TAILIEUCHUNG - Automation Introduction

Automation is the ability to programmatically interact with an application through objects exposed by that application. By using an Automation client like Microsoft Excel, or Visual Basic, the end user can write code to access these objects and interact with HYSYS. Code can also be written in HYSYS itself in the form of User Variables or Macro Language Editor (MLE) macros. The available objects are the same. The exposed objects make it possible to programmatically perform nearly any action that can be accomplished through the HYSYS graphical user interface | Automation Introduction 1 2004 AspenTech - All Rights Reserved. 12 Automation Introduction Automation Introduction 1 2 Automation Introduction Introduction Automation is the ability to programmatically interact with an application through objects exposed by that application. By using an Automation client like Microsoft Excel or Visual Basic the end user can write code to access these objects and interact with HYSYS. Code can also be written in HYSYS itself in the form of User Variables or Macro Language Editor MLE macros. The available objects are the same. The exposed objects make it possible to programmatically perform nearly any action that can be accomplished through the HYSYS graphical user interface. Workshop In this module you will review and begin to understand an Automation front-end to the Turbo Expander case using Microsoft Excel. Additionally a simple HYSYS User Variable will be created. Learning Objectives In this module you will gain an understanding of the possibilities that Automation access to HYSYS can bring. The examples given should give a starting point for any further learning. If you want to learn more about Automation programming with HYSYS AspenTech offers another course that will meet your needs. Ask the instructor for more information. 2 Automation Introduction 3 Prerequisites No prior programming experience is assumed. However before beginning this module you should have a reasonable understanding of the HYSYS program. Why Use HYSYS Automation The main reason for using the Automation capabilities of HYSYS is to improve the efficiency of your work processes. By reducing the amount of time spent on repetitive tedious tasks and hence by reducing the amount of human errors more time is left for engineering tasks. The efficiency of your work processes can be increased by using HYSYS Automation for Automating manual data entry tasks for example extract HYSYS data to an Excel spreadsheet for delivery to a Vendor. Creating hybrid .

• Tự động hoá
• Automation
• Visual Basic
• HYSYS graphical
• Turbo Expander
• Automation programming
• HYSYS program
• Data Access Automation Interface Standard
• OPC Data Access Automation Specification
• Automation Specification
• General provisions OPC
• Automation Interface Standard
• OPC Automation error handling
• Journal of Automation and Control Engineering
• Increasing the productivity of automation tool by developing socket
• Automation tool by developing socket
• Auto report generated
• The automation tool
• Abnormality management in industrial automation systems
• Industrial automation systems
• Future industrial automation systems
• Abnormality management approach
• automation system
• Totally Integrated Automation
• SIMATIC
• company SIEMENS
• separate modules
• Energy electronics technician
• integration
• manufacturing automation
• remote control
• automation curriculum
• microcontroller projects
• industrial automation
• Giáo trình Automation 5
• Automation studio
• Benutzerhandbuch
• tự động hoá studio
• công nghệ tự động hoá
• automation control
• remote controller
• robot technology
• automation technology
• Pragmatic Project
• Automation Ayuthiyea
• Pragmatic Project Automation
• CruiseControl RSS
• Pragmatic Starter Kit
• Automation asset
• Automation asset management
• Automation methodology
• Process modeling
• IT Professionals
• implementation methodology
• amplifier circuits
• remote control circuits
• automation controls
• servo
• International Journal of computer science & communication networks
• Employee workflow automation using qlid
• Quick look ID
• Employee workflow automation
• Radio frequency identification
• Anaging employee’s workflow say
• Kinh doanh Marketing
• Marketing bán hàng
• Tự động hóa Marketing
• Công cụ Automation Marketing
• Gánh nặng công nghệ
• Phần mềm Automation Marketing
• Quá trình mua hàng
• Phát triển doanh nghiệp
• Summary of doctoral thesis on control and automation engineering
• Control and automation engineering
• Attitude estimation for small Earth observation satellite by fusion
• Gyroscope sensor and star tracker
• Small Earth observation
• Marketing tự động
• Quy trình marketing
• Quy trình Marketing Automation
• Hệ thống Marketing Automation
• Khách hàng tiềm năng
• Quy trình gửi email tự động
• Doctor of Philosophy dissertation in information technology
• Unified view approach to software development automation
• Software development automation
• Domain specific language
• Generatively construct modular software
• Arduino home automation projects
• Automation projects
• Building wireless Xbee motion detectors
• Control lights from phone or tablet
• Measuring the temperature using bluetooth
• Marketing Automation
• Tự động hóa tiếp thị
• Quá trình Marketing Automation
• Quản trị marketing
• Phương pháp Marketing truyền thống
• Quá trình tiếp thị doanh nghiệp
• Drip irrigation
• Automation irrigation system
• Automation irrigation system for floriculture
• Cereal crops
• Deficient in soil
• Tự động hóa Studio
• creating a diagram
• catalog
• field configuration
• Kỹ Thuật
• Công Nghệ
• Cơ khí
• Chế tạo máy
• tiếng anh kỹ thuật tàu thủy
• hợp đồng đóng tàu
• Power Station Automation
• ngoại ngữ
• anh văn thương mại
• anh văn ngành tàu thủy
• tự động hóa
• trạm máy phát điện
• Design Of A Powerline
• powerline network
• Internet Protocol
• computer communicating
• domestic powerline
• hệ thống thuỷ lực
• máy khoan ECM660 – III
• mô phỏng thiết kế
• ứng dụng AUTOMATION STUDIO 5
• ứng dụng thiết kế