Filter instantiators to not show plans, Mate connector.

DAS

Hi, I'm starting to handle FeatureScript, I wanted to know if there is a way to filter instantiators to not show plans, Mate connector.

import(path : "13fb9636d7d0307d8a5162a6", version : "efe9ea3071740725a074f15c");

export enum SeletModel
{

    annotation { "Name" : "Type_0" }
    Type_Z,
    annotation { "Name" : "Type_A" }
    Type_A,
    annotation { "Name" : "Type_B" }
    Type_B
}
annotation { "Feature Type Name" : "Instance" }
export const myFeature = defineFeature(function(context is Context, id is Id, definition is map)
    precondition
    {
        // Define the parameters of the feature type
        annotation { "Name" : "REAR WHEEL", }
        definition.SeletModel is SeletModel; //=========

        annotation { "Name" : "Rear_1" }
        isAngle(definition.Rear_1, ANGLE_360_BOUNDS); ///------>

        annotation { "Name" : "Stak" }
        isLength(definition.Area_1, { (millimeter) : [1e-5, 600, 1e5] } as LengthBoundSpec);

        annotation { "Name" : "Reach", "Default" : 50 }
        isLength(definition.Axis_Z, { (millimeter) : [1e-5, 600, 1e5] } as LengthBoundSpec);

    }
    {
        // Define the function's action
        const instantiator = newInstantiator(id + "instantiator");
        if (definition.SeletModel == SeletModel.Type_A)
        {
            addInstance(instantiator, build, {
                        "partQuery" : qConstructionFilter(qEverything(EntityType.BODY), ConstructionObject.NO),   //???
                        "configuration" : {
                                "SeletModel" : SeletModel_conf.Type_B,
                                // "Orientation" : SeletModel_conf.[definition.SeletModel],
                                "Axis_Z" : definition.Axis_Z,
                                "Area_1" : definition.Area_1,
                                "Rotate_1" : definition.Rear_1
                            },
                        "transform" : identityTransform()
                    });
        }
        
        if (definition.SeletModel == SeletModel.Type_B)
        {
            
            addInstance(instantiator, build, {
                         "partQuery" : qConstructionFilter(qEverything(EntityType.BODY), ConstructionObject.NO), // ?????                     
                         "configuration" : {
                                "SeletModel" : SeletModel_conf.Type_A,
                                // "Orientation" : SeletModel_conf.[definition.SeletModel],
                                "Axis_Z" : definition.Axis_Z,
                                "Area_1" : definition.Area_1,
                                "Rotate_1" : definition.Rear_1
                            },
                        "transform" : identityTransform()
                    });
        }
        
          instantiate(context, instantiator);
    });

DAS

How to filter the "Plane" and lMate connector

"partQuery" : qConstructionFilter(qEverything(EntityType.BODY), ConstructionObject.NO), // ?????

https://cad.onshape.com/documents/1c29fe218a63aa8e0fcdc382/w/2591152355d300f944f280c5/e/da4bdb1277ab6124ca3a093c

MBartlett21

@DAS
Can you use qBodyType(..., BodyType.SOLID)

DAS

Thanks MBartlett21 

This solves my doubt my problem
"partQuery" :  qBodyType(qEverything(EntityType.BODY), BodyType.SOLID), </code>"partQuery" : qConstructionFilter(qEverything(EntityType.BODY), ConstructionObject.NO), // ?????</pre><br><blockquote class="Quote">
  <div><a rel="nofollow">MBartlett21</a> said:</div>
  <div>@DAS<br>Can you use <code>qBodyType(..., BodyType.SOLID)

I leave this little example here ...

import(path : "13fb9636d7d0307d8a5162a6", version : "a209c9a751a978707c2f3ea8");

export enum SelecMod
{
    annotation { "Name" : "NOT" }
    NOTTT,
    annotation { "Name" : "Type_A" }
    Type_A,
    annotation { "Name" : "Type_B" }
    Type_B,
    annotation { "Name" : "Type_C" }
    Type_C
}

export const SelecType = {
        SelecMod.Type_A : SelecModel_conf.Type_A,
        SelecMod.Type_B : SelecModel_conf.Type_B,
        SelecMod.Type_C : SelecModel_conf.Type_C


    };

export enum SelecFilter
{

    annotation { "Name" : "Type_A" }
    Type_A,
    annotation { "Name" : "Type_B" }
    Type_B,
    annotation { "Name" : "Type_C" }
    Type_C

}

export const SelecTypeFilter = {
        SelecFilter.Type_A : qConstructionFilter(qEverything(EntityType.BODY), ConstructionObject.YES),
        SelecFilter.Type_B : qConstructionFilter(qEverything(EntityType.BODY), ConstructionObject.NO),
        SelecFilter.Type_C : qBodyType(qEverything(EntityType.BODY), BodyType.SOLID)

        // SelecTypeFilter[definition.SelecFilter]
    };

annotation { "Feature Type Name" : "Instance" }
export const myFeature = defineFeature(function(context is Context, id is Id, definition is map)
    precondition
    {
        // Define the parameters of the feature type
        annotation { "Name" : "REAR WHEEL", } //=========
        definition.SelecModel is SelecMod;

        annotation { "Name" : "REAR WHEEL", } //=========
        definition.SelecFilter is SelecFilter;

        annotation { "Name" : "Rear_1" }
        isAngle(definition.Rear_1, ANGLE_360_BOUNDS); ///------>

        annotation { "Name" : "Stak" }
        isLength(definition.Area_1, { (millimeter) : [1e-5, 600, 1e5] } as LengthBoundSpec);

        annotation { "Name" : "Reach", "Default" : 50 }
        isLength(definition.Axis_Z, { (millimeter) : [1e-5, 600, 1e5] } as LengthBoundSpec);

    }
    {
        // Define the function's action
        const instantiator = newInstantiator(id + "instantiator");
        if (definition.SelecModel != SelecMod.NOTTT)
        {
            addInstance(instantiator, build, {
                        // include sketches, only exclude default
                        "partQuery" : SelecTypeFilter[definition.SelecFilter],
                        "configuration" : {
                                "SelecModel" : SelecType[definition.SelecModel], //SelecModel_conf.Type_A,
                                "Axis_Z" : definition.Axis_Z,
                                "Area_1" : definition.Area_1,
                                "Rotate_1" : definition.Rear_1,
                            },
                        "transform" : identityTransform()
                    });
        }

        instantiate(context, instantiator);
    });

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