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fillet.fs
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FeatureScript ✨; /* Automatically generated version */
// This module is part of the FeatureScript Standard Library and is distributed under the MIT License.
// See the LICENSE tab for the license text.
// Copyright (c) 2013-Present PTC Inc.
// Imports used in interface
export import(path : "onshape/std/query.fs", version : "✨");
// Features using manipulators must export manipulator.fs.
export import(path : "onshape/std/blendcontroltype.gen.fs", version : "✨");
export import(path : "onshape/std/edgeBlendCommon.fs", version : "✨");
export import(path : "onshape/std/filletcrosssection.gen.fs", version : "✨");
export import(path : "onshape/std/manipulator.fs", version : "✨");
export import(path : "onshape/std/surfacetype.gen.fs", version : "✨");
// Imports used internally
import(path : "onshape/std/containers.fs", version : "✨");
import(path : "onshape/std/edgeconvexitytype.gen.fs", version : "✨");
import(path : "onshape/std/evaluate.fs", version : "✨");
import(path : "onshape/std/feature.fs", version : "✨");
import(path : "onshape/std/path.fs", version : "✨");
import(path : "onshape/std/sheetMetalAttribute.fs", version : "✨");
import(path : "onshape/std/sheetMetalCornerBreakAttributeBased.fs", version : "✨");
import(path : "onshape/std/sheetMetalUtils.fs", version : "✨");
import(path : "onshape/std/string.fs", version : "✨");
import(path : "onshape/std/tool.fs", version : "✨");
import(path : "onshape/std/valueBounds.fs", version : "✨");
import(path : "onshape/std/vector.fs", version : "✨");
import(path : "onshape/std/offsetSurface.fs", version : "✨");
import(path : "onshape/std/curveGeometry.fs", version : "✨");
import(path : "onshape/std/topologyUtils.fs", version : "✨");
import(path : "onshape/std/surfaceGeometry.fs", version : "✨");
const VR_BLEND_BOUNDS = {
(meter) : [0, 0.005, 500], //allows zero
(centimeter) : 0.5,
(millimeter) : 5.0,
(inch) : 0.2,
(foot) : 0.015,
(yard) : 0.005
} as LengthBoundSpec;
/** @internal */
export enum FilletType
{
annotation { "Name" : "Edge" }
EDGE,
annotation { "Name" : "Full round" }
FULL_ROUND
}
/** @internal */
export enum EndTypePartialFillet
{
annotation { "Name" : "Position" }
PERCENTAGE,
annotation { "Name" : "Entity" }
ENTITY,
annotation { "Name" : "Offset" }
OFFSET
}
/* @internal */
const EDGE_INTERIOR_PARAMETER_BOUNDS = [0.001, 0.5, 0.999];
/* @internal */
const EDGE_INTERIOR_PARAMETER_BOUNDS_SPEC =
{
(unitless) : EDGE_INTERIOR_PARAMETER_BOUNDS
} as RealBoundSpec;
/* @internal */
const PARTIAL_EDGE_INTERIOR_PARAMETER_BOUNDS = [0.0, 0.01, 1.0];
/* @internal */
const PARTIAL_EDGE_INTERIOR_PARAMETER_BOUNDS_SPEC =
{
(unitless) : PARTIAL_EDGE_INTERIOR_PARAMETER_BOUNDS
} as RealBoundSpec;
/* @internal */
const PARTIAL_EDGE_INTERIOR_PARAMETER_BOUNDS2 = [0.0, 0.99, 1.0];
/* @internal */
const PARTIAL_EDGE_INTERIOR_PARAMETER_BOUNDS_SPEC2 =
{
(unitless) : PARTIAL_EDGE_INTERIOR_PARAMETER_BOUNDS2
} as RealBoundSpec;
/* @internal */
const FS_VARIABLE_RADIUS_ARC_LENGTH_PARAMETERIZATION = false; // For better performance. Must use name different from definition map keys
// [evDistance], [evEdgeTangentLine] etc. called in conjunction with variable radius fillet should use this as value of arcLengthParameterization
/* @internal */
const FS_PARTIAL_RADIUS_ARC_LENGTH_PARAMETERIZATION = false;
/* @internal */
const PARAMETER_PRECISION = 3;
/* @internal */
const VARIABLE_FILLET_VERTEX_MAP = {
"parameter" : "vertexSettings",
"radius" : "vertexRadius",
"otherRadius" : "vertexOtherRadius",
"flipAsymmetric" : "vertexFlipAsymmetric",
"rho" : "variableRho",
"magnitude" : "variableMagnitude"
};
/* @internal */
const VARIABLE_FILLET_EDGE_MAP = {
"parameter" : "pointOnEdgeSettings",
"radius" : "pointOnEdgeRadius",
"otherRadius" : "pointOnEdgeOtherRadius",
"flipAsymmetric" : "pointOnEdgeFlipAsymmetric",
"rho" : "pointOnEdgeVariableRho",
"magnitude" : "pointOnEdgeVariableMagnitude"
};
const FILLET_WIDTH = "width";
/**
* Feature performing an [opFillet] or [opFullRoundFillet].
*/
annotation { "Feature Type Name" : "Fillet", "Manipulator Change Function" : "filletManipulatorChange",
"Filter Selector" : "allparts", "Editing Logic Function" : "filletEditLogic" }
export const fillet = defineFeature(function(context is Context, id is Id, definition is map)
precondition
{
annotation { "Name" : "Fillet type", "UIHint" : UIHint.HORIZONTAL_ENUM }
definition.filletType is FilletType;
if (definition.filletType == FilletType.EDGE)
{
annotation { "Name" : "Entities to fillet",
"Filter" : ((ActiveSheetMetal.NO && ((EntityType.EDGE && EdgeTopology.TWO_SIDED) || EntityType.FACE))
|| (EntityType.EDGE && SheetMetalDefinitionEntityType.VERTEX))
&& ConstructionObject.NO && SketchObject.NO && ModifiableEntityOnly.YES,
"AdditionalBoxSelectFilter" : EntityType.EDGE }
definition.entities is Query;
}
else if (definition.filletType == FilletType.FULL_ROUND)
{
annotation { "Name" : "First side face",
"Filter" : EntityType.FACE && ConstructionObject.NO && SketchObject.NO && ModifiableEntityOnly.YES && ActiveSheetMetal.NO, "MaxNumberOfPicks" : 1 }
definition.side1Face is Query;
annotation { "Name" : "Second side face",
"Filter" : EntityType.FACE && ConstructionObject.NO && SketchObject.NO && ModifiableEntityOnly.YES && ActiveSheetMetal.NO, "MaxNumberOfPicks" : 1 }
definition.side2Face is Query;
annotation { "Name" : "Faces to round",
"Filter" : EntityType.FACE && ConstructionObject.NO && SketchObject.NO && ModifiableEntityOnly.YES && ActiveSheetMetal.NO }
definition.centerFaces is Query;
}
annotation { "Name" : "Tangent propagation", "Default" : true }
definition.tangentPropagation is boolean;
if (definition.filletType == FilletType.EDGE)
{
edgeFilletCommonOptions(definition, FILLET_WIDTH);
//to show an info only when certain parameters are changed
annotation { "Name" : "Defaults changed", "UIHint" : UIHint.ALWAYS_HIDDEN }
definition.defaultsChanged is boolean;
asymmetricFilletOption(definition);
if (definition.blendControlType == BlendControlType.RADIUS)
{
annotation { "Name" : "Partial fillet", "Default" : false }
definition.isPartial is boolean;
if (definition.isPartial)
{
annotation { "Group Name" : "Partial fillet", "Driving Parameter" : "isPartial", "Collapsed By Default" : false }
{
annotation { "Name" : "End type", "UIHint" : [UIHint.SHOW_LABEL, UIHint.REMEMBER_PREVIOUS_VALUE] }
definition.startPartialType is EndTypePartialFillet;
if (definition.startPartialType == EndTypePartialFillet.OFFSET)
{
annotation { "Name" : "Start offset" }
isLength(definition.startPartialOffset, VR_BLEND_BOUNDS);
}
else if (definition.startPartialType == EndTypePartialFillet.ENTITY)
{
annotation {"Name" : "Select an entity or mate connector",
"Filter" : (EntityType.FACE && AllowMeshGeometry.YES) || QueryFilterCompound.ALLOWS_VERTEX,
"MaxNumberOfPicks" : 1 }
definition.startPartialEntity is Query;
}
else if (definition.startPartialType == EndTypePartialFillet.PERCENTAGE)
{
annotation { "Name" : "Start position" }
isReal(definition.partialFirstEdgeTotalParameter, PARTIAL_EDGE_INTERIOR_PARAMETER_BOUNDS_SPEC);
}
annotation { "Name" : "Opposite direction", "Default" : true, "UIHint" : [UIHint.OPPOSITE_DIRECTION, UIHint.DISPLAY_SHORT] }
definition.partialOppositeParameter is boolean;
if (definition.startPartialType == EndTypePartialFillet.ENTITY)
{
annotation { "Name" : "Trim to face boundaries", "Default" : false }
definition.useTrimmedFirstBound is boolean;
}
annotation { "Name" : "Second bound" }
definition.secondBound is boolean;
if (definition.secondBound)
{
annotation { "Name" : "End type", "Column Name" : "Second end type", "UIHint" : [UIHint.SHOW_LABEL, UIHint.REMEMBER_PREVIOUS_VALUE] }
definition.endPartialType is EndTypePartialFillet;
if (definition.endPartialType == EndTypePartialFillet.OFFSET)
{
annotation { "Name" : "End offset" }
isLength(definition.endPartialOffset, VR_BLEND_BOUNDS);
}
else if (definition.endPartialType == EndTypePartialFillet.ENTITY)
{
annotation {"Name" : "Select an entity or mate connector",
"Filter" : (EntityType.FACE && AllowMeshGeometry.YES) || QueryFilterCompound.ALLOWS_VERTEX,
"MaxNumberOfPicks" : 1 }
definition.endPartialEntity is Query;
annotation { "Name" : "Trim to face boundaries", "Default" : false, "Column Name" : "Second trim to face boundaries" }
definition.useTrimmedSecondBound is boolean;
}
else if (definition.endPartialType == EndTypePartialFillet.PERCENTAGE)
{
annotation { "Name" : "End position" }
isReal(definition.partialSecondEdgeTotalParameter, PARTIAL_EDGE_INTERIOR_PARAMETER_BOUNDS_SPEC2);
}
}
}
}
annotation { "Name" : "Variable fillet" }
definition.isVariable is boolean;
if (definition.isVariable)
{
annotation { "Group Name" : "Variable fillet", "Driving Parameter" : "isVariable", "Collapsed By Default" : false }
{
annotation { "Name" : "Vertices", "Item name" : "vertex",
"Driven query" : "vertex", "Item label template" : "[#vertexRadius] #vertex",
"UIHint" : UIHint.PREVENT_ARRAY_REORDER }
definition.vertexSettings is array;
for (var setting in definition.vertexSettings)
{
annotation { "Name" : "Vertex", "Filter" : ModifiableEntityOnly.YES && EntityType.VERTEX,
"MaxNumberOfPicks" : 1,
"UIHint" : UIHint.ALWAYS_HIDDEN }
setting.vertex is Query;
annotation { "Name" : "Radius", "UIHint" : UIHint.MATCH_LAST_ARRAY_ITEM }
isLength(setting.vertexRadius, VR_BLEND_BOUNDS);
if (definition.isAsymmetric) {
annotation { "Name" : "Second radius", "UIHint" : UIHint.MATCH_LAST_ARRAY_ITEM }
isLength(setting.vertexOtherRadius, BLEND_BOUNDS);
annotation { "Name" : "Flip asymmetric", "UIHint" : [UIHint.OPPOSITE_DIRECTION, UIHint.MATCH_LAST_ARRAY_ITEM] }
setting.vertexFlipAsymmetric is boolean;
}
if (definition.crossSection == FilletCrossSection.CONIC)
{
annotation { "Name" : "Rho", "UIHint" : UIHint.MATCH_LAST_ARRAY_ITEM }
isReal(setting.variableRho, FILLET_RHO_BOUNDS);
}
else if (definition.crossSection == FilletCrossSection.CURVATURE)
{
annotation { "Name" : "Magnitude", "UIHint" : UIHint.MATCH_LAST_ARRAY_ITEM }
isReal(setting.variableMagnitude, FILLET_RHO_BOUNDS);
}
}
annotation { "Name" : "Points on edges", "Item name" : "point on edge",
"Item label template" : "[#pointOnEdgeRadius] #edge",
"UIHint" : [UIHint.PREVENT_ARRAY_REORDER, UIHint.FOCUS_INNER_QUERY] }
definition.pointOnEdgeSettings is array;
for (var setting in definition.pointOnEdgeSettings)
{
annotation { "Name" : "Edge",
"Filter" : SketchObject.NO && ModifiableEntityOnly.YES && EntityType.EDGE && ConstructionObject.NO,
"MaxNumberOfPicks" : 1 }
setting.edge is Query;
// Edge parameter (number) defined in accordance with FS_VARIABLE_RADIUS_ARC_LENGTH_PARAMETERIZATION
annotation { "Name" : "Location" }
isReal(setting.edgeParameter, EDGE_INTERIOR_PARAMETER_BOUNDS_SPEC);
annotation { "Name" : "Radius", "UIHint" : UIHint.MATCH_LAST_ARRAY_ITEM }
isLength(setting.pointOnEdgeRadius, VR_BLEND_BOUNDS);
if (definition.isAsymmetric) {
annotation { "Name" : "Second radius", "UIHint" : UIHint.MATCH_LAST_ARRAY_ITEM }
isLength(setting.pointOnEdgeOtherRadius, BLEND_BOUNDS);
annotation { "Name" : "Flip asymmetric", "UIHint" : [UIHint.OPPOSITE_DIRECTION, UIHint.MATCH_LAST_ARRAY_ITEM] }
setting.pointOnEdgeFlipAsymmetric is boolean;
}
if (definition.crossSection == FilletCrossSection.CONIC)
{
annotation { "Name" : "Rho", "UIHint" : UIHint.MATCH_LAST_ARRAY_ITEM }
isReal(setting.pointOnEdgeVariableRho, FILLET_RHO_BOUNDS);
}
else if (definition.crossSection == FilletCrossSection.CURVATURE)
{
annotation { "Name" : "Magnitude", "UIHint" : UIHint.MATCH_LAST_ARRAY_ITEM }
isReal(setting.pointOnEdgeVariableMagnitude, FILLET_RHO_BOUNDS);
}
}
annotation { "Name" : "Smooth transition" }
definition.smoothTransition is boolean;
}
}
if (definition.crossSection != FilletCrossSection.CURVATURE)
{
annotation { "Name" : "Allow edge overflow", "Default" : true }
definition.allowEdgeOverflow is boolean;
if (definition.allowEdgeOverflow)
{
annotation { "Group Name" : "Edge overflow", "Driving Parameter" : "allowEdgeOverflow" }
{
annotation { "Name" : "Edges to keep",
"Filter" : EntityType.EDGE && EdgeTopology.TWO_SIDED && ConstructionObject.NO &&
SketchObject.NO && ModifiableEntityOnly.YES }
definition.keepEdges is Query;
}
}
annotation { "Name" : "Smooth fillet corners" }
definition.smoothCorners is boolean;
if (definition.smoothCorners)
{
annotation { "Group Name" : "Smooth fillet corners", "Driving Parameter" : "smoothCorners", "Collapsed By Default" : false }
{
annotation { "Name" : "Corners to exclude",
"Filter" : EntityType.VERTEX && ConstructionObject.NO && SketchObject.NO && ModifiableEntityOnly.YES }
definition.smoothCornerExceptions is Query;
}
}
}
}
}
}
{
verifyNoMesh(context, definition, "entities");
if (definition.filletType == FilletType.EDGE)
{
performEdgeFillet(context, id, definition);
}
else if (definition.filletType == FilletType.FULL_ROUND)
{
performFullRoundFillet(context, id, definition);
}
},
{
tangentPropagation : false,
crossSection : FilletCrossSection.CIRCULAR,
isVariable : false,
smoothTransition : false,
defaultsChanged : false,
allowEdgeOverflow : true,
keepEdges : qNothing(),
filletType : FilletType.EDGE,
blendControlType : BlendControlType.RADIUS,
vertexSettings : [],
pointOnEdgeSettings : [],
smoothCorners : false,
smoothCornerExceptions : qNothing(),
isAsymmetric : false,
isPartial : false,
startPartialType: EndTypePartialFillet.PERCENTAGE,
endPartialType: EndTypePartialFillet.PERCENTAGE,
useTrimmedFirstBound : false,
useTrimmedSecondBound : false
});
function performFullRoundFillet(context is Context, topLevelId is Id, definition is map)
{
const allSelections = qUnion([definition.side1Face, definition.side2Face, definition.centerFaces]);
if (queryContainsActiveSheetMetal(context, allSelections))
{
throw regenError(ErrorStringEnum.SHEET_METAL_PARTS_PROHIBITED, allSelections);
}
opFullRoundFillet(context, topLevelId, definition);
}
function performEdgeFillet(context is Context, topLevelId is Id, definition is map)
{
definition.allowEdgeOverflow = (definition.crossSection == FilletCrossSection.CURVATURE) ? true : definition.allowEdgeOverflow;
var facesToDelete = qNothing();
if (definition.isPartial && definition.blendControlType == BlendControlType.RADIUS)
{
definition.partialArcLengthParameterization = FS_PARTIAL_RADIUS_ARC_LENGTH_PARAMETERIZATION;
if (isAtVersionOrLater(context, FeatureScriptVersionNumber.V2479_PF_ADDED_ENTITY_END_CONDITION))
{
const partialFilletData = generatePartialFilletData(context, topLevelId, definition);
definition.partialFilletBounds = partialFilletData.partialFilletBounds;
definition.partialFilletCapBounds = partialFilletData.partialFilletCapBounds;
facesToDelete = partialFilletData.facesToDelete;
definition.entities = partialFilletData.filterEntities;
}
else
{
const partialFilletData = generatePartialFilletDataPreV2464(context, topLevelId, definition);
definition.partialFilletBounds = partialFilletData.partialFilletBounds;
if (isAtVersionOrLater(context, FeatureScriptVersionNumber.V1917_PARTIAL_FILLET_FIX_CHAIN_OF_EDGES))
{
definition.entities = partialFilletData.filterEntities;
}
if (isAtVersionOrLater(context, FeatureScriptVersionNumber.V1968_PARTIAL_FILLET_CHECK_INVALID_BOUNDS) && definition.secondBound && abs(definition.partialFirstEdgeTotalParameter - definition.partialSecondEdgeTotalParameter) < TOLERANCE.zeroLength)
{
throw regenError(ErrorStringEnum.PARTIAL_FILLET_INVALID_BOUNDS_ERROR);
}
}
}
if (definition.blendControlType != BlendControlType.RADIUS || !definition.isVariable)
{
try(addFilletManipulator(context, topLevelId, definition));
}
else
{
// variableFilletArcLengthParameterization is not a feature parameter, but we pass it to server using definition
definition.variableFilletArcLengthParameterization = FS_VARIABLE_RADIUS_ARC_LENGTH_PARAMETERIZATION;
if (!isInFeaturePattern(context))
{
try(addPointOnEdgeManipulators(context, topLevelId, definition));
}
}
if (isAtVersionOrLater(context, FeatureScriptVersionNumber.V575_SHEET_METAL_FILLET_CHAMFER))
{
sheetMetalAwareFillet(context, topLevelId, definition);
}
else
{
opFillet(context, topLevelId, definition);
}
if (!definition.defaultsChanged) //defaults did not change, suppress info if needed
{
var result = getFeatureStatus(context, topLevelId);
if (result != undefined && result.statusEnum == ErrorStringEnum.VRFILLET_NO_EFFECT)
{
clearFeatureStatus(context, topLevelId, { "withDisplayData" : false }); //keep supplemental graphics
}
}
if (!isQueryEmpty(context, facesToDelete))
{
opDeleteFace(context, topLevelId + "deleteFace1", {
"deleteFaces" : facesToDelete,
"includeFillet" : false,
"capVoid" : false,
"leaveOpen" : false
});
}
}
/** @internal */
function getPath(context is Context, definition is map, edges is Query) returns Path
{
const separatedQueries = separateSheetMetalQueries(context, definition.entities);
if (!isQueryEmpty(context, separatedQueries.sheetMetalQueries))
{
throw regenError(ErrorStringEnum.CANNOT_USE_PARTIAL_FILLET_IN_SHEET_METAL, ["entities"], separatedQueries.sheetMetalQueries);
}
var paths;
try
{
const tangentEdges = definition.tangentPropagation ? qTangentConnectedEdges(edges) : edges;
paths = constructPaths(context, tangentEdges, {});
}
catch
{
throw regenError(ErrorStringEnum.PATH_EDGES_NOT_CONTINUOUS, ["edges"], edges);
}
if (size(paths) != 1)
{
throw regenError(ErrorStringEnum.PARTIAL_FILLET_BAD_INPUT_ERROR, ["edges"], edges);
}
if (paths[0].closed && !definition.secondBound)
{
throw regenError(ErrorStringEnum.PARTIAL_FILLET_CLOSED_PATH_ERROR, ["edges"], edges);
}
return paths[0];
}
/** @internal */
function generatePartialFilletDataPreV2464(context is Context, topLevelId is Id, definition is map) returns map
{
const edges = qEntityFilter(definition.entities, EntityType.EDGE);
const path = getPath(context, definition, edges);
var params = [definition.partialFirstEdgeTotalParameter] as array;
if (definition.secondBound)
{
params = append(params, definition.partialSecondEdgeTotalParameter);
}
var partialFilletBounds = [];
var flipDirection = definition.partialOppositeParameter;
const lines = evPathTangentLines(context, path, params);
const tangentLinesCount = size(lines.tangentLines);
const pathLength = evPathLength(context, path);
for (var i = 0; i < tangentLinesCount; i += 1)
{
if (!isInFeaturePattern(context))
{
var param = i == 0 ? definition.partialFirstEdgeTotalParameter : definition.partialSecondEdgeTotalParameter;
param = flipDirection ? param : 1 - param;
const direction = flipDirection ? -lines.tangentLines[i].direction : lines.tangentLines[i].direction;
const offset = pathLength * param;
const position = lines.tangentLines[i].origin + (direction * offset);
const primaryParameterId = i == 0 ? "partialFirstEdgeTotalParameter" : "partialSecondEdgeTotalParameter";
try(addPartialFilletManipulators(context, topLevelId, position, direction, offset, pathLength, i, primaryParameterId));
}
const boundaryEdge = path.edges[lines.edgeIndices[i]];
const qEdges = evaluateQuery(context, qEntityFilter(boundaryEdge, EntityType.EDGE));
const boundaryParameter = evDistance(context, { "side0" : lines.tangentLines[i].origin, "side1" : qEdges[0],
"arcLengthParameterization" : FS_PARTIAL_RADIUS_ARC_LENGTH_PARAMETERIZATION }).sides[1].parameter;
partialFilletBounds = append(partialFilletBounds, { "boundaryEdge" : boundaryEdge, "boundaryParameter" : boundaryParameter, "isFlipped" : path.flipped[lines.edgeIndices[i]] != flipDirection });
flipDirection = !flipDirection;
}
var filterEntities = qNothing();
if (isAtVersionOrLater(context, FeatureScriptVersionNumber.V1968_PARTIAL_FILLET_CHECK_INVALID_BOUNDS))
{
const inverseBounds = definition.secondBound ? definition.partialFirstEdgeTotalParameter > definition.partialSecondEdgeTotalParameter : false;
if (!inverseBounds)
{
filterEntities = qUnion(subArray(path.edges, lines.edgeIndices[0], definition.secondBound ? lines.edgeIndices[1] : size(path.edges)));
}
else
{
filterEntities = qUnion(subArray(path.edges, lines.edgeIndices[1], lines.edgeIndices[0]));
}
if (inverseBounds == definition.partialOppositeParameter)
{
filterEntities = qSubtraction(edges, filterEntities);
}
}
else
{
filterEntities = qUnion(subArray(path.edges, lines.edgeIndices[0], definition.secondBound ? lines.edgeIndices[1] : size(path.edges)));
if (!definition.partialOppositeParameter)
{
filterEntities = qSubtraction(edges, filterEntities);
}
}
for (var i = 0; i < size(lines.edgeIndices); i += 1)
{
filterEntities = qUnion([filterEntities, path.edges[lines.edgeIndices[i]]]);
}
return {"filterEntities": filterEntities, "partialFilletBounds": partialFilletBounds};
}
/** @internal */
function generatePartialFilletData(context is Context, topLevelId is Id, definition is map) returns map
{
const edges = qEntityFilter(definition.entities, EntityType.EDGE);
const path = getPath(context, definition, edges);
var flipDirection = definition.partialOppositeParameter;
const partialFilletData = generatePartialFilletDataForBound(context, definition, topLevelId, path, edges, flipDirection, false);
var partialFilletBounds = partialFilletData.partialFilletBounds;
var partialFilletCapBounds = partialFilletData.partialFilletCapBounds;
var facesToDelete = partialFilletData.facesToDelete;
var filterEntities = partialFilletData.filterEntities;
if (definition.secondBound)
{
flipDirection = !flipDirection;
const partialFilletSecondData = generatePartialFilletDataForBound(context, definition, topLevelId, path, edges, flipDirection, true);
if (partialFilletData.edgeIndex == partialFilletSecondData.edgeIndex &&
abs(partialFilletData.boundaryParameter - partialFilletSecondData.boundaryParameter) < TOLERANCE.zeroLength)
{
throw regenError(ErrorStringEnum.PARTIAL_FILLET_INVALID_BOUNDS_ERROR);
}
partialFilletBounds = concatenateArrays([partialFilletBounds, partialFilletSecondData.partialFilletBounds]);
partialFilletCapBounds = concatenateArrays([partialFilletCapBounds, partialFilletSecondData.partialFilletCapBounds]);
facesToDelete = qUnion([facesToDelete, partialFilletSecondData.facesToDelete]);
if (partialFilletData.edgeIndex > partialFilletSecondData.edgeIndex ||
(partialFilletData.edgeIndex == partialFilletSecondData.edgeIndex &&
partialFilletData.boundaryParameter > partialFilletSecondData.boundaryParameter))
{
flipDirection = !flipDirection;
}
if (flipDirection)
{
filterEntities = qUnion(filterEntities, partialFilletSecondData.filterEntities);
}
else
{
filterEntities = qIntersection([filterEntities, partialFilletSecondData.filterEntities]);
}
filterEntities = qUnion([filterEntities, path.edges[partialFilletSecondData.edgeIndex]]);
}
filterEntities = qUnion([filterEntities, path.edges[partialFilletData.edgeIndex]]);
return {
"filterEntities": filterEntities,
"partialFilletBounds": partialFilletBounds,
"partialFilletCapBounds": partialFilletCapBounds,
"facesToDelete": facesToDelete
};
}
/** @internal */
function getNumberOfIntersections(context is Context, id is Id, edges is Query, surface is Query, useTrimmed is boolean) returns number
{
var numberOfIntersections = 0;
try
{
startFeature(context, id, {});
// Create temporary wire body(s) to copy edges
opExtractWires(context, id + "opExtractWires1", {
"edges" : edges
});
// Get edges from created wire body(s)
const edgesFromWireBody = qCreatedBy(id + "opExtractWires1", EntityType.BODY);
const numberOfEdgesBeforeSplit = size(evaluateQuery(context, qOwnedByBody(edgesFromWireBody, EntityType.EDGE)));
// Split edges by inputed surface
try silent(opSplitPart(context, id + "splitPart1", {
"targets" : edgesFromWireBody,
"tool" : surface,
"useTrimmed" : useTrimmed
}));
var closeEdgeModificator is number = 0;
if (size(evaluateQuery(context, edges)) == 1 && isClosed(context, edges) != isClosed(context, edgesFromWireBody))
{
closeEdgeModificator += 1;
}
// Return difference in edges before and after split
const numberOfEdgesAfterSplit = size(evaluateQuery(context, qOwnedByBody(edgesFromWireBody, EntityType.EDGE))) + closeEdgeModificator;
numberOfIntersections = numberOfEdgesAfterSplit - numberOfEdgesBeforeSplit;
}
catch {} // Do not throw an error to allow the server side to execute the feature
abortFeature(context, id);
return numberOfIntersections;
}
/** @internal */
function generatePartialFilletDataForBound(context is Context,
definition is map,
topLevelId is Id,
path is Path,
edges is Query,
partialDirection is boolean,
isSecondBound is boolean) returns map
{
const id = topLevelId + (isSecondBound ? "filletSecondBound" : "filletFirstBound");
const partialType = isSecondBound ? definition.endPartialType : definition.startPartialType;
const partialCapEntity = isSecondBound ? definition.endPartialEntity : definition.startPartialEntity;
var useTrimmedBound = isSecondBound ? definition.useTrimmedSecondBound : definition.useTrimmedFirstBound;
var flipDirection = definition.partialOppositeParameter;
var facesToDelete = qNothing();
var filterEntitiesPerBound = qNothing();
var partialFilletBounds = [];
var partialFilletCapBounds = [];
var edgeIndex = -1;
var boundaryParameter = 0;
if (partialType == EndTypePartialFillet.ENTITY)
{
if (isQueryEmpty(context, partialCapEntity))
{
throw regenError(ErrorStringEnum.PARTIAL_FILLET_INVALID_BOUND_ENTITY);
}
const mateConnectorCSys = try silent(evMateConnector(context, { "mateConnector" : partialCapEntity }));
const point = try silent(evVertexPoint(context, { "vertex" : partialCapEntity}));
if (point != undefined && mateConnectorCSys == undefined)
{
const distanceResult = evDistance(context, {
"side0" : partialCapEntity,
"side1" : qUnion(path.edges),
"arcLengthParameterization" : FS_PARTIAL_RADIUS_ARC_LENGTH_PARAMETERIZATION
});
edgeIndex = distanceResult.sides[1].index;
boundaryParameter = distanceResult.sides[1].parameter;
const boundaryEdge = path.edges[edgeIndex];
partialFilletBounds = append(partialFilletBounds, { "boundaryEdge" : boundaryEdge, "boundaryParameter" : boundaryParameter, "isFlipped" : path.flipped[edgeIndex] != partialDirection });
}
else
{
var distanceResult;
var capEntity = qNothing();
var facePlane;
if (mateConnectorCSys != undefined)
{
facePlane = plane(mateConnectorCSys);
opPlane(context, id + "tempFace", {
"plane" : facePlane
});
distanceResult = evDistance(context, {
"side0" : facePlane,
"side1" : qUnion(path.edges),
"arcLengthParameterization" : FS_PARTIAL_RADIUS_ARC_LENGTH_PARAMETERIZATION
});
useTrimmedBound = false;
}
else
{
offsetSurface(context, id + "tempFace", {
"surfacesAndFaces" : partialCapEntity,
"offset" : 0 * meter
});
// If surface is type of plane, we need useTrimmed to be false
const evaluatedSurface = evSurfaceDefinition(context, {
"face" : partialCapEntity
});
// Do not use trimmed representation for a construction plane
const isCounstruction is boolean = isQueryEmpty(context, qConstructionFilter(partialCapEntity, ConstructionObject.NO));
if (isCounstruction)
useTrimmedBound = false;
useTrimmedBound = evaluatedSurface["surfaceType"] == SurfaceType.PLANE ? useTrimmedBound : true;
distanceResult = evDistance(context, {
"side0" : partialCapEntity,
"side1" : qUnion(path.edges),
"extendSide0" : !useTrimmedBound,
"arcLengthParameterization" : FS_PARTIAL_RADIUS_ARC_LENGTH_PARAMETERIZATION
});
facePlane = evFaceTangentPlane(context, {
"face": partialCapEntity,
"parameter": distanceResult.sides[0].parameter
});
}
edgeIndex = distanceResult.sides[1].index;
boundaryParameter = distanceResult.sides[1].parameter;
var tempFace = qCreatedBy(id + "tempFace", EntityType.FACE);
facesToDelete = qUnion([facesToDelete, tempFace]);
capEntity = tempFace;
if (getNumberOfIntersections(context, id, qUnion(path.edges), capEntity, useTrimmedBound) > 1)
{
throw regenError(ErrorStringEnum.FILLET_ILLEGAL_END_BOUNDARY, isSecondBound ? ["endPartialEntity"] : ["startPartialEntity"], partialCapEntity);
}
const edgeTangent = evEdgeTangentLine(context, {
"edge": path.edges[edgeIndex],
"parameter": distanceResult.sides[1].parameter
});
// fromStart is a flag that specifies which side of the cap will be the exterior.
// The algorithm trims away the portion of the blend on the side toward which the cap's normal points,
// if the edge direction and cap normal are co-directed.
var fromStart = dot(facePlane.normal, edgeTangent.direction) > 0;
// The direction of the edge itself might be flipped relative to the path's direction,
// so we flip the 'fromStart' flag accordingly.
if (path.flipped[edgeIndex])
{
fromStart = !fromStart;
boundaryParameter = 1 - boundaryParameter;
}
// If flipDirection is true (as set by the user input), it indicates that the flag must be flipped
// to ensure consistency with the overall direction logic.
if (flipDirection) fromStart = !fromStart;
// If the partialDirection matches the current 'fromStart' setting, we need to adjust the logic
// to ensure that the flipDirection correctly represents the intended direction for the blend.
if (partialDirection == fromStart) {
fromStart = !fromStart;
flipDirection = !flipDirection;
}
partialFilletCapBounds = append(partialFilletCapBounds, {
boundaryCap: capEntity,
isFlipped: flipDirection,
useTrimmed: useTrimmedBound
});
// Depending on the 'fromStart' flag, determine which subset of edges should be blended.
// This subset can either be from the first edge to the intersected edge, or from the intersected edge to the last edge.
filterEntitiesPerBound = fromStart
? qUnion(subArray(path.edges, 0, edgeIndex))
: qUnion(subArray(path.edges, edgeIndex, size(path.edges)));
}
}
else
{
const pathLength = evPathLength(context, path);
var parameter = partialType == EndTypePartialFillet.PERCENTAGE
? (isSecondBound ? definition.partialSecondEdgeTotalParameter : definition.partialFirstEdgeTotalParameter)
: (isSecondBound ? (pathLength - definition.endPartialOffset) : definition.startPartialOffset) / pathLength;
if (parameter > 1 || (isAtVersionOrLater(context, FeatureScriptVersionNumber.V2502_PF_INVALID_OFFSET_FIX) && parameter < 0))
{
throw regenError(ErrorStringEnum.PARTIAL_FILLET_OFFSET_BOUNDARY_TOO_LARG, isSecondBound ? ["endPartialOffset"] : ["startPartialOffset"]);
}
const lines = evPathTangentLines(context, path, [parameter]);
const tangentLine = lines.tangentLines[0];
edgeIndex = lines.edgeIndices[0];
boundaryParameter = parameter;
if (!isInFeaturePattern(context))
{
parameter = partialDirection ? parameter : 1 - parameter;
const direction = partialDirection ? -tangentLine.direction : tangentLine.direction;
const offset = pathLength * parameter;
const position = tangentLine.origin + (direction * offset);
const primaryParameterId = partialType == EndTypePartialFillet.OFFSET
? (isSecondBound ? "endPartialOffset" : "startPartialOffset")
: (isSecondBound ? "partialSecondEdgeTotalParameter" : "partialFirstEdgeTotalParameter");
const index = isSecondBound ? 1 : 0;
try(addPartialFilletManipulators(context, topLevelId, position, direction, offset, pathLength, index, primaryParameterId));
}
const boundaryEdge = path.edges[edgeIndex];
const qEdges = evaluateQuery(context, qEntityFilter(boundaryEdge, EntityType.EDGE));
const boundaryParameter = evDistance(context, { "side0" : tangentLine.origin, "side1" : qEdges[0],
"arcLengthParameterization" : FS_PARTIAL_RADIUS_ARC_LENGTH_PARAMETERIZATION }).sides[1].parameter;
partialFilletBounds = append(partialFilletBounds, { "boundaryEdge" : boundaryEdge, "boundaryParameter" : boundaryParameter, "isFlipped" : path.flipped[edgeIndex] != partialDirection });
}
if (isQueryEmpty(context, filterEntitiesPerBound))
{
filterEntitiesPerBound = qUnion(subArray(path.edges, edgeIndex, size(path.edges)));
if (!partialDirection)
{
filterEntitiesPerBound = qSubtraction(qUnion(path.edges), filterEntitiesPerBound);
}
}
return {
"filterEntities": filterEntitiesPerBound,
"partialFilletBounds": partialFilletBounds,
"partialFilletCapBounds": partialFilletCapBounds,
"facesToDelete": facesToDelete,
"edgeIndex": edgeIndex,
"boundaryParameter": boundaryParameter
};
}
/*
* Create linear tangtential manipulators for partial fillet
*/
function addPartialFilletManipulators(context is Context, topLevelId is Id, position is Vector, direction is Vector,
offset is ValueWithUnits, maxValue is ValueWithUnits, index is number, primaryParameterId is string)
{
addManipulators(context, topLevelId, {
PARTIAL_POINT_ON_EDGE_MANIPULATOR ~ '.' ~ toString(index): linearManipulator({
"base" : position,
"direction" : -direction,
"offset" : offset,
"minValue" : 0 * meter,
"maxValue" : maxValue,
"primaryParameterId" : primaryParameterId
})
});
}
/**
* @internal
* Edit logic to check if a default value has been changed. So that we only display the info when needed
* Additionally, updates the variable fillet default values to match the current global defaults.
*/
export function filletEditLogic(context is Context, id is Id, oldDefinition is map, definition is map,
isCreating is boolean, specifiedParameters is map, hiddenBodies is Query) returns map
{
definition.defaultsChanged = false;
if (specifiedParameters.radius || specifiedParameters.rho || specifiedParameters.magnitude || specifiedParameters.otherRadius)
{
if (definition.radius != oldDefinition.radius ||
definition.rho != oldDefinition.rho ||
definition.magnitude != oldDefinition.magnitude ||
definition.otherRadius != oldDefinition.otherRadius)
{
definition.defaultsChanged = true; //default values are being changed, server decides if they're being used anywhere
}
}
if (definition.isVariable)
{
if (isFirstEntryAdded(oldDefinition, definition, "vertexSettings"))
{
definition = updateVariableFilletParameters(definition, VARIABLE_FILLET_VERTEX_MAP);
}
if (isFirstEntryAdded(oldDefinition, definition, "pointOnEdgeSettings"))
{
definition = updateVariableFilletParameters(definition, VARIABLE_FILLET_EDGE_MAP);
}
}
return definition;
}
function updateVariableFilletParameters(definition is map, parametersMap is map) returns map
{
const parameter = parametersMap["parameter"];
// Unfortunately, it is not possible to just iterate through the map: some values (like flipAsymmetric) must be adjusted
definition[parameter][0][parametersMap["radius"]] = definition.radius;
if (definition.isAsymmetric)
{
definition[parameter][0][parametersMap["otherRadius"]] = definition.otherRadius;
definition[parameter][0][parametersMap["flipAsymmetric"]] = !definition.flipAsymmetric;
}
if (definition.crossSection == FilletCrossSection.CONIC)
{
definition[parameter][0][parametersMap["rho"]] = definition.rho;
}
else if (definition.crossSection == FilletCrossSection.CURVATURE)
{
definition[parameter][0][parametersMap["magnitude"]] = definition.magnitude;
}
return definition;
}
function isFirstEntryAdded(oldDefinition is map, definition is map, arrayField is string) returns boolean
{
return oldDefinition[arrayField] == [] && definition[arrayField] != [];
}
/*
* Call sheetMetalCornerBreakAttributeBased on active sheet metal entities and opFillet on the remaining entities
*/
function sheetMetalAwareFillet(context is Context, id is Id, definition is map)
{
var separatedQueries = separateSheetMetalQueries(context, definition.entities);
var hasSheetMetalQueries = !isQueryEmpty(context, separatedQueries.sheetMetalQueries);
var hasNonSheetMetalQueries = !isQueryEmpty(context, separatedQueries.nonSheetMetalQueries);
if (!hasSheetMetalQueries && !hasNonSheetMetalQueries)
{
throw regenError(ErrorStringEnum.FILLET_SELECT_EDGES, ["entities"]);
}
if (hasSheetMetalQueries)
{
verify(definition.blendControlType != BlendControlType.WIDTH, ErrorStringEnum.SHEET_METAL_FILLET_OPTIONS_USE_CORNER_BREAK, {"faultyParameters" : ["blendControlType"]});
verify(definition.crossSection == FilletCrossSection.CIRCULAR, ErrorStringEnum.SHEET_METAL_FILLET_OPTIONS_USE_CORNER_BREAK, {"faultyParameters" : ["crossSection"]});
verify(!definition.isVariable, ErrorStringEnum.SHEET_METAL_FILLET_NO_CONIC, {"faultyParameters" : ["isVariable"]});
verify(!definition.isAsymmetric, ErrorStringEnum.SHEET_METAL_FILLET_OPTIONS_USE_CORNER_BREAK, {"faultyParameters" : ["isAsymmetric"]});
verify(!definition.isPartial, ErrorStringEnum.CANNOT_USE_PARTIAL_FILLET_IN_SHEET_METAL, {"faultyParameters" : ["isPartial"]});
reportFeatureInfo(context, id, ErrorStringEnum.SHEET_METAL_USE_CORNER_BREAK_INFO);
var cornerBreakDefinition = {
"entities" : separatedQueries.sheetMetalQueries,
"cornerBreakStyle" : SMCornerBreakStyle.FILLET,
"range" : definition.radius
};
callSubfeatureAndProcessStatus(id, sheetMetalCornerBreakAttributeBased, context, id + "smFillet", cornerBreakDefinition);
}
if (hasNonSheetMetalQueries)
{
definition.entities = separatedQueries.nonSheetMetalQueries;
opFillet(context, id, definition);