A MIB is a database that contains the properties available to different types of devices. In short, SNMP (Simple Network Management Protocol) is a standardized protocol used for collecting and organizing information about devices on your network. The metrics I’m reporting represent a small subset of the data made available by Synology’s MIBs. This data is all being reported to a dedicated “synology” database in InfluxDB. In my case, I’m visualizing the overall system status, condition of each of the 4 disks I currently have loaded in the 8-bay enclosure, CPU load, network throughput, overall system temperature, and the temperature of each of the 4 disks. The Normal Displacement plugin is a bit like. Thankfully, Synology’s DSM platform natively supports SNMP, and we can easily run Telegraf to monitor the SNMP data and log it in our previously created InfluxDB instance. This enables you to select a bone and a target bone, and applies a muscle motion modifier, so as the target moves towards the first bone, the bone expands around the x and y axis and shrinks on the z-axis, bulging like a muscle. There are two main modes in Zbrush for painting on 3d objects.
#MIKE GREEN LIGHTWAVE 3D PLUGINS WINDOWS#
I knew that I wanted to leverage Grafana to display health statistics about the Synology (disk temperatures, throughput, disk conditions, etc.)-something that I never took the time to setup for my Windows server. A few months ago, I retired an 8+ year old Windows Server storage solution and replaced it with a new Synology DS1817+. As part of my Home Automation series, we configured a Grafana dashboard to display status and statistics about SmartThings devices, the local weather and more.