//Parallelogrammjsx 
//An InDesign CS6 JavaScript by Simon Wehr, www.wehrundweissweiler.de 
/*   
@@@BUILDINFO@@@ Parallelogramm_0104.jsx !Version! Wed Jun 01 2016 12:47:01 GMT+0200 
*/ 
//Parallelogramm: Makes a parallelogramm  with a defined angle 
/// 
main(); 
 
function main() { 
 //Make certain that user interaction (display of dialogs, etc.) is turned on. 
 app.scriptPreferences.userInteractionLevel = UserInteractionLevels.interactWithAll; 
 var myObjectList = new Array; 
 if (app.documents.length != 0) { 
  if (app.selection.length != 0) { 
 
   // check selected objects wether they are TextFrame, Rectangle or Polygon 
   for (var myCounter = 0; myCounter < app.selection.length; myCounter++) { 
    switch (app.selection[myCounter].constructor.name) { 
     case "TextFrame": 
     case "Rectangle": 
     case "Polygon": 
      myObjectList.push(app.selection[myCounter]); 
      break; 
    } 
   } 
 
   if (myObjectList.length != 0) { 
    myDisplayDialog(myObjectList); 
   } else { 
    alert("Please select a rectangle or text frame and try again."); 
   } 
  } else { 
   alert("Please select an object and try again."); 
  } 
 } else { 
  alert("Please open a document, select an object, and try again."); 
 } 
} 
 
// open the dialog where to enter the angle 
function myDisplayDialog(myObjectList) { 
 myDialog = app.dialogs.add({ 
  name: "Parallelogramm" 
 }); 
 with(myDialog) { 
  with(dialogColumns.add()) { 
 
   staticTexts.add({ 
    staticLabel: "Winkel:" 
   }); 
   with(dialogColumns.add()) { 
    var myAngleEditbox = angleEditboxes.add({ 
     editValue: 10 
    }); 
   } 
  } 
 } 
 var myReturn = myDialog.show(); 
 if (myReturn == true) { 
  //Get the values from the dialog box. 
  var myAngle = myAngleEditbox.editValue; 
  myDialog.destroy(); 
  myParallelogram(myObjectList, myAngle); 
 } else { 
  myDialog.destroy(); 
 } 
} 
 
function myParallelogram(myObjectList, myAngle) { 
 
 for (var myObjectCounter = 0; myObjectCounter < myObjectList.length; myObjectCounter++) { 
  // collect the values of the selected object 
  var myObject = myObjectList[myObjectCounter]; 
  var myBounds = myObject.geometricBounds; 
  var myHeight = myBounds[2] - myBounds[0]; 
  var myWidth = myBounds[3] - myBounds[1]; 
 
  //  calculate the angle  
  var Pi = 3.14159; 
  var myRadAngle = myAngle * Pi / 180; 
  var myOffset = myHeight * (Math.tan(myRadAngle)); 
 
  var myPath = myObject.paths.item(0); 
  var myPathPointTR = myPath.pathPoints.item(3); // Get the Top Right Anchor 
  var myTRAnchorX = myPathPointTR.anchor[0]; // Get TR Anchor X Value 
  var myPathPointBR = myPath.pathPoints.item(2); // Get the Bottom Right Anchor 
  var myBRAnchorX = myPathPointBR.anchor[0]; // Get BR Anchor X Value 
  if (myTRAnchorX == myBRAnchorX) { 
   /*  
       If the original shape is rectangular, the width of the slant will be added. (Only the first time) 
       */ 
   var myNewPointArray = new Array(4); 
   myNewPointArray[0] = [myBounds[1] + myOffset, myBounds[0]]; 
   myNewPointArray[1] = [myBounds[1], myBounds[2]]; 
   myNewPointArray[2] = [myBounds[3], myBounds[2]]; 
   myNewPointArray[3] = [myBounds[3] + myOffset, myBounds[0]]; 
  } else { 
   /* 
      If the original form already is a parallelogram, the width of the slant will be included. This way the object is prevented from growing in width due to repeated execution of the script.  
      */ 
   var myNewPointArray = new Array(4); 
   // if the angle is positive 
   if (myOffset >= 0) { 
    myNewPointArray[0] = [myBounds[1] + myOffset, myBounds[0]]; 
    myNewPointArray[1] = [myBounds[1], myBounds[2]]; 
    myNewPointArray[2] = [myBounds[3] - myOffset, myBounds[2]]; 
    myNewPointArray[3] = [myBounds[3], myBounds[0]]; 
   } 
   // if the angle is negative 
   if (myOffset < 0) { 
    myNewPointArray[0] = [myBounds[1], myBounds[0]]; 
    myNewPointArray[1] = [myBounds[1] - myOffset, myBounds[2]]; 
    myNewPointArray[2] = [myBounds[3], myBounds[2]]; 
    myNewPointArray[3] = [myBounds[3] + myOffset, myBounds[0]]; 
   } 
  } 
 
  // set the anchor points of the selected object to the above calculated values 
  myObject.paths.item(0).entirePath = myNewPointArray; 
 } 
} 

	var myAngle = myObject.rotationAngle; 
	var myRestoreAngle = false; 
	if (myAngle%90 != 0) { 
		myObject.rotationAngle = 0; 
		myRestoreAngle = true; 
	} 

	if (myRestoreAngle) { 
		myObject.rotationAngle = myAngle; 
	} 

if (myAngle%90 != 0) {  
		myObject.rotationAngle = 0;  
		myRestoreAngle = true;  
	} 

//Parallelogramm.jsx 
//An InDesign CS6 JavaScript by Simon Wehr, www.wehrundweissweiler.de 
/*   
@@@BUILDINFO@@@ Parallelogramm_0105.jsx !Version! Thu Jun 02 2016 11:30:37 GMT+0200 
*/ 
//Parallelogramm: Makes a parallelogramm  with a defined angle 
/// 
main(); 
 
function main() { 
 //Make certain that user interaction (display of dialogs, etc.) is turned on. 
 app.scriptPreferences.userInteractionLevel = UserInteractionLevels.interactWithAll; 
 var myObjectList = new Array; 
 if (app.documents.length != 0) { 
  if (app.selection.length != 0) { 
 
   // check selected objects wether they are TextFrame, Rectangle or Polygon 
   for (var myCounter = 0; myCounter < app.selection.length; myCounter++) { 
    switch (app.selection[myCounter].constructor.name) { 
     case "TextFrame": 
     case "Rectangle": 
     case "Polygon": 
      myObjectList.push(app.selection[myCounter]); 
      break; 
    } 
   } 
 
   if (myObjectList.length != 0) { 
    myDisplayDialog(myObjectList); 
   } else { 
    alert("Please select a rectangle or text frame and try again."); 
   } 
  } else { 
   alert("Please select an object and try again."); 
  } 
 } else { 
  alert("Please open a document, select an object, and try again."); 
 } 
} 
 
// open the dialog where to enter the angle 
function myDisplayDialog(myObjectList) { 
 myDialog = app.dialogs.add({ 
  name: "Parallelogramm" 
 }); 
 with(myDialog) { 
  with(dialogColumns.add()) { 
 
   staticTexts.add({ 
    staticLabel: "Winkel:" 
   }); 
   with(dialogColumns.add()) { 
    var myAngleEditbox = angleEditboxes.add({ 
     editValue: 10 
    }); 
   } 
  } 
 } 
 var myReturn = myDialog.show(); 
 if (myReturn == true) { 
  //Get the values from the dialog box. 
  var myAngle = myAngleEditbox.editValue; 
  myDialog.destroy(); 
  myParallelogram(myObjectList, myAngle); 
 } else { 
  myDialog.destroy(); 
 } 
} 
 
function myParallelogram(myObjectList, myAngle) { 
 
 for (var myObjectCounter = 0; myObjectCounter < myObjectList.length; myObjectCounter++) { 
  // collect the values of the selected object 
  var myObject = myObjectList[myObjectCounter]; 
   
  // get myObject’s rotation angle and save it. Set myObject’s rotation angle to 0 for further processing – it will be restored later. 
  var myObjectRotation = myObject.rotationAngle;  
      var myRestoreRotation = false;  
      if (myObjectRotation%90 != 0) {  
          myObject.rotationAngle = 0;  
          myRestoreRotation = true;  
      }  
 
  var myBounds = myObject.geometricBounds; 
  var myHeight = myBounds[2] - myBounds[0]; 
  var myWidth = myBounds[3] - myBounds[1]; 
 
  //  calculate the offset according to the slant’s angle  
  var Pi = 3.14159; 
  var myRadAngle = myAngle * Pi / 180; 
  var myOffset = myHeight * (Math.tan(myRadAngle)); 
 
  var myPath = myObject.paths.item(0); 
  var myPathPointTR = myPath.pathPoints.item(3); // Get the Top Right Anchor 
  var myTRAnchorX = myPathPointTR.anchor[0]; // Get TR Anchor X Value 
  var myPathPointBR = myPath.pathPoints.item(2); // Get the Bottom Right Anchor 
  var myBRAnchorX = myPathPointBR.anchor[0]; // Get BR Anchor X Value 
  if (myTRAnchorX == myBRAnchorX) { 
   /*  
       If the original shape is rectangular, the width of the slant will be added. (Only the first time) 
       */ 
   var myNewPointArray = new Array(4); 
   myNewPointArray[0] = [myBounds[1] + myOffset, myBounds[0]]; 
   myNewPointArray[1] = [myBounds[1], myBounds[2]]; 
   myNewPointArray[2] = [myBounds[3], myBounds[2]]; 
   myNewPointArray[3] = [myBounds[3] + myOffset, myBounds[0]]; 
  } else { 
   /* 
      If the original form already is a parallelogram, the width of the slant will be included. This way the object is prevented from growing in width due to repeated execution of the script.  
      */ 
   var myNewPointArray = new Array(4); 
   // if the angle is positive 
   if (myOffset >= 0) { 
    myNewPointArray[0] = [myBounds[1] + myOffset, myBounds[0]]; 
    myNewPointArray[1] = [myBounds[1], myBounds[2]]; 
    myNewPointArray[2] = [myBounds[3] - myOffset, myBounds[2]]; 
    myNewPointArray[3] = [myBounds[3], myBounds[0]]; 
   } 
   // if the angle is negative 
   if (myOffset < 0) { 
    myNewPointArray[0] = [myBounds[1], myBounds[0]]; 
    myNewPointArray[1] = [myBounds[1] - myOffset, myBounds[2]]; 
    myNewPointArray[2] = [myBounds[3], myBounds[2]]; 
    myNewPointArray[3] = [myBounds[3] + myOffset, myBounds[0]]; 
   } 
  } 
 
  // set the anchor points of the selected object to the above calculated values 
  myObject.paths.item(0).entirePath = myNewPointArray; 
  if (myRestoreRotation) {  
		myObject.rotationAngle = myObjectRotation;  
	}  
 } 
} 

  var myObject = myObjectList[myObjectCounter]; 
	var myRotation  = myObject.rotationAngle; 
	if (myRotation != 0) { 
		myObject.rotationAngle = 0; 
	} 

	if (myRotation != 0) { 
		myObject.rotationAngle = myRotation; 
	}