From 26932d2e00623f8b300d04cc4a08d255986283f5 Mon Sep 17 00:00:00 2001
From: demis <demis.john@gmail.com>
Date: Sat, 18 Jan 2020 09:40:17 -0800
Subject: [PATCH] Comments to explain usage.

---
 Example 01 - Multi-Layer Alignment.py | 88 +++++++++++++++++++++++++++
 1 file changed, 88 insertions(+)
 create mode 100644 Example 01 - Multi-Layer Alignment.py

diff --git a/Example 01 - Multi-Layer Alignment.py b/Example 01 - Multi-Layer Alignment.py
new file mode 100644
index 0000000..8f28d61
--- /dev/null
+++ b/Example 01 - Multi-Layer Alignment.py	
@@ -0,0 +1,88 @@
+# -*- coding: utf-8 -*-
+"""
+ASML_JobCreator - Example 01
+    Example usage, to export a text file for import into ASML PAS system.
+    Multi-layer job, multiple images per layer, no alignments.
+
+@author: Demis D. John
+Univ. of California Santa Barbara
+UCSB Nanofabrication Facility: http://www.nanotech.ucsb.edu
+2020-01-18
+
+
+All units are in millimeters.  
+Coordinates and sizes are specified as two-valued iterables like [X,Y]
+
+For help: after running once, use commands like:
+    help( asml )
+    help( MyJob )
+    help( MyJob.Cell.set_CellSize )
+"""
+
+####################################################
+# Module setup etc.
+
+import numpy as np  # NumPy (multidimensional arrays, linear algebra, ...)
+
+####################################################
+
+print('Running...')
+
+
+import ASML_JobCreator as asml
+MyJob = asml.Job()
+
+MyJob.set_comment("Demo Job", "Exported from ", "Python ASML_JobCreator")
+print( MyJob.get_comment() )    # Return the current comment lines
+
+## Cell Structure:
+MyJob.Cell.set_CellSize( [4.00, 4.00] )    # cell size [X,Y] in millimeters
+MyJob.Cell.set_MatrixShift( [2.00, 2.00] ) # shift by half a cell
+
+
+## Image Definition:
+#   MyJob.Image( <ImageID>, <ReticleID_Barcode>, sizeXY=coords, shiftXY=coords)
+#   see `help( MyJob.Image )`
+Res = MyJob.Image("UCSB_Res", "UCSB-OPC1", sizeXY=[3, 3], shiftXY=[4,5])
+MA6 = MyJob.Image("UCSB_MA6", "UCSB-OPC1", sizeXY=[2, 2], shiftXY=[-4,-5])
+GCA = MyJob.Image("UCSB_GCA", "UCSB-OPC1", sizeXY=[2, 2], shiftXY=[0,-2])
+
+
+## Image Distribution
+#   cellCR is integer pair of Col/Row specificiation
+#   shiftXY is floating-point X/Y shift
+#   Add each of these to a single exposure location only:
+MA6.distribute( cellCR=[-5,-5], shiftXY=[-2.00, -2.00] )
+GCA.distribute( cellCR=[5,5], shiftXY=[-2.00, -2.00] )
+
+# Distribute Image "Res" in a 3x3 array with no shift:
+for r in range(3):
+    for c in range(3):
+        Res.distribute( [c,r] )
+    #end for(c)
+#end for(r)
+print( Res )
+
+MyJob.add_Images(Res,MA6, GCA)  # Add distributed images to our Job
+
+
+## Layer Definition & Reticle Data - 
+# Add Zero layer - possibly unnecessary for no alignment.
+ZeroLyr = MyJob.Layer() # Empty Layer with default values
+MyJob.add_Layers(ZeroLyr)
+
+# Choose Images to expose on this Layer:
+MetalLyr = MyJob.Layer( LayerID="Metal" )
+MetalLyr.expose_Image(Res, Energy=21, Focus=-0.10)
+MetalLyr.expose_Image(MA6, Energy=22)
+MetalLyr.expose_Image(GCA, Energy=22)
+MyJob.add_Layers(MetalLyr)  # Add these Images to the Layer
+
+
+print(MyJob)
+
+## Export the text file:
+MyJob.export('TestJob_NoAlign.txt')
+
+
+print('done.')