Scenario 2 predefined target

Note

NDK and its examples are under constant development, more information and content will be added to this example soon!

This example demonstrates how to use one of the predefined targets of scenario 2.

The list of supported targets is:

import neurotechdevkit as ndk

scenario_2_2d_targets = (
    ndk.scenarios.built_in.Scenario2_2D.PREDEFINED_TARGET_OPTIONS.keys()
)
scenario_2_3d_targets = (
    ndk.scenarios.built_in.Scenario2_3D.PREDEFINED_TARGET_OPTIONS.keys()
)
print("2D predefined targets: \n\t", ", ".join(scenario_2_2d_targets), "\n\n")
print("3D predefined targets: \n\t", ", ".join(scenario_2_3d_targets), "\n\n")

Out:

2D predefined targets: 
         primary-visual-cortex, right-inferior-frontal-gyrus, posterior-cingulate-cortex 


3D predefined targets: 
         primary-visual-cortex, right-inferior-frontal-gyrus, posterior-cingulate-cortex, ventral-intermediate-nucleus, left-temporal-lobe

Using one of the predefined targets is as simple as:

scenario = ndk.built_in.Scenario2_2D()
target_options = ndk.scenarios.built_in.Scenario2_2D.PREDEFINED_TARGET_OPTIONS
scenario.target = target_options["posterior-cingulate-cortex"]
scenario.make_grid()

scenario.render_layout()

Scenario Layout

The same can be done for the 3D:

scenario_3d = ndk.built_in.Scenario2_3D()
target_options = ndk.scenarios.built_in.Scenario2_3D.PREDEFINED_TARGET_OPTIONS
scenario_3d.target = target_options["left-temporal-lobe"]
scenario_3d.make_grid()

scenario_3d.render_layout()