outPnts = []
for i in range(numShapes):
if (ellCent == "random"):
if numShapes > 1:
Xcent = random.uniform(L,R); Ycent = random.uniform(B,T)
else:
Xcent = L + ((R-L)/2.0); Ycent = B + ((T-B)/2.0)
arcpy.AddMessage("\n" + " centers(s) at... " + str(Xcent)+ " " + str(Ycent))
if (ellAngle == "random"):
theta = random.uniform(-180.0, 180.0)
#
#generate the points
#
arcpy.AddMessage("type " + str(theType))
if theType == "Ellipse_annulus":
pnts = PM.ellipse_annulus(n, Xcent, Ycent, theta, major, minor, major2)
else:
pnts = PM.ellipse_oval(n, Xcent, Ycent, theta, major, minor, major2)
outPnts.append(pnts)
#
#optional shapefile creation
if outFC != "#":
fieldsToAdd = [["Group", "LONG", "9", "#"],
["X", "DOUBLE", 16, 7],
["Y", "DOUBLE", 16, 7]]
py_gp.createPointFile (outFC, shapeClass, "#", outPnts, fieldsToAdd, arcpy)
arcpy.AddMessage("\n" + "You can join the original table to " \
+ "this shapefile table if you want other attributes." + "\n")
#
#optional csv file creation or output to screen
if outCSV != "#":
if numShapes > 1:
Xcent = random.uniform(L, R)
Ycent = random.uniform(B, T)
else:
Xcent = L + ((R - L) / 2.0)
Ycent = B + ((T - B) / 2.0)
arcpy.AddMessage("\n" + " centers(s) at... " + str(Xcent) + " " +
str(Ycent))
if (ellAngle == "random"):
theta = random.uniform(-180.0, 180.0)
#
#generate the points
#
arcpy.AddMessage("type " + str(theType))
if theType == "Ellipse_annulus":
pnts = PM.ellipse_annulus(n, Xcent, Ycent, theta, major, minor, major2)
else:
pnts = PM.ellipse_oval(n, Xcent, Ycent, theta, major, minor, major2)
outPnts.append(pnts)
#
#optional shapefile creation
if outFC != "#":
fieldsToAdd = [["Group", "LONG", "9", "#"], ["X", "DOUBLE", 16, 7],
["Y", "DOUBLE", 16, 7]]
py_gp.createPointFile(outFC, shapeClass, "#", outPnts, fieldsToAdd, arcpy)
arcpy.AddMessage("\n" + "You can join the original table to " \
+ "this shapefile table if you want other attributes." + "\n")
#
#optional csv file creation or output to screen
if outCSV != "#":
PM.to_CSV(outCSV, outPnts)
