library.json

{
    "name": "OwnTech_Examples",
    "version": "0.0.2",
    "description": "A library that contains OwnTech Power API examples",
    "keywords": "Power, Control, OwnTech",
    "repository":
    {
        "type": "git",
        "url": "https://github.com/owntech-foundation/examples.git"
    },
    "build": 
    {
        "srcFilter": "-<**>"
    },
    "license": "LGPL-2.1",
    "homepage": "https://www.owntech.org/",
    "frameworks": ["zephyr"],
    "platforms": ["ststm32"],
    "authors":
    [
        {
            "name": "Jean Alinei",
            "email": "jean.alinei@owntech.org",
            "maintainer": true
        },
        {
            "name": "Ayoub Farah Hassan",
            "email": "ayoub.farah-hassan@laas.fr",
            "maintainer":true
        },
        {
            "name": "Régis Ruelland",
            "email": "regis.ruelland@laas.fr"
        },
        {
            "name": "Luiz Villa",
            "email": "luiz.villa@laas.fr"
        },
        {
            "name": "Clément Foucher",
            "email": "clement.foucher@laas.fr"
        },
        {
            "name": "Antoine Boche",
            "email": "antoine.boche@laas.fr"
        }
    ],
    "examples": [
    {
        "name": "boost_voltage_mode",
        "title": "Voltage Mode Boost",
        "description": "Voltage mode boost converter using PID controller for TWIST",
        "group": "Examples TWIST",
        "base": "TWIST/DC_DC/boost_voltage_mode",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "buck_voltage_mode",
        "title": "Voltage Mode Buck",
        "description": "Voltage mode buck converter using PID controller for TWIST",
        "group": "Examples TWIST",
        "base": "TWIST/DC_DC/buck_voltage_mode",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "buck_current_mode",
        "title": "Current Mode Buck",
        "description": "Peak current mode buck converter using PID controller for TWIST",
        "group": "Examples TWIST",
        "base": "TWIST/DC_DC/buck_current_mode",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "interleaved",
        "title": "Interleaved",
        "description": "Interleaved mode buck converter with PID controlled output voltage",
        "group": "Examples TWIST",
        "base": "TWIST/DC_DC/interleaved",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "ripple_measurement",
        "title": "Current Ripple Measurement",
        "description": "Current ripple measurement in buck voltage mode, by sweeping adc trigger",
        "group": "Examples TWIST",
        "base": "TWIST/DC_DC/current_ripple_measurement",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "AC_cient_server",
        "title": "AC client server",
        "description": "implementation of AC client server in microgrid",
        "group": "Examples TWIST",
        "base": "TWIST/Microgrid/AC_client_server",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "AC_peer_to_peer",
        "title": "AC peer to peer",
        "description": "implementation of AC peer to peer in microgrid",
        "group": "Examples TWIST",
        "base": "TWIST/Microgrid/AC_peer_to_peer",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "DC_cient_server",
        "title": "DC client server",
        "description": "implementation of DC client server in microgrid",
        "group": "Examples TWIST",
        "base": "TWIST/Microgrid/DC_client_server",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "DC_peer_to_peer",
        "title": "DC peer to peer",
        "description": "implementation of DC peer to peer in microgrid",
        "group": "Examples TWIST",
        "base": "TWIST/Microgrid/DC_peer_to_peer",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "DC_droop",
        "title": "DC droop",
        "description": "implementation of DC droop in microgrid",
        "group": "Examples TWIST",
        "base": "TWIST/Microgrid/DC_droop",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "grid_forming",
        "title": "Grid Forming Inverter",
        "description": "It generates an AC voltage source. Commonly, a grid-forming inverter is a device that autonomously establishes and maintains stable grid voltage and frequency.",
        "group": "Examples TWIST",
        "base": "TWIST/DC_AC/grid_forming",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "grid_following",
        "title": "Grid Following Inverter",
        "description": "It is an AC current source which follow a grid voltage. Commonly, a grid-following inverter adjusts its output to match the voltage and frequency of the existing electrical grid",
        "group": "Examples TWIST",
        "base": "TWIST/DC_AC/grid_following",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "blinky",
        "title": "Blinky LED",
        "description": "Toggling LED",
        "group": "Examples SPIN",
        "base": "SPIN/LED/blinky",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "duty_cycle_setting",
        "title": "Setting PWM duty cycle",
        "description": "Using PWM with duty cycle",
        "group": "Examples SPIN",
        "base": "SPIN/PWM/duty_cycle_setting",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "multiple_pwm",
        "title": "Setting multiple PWM",
        "description": "Using multiple PWM with duty cycle",
        "group": "Examples SPIN",
        "base": "SPIN/PWM/multiple_pwm",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "phase_shift",
        "title": "Setting PWM phase shift",
        "description": "Setting a phase shift between two PWM",
        "group": "Examples SPIN",
        "base": "SPIN/PWM/phase_shift",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "signal_generation",
        "title": "DAC signal generation",
        "description": "Sawtooth generation with DAC",
        "group": "Examples SPIN",
        "base": "SPIN/DAC/signal_generation",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "adc_software_trigger",
        "title": "Software triggered ADC",
        "description": "setting the adc to be trigerred by software",
        "group": "Examples SPIN",
        "base": "SPIN/ADC/adc_hrtim_trigger",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "adc_hrtim_trigger",
        "title": "HRTIM triggered ADC",
        "description": "setting the adc to be trigerred by the hrtim",
        "group": "Examples SPIN",
        "base": "SPIN/ADC/adc_hrtim_trigger",
        "files": [
            "main.cpp",
            "README.md"
        ]
    },
    {
        "name": "incremental_encoder",
        "title": "Incremental encoder",
        "description": "Using a timer with a rotary incrmental encoder",
        "group": "Examples SPIN",
        "base": "SPIN/TIMER/incremental_encoder",
        "files": [
            "main.cpp",
            "README.md"
        ]
    }
    ]
}