ModCom is a compact piece of software developed to make data acquisition (DAQ) easier, by perfectly syncing with the modules sold by the Weeder Technologies group. This app is supposed to facilitate the communication between the Stackable Data Modules for Industrial Control and Factory Automation, and the ModCOM user. One way to quickly get around the app is to follow the brief demo that begins when the application is launched for the first time. The demonstration includes a list of panels that help you create an idea about what the app is capable of. Use the Stop button (red circle) at the end of the toolbar to stop or restart the demo whenever you want. ModCom is a cluster of instrument gauges, push buttons, slider controls, event counters and timers, on-screen lights, PI-controllers, chart recorders, and more. As for the data management aspect, one should be able to generate logs that can later be exported as CVS or uploaded directly to the internet. In addition, any user can write program scripts that can help with complicated background tasks. All in all, ModCom looks like a compact tool that aims to assist with Data Acquisition and Industrial Automation tasks. It is useless, however, without the devices found on the developer's site.
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____________ ModCom is a compact piece of software developed to make data acquisition (DAQ) easier, by perfectly syncing with the modules sold by the Weeder Technologies group. This app is supposed to facilitate the communication between the Stackable Data Modules for Industrial Control and Factory Automation, and the ModCOM user. One way to quickly get around the app is to follow the brief demo that begins when the application is launched for the first time. The demonstration includes a list of panels that help you create an idea about what the app is capable of. Use the Stop button (red circle) at the end of the toolbar to stop or restart the demo whenever you want. ModCom is a cluster of instrument gauges, push buttons, slider controls, event counters and timers, on-screen lights, PI-controllers, chart recorders, and more. As for the data management aspect, one should be able to generate logs that can later be exported as CVS or uploaded directly to the internet. In addition, any user can write program scripts that can help with complicated background tasks. All in all, ModCom looks like a compact tool that aims to assist with Data Acquisition and Industrial Automation tasks. It is useless, however, without the devices found on the developer’s site. ModCom Requirements: ____________ MINIMUM Windows 7, Windows Vista, Windows XP, Windows Server 2000, Windows 2000 Stability 80BE6ECC-BA66-4A39-BAA6-D502F7BCA956 Win 10 Latest pre-release version Version Release Date Release Notes 1.0.20 15/12/2015 Fixed a bug with some variables. 1.0.19 2/9/2015 Fixed a bug with some variables. 1.0.18 16/12/2014 Fixed a bug with some variables. 1.0.17 15/12/2014 Fixed a bug with a special variable. 1.0.16 14/12/2014 Fixed a bug with a special variable. 1.0.15 13/12/2014 Fixed a bug with a special variable. 1.0.14 6/12/2014 Fixed a bug with a special variable. 1.0.13
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What is ModCom? On this page, you will find: ◆ Comprehensive technical description of ModCom, ◆ Supported gauges and buttons ◆ Information on the modules that you can control ◆ A detailed description of the programming interface (API) ◆ Instructions for developers What do I need to control ModCom? When purchasing the application, you will receive a set of instructions, and the driver code that enables your equipment to be controlled. It is possible to customize your APC or controls using the buttons on the Gauges Page, but this is not the only way to interact with ModCom. ModCom Development The first step in creating an app for ModCom is to download and install the Data Buffer, which is a compact, side-by-side data logger that stores and controls data. More on that in the buffering interface page. The next task is to write the application code. When developing, you should: ◆ Have an idea of how the software should work ◆ Know how to define the API interfaces ◆ Know how to manipulate the modules Take a look at the API, API reference and API link pages, and then start developing! Over the past few months, our development team has been working on a version of ModCom to be used by home users to control their home automation systems. This version allows one to install ModCom and control switches, buttons and lights using the included modules. They have been working on this application for quite some time, and we hope to have it fully supported in Q4 2018. ModCom is a compact software system that creates a unified front end for automation tasks. It is fully supported by Weeder Technologies and supports all WebDevices Gauges and modules. ModCom consists of two modules: • a Communicator module that allows users to control their device from anywhere, anytime • a Data Recorder module that collects and stores data Periodically, the Communicator module sends that data to the DataBuffer module. One of the biggest fears when it comes to home automation is the visibility of all the devices and the possibility of users looking around to see what else is being controlled from a remote location. That is something that the project team wants to make sure is avoided. What makes ModCom different: • You no longer have to make sure that all lights, switches, fans and so forth are in a specific location • It is no longer a nightmare to b7e8fdf5c8
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ModCOM is a GUI based industrial control programming software. Instead of writing low level code in the processors for manual data acquisition, ModCom let’s you configure charts, timers, push buttons, on screen lights, etc. in a familiar fashion like Excel. Once you have the configuration you want in ModCom, all you have to do is to click the “Start” button and ModCOM takes care of the rest. With a configurable push button, on screen lights, and data sampling, ModCom can provide multiple applications for your automation projects. Applications for Industrial Automation: Automation is the process of controlling devices and processes with software. Automation could be directly related to industrial hardware or more subtle software solutions that affect the factory automation of items. These software solutions can allow, for example, tasks like placing parts, monitoring the production of specific products, or even testing models to see if they are operating correctly. The present invention relates to the deposition of films, and more particularly, to plasma source reactors that include the use of a magnetic array for providing control of the intensity, position and pattern of the plasma. Plasma deposition is utilized for many industrial applications, including the deposition of metallic, ceramic and dielectric films. For example, U.S. Pat. No. 5,218,127 discloses the use of an inductively coupled plasma source for producing a plasma from a gas and for depositing a film on a surface of a semiconductor wafer as the semiconductor wafer is moved. The plasma is generated by the application of a RF field to a coil that induces an RF current in the plasma to create a plasma discharge. U.S. Pat. Nos. 5,766,550 and 5,683,862 disclose similar inductively coupled plasma source reactors. U.S. Pat. No. 5,945,163 discloses a plasma source chamber that includes a dielectric plate having apertures for the passage of a gas into the chamber. Flux ring antennas are disclosed in U.S. Pat. No. 5,921,962, the contents of which are incorporated herein by reference. The antennas disclosed in the “”962 patent include a plurality of annularly arranged magnets that are configured to provide a magnetic field that surrounds a portion of a chamber in which the antenna is disposed. One advantage of the system of the “”962 patent is that the shape and spacing of the magnets provide for greater control over
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All in all, ModCom looks like a compact tool that aims to assist with Data Acquisition and Industrial Automation tasks. It is useless, however, without the devices found on the developer’s site. How to get it: This setup is in beta, meaning that there might be some bugs. Yet, this is actually the most common setup. You will need a server, a production environment (if you don’t have one, you can send the cvs file to and ask the staff to create a server for you), and the Stackable Data Module. The details of the device are listed on this link: The Stackable Data Modules are the only components that are needed to use ModCom. You can download the SDK here: The ModCOM API is the only way to communicate with the devices: If you want to know more about the ModCOM API, have a look at this link: If you want to download a server that contains the ModCOM API, this is it: You also need to install a basic server for your production environment. There are plenty of options, and they all depend on your needs. Here are some of the most useful options: OpenShift or UCP OpenShift is a self-hosted platform to host your application and run it on a server. It is a free option, and UCP is a commercial off-the-shelf product. The use of UCP or OpenShift will vary according to your needs. The idea is that all of the tools and the API will be on your server. You will also have a much easier time updating or manipulating the devices if something goes wrong, because you have a control panel and can replace the device without visiting the factory. On the other hand, you can also host an OpenShift container in your production environment, and use OpenShift to host it. In this case, the programming of the modules will be done on the host side. The advantage of this strategy is that you have complete control over your data and will benefit from the features that OpenShift gives you. A proper web server A proper web server is actually the core of the whole setup. This is the preferred option if you do not want to bother with the operations behind the curtains of the production server, because you will be managing it yourself. You will also benefit from a fully functional web server. This option might be a bit more costly than the two
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OS: Windows XP or newer Processor: Dual-Core 2.5 GHz or equivalent Memory: 4 GB Graphics: 256 MB OpenGL capable video card Hard Drive: 4 GB available space Sound Card: DirectX compatible sound card Additional Notes: Mac users, please download the zip from here. The data you provide will be used solely for the purposes of this project. All data will be erased after completion. This project uses various third party libraries and it is not guaranteed to work on all systems.