public PhotoShopOperation(FileInfo fileInfo)
{
_fileInfo = fileInfo;
//初始化对象
Application = new Photoshop.Application();
//设置为毫米
_oldPsUnits = Application.Preferences.RulerUnits;
//重置颜色
ResetColor();
}
private void InvertExpandContractFeatherSelection()
{
Selection MySelection = appRef.ActiveDocument.Selection;
PsUnits startRulerUnits = appRef.Preferences.RulerUnits;
appRef.Preferences.RulerUnits = PsUnits.psPixels;
MySelection.Invert();
MySelection.Expand(5); // 5 pixels
MySelection.Feather(5); // 5 pixels
appRef.Preferences.RulerUnits = startRulerUnits;
}
private void SaveJpegDocument(string jpgFilename) // Page 32
{
PsUnits originalRulerUnits = appRef.Preferences.RulerUnits;
appRef.Preferences.RulerUnits = PsUnits.psPixels;
JPEGSaveOptions myJPEGOptions = new JPEGSaveOptions();
myJPEGOptions.EmbedColorProfile = true;
myJPEGOptions.FormatOptions = PsFormatOptionsType.psStandardBaseline;
myJPEGOptions.Matte = PsMatteType.psNoMatte;
myJPEGOptions.Quality = 1;
appRef.ActiveDocument.SaveAs(jpgFilename, myJPEGOptions, true, PsExtensionType.psLowercase);
}
private void cmdInsertStiffenerOne(object sender, System.EventArgs e)
{
PsUnits psUnits = new PsUnits();
string stiffenerLabel = this.stiffenerNameTextBox.Text;
string stiffenerMaterial = this.stiffenerMaterialComboBox.Text;
double stiffenerThickness = psUnits.ConvertToNumeric(this.stiffenerThicknessComboBox.Text);
int positionIndex = this.stiffenerPositionComboBox.SelectedIndex;
SaveInToTemplate();
GSFStiffenerControl.CloseForm();
InsertOne(stiffenerLabel, stiffenerMaterial, stiffenerThickness, positionIndex);
GSFStiffenerControl.ShowForm(m_addIn);
}
private void HelloWorld() // page 19
{
// Modified from Page 19 of Script
PsUnits originalRulerUnits = appRef.Preferences.RulerUnits;
appRef.Preferences.RulerUnits = PsUnits.psInches;
Document docRef = appRef.Documents.Add(2, 4);
ArtLayer artLayerRef = docRef.ArtLayers.Add();
artLayerRef.Kind = PsLayerKind.psTextLayer; //Normal Layer
TextItem textItemRef = artLayerRef.TextItem;
textItemRef.Contents = "Hello World";
appRef.Preferences.RulerUnits = originalRulerUnits;
}
private void PhotoResizeExample(string sFile) // Document Object Example page 35
{
PsUnits startRulerUnits = appRef.Preferences.RulerUnits;
appRef.Preferences.RulerUnits = PsUnits.psInches;
Document docRef = appRef.Open(sFile);
docRef.ResizeImage(4, 4);
docRef.ResizeCanvas(4, 4);
docRef.Trim(PsTrimType.psTopLeftPixel, true, false, true, false);
appRef.Preferences.RulerUnits = PsUnits.psPixels;
int[] MyArray = { 100, 200, 400, 500 };
docRef.Crop(MyArray, 45, 20, 20);
docRef.FlipCanvas(PsDirection.psHorizontal);
// Restore units
appRef.Preferences.RulerUnits = startRulerUnits;
}
private void SavePDFDocument(string pdfFilename) // Page 30
{
PsUnits originalRulerUnits = appRef.Preferences.RulerUnits;
appRef.Preferences.RulerUnits = PsUnits.psPixels;
// Create a PDF option object
PDFOpenOptions pdfOpenOptionsRef = new PDFOpenOptions();
pdfOpenOptionsRef.AntiAlias = true;
pdfOpenOptionsRef.Mode = PsOpenDocumentMode.psOpenRGB;
pdfOpenOptionsRef.Resolution = 72;
pdfOpenOptionsRef.Page = 3;
Document docref = appRef.Open(pdfFilename, pdfOpenOptionsRef);
//Restore Units
appRef.Preferences.RulerUnits = originalRulerUnits;
}
public static string[] PopulateComboBoxWithLengths(string Table, double Criteria)
{
List <double> list = new List <double>();
String connect = "Provider=Microsoft.ACE.OLEDB.12.0;data source=H:\\GSF\\WorkSpace\\ProStructures\\Data\\Bolts\\GSF_Bolts.mdb";
OleDbConnection connection = new OleDbConnection(connect);
connection.Open();
OleDbDataReader reader = null;
OleDbCommand command = new OleDbCommand();
command.Connection = connection;
command.CommandText = "SELECT Length FROM [" + Table + "] WHERE Diameter = " + Criteria;
reader = command.ExecuteReader();
PsUnits psUnits = new PsUnits();
while (reader.Read())
{
double d = reader.GetDouble(0);
list.Add(Math.Round(d, 3));
}
connection.Close();
List <double> newList = new List <double>();
foreach (double s in list)
{
if (!newList.Contains(s))
{
newList.Add(s);
}
}
newList.Sort();
double[] arr = newList.ToArray();
string[] result = new string[arr.Length];
for (int a = 0; a < arr.Length; a++)
{
result[a] = psUnits.ConvertToText(arr[a]);
}
return(result);
}
public void SetParams(double TcBoltDiameter, string TcBoltType, double BoltAddLength)
{
PsUnits psUnits = new PsUnits();
Diameter = TcBoltDiameter;
LengthAdd = BoltAddLength;
if (TcBoltDiameter == 0.5D)
{
HeadHeight = 0.323D;
HeadDiameter = 1.126D;
WasherOuterDiameter = 1.063D;
WasherThickness = 0.097D;
NutKeySize = 0.875D;
NutHeight = 0.504D;
}
else if (TcBoltDiameter == 0.625D)
{
HeadHeight = 0.403D;
HeadDiameter = 1.313D;
WasherOuterDiameter = 1.313D;
WasherThickness = 0.122D;
NutKeySize = 1.062D;
NutHeight = 0.631D;
}
else if (TcBoltDiameter == 0.75D)
{
HeadHeight = 0.483D;
HeadDiameter = 1.580D;
WasherOuterDiameter = 1.468D;
WasherThickness = 0.122D;
NutKeySize = 1.250D;
NutHeight = 0.758D;
}
else if (TcBoltDiameter == 0.875D)
{
HeadHeight = 0.563D;
HeadDiameter = 1.880D;
WasherOuterDiameter = 1.750D;
WasherThickness = 0.136D;
NutKeySize = 1.438D;
NutHeight = 0.885D;
}
else if (TcBoltDiameter == 1D)
{
HeadHeight = 0.627D;
HeadDiameter = 2.158D;
WasherOuterDiameter = 2.000D;
WasherThickness = 0.136D;
NutKeySize = 1.625D;
NutHeight = 1.012D;
}
else
{
HeadHeight = 0.718D;
HeadDiameter = 2.375D;
WasherOuterDiameter = 2.250D;
WasherThickness = 0.177D;
NutKeySize = 1.812D;
NutHeight = 1.139D;
}
if (TcBoltType == "SHOP TC A325")
{
Type = "SHOP TC Bolt";
MaterialName = "ASTM A325 Gr.81";
Color = 20;
}
else if (TcBoltType == "FIELD TC A325")
{
Type = "FIELD TC Bolt";
MaterialName = "ASTM A325 Gr.81";
Color = 7;
}
else if (TcBoltType == "SHOP TC A490")
{
Type = "SHOP TC Bolt";
MaterialName = "ASTM A490";
Color = 202;
}
else
{
Type = "FIELD TC Bolt";
MaterialName = "ASTM A490";
Color = 94;
}
}
public int CreateAnchorCode111(PsPoint Point1, PsPoint Point2)
{
PsCreatePrimitive psCylinder = new PsCreatePrimitive();
PsCreatePrimitive psWasher = new PsCreatePrimitive();
PsCreatePrimitive psNut = new PsCreatePrimitive();
PsPolygon psNutPolygon = new PsPolygon();
PsVector psVector1 = new PsVector();
PsVector psVector2 = new PsVector();
PsVector psVector3 = new PsVector();
PsVector psVector = new PsVector();
psVector1.SetFromPoints(Point1, Point2);
psVector2 = psVector.GetPerpendicularVector(psVector1);
psVector3.SetFromCrossProduct(psVector1, psVector2);
InsertPoint = Point1;
psVector1.Normalize();
psVector2.Normalize();
psVector3.Normalize();
ZAxis = psVector1;
XAxis = psVector2;
YAxis = psVector3;
PsVector XAxisNegative = new PsVector();
XAxisNegative = XAxis.Clone();
XAxisNegative.Invert();
//Cylinder
PsPoint CylinderInsertPoint = new PsPoint();
CylinderInsertPoint = InsertPoint.Clone();
CylinderInsertPoint.AddScaled(ZAxis, -1 * (Length - Embedment - PartThickness));
psCylinder.SetXYPlane(XAxis, YAxis);
psCylinder.SetInsertPoint(CylinderInsertPoint);
psCylinder.CreateCylinder(Diameter / 2, Length);
// Washer
psWasher.SetXYPlane(XAxisNegative, YAxis);
psWasher.SetInsertPoint(InsertPoint);
psWasher.CreateCylinder(WasherOuterDiameter / 2, WasherThickness);
// Nut
PsPoint nutInsertPoint = new PsPoint();
nutInsertPoint = InsertPoint.Clone();
nutInsertPoint.AddScaled(ZAxis, -1 * WasherThickness);
psNutPolygon.createPolygon(6, NutKeySize / 2, false);
psNut.SetXYPlane(XAxisNegative, YAxis);
psNut.SetPolygon(psNutPolygon);
psNut.SetInsertPoint(nutInsertPoint);
psNut.CreateExtrusion(NutHeight, 0D, 0D);
// Unite all
int cylinderId = psCylinder.ObjectId;
int washerId = psWasher.ObjectId;
int nutId = psNut.ObjectId;
int[] ids = { washerId, nutId };
PsCutObjects psUniteObjects = new PsCutObjects();
psUniteObjects.SetObjectId(cylinderId);
PsTransaction psTransaction = new PsTransaction();
foreach (int i in ids)
{
psUniteObjects.SetAsBooleanCut(i);
psUniteObjects.SetSubBodyType(SubBodyType.kAddBody);
psUniteObjects.CreateLogicalLink = false;
psUniteObjects.Apply();
psTransaction.EraseLongId((long)i);
psTransaction.Close();
}
PsUnits psUnits = new PsUnits();
PsObjectProperties psObjectProperties = new PsObjectProperties();
psObjectProperties.Name = Type + " " + psUnits.ConvertToText(Diameter) + "x" + psUnits.ConvertToText(Length);
psObjectProperties.ColorIndex = Color;
psObjectProperties.PartListFlag = PartListFlag;
psObjectProperties.FamilyClass = PartFamilyClassIndex;
psObjectProperties.Length = Length;
psObjectProperties.writeTo(cylinderId);
PsPrimitive psPrimitive = new PsPrimitive();
psTransaction.GetObject((long)cylinderId, PsOpenMode.kForWrite, ref psPrimitive);
psPrimitive.writeProps(psObjectProperties);
psTransaction.Close();
ObjectId = cylinderId;
return(ObjectId);
}
public void CreateByTwoPoints(PsPoint StartPoint, PsPoint EndPoint)
{
PsCreatePrimitive psCylinder = new PsCreatePrimitive();
PsCreatePrimitive psHead1 = new PsCreatePrimitive();
PsCreatePrimitive psHead2 = new PsCreatePrimitive();
PsCreatePrimitive psWasher = new PsCreatePrimitive();
PsCreatePrimitive psNut = new PsCreatePrimitive();
PsPolygon psNutPolygon = new PsPolygon();
PsVector psVector1 = new PsVector();
PsVector psVector2 = new PsVector();
PsVector psVector3 = new PsVector();
PsVector psVector = new PsVector();
psVector1.SetFromPoints(StartPoint, EndPoint);
psVector2 = psVector.GetPerpendicularVector(psVector1);
psVector3.SetFromCrossProduct(psVector1, psVector2);
InsertPoint = StartPoint;
KlemmLength = psVector1.Length;
psVector1.Normalize();
psVector2.Normalize();
psVector3.Normalize();
ZAxis = psVector1;
XAxis = psVector2;
YAxis = psVector3;
psCylinder.SetXYPlane(XAxis, YAxis);
psCylinder.SetInsertPoint(InsertPoint);
Length = Math.Round((KlemmLength + WasherThickness + NutHeight + LengthAdd + 0.375D) * 4, MidpointRounding.ToEven) / 4;
psCylinder.CreateCylinder(Diameter / 2, Length);
// Head
PsVector XAxisNegative = new PsVector();
XAxisNegative = XAxis.Clone();
XAxisNegative.Invert();
psHead1.SetXYPlane(XAxisNegative, YAxis);
psHead1.SetInsertPoint(InsertPoint);
psHead1.CreateCylinder(HeadDiameter / 2, HeadHeight / 4);
PsPoint head2InsertPoint = new PsPoint();
head2InsertPoint = InsertPoint.Clone();
head2InsertPoint.AddScaled(ZAxis, -1 * HeadHeight / 4);
psHead2.SetXYPlane(XAxisNegative, YAxis);
psHead2.SetInsertPoint(head2InsertPoint);
psHead2.CreateCone(HeadDiameter / 2, HeadDiameter / 6, 0.75 * HeadHeight);
// Washer
psWasher.SetXYPlane(XAxis, YAxis);
psWasher.SetInsertPoint(EndPoint);
psWasher.CreateCylinder(WasherOuterDiameter / 2, WasherThickness);
// Nut
PsPoint nutInsertPoint = new PsPoint();
nutInsertPoint = EndPoint.Clone();
nutInsertPoint.AddScaled(ZAxis, WasherThickness);
psNutPolygon.createPolygon(6, NutKeySize / 2, false);
psNut.SetXYPlane(XAxis, YAxis);
psNut.SetPolygon(psNutPolygon);
psNut.SetInsertPoint(nutInsertPoint);
psNut.CreateExtrusion(NutHeight, 0D, 0D);
// Unite all
int cylinderId = psCylinder.ObjectId;
int head1Id = psHead1.ObjectId;
int head2Id = psHead2.ObjectId;
int washerId = psWasher.ObjectId;
int nutId = psNut.ObjectId;
int[] ids = { head1Id, head2Id, washerId, nutId };
PsCutObjects psUniteObjects = new PsCutObjects();
psUniteObjects.SetObjectId(cylinderId);
PsTransaction psTransaction = new PsTransaction();
foreach (int i in ids)
{
psUniteObjects.SetAsBooleanCut(i);
psUniteObjects.SetSubBodyType(SubBodyType.kAddBody);
psUniteObjects.CreateLogicalLink = false;
psUniteObjects.Apply();
psTransaction.EraseLongId((long)i);
psTransaction.Close();
}
PsUnits psUnits = new PsUnits();
PsMaterialTable psMaterialTable = new PsMaterialTable();
PsObjectProperties psObjectProperties = new PsObjectProperties();
psObjectProperties.Name = Type + " " + psUnits.ConvertToText(Diameter) + "x" + psUnits.ConvertToText(Length) +
" " + MaterialName;
psObjectProperties.Material = psMaterialTable.get_MaterialIndexFromName(MaterialName);
psObjectProperties.ColorIndex = Color;
PartListFlag = true;
psObjectProperties.PartListFlag = PartListFlag;
PartFamilyClassIndex = -1;
psObjectProperties.FamilyClass = PartFamilyClassIndex;
psObjectProperties.Length = Length;
psObjectProperties.writeTo(cylinderId);
PsPrimitive psPrimitive = new PsPrimitive();
psTransaction.GetObject((long)cylinderId, PsOpenMode.kForWrite, ref psPrimitive);
psPrimitive.writeProps(psObjectProperties);
psTransaction.Close();
}
public void SwitchRuler(PsUnits units)
{
Application.Preferences.RulerUnits = units;
}
private void InsertOne(string StiffenerLabel, string StiffenerMaterial, double StiffenerThickness, int StiffenerPositionIndex)
{
List <int> objs = new List <int>();
PsUnits psUnits = new PsUnits();
PsShapeInfo psShapeInfo = new PsShapeInfo();
PsGeometryFunctions geometryFunctions = new PsGeometryFunctions();
PsPoint psInsertionPoint = new PsPoint();
PsPoint psStartPoint = new PsPoint();
PsPoint psEndPoint = new PsPoint();
PsPoint psMidLineInsertionPoint = new PsPoint();
PsPolygon psStiffenerPolygon = new PsPolygon();
PsCreatePlate psStiffinerPlateRight = new PsCreatePlate();
PsCreatePlate psStiffinerPlateLeft = new PsCreatePlate();
PsMatrix psMatrixRight = new PsMatrix();
PsMatrix psMatrixLeft = new PsMatrix();
PsSelection arg1 = new PsSelection();
arg1.SetSelectionFilter(SelectionFilter.kFilterShape);
int num1 = arg1.PickObject("Please select W shape beam..."); //returns object id
if (num1 > 0)
{
PsSelection arg2 = new PsSelection();
int num2 = arg2.PickPoint("Select insertion point", CoordSystem.kWcs, psInsertionPoint);
if (num2 == 1)
{
psShapeInfo.SetObjectId(num1);
int num3 = psShapeInfo.GetInfo(); //gets object property values
psStartPoint = psShapeInfo.MidLineStart;
psEndPoint = psShapeInfo.MidLineEnd;
psMidLineInsertionPoint = geometryFunctions.OrthoProjectPointToLine(
psInsertionPoint,
psShapeInfo.MidLineStart,
psShapeInfo.MidLineEnd);
double shapeLength = geometryFunctions.GetDistanceBetween(psStartPoint, psEndPoint);
if (geometryFunctions.GetDistanceBetween(psMidLineInsertionPoint, psStartPoint) <= shapeLength &&
geometryFunctions.GetDistanceBetween(psMidLineInsertionPoint, psEndPoint) <= shapeLength)
{
psShapeInfo.SetStiffenerType(0, 0.75, 0);
psStiffenerPolygon = psShapeInfo.getStiffenerPolygon(psInsertionPoint);
psStiffinerPlateRight.SetFromPolygon(psStiffenerPolygon);
psStiffinerPlateRight.SetThickness(StiffenerThickness);
psMatrixRight = psShapeInfo.MidLineUcs;
psMatrixLeft = psMatrixRight.Clone();
psMatrixLeft.MirrorAtLine(psStartPoint, psEndPoint);
psStiffinerPlateRight.SetInsertMatrix(psMatrixRight);
psStiffinerPlateRight.Create();
objs.Add(psStiffinerPlateRight.ObjectId);
CommonFunctions.MoveObject(
(long)psStiffinerPlateRight.ObjectId,
ref psStartPoint,
ref psMidLineInsertionPoint);
psStiffinerPlateLeft = psStiffinerPlateRight;
psStiffinerPlateLeft.SetInsertMatrix(psMatrixLeft);
psStiffinerPlateLeft.Create();
objs.Add(psStiffinerPlateLeft.ObjectId);
CommonFunctions.MoveObject(
(long)psStiffinerPlateLeft.ObjectId,
ref psStartPoint,
ref psMidLineInsertionPoint);
objIds = objs.ToArray();
//test
MessageBox.Show(psShapeInfo.ShapeName);
}
else
{
MessageBox.Show("Selected point is out of beam", "Oops...", MessageBoxButtons.OK);
}
}
}
}
