Datasets:
ZXCCHENGXI
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Vision2CAD

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skLineSegment(sketch, "E7", {"start": v(-33.42, 50) * mm, "end": v(16.58, 50) * mm});
skLineSegment(sketch, "E8", {"start": v(-33.42, 50) * mm, "end": v(-33.42, 0) * mm});
skLineSegment(sketch, "E9", {"start": v(-33.42, 0) * mm, "end": v(-19.42, 0) * mm});
skLineSegment(sketch, "E10", {"start": v(-19.42, 0) * mm, "end": v(-19.42, 36) * mm});
skLineSegment(sketch, "E11", {"start": v(36.58, 50) * mm, "end": v(36.58, 36) * mm});
skLineSegment(sketch, "E12", {"start": v(36.58, 36) * mm, "end": v(36.58, 20) * mm});
skLineSegment(sketch, "E13", {"start": v(-19.42, 36) * mm, "end": v(28.58, 36) * mm});
skLineSegment(sketch, "E14", {"start": v(16.58, 50) * mm, "end": v(36.58, 50) * mm});
skLineSegment(sketch, "E15", {"start": v(-19.42, 0) * mm, "end": v(36.58, 0) * mm});
skSolve(sketch);
}
{
var Q0;
Q0=makeQuery(id+"F2.imprint","IMPRINT",FACE,{"disambiguationData":[TD([[makeQuery(id+"F2.imprint","IMPRINT",EDGE,{"derivedFrom":sQuery(id+"F2.wireOp",EDGE,"E5")}),1.0]])]});
var Q1;
Q1=makeQuery(id+"F2.imprint","IMPRINT",FACE,{"disambiguationData":[TD([[makeQuery(id+"F2.imprint","IMPRINT",EDGE,{"derivedFrom":sQuery(id+"F2.wireOp",EDGE,"E5")}),1.0]])]});
extrude(context, id + "F3", {"entities" : qUnion([Q0, Q1]), "operationType" : NewBodyOperationType.REMOVE, "oppositeDirection" : true, "depth" : 23 * mm, "offsetDistance" : 25 * mm});
}
{
var Q0;
Q0=makeQuery(id+"F1.opExtrude","SWEPT_FACE",FACE,{"disambiguationData":[OSD([sQuery(id+"F0.wireOp",EDGE,"E3")])]});
var sketch = newSketch(context, id + "F4", { "sketchPlane" : qUnion([Q0])});
skLineSegment(sketch, "E16", {"start": v(28.58, 36) * mm, "end": v(28.58, 20) * mm});
skLineSegment(sketch, "E17", {"start": v(28.58, 20) * mm, "end": v(36.58, 20) * mm});
skLineSegment(sketch, "E18", {"start": v(28.58, 36) * mm, "end": v(16.58, 36) * mm});
skLineSegment(sketch, "E19", {"start": v(16.58, 36) * mm, "end": v(16.58, 50) * mm});
skLineSegment(sketch, "E20", {"start": v(16.58, 50) * mm, "end": v(36.58, 50) * mm});
skLineSegment(sketch, "E21", {"start": v(36.58, 50) * mm, "end": v(36.58, 20) * mm});
skSolve(sketch);
}
{
var Q0;
Q0=makeQuery(id+"F4.imprint","IMPRINT",FACE,{"disambiguationData":[TD([[makeQuery(id+"F4.imprint","IMPRINT",EDGE,{"derivedFrom":sQuery(id+"F4.wireOp",EDGE,"E16")}),-1.0]])]});
extrude(context, id + "F5", {"entities" : qUnion([Q0]), "operationType" : NewBodyOperationType.REMOVE, "oppositeDirection" : true, "depth" : 11 * mm, "offsetDistance" : 25 * mm});
}
{
var Q0;
Q0=makeQuery(id+"F1.opExtrude","SWEPT_FACE",FACE,{"disambiguationData":[OSD([sQuery(id+"F0.wireOp",EDGE,"E3")])]});
var sketch = newSketch(context, id + "F6", { "sketchPlane" : qUnion([Q0])});
skLineSegment(sketch, "E22", {"start": v(-33.42, 50) * mm, "end": v(-33.42, 35) * mm});
skLineSegment(sketch, "E23", {"start": v(-33.42, 35) * mm, "end": v(-19.42, 35) * mm});
skLineSegment(sketch, "E24", {"start": v(-19.42, 35) * mm, "end": v(-19.42, 17) * mm});
skLineSegment(sketch, "E25", {"start": v(-19.42, 17) * mm, "end": v(-33.42, 17) * mm});
skLineSegment(sketch, "E26", {"start": v(-33.42, 17) * mm, "end": v(-33.42, 35) * mm});
skSolve(sketch);
}
{
var Q0;
Q0=makeQuery(id+"F6.imprint","IMPRINT",FACE,{"disambiguationData":[TD([[makeQuery(id+"F6.imprint","IMPRINT",EDGE,{"derivedFrom":sQuery(id+"F6.wireOp",EDGE,"E23")}),-1.0]])]});
extrude(context, id + "F7", {"entities" : qUnion([Q0]), "operationType" : NewBodyOperationType.REMOVE, "oppositeDirection" : true, "depth" : 6 * mm, "offsetDistance" : 25 * mm});
}
{
var Q0;
Q0=makeQuery(id+"F3.boolean.opBoolean","COPY",FACE,{"derivedFrom":makeQuery(id+"F3.opExtrude","CAP_FACE",FACE,{"disambiguationData":[OSD([sQuery(id+"F2.wireOp",EDGE,"E5"),sQuery(id+"F2.wireOp",EDGE,"E6"),sQuery(id+"F2.wireOp",EDGE,"E10"),sQuery(id+"F2.wireOp",EDGE,"E13"),sQuery(id+"F2.wireOp",EDGE,"E15"),sQ...
var sketch = newSketch(context, id + "F8", { "sketchPlane" : qUnion([Q0])});
skLineSegment(sketch, "E27", {"start": v(-19.42, 0) * mm, "end": v(-1.42, 0) * mm});
skLineSegment(sketch, "E28", {"start": v(-1.42, 0) * mm, "end": v(18.58, 0) * mm});
skLineSegment(sketch, "E29", {"start": v(18.58, 0) * mm, "end": v(18.58, 8) * mm});
skLineSegment(sketch, "E30", {"start": v(18.58, 8) * mm, "end": v(-1.42, 8) * mm});
skLineSegment(sketch, "E31", {"start": v(-1.42, 8) * mm, "end": v(-1.42, 0) * mm});
skSolve(sketch);
}
{
var Q0;
Q0=makeQuery(id+"F8.imprint","IMPRINT",FACE,{"disambiguationData":[TD([[makeQuery(id+"F8.imprint","IMPRINT",EDGE,{"derivedFrom":sQuery(id+"F8.wireOp",EDGE,"E28")}),-1.0]])]});
extrude(context, id + "F9", {"entities" : qUnion([Q0]), "operationType" : NewBodyOperationType.REMOVE, "oppositeDirection" : true, "depth" : 25 * mm, "offsetDistance" : 25 * mm});
}
});
FeatureScript 1511;
import(path : "onshape/std/geometry.fs", version : "1511.0");
import(path : "onshape/std/common.fs", version : "1511.0");
const mm = millimeter;
const VERTEX = EntityType.VERTEX;
const EDGE = EntityType.EDGE;
const FACE = EntityType.FACE;
const BODY = EntityType.BODY;
function v(x, y){return vector(x, y);}
function OD(order){return orderDisambiguation(order);}
function OSD(set){return originalSetDisambiguation(set);}
function TD(topology){return topologyDisambiguation(topology);}
function TDD(query){return trueDependencyDisambiguation(query);}
function sQuery(a, b, c) {return sketchEntityQuery(a, b, c);}
annotation { "Feature Type Name" : "Feature", "Feature Type Description" : "" }
export const myFeature = defineFeature(function(context is Context, id is Id, definition is map)
precondition{}
{
{
var Q0;
Q0=qCreatedBy(makeId("Front.planeOp"),FACE);
var sketch = newSketch(context, id + "F0", { "sketchPlane" : qUnion([Q0])});
skCircle(sketch, "E0", {"center": v(0, 0) * mm, "radius": 5 * mm});
skSolve(sketch);
}
{
var Q0;
Q0 = qSketchRegion(id + "F0", true);
extrude(context, id + "F1", {"entities" : qUnion([Q0]), "depth" : 32 * mm, "offsetDistance" : 25 * mm});
}
});