Logic lab allows you to simulate and display logic conditions using:

 

  • Logic Operators
  • Segment Decoders 
  • Binary Encoding & Decoding
  • ALU & Magnitude comparer

 

What can I build with LogicLab?

LogicLab can be used to perform logical operations in an application based on events that occur.  These events fed into the LogicLab component set can help determine a course of action to take or display this information in the form of an LED or other component.  Logic data can be visualised in the form of a segmental display and logical operations can be performed using little or no code.

 

LogicLab_illustration

LogicLab Demo


Our component libraries come in 3 versions a VCL - Firemonkey version (for Delphi / C++ Builder / RAD Studio XE4 to 10.1 Berlin), an MFC compatible Visual C++ version, and a .NET 2.0 and 4.0 (4.5 and 4.6 compatible) supporting Visual Studio 2005 to 2015.
 
The RAD Studio version is a set of native VCL and Firemonkey components of which all include now the powerful Mitov Runtime.
 
The Visual C++ version is a set of native Visual C++ classes (components).
 
The NET 2.0 and 4.0 (4.5 and 4.6 compatible) version is a set of managed .NET components.  The .NET version has the same performance as the native versions, and supports all the Microsoft .NET languages including Visual Basic, C#, J#, F# and C++/CLI.
 
Due to the unique architecture of the OpenWire platform, the components are implemented the same way in Managed .NET and native Windows (32 and 64 bit) environments. The code to control a component from VB.NET, C++/CLI, C#, and J#, Visual C++ MFC, Delphi, and C++ Builder is almost identical. This allows the developers to migrate and share code between the different environments thus significantly improving the productivity.
 
OpenWire Libraries: for fast, complex data stream processing with almost zero lines of code!
RAD Studio XE8 Delphi XE8 C++ Builder XE8 RAD Studio 10 Seattle Delphi 10 Seattle C++ Builder 10 Seattle

Logic tools

LLOr LLOr

Or logic operator

LLAnd LLAnd

Logic lab and operator

LLXor LLXor

Logic lab Xor operator

LLInverter LLInverter

Logic lab value inverter

LLTFlipFlop LLTFlipFlop

Logic lab flip flop component

LLSource

Logic lab source component

LLSink LLSink

Logic lab sink component

LLRandomGenerator LLRandomGenerator

Logic lab random value generator

LLMerger LLMerger

Logic lab value merger

LLSplitter LLSplitter

Logic lab value splitter

LLJKFlipFlop LLJKFlipFlop

The JK flip-flop augments the behavior of the SR flip-flop (J=Set, K=Reset) by interpreting the S = R = 1 condition as a "flip" or toggle command. Specifically, the combination J = 1, K = 0 is a command to set the flip-flop; the combination J = 0, K = 1 is a command to reset the flip-flop; and the combination J = K = 1 is a command to toggle the flip-flop, i.e., change its output to the logical complement of its current value. Setting J = K = 0 does NOT result in a D flip-flop, but rather, will hold the current state. To synthesize a D flip-flop, simply set K equal to the complement of J. Similarly, to synthesize a T flip-flop, set K equal to J. The JK flip-flop is therefore a universal flip-flop, because it can be configured to work as an SR flip-flop, a D flip-flop, or a T flip-flop.

LLRam LLRam

Random access memory component

LLRom LLRom

Read only memory component

LLSegmentDecoder LLSegmentDecoder

Segment Decoder component

LLDecoder LLDecoder

Decoder component

LLEncoder LLEncoder

Encoder component

LLFromGrayCode LLFromGrayCode

Convert from Gray Code

LLToGrayCode LLToGrayCode

Convert to Gray code

LLBinaryCounter LLBinaryCounter

A binary counter can be constructed from JK Flip Flops by taking the output of one cell to the clock input of the next. The J and K inputs of each flip-flop are set to 1 to produce a toggle at each cycle of the clock input. For each two toggles of the first cell, a toggle is produced in the second cell, and so on down to the fourth cell. This produces a binary number equal to the number of cycles of the input clock signal. This device is sometimes called a "ripple through" counter.

LLBitShifter LLBitShifter

The bit shifts are sometimes considered bitwise operations, because they operate on the binary representation of an integer instead of its numerical value; however, the bit shifts do not operate on pairs of corresponding bits, and therefore cannot properly be called bit-wise. In these operations the digits are moved, or shifted, to the left or right. Registers in a computer processor have a fixed width, so some bits will be "shifted out" of the register at one end, while the same number of bits are "shifted in" from the other end; the differences between bit shift operators lie in how they determine the values of the shifted-in bits.

LLBarrelShifter LLBarrelShifter

A barrel shifter is a digital circuit that can shift a data word by a specified number of bits in one clock cycle. It can be implemented as a sequence of multiplexers (mux.), and in such an implementation the output of one mux is connected to the input of the next mux in a way that depends on the shift distance.

LLMultiplexer LLMultiplexer

In electronics, a multiplexer (or mux) is a device that selects one of several analog or digital input signals and forwards the selected input into a single line.  A multiplexer of 2n inputs has n select lines, which are used to select which input line to send to the output. Multiplexers are mainly used to increase the amount of data that can be sent over the network within a certain amount of time and bandwidth. A multiplexer is also called a data selector.

LLDemultiplexer LLDemultiplexer

A demultiplexer (or demux) is a device taking a single input signal and selecting one of many data-output-lines, which is connected to the single input. A multiplexer is often used with a complementary demultiplexer on the receiving end.

LLMagnitudeComparer LLMagnitudeComparer

A digital comparator or magnitude comparator is a hardware electronic device that takes two numbers as input in binary form and determines whether one number is greater than, less than or equal to the other number.

LLAdder LLAdder

In electronics, an adder or summer is a digital circuit that performs addition of numbers. In many computers and other kinds of processors, adders are used not only in the arithmetic logic unit(s), but also in other parts of the processor, where they are used to calculate addresses, table indices, and similar operations.

LLALU LLALU

In digital electronics, an arithmetic logic unit (ALU) is a digital circuit that performs integer arithmetic and logical operations

LogicLab: What's New

New in Version 7.8.0.0 (released on 2016-05-03)

  • Added RAD Studio 10.1 Berlin support
  • Added Visual Live Binding property editors
  • Added Reset to Default property editors
  • Added Enum property editors
  • Added Class events property editors
  • Added Multi-Event property editors
  • Added Make/Split Structure components

New in Version 7.7.0.0 (released on 2015-10-28)

  • Added 10 Seattle support
  • Added support for VS2015
  • Added TOWBoolToIntFormatConverter
  • Improved threading support
  • Improved OpenWire Editor
  • Clock pins changed to MiltiSink
  • Improved Design Time Editors
  • Improved JSON support
  • Improved collections
  • Added more Live Binding types
  • Added support for hosting OpenWire Studio projects
  • Added serialization support in the buffers
     

New in Version 7.6.0.0 (released on 2015-04-17)

  • Added TTLGenericFilter
  • Added more visual live binding types
  • Significantly improved property Delphi editors

New in Version 7.5.0.0 (released on 2014-11-18)

  • Improved Memory components.
  • Improved components design
  • Includes the free Mitov.Runtime
  • Added XE7 support

New in Version 7.0.0.0 (released on 2014-04-21)

  • This is the first release
( Click to view Larger images. )
These demos are executable after downloading.
Also see:   Demo source code downloads

LogicLab Examples

Logic Lab Demo Logic Lab Demo
Logic Lab IDE Logic Lab IDE

LogicLab: Frequently Asked Questions

Q: Do I have to purchase LogicLab?
A:

LogicLab is free for non commercial purposes. This means that you can use it for personal pleasure, hobby, or evaluation purposes. If you are student you can also use it for free for your educational needs including school projects. If you are a tutor at present you also can use it for free for your classes. However in the near future a low cost tutor license will be available, and you will have to purchase it. Your students however will not need license to use the product at class.

LogicLab Installers

Firemonkey and VCL Installer: LogicLab 7.8.2.0 VCL and FireMonkey 32 & 64 bit support for XE8 to 10.1 Berlin
Updated on 2016-06-05, downloaded 336 times.
Firemonkey and VCL Installer: LogicLab 7.7.0.0 VCL and FireMonkey 32 & 64 bit support for XE7 to 10 Seattle
Updated on 2015-10-27, downloaded 420 times.
Firemonkey and VCL Installer: LogicLab 7.6.1.0 VCL and FireMonkey 32 & 64 bit support for XE6 to XE8
Updated on 2015-06-10, downloaded 473 times.
Firemonkey and VCL Installer: LogicLab 7.5.0.0 VCL and FireMonkey 32 & 64 bit support for XE4 to XE7
Updated on 2014-11-18, downloaded 501 times.
Firemonkey and VCL Installer: LogicLab 7.0.0.0 VCL and FireMonkey 32 & 64 bit support for XE3 to XE6
Updated on 2014-04-21, downloaded 535 times.
.NET Installer: LogicLab 7.8.2.0 for Microsoft .NET 4.0 (4.5 and 4.6 compatible)
Updated on 2016-06-05, downloaded 166 times.


Demos

These demos are executable after downloading.   Also see: Demo source code downloads

 

The libraries are licensed per developer, and there are no royalties required. Once you have purchased a developer license, you are free to distribute your final product without the need to pay any royalties or other fees as long as you comply with the following license agreement:
 
 
LICENSE - AGREEMENT
 
Users of the LabPacks Component Pack(Software) must accept these terms of license.
 
If you refuse to accept the terms of license, you may not use this software, and you have the right to return it within 30 days of the purchase date, and to receive your money back.
 
For your convenience a copy of this license agreement will be stored on your system during the installation.
 
This license grants you the following rights:
 
You have a non exclusive license to the Software. The Title and all intangible rights to the Software are the property of Mitov Software .  
 
You may install and use one copy of the Software per computer assuming only one and the same person will use the Software on all of the computers. You may distribute any application that includes Software without any additional royalties beyond your initial license registration fee.
 
You can also create a reasonable set of copies of the product on different types of media, such as CD Rom or Type Backup, as far as those copies are used only for your own back up protection.
 
Description of the limitations. 
 
You may not reverse engineer, decompile, or disassemble the Software.
 
The Software is licensed as a single product. You may not rent or lease the Software. You must treat the Software like any other copyrighted material except that you may either (a) a reasonable amount of copies of the Software solely for backup or archival purposes, or (b) install the Software multiple computers provided you keep the original solely for backup or archival purposes and only a single developer will use all of the copies.
 
You may not separate Delphi and C++ Builder components from this Software.
Each developer must have a valid license for the Software.
 
You may not create a competing component product using this Software.
 
Additional restriction to Delphi-VCL and C++ Builder components: 
 
You may not distribute the Delphi-VCL components in a DCU (Delphi Compiled Unit) format. You can distribute the component only as a part of your executable or dynamic link library program in a compiled form.
 
You may not distribute the C++ Builder components in OBJ format. You can distribute the component only as a part of your executable or dynamic link library program in a compiled form.
 
 
Mitov Software grants a limited warranty with these restrictions:
 
THE SOFTWARE IS SUPPLIED AS IT IS. MITOV SOFTWARE AND ITS SUPPLIERS DISCLAIM ALL WARRANTIES, EITHER EXPRESS OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, WITH REGARD TO THE SOFTWARE. NO LIABILITY FOR CONSEQUENTIAL DAMAGES. TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLE LAW, IN NO EVENT SHALL MITOV SOFTWARE OR ITS SUPPLIERS BE LIABLE FOR ANY SPECIAL, INCIDENTAL, INDIRECT, OR CONSEQUENTIAL DAMAGES WHATSOEVER (INCLUDING, WITHOUT LIMITATION, DAMAGES FOR LOSS OF BUSINESS PROFITS, BUSINESS INTERRUPTION, LOSS OF BUSINESS INFORMATION, OR ANY OTHER PECUNIARY LOSS) ARISING OUT OF THE USE OF OR INABILITY TO USE THE SOFTWARE.

News

May 4, 2016more...

10.1 Berlin Support in Latest Release

October 28, 2015more...

10 Seattle Support in Latest Release

July 3, 2015more...

OpenWire Studio Beta5

February 13, 2015more...

OpenWire Studio Beta4

December 20, 2014more...

7.5.1.0 Release for .NET

November 19, 2014more...

Latest XE7, .NET Releases & New Mitov Runtime

April 15, 2014more...

NEW! XE6 Components Release with new Android Support

June 12, 2013more...

NEW RELEASE: Version 6.0 of our Component Librarys -- includes OpenWire Editor

June 7, 2013more...

NEW! OpenWire Studio version beta 1 is officially released.


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