regards,
Thomas25