Add Package: MatrixLib

tools/ringpm/packages/matrixlib/README.md

@@ -0,0 +1,7 @@
+# MatrixLib
+
+MatrixLib package for the Ring programming language
+
+## Install
+
+	ringpm install matrixlib

tools/ringpm/packages/matrixlib/lock.ring

@@ -0,0 +1,9 @@
+aLockInfo = [
+	[
+		:name = "matrixlib",
+		:branch = "master",
+		:version = "1.0.0",
+		:providerusername = "ringpackages",
+		:providerwebsite = ""
+	]
+]

tools/ringpm/packages/matrixlib/main.ring

@@ -0,0 +1,8 @@
+func main
+	C_LINESIZE = 80
+	? copy("=",C_LINESIZE)
+	? "MatrixLib Package"
+	? copy("=",C_LINESIZE)
+	? "MatrixLib package for the Ring programming language"
+	? "See the folder : ring/libraries/matrixlib"
+	? copy("=",C_LINESIZE)

tools/ringpm/packages/matrixlib/package.ring

@@ -0,0 +1,141 @@
+aPackageInfo = [
+	:name = "The MatrixLib Package",
+	:description = "Our MatrixLib package using the Ring programming language",
+	:folder = "matrixlib",
+	:developer = "",
+	:email = "",
+	:license = "MIT License",
+	:version = "1.0.0",
+	:ringversion = "1.18",
+	:versions = 	[
+		[
+			:version = "1.0.0",
+			:branch = "master"
+		]
+	],
+	:libs = 	[
+		[
+			:name = "",
+			:version = "",
+			:providerusername = ""
+		]
+	],
+	:files = 	[
+		"main.ring",
+		"README.md"
+	],
+	:ringfolderfiles = 	[
+		"bin/load/matrixlib.ring",
+		"libraries/matrixlib/matrixlib.ring",
+		"samples/UsingMatrixLib/01-Adjoint.ring",
+		"samples/UsingMatrixLib/02-Angle.ring",
+		"samples/UsingMatrixLib/03-CrossProduct-of-Two-Vectors-in-2D.ring",
+		"samples/UsingMatrixLib/04-CrossProduct-of-Two-Vectors-in-3D.ring",
+		"samples/UsingMatrixLib/05-CrossProduct-Area-Vol-Triangle-Parallelogram.ring",
+		"samples/UsingMatrixLib/06-Cryptogram-Encrypt-Decrypt-Message-Using-Matrix.ring",
+		"samples/UsingMatrixLib/07-DotProduct-Distance-Between-Two-Vectors.ring",
+		"samples/UsingMatrixLib/08-DotProduct-InnerProd-Norm.ring",
+		"samples/UsingMatrixLib/09-LeastSquares-Regression-Analysis.ring",
+		"samples/UsingMatrixLib/10-LeastSquares-Prjection-into-Subspace.ring",
+		"samples/UsingMatrixLib/11-LeastSquares-Solving-the-Norm-Equations.ring",
+		"samples/UsingMatrixLib/12-LeastSquares-Math-Modeling-World-Population.ring",
+		"samples/UsingMatrixLib/13-LeastSquares-Application-to-Astronomy.ring",
+		"samples/UsingMatrixLib/14-LeastSquares-Inverse-Population-Test.ring",
+		"samples/UsingMatrixLib/15-LeastSquares-Ortogonal-Projections-onto-Subspace.ring",
+		"samples/UsingMatrixLib/16-LengthDot-Vector-Length.ring",
+		"samples/UsingMatrixLib/17-LengthDot-Vector-Angle.ring",
+		"samples/UsingMatrixLib/18-LinearTransformation-Defined-by-Matrix.ring",
+		"samples/UsingMatrixLib/19-LinearTransformation-Geometry-in-Plane.ring",
+		"samples/UsingMatrixLib/20-LinearTransformation-Rotation-Projection-R3-Space.ring",
+		"samples/UsingMatrixLib/21-LinearTransformation-Rotation-About-the-XYZ-Axis.ring",
+		"samples/UsingMatrixLib/22-Matrix-CoFactor.ring",
+		"samples/UsingMatrixLib/23-Matrix-Determinants.ring",
+		"samples/UsingMatrixLib/24-Matrix-Encode-Crytogram.ring",
+		"samples/UsingMatrixLib/25-Matrix-Orthogonal-Projection.ring",
+		"samples/UsingMatrixLib/26-Matrix-ProjectionUV.ring",
+		"samples/UsingMatrixLib/27-Matrix-Transformation-ZYX.ring",
+		"samples/UsingMatrixLib/28-OrthoProjection-UonY.ring",
+		"samples/UsingMatrixLib/29-OrthoProjection-Nonstandard-Orto-Basis-for-R3-Space.ring",
+		"samples/UsingMatrixLib/30-OrthoProjection-Vectors-Relative-to-Orthonormal-Basis.ring",
+		"samples/UsingMatrixLib/31-OrthoProjection-OrthoNormProcess.ring",
+		"samples/UsingMatrixLib/32-OrthoProjection-Gram-Schmidt-OrthoNorm-Process.ring",
+		"samples/UsingMatrixLib/33-OrthoProjection-Ortho-Normal-Using-Library.ring",
+		"samples/UsingMatrixLib/34-OrthoProjection-Ortho-Normal-Library-Basis.ring",
+		"samples/UsingMatrixLib/35-OrthoProjection-Steps-Library-Basis.ring",
+		"samples/UsingMatrixLib/36-Matrix-Multiply.ring",
+		"samples/UsingMatrixLib/37-Matrix-DotProduct.ring",
+		"samples/UsingMatrixLib/38-Matrix-ADD.ring",
+		"samples/UsingMatrixLib/38-Matrix-SUB.ring",
+		"samples/UsingMatrixLib/39-Matrix-ScalarMultiply.ring",
+		"samples/UsingMatrixLib/40-Matrix-VectorAngle.ring",
+		"samples/UsingMatrixLib/41-Matrix-InverseMatrx2x2.ring",
+		"samples/UsingMatrixLib/42-Matrix-InverseMatrx3x3.ring",
+		"samples/UsingMatrixLib/43-Matrix-CrossProduct.ring",
+		"samples/UsingMatrixLib/44-Matrix-Area-Triangle-Parallelogram.ring",
+		"samples/UsingMatrixLib/45-MatrixDeterminant-Using.ring",
+		"samples/UsingMatrixLib/46-TransistionProbabilities-CableTV.ring",
+		"samples/UsingMatrixLib/47-Factor-Quadratic-Cubic-Solver.ring",
+		"samples/UsingMatrixLib/48-LU-Triangle-2.ring",
+		"samples/UsingMatrixLib/49-QuarticSolve-4.ring",
+		"samples/UsingMatrixLib/50-QuarticSolve.ring",
+		"samples/UsingMatrixLib/51-QuinticSolve.ring",
+		"samples/UsingMatrixLib/52-EigenValue-2x2.ring",
+		"samples/UsingMatrixLib/53-EigenValue-3x3.ring",
+		"samples/UsingMatrixLib/54-Characteristic-Equation.ring",
+		"samples/UsingMatrixLib/55-EigenVector-2x2-3.ring",
+		"samples/UsingMatrixLib/56-EigenVector-3x3-2.ring",
+		"samples/UsingMatrixLib/57-EigenVector-3x3-4.ring"
+	],
+	:windowsfiles = 	[
+
+	],
+	:linuxfiles = 	[
+
+	],
+	:ubuntufiles = 	[
+
+	],
+	:fedorafiles = 	[
+
+	],
+	:macosfiles = 	[
+
+	],
+	:windowsringfolderfiles = 	[
+
+	],
+	:linuxringfolderfiles = 	[
+
+	],
+	:ubunturingfolderfiles = 	[
+
+	],
+	:fedoraringfolderfiles = 	[
+
+	],
+	:macosringfolderfiles = 	[
+
+	],
+	:run = "ring main.ring",
+	:windowsrun = "",
+	:linuxrun = "",
+	:macosrun = "",
+	:ubunturun = "",
+	:fedorarun = "",
+	:setup = "",
+	:windowssetup = "",
+	:linuxsetup = "",
+	:macossetup = "",
+	:ubuntusetup = "",
+	:fedorasetup = "",
+	:remove = "",
+	:windowsremove = "",
+	:linuxremove = "",
+	:macosremove = "",
+	:ubunturemove = "",
+	:fedoraremove = "",
+	:remotefolder = "matrixlib",
+	:branch = "master",
+	:providerusername = "ringpackages",
+	:providerwebsite = "github.com"
+]