7 identify some of the major organs you can see in each of the sections from question 6 6Exploring Anatomy & Physiology in the Laboratoryĭate NI Check Your Understanding REVIEW Critical Thinking and Application Questions 1 Figure 1.17 is not in anatomical position. "target.extra_labels_add": : Add the BLE implementation of the ST BLE expansion to the list of the application modules.īelow is an example of the JSON to be added in the target_overrides section of mbed_app.json, with the NUCLEO_F401RE board.Transcribed image text: 6 Identify the planes of section of each of the following medical imaging scans in Figure 1.21 E1.21 Computed tomography scans in different anatomical sections."target.features_add": Add the BLE feature to the target."ponents_add": Add the BlueNRG-2 component to the target.In the section target_overrides, add a new object named after your target with the following three fields: Indicate to the BLE implementation that your board uses an Arduino connector.Īll these operations can be done in the file mbed_app.json present in every example.Add the BLE implementation for the ST BLE expansion to the list of modules which have to be compiled.To make the board compatible with the ST BLE expansion three things are required: It is possible to use the ST BLE expansion on boards not directly supported by these examples as long as the board has an Arduino UNO R3 connector. * NRF51_DK Using ST BLE expansion board on other targets The following board is currently not supported as it doesn't yet support the Cordio stack: Check out X-NUCLEO-BNRG2A1 or X-NUCLEO-IDB05A1 for more information.
Xsection 7.7 traces of the section plane Patch#
Important: If an ST BLE expansion is used with the K64F board, a hardware patch is required. DISCO_L475VG_IOT01A (ref B-L475E-IOT01A)īoard with wireless STM32WB microcontrollers:.ST boards with embedded SPBTLE-RF module (BlueNRG-MS):
Targets with an ST BLE expansion board plugged in: The following targets have been tested and work with these examples: The BLE documentation describes the BLE APIs on mbed OS. A Nordic nRF52-based board such as nRF52DK.A supported target, such as the NUCLEO-F401RE, with a BLE shield or an external BLE peripheral, such as an X-NUCLEO-BNRG2A1 or an X-NUCLEO-IDB05A1 ST BLE expansion board.
In order to use BLE in Mbed OS you need one of the following hardware combinations: If you are working with Mbed OS version prior to 6.5 then check the section Mbed CLI 1.
It uses Ninja as a build system, and CMake to generate the build environment and manage the build process in a compiler-independent manner. Starting with version 6.5, Mbed OS uses Mbed CLI 2. The BLE documentation describes the BLE APIs on Mbed OS. However, this file specifically refers to the command-line interface tools, Arm Mbed CLI 1 and Mbed CLI 2. You can build each project with all supported Mbed OS build tools. Each example subdirectory contains a separate Mbed OS project, along with a description of the example and additional instructions for running it. This repo contains a collection of BLE example applications based on Mbed OS.
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