-
Period: to
Alpha
Growth of first alpha -
First alpha
Linux kernel: 2.6.39
DE: XFCE 4.8.3
Office: LibreOffice 3.3.3
Browser: Chromium 12.0.742.77 -
Period: to
RC1
Growth of first RC -
Birds Linux RC1
Linux kernel: 3.0
DE: XFCE 4.8.3
Office: LibreOffice 3.4.3
Browser: Chromium 14.0.835.163 -
Period: to
RC2
Growth of second RC -
Birds Linux RC2
Linux kernel: 3.4
DE: XFCE 4.10.0
Office: LibreOffice 3.5.3
Browser: Chromium 19.0.1084.46 It includes also:
A tool to solve equations and inequations;
Pyrtina, a text editor to write SW using the OOP characteristics
of Python;
The first textual release of AuLi & pH Calc to design an electrolytic cell and calculate the pH of acids and basics; -
Period: to
1.0
Development of Birds Linux 1.0 -
First alpha of Budgie Calc
Software to study rational functions -
Birds Linux 1.0
Linux kernel: 3.8.8
DE: XFCE 4.10.2
Office: LibreOffice 3.6.0
Browser: Chromium 22.0.1229.14
Math: Budgie Calc alpha
Chemistry: textual tool for calculating pH
CAD: QCad
Management: SCC & Rigo -
Period: to
2.0
Development of Birds Linux 2.0 -
BirdsApp 1.0
The application browser of Birds Linux applications -
Budgie Calc 1.0
Software to study rational functions -
AuLi & pH Calc 1.0
Software to calculate pH of acids and basics -
Birds Linux 2.0
Linux kernel: 3.10.4
DE: XFCE 4.10.2
Office: LibreOffice 4.0.4
Browser: Chromium 28.0.1500.71
Math: Budgie Calc 1.0
Chemistry: AuLi & pH Calc
Management: Rigo, BirdsApp & SCC
Social: Installation-fun
CAD: FreeCAD -
Period: to
3.0
Growth of Birds Linux 3.0 -
Birds Linux 3.0
Linux kernel: 3.12.5
DE: Gnome 3.10.2.1
Office: LibreOffice 4.1.3
Browser: Chromium 31.0.1650.63
Math: Budgie Calc 3.0
Chemistry: AuLi & pH Calc
Management: Rigo, BirdsApp & SCC
Social: Installation-fun
CAD: QCad -
Budgie Calc 3.1
-
Period: to
Birds Linux 4.0
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Birds Linux 4.0
Linux kernel: 3.14
DE: Gnome 3.10.4
Image Manipulation: GIMP 2.8.10
Browser: Chromium 33.0.1750.152
Math: Budgie Calc 3.2, Budgie Zero, Hoopoe
Chemistry: AuLi & pH Calc
Management: Rigo, BirdsApp & SCC
Social: Installation-fun
CAD: QCad -
Budgie Calc 4.0
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Budgie Calc 4.0.1
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Budgie Calc 5.0
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Budgie Calc 5.1
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Period: to
Birds Linux 5.0
Development -
Wren Matrix
Wren Matrix is a tiny software to study matrices using various methods that are written such as OOP software using Java features
It elaborates matrices:
Reduction
Solving System of linear equations
Transposed matrix
Characteristic polynomial
Reverse matrix
Matrix of base change
Diagonalization -
Birds Linux 5.0
Linux kernel: 3.18.2
DE: Gnome 3.14.3
Image Manipulation: GIMP 2.8.14
Browser: Chromium 39.0.2171.65
Math: Budgie Calc 5.1, Budgie Zero, Hoopoe, Wren Matrix
Chemistry: AuLi & pH Calc
Management: Rigo, BirdsApp & SCC
Social: Installation-fun
CAD: QCad -
Budgie Calc 6.0
-
Wren Matrix 2.0
-
Hoopoe 1.0
-
Kingfisher library
Kingfisher library has been released!
It's a Java library that provides mathematical methods e.g. :
finding roots of a polynomial function
studying matrices
studying statistical indices
interpolation -
Birds Linux 6.0
Linux kernel: 4.2.4
DE: KDE Plasma 5.4.3
Multimedia: VLC 2.2.1
Browser: Chrome 46.0.2490.80
Math: Budgie Calc , Budgie Zero, Hoopoe, Wren Matrix
Chemistry: AuLi & pH Calc
Management: Rigo, BirdsApp & SCC
Social: Installation-fun
CAD: QCad -
Birds Linux 6.0 Hummingbird
Linux kernel: 4.3
DE: Xfce 4.12
Multimedia: Totem 3.16.4
IM: Pidgin 2.10.11
Browser: Chrome 46.0.2490.86_p1
CAD: Qcad 3.12.1
IDE: drjava-stable-20140826-r5761 In-house built applications: Budgie Calc 6.0 (studying rational functions)
Budgie Zero 0.1 (performing the root-finding method of bisection)
Wren Matrix 2.0 (studying matrices)
Hoopoe 1.0 (linear interpolation)
AuLi 1.0 (calculating potential of an electrolytic cell)
pH Calc 1.0 (calculating pH)
BirdsApp 2.0 (GUI to install Birds Linux -
Birds Linux 7.0
Linux kernel: 4.4.0
DE: Xfce 4.12
Office: LibreOffice 5.0.3.2
Multimedia: VLC 2.2.1
Image manipulation: GIMP 2.8.14
IM: Pidgin 2.10.12
Browser: Chrome 48.0.2564.97, Tor Bundle 5.5.1
Security: Clamtk 5.18, Wireshark 2.0.1, Ettercap 0.8.2
CAD: Qcad 3.12.6
IDE: Dr Java-stable-20140826-r5761, Geany 1.24.1 -
Kingfisher library
New features:
Managing complex numbers (absolute value, argument, sum, difference, product, division, exponentiation)
Finding the complex roots of a polynomial function
Managing rational functions (sum, difference, product, domain, positivity set, derivative, integration by Simpson's rule, simplify, plot)
Partial fraction decomposition
Finding the invariant probability measure for a Markov chain
Calculating probability using discrete random variables (binomial, Poisson, hypergeometric) -
Kingfisher Library
New features:
Integration of composite functions:
f,g are rational function
cos(f(x))
g(x) cos(f(x))
cosh(f(x))
g(x) cosh(f(x))
sin(f(x))
g(x) sin(f(x))
sinh(f(x))
g(x) sinh(f(x))
tan(f(x))
g(x) tan(f(x))
tanh(f(x))
g(x) tanh(f(x))
(the logarithm base is a parameter)
log(f(x))
g(x) log(f(x))
(the pow base is a parameter)
b^(f(x))
g(x) b^(f(x))
Complete a basis
Orthogonalize a basis
Calculate a possible eigenvector basis -
Kingfisher library
New features: Calculating determinant of a complex matrix Solving system of linear equations with complex coefficients Finding roots of a complex coefficients polynomial Partial fraction decomposition (in complex field) Inverse Laplace transform of rational functions Solving linear differential equations -
Birds Linux 8.0
Linux kernel: 4.5
DE: Gnome 3.18.4
Office: LibreOffice 5.1.2.2
Multimedia: VLC 2.2.2
Image manipulation: GIMP 2.8.14-r1
IM: Empathy 3.12.11
Browser: Chrome 50.0.2661.94, Tor Bundle 5.5.5
CAD: Qcad 3.14.3
IDE: Dr Java-stable-20140826-r5761 -
Budgie Zero 1.1
Integration and Lagrange interpolation: g(x) cos(f(x))
g(x) cosh(f(x))
g(x) sin(f(x))
g(x) sinh(f(x))
g(x) tan(f(x))
g(x) tanh(f(x))
g(x) log(f(x)) (the logarithm base is a parameter)
g(x) b^(f(x)) (the pow base is a parameter) Intersection finding: g(x)=cos(f(x))
g(x)=cosh(f(x))
g(x)=sin(f(x))
g(x)=sinh(f(x))
g(x)=tan(f(x))
g(x)=tanh(f(x))
g(x)=log(f(x))
g(x)=b^(f(x)) -
Rodebin
I'm working on Rodebin. New software to solve linear ODEs This is a solution of the ODE associated to LR circuit of components: ε= 12 V
L= 2 H
R= 10 Ω The asymptotic value of current intensity is ε/R -
Kingfisher library
New features:
Solving (with plot) non-homogeneous linear ODEs with these forcing functions: Polynomial
cos(ωt+θ)
sin(ωt+θ) Lagrange interpolation (with plot): g(x) cos(f(x))
g(x) cosh(f(x))
g(x) sin(f(x))
g(x) sinh(f(x))
g(x) tan(f(x))
g(x) tanh(f(x))
g(x) log(f(x)) (the logarithm base is a parameter)
g(x) b^(f(x)) (the pow base is a parameter) f,g are rational functions -
Birds Linux 9.0
Linux kernel: 4.7.3 DE: Gnome 3.20 Office: LibreOffice 5.1.4.2 Multimedia: Totem 3.20.1, Pitivi 0.96-r1 Image manipulation: GIMP 2.9.2 IM: Empathy 3.12.12 Browser: Chrome 53.0.2785.101, Tor Bundle 6.0.4 CAD: Qcad 3.15.5, Fidocadj 0.24.5 IDE: Dr Java-stable-20140826-r5761 -
Kingfisher Library
Gaussian elimination (for solving linear systems of equations) Quine Mccluskey algorithm for simplification of logic functions Recognizing symmetric logic functions -
Alcedo
Fusion between Budgie Calc and Budgie Zero. It is possible to calculate indefinite integral of rational functions with multiple complex poles, thanks to Hermite decomposition. -
Rodebin
Rodebin gives now the possibility of specifying directly the Laplace transform of a forcing function. The graph represents the solution of this Cauchy problem: y'(t)+ 5 y(t) = cos(t) cos(t) sin(t)
y(0)=0 -
KF Library
Main news about the new version of KF library Piecewise polynomial interpolation (e.g. x sin(x-4) ) Runge-Kutta method to solve this kind of ODEs: u'(t)=f(t,u(t))
(e.g. u'(t)=cos(u^2 (t)+ 2 t u(t) + t^2) ) Introduction to Two variables rational functions
( e.g. (6x^2-3 xy+2y^2)/(x^2+y^2+4) ) Complex functions: cos, sin, tan, cosh, sinh, tanh, Log, exp Norms of matrices and singular values
