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Constrained MST Generator (53)\n\t- Tree Builder Directed MST Generator (54)\n\t- Tree Builder Dynamic MST Generator (55)\n\t- Tree Builder Dynamic Euclidean Generator (56)\n\t- Tree Builder Dynamic KSMT Generator (57)\n\t- K Optimal Spanning Forests Generator (58)\n\t- Optimal Bottleneck Spanning Tree Generator (59)\n\t- Builder Optimal Labeling Spanning Tree Generator (60)\n\t- Tree Builder Rectilinear MST Generator (61)\n\t- Builder Steiner Tree Generator (62)\n\t- Complete MST Random Graph Ensemble (63, 64, 65)\n\t- Complete MST Random Graph (66)\n\t- Bellman Ford Bannister Eppstein Path Generator (67)\n\t- Bellman Ford Edge Partition Generator (68)\n\t- Graph Shortest Optimal Path Generator (69)\n\t- Graph Shortest Path Vertex Augmentor (70)\n\t- Bellman Ford Edge Relaxation Path Generator (71)\n\t- Bellman Ford Yen Edge Relaxation Path Generator (72)\n\t- Bellman Ford Yen Reduced Relaxation Path Generator (73)\n\t- Bellman Ford Johnson Path Generator (73)\n\t- Bellman Ford Edge Partition (74, 75)\n\t- Dijkstra Shortest Path Generator (76)\n\t- Shortest Path Floyd Warshall (77)\n\t- Shortest Path Floyd Warshall Distance Metric (78)\n\t- Graph Search Breadth First (79)\n\t- Graph Search Depth First (80)\n\t- A Star Vertex Function (81)\n\t- A Star Vertex Context (82, 83)\n\t- A Star F Heuristic (84)\n\t- A Star Static Weight F Heuristic (85)\n\t- A Star Dynamic Weight F Heuristic (86)\n\t- A Star Mark Allard F Heuristic (87)\n\t- Graph Connectivity Kosaraju (88)\n\n\nBug Fixes/Re-organization:\n\n\t- Graph Core Vertex R1 Remove (35, 36)\n\t- Graph Vertex R1 Function Remove (37)\n\t- Directed Graph R1 Remove (41)\n\n\nSamples:\n\n\t- MST Boruvka Maximum Forest Generator (89, 90)\n\t- MST Boruvka Minimum Forest Generator (91, 92)\n\t- MST Kruskal Maximum Forest Generator (93, 94)\n\t- MST Kruskal Minimum Forest Generator (95, 96)\n\t- MST Prim Maximum Forest Generator (97, 98)\n\t- MST Prim Minimum Forest Generator (99, 100)\n\t- MST Reverse Delete Maximum Forest Generator (101, 102)\n\t- MST Reverse Delete Minimum Forest Generator (103, 104)\n\t- Graph Properties (105)\n\t- Graph Complete Bipartite Properties (106, 107, 108)\n\t- Yen Reduced Relaxation Single Source (109)\n\t- Yen Reduced Relaxation Single Pair (110)\n\t- Yen Edge Partition Single Source (111)\n\t- Yen Edge Partition Single Pair (112)\n\t- Shortest Path Bannister Eppstein Single Source (113)\n\t- Shortest Path Bannister Eppstein Single Pair (114)\n\t- Shortest Path Bellman Ford Single Source (115)\n\t- Shortest Path Bellman Ford Single Pair (116)\n\t- Shortest Path Johnson Single Source (117)\n\t- Shortest Path Johnson Single Pair (118)\n\t- Shortest Path Johnson Single Source Negative Weight (119)\n\t- Connectivity Kosaraju Strongly Connected Components 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R^1 #1 (48, 49, 50)\n\t- Condition Number Affine R^2 -> R^1 #2 (51, 52, 53)\n\t- Condition Number Affine R^2 -> R^1 #3 (54, 55, 56)\n\t- Condition Number Affine R^2 -> R^1 #4 (57, 58)\n\t- Condition Number Affine R^2 -> R^1 #5 (59, 60)\n\t- Condition Number Affine R^2 -> R^1 #6 (61, 62, 63)\n\t- Triangular Matrix Condition Number #1 (79, 80, 81)\n\t- Triangular Matrix Condition Number #2 (82, 83, 84)\n\t- Triangular Matrix Condition Number #3 (85, 86, 87)\n\t- Triangular Matrix Condition Number #4 (88, 89, 90)\n\t- Triangular Matrix Condition Number #5 (91, 92, 93)\n\n\nIdeaDRIP:\n\n\t- Unitary Matrix (105-112)\n\t- Unitary Matrix Properties (113-120)","shortMessageHtmlLink":"Features:"}},{"before":"915c6a3604b85faf2606efc3c6b127e693f83b39","after":"bd3eaf1e4ef3928730849b0f73b23766d0ac5e48","ref":"refs/heads/master","pushedAt":"2024-08-04T07:14:53.000Z","pushType":"push","commitsCount":1,"pusher":{"login":"lakshmiDRIP","name":"Lakshmi 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(25, 26)\n\t- R^1 -> R^1 Custom Almgren Enhanced Euler Update (27, 28)\n\t- R^1 -> R^1 Custom Andersen Piterbarg Mean Reverter (29, 30)\n\t- R^1 -> R^1 Custom SABR LIBOR Cap Volatility (31, 32)\n\t- R^1 -> R^1 Custom CIR PDF (33, 34)\n\t- R^1 -> R^1 Custom Quadratic Rational Shape Control (35, 36)\n\t- R^1 -> R^1 Custom Linear Rational Tension Exponential (37, 38)\n\t- R^1 -> R^1 Custom Linear Rational Shape Control (39, 40)\n\t- R^1 -> R^1 Custom ISDA Bucket Curvature Tenor Scaler (41, 42)\n\t- Condition Number Analysis of R<sup>1</sup> To R<sup>1</sup> Functions (43, 44)\n\t- R^1 -> R^1 Reciprocal Operator Function Shell (94, 95)\n\t- R^1 -> R^1 Reciprocal Operator Function Constructor (96, 97)\n\t- R^1 -> R^1 Reciprocal Operator Function Evaluate (98, 99)\n\t- R^1 -> R^1 Reciprocal Operator Function Condition Number (100, 101)\n\n\nBug Fixes/Re-organization:\n\n\t- R^1 -> R^1 Trigonometric Function Migration (23, 24)\n\t- R^1 -> R^1 Function Univariate Reciprocal Migration (94, 95, 96)\n\n\nSamples:\n\n\t- Condition Number Trigonometric Functions #1 (45, 46)\n\t- Condition Number Trigonometric Functions #2 (47, 48)\n\t- Condition Number Trigonometric Functions #3 (49, 50, 51)\n\t- Condition Number Trigonometric Functions #4 (52, 53, 54)\n\t- Condition Number Trigonometric Functions #5 (55, 56, 57)\n\t- Condition Number Trigonometric Functions #6 (58, 59, 60)\n\t- Condition Number Trigonometric Functions #7 (61, 62, 63)\n\t- Condition Number Trigonometric Functions #8 (64, 65, 66)\n\t- Condition Number Trigonometric Functions #9 (67, 68, 69)\n\t- Condition Number Trigonometric Functions #10 (70, 71, 72)\n\t- Condition Number Trigonometric Functions #11 (73, 74, 75)\n\t- Condition Number Trigonometric Functions #12 (76, 77, 78)\n\t- Condition Number Trigonometric Functions #13 (79, 80, 81)\n\t- Condition Number Trigonometric Functions #14 (82, 83, 84)\n\t- Condition Number Operator Functions #1 (85, 86, 87)\n\t- Condition Number Operator Functions #2 (88, 89, 90)\n\t- Condition Number Operator Functions #3 (91, 92, 93)\n\t- Condition Number Operator Functions #4 (102, 103)\n\t- Condition Number Operator Functions #5 (104, 105)\n\t- Condition Number Operator Functions #6 (106, 107, 108)\n\t- Condition Number Operator Functions #7 (109, 110, 111)\n\t- Condition Number Operator Functions #8 (112, 113, 114)\n\t- Condition Number Operator Functions #9 (115, 116, 117)\n\t- Condition Number Operator Functions #10 (118, 119, 120)\n\n\nIdeaDRIP:","shortMessageHtmlLink":"Features:"}},{"before":"27096fccef73db4cb4c96b262a3ab306cf16f7ca","after":"915c6a3604b85faf2606efc3c6b127e693f83b39","ref":"refs/heads/master","pushedAt":"2024-08-04T05:13:44.000Z","pushType":"push","commitsCount":1,"pusher":{"login":"lakshmiDRIP","name":"Lakshmi Krishnamurthy","path":"/lakshmiDRIP","primaryAvatarUrl":"https://avatars.githubusercontent.com/u/22510101?s=80&v=4"},"commit":{"message":"Features:\n\n\t- R^1 -> R^1 Function Definition Condition Number (26, 27, 28)\n\t- R^1 -> R^1 Addition Operator Function #1 (29, 30, 31)\n\t- R^1 -> R^1 Addition Operator Function #2 (32, 33, 34)\n\t- R^1 -> R^1 Addition Operator Function Evaluate (35, 36)\n\t- R^1 -> R^1 Addition Operator Function a (37, 38)\n\t- R^1 -> R^1 Addition Operator Function Constructor (39, 40, 41)\n\t- R^1 -> R^1 Addition Operator Function Condition Number (42, 43, 44)\n\t- R^1 -> R^1 Addition Operator Function Derivative (45, 46)\n\t- Built-in R^1 -> R^1 Operator Functions (47)\n\t- R^1 -> R^1 Scale Operator Function Shell (59, 60)\n\t- R^1 -> R^1 Scale Operator Function \"a\" (61, 62)\n\t- R^1 -> R^1 Scale Operator Function Constructor (63, 64)\n\t- R^1 -> R^1 Scale Operator Function Evaluate (65, 66)\n\t- R^1 -> R^1 Scale Operator Function Derivative (67, 68)\n\t- R^1 -> R^1 Scale Operator Function Condition Number (69, 70)\n\t- R^1 -> R^1 Reciprocal Operator Function Condition Number (71, 72)\n\t- R^1 -> R^1 Exponential Operator Function Shell (73, 74)\n\t- R^1 -> R^1 Exponential Operator Function Constructor (75, 76)\n\t- R^1 -> R^1 Exponential Operator Function Evaluate (77, 78)\n\t- R^1 -> R^1 Exponential Operator Function Derivative (79, 80)\n\t- R^1 -> R^1 Exponential Operator Function Condition Number (81, 82)\n\t- R^1 -> R^1 Natural Logarithm Operator Function Shell (83, 84)\n\t- R^1 -> R^1 Natural Logarithm Operator Function Constructor (85, 86)\n\t- R^1 -> R^1 Natural Logarithm Operator Function Evaluate (87, 88)\n\t- R^1 -> R^1 Natural Logarithm Operator Function Condition Number (89, 90)\n\t- Built-in R^1 -> R^1 Trigonometric Functions (91, 92)\n\t- R^1 -> R^1 Sine Trigonometric Function Shell (93, 94)\n\t- R^1 -> R^1 Sine Trigonometric Function Constructor (95, 96)\n\t- R^1 -> R^1 Sine Trigonometric Function Evaluate (97, 98)\n\t- R^1 -> R^1 Sine Trigonometric Function Condition Number (99, 100)\n\t- R^1 -> R^1 Cosine Trigonometric Function Shell (101, 102)\n\t- R^1 -> R^1 Cosine Trigonometric Function Constructor (103, 104)\n\t- R^1 -> R^1 Cosine Trigonometric Function Evaluate (105, 106)\n\t- R^1 -> R^1 Cosine Trigonometric Function Condition Number (107, 108)\n\t- R^1 -> R^1 Tangent Trigonometric Function Shell (109, 110)\n\t- R^1 -> R^1 Tangent Trigonometric Function Constructor (111, 112)\n\t- R^1 -> R^1 Tangent Trigonometric Function Evaluate (113, 114)\n\t- R^1 -> R^1 Tangent Trigonometric Function Condition Number (115, 116)\n\t- R^1 -> R^1 Inverse Sine Trigonometric Function Shell (117, 118)\n\t- R^1 -> R^1 Inverse Sine Trigonometric Function Constructor (119, 120)\n\n\nBug Fixes/Re-organization:\n\n\t- R^1 -> R^1 Addition Operator Function Migration (48, 49)\n\t- R^1 -> R^1 Flat Operator Function Migration (50, 51)\n\t- R^1 -> R^1 Offset Idempotent Operator Migration (52)\n\t- R^1 -> R^1 Convolution Operator Function Migration (53, 54)\n\t- R^1 -> R^1 Reciprocal Operator Function Migration (55, 56)\n\t- R^1 -> R^1 Reflection Operator Function Migration (57, 58)\n\n\nSamples:\n\nIdeaDRIP:\n\n\t- Condition Number Matrices (1-5)\n\t- Condition Number Non-linear (6-7)\n\t- Condition Number Non-linear - One Variable (8-17)\n\t- Condition Number Non-linear - Several Variables (18-25)","shortMessageHtmlLink":"Features:"}},{"before":"d0a091bc7e0f1c880bbbe73afaa8913da2f44166","after":"27096fccef73db4cb4c96b262a3ab306cf16f7ca","ref":"refs/heads/master","pushedAt":"2024-08-03T18:35:09.000Z","pushType":"push","commitsCount":1,"pusher":{"login":"lakshmiDRIP","name":"Lakshmi Krishnamurthy","path":"/lakshmiDRIP","primaryAvatarUrl":"https://avatars.githubusercontent.com/u/22510101?s=80&v=4"},"commit":{"message":"Features:\n\n\t- Array of Gershgorin Analyzer Disc (1, 2)\n\t- Linear Algebra Gershgorin Analyzer Constructor #1 (3, 4, 5)\n\t- Gershgorin Analyzer Diagonally Dominant #1 (6, 7)\n\t- Gershgorin Analyzer Diagonally Dominant #2 (8, 9, 10)\n\t- Gershgorin Analyzer From Square Matrix #1 (11, 12)\n\t- Gershgorin Analyzer From Square Matrix #2 (13, 14, 15)\n\t- Gershgorin Analyzer R^2 Array #1 (18, 19)\n\t- Gershgorin Analyzer R^2 Array #2 (20, 21)\n\t- Gershgorin Analyzer Square Matrix Instance (22, 23)\n\t- Linear Algebra Gershgorin Analyzer Constructor #2 (24, 25, 26)\n\t- Gershgorin Analyzer From Square Matrix #3 (27)\n\t- Gershgorin Analyzer Diagonal Strengthener #1 (29, 28, 30)\n\t- Gershgorin Analyzer Diagonal Strengthener #2 (31, 32)\n\t- Gershgorin Analyzer From Square Matrix #4 (33, 34)\n\t- Gershgorin Disc Left Edge Coordinate (51, 52)\n\t- Gershgorin Disc Right Edge Coordinate (53, 54)\n\n\nBug Fixes/Re-organization:\n\n\t- Square Matrix Gershgorin Clean up (16, 17)\n\n\nSamples:\n\n\t- Gershgorin Analyzer Square Matrix Test (35, 36, 37)\n\t- Gershgorin Analyzer Analysis Test #1 (38, 39)\n\t- Gershgorin Analyzer Analysis Test #2 (40, 41, 42)\n\t- Gershgorin Analyzer Analysis Test #3 (43, 44, 45)\n\t- Gershgorin Disc Row Array Analysis (46, 47, 48)\n\t- Gershgorin Disc Column Array Analysis (49, 50)\n\t- Gershgorin Square Matrix Analysis #1 (55, 56, 57)\n\t- Gershgorin Square Matrix Analysis #2 (58, 59, 60)\n\t- Gershgorin Square Matrix Analysis #3 (61, 62, 63)\n\t- Gershgorin Square Matrix Analysis #4 (64, 65, 66)\n\t- Gershgorin Square Matrix Analysis #5 (67, 68, 69)\n\t- Gershgorin Square Matrix Analysis #6 (70, 71, 72)\n\t- Gershgorin Square Matrix Analysis #7 (73, 74, 75)\n\t- Gershgorin Square Matrix Analysis #8 (76, 77, 78)\n\t- Gershgorin Square Matrix Analysis #9 (79, 80, 81)\n\n\nIdeaDRIP:\n\n\t- Condition Number Introduction (82-105)\n\t- Condition Number General Definition in the Context of Error Analysis (106-109)\n\t- Condition Number Matrices (110-120)","shortMessageHtmlLink":"Features:"}},{"before":"b7fc15fdd5168fb1fcc477dfb8fce0e0971af782","after":"d0a091bc7e0f1c880bbbe73afaa8913da2f44166","ref":"refs/heads/master","pushedAt":"2024-07-28T19:52:58.000Z","pushType":"push","commitsCount":1,"pusher":{"login":"lakshmiDRIP","name":"Lakshmi Krishnamurthy","path":"/lakshmiDRIP","primaryAvatarUrl":"https://avatars.githubusercontent.com/u/22510101?s=80&v=4"},"commit":{"message":"Features:\n\n\t- Linear Algebra Gershgorin Disc #1 (33)\n\t- Linear Algebra Gershgorin Disc #2 (34, 35, 36)\n\t- Linear Algebra Gershgorin Disc #3 (37, 38, 39)\n\t- Matrix Gershgorin Disc Diagonal Entry (40, 41)\n\t- Linear Algebra Gershgorin Disc Radius (42, 43)\n\t- Linear Algebra Gershgorin Disc Constructor (44, 45, 46)\n\t- Gershgorin Disc From Row #1 (47, 48)\n\t- Gershgorin Disc From Row #2 (49, 50)\n\t- Gershgorin Disc Array Analysis #1 (51, 52, 53)\n\t- Gershgorin Disc Array Analysis #2 (54, 55, 56)\n\t- Gershgorin Disc Array Analysis #3 (57, 58)\n\t- Gershgorin Disc Array Analysis #4 (59, 60)\n\t- Matrix Util Transpose Revamp #1 (61, 62, 63)\n\t- Matrix Util Transpose Revamp #2 (64, 65, 66)\n\t- Gershgorin Disc Default Absolute Tolerance (79, 80)\n\t- Gershgorin Disc Default Relative Tolerance (81, 82)\n\t- Gershgorin Disc Diagonal Dominance #1 (83, 84)\n\t- Gershgorin Disc Diagonal Dominance #2 (85, 86, 87)\n\t- Linear Algebra Gershgorin Analyzer #1 (88, 89, 90)\n\t- Gershgorin Disc Diagonal Dominance #3 (91, 92)\n\t- Gershgorin Disc Diagonal Dominance #4 (93, 94)\n\t- Numerical Common R^1 Comparator Shell (95, 96)\n\t- R^1 Comparator Absolute Tolerance Determiner (97, 98)\n\t- R^1 Comparator Relative Tolerance Determiner (99, 100)\n\t- Numerical Common R^1 Comparator Constructor (101, 102, 103)\n\t- R^1 Comparator Default Absolute/Relative Tolerance (104, 105, 106)\n\t- Numerical Common R^1 Comparator Standard (107, 108)\n\t- Numerical Common R^1 Closeness Verifier (109, 110, 111)\n\t- R^1 Closeness Verifier Match #1 (112, 113, 114)\n\t- R^1 Closeness Verifier Match #2 (115, 116)\n\t- Gershgorin Disc From Row #1 (117, 118)\n\t- Gershgorin Disc From Row #2 (119, 120)\n\n\nBug Fixes/Re-organization:\n\nSamples:\n\n\t- Square Matrix Gershgorin Test #1 (67, 68)\n\t- Square Matrix Gershgorin Test #2 (69, 70)\n\t- Square Matrix Gershgorin Test #3 (71, 72)\n\t- Square Matrix Gershgorin Test #4 (73, 74, 75)\n\t- Square Matrix Gershgorin Test #5 (76, 77, 78)\n\n\nIdeaDRIP:\n\n\t- Condition Number - Non-linear One Variable (1-27)\n\t- Condition Number - Several Variables (28-32)","shortMessageHtmlLink":"Features:"}},{"before":"169df7c92238fd5b0f3bbb49032ad9c4ab9b8b32","after":"b7fc15fdd5168fb1fcc477dfb8fce0e0971af782","ref":"refs/heads/master","pushedAt":"2024-07-21T16:55:54.000Z","pushType":"push","commitsCount":1,"pusher":{"login":"lakshmiDRIP","name":"Lakshmi Krishnamurthy","path":"/lakshmiDRIP","primaryAvatarUrl":"https://avatars.githubusercontent.com/u/22510101?s=80&v=4"},"commit":{"message":"Features:\n\n\t- Matrix Util QR Graham Schmidt Orthonormalization (1, 2, 3)\n\t- Matrix Util RQ Graham Schmidt Orthonormalization (6, 7, 8)\n\t- Matrix Util RQ Decomposition Composite (14, 15, 16)\n\t- Unsafe QR Graham Schmidt Orthogonalization (17, 18)\n\t- Square Matrix Annotated QR Decomposition (19, 20, 21)\n\t- Square Matrix Annotated RQ Decomposition (22, 23)\n\n\nBug Fixes/Re-organization:\n\n\t- Matrix Util QR Decomposition Revamp (10, 11, 12)\n\n\nSamples:\n\n\t- Gram-Schmidt Process Test #1 (4, 5)\n\t- Gram-Schmidt Process Test #2 (9)\n\t- Gram-Schmidt Process Test #3 (13)\n\n\nIdeaDRIP:\n\n\t- QR Algorithm (24-26)\n\t- The Practical QR Algorithm (27-50)\n\t- QR Algorithm Visualization (51-66)\n\t- QR Algorithm Visualization - Finding Eigenvalues versus Eigenvectors (67-87)\n\t- QR Algorithm Visualization - Speeding Up: Shifting and Deflation (88-97)\n\t- The Implicit QR Algorithm (98-104)\n\t- The Implicit QR Algorithm - Renaming Proposal (105, 106)\n\t- QR Algorithm Interpretation and Convergence (107-113)\n\t- QR Algorithm History (114-120)","shortMessageHtmlLink":"Features:"}},{"before":"40bd1d49911377b488f9bc091de17f7c0cede86b","after":"169df7c92238fd5b0f3bbb49032ad9c4ab9b8b32","ref":"refs/heads/master","pushedAt":"2024-07-20T05:24:00.000Z","pushType":"push","commitsCount":1,"pusher":{"login":"lakshmiDRIP","name":"Lakshmi Krishnamurthy","path":"/lakshmiDRIP","primaryAvatarUrl":"https://avatars.githubusercontent.com/u/22510101?s=80&v=4"},"commit":{"message":"Features:\n\n\t- RQ Graham Schmidt Orthogonalization (95, 96, 97)\n\t- QR Graham Schmidt Orthogonalization #1 (98, 99)\n\t- QR Graham Schmidt Orthogonalization #2 (100, 101)\n\t- QR Graham Schmidt Orthogonalization #3 (106, 107)\n\t- QR Graham Schmidt Orthogonalization #4 (109, 110, 111)\n\t- QR Graham Schmidt Orthogonalization #5 (113)\n\t- Unsafe RQ Graham Schmidt Orthogonalization (114, 115, 116)\n\t- RQ Graham Schmidt Orthogonalization Revamp (118)\n\n\nBug Fixes/Re-organization:\n\nSamples:\n\n\t- Gram-Schmidt Process Test #1 (102, 103)\n\t- Gram-Schmidt Process Test #2 (104, 105)\n\t- Gram-Schmidt Process Test #3 (108)\n\t- Gram-Schmidt Process Test #4 (112)\n\t- Gram-Schmidt Process Test #5 (117)\n\t- Gram-Schmidt Process Test #6 (119, 120)\n\n\nIdeaDRIP:\n\n\t- Computing the QR Decomposition (1-2)\n\t- Computing the QR Decomposition using Gram-Schmidt Process (3-10)\n\t- Computing the QR Decomposition using Gram-Schmidt Process – Relation to RQ (11-14)\n\t- Computing the QR Decomposition using Gram-Schmidt Process – Advantages and Disadvantages (15-18)\n\t- Computing the QR Decomposition using Householder Reflections (19-34)\n\t- Computing the QR Decomposition using Householder Reflections – Advantages and Disadvantages (35-34)\n\t- Computing the QR Decomposition using Givens' Rotations (39-46)\n\t- Computing the QR Decomposition using Givens' Rotations – Advantages and Disadvantages (47-52)\n\t- QR Decomposition Connection to a Determinant or a Product of Eigenvalues (53-68)\n\t- QR Decomposition Column Pivoting 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a Determinant or Product of Eigenvalues (53-68)\n\t- QR Decomposition Column Pivoting (69-76)\n\t- QR Decomposition Using for Solution to Linear Inverse Problems (77-92)\n\t- QR Decomposition Generalizations (93-94)\n\t- QR Decomposition Introduction (95-98)\n\t- QR Decomposition Cases and Definitions – Square Matrix (99-110)\n\t- QR Decomposition Cases and Definitions – Rectangular Matrix (111-118)\n\t- QR Decomposition Cases and Definitions – – QL, RQ, and LQ Decompositions (119-120)","shortMessageHtmlLink":"Features:"}},{"before":"90ab316a1945f253c0babc30442fc50537b4b09d","after":"bc9cee2bc79bc496546a630685d927b6b7c59c8a","ref":"refs/heads/master","pushedAt":"2024-07-16T01:26:25.000Z","pushType":"push","commitsCount":1,"pusher":{"login":"lakshmiDRIP","name":"Lakshmi Krishnamurthy","path":"/lakshmiDRIP","primaryAvatarUrl":"https://avatars.githubusercontent.com/u/22510101?s=80&v=4"},"commit":{"message":"Features:\n\n\t- Matrix Util Unsafe Dot Product (68, 69)\n\t- Unsafe Project V On U (70, 71, 72)\n\t- Matrix Util Unsafe Modulus Calculation (73, 74)\n\t- Matrix Util Unsafe Product Calculation (75, 76)\n\n\nBug Fixes/Re-organization:\n\nSamples:\n\nIdeaDRIP:\n\n\t- QR Decomposition Using Givens Rotations - Example (1-15)\n\t- QR Decomposition Using Givens Rotations - Advantages and Disadvantages (16-18)\n\t- QR Decomposition Connection to a Determinant or Product of Eigenvalues (19-39)\n\t- QR Decomposition Column Pivoting (40-47)\n\t- QR Decomposition Using for Solution to Linear Inverse Problems (48-66)\n\t- QR Decomposition Generalization (67)\n\t- QR Decomposition Introduction (77-80)\n\t- QR Decomposition Cases and Definition - Square Matrix (81-90)\n\t- QR Decomposition Cases and Definition - Rectangular Matrix (91-98)\n\t- QR Decomposition Cases and Definition - QL, RQ, LQ (99-100)\n\t- Computing the QR Decomposition (101-102)\n\t- Computing the QR Decomposition using Gram–Schmidt Process (103-110)\n\t- Computing the QR Decomposition using Gram–Schmidt Process - Relation to RQ (111-114)\n\t- Computing the QR Decomposition using Gram–Schmidt Process - Advantages and Disadvantages (115-120)","shortMessageHtmlLink":"Features:"}},{"before":"2bab0b107e5d6382d426906fbaa7015c6284ed44","after":"90ab316a1945f253c0babc30442fc50537b4b09d","ref":"refs/heads/master","pushedAt":"2024-07-14T16:39:51.000Z","pushType":"push","commitsCount":1,"pusher":{"login":"lakshmiDRIP","name":"Lakshmi Krishnamurthy","path":"/lakshmiDRIP","primaryAvatarUrl":"https://avatars.githubusercontent.com/u/22510101?s=80&v=4"},"commit":{"message":"Features:\n\n\t- Matrix Util Graham Schmidt Orthogonalization (1, 2, 3)\n\t- Matrix Util Graham Schmidt Orthonormalization #1 (4, 5)\n\t- Matrix Util QR Decomposition Vectors in Columns (6, 7)\n\t- QR Eigen-component Extractor Vectors in Columns (9)\n\t- Linear Solver Bartels Stewart Scheme (10)\n\t- Matrix Util Graham Schmidt Orthonormalization #2 (21, 22)\n\t- Matrix Util Graham Schmidt Orthonormalization #3 (23, 24)\n\n\nBug Fixes/Re-organization:\n\nSamples:\n\n\t- Matrix Graham Schmidt Process #1 (8)\n\t- Matrix Graham Schmidt Process #2 (11, 12)\n\t- Matrix Graham Schmidt Process #3 (13, 14, 15)\n\t- Matrix Graham Schmidt Process #4 (16, 17, 18)\n\t- Matrix Graham Schmidt Process #5 (19, 20)\n\t- Matrix Graham Schmidt Process #6 (25, 26, 27)\n\t- Matrix Graham Schmidt Process #7 (28, 29, 30)\n\t- Matrix Graham Schmidt Process #8 (31, 32, 33)\n\n\nIdeaDRIP:\n\n\t- QR Decomposition Computing the - Using Householder Reflections (34-82)\n\t- QR Decomposition Computing the - Using Householder Reflections - Example (83-108)\n\t- QR Decomposition Computing the - Using Householder Reflections - Advantages and Disadvantages (109, 110)\n\t- QR Decomposition Computing the - Using Givens Rotations (111-116)\n\t- QR Decomposition Computing the - Using Givens Rotations - Example (117-120)","shortMessageHtmlLink":"Features:"}},{"before":"b9418cccd0dfc1b71b45c9540c5c8c56aec61bed","after":"2bab0b107e5d6382d426906fbaa7015c6284ed44","ref":"refs/heads/master","pushedAt":"2024-07-14T12:58:46.000Z","pushType":"push","commitsCount":1,"pusher":{"login":"lakshmiDRIP","name":"Lakshmi Krishnamurthy","path":"/lakshmiDRIP","primaryAvatarUrl":"https://avatars.githubusercontent.com/u/22510101?s=80&v=4"},"commit":{"message":"Features:\n\n\t- Matrix Util Product Internal #1 (22, 23, 24)\n\t- Matrix Util Product Internal #2 (25, 26, 27)\n\t- Matrix Util Product Internal #3 (28, 29, 30)\n\n\nBug Fixes/Re-organization:\n\nSamples:\n\n\t- Bartels-Stewart Algorithm Run #1 (1, 2, 3)\n\t- Bartels-Stewart Algorithm Run #2 (4, 5, 6)\n\t- Bartels-Stewart Algorithm Run #3 (7, 8, 9)\n\t- Bartels-Stewart Algorithm Run #4 (10, 11, 12)\n\t- Bartels-Stewart Algorithm Run #5 (13, 14, 15)\n\t- Bartels-Stewart Algorithm Run #6 (16, 17, 18)\n\t- Bartels-Stewart Algorithm Run #7 (19, 20, 21)\n\t- Graham-Schmidt Process Product Check (31, 32, 33)\n\t- Graham-Schmidt QR Decomposition #1 (34, 35, 36)\n\t- Graham-Schmidt QR Decomposition #2 (37, 38, 39)\n\t- Graham-Schmidt QR Decomposition #3 (40, 41, 42)\n\t- Graham-Schmidt Orthogonalization Matrix Util (110, 111)\n\t- Graham-Schmidt QR Decomposition #4 (112, 113, 114)\n\t- Graham-Schmidt QR Decomposition #5 (115, 116, 117)\n\t- Graham-Schmidt QR Decomposition #6 (118, 119, 120)\n\n\nIdeaDRIP:\n\n\t- QR Decomposition (43-45)\n\t- QR Decomposition Cases and Definitions - Square Matrix (46-56)\n\t- QR Decomposition Cases and Definitions - Rectangular Matrix (57-65)\n\t- QR Decomposition Cases and Definitions - QL, RL, and LQ Decompositions (66)\n\t- QR Decomposition Computing the (67, 68)\n\t- QR Decomposition Computing the - Using (69-92)\n\t- QR Decomposition Computing the - Using Example (93-102)\n\t- QR Decomposition Computing the - Using Relation to RQ (103-106)\n\t- QR Decomposition Computing the - Using Advantages and Disadvantages (107-109)","shortMessageHtmlLink":"Features:"}},{"before":"ad64618c75675c938fafbdb5748b720816f40bea","after":"b9418cccd0dfc1b71b45c9540c5c8c56aec61bed","ref":"refs/heads/master","pushedAt":"2024-07-13T17:39:53.000Z","pushType":"push","commitsCount":1,"pusher":{"login":"lakshmiDRIP","name":"Lakshmi Krishnamurthy","path":"/lakshmiDRIP","primaryAvatarUrl":"https://avatars.githubusercontent.com/u/22510101?s=80&v=4"},"commit":{"message":"Features:\n\n\t- Bartels-Stewart Algorithm Diagnostics #1 (63, 64)\n\t- Bartels-Stewart Algorithm Diagnostics #2 (65, 66)\n\t- Sylvester Equation Solution Annotated Shell (67, 68, 69)\n\n\nBug Fixes/Re-organization:\n\n\t- Numerical Analyzer Bartels-Stewart Algorithm (62)\n\n\nSamples:\n\n\t- QR Decomposition Matrix Util (63, 64)\n\t- Graham Schmidt Matrix Orthonormalization Process (70, 71, 72)\n\t- Bartels-Stewart Algorithm Run #1 (73, 74, 75)\n\t- Bartels-Stewart Algorithm Run #2 (76, 77, 78)\n\t- Bartels-Stewart Algorithm Run #3 (79, 80)\n\t- Bartels-Stewart Algorithm Run #4 (81, 82)\n\t- Bartels-Stewart Algorithm Run #5 (83, 84)\n\t- Bartels-Stewart Algorithm Run #6 (85, 86, 87)\n\t- Bartels-Stewart Algorithm Run #7 (88, 89, 90)\n\t- Bartels-Stewart Algorithm Run #8 (91, 92, 93)\n\t- Bartels-Stewart Algorithm Run #9 (94, 95, 96)\n\t- Bartels-Stewart Algorithm Run #10 (97, 98, 99)\n\t- Bartels-Stewart Algorithm Run #11 (100, 101, 102)\n\t- Bartels-Stewart Algorithm Run #12 (103, 104, 105)\n\t- Bartels-Stewart Algorithm Run #13 (106, 107, 108)\n\t- Bartels-Stewart Algorithm Run #14 (109, 110, 111)\n\t- Bartels-Stewart Algorithm Run #15 (112, 113, 114)\n\t- Bartels-Stewart Algorithm Run #16 (115, 116, 117)\n\t- Bartels-Stewart Algorithm Run #17 (118, 119, 120)\n\n\nIdeaDRIP:\n\n\t- Alternating-direction Implicit Method Fundamental ADI (FADI) - Relations to other methods (1)\n\t- Bartels-Stewart Algorithm #1 (2-7)\n\t- The Bartels-Stewart Algorithm #1 (8-27)\n\t- Bartels-Stewart Algorithm Hessenberg-Schur #1 (28-31)\n\t- Bartels-Stewart Algorithm #2 (32-37)\n\t- The Bartels-Stewart Algorithm #2 (38-57)\n\t- Bartels-Stewart Algorithm Hessenberg-Schur #2 (58-61)","shortMessageHtmlLink":"Features:"}},{"before":"094488caa811de19a568e5e15e2e34b820b3312b","after":"ad64618c75675c938fafbdb5748b720816f40bea","ref":"refs/heads/master","pushedAt":"2024-07-09T17:59:55.000Z","pushType":"push","commitsCount":1,"pusher":{"login":"lakshmiDRIP","name":"Lakshmi Krishnamurthy","path":"/lakshmiDRIP","primaryAvatarUrl":"https://avatars.githubusercontent.com/u/22510101?s=80&v=4"},"commit":{"message":"Features:\n\n\t- Matrix Util Graham Schmidt #1 (1, 2, 3)\n\t- Matrix Util Graham Schmidt #2 (4, 5, 6)\n\t- Matrix Util Graham Schmidt #3 (7, 8, 9)\n\t- Matrix Util Modulus Internal Unchecked (10, 11, 12)\n\t- Matrix Util Graham Schmidt #4 (13, 14, 15)\n\n\nBug Fixes/Re-organization:\n\n\t- Matrix Graham Schmidt Process Run (16, 17)\n\t- Matrix Util QR Decomposition Fix (37, 38, 39)\n\n\nSamples:\n\n\t- Bartels Stewart Sylvester Solver #1 (18, 19, 20)\n\t- Bartels Stewart Sylvester Solver #2 (21, 22)\n\t- Matrix Graham Schmidt Process #1 (23, 24)\n\t- Matrix Graham Schmidt Process #2 (25, 26)\n\t- Matrix Graham Schmidt Process #3 (27, 28)\n\t- Bartels Stewart Sylvester Solver #3 (29, 30)\n\t- Matrix Graham Schmidt Process #4 (31, 32)\n\t- Matrix Graham Schmidt Process #5 (33, 34)\n\t- Bartels Stewart Sylvester Solver #4 (35, 36)\n\t- Matrix Graham Schmidt Process #6 (40, 41, 42)\n\t- Matrix Graham Schmidt Process #7 (43, 44, 45)\n\t- Matrix Graham Schmidt Process #8 (46, 47, 48)\n\t- Matrix Graham Schmidt Process #9 (49, 50, 51)\n\t- Matrix Graham Schmidt Process #10 (52, 53, 54)\n\t- Matrix Graham Schmidt Process #11 (55, 56, 57)\n\t- Matrix Graham Schmidt Process #12 (58, 59, 60)\n\t- Matrix Graham Schmidt Process #13 (61, 62, 63)\n\t- Matrix Graham Schmidt Process #14 (64, 65, 66)\n\t- Matrix Graham Schmidt Process #15 (67, 68, 69)\n\t- Matrix Graham Schmidt Process #16 (70, 71, 72)\n\t- Matrix Graham Schmidt Process #17 (73, 74, 75)\n\t- Matrix Graham Schmidt Process #18 (76, 77, 78)\n\t- Matrix Graham Schmidt Process #19 (79, 80, 81)\n\t- Bartels Stewart Sylvester Solver #5 (85, 86, 87)\n\t- Bartels Stewart Sylvester Solver #6 (88, 89, 90)\n\n\nIdeaDRIP:\n\n\t- Bartels-Stewart Algorithm (91-97)\n\t- Bartels-Stewart Algorithm The (98-117)\n\t- Bartels-Stewart Algorithm The - Computational Cost (118)\n\t- Bartels-Stewart Algorithm The - Simplifications and Special Cases (119, 120)","shortMessageHtmlLink":"Features:"}}],"hasNextPage":true,"hasPreviousPage":false,"activityType":"all","actor":null,"timePeriod":"all","sort":"DESC","perPage":30,"cursor":"Y3Vyc29yOnYyOpK7MjAyNC0wOS0wOFQyMjozODoyMC4wMDAwMDBazwAAAASwUN1u","startCursor":"Y3Vyc29yOnYyOpK7MjAyNC0wOS0wOFQyMjozODoyMC4wMDAwMDBazwAAAASwUN1u","endCursor":"Y3Vyc29yOnYyOpK7MjAyNC0wNy0wOVQxNzo1OTo1NS4wMDAwMDBazwAAAAR69ob3"}},"title":"Activity · lakshmiDRIP/DROP"}