.. toctree:: :hidden: BigML Bindings: 101 - Images Object Detection ============================================= Following the schema described in the `prediction workflow `_, document, this is the code snippet that shows the minimal workflow to create a deepnet and produce a single prediction. .. code-block:: python from bigml.api import BigML # step 0: creating a connection to the service (default credentials) api = BigML() # step 1: creating a source from the data in your local # "data/images/cats.zip" file, that contains a collection of images # and an "annotations.json" file with the corresponding annotations per # image describing the regions labeled in the image source = api.create_source("data/images/cats.zip") # waiting for the source to be finished. Results will be stored in `source` api.ok(source) # step 3: creating a dataset from the previously created `source` dataset = api.create_dataset(source) # waiting for the dataset to be finished api.ok(dataset) # step 5: creating a deepnet deepnet = api.create_deepnet(dataset) # waiting for the deepnet to be finished api.ok(deepnet) # the new input data to predict for input_data = "data/images/cats_test/pexels-pixabay-33358.jpg" # creating a single prediction prediction = api.create_prediction(deepnet, input_data) In the previous code, the `api.ok `_ method is used to wait for the resource to be finished before calling the next create method or accessing the resource properties. In the first case, we could skip that `api.ok`call because the next `create` method would internally do the waiting when needed. You can also predict locally using the `Deepnet` class in the `deepnet` module. A simple example of that is: .. code-block:: python from bigml.deepnet import Deepnet local_deepnet = Deepnet("deepnet/5968ec46983efc21b000001c") # predicting for some input data input_data = "data/images/cats_test/pexels-pixabay-33358.jpg" local_deepnet.predict(input_data)