Horizon Technologies

• Support file (.PC3, .LIN, .PAT, .DWT, .SSM) compatible
• Based on 2018 DWG technology

AutoLISP is a popular high-level language used for programming in CAD Packages such as AutoCAD, BricsCAD or ZWCAD. Using AutoLISP, you can create customised CAD commands to perform actions in order to generate the desired output.

LSP files or files with .LSP extension are the files written in LISP programming language. The LSP files contain source code for AutoLISP in the form of plain text program code which is executed with the help of an LSP interpreter. These files can be opened using any text editor. LSP files are used with Popular CAD programs such as AutoCAD, BricsCAD and ZWCAD.

You can create a LISP program in the VLISP window. To open the VLISP window, from the AutoCAD window, in the ‘Tools’ menu, select ‘AutoLISP’ and then select the ‘Visual LISP Editor.’ In the VLISP window that opens, you can type your LISP program in the console window. You can also launch the VLISP text editor by selecting ‘File’, then ‘New.’ The text editor enables you to write and save complete LISP programs, or routines.

An AutoLISP file should be first loaded before it can be executed. To open an AutoLISP (LSP) file, make sure the text editor is active. In Visual LISP, from the menu bar, in the ‘Tools’ menu, click ‘Load’ button. Alternatively, in the ‘Run’ toolbar, you can click ‘Load Active Edit’ Window. A message is displayed in the Console window if the program was loaded successfully. To execute the AutoLISP function, At the AutoCAD Command prompt, enter the name of a command or function name in parentheses, and press ‘Enter’. Alternatively, you can enter the name of a command or function name in parentheses at the Visual LISP Console window prompt, and press ‘Enter’.

LISP, one of the best high-level languages, is the best-suited programming language for AUTOCAD due to the unstructured nature of AutoCAD drawings. The lisp functions are suitable for geometry, accessing AutoCAD's internal DWG database, or manipulation of graphical entities in AutoCAD. The properties of these graphical entities are revealed to AutoLISP as association lists in which values are paired with AutoCAD group codes that indicate properties such as definitional points, radii, colours, layers, linetypes, etc. AutoCAD loads AutoLISP code from .LSP files.

AutoLISP code can interact with the user through AutoCAD's graphical editor by use of primitive functions that allow the user to pick points, choose objects on the screen, and input numbers and other data. AutoLISP also has a built-in graphical user interface (GUI) mini- or domain-specific language (DSL), the Dialog Control Language , for creating modal dialog boxes with automated layout, within AutoCAD.

AutoLISP comes already loaded with a full version of AutoCAD. However, AutoLISP is not supported in AutoCAD LT.

E3.series is a Windows-based, scalable, easy-to-learn system for the design of wiring and control systems, hydraulics and pneumatics. The out-of-the-box solution includes schematic (for circuit and fluid diagrams), cable (for advanced electrical and fluid design), panel (for cabinet and panel layout), and formboard (for 1:1 wiring harness manufacturing drawings). Integrated with MCAD, E3.series is a complete design engineering solution from concept through physical realization and manufacturing output.

Benefits of E3 Series CAD Software

• It Does the Busy Work for You- Make an update in any of the views and E3.series will automatically update all the other views of your project; does all the checking for you and automates functions such as automatic single-click routing of wires in panels and electric devices.
• Customizable- Personalize the tool to fit your own design process. You can create your own libraries, shortcuts and custom libraries with the most commonly used elements.
• Fully Integrated- Integrates with other areas of the project (electric, mechanic & pneumatic) as well as with post design processes (ERPs) and more.
• Modular- The tool grows with you and can help you with the most basic electric engineering design stuff like creating schematics.
• Collaborative- With its E3.enterprise edition, many users can work on the same project simultaneously without creating versioning problems.
• It Catches All the Errors for You- E3.series' built-in logic does all the checking for you and catches errors, in fact it doesn't let you make mistakes in your design, ever. 

Solid Edge 2D Nesting
With Solid Edge 2D Nesting, generate optimized layouts for the two-dimensional cutting of fabrication materials, including sheet metal, plastic, wood, fabric and textiles. 2D Nesting saves fabricators time and money by allowing them to manage material use more effectively.
The process of 2D nesting, or the organization of 2D shapes efficiently on a single cutting plane, is much like processes dressmakers have used for decades. The optimized nesting patterns, created using a next-generation nesting algorithm, markedly reduce preparation time, waste and costs.

Powerful nesting, comprehensive control
Solid Edge 2D Nesting utilizes the most advanced and efficient nesting engine to generate best-in-class layouts optimized for two-dimensional cutting of sheet metal, wood and more. These nested cutting patterns reduce time, waste and costs when creating 2D shapes common in products.

Support for 2022 dwg & dxf files

High Speed and Performance

IntelliCAD 10.1a Engine & ODA 21.11 Libraries

Associate Arrays

All new Table Features

Support for Shape Files

DimBreak Command

Support for 3D Connexion Space Mouse

Dynamic view transitions

All new Geo Location Module

One click program defaults restore

Create and Support Sheet Sets

Advanced Grips for Blocks and Groups

Insert and Edit Dynamic Blocks

Several improvements to User Interface

Layer Previous Command

Several improvements to Features and Performance

Additional options during PDF import

Improved API

Improved Licensing Technologies

Improved Block Attributes

Many new commands and features

Import of map files (.shp, .sdf, .sqlite files)

CAD software for 2D drafting, 3D modeling & 3rd party apps

Generate complex 3D geometry using the latest innovations in Direct and Parametric Modeling, Point Cloud processing and visualization workflows.

The BricsCAD Runtime eXtension (BRX) API enables top application developers to build industry-specific tools and workflows for BricsCAD. We offer over 400 third-party applications on the Bricsys Application Store to help users get their work done easier, faster and more accurately.

BricsCAD® Pro is highly compatible with AutoCAD® 2022
There’s no need to change your printers, templates, blocks or sheet set layouts to move to BricsCAD – they are 100% compatible. Command names, aliases, and system variables are the same in BricsCAD and AutoCAD®. BricsCAD is based on native DWG for the highest compatibility with other CAD users across all industries.

Command compatible

Menu (.CUI, .CUIX) compatible

Macro/script compatible

Support file (.PC3, .LIN, .PAT, .DWT, .SSM) compatible

Based on 2018 DWG technology

• Export CAD drawing to KML file (Point (Place Marker), Text, Line, Pline (Path), Polygon)
• Import KML file data as CAD drawing (Point (Place Maker), Text, Line, Pline (Path), Polygon)
• Convert UTM Coordinate to Lat Long
• Convert Lat Long Coordinate to UTM
• Find Lat Long of a point within your CAD editor

• Present your drawing data on google earth and impress your customer
• Cross-check survey data with google earth data to ensure accuracy
• Import available data from KML file and avoid retracing
• Create 3D maps from 2D drawings without additional investment of time and 3D based software

• Offers full functionality for 2D & 3D CAD
• Over 10,000 happy users in 88 countries
• Used by individuals and large corporates
• ActCAD offers Perpetual License
• Email Technical Support is free of charge
• Access Tutorial Videos from within the software
• Simple Self-Help Module to address most of the common queries
• Very Affordable Price
• Convert PDF to DWG/DXF Files from within the Software
• Convert Image to DWG/DXF Files – Raster to Vector
• ActCAD Convertor: Batch Auditing & File Conversions
• Block Library of over 5000 Blocks (you can add your blocks too)
• Many addon tools, features and commands

Building Information Modeling

Design with Solids: One end-to-end BIM workflow for design, construction documentation, and manufactured building products.

Classify, automate: Leverage the power of A.I. tools to automatically convert your concept study models to fully classified BIM models (LOD 200). Then, increase the LOD of your BIM continuously using the power of BricsCAD BIM’s A.I.-powered workflows.

Generate spectacular documentation: Create clear and accurate construction documentation in record time, using the automatic generation of sections, elevations, drawing views and sheet layouts. 

Deliver custom designs for Manufactured Building Products: The accuracy of BricsCAD BIM offers new horizons for manufacturers of building products.

Design with Solids
Experience design freedom with a 3D workflow, not limited by pre-defined parts or libraries components. Use intuitive push-pull direct modeling to sculpt your mass-model concept. Your model remains light and responsive, because it’s not over-loaded or over-constrained.

Being a leader in the industry, we are engaged in providing our clients a qualitative BricsCAD Pro Software. The provided service is performed by our highly experienced professionals using superior grade tools and latest technology. This service is carried out as per the variegated requirements of our valuable clients. The offered service is highly acknowledged by our clients owing to its flawlessness and hassle free execution. Moreover, clients can avail this service from us at pocket-friendly price.

Solid Edge is a 3D CAD, parametric feature, and synchronous technology solid modeling software.

Scalable simulation software changes the shape of design
By starting simulation early in design, changes are made when they are easiest, time-to-manufacture is shortened, and cost-to-manufacture can be reduced. Accurate simulation of complete models reduces the number of physical prototypes and further reduces time and cost.

Improve Machine Learning algorithms by studying underfitting, overfitting, training, validation, n-fold cross validation, testing, and how hyperparameters could improve performance. Perform linear and logistic regressions in Python.

• The Field of Data Science
• The Problem
• The Solution
• The Skills
• Statistics
• Mathematics

• Create any shape easily using BricsCAD’s powerful 3D Direct Modeler. Free from the limitations of history-based systems, BricsCAD’s Direct Modeler treats native and imported geometry the same way.
• The best, most familiar workflow for turning your mechanical designs into production drawings.
• Import data from popular MCAD formats, such as Solidworks®, Inventor®, and Creo.

Design
Create any shape easily using BricsCAD’s powerful 3D Direct Modeler. Free from the limitations of history-based systems, BricsCAD’s Direct Modeler treats native and imported geometry the same way.

Well-known 2D Drafting ToolsBricsCAD offers all the 2D drafting tools you know, and more. You can access them directly from the ribbon, toolbars or the command line. Current CAD users can be comfortable with BricsCAD in an hour, and proficient in an afternoon.A.I.®

Familiar interfaceLeverage what you already know with full command, script, macro and menu compatibility with AutoCAD
• Command compatible
• Menu (.CUI, .CUIX) compatible
• Macro/script compatible
• Support file (.PC3, .LIN, .PAT, .DWT, .SSM) compatible 

• Import data from CSV, Excel or CAD for earthwork calculation and section drawings
• Generate earthwork calculation with fixed formation level or between two surfaces
• Generate earthwork calculations for complicated structures by importing simple lines defining 3d surfaces
• Generate interim earthwork reports during the progress of projects
• Generate detailed quantity calculation (Quantity takeoff) reports either using Triangulation method or Block method
• Generate elevation grids or block levels without getting into complicated surface creation
• Generate earthwork calculation reports between given depth of cut or depth of Fill
• Automatic calculation of optimum fixed formation level
• Create 3D output to represent the initial and final surface

• Save time for quantity calculation
• Get the optimum formation level to match cutting and filling for a surface in a single click
• Create instant and accurate quantity estimate along with respective drawings

Our CAD models represent theoretical perfect design intent but they do not represent the actual product that will be coming out of the shop floor! CAD does not manufacture anything, real manufacturing and assembly processes do and that is where Sigmund can take CAD information and considers proposed manufacturing and assembly processes to determine how well the design will actually build. What’s significant is that this can be done years before any parts are manufactured. The design can be evaluated, optimized and validated before it is released for tooling.
Designs can be released with confidence knowing that the product will always build with World Class Quality and that the design is efficient and cost effective. Precision is always directly related to cost and this is not a linear relationship but closer to exponential. By understanding where precision is needed and where it is not enables the opportunity for a quality up cost down scenario. Sigmund has advance reporting capabilities that can be used by multiple stakeholders in the supply chain throughout the products life time.
Sigmund Edge
SigmundEdge, a powerful tolerance analysis software for SolidEdge developed by Varatech, enables engineers to evaluate, optimize and validate assembly build quality, relative to piece part tolerance and assembly process variation. Fully integrated within Solid Edge, this value-added software can be used early in the development phase before design solidification. SigmundEdge prevents costly tweaking delays at ramp-up as well as long-term variation problems. Sigmund has been awarded the Premier Certified Select status within the Solid Edge Voyager Program.
Benefits
SigmundEdge can predict the quality of a Solid Edge design and assembly based upon predetermined tolerance values or determine the component tolerances required to meet a given assembly build objective. SigmundEdge even includes a powerful utility, which automatically optimizes all tolerance. Sigmund Edge’s powerful utilities and easy to use menu-driven modeling capabilities greatly reduce time and effort, and its succinct reporting module provides all relevant information. SigmundEdge optimizes design and assembly process, add precision where needed and eliminates overly costly designs.
Solid Edge Integration

Ease of use & Quick to learn specially designed for non-specialist.

Automated Worst case Interference analysis.

Intelligent Nominal and tolerance based Interference Visualization at worst case, Min, Max conditions.

Associated to Solid Edge Geometry & Tolerances, & considers both GD&T, & Linear Tolerances.

Works with SolidEdge Part, Assembly and Draft files.

Functions

Five analysis types including: Worst case, RSS, MRSS, PCRSS, and Monte carlo Simualtions.

Design for Six Sigma-Roll-Down & Roll Up Methodologies for performing tolerance analysis.

Wide Range of statistical distributions and Extensive automatic report generation.

Optimize Design with unique tolerance optimization and cost minimization capabilities .

Identify Cost saving Opportunities with Cost Savings Report. Sensitivity, Tolerance Impact, Automatic Statistical, What-if and SPC report generation.