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‎.pre-commit-config.yaml

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repos:
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# configure shared hooks that you want to run on all repositories here
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- repo: https://github.com/pre-commit/pre-commit-hooks.git
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sha: v4.0.1
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hooks:

‎test.py

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# from numpy.lib.shape_base import tile
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# import labelbox
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# from labelbox.data.annotation_types.geometry import point
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# from labelbox.data.serialization.labelbox_v1.converter import LBV1Converter, LBV1Label
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# from labelbox.data.annotation_types import (LabelList, ImageData, MaskData,
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# Rectangle, ObjectAnnotation,
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# ClassificationAnnotation, Point,
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# ClassificationAnswer, Radio, Mask,
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# Label, annotation)
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# from labelbox import User, Project
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# import json
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# from labelbox.data.annotation_types.data.tiled_image import EPSG, EPSGTransformer, TileLayer, TiledBounds, TiledImageData
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# from PIL import Image
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# from typing import Union
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# from enum import Enum
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# from labelbox import Client
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# from shapely.geometry import Polygon, box
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# import cv2
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# import numpy as np
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# import requests
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# import os
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# # from labelbox.schema.labelbox_event import LabelboxEvent
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# os.system('clear')
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# # apikey = os.environ.get('apikey')
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# # client = Client(apikey)
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# epsg4326 = EPSG.EPSG4326
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# epsg3857 = EPSG.EPSG3857
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# epsgsimple = EPSG.SIMPLEPIXEL
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# # # top_left_bound = Point(x=37.87488726890353, y=-122.32488870620728)
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# # top_left_bound = Point(x=-122.32488870620728, y=37.87488726890353)
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# # # bottom_right_bound = Point(x=37.87280390440759, y=-122.32154130935669)
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# # bottom_right_bound = Point(x=-122.32154130935669, y=37.87280390440759)
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# top_left_bound = Point(x=0, y=0)
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# bottom_right_bound = Point(x=256, y=256)
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# bounds_simple = TiledBounds(epsg=EPSG.SIMPLEPIXEL,
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# bounds=[top_left_bound, bottom_right_bound])
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# bounds_3857 = TiledBounds(epsg=EPSG.EPSG3857,
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# bounds=[
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# Point(x=-104.150390625, y=30.789036751261136),
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# Point(x=-81.8701171875, y=45.920587344733654)
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# ])
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# bounds_4326 = TiledBounds(epsg=EPSG.EPSG4326,
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# bounds=[
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# Point(x=-104.150390625, y=30.789036751261136),
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# Point(x=-81.8701171875, y=45.920587344733654)
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# ])
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# # layer = TileLayer(
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# # url="https://labelbox.s3-us-west-2.amazonaws.com/pathology/{z}/{x}/{y}.png",
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# # name="slippy map tile")
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# # tiled_image_data = TiledImageData(tile_layer=layer,
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# # tile_bounds=bounds_simple,
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# # zoom_levels=[1, 23],
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# # version=2)
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# # tiled_image_data.multithread = True
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# # # print(tiled_image_data.as_raster_data(zoom=0))
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# # image_array = tiled_image_data.as_raster_data(zoom=2)
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# # image_array_value = tiled_image_data.value
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# # im = Image.fromarray(image_array_value)
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# # im.show()
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# # #____________________________________________________________________________________________________
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# # GEO TO PIXEL
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# # print(f"\n")
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# # transformer = EPSGTransformer()
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# # transformer.geo_and_pixel(src_epsg=epsg3857,
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# # pixel_bounds=bounds_simple,
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# # geo_bounds=bounds_3857,
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# # zoom=0)
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# # point_3857 = Point(x=-11016716.012685884, y=5312679.21393289)
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# # point_simple = transformer(point=point_3857)
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# # print(f"initial 3857 point...{point_3857}")
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# # print(f"geo 3857 to pixel...{point_simple}")
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# # #____________________________________________________________________________________________________
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# # print(f"\n")
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# # # PIXEL TO GEO
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# # transformer = EPSGTransformer()
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# # transformer.geo_and_pixel(src_epsg=epsgsimple,
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# # pixel_bounds=bounds_simple,
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# # geo_bounds=bounds_3857,
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# # zoom=0)
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# # # point_simple = Point(x=154, y=130)
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# # point_3857 = transformer(point=point_simple)
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# # print(f"initial pixel point...{point_simple}")
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# # print(f"pixel to geo...{point_3857}")
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# # #____________________________________________________________________________________________________
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# print(f"\n")
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# #GEO TO GEO
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# transformer = EPSGTransformer()
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# transformer.geo_and_geo(EPSG.EPSG4326, EPSG.EPSG3857)
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# point_4326 = Point(x=-98.96484375, y=43.004647127794435)
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# point_3857 = transformer(point=point_4326)
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# print(f"initial 4326 point...{point_4326}")
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# print(f"geo 4326 to geo 3857...{point_3857}")
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# # #____________________________________________________________________________________________________
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# print(f"\n")
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# #GEO TO GEO
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# transformer = EPSGTransformer()
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# transformer.geo_and_geo(EPSG.EPSG3857, EPSG.EPSG4326)
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# # point_3857 = Point(x=1000, y=1000)
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# point_4326 = transformer(point=point_3857)
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# print(f"initial 3857 point...{point_3857}")
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# print(f"geo 3857 to geo 4326...{point_4326}")
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# zoom = 4
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# #____________________________________________________________________________________________________
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# # GEO TO PIXEL
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# print(f"\n")
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# transformer = EPSGTransformer()
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# transformer.geo_and_pixel(src_epsg=epsg4326,
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# pixel_bounds=bounds_simple,
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# geo_bounds=bounds_4326,
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# zoom=zoom)
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# point_4326 = Point(x=-98.96484375, y=43.004647127794435)
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# point_simple = transformer(point=point_4326)
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# print(f"initial 4326 point...{point_4326}")
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# print(f"geo 4326 to pixel...{point_simple}")
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# #____________________________________________________________________________________________________
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# # print(f"\n")
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# # # PIXEL TO GEO
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# transformer = EPSGTransformer()
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# transformer.geo_and_pixel(src_epsg=epsgsimple,
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# pixel_bounds=bounds_simple,
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# geo_bounds=bounds_4326,
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# zoom=zoom)
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# point_4326 = transformer(point=point_simple)
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# print(f"initial pixel point...{point_simple}")
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# print(f"pixel to geo 4326...{point_4326}")
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# print(f"\n")
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# # PIXEL TO GEO
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# transformer = EPSGTransformer()
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# transformer.geo_and_pixel(src_epsg=epsgsimple,
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# pixel_bounds=bounds_simple,
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# geo_bounds=bounds_3857,
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# zoom=zoom)
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# point_3857 = transformer(point=point_simple)
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# print(f"initial pixel point...{point_simple}")
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# print(f"pixel to geo 3857...{point_3857}")
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# transformer = EPSGTransformer()
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# transformer.geo_and_geo(src_epsg=epsg3857, tgt_epsg=epsg4326)
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# point_4326 = transformer(point=point_3857)
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# print(f"3857 to 4326...{point_4326}")
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# #____________________________________________________________________________________________________
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# #assumptions:
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# #bounds will always be in 4326 as that is what leaflet assumes
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def hello_world():
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print("hello world")
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