All Projects → abmantis → Ozw Network Visualization Card

abmantis / Ozw Network Visualization Card

Lovelace custom card for visualizing the ZWave network with the OpenZWave (beta) integration.

Programming Languages

javascript
184084 projects - #8 most used programming language

Projects that are alternatives of or similar to Ozw Network Visualization Card

Homeassistant Config
Configuration for @brianjking & @KinnaT's Home Assistant Installation
Stars: ✭ 80 (+166.67%)
Mutual labels:  home-automation, homeassistant, zwave
Home Assistant Configuration
My Home Assistant Config. For more Information visit ->
Stars: ✭ 102 (+240%)
Mutual labels:  home-automation, homeassistant, zwave
ha-config-ataraxis
My Home Assistant Configs. If you like what you see, please ⭐️my repo. It would encourage me a lot 🤘
Stars: ✭ 146 (+386.67%)
Mutual labels:  home-automation, zwave, homeassistant
home assistant config
HomeAssistant.io Configuration Files
Stars: ✭ 110 (+266.67%)
Mutual labels:  home-automation, homeassistant
homeassistant-lovelace-alarm-clock-card
Building the perfect alarm clock...
Stars: ✭ 32 (+6.67%)
Mutual labels:  home-automation, homeassistant
HomeAssistant
My Home Assistant Configuration
Stars: ✭ 71 (+136.67%)
Mutual labels:  home-automation, homeassistant
HomeAssistant-CustomComponents
No description or website provided.
Stars: ✭ 25 (-16.67%)
Mutual labels:  home-automation, homeassistant
Home assistant
My personal Home Assistant setup - Running on a HassOS VM.
Stars: ✭ 270 (+800%)
Mutual labels:  home-automation, homeassistant
Home Assistant Config
🏠 Fully documented Home Assistant configuration for a smart-looking place. 😎 Be sure to ⭐️ my repo and copy ideas!
Stars: ✭ 258 (+760%)
Mutual labels:  home-automation, zwave
Awesome Home Assistant
A curated list of amazingly awesome Home Assistant resources.
Stars: ✭ 3,487 (+11523.33%)
Mutual labels:  home-automation, homeassistant
Bruh3 Home Assistant Configuration
(OBSOLETE) BRUH3 Home Assistant Configuration
Stars: ✭ 347 (+1056.67%)
Mutual labels:  home-automation, zwave
home
Monorepo for all home automation related development, including integrated firmware, PCBs, configuration, and bridges
Stars: ✭ 104 (+246.67%)
Mutual labels:  home-automation, homeassistant
Tuya-v2-Supported-Devices
A collection of all of the known working Tuya v2 Devices
Stars: ✭ 30 (+0%)
Mutual labels:  home-automation, homeassistant
node-deepstackai-trigger
Detects motion using Deepstack AI and calls registered triggers based on trigger rules.
Stars: ✭ 154 (+413.33%)
Mutual labels:  home-automation, homeassistant
amshan-homeassistant
Home Assistant integrasjon for strømmålere (AMS/HAN/P1). Integrasjonen støter både streaming (serieport/TCP-IP) og MQTT (Tibber Pulse, energyintelligence.se etc)
Stars: ✭ 39 (+30%)
Mutual labels:  home-automation, homeassistant
Homeassistantconfiguration
Home Assistant Config. For more info see link:
Stars: ✭ 260 (+766.67%)
Mutual labels:  home-automation, homeassistant
Home Assistantconfig
🏠 Home Assistant configuration & Documentation for my Smart House. Write-ups, videos, part lists, and links throughout. Be sure to ⭐ it. Updated FREQUENTLY!
Stars: ✭ 3,687 (+12190%)
Mutual labels:  home-automation, homeassistant
Sonoff Homeassistant
Firmware for ESP8266 based itead Sonoff switches for use with HomeAssistant
Stars: ✭ 354 (+1080%)
Mutual labels:  home-automation, homeassistant
Homeassistant
Example Home Assistant Configs
Stars: ✭ 846 (+2720%)
Mutual labels:  home-automation, homeassistant
homeassistant-lightwave2
Lightwave RF custom component for Home Assistant. Requires generation 2 ("Link Plus") hub, but will control both generation 1 ("Connect Series") and generation 2 ("Smart Series") devices.
Stars: ✭ 31 (+3.33%)
Mutual labels:  home-automation, homeassistant

OZW Network Visualization Card

Home Assistant custom card for visualizing the ZWave network.

This card works with the following integrations:

ZWave network mapping can help you identify weak points in the network like isolated devices or troublesome areas of the mesh network.

hacs_badge

Screenshots

Overview

Node detail

Instalation

Using HACS

You can install this card automatically with HACS. Just search for ozw-network-visualization-card there and install it.

Manual installation instructions (without HACS)

NOTE: The following steps are for manual installation, without using HACS.

  1. Put the ozw-network-visualization-card.js lovelace card into the [config]/www/ directory ether by copying it there or by using the file editor to create it with a cut and paste of the content.
  2. Add the lovelace resource with Configuration ¦ Lovelace Dashboards ¦ Resources ¦ ⊕ ¦ URL:/local/ozw-network-visualization-card.js & Resource Type JavaScript Module ¦ Update.
  3. Restart Home Assistant.

Configuration and usage

This card works both with OpenZWave (beta) and ZWave2MQTT. To specify the correct integration use the integration config. attribute when adding the card to Home Assistant.

After installing it, follow the following steps to add it to Home Assistant UI:

  1. Add a new tab (works best in panel mode) through Overview ¦ ⋮ ¦ Configure UI ¦ New Tab + ¦ Give it a Title and any other options and select Panel Mode.

  2. Open the new tab, which will be empty, and click the + ADD CARD button at the bottom right.

  3. Choose the manual card type and a card configuration window will open, this is where you will add one of the following (depending on your ZWave integration):

    • Example using OpenZWave beta:

      type: 'custom:ozw-network-visualization-card'
      integration: ozw
      
    • Example using ZWave2MQTT beta:

      type: 'custom:ozw-network-visualization-card'
      integration: zwave2mqtt
      
  4. Save and exit UI configurator.

  5. Press CTRL+F5 if the card is not displayed.

Searching, colors and connections

You can use the search box in the top left corner to highlight nodes. You can search for any text that is present on the node (name, model, node index, etc). You can also use regular expressions, such as "bedroom|kitchen", for example, to highlight both nodes containing "bedroom" or "kitchen in their name.

Each node is colored based on the average of their RTT, as reported by the integration. Nodes can be Red, Yellow or Green, depending on how bad or good their RTT is. The average RTT is also shown on the node.

An important thing to note regarding connections is that they are simply neighbors, and not routes. NodeA is a neighbor of NodeB if NodeB can see NodeA. It does not mean that NodeB will use NodeA to communicate.


Thanks to dmulcahey for the original card for ZHA.

Note that the project description data, including the texts, logos, images, and/or trademarks, for each open source project belongs to its rightful owner. If you wish to add or remove any projects, please contact us at [email protected].