Important update on 16. February 2019: Some links, and especially downloads links on this personal website may not be uptodate, as I recently transferred the whole site from www.finaquant.com to software.tuncalik.com.
Give me some time; I will check and correct them one by one.
I decided to offer all the software introduced on this website open-source and free.
Check my shared folder for most uptodate downloads. Open-Source downloads of the C#/.NET libraries Finaquant Calcs and Finaquant Protos are also included in this shared download folder as zipped Visual Studio 2012 files.
You may contact me if you need any help or consulting for my analytical software.
- Minimum Total Loss Rounding in Python
- Travel and Assignment Planning Software in Python
- Top-Down Distribution of Quality Measurement Requirements using Table Functions in Python
- A Simple Notation for Data Tables
- Calculating Sales Commissions in Excel
- How to Add a User-Defined Table Function to Excel
- How to Apply a User-Defined Function on Rows of a Table in Excel
- Empowering Excel with Table Valued Functions
- Testing Table Valued Functions with LINQPad
- Building a Web Service that Receives and Returns Data Tables
- Optimizing Marketing Investment
- Reporting with ReportViewer in Visual Studio
- Simulation of Dealer Commissions with Matlab
- Finaquant’s Matrix and Vector Functions
- Table Function Demo with Microsoft Excel
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Minimum Total Loss Rounding algorithms are quite useful for distribution problems if you need whole numbers after the distribution, as the final result of distribution. Download Python script/module MinLossRounding_v1_Feb2019.py (version-1) For example, you want to distribute a certain number of … Continue reading
We are currently working on an Excel add-in named Finaquant in Excel that will make all the Matrix, Vector and most importantly, Table Valued Functions of finaquant libraries available for Excel users and programmers (macro, VBA). Table Valued Functions will … Continue reading
Table Functions of our .NET libraries finaquant® protos (non-commercial) or finaquant® calcs (commercial) can be used to formulate evaluation function (also known as objective or fitness function) and constraints in any optimization scenario quite easily without cumbersome database programming; following … Continue reading
With finaquant® protos (non-commercial) or finaquant® calcs (commercial) a .NET developer has everything she needs for analytical table computations and database connection (i.e. storing and reading complete data tables). Sometimes, tables need to be broken down into matrices for detail … Continue reading