def main():
print("Script started")
doc = PhotoScan.app.document
chunk = PhotoScan.Chunk()
chunk.label = "New Chunk"
doc.chunks.add(chunk)
#path_photos = PhotoScan.app.getExistingDirectory("Specify folder with input photos:")
path_photos = "/var/www/modcopter/uploads/1-modCopter/"
if not path_photos:
print("Script aborted")
return -1
#create output folder
make_dir(path_photos + 'output')
#adding photos
image_list = os.listdir(path_photos)
for photo in image_list:
if ("jpg" or "jpeg" or "tif") in photo.lower():
chunk.photos.add(path_photos + photo)
#loading GPS data from EXIF tags
#chunk.ground_control.loadExif()
#chunk.ground_control.apply()
#PhotoScan.app.update()
#align photos
#chunk.matchPhotos(accuracy = "medium", preselection = "ground control", point_limit = 40000)
chunk.matchPhotos(accuracy="low",
preselection="generic",
point_limit=40000)
chunk.alignPhotos()
#build dense cloud
chunk.buildDenseCloud(quality="low", filter="aggressive")
#build mesh
#chunk.buildModel(surface = "height field", source = "dense", interpolation = "enabled", faces = "high")
chunk.buildModel(surface="arbitrary",
source="dense",
interpolation="enabled",
faces="high")
#build texture
#chunk.buildTexture(mapping = "orthophoto", blending = "mosaic", color_correction = False, size = 8192)
chunk.buildTexture(mapping="generic",
blending="mosaic",
color_correction=False,
size=8192)
#doc.save(path_photos + "doc1.psz")
chunk.exportModel(path_photos + "output/output.obj",
texture_format="jpg",
format="obj")
chunk.exportModel(path_photos + "output/output.dxf",
texture=False,
format="dxf")
#make archive with the output
shutil.make_archive(path_photos + "output", "zip", path_photos + "output")
PhotoScan.app.update()
print("Script finished")
return 1
# import stuff
import os
import glob
import PhotoScan
import math
# Set home folder
os.chdir(HomeDirectory)
print("Home directory: " + HomeDirectory)
# get main app objects
doc = PhotoScan.app.document
app = PhotoScan.Application()
# create chunk
chunk = PhotoScan.Chunk()
chunk.label = "New_Chunk"
doc.chunks.add(chunk)
# SET COORDINATE SYSTEM
print("---Settings coordinate system...")
# init coordinate system object
CoordinateSystem = PhotoScan.CoordinateSystem()
if not (CoordinateSystem.init(CoordinateSystemEPSG)):
app.messageBox("Coordinate system EPSG code not recognized!")
# define coordinate system in chunk
chunk.crs = CoordinateSystem
chunk.projection = CoordinateSystem
# FIND ALL PHOTOS IN PATH
AerialImageFiles = glob.glob(AerialImagesPattern)
