تحميل وتفعيل برنامج سوكيا لينك Sokkia Link

Introduction to Sukiya Link Software

Overview of Sukiya Link

• The video introduces the Sukiya Link software, developed by Sukiya, a company specializing in surveying devices and software. Its primary function is to act as an intermediary between surveying instruments and engineering programs like AutoCAD and Civil 3D.

Key Features of the Software

• The main use of Sukiya Link is with Total Station devices, allowing users to export survey data from the device into formats compatible with various engineering applications. This includes converting files from .sdr format to other usable formats such as .dxf, .xls, .txt, and .pdf.

• These converted files can be directly utilized for mapping sites in AutoCAD or exporting coordinates obtained during surveys for further processing in Excel or other applications. Additionally, it allows users to import project points designed in AutoCAD back into the Total Station as an .sdr file for project execution.

Error Correction Capabilities

• The software provides functionalities for correcting errors that may occur during site surveys, such as incorrect input of prism heights or back sight readings. Users can adjust specific points where errors occurred, which will automatically update all subsequent points affected by these corrections.

• It enables modifications on various parameters including back sight adjustments and point elevations while maintaining overall accuracy across the project data set. This feature is crucial when dealing with large projects where a single error can impact multiple measurements.

Additional Calculations Offered

• Sukiya Link also performs several calculations such as determining distances between two points (both horizontal and slant), calculating angles, and deriving new point coordinates based on known reference points. It can compute intersection coordinates for lines surveyed on-site, enhancing its utility in complex projects involving multiple intersecting lines.

• Furthermore, it calculates areas of polygons based on user-defined points entered into the system, providing immediate area assessments which are essential for land surveying tasks. Users can also divide straight lines into equal segments based on their chosen criteria using this tool.

Video Series Breakdown

Upcoming Video Topics

• The first video will cover how to download, install, and activate the Sukiya Link program effectively. Subsequent videos will focus on:

• Converting .sdr files to AutoCAD's .dxf format.

• Transforming .sdr files into text, Excel, or PDF formats.

• Importing points from AutoCAD or Excel back into an .sdr file.

• Performing edits and calculations on uploaded survey files including distance measurements and area calculations among others.

Installation Process

Steps for Installation

• To begin using Sukiya Link, users must first download the program from a provided link in the video description; after downloading a compressed file containing two key components: SukiyaLink.exe and an example .sdr file should be extracted onto a USB drive for activation purposes later on.

• After extraction, users need to run SukiyaLink.exe, which prompts them with a registration message upon first launch; they should insert their USB drive containing the sample .SDR file when prompted to complete registration successfully before proceeding with any operations within the software interface itself.

User Interface Overview

• Upon successful installation and registration completion:

• Users are greeted with options to select existing projects or create new ones.

• The left panel displays coordinate entry fields while offering drawing tools at right side along with mouse coordinate tracking at bottom section of interface.

• Various menu options allow users to manage projects efficiently including saving reports in different formats like text or Excel among others while providing settings related to point markers used during drawings which will be explained further in upcoming videos about usage specifics within this application environment.( t =478 s)

General Options for Coordinate Settings

Changing Coordinate Order

• Users can modify the order of coordinates from North-East to East-North by selecting an option in the general settings.

Automatic DXF Project Loading

• The software allows automatic loading of a DXF project file upon startup, streamlining workflow for users who frequently work with DXF files.

Unit Selection and Precision

• The default unit is set to meters, with precision specified in decimal places (up to four digits), which is crucial for accurate field data representation.

Angle Formats and Precision

Angle Representation Options

• The software provides four formats for angle representation: degrees-minutes-seconds, decimal degrees, degrees-decimal minutes, and degrees-decimal fractions.

Decimal Precision for Angles

• Users can specify how many decimal places are displayed after seconds in angle measurements, enhancing accuracy in angular calculations.

Graphical Interface Customization

Font and Grid Settings

• Users have options to customize font styles both for text and the program interface itself. Additionally, grid lines can be adjusted to appear horizontally or vertically on drawings.

Background Color Adjustment

• The background color of the drawing area can be changed from white to black, allowing users to work on different backgrounds based on preference or visibility needs.

Data Handling Features

Data Input Methods

• The software supports various data types including total station data, GPS data, digital level inputs, and image overlays for drawing reference points.

Calculation Tools Overview

• A calculation tool is available that assists users in performing geometric calculations such as line lengths and angles between intersecting lines. This feature will be elaborated upon in future videos.

Unit Conversion Capabilities

• There is a unit conversion tool that facilitates conversions between different measurement units when working with distances measured in meters.