outFC = outFC.replace("\\","/")
fullName = os.path.split(outFC)
outFolder = fullName[0].replace("\\", "/")
shapeClass = "Point"
#
#collect the points
#
outPnts = []
#
pnts = PM.grid_rot(x_c, y_c, rot_angle, Cols, Rows, dx, dy)
#
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)
#
if outToScreen == "true":
py_gp.print_pnts(outPnts, arcpy)
gp.AddMessage(str(theReturned[j]))
#Get the points from the original grouped points
supportMABE = OptDesignHelper.supportPnts(pntList[i], ndx[0:mq])
gp.AddMessage("\n" + "support points " + str(supportMABE))
outPnts.append(supportMABE) #, aVal])
#
##gp.AddMessage("Iter, mq, Time ")
##for i in TimeMQ:
## gp.AddMessage(str(i[0]) + ", " + str(i[1]) + ", " + str(i[2]))
#
if outFC != "#":
fieldsToAdd = [["Group", "LONG", "9", "#", "#"]]
gp.AddMessage("here" + str(outPnts))
py_gp.createPointFile(outFC, outType, "#", outPnts, fieldsToAdd, gp)
gp.AddMessage("\n" + "You can join the original table to " \
+ "this shapefile table if you want other attributes." + "\n")
if outCSV != "#":
PM.to_CSV(outCSV, TimeMQ)
#-------------------------------------------------------------------------------
#five points which form an ellipse
#pnts = [[3.0,3.0],[6.0,9.0],[12.0,10.0],[15.0,5.0], [13.0,2.5]] #five points
#
#those 5 points plus some inside the ellipse
#
#pnts = [[3.0,3.0],[3.1, 3.1],[4.0,4.0],[5.0,5.0],[6.0,9.0],[12.0,10.0],[13.0,2.5],[15.0,5.0]]
#
#standardize the points
#
else:
Xcent = L + ((R-L)/2.0); Ycent = B + ((T-B)/2.0)
if random_rad == True:
rad_max = (R - L) * 0.1 #max is 10% of width
rad_min = (R - L) * 0.01 #min is 1% of width
radius = random.uniform(rad_min, rad_max)
radius2 = radius * random.uniform(0.5, 0.99)
#
#generate the points
#
pnts = PM.annulus(n, Xcent, Ycent, radius2, radius)
#
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)
#
if outToScreen == "true":
py_gp.print_pnts(outPnts, arcpy)
gp.AddMessage(str(theReturned[j]))
#Get the points from the original grouped points
supportMABE = OptDesignHelper.supportPnts(pntList[i], ndx[0:mq])
gp.AddMessage("\n" + "support points " + str(supportMABE))
outPnts.append(supportMABE) #, aVal])
#
##gp.AddMessage("Iter, mq, Time ")
##for i in TimeMQ:
## gp.AddMessage(str(i[0]) + ", " + str(i[1]) + ", " + str(i[2]))
#
if outFC != "#":
fieldsToAdd = [["Group", "LONG", "9", "#", "#"]]
gp.AddMessage("here" + str(outPnts))
py_gp.createPointFile (outFC, outType, "#", outPnts, fieldsToAdd, gp)
gp.AddMessage("\n" + "You can join the original table to " \
+ "this shapefile table if you want other attributes." + "\n")
if outCSV != "#":
PM.to_CSV(outCSV, TimeMQ)
#-------------------------------------------------------------------------------
#five points which form an ellipse
#pnts = [[3.0,3.0],[6.0,9.0],[12.0,10.0],[15.0,5.0], [13.0,2.5]] #five points
#
#those 5 points plus some inside the ellipse
#
#pnts = [[3.0,3.0],[3.1, 3.1],[4.0,4.0],[5.0,5.0],[6.0,9.0],[12.0,10.0],[13.0,2.5],[15.0,5.0]]
#
#standardize the points
#
