XVA Universe Tradeable #2

lakshmiDRIP · 2018-01-13T19:53:28Z

Tradeable holds Definitions and Parameters that specify a Tradeable Entity in XVA Terms. The References
are:

Burgard, C., and M. Kjaer (2014): PDE Representations of Derivatives with Bilateral Counter-party Risk and Funding Costs Journal of Credit Risk 7 (3) 1-19.
Cesari, G., J. Aquilina, N. Charpillon, X. Filipovic, G. Lee, and L. Manda (2009): Modeling, Pricing, and Hedging Counter-party Credit Exposure - A Technical Guide Springer Finance New York
Gregory, J. (2009): Being Two-faced over Counter-party Credit Risk Risk 20 (2) 86-90
Li, B., and Y. Tang (2007): Quantitative Analysis, Derivatives Modeling, and Trading Strategies in the Presence of Counter-party Credit Risk for the Fixed Income Market World Scientific Publishing
Singapore
Piterbarg, V. (2010): Funding Beyond Discounting: Collateral Agreements and Derivatives Pricing Risk 21 (2) 97-102

- Path Simulator Market Vertex Generator (1, 2) - MVG - Position Group Value Generator (3) - Position Group Value Generator Default (4, 5) - Path Simulator Position Value Application (6, 7) - Unit Position Group Path Simulator (8, 9) - Path Position Group Value Generator (11, 12) - XVA Universe Position Tradeable Wanderer (21, 22) - XVA Universe Position Tradeable Manifest (23, 24) - Position Manifest Value Market Vertex (25, 26) - Position Manifest Value Change Ripple (27, 28) - Market Vertex Generator Position Manifest (29) - Path Simulator MPEA Single Trajectory (30) - Path Simulator Collateral Balance #1 (31, 32) - Path Simulator Collateral Balance #2 (33, 34) - Path Simulator Collateral Balance #3 (35, 36) - Path Simulator Collateral Balance #4 (37, 38) - Path Simulator Position Value #1 (39, 40) - Path Simulator Position Value #2 (41, 42) - Path Simulator Position Value #3 (43, 44) - Collateral Group Vertex Array #1 (45, 46) - Collateral Group Vertex Array #2 (47, 48) - Path Simulator Collateral Balance Array (49, 50) - Collateral Balance Position Value Arrays (51) - Path Simulator Collateral Group Vertex (53, 54) - Path Simulator Collateral Path Array (55, 56) - Path Simulator Realized Cash Flow (58) - Path Simulator Collateral Vertex Generation (59, 60) - XVA Dynamics Position Replication Scheme (62, 63) Bug Fixes/Clean-up: Samples: - Basel Fix Float Digest #1 (10) - Basel Fix Float Digest #2 (13, 14) - Basel Fix Float Digest #3 (15, 16) - Basel Fix Float Digest #4 (17, 18) - Basel Fix Float Digest #5 (19, 20) - Basel Fix Float Digest #6 (52) - Basel Fix Float Digest #7 (57) - Basel Fix Float Digest #8 (61)

- BK Hedge Error Dual Bond (1) - BK Semi Replication Dual Bond (2) - Gold Plated Two Way CSA (3) - Burgard Kjaer One Way CSA (4) - Burgard Kjaer Set Off Scheme (5) - XVA Dynamics Path Simulator Scheme (6) - Path Simulator Position Replicator Scheme (7, 8) - Path Simulator Vertex Generation Scheme (9, 10) - Albanese Andersen Vertex Generation Scheme (11, 12) - Path Simulator Scheme Hedge Error (14) - Path Simulator Scheme Close Out (15) - Path Simulator Scheme Constructor Annotation (16, 17, 18) - Path Simulator Scheme Albanese Andersen (19, 20) - Albanese Andersen Unit Position Value (21) - Path Simulator Collateral Group Vertex (23) - Burgard Kjaer Hedge Error Dual (24) - Burgard Kjaer Semi Replication Dual (25) - Burgard Kjaer Two Way CSA (26) - Burgard Kjaer One Way CSA (27) - Burgard Kjaer Two Way CSA (28) - Dynamics Adjustment Digest Scheme (31) - Path Simulator Adjustment Scheme #1 (32, 33) - Dynamics Broken Date Interpolation Scheme (36, 37, 38) - Path Simulator Interpolator Scheme #1 (39, 40) - Path Simulator Interpolator Scheme #2 (41, 42) - Position Value Collateral Balance Array (43, 44) - Path Simulator Interpolator Scheme #3 (45, 46) - Path Simulator Interpolator Scheme #4 (47, 48) - Path Simulator Interpolator Scheme #5 (49, 50) - Path Simulator Interpolator Scheme #6 (51, 52) - Path Simulator Three Point Brownian (53) - Market Vertex Generator Correlation #1 (55, 56) - Market Vertex Generator Correlation #2 (57, 58) Bug Fixes/Clean-up: Samples: - Basel Fix Float Digest #1 (13) - Basel Fix Float Digest #2 (22) - Albanese Andersen Basel Proxy #1 (29, 30) - Albanese Andersen Basel Proxy #2 (34, 35) - Albanese Andersen Basel Proxy #3 (54)

- Measure Statistics Correlation Matrix Shell (3, 4) - Market Vertex Generator Covariance Matrix (6) - Path Simulator Factor Covariance Matrix (7, 8) - Market Vertex Unit Evolver Sequence (11) - Path Simulator Unit Evolver Sequence (12) - Path Simulator Unit Random Generation (22, 23) - Path Simulator Single Trajectory Run (26) Bug Fixes/Clean-up: - Measure Statistics Correlation Matrix Eliminate (5) - Albanese Andersen Basel Proxy Bug (24, 25) Samples: - Albanese Andersen Basel Proxy #1 (1, 2) - Albanese Andersen Basel Proxy #2 (9, 10) - Correlated Numeraire XVA Greeks (13) - Correlated Numeraire XVA Attribution (14) - Correlated Numeraire XVA Replication Portfolio (15) - Correlated Numeraire XVA Explain (16) - Burgard 2011 XVA Market Generation (17) - Euler Evolution Trajectory Scheme (18) - Burgard 2011 XVA Replication Portfolio (19) - Burgard 2011 XVA Explain (20) - Burgard 2011 XVA Greeks (21) - Albanese Andersen Basel Proxy #3 (27, 28) - Albanese Andersen Basel Proxy #4 (29, 30)

- WAL Principal Only To Exercise (1, 2, 3) - Path Simulator Vertex Dimension #1 (10, 11) - Path Simulator Vertex Dimension #2 (12, 13) - Path Simulator Vertex Dimension #3 (14, 15) - Path Simulator Scheme Vertex Generator (16, 17, 18) - R^1 To R^1 Payoff Transformer (19, 20) - Path Simulator Position Group Value (25, 26) - Path Simulator Collateral Balance Array (27, 28) - Path Simulator Collateral Balance Array (29, 30) - Path Simulator Position Replication Scheme (32) - Path Simulator Collateral Group #1 (33, 34) - Path Simulator Collateral Group #2 (35, 36) - Path Simulator Collateral Group Array (37, 38) - XVA Group Aggregation Container Shell (41) - Collateral Group Map Aggregation Container (42) - CPTY Group Map Aggregation Container (43) - Netting Group Map Aggregation Container (44) - Funding Group Map Aggregation Container (45) - Group Aggregation Container Constructor Annotation (46, 47, 48) - Group Aggregation Container Collateral #1 (49, 50) - Group Aggregation Container Collateral #2 (51, 52) - Counter Party Group Aggregation Container (70, 71) - Netting Set Group Aggregation Container (72, 73) - Funding Set Group Aggregation Container (74, 75) - Aggregated Collateral Group Specification Retrieval (76) - Aggregated CPTY Group Specification Retrieval (77) - Aggregated Netting Group Specification Retrieval (78) - Aggregated Funding Group Specification Retrieval (79) - Position Set Group Specification Shell (80, 81) - Position Native Collateral Group Specification (82) - Position Native CPTY Group Specification (83) - Position Native Netting Group Specification (84) - Position Native Funding Group Specification (85) - Position Group Specification Constructor Annotation (86, 87, 88) Bug Fixes/Clean-up: - Path Simulator Position Manifest Fix (21, 22) - Path Simulator Position Bug Fix (23, 24) Samples: - Andersen Albanese Basel Proxy #1 (4, 5) - Andersen Albanese Basel Proxy #2 (6, 7) - Andersen Albanese Basel Proxy #3 (8, 9) - Andersen Albanese Basel Proxy #4 (31) - Andersen Albanese Basel Proxy #5 (39, 40) - Bond Metrics Coimbatore Floater (53) - Bond Metrics Panipat #1 (54, 55) - Bond Metrics Panipat #2 (56, 57) - Bond Metrics Panipat #3 (58, 59) - Bond Metrics Panipat #4 (60, 61) - Bond Metrics Darbhanga #1 (62, 63) - Bond Metrics Darbhanga #2 (64, 65) - Bond Metrics Bally #1 (66, 67) - Bond Metrics Bally #2 (68, 69)

- XVA Set Position Group Container (1) - XVA Set Group Specification Container (2) - XVA Holdings - Position Dependencies Package (3) - XVA Holdings Position Unit - Shell (4) - XVA Holdings Position Group Specification (5) - Position Group Value Generator Function (6) - Position Holdings Constructor and Annotation (8, 9, 10) - Position Group Value Array #1 (11, 12) - Position Group Value Array #2 (13, 14) - Position Group Value Array #3 (15, 16) - Position Group Value Array #4 (17, 18) - Position Group Value Array #5 (19, 20) - Path Simulator Position Group Specification (31) - Holdings Position Group Container Shell (33) - Holdings Container Position Group Array (34) - Position Group Container Constructor Anotation (35, 36, 37) - Solo Position Group Container Creator (38, 39) - Number of Positions in Container (40) - Path Simulator Position Group Array (41, 42) - Path Simulator Position Group Container (43, 44) - Position Group Container - Netting Segments (59, 60) - Position Group Container - Funding Segments (61, 62) Bug Fixes/Clean-up: - XVA Position To Group Rename (7) - Eliminate XVA Dynamics Group Settings (32) - Path Simulator Variable Cleanse #1 (47, 48) - Path Simulator Variable Cleanse #2 (49, 50) - Path Simulator Variable Cleanse #3 (51, 52) - Path Simulator Variable Cleanse #4 (53, 54) - Path Simulator Variable Cleanse #5 (55, 56) - Path Simulator Variable Cleanse #6 (57) Samples: - Andersen Albanese Basel Proxy #1 (21, 22) - Andersen Albanese Basel Proxy #2 (23, 24) - Andersen Albanese Basel Proxy #3 (25, 26) - Andersen Albanese Basel Proxy #4 (27, 28) - Andersen Albanese Basel Proxy #5 (29, 30) - Andersen Albanese Basel Proxy #6 (45, 46) - Andersen Albanese Basel Proxy #7 (58)

- Position Group Funding Segment Shell (1) - Position Group Funding Segment Set (2) - Position Holdings Group Set #1 (3, 4) - Position Holdings Group Set #2 (5, 6) - Position Group Segment Constructor Annotation (7, 8) - Position Group Instance Segment Addition (9, 10) - Position Group Container Netting Segments (11, 12) - Position Group Container Funding Segments (13, 14) - Position Collateral Group Path Array (15, 16) - Position Collateral Group Path Setting (17, 18) - Position Group Container Collateral Path (20) - Path Simulator Collateral Group Vertex (23) - Netting Group Collateral Paths #1 (24, 25) - Netting Group Collateral Paths #2 (26, 27) - Netting Group Collateral Paths #3 (28, 29) - Position Group Segment Collateral Path (30, 31) - Funding Group Collateral Vertex Paths (34) - Funding Collateral Group Path Array (35, 36) - Netting Collateral Group Path Array (37, 38) - Credit Debt Funding Netting Path (41) - Position Single Trajectory Path Simulator (43, 44) - Position Group Netting Segment Paths (45, 46) - Position Group Funding Segment Paths (47, 48) - Credit Debt Funding Group #1 (49, 50) - Credit Debt Funding Group #2 (51, 52) - Netting Aggregation Group Position Array (57, 58, 59) - Collateral Group Path Simulator Array (62, 63) Bug Fixes/Clean-up: - Eliminate Collateral Group Path Array (19) - Path Simulator Single Trajectory Fix (42) Samples: - Albanese Andersen Basel Proxy #1 (21, 22) - Albanese Andersen Basel Proxy #2 (32, 33) - Albanese Andersen Basel Proxy #3 (39, 40) - Albanese Andersen Basel Proxy #4 (53, 54) - Albanese Andersen Basel Proxy #5 (55, 56) - Albanese Andersen Basel Proxy #6 (60, 61)

- Trim Collateral Path Vertex Array (1) - XVA Position Group Evaluator Shell (4, 5) - Position Group Market Vertex Value (6, 7) - Position Group Evaluator Constructor Annotation (8, 9) - Fix Float Position Evaluator Shell (10) - Fix Float Vertex Evaluator Stub (11) - Fix Float Evaluator Maturity Date (12, 13) - Position Group Value To Numeraire (14) - Position Group Numeraire Fix Float (15) - Fix Float Numeraire Constructor Annotation (16, 17, 18) - Position Group Market Vertex Value (19, 20) - Path Simulator Position Group Numeraire (21) - Market Vertex Latent State Replicator (25, 26) - XVA Universe Market Vertex Entity (27, 28) - Market Vertex Latent State #1 (29, 30) - Market Vertex Latent State #2 (31, 32) - Market Vertex Latent State Label (33, 34) - Market Vertex Entity Label #1 (35, 36) - Market Vertex Entity Label #2 (37, 38) - Latent State Replicator Epochal Instance (39, 40, 41) - Market Vertex Latent State Labels (42, 43) - Bank Counter Party Funding Labels (44) - Market Vertex Latent State Replicators (45, 46, 47) - Entity Market Vertex State #1 (48, 49, 50) - Subordinate Funding Spread Latent State (51) - Subordinate Recovery Rate Latent State (52) - Senior Funding Spread Latent State (53) - Senior Recovery Rate Latent State (54) - Entity Hazard Rate Latent State (55) - Market Vertex Subordinate Funding Spread (56, 57) - Market Vertex Subordinate Recovery Rate (58, 59) - Market Vertex Senior Spread #1 (64, 65) - Market Vertex Senior Spread #2 (66, 67) - Hazard Rate Latent State Vertex (68, 69, 70) - Overnight Index Latent State Replicator (71) - CSA Vertex Latent State Replicator (72, 73) - Bank Counter Party Market Vertex (74, 75) - Market Vertex Entity Hazard Rate (76, 77) - Market Vertex Entity Senior Recovery (78, 79) - Market Vertex Entity Senior Spread (80, 81) - Market Vertex Entity Subordinate Recovery (82, 83) - Market Vertex Entity Subordinate Spread (84, 85) - Market Vertex Entity - Funding Replicators (86, 87) - Market Vertex Overnight Replicator (88, 89) - Market Vertex CSA Numeraire Replicator (90) - Market Vertex Senior Subordinate Replicator (91, 92, 93) - Market Vertex Entity Epochal Senior (94, 95) - Market Vertex Entity Epochal Subordinate (96, 97) - Market Vertex Generator Entity Array (102, 103, 104) - Trajectory Evolution Scheme Replicator Sweep (105, 106, 107) - Replication Portfolio Vertex Numeraire Sweep (108, 109) - Evolution Trajectory Vertex Numeraire Sweep (110) - XVA Netting Exposure Group Path (111, 112, 113) - Burgard Kjaer Vertex Builder Sweep (114, 115) Bug Fixes/Clean-up: - Position Group and Numeraire Migrate (22) - Previous Market Vertex Entity #1 (60, 61) - Previous Market Vertex Entity #2 (62, 63) - Market Vertex Generator Clean #1 (98, 99) - Market Vertex Generator Clean #2 (100, 101) Samples: - Albanese Andersen Basel Proxy #1 (2, 3) - Albanese Andersen Basel Proxy #2 (23, 24) - Correlated Numeraire XVA Explain (116, 117) - Correlated Numeraire XVA Attribution (118, 119) - Correlated Numeraire XVA Greeks (120, 121) - Correlated Numeraire XVA Replication Portfolio (122, 123) - Burgard 2011 XVA Explain (124, 125) - Burgard 2011 XVA Replication Portfolio (126, 127) - Burgard 2011 XVA Greeks (128, 129) - Euler Evolution Trajectory Scheme (130, 131) - Fix Float VA Bank (132, 133) - Fix Float VA Counter Party (134, 135) - Unilateral Zero Threshold Funding Stochastic (136, 137) - Unilateral Zero Threshold Funding (138, 139) - Unilateral Uncollateralized Threshold Funding Stochastic (140, 141) - Unilateral Uncollateralized Threshold Funding (142, 143) - Unilateral Collateralized Threshold Funding Stochastic (144, 145) - Unilateral Collateralized Threshold Funding (146, 147) - Set Off Zero Threshold Funding Stochastic (148, 149) - Set Off Zero Threshold Funding (150, 151) - Set Off Uncollateralized Threshold Funding Stochastic (152, 153) - Set Off Uncollateralized Threshold Funding (154, 155) - Set Off Collateralized Threshold Funding Stochastic (156, 157) - Set Off Collateralized Threshold Funding (158, 159) - Semi Replication Zero Threshold Funding Stochastic (160, 161) - Semi Replication Zero Threshold Funding (162, 163) - Semi Replication Uncollateralized Threshold Funding Stochastic (164, 165) - Semi Replication Uncollateralized Threshold Funding (166, 167) - Semi Replication Collateralized Threshold Funding Stochastic (168, 169) - Semi Replication Collateralized Threshold Funding (170, 171) - Perfect Replication Zero Threshold Funding Stochastic (172, 173) - Perfect Replication Zero Threshold Funding (174, 175) - Perfect Replication Uncollateralized Threshold Funding Stochastic (176, 177) - Perfect Replication Uncollateralized Threshold Funding (178, 179) - Perfect Replication Collateralized Threshold Funding Stochastic (180, 181) - Perfect Replication Collateralized Threshold Funding (182, 183) - Bilateral CSA Zero Threshold Funding Stochastic (184, 185) - Bilateral CSA Zero Threshold Funding (186, 187) - Bilateral CSA Uncollateralized Threshold Funding Stochastic (188, 189) - Bilateral CSA Uncollateralized Threshold Funding (190, 191) - Bilateral CSA Collateralized Threshold Funding Stochastic (192, 193) - Bilateral CSA Collateralized Threshold Funding (194, 195) - Netting Portfolio Group Run (196, 197) - Netting Portfolio Group Simulation (198, 199) - Portfolio Path Aggregation Correlated (200, 201) - Portfolio Path Aggregation Uncorrelated (202, 203) - Portfolio Path Aggregation Deterministic (204, 205) - Collateralized Collateral Group (206, 207) - Collateralized Collateral Group Correlated (208, 209) - Uncollateralized Collateral Group (210, 211) - Uncollateralized Collateral Group Correlated (212, 213) - Zero Threshold Collateral Group (214, 215) - Zero Threshold Collateral Group Correlated (216, 217) - Funding Group Bilateral CSA (218, 219) - Funding Group Hedge Error (220, 221) - Funding Group Perfect Replication (222, 223) - Funding Group Semi Replication (224, 225) - Funding Group Set Off (226, 227) - Funding Group Unilateral CSA (228, 229) - CPGA Collateralized (230, 231) - CPGA Collateralized Correlated (232, 233) - CPGA Uncollateralized (234, 235) - CPGA Uncollateralized Correlated (236, 237) - CPGA Zero Threshold (238, 239) - CPGA Zero Threshold Correlated (240, 241) - Collateralized Collateral Neutral (242, 243) - Collateralized Collateral Neutral Stochastic (244, 245) - Collateralized Collateral Payable (246, 247) - Collateralized Collateral Payable Stochastic (248, 249) - Collateralized Collateral Receivable (250, 251) - Collateralized Collateral Receivable Stochastic (252, 253) - Collateralized Funding Neutral (254, 255) - Collateralized Funding Neutral Stochastic (256, 257) - Collateralized Funding Payable (258, 259) - Collateralized Funding Payable Stochastic (260, 261) - Collateralized Funding Receivable (262, 263) - Collateralized Funding Receivable Stochastic (264, 265) - Collateralized Netting Neutral (266, 267) - Collateralized Netting Neutral Stochastic (268, 269) - Collateralized Netting Payable (270, 271) - Collateralized Netting Payable Stochastic (272, 273) - Collateralized Netting Receivable (274, 275) - Collateralized Netting Receivable Stochastic (276, 277) - Uncollateralized Collateral Neutral (278, 279) - Uncollateralized Collateral Neutral Stochastic (280, 281) - Uncollateralized Collateral Payable (282, 283) - Uncollateralized Collateral Payable Stochastic (284, 285) - Uncollateralized Collateral Receivable (286, 287) - Uncollateralized Collateral Receivable Stochastic (288, 289) - Uncollateralized Funding Neutral (290, 291) - Uncollateralized Funding Neutral Stochastic (292, 293) - Uncollateralized Funding Payable (294, 295) - Uncollateralized Funding Payable Stochastic (296, 297) - Uncollateralized Funding Receivable (298, 299) - Uncollateralized Funding Receivable Stochastic (300, 301) - Uncollateralized Netting Neutral (302, 303) - Uncollateralized Netting Neutral Stochastic (304, 305) - Uncollateralized Netting Payable (306, 307) - Uncollateralized Netting Payable Stochastic (308, 309) - Uncollateralized Netting Receivable (310, 311) - Uncollateralized Netting Receivable Stochastic (312, 313) - Zero Threshold Collateral Neutral (314, 315) - Zero Threshold Collateral Neutral Stochastic (316, 317) - Zero Threshold Collateral Payable (318, 319) - Zero Threshold Collateral Payable Stochastic (320, 321) - Zero Threshold Collateral Receivable (322, 323) - Zero Threshold Collateral Receivable Stochastic (324, 325) - Zero Threshold Funding Neutral (326, 327) - Zero Threshold Funding Neutral Stochastic (328, 329) - Zero Threshold Funding Payable (330, 331) - Zero Threshold Funding Payable Stochastic (332, 333) - Zero Threshold Funding Receivable (334, 335) - Zero Threshold Funding Receivable Stochastic (336, 337) - Zero Threshold Netting Neutral (338, 339) - Zero Threshold Netting Neutral Stochastic (340, 341) - Zero Threshold Netting Payable (342, 343) - Zero Threshold Netting Payable Stochastic (344, 345) - Zero Threshold Netting Receivable (346, 347) - Zero Threshold Netting Receivable Stochastic (348, 349)

Bug Fixes/Clean-up: Samples: - Burgard 2013 Market Vertex #1 (1, 2) - XVA Digest Market Vertex (3, 4) - XVA Basel Market Vertex #1 (5, 6) - XVA Basel Market Vertex #2 (7, 8) - XVA Basel Market Vertex #3 (9) - Burgard 2012 Market Vertex (10) - XVA Strategy Market Vertex (11, 12) - Burgard 2013 Market Vertex #2 (13) - Netting Group Market Group (14) - Burgard 2013 Market Vertex #3 (15, 16) - Burgard 2013 Market Vertex #4 (17, 18) - Burgard 2013 Market Vertex #5 (19, 20) - Burgard 2013 Market Vertex #6 (21) - Burgard 2011 Market Vertex (22) - XVA Basel Market Vertex #4 (23, 24) - XVA Basel Market Vertex #5 (25, 26)

- Entity Latent State Evolver Shell (1) - Market Vertex Generator CPTY Hazard (2) - Entity Latent State Evolver Constructor (3, 4, 5) Bug Fixes/Clean-up: - Market Vertex Generator Re-work #1 (6, 7) - Market Vertex Generator Re-work #2 (8, 9) - Market Vertex Entity Senior - Fix (10) Samples: - Albanese Andersen Basel Proxy (11)

- Smoothing vs Shape Preserving Investigations (7, 8) - Convert Default Builds to SMOOTH (9, 10) - Natve Forward IE EI #1 (15, 16) - Natve Forward IE EI #2 (17, 18) - Latent State Tradeable - Shell Implementation (22) - Latent State Tradeable - Repo Rate (23) - Latent State Tradeable - Cash Rate (24) - Tradeable Latent State Evolver Contructor (26, 27, 28) - Latent State Evolver Tradeable Instance (29, 30) - Tradeable Security Repoable Indicator Flag (31) - Primary Security Container Position #1 (33, 34) - Primary Security Container Position #2 (35, 36) - XVA Equity Primary Security Evolver (43) - Scaling Numeraire XVA Evolver Shell (44) - Scaling Numeraire XVA Diffusive Evolver (45) - Scaling Numeraire XVA Evolver Constructor (46, 47) - XVA Evolver Primary Security Numeraire (48) - XVA Evolver Primary Security Label (49, 50) Bug Fixes/Clean-up: - Switch Funding Default -> Financial Spline (11, 12) - Tradeable Latent State Evolver Rename (25) - Tradeable to Primary Security Conversion (32) - XVA Securities and State Evolvers (37) - Primary Security Latent State Evolvers (38, 39) - XVA Latent State Evolution Container (40) - Terminal XVA Latent State Evolver (41, 42) - Vertex Date Builder Analytics Support (44) Samples: - Aizawl Bond Metrics #1 (1, 2) - Aizawl Bond Metrics #2 (3, 4) - Aizawl Bond Metrics #3 (5, 6) - QUARTIC/QUINTIC Funding Spline Curves (13, 14) - Aizawl Bond Metrics #4 (19, 20, 21) - Correlated Numeraire XVA Attribution (51, 52) - Correlated Numeraire XVA Greeks (53, 54) - Correlated Numeraire XVA Explain (55, 56) - Correlated Numeraire XVA Replication Portfolio (57, 58) - Burgard 2011 XVA Explain (59, 60) - Burgard 2011 XVA Greeks (61, 62) - Burgard 2011 XVA Market Generation (63, 64) - Burgard 2011 XVA Replication Portfolio (65, 66)

- Terminal Latent State Numeraire Inheritance (2) - Primary Security Latent State Inheritance (3) - XVA Evolver Primary Security ID (4) - Equity Primary Security ID Constructor (5) - XVA Evolver Dynamics Container Shell (22, 23) - Numeraire Evolver Dynamics Settings Map (24) - State Evolver Dynamics Settings Map (25) - Primary Security Dynamics Settings Map (26) - XVA Evolver Dynamics Container Constructor (27, 28) - Dynamics Container Scaling Numeraire Addition (29, 30) - Dynamics Container Scaling Numeraire Existence (31) - Dynamics Container Scaling Numeraire Retrieval (32, 33) - Dynamics Container Latent State Addition (34, 35) - Dynamics Container Latent State Existence (36, 37) - Dynamics Container Latent State Retrieval (38) - Dynamics Container Primary Security Addition (39, 40) - Dynamics Container Primary Security Existence (41, 42, 43) Bug Fixes/Clean-up: Samples: - Albanese Andersen Basel Proxy #1 (1) - Albanese Andersen Basel Proxy #2 (6, 7) - Correlated Numeraire XVA Attribution (8, 9) - Correlated Numeraire XVA Explain (10) - Correlated Numeraire XVA Greeks (11, 12) - Correlated Numeraire XVA Replication Portfolio (13) - Burgard 2011 XVA Explain (15, 14) - Burgard 2011 XVA Greeks (16) - Burgard 2011 Market Generation (17, 18) - Burgard 2011 Replication Portfolio (19) - Euler Trajectory Evolution Scheme (20, 21)

- Dynamics Container Primary Security Evolver (1, 2) - Eliminate Primary Security Container CSA (3) - Eliminate Primary Security Container Position (4) - Eliminate Primary Security Container Overnight (5) - Eliminate Primary Security Container Bank Senior (6) - Eliminate Primary Security Container Bank Subordinate (7, 8) - Eliminate Primary Security Container CPTY (9, 10) - Primary Security Container Constructor #1 (11, 12) - Primary Security Container Constructor #2 (13, 14) - XVA Evolver Market Dynamics Container (18, 19) - Market Dynamics Container Bank Hazard (20, 21) - Market Dynamics Container Bank Senior Recovery (22) - Market Dynamics Container Bank Subordinate Recovery (23, 24) - Counter Party Hazard Rate Evolver (25) - Counter Party Recovery Rate Evolver (26, 27) - Market Dynamics Container Constructor Re-work (28, 29, 30) - Latent State Dynamics Container Shell (44) - Latent State Dynamics Container Collateral (45) - Latent State Dynamics Container Credit (46) - Latent State Dynamics Container CSA (47) - Latent State Dynamics Container Custom (48) - Latent State Dynamics Container Equity (49) - Latent State Dynamics Container Forward (50) - Latent State Dynamics Container Funding (51) - Latent State Dynamics Container FX (52) - Latent State Dynamics Container Govvie (53) - Latent State Dynamics Container OTC Fix Float (54) - Latent State Dynamics Container Pay Down (55) - Latent State Dynamics Container Rating (56) - Latent State Dynamics Container FX (57) - Latent State Dynamics Container Recovery (58) - Latent State Dynamics Container Hazard (59) - Latent State Dynamics Container Volatility (60) - Latent State Dynamics Container Repo (61) - State Identifier Entity Hazard Label (62, 63) - Entity State Identifier Label Shell (64) - Designate State Identifier Label Constructor (65, 66, 67) - Equity Label State Identifier Inheritance (68) - Hazard Label State Identifier Inheritance (69) - Custom Label State Identifier Inheritance (70) Bug Fixes/Clean-up: - XVA Evolver Scaling Numeraire Re-jig (15) - Eliminate Tradeable Latent State Container (16) - Eliminate Terminal Latent State Container (17) Samples: - Correlated Numeraire XVA Attribution (31, 32) - Correlated Numeraire XVA Explain (33, 34) - Correlated Numeraire XVA Greeks (35) - Correlated Numeraire XVA Replication Portfolio (36) - Burgard 2011 XVA Explain (37) - Burgard 2011 XVA Greeks (38) - Burgard 2011 XVA Market Generation (39) - Burgard 2011 XVA Replication Portfolio (40) - Euler Evolution Trajectory Scheme (41) - Albanese Andersen Basel Proxy (42, 43)

- Credit Label - SENIOR Seniority Setting (1) - Credit Label - SUBORDINATE Seniority Setting (2) - Credit Label - Obligation Seniority Setting (3) - Credit Label Standard Constructor Annotation (4, 5) - Credit Latent State Label Match (6) - Credit Label - Fully Qualified Name (7) - State Identifier Recovery Label #1 (8, 9) - State Identifier Recovery Label #2 (10, 11) - Entity State Identifier Credit Label (12) - Entity State Identifier Recovery Label (13) - Entity State Identifier Designate Label (14) - Entity State Identifier Equity Label (15) - Entity State Identifier Hazard Label (16) - Entity State Identifier Funding Label (17, 18) - Primary Security Container CSA Label (19) - CSA Label Latent State Identifier (20) - Primary Security Container Overnight Label (21) - Bank Senior Funding Numeraire Label (22) - Bank Subordinate Funding Numeraire Label (23) - CPTY Senior Funding Numeraire Label (24) - Senior Entity Funding Label Static (25) - Subordinate Entity Funding Label Static (26) - Entity Designate Label - Currency Field (42, 43) - Entity Equity Label - Currency Field (44, 45) - Entity Credit Label - Currency Field (46, 47) - Entity Hazard Label - Currency Field (48, 49) - Entity Recovery Label - Currency Field (50, 51) - Entity Funding Label - Currency Field (52, 53) - Entity Recovery Label - Senior/Subordinate (56) - Scenario Credit Curve Builder Currency (75, 76) - Credit Product Coupon Currency Label (77, 78) - Bond Builder Credit State Label (79, 80) Bug Fixes/Clean-up: - Market Dynamics Container Bug Fix (27, 28) - Dynamics Container Latent State Label (29, 30) Samples: - Correlated Numeraire XVA Attribution #1 (31, 32) - Correlated Numeraire XVA Explain #1 (33) - Correlated Numeraire XVA Greeks #1 (34) - Correlated Numeraire XVA Replication Portfolio #1 (35) - Burgard 2011 XVA Explain #1 (36) - Burgard 2011 XVA Greeks #1 (37) - Burgard 2011 Market Replication #1 (38) - Burgard 2011 Market Generation #1 (39) - Euler Trajectory Evolution Scheme #1 (40) - Albanese Andersen Basel Proxy #1 (41) - Correlated Numeraire XVA Attribution #2 (54, 55) - Correlated Numeraire XVA Explain #2 (57, 58) - Correlated Numeraire XVA Greeks #2 (59, 60) - Correlated Numeraire XVA Replication Portfolio #2 (61, 62) - Burgard 2011 XVA Explain #2 (63, 64) - Burgard 2011 XVA Greeks #2 (65, 66) - Burgard 2011 Market Replication #2 (67, 68) - Burgard 2011 Market Generation #2 (69, 70) - Euler Trajectory Evolution Scheme #2 (71, 72) - Albanese Andersen Basel Proxy #2 (73, 74)

- Deposit Futures Instrument Builders #1 (5, 6) - Deposit Futures Instrument Builders #2 (7, 8) - Deposit Futures Instrument Builders #3 (9, 10) - Deposit Futures Instrument Builders #4 (11, 12) Bug Fixes/Clean-up: - Bond Component Credit Label Fix (1, 2) - CDS Component Credit Label Fix (3, 4) - Bond Metrics KRD Fix #1 (19, 20) - Discount Curve Bump Node #1 (21, 22) - Discount Curve Bump Node #2 (23, 24) - Discount Curve Bump Node #3 (25) - Composable Unit Floating Period #1 (26, 27) - Composable Unit Floating Period #2 (28, 29) - Composable Unit Floating Period #3 (30, 31) - Composable Unit Floating Period #4 (32, 33) - Composable Unit Floating Period #5 (34, 35) - Composable Unit Floating Period #6 (36, 37) - Composable Unit Floating Period #7 (38, 39) - Composable Unit Floating Period #8 (40, 41) - Composable Unit Floating Period #9 (45, 46) - Composable Unit Floating Period #10 (47, 48) - Composable Unit Floating Period #11 (49, 50) - Composable Unit Floating Period #12 (53, 54) - Composable Unit Floating Period #13 (55, 56) - Composable Unit Floating Period #14 (57, 58) - Composable Unit Floating Period #15 (59, 60) Samples: - Bond Metrics Kakinada - DF Decimals (13, 14) - Bond Metrics Kakinada - CF #1 (15, 16) - Bond Metrics Kakinada - CF #2 (17, 18) - Bond Metrics Kakinada - CF #3 (42) - Bond Metrics Kakinada - CF #4 (43, 44) - Bond Metrics Kakinada - CF #5 (51, 52)

- Composite Floating Unit Period #1 (2, 3) - Composite Floating Unit Period #2 (4, 5) - Discrete Period Discount Factor #1 (12, 13) - Discrete Period Discount Factor #2 (14, 15) - Native Flat Forward Discount #1 (20, 21) - Native Flat Forward Discount #2 (22, 23) - Native Flat Forward Discount #3 (24, 25) - Native Flat Forward Discount #4 (26, 27) Bug Fixes/Clean-up: - Latent Market State Builder #1 (28, 29) - Latent Market State Builder #2 (30, 31) - Latent Market State Builder #3 (32, 33) - Latent Market State Builder #4 (34, 35) - Latent Market State Builder #5 (36, 37) - Latent Market State Builder #6 (38) Samples: - Kakinada Bond Metrics Curve Up (1) - Kakinada Bond Metrics #1 (6, 7) - Kakinada Bond Metrics #2 (8, 9) - Kakinada Bond Metrics #3 (10, 11) - Kakinada Bond Metrics #4 (16, 17) - Kakinada Bond Metrics #5 (18, 19) - Kakinada Bond Metrics #6 (39, 40) - Kakinada Bond Metrics #7 (41, 42) - Kakinada Bond Metrics #8 (43, 44) - Kakinada Bond Metrics #9 (45, 46) - Kakinada Bond Metrics #10 (47, 48) - Kakinada Bond Metrics #11 (51, 52) - Kakinada Bond Metrics #12 (53, 54) - Kakinada Bond Metrics #13 (55, 56) - Kakinada Bond Metrics #14 (57, 58) - Kakinada Bond Metrics #15 (59, 60) - Kakinada Bond Metrics #16 (61, 62) - Kakinada Bond Metrics #17 (63, 64) - Kakinada Bond Metrics #18 (65, 66) - Kakinada Bond Metrics #19 (67, 68) - Kakinada Bond Metrics #20 (69, 70) - Kakinada Bond Metrics #21 (71, 72) - Kakinada Bond Metrics #22 (73, 74) - Kakinada Bond Metrics #23 (75, 76) - Kakinada Bond Metrics #24 (77, 78) - Kakinada Bond Metrics #25 (79, 80)

Bug Fixes/Clean-up: Samples: - Kamarhati Bond Metrics Suite (1) - Korba Bond Metrics Suite (2) - Mathura Bond Metrics Suite (3) - Rohtak Bond Metrics Suite (4) - Tirupati Bond Metrics Suite (5) - Dewas Bond Metrics Suite #1 (6, 7) - Dewas Bond Metrics Suite #2 (8, 9)

- Latent State Dynamics Container Ratings (5, 6) - Latent State Dynamics Container Repo (7, 8) - Latent State Dynamics Container Pay Down (9, 10) - Latent State Dynamics Container Custom (11, 12) - Dynamics Container Primary Security ID (13, 14) - Primary Security Dynamics Container CSA (15) - Primary Security Dynamics Container Overnight (16) - Primary Security Dynamics Container Position (17) - Primary Security Dynamics Container Senior (18) - Primary Security Dynamics Container Subordinate (19) - Primary Security Dynamics Container CPTY (20) - Flat Forward Discount Curve Revert (31, 32) - Bond Replicator Funding Curve Basis (33, 34) - Tenor Base Floater Price #1 (35, 36) - Tenor Base Floater Price #2 (37, 38) - Latent State Label Container #1 (79, 80) - Latent State Label Container #2 (81, 82) - Latent State Label Container #3 (83, 84) - Latent State Label Container #4 (85, 86) - Latent State Label Container #5 (87, 88) - Latent State Label Container #6 (89, 90) - Latent State Label Container #7 (91) - Entity Equity Terminal Latent State (92) - Funding Terminal Latent State Evolver (93) - Govvie Terminal Latent State Evolver (94) - FX Terminal Latent State Evolver (95) - Forward Terminal Latent State Evolver (96) - OTC Fix Float Latent Evolver (97) - Overnight Terminal Latent State Evolver (98) - Collateral Terminal Latent State Evolver (99) - CSA Terminal Latent State Evolver (100) - Entity Hazard Latent State Evolver (101) - Entity Credit Latent State Evolver (102) - Entity Recovery Latent State Evolver (103) - Entity Funding Latent State Evolver (104) - Volatility Terminal Latent State Evolver (105) - Rating Terminal Latent State Evolver (106) - Repo Terminal Latent State Evolver (107) - Pay Down Terminal Latent State Evolver (108) - Custom Terminal Latent State Evolver (109) Bug Fixes/Clean-up: - Primary Security Dynamkics Container Rename (1) - Dynamics Container - Evolver Entry Map (2) - Latent State Dynamics Container Maps (3, 4) Samples: - Correlated Numeraire XVA Attribution #1 (21) - Correlated Numeraire XVA Explain #1 (22) - Correlated Numeraire XVA Greeks #1 (23) - Correlated Numeraire XVA Replication Portfolio #1 (24) - Burgard 2011 XVA Market Generation #1 (25) - Burgard 2011 XVA Explain #1 (26) - Burgard 2011 XVA Greeks #1 (27) - Burgard 2011 XVA Replication Portfolio #1 (28) - Euler Trajectory Evolution Scheme (29) - Albanese Andersen Basel Proxy (30) - Alwar Floater Loan Metrics (39) - Avadi Floater Loan Metrics (40) - Bardhaman Floater Loan Metrics (41) - Bijapur Floater Loan Metrics (42) - Bilaspur Floater Loan Metrics (43) - Chandrapur Floater Loan Metrics (44) - Junagadh Floater Loan Metrics (45) - Kadapa Floater Loan Metrics (46) - Kakinada Floater Loan Metrics (47) - Kollam Floater Loan Metrics (48) - Kulti Floater Loan Metrics (49) - Nizamabad Floater Loan Metrics (50) - Rampur Floater Loan Metrics (51) - Sambalpur Floater Loan Metrics (52) - Satara Floater Loan Metrics (53) - Shahjahanpur Floater Loan Metrics (54) - Shivamogga Floater Loan Metrics (55) - Thrissur Floater Loan Metrics (56) - Asansol Floater Loan Metrics (57) - Agartala Floater Loan Metrics (58) - Ahmedabad Floater Loan Metrics (59) - Aizawl Floater Loan Metrics (60) - Ajmer Floater Loan Metrics (61) - Akola Floater Loan Metrics (62) - Ambattur Floater Loan Metrics (63) - Bally Floater Loan Metrics (64) - Belgaum Floater Loan Metrics (65) - Bellary Floater Loan Metrics (66) - Bengaluru Floater Loan Metrics (67) - Bhagalpur Floater Loan Metrics (68) - Bhatpara Floater Loan Metrics (69) - Bhilai Floater Loan Metrics (70) - Bokaro Floater Loan Metrics (71) - Chennai Floater Loan Metrics (72) - Coimbatore Floater Loan Metrics (73) - Darbhanga Floater Loan Metrics (74) - Delhi Floater Loan Metrics (75) - Dewas Floater Loan Metrics (76) - Dumdum Floater Loan Metrics (77) - Durgapur Floater Loan Metrics (78)

- Terminal Latent State Evolver #1 (1, 2) - Terminal Latent State Evolver #2 (3, 4) - Terminal Latent State Evolver #3 (5, 6) - Terminal Latent State Evolver #4 (7) - Latent State Dynamics Container #1 (8, 9) - Latent State Dynamics Container #2 (10, 11) - Latent State Dynamics Container #3 (12, 13) - Market Dynamics Container Bank Hazard (14) - Market Dynamics Container Senior Recovery (15) - Market Dynamics Container CPTY Hazard (16) - Market Dynamics Container CPTY Recovery (17) - Market Dynamics Container Subordinate #1 (18, 19) - Market Dynamics Container Subordinate #2 (20, 21) - Market Dynamics Container - Constructor Rework (22, 23) - Market Dynamics Container - Terminal State (29, 30) - Entity CDS Label Credit Inheritance (41, 42) - Entity CDS Label Funding Inheritance (43) - Entity CDS Label Recovery Inheritance (44) Bug Fixes/Clean-up: - Eliminate Terminal Latent State Map (27, 28) - Entity Funding/Recovery Labels Relocation (31, 32) - Subordinate Recovery Rate Evolver Check (33, 34) - Terminal Latent State Clean Up (26) - Entity CDS State Identifier Label (37, 38) - Entity Credit State Identifier Label (39, 40) Samples: - Correlated Numeraire XVA Attribution #1 (24, 25) - Correlated Numeraire XVA Attribution #2 (35, 36) - Correlated Numeraire XVA Explain (45, 46) - Correlated Numeraire XVA Greeks (47, 48) - Correlated Numeraire XVA Replication Portfolio (49, 50) - Burgard 2011 XVA Explain (51, 52) - Burgard 2011 XVA Greeks (53, 54) - Burgard 2011 XVA Market Generation (55, 56) - Burgard 2011 XVA Portfolio Replication (57, 58) - Albanese Andersen Basel Proxy (59) - Enhanced Euler Trajectory Scheme (60, 61)

- Entity Default Window Re-work #1 (7, 8) - Entity Default Window Re-work #2 (9, 10) - Bank Counter Party Default Window (11) - Collateral Group Specification - Constructor Enhancement (12, 13) Bug Fixes/Clean-up: - Counter Party Group Specification #1 (1, 2) - Counter Party Group Specification #2 (3, 4) - Counter Party Group Specification #3 (5, 6) - Eliminate Entity Default Window #1 (14, 15) - Eliminate Entity Default Window #2 (16, 17) Samples: - XVA Digest Default Window (18) - XVA Entity Default Window (19) - Burgard 2013 Default Window (20, 21, 22) - XVA Basel Default Window #1 (23, 24) - XVA Basel Default Window #2 (25, 26) - XVA Basel Default Window #3 (27, 28, 29)

- Collateral Group Measures Calculation Scan (1) - XVA Definition Close Out General (2) - Netting Group Specification - Standard Instance (3, 4) - Position Credit Debt Group Specification (5, 6) - Credit Debt Position Segment Paths (7, 8) - Collateral Group Specification - Broken Date #1 (13, 14) - Collateral Group Specification - Broken Date #2 (15, 16) - Collateral Group Specification - Broken Date #3 (17, 18) - Collateral Group Specification - Broken Date #4 (19, 20) - XVA Set Adjustment Digest Scheme (21, 22) - Collateral Group Specification - Adjustment Digest #1 (23, 24) - Collateral Group Specification - Adjustment Digest #2 (25, 26) - Collateral Group Position Replication #1 (27, 28) - Collateral Group Position Replication #2 (29, 30) - Collateral Group Position Replication #3 (31, 32) - Collateral Group Hedge Error #1 (33, 34) - Collateral Group Hedge Error #2 (35, 36) - Collateral Group Hedge Error #3 (37, 38) - Collateral Group Close Out #1 (39, 40) - Collateral Group Close Out #2 (41, 42) - Collateral Group Close Out #3 (43, 44) Bug Fixes/Clean-up: - Funding Segment Paths Bug Fix (9) - Correlated Path Vertex Dimension Eliminate (10) - XVA Settings Package Creation/Migration (11, 12) - Trim XVA Basel Adjustment Digest (45, 46, 47) Samples:

- Close Out Scheme Settings - Shell (1) - Close Out Scheme Settings - Bilateral (2) - Close Out Scheme Settings - ISDA (3) - Close Out Scheme Settings #1 (4, 5) - Close Out Scheme Settings #2 (6, 7) - Close Out Scheme Settings #3 (8, 9) - XVA Hypothecation Collateral Group Shell (10, 11) - XVA Hypothecation Collateral Group Specification (12, 13) - Collateral Group Broken Date Interpolator (14, 15, 16) - XVA Hypothecation Collateral Group Trajectory (17, 18) - Collateral Group Market Vertex Array (19) - Collateral Group Position Value Array (20) - Collateral Group Broken Date Interpolator (21) - XVA Hypothecation Collateral Balance #1 (22, 23) - XVA Hypothecation Collateral Balance #2 (24, 25) - Position Group Vertex Array Values (26, 27) - Position Group Collateral Balance Array (28, 29) - Position Collateral Group Vertex #1 (30, 31) - Position Collateral Group Vertex #2 (32, 33) - Market Vertex Close Out Bilateral (34, 35, 36) - Collateral Group Vertex Array Call (37, 38) - Collateral Group Constructor and Annotation (39, 40, 41) - Position Vertex Group Collateral Array (42) - XVA Dynamics Path Simulator #1 (45, 46) - XVA Dynamics Path Simulator #2 (47, 48) - XVA Dynamics Path Simulator #3 (49, 50) Bug Fixes/Clean-up: - Close Out Market Edge Fix (51) - Eliminate Path Broken Date Scheme (52) - Eliminate Path Hedge Error Scheme (53) - Eliminate Path Close Out Scheme (54) - Eliminate Path Position Replication Scheme (55) - Eliminate Path Adjustment Digest Scheme (56, 57) - Eliminate XVA Path Simulator Scheme (58) Samples: - Albanese Andersen Basel Proxy (43, 44)

- Market Vertex Entity Senior Subordinate (5, 6) Bug Fixes/Clean-up: - Vertex Entity Senior Subordinate #1 (7, 8) - Vertex Entity Senior Subordinate #2 (9, 10) - Vertex Entity Senior Subordinate #3 (11, 12) - Vertex Entity Senior Subordinate #4 (13, 14) - Vertex Entity Senior Subordinate #5 (15, 16) - Vertex Entity Senior Subordinate #6 (17, 18) - Vertex Entity Senior Subordinate #7 (19, 20) - Vertex Entity Senior Subordinate #8 (21, 22) - Vertex Entity Senior Subordinate #9 (23, 24) - Vertex Entity Senior Subordinate #10 (25, 26) - Vertex Entity Senior Subordinate #11 (27, 28) - Vertex Entity Senior Subordinate #12 (29, 30) - Vertex Entity Senior Subordinate #13 (31, 32) - Switch From BILATERAL to ISDA_92 (41, 42) Samples: - Burgard Kjaer Dual Basel Proxy #1 (1, 2) - Burgard Kjaer Dual Basel Proxy #2 (3, 4) - Burgard Kjaer Semi Basel Proxy (33, 34) - Gold Plated Basel Proxy (35, 36) - One Way Basel Proxy (37, 38) - Set Off Basel Proxy (39, 40)

- CDGS Bank Hazard Rate Label (7) - CDGS Bank Recovery Rate Label (8, 9) - CDGS Counter Party Hazard Label (10) - CDGS Counter Party Recovery Label (11) - Credit Debt Group Specification Constructor (12, 13, 14) - Credit Debt Group Specification Static (17) Bug Fixes/Clean-up: - Eliminate Position Group Specification Container (1) - Eliminate XVA Group Specification Container (2, 3) - Set Into Proto Package Transform (4) - Credit Debt Netting Group Sepcification (5) - Market Entity Evolver Dynamics Container (6) Samples: - Albanese Andersen Basel Proxy (15, 16) - Set Off Basel Proxy (18) - Semi Replication Basel Proxy (19) - One Way Basel Proxy (20) - Hedge Error Basel Proxy (21) - Gold Plated Basel Proxy (22) - USD Broken Date LIBOR Forward (23) - EUR Broken Date LIBOR #1 (24, 25) - EUR Broken Date LIBOR #2 (26, 27) - EUR Broken Date LIBOR #3 (28, 29) - Bond Sink Metrics IchalKaranji #1 (30, 31) - Bond Sink Metrics IchalKaranji #2 (32, 33) - Bond Sink Metrics IchalKaranji #3 (34, 35) - Bond Sink Metrics IchalKaranji #4 (36, 37) - Bond Sink Metrics IchalKaranji #5 (38, 39) - Bond Sink Metrics IchalKaranji #6 (40, 41) - Bond Sink Metrics IchalKaranji #7 (42, 43) - Bond Sink Metrics IchalKaranji #8 (44, 45) - Bond Sink Metrics IchalKaranji #9 (46, 47) - Bond Sink Metrics IchalKaranji #10 (48, 49) - Bond Sink Metrics IchalKaranji #11 (50, 51) - Bond Sink Metrics IchalKaranji #12 (52, 53) - Bond Sink Metrics IchalKaranji #13 (54, 55) - Bond Sink Metrics IchalKaranji #14 (56, 57) - Bond Sink Metrics IchalKaranji #15 (58, 59) - Bond Sink Metrics IchalKaranji #16 (60, 61) - Bond Sink Metrics IchalKaranji #17 (62, 63) - Bond Sink Metrics IchalKaranji #18 (64, 65) - Bond Sink Metrics Aligarh #1 (66, 67) - Bond Sink Metrics Aligarh #2 (68, 69) - Bond Sink Metrics Amaravati #1 (70, 71) - Bond Sink Metrics Amaravati #2 (72, 73) - Bond Sink Metrics Amaravati #3 (74, 75) - Bond Sink Metrics Amaravati #4 (76, 77) - Bond Sink Metrics Amaravati #5 (78, 79) - Bond Sink Metrics Bhavnagar #1 (80, 81) - Bond Sink Metrics Bhavnagar #2 (82, 83) - Bond Sink Metrics Bhiwandi #1 (84, 85) - Bond Sink Metrics Bhiwandi #2 (86, 87) - Bond Sink Metrics Bhubaneshwar #1 (88, 89) - Bond Sink Metrics Bhubaneshwar #2 (90, 91) - Bond Sink Metrics Bikaner #1 (92, 93) - Bond Sink Metrics Bikaner #2 (94, 95) - Bond Sink Metrics Cuttack #1 (96, 97) - Bond Sink Metrics Cuttack #2 (98, 99) - Bond Sink Metrics Dehradun #1 (100, 101) - Bond Sink Metrics Dehradun #2 (102, 103) - Bond Sink Metrics Firozabad #1 (104, 105) - Bond Sink Metrics Firozabad #2 (106, 107) - Bond Sink Metrics Gorakhpur #1 (108, 109) - Bond Sink Metrics Gorakhpur #2 (110, 111) - Bond Sink Metrics Guntur #1 (112, 113) - Bond Sink Metrics Guntur #2 (114, 115) - Bond Sink Metrics Mira Bhayandar #1 (116, 117) - Bond Sink Metrics Mira Bhayandar #2 (118, 119) - Bond Sink Metrics Nellore #1 (120, 121) - Bond Sink Metrics Nellore #2 (122, 123) - Bond Sink Metrics Saharanpur #1 (124, 125) - Bond Sink Metrics Saharanpur #2 (126, 127) - Bond Sink Metrics Salem #1 (128, 129) - Bond Sink Metrics Salem #2 (130, 131) - Bond Sink Metrics Warangal #1 (132, 133) - Bond Sink Metrics Warangal #2 (134, 135)

Bug Fixes/Clean-up: Samples: - Broken Date LIBOR EUR #1 (1, 2) - Broken Date LIBOR EUR #2 (3, 4) - Broken Date LIBOR EUR #3 (5, 6)

- Diffusion 1D Discretized Evolver #1 (1, 2, 3) - Diffusion 1D Discretized Evolver #2 (4, 5, 6) Bug Fixes/Re-organization: Samples: - Diffusion 1D Discretized Evolver #1 (7, 8, 9) - Diffusion 1D Discretized Evolver #2 (10, 11, 12) IdeaDRIP: - Sylvester Equation (13-26) - Sylvester Equation - Existence and uniqueness of the solutions (27-72) - Sylvester Equation - Roth's removal rule (73-82) - Sylvester Equation - Numerical solutions (83-86) - Alternating-direction implicit method (87-90) - Alternating-direction implicit method ADI for matrix equations - The (91-98) - Alternating-direction implicit method ADI for matrix equations - When to use ADI (99-114) - Alternating-direction implicit method ADI for matrix equations - Shift-parameter selection and the ADI error equation (115-120)

Bug Fixes/Re-organization: Samples: IdeaDRIP: - Sylvester Equation - Roth's Removal Rule #1 (1-6) - Sylvester Equation - Numerical Solutions #1 (7-12) - Sylvester Equation - Introduction (13-24) - Sylvester Equation - Existence and uniqueness of the solutions (25-58) - Sylvester Equation - Roth's Removal Rule #2 (59-66) - Sylvester Equation - Numerical Solutions #2 (67-72) - Triangular Matrix (73-77) - Triangular Matrix Description (78-85) - Triangular Matrix Description - Example (86) - Triangular Matrix Forward and Back Substitution (87-92) - Triangular Matrix Forward and Back Substitution - (93-106) - Triangular Matrix Forward and Back Substitution - Applications (107) - Triangular Matrix Properties (108-119) - Triangular Matrix Special Forms - Unitriangular (120)

- Linear Algebra Triangular Matrix Shell (17, 18) - Linear Algebra Triangular Matrix Annotation #1 (19, 20, 21) - Linear Algebra Triangular Matrix Annotation #2 (22, 23) - Linear Algebra Triangular Matrix Lower (24) - Linear Algebra Triangular Matrix Upper (25) - Linear Algebra Triangular Matrix Both (26) - Linear Algebra Triangular Matrix Neither (27) - Linear Algebra Triangular Matrix Type #1 (28, 29) - Linear Algebra Triangular Matrix Upper (30) - Linear Algebra Triangular Matrix Lower (31, 32) - Linear Algebra Triangular Matrix Both (33, 34) - Linear Algebra Triangular Matrix Neither (35) - Linear Algebra Triangular Matrix Verifier (36, 37) - QR Eigen Component Extractor - Eigenize (38, 39, 40) - Triangular Matrix Square Type #1 (41, 42) - Triangular Matrix Square Type #2 (43, 44, 45) - Linear Algebra Triangular Matrix Constructor (46, 47, 48) - Linear Algebra Triangular Square Matrix (49, 50) - Linear Algebra Triangular Matrix Unitriangular (51, 52) - Linear Algebra Triangular Matrix Zero Diagonal (53) - Linear Algebra Triangular Matrix Strictly Lower (54, 55) - Linear Algebra Triangular Matrix Strictly Upper (56, 57) - Linear Algebra Triangular Matrix Determinant (58, 59, 60) - Linear Algebra Triangular Matrix Permanent (61, 62) - Linear Algebra Square Matrix Shell (66, 67) - Linear Algebra Square Matrix R^2 (68, 69) - Linear Algebra Square Matrix Constructor (70, 71, 72) - Linear Algebra Square Matrix Standard (73, 74, 75) - Linear Algebra Square Matrix Transpose #1 (76, 77, 78) - Linear Algebra Square Matrix Transpose #2 (79, 80, 81) - Linear Algebra Square Matrix Size (82, 83) - Linear Algebra Square Matrix Product #1 (84, 85) - Linear Algebra Square Matrix Product #2 (86, 87) - Linear Algebra Square Matrix Is Normal #1 (88, 89) - Linear Algebra Square Matrix Is Normal #2 (90, 91) - Eigenvalue Multiplicity Map #1 (92, 93) - Eigenvalue Multiplicity Map #2 (94, 95) - Linear Algebra Triangular Matrix Type (96) - Linear Algebra Triangular Matrix Type #2 (97, 98, 99) - Linear Algebra Triangular Matrix Type #3 (100, 101, 102) - QR Eigencomponent Extractor Tolerance (103, 104) - QR Default Eigenization Iteration Count (105, 106) - Standard Instance of QR Eigencomponent Extractor (107, 108) - Square Matrix QR Eigencomponent Extractor (109, 110, 111) - Square Matrix Eigenvalue Multiplicity Map (112, 113, 114) - Numerical Eigen Output Determinant/Permanent (115, 116) - Linear Algebra Square Matrix Determinant (117, 118) - Linear Algebra Square Matrix Permanent (119, 120) Bug Fixes/Re-organization: - Linear Algebra Matrix Util Rename (63, 64, 65) Samples: IdeaDRIP: - Triangular Matrix Algebra of Matrices - Borel Subgroups and Subalgebras (1-16)

- Square Matrix is Triangularizable (1, 2) - Numerical R^1 -> R^1 Eigenvalue Characteristic Polynomial (3, 4, 5) - Square Matrix Eigenvalue Characteristic Polynomial (6, 7, 8) - Triangular Matrix Remove R2 Array (9, 10) - Triangular Matrix Zero Diagonal Entries (13, 14) - Triangular Matrix Is Uni Check (15, 16) - Triangular Matrix Is Triangularizable Check (19, 20) - Triangular Matrix Determinant and Permanent (21, 22) - Square Matrix Triangular Entries #1 (23, 24) - Square Matrix Triangular Entries #2 (25, 26) - Triangular Matrix Eigenvalue Multiplicity Map (27, 28, 29) - Triangular Matrix Eigenvalue Characteristic Polynomial (30, 31, 32) - Triangular Matrix Is Unit Check (33, 34) - Triangular Matrix Is Normed Check (35, 36) - Triangular Matrix Is Upper Unitriangular (37, 38) - Triangular Matrix Is Lower Unitriangular (39, 40) - Triangular Matrix Atomic Lower #1 (41, 42) - Triangular Matrix Atomic Lower #2 (43, 44) - Triangular Matrix Atomic Lower #3 (45, 46) - Triangular Matrix Atomic Upper #1 (47, 48) - Triangular Matrix Atomic Upper #2 (49, 50) - Triangular Matrix Is Atomic Unitriangular (51, 52) - Triangular Matrix Is Frobenius Unitriangular (53, 54) - Triangular Matrix Is Gauss Unitriangular (55, 56) - Triangular Matrix Gauss Transformation Unitriangular (57, 58) - Linear Algebra Triangular Matrix Constructor (59, 60) - Linear Algebra Triangular Matrix Standard (61, 62, 63) - Linear Algebra Triangular Matrix Type (64) - CRNG Random Matrix Generator Shell (65, 66) - Random Matrix Generator Upper Triangular (67, 68, 69) - Random Matrix Generator Lower Triangular (70, 71, 72) Bug Fixes/Re-organization: - Linear Algebra Triangular Matrix Revamp (11, 12) - Triangular Matrix Determinant/Permanent Revamp (17, 18) - Triangular Matrix Variants and Solutions (73, 74) Samples: - Lower Triangular Matrix Shell #1 (75, 76) - Lower Triangular Matrix Shell #2 (77, 78) - Lower Triangular Matrix Shell #3 (79, 80, 81) - Lower Triangular Matrix Shell #4 (82, 83, 84) - Lower Triangular Matrix Shell #5 (85, 86, 87) - Lower Triangular Matrix Shell #6 (88, 89, 90) - Lower Triangular Matrix Shell #7 (91, 92, 93) - Lower Triangular Matrix Shell #8 (94, 95, 96) - Lower Triangular Matrix Shell #9 (97, 98, 99) - Lower Triangular Matrix Shell #10 (100, 101, 102) - Lower Triangular Matrix Shell #11 (103, 104, 105) - Lower Triangular Matrix Shell #12 (106, 107, 108) - Lower Triangular Matrix Shell #13 (109, 110, 111) - Lower Triangular Matrix Shell #14 (112, 113, 114) - Lower Triangular Matrix Shell #15 (115, 116, 117) - Lower Triangular Matrix Shell #16 (118, 119, 120) IdeaDRIP:

- Random Matrix Generator Lower Unitriangular (82, 83, 84) - Random Matrix Generator Strictly Lower Triangular (106, 107, 108) - Random Matrix Generator Strictly Upper Triangular (109, 110, 111) Bug Fixes/Re-organization: - Upper/Lower Triangular Check #1 (64, 65, 66) - Upper/Lower Triangular Check #2 (67, 68, 69) - Upper/Lower Triangular Check #3 (70, 71, 72) Samples: - Lower Triangular Matrix Run #1 (1, 2, 3) - Lower Triangular Matrix Run #2 (4, 5, 6) - Lower Triangular Matrix Run #3 (7, 8, 9) - Lower Triangular Matrix Run #4 (10, 11, 12) - Lower Triangular Matrix Run #5 (13, 14, 15) - Lower Triangular Matrix Run #6 (16, 17, 18) - Lower Triangular Matrix Run #7 (19, 20, 21) - Lower Triangular Matrix Run #8 (22, 23, 24) - Lower Triangular Matrix Run #9 (25, 26, 27) - Lower Triangular Matrix Run #10 (28, 29, 30) - Lower Triangular Matrix Run #11 (31, 32, 33) - Lower Triangular Matrix Run #12 (34, 35, 36) - Lower Triangular Matrix Run #13 (37, 38, 39) - Lower Triangular Matrix Run #14 (40, 41, 42) - Lower Triangular Matrix Run #15 (43, 44, 45) - Lower Triangular Matrix Run #16 (46, 47, 48) - Lower Triangular Matrix Run #17 (49, 50, 51) - Lower Triangular Matrix Run #18 (52, 53, 54) - Lower Triangular Matrix Run #19 (55, 56, 57) - Lower Triangular Matrix Run #20 (58, 59, 60) - Lower Triangular Matrix Run #21 (61, 62, 63) - Lower Triangular Matrix Run #22 (73, 74, 75) - Lower Triangular Matrix Run #23 (76, 77, 78) - Lower Triangular Matrix Run #24 (79, 80, 81) - Lower Unitriangular Matrix Run #1 (82, 83, 84) - Lower Unitriangular Matrix Run #2 (85, 86, 87) - Lower Unitriangular Matrix Run #3 (88, 89, 90) - Lower Unitriangular Matrix Run #4 (91, 92, 93) - Upper Unitriangular Matrix Run #5 (94, 95, 96) - Upper Unitriangular Matrix Run #6 (97, 98, 99) - Upper Unitriangular Matrix Run #7 (100, 101, 102) - Upper Unitriangular Matrix Run #8 (103, 104, 105) - Upper Strictly Lower Triangular #1 (112, 113, 114) - Upper Strictly Lower Triangular #2 (115, 116, 117) - Upper Strictly Lower Triangular #3 (118, 119, 120) IdeaDRIP:

- Random Matrix Generator Atomic Lower Triangular (10, 11, 12) - Random Matrix Generator Atomic Upper Triangular (46, 47, 48) - Linear Algebra Tridiagonal Matrix Shell (81, 82) - Linear Algebra Tridiagonal Matrix Constructor (83, 84) - Non-Periodic Tridiagonal Matrix Shell (85, 86, 87) - Non-Periodic Tridiagonal Matrix Constructor (88, 89, 90) - Non-Periodic Tridiagonal Matrix Solver (91, 92, 93) - Linear Algebra TridiagonalMatrix Shell (94, 95, 96) - Non-Periodic Tridiagonal Matrix Shell (97, 98) - Periodic Tridiagonal Matrix Shell (99, 100) - Non-Periodic Tridiagonal Matrix #1 (101, 102, 103) - Non-Periodic Tridiagonal Matrix #2 (104, 105) Bug Fixes/Re-organization: - Atomic Lower Triangular Fix #1 (13, 14, 15) - Atomic Lower Triangular Fix #2 (16, 17, 18) - Atomic Lower Triangular Fix #3 (19, 20, 21) - Atomic Lower Triangular Fix #4 (22, 23, 24) - Atomic Lower Triangular Fix #5 (25, 26, 27) - Atomic Lower Triangular Fix #6 (28, 29, 30) - Atomic Lower Triangular Fix #7 (31, 32, 33) - Atomic Lower Triangular Fix #8 (34, 35, 36) - Solvers of Linear Systems of Equations (64, 65) - Numerical Linear System Solver Migration (66, 67, 68) - Numerical Ryabenkii Tsynkov System Solver (69, 70, 71) - Numerical Tridiagonal System Solver Migration (72, 73, 74) - Numerical Strictly Tridiagonal System Solver (75, 76, 77) - Numerical Sherman Morrison System Solver (78, 79, 80) - Non-Periodic Tridiagonal Matrix Revamp (106, 107, 108) - Numerical Linear Solver Tridiagonal Revamp (109, 110, 111) - Non-Periodic Tridiagonal Revamp (112) - Linear Solver Ryabenkii Tsynkov #1 (113, 114, 115) - Linear Solver Ryabenkii Tsynkov #2 (116, 117, 118) - Linear Solver Ryabenkii Tsynkov #3 (119, 120) Samples: - Upper Strictly Upper Triangular #1 (1, 2, 3) - Upper Strictly Upper Triangular #2 (4, 5, 6) - Upper Strictly Upper Triangular #3 (7, 8, 9) - Atomic Lower Triangular Matrix #1 (37, 38, 39) - Atomic Lower Triangular Matrix #2 (40, 41, 42) - Atomic Lower Triangular Matrix #3 (43, 44, 45) - Atomic Upper Triangular Matrix #1 (49, 50, 51) - Atomic Upper Triangular Matrix #2 (52, 53, 54) - Atomic Upper Triangular Matrix #3 (55, 56, 57) - Atomic Upper Unitriangular Matrix Run (58, 59, 60) - Atomic Lower Unitriangular Matrix Run (61, 62, 63) - Non-periodic Tridiagonal Solver #1 (113, 114) - Non-periodic Tridiagonal Solver #2 (115, 116) IdeaDRIP:

- Periodic Tridiagonal Solver Scheme #1 (7, 8, 9) - Periodic Tridiagonal Solver Scheme #2 (10, 11, 12) - Ryabenkii Tsynkov Linear Solver Standard (13, 14) - Ryabenkii Tsynkov Linear Solver Constructor (15, 16) - Ryabenkii Tsynkov Solver Tridiagonal Matrix (17, 18) - Ryabenkii Tsynkov Solver uRHS Array (19, 20) - Ryabenkii Tsynkov Solver vRHS Array (21, 22) - Ryabenkii Tsynkov Solver uSolution Array (23, 24) - Ryabenkii Tsynkov Solver vSolution Array (25, 26) - Ryabenkii Tsynkov Solver UVSolver #1 (27, 28) - Ryabenkii Tsynkov Solver UVSolver #2 (29, 30) - Ryabenkii Tsynkov Solver UVSolver #3 (31, 32) - Ryabenkii Tsynkov Solver UVSolver #4 (33, 34) - Sherman Morrison Linear Solver Constructor (36, 37) - Sherman Morrison Scheme Standard #1 (38, 39, 40) - Sherman Morrison Scheme Standard #2 (41, 42, 43) - Sherman Morrison Batista Karawia Matrix (44, 45) - Sherman Morrison Scheme uRHS Array (46, 47) - Sherman Morrison Scheme qSolution Array (48, 49) - Sherman Morrison Scheme ySolution Array (50, 51) - Sherman Morrison Scheme V Array (52, 53) - Sherman Morrison QY Solver #1 (54, 55) - Sherman Morrison QY Solver #2 (56, 57) - Sherman Morrison QY Solver #3 (58, 59, 60) - Linear Solver Triangular Scheme Shell (72, 73, 74) - Linear Solver Triangular Scheme RHS (75, 76) - Linear Solver Triangular Scheme Matrix (77, 78) - Linear Solver Triangular Scheme Constructor (79, 80, 81) - Non-Periodic Tridiagonal Scheme Standard Annotation (82, 83) - Linear Solver Triangular Scheme #1 (84, 85) - Linear Solver Triangular Scheme #2 (86, 87) - Lower Triangular Forward Substitution Scheme (102) - Upper Triangular Back Substitution Scheme (103, 104, 105) - Linear Solver Triangular Scheme #3 (111, 112, 113) - Linear Solver Triangular Scheme #4 (114, 115) Bug Fixes/Re-organization: - Numerical Linear Solver Tridiagonal Scheme (1, 2, 3) - Non-Periodic Linear Solver Tridiagonal Scheme (4, 5, 6) - Ryabenkii Tsynkov Linear Solver Scheme (35) - Linear Solver Sherman Morrison Scheme (68) - Sherman Morrison Scheme Revamp/Clean Up (69) - Triangular Linear Solver RHS Fix (100, 101) Samples: - Tridiagonal Non-periodic Solver (61) - Tridiagonal Non-periodic Solver Suite (62) - Tridiagonal Periodic Ryabenkii Tsynkov Solver (63) - Tridiagonal Periodic Ryabenkii Tsynkov Solver Suite (64) - Tridiagonal Periodic Sherman Morrison Solver #1 (65) - Tridiagonal Periodic Sherman Morrison Solver Suite #1 (66) - Crank Nicolson Diffusion 1D Discretized Evolver (67) - Tridiagonal Periodic Sherman Morrison Solver #2 (70) - Tridiagonal Periodic Sherman Morrison Solver Suite #2 (71) - Triangular Linear Solver Tester #1 (88, 89, 90) - Triangular Linear Solver Tester #2 (91, 92, 93) - Triangular Linear Solver Tester #3 (94, 95, 96) - Triangular Linear Solver Tester #4 (97, 98, 99) - Triangular Linear Solver Tester #5 (106, 107, 108) - Triangular Linear Solver Tester #6 (109, 110) - Triangular Linear Solver Tester #7 (116, 117) - Lower Triangular Solver Forward Subsritution (118, 119, 120) IdeaDRIP:

- Linear Algebra Sylvester Equation Shell (22, 23, 24) - Linear Algebra Sylvester Equation #1 (25, 26, 27) - Linear Algebra Sylvester Equation #2 (28, 29) - Sylvester Equation Square Matrix A (30, 31) - Sylvester Equation Square Matrix B (32, 33) - Sylvester Equation Square Matrix C #1 (34, 35) - Linear Algebra Sylvester Equation Constructor (36, 37, 38) - Sylvester Equation Square Matrix C #2 (39, 40) - Linear Algebra Sylvester Equation Constructor (41, 42) - Sylvester Equation Bartels Stewart Shell (43, 44, 45) - Sylvester Equation Bartels Stewart RHS (46, 47) - Bartels Stewart Sylvester Equation Instance (48, 49) - Sylvester Equation A B Sizes (53, 54, 55) - Bartels Stewart Sylvester Equation Constructor (56, 57, 58) - Matrix Util AB Sum #1 (79, 80, 81) - Matrix Util AB Sum #2 (82, 83, 84) - Matrix Util Dot Product Internal #1 (109, 110, 111) - Matrix Util Dot Product Internal #2 (112, 113, 114) - Matrix Util Graham Schmidt #1 (115, 116, 117) - Matrix Util Graham Schmidt #2 (118, 119, 120) Bug Fixes/Re-organization: - Matrix Util QR Decomposition Fix (103, 104, 105) - Graham Schmidt Process Verifier Run (106, 107, 108) Samples: - Lower Triangular Solver Suite #1 (1, 2, 3) - Lower Triangular Solver Suite #2 (4, 5, 6) - Lower Triangular Solver Suite #3 (7, 8, 9) - Lower Triangular Solver Suite #4 (10, 11, 12) - Lower Triangular Solver Suite #5 (13, 14, 15) - Upper Triangular Solver Suite #1 (16, 17, 18) - Upper Triangular Solver Suite #2 (19, 20, 21) - Sylvester Equation Remove C Matrix (50, 51, 52) - Bartels Stewart Scheme Test #1 (59, 60, 61) - Bartels Stewart Scheme Test #2 (62, 63) - Bartels Stewart Scheme Test #3 (64, 65) - Bartels Stewart Scheme Test #4 (66, 67) - Bartels Stewart Scheme Test #5 (68, 69) - Bartels Stewart Scheme Test #6 (70, 71, 72) - Bartels Stewart Scheme Test #7 (73, 74, 75) - Bartels Stewart Scheme Test #8 (76, 77, 78) - Bartels Stewart Scheme Test #9 (85, 86, 87) - Bartels Stewart Scheme Test #10 (88, 89, 90) - Bartels Stewart Scheme Test #11 (91, 92, 93) - Bartels Stewart Scheme Test #12 (94, 95, 96) - Bartels Stewart Scheme Test #13 (97, 98, 99) - Bartels Stewart Scheme Test #14 (100, 101, 102) IdeaDRIP:

- Matrix Util Graham Schmidt #1 (1, 2, 3) - Matrix Util Graham Schmidt #2 (4, 5, 6) - Matrix Util Graham Schmidt #3 (7, 8, 9) - Matrix Util Modulus Internal Unchecked (10, 11, 12) - Matrix Util Graham Schmidt #4 (13, 14, 15) Bug Fixes/Re-organization: - Matrix Graham Schmidt Process Run (16, 17) - Matrix Util QR Decomposition Fix (37, 38, 39) Samples: - Bartels Stewart Sylvester Solver #1 (18, 19, 20) - Bartels Stewart Sylvester Solver #2 (21, 22) - Matrix Graham Schmidt Process #1 (23, 24) - Matrix Graham Schmidt Process #2 (25, 26) - Matrix Graham Schmidt Process #3 (27, 28) - Bartels Stewart Sylvester Solver #3 (29, 30) - Matrix Graham Schmidt Process #4 (31, 32) - Matrix Graham Schmidt Process #5 (33, 34) - Bartels Stewart Sylvester Solver #4 (35, 36) - Matrix Graham Schmidt Process #6 (40, 41, 42) - Matrix Graham Schmidt Process #7 (43, 44, 45) - Matrix Graham Schmidt Process #8 (46, 47, 48) - Matrix Graham Schmidt Process #9 (49, 50, 51) - Matrix Graham Schmidt Process #10 (52, 53, 54) - Matrix Graham Schmidt Process #11 (55, 56, 57) - Matrix Graham Schmidt Process #12 (58, 59, 60) - Matrix Graham Schmidt Process #13 (61, 62, 63) - Matrix Graham Schmidt Process #14 (64, 65, 66) - Matrix Graham Schmidt Process #15 (67, 68, 69) - Matrix Graham Schmidt Process #16 (70, 71, 72) - Matrix Graham Schmidt Process #17 (73, 74, 75) - Matrix Graham Schmidt Process #18 (76, 77, 78) - Matrix Graham Schmidt Process #19 (79, 80, 81) - Bartels Stewart Sylvester Solver #5 (85, 86, 87) - Bartels Stewart Sylvester Solver #6 (88, 89, 90) IdeaDRIP: - Bartels-Stewart Algorithm (91-97) - Bartels-Stewart Algorithm The (98-117) - Bartels-Stewart Algorithm The - Computational Cost (118) - Bartels-Stewart Algorithm The - Simplifications and Special Cases (119, 120)

- Bartels-Stewart Algorithm Diagnostics #1 (63, 64) - Bartels-Stewart Algorithm Diagnostics #2 (65, 66) - Sylvester Equation Solution Annotated Shell (67, 68, 69) Bug Fixes/Re-organization: - Numerical Analyzer Bartels-Stewart Algorithm (62) Samples: - QR Decomposition Matrix Util (63, 64) - Graham Schmidt Matrix Orthonormalization Process (70, 71, 72) - Bartels-Stewart Algorithm Run #1 (73, 74, 75) - Bartels-Stewart Algorithm Run #2 (76, 77, 78) - Bartels-Stewart Algorithm Run #3 (79, 80) - Bartels-Stewart Algorithm Run #4 (81, 82) - Bartels-Stewart Algorithm Run #5 (83, 84) - Bartels-Stewart Algorithm Run #6 (85, 86, 87) - Bartels-Stewart Algorithm Run #7 (88, 89, 90) - Bartels-Stewart Algorithm Run #8 (91, 92, 93) - Bartels-Stewart Algorithm Run #9 (94, 95, 96) - Bartels-Stewart Algorithm Run #10 (97, 98, 99) - Bartels-Stewart Algorithm Run #11 (100, 101, 102) - Bartels-Stewart Algorithm Run #12 (103, 104, 105) - Bartels-Stewart Algorithm Run #13 (106, 107, 108) - Bartels-Stewart Algorithm Run #14 (109, 110, 111) - Bartels-Stewart Algorithm Run #15 (112, 113, 114) - Bartels-Stewart Algorithm Run #16 (115, 116, 117) - Bartels-Stewart Algorithm Run #17 (118, 119, 120) IdeaDRIP: - Alternating-direction Implicit Method Fundamental ADI (FADI) - Relations to other methods (1) - Bartels-Stewart Algorithm #1 (2-7) - The Bartels-Stewart Algorithm #1 (8-27) - Bartels-Stewart Algorithm Hessenberg-Schur #1 (28-31) - Bartels-Stewart Algorithm #2 (32-37) - The Bartels-Stewart Algorithm #2 (38-57) - Bartels-Stewart Algorithm Hessenberg-Schur #2 (58-61)

- Matrix Util Product Internal #1 (22, 23, 24) - Matrix Util Product Internal #2 (25, 26, 27) - Matrix Util Product Internal #3 (28, 29, 30) Bug Fixes/Re-organization: Samples: - Bartels-Stewart Algorithm Run #1 (1, 2, 3) - Bartels-Stewart Algorithm Run #2 (4, 5, 6) - Bartels-Stewart Algorithm Run #3 (7, 8, 9) - Bartels-Stewart Algorithm Run #4 (10, 11, 12) - Bartels-Stewart Algorithm Run #5 (13, 14, 15) - Bartels-Stewart Algorithm Run #6 (16, 17, 18) - Bartels-Stewart Algorithm Run #7 (19, 20, 21) - Graham-Schmidt Process Product Check (31, 32, 33) - Graham-Schmidt QR Decomposition #1 (34, 35, 36) - Graham-Schmidt QR Decomposition #2 (37, 38, 39) - Graham-Schmidt QR Decomposition #3 (40, 41, 42) - Graham-Schmidt Orthogonalization Matrix Util (110, 111) - Graham-Schmidt QR Decomposition #4 (112, 113, 114) - Graham-Schmidt QR Decomposition #5 (115, 116, 117) - Graham-Schmidt QR Decomposition #6 (118, 119, 120) IdeaDRIP: - QR Decomposition (43-45) - QR Decomposition Cases and Definitions - Square Matrix (46-56) - QR Decomposition Cases and Definitions - Rectangular Matrix (57-65) - QR Decomposition Cases and Definitions - QL, RL, and LQ Decompositions (66) - QR Decomposition Computing the (67, 68) - QR Decomposition Computing the - Using (69-92) - QR Decomposition Computing the - Using Example (93-102) - QR Decomposition Computing the - Using Relation to RQ (103-106) - QR Decomposition Computing the - Using Advantages and Disadvantages (107-109)

- Matrix Util Graham Schmidt Orthogonalization (1, 2, 3) - Matrix Util Graham Schmidt Orthonormalization #1 (4, 5) - Matrix Util QR Decomposition Vectors in Columns (6, 7) - QR Eigen-component Extractor Vectors in Columns (9) - Linear Solver Bartels Stewart Scheme (10) - Matrix Util Graham Schmidt Orthonormalization #2 (21, 22) - Matrix Util Graham Schmidt Orthonormalization #3 (23, 24) Bug Fixes/Re-organization: Samples: - Matrix Graham Schmidt Process #1 (8) - Matrix Graham Schmidt Process #2 (11, 12) - Matrix Graham Schmidt Process #3 (13, 14, 15) - Matrix Graham Schmidt Process #4 (16, 17, 18) - Matrix Graham Schmidt Process #5 (19, 20) - Matrix Graham Schmidt Process #6 (25, 26, 27) - Matrix Graham Schmidt Process #7 (28, 29, 30) - Matrix Graham Schmidt Process #8 (31, 32, 33) IdeaDRIP: - QR Decomposition Computing the - Using Householder Reflections (34-82) - QR Decomposition Computing the - Using Householder Reflections - Example (83-108) - QR Decomposition Computing the - Using Householder Reflections - Advantages and Disadvantages (109, 110) - QR Decomposition Computing the - Using Givens Rotations (111-116) - QR Decomposition Computing the - Using Givens Rotations - Example (117-120)

- RQ Graham Schmidt Orthogonalization (95, 96, 97) - QR Graham Schmidt Orthogonalization #1 (98, 99) - QR Graham Schmidt Orthogonalization #2 (100, 101) - QR Graham Schmidt Orthogonalization #3 (106, 107) - QR Graham Schmidt Orthogonalization #4 (109, 110, 111) - QR Graham Schmidt Orthogonalization #5 (113) - Unsafe RQ Graham Schmidt Orthogonalization (114, 115, 116) - RQ Graham Schmidt Orthogonalization Revamp (118) Bug Fixes/Re-organization: Samples: - Gram-Schmidt Process Test #1 (102, 103) - Gram-Schmidt Process Test #2 (104, 105) - Gram-Schmidt Process Test #3 (108) - Gram-Schmidt Process Test #4 (112) - Gram-Schmidt Process Test #5 (117) - Gram-Schmidt Process Test #6 (119, 120) IdeaDRIP: - Computing the QR Decomposition (1-2) - Computing the QR Decomposition using Gram-Schmidt Process (3-10) - Computing the QR Decomposition using Gram-Schmidt Process – Relation to RQ (11-14) - Computing the QR Decomposition using Gram-Schmidt Process – Advantages and Disadvantages (15-18) - Computing the QR Decomposition using Householder Reflections (19-34) - Computing the QR Decomposition using Householder Reflections – Advantages and Disadvantages (35-34) - Computing the QR Decomposition using Givens' Rotations (39-46) - Computing the QR Decomposition using Givens' Rotations – Advantages and Disadvantages (47-52) - QR Decomposition Connection to a Determinant or a Product of Eigenvalues (53-68) - QR Decomposition Column Pivoting (69-76) - QR Decomposition Use for Solution to Linear Inverse Problems (77-92) - QR Decomposition Generalization (93-94)

- Matrix Util QR Graham Schmidt Orthonormalization (1, 2, 3) - Matrix Util RQ Graham Schmidt Orthonormalization (6, 7, 8) - Matrix Util RQ Decomposition Composite (14, 15, 16) - Unsafe QR Graham Schmidt Orthogonalization (17, 18) - Square Matrix Annotated QR Decomposition (19, 20, 21) - Square Matrix Annotated RQ Decomposition (22, 23) Bug Fixes/Re-organization: - Matrix Util QR Decomposition Revamp (10, 11, 12) Samples: - Gram-Schmidt Process Test #1 (4, 5) - Gram-Schmidt Process Test #2 (9) - Gram-Schmidt Process Test #3 (13) IdeaDRIP: - QR Algorithm (24-26) - The Practical QR Algorithm (27-50) - QR Algorithm Visualization (51-66) - QR Algorithm Visualization - Finding Eigenvalues versus Eigenvectors (67-87) - QR Algorithm Visualization - Speeding Up: Shifting and Deflation (88-97) - The Implicit QR Algorithm (98-104) - The Implicit QR Algorithm - Renaming Proposal (105, 106) - QR Algorithm Interpretation and Convergence (107-113) - QR Algorithm History (114-120)

- Linear Algebra Gershgorin Disc #1 (33) - Linear Algebra Gershgorin Disc #2 (34, 35, 36) - Linear Algebra Gershgorin Disc #3 (37, 38, 39) - Matrix Gershgorin Disc Diagonal Entry (40, 41) - Linear Algebra Gershgorin Disc Radius (42, 43) - Linear Algebra Gershgorin Disc Constructor (44, 45, 46) - Gershgorin Disc From Row #1 (47, 48) - Gershgorin Disc From Row #2 (49, 50) - Gershgorin Disc Array Analysis #1 (51, 52, 53) - Gershgorin Disc Array Analysis #2 (54, 55, 56) - Gershgorin Disc Array Analysis #3 (57, 58) - Gershgorin Disc Array Analysis #4 (59, 60) - Matrix Util Transpose Revamp #1 (61, 62, 63) - Matrix Util Transpose Revamp #2 (64, 65, 66) - Gershgorin Disc Default Absolute Tolerance (79, 80) - Gershgorin Disc Default Relative Tolerance (81, 82) - Gershgorin Disc Diagonal Dominance #1 (83, 84) - Gershgorin Disc Diagonal Dominance #2 (85, 86, 87) - Linear Algebra Gershgorin Analyzer #1 (88, 89, 90) - Gershgorin Disc Diagonal Dominance #3 (91, 92) - Gershgorin Disc Diagonal Dominance #4 (93, 94) - Numerical Common R^1 Comparator Shell (95, 96) - R^1 Comparator Absolute Tolerance Determiner (97, 98) - R^1 Comparator Relative Tolerance Determiner (99, 100) - Numerical Common R^1 Comparator Constructor (101, 102, 103) - R^1 Comparator Default Absolute/Relative Tolerance (104, 105, 106) - Numerical Common R^1 Comparator Standard (107, 108) - Numerical Common R^1 Closeness Verifier (109, 110, 111) - R^1 Closeness Verifier Match #1 (112, 113, 114) - R^1 Closeness Verifier Match #2 (115, 116) - Gershgorin Disc From Row #1 (117, 118) - Gershgorin Disc From Row #2 (119, 120) Bug Fixes/Re-organization: Samples: - Square Matrix Gershgorin Test #1 (67, 68) - Square Matrix Gershgorin Test #2 (69, 70) - Square Matrix Gershgorin Test #3 (71, 72) - Square Matrix Gershgorin Test #4 (73, 74, 75) - Square Matrix Gershgorin Test #5 (76, 77, 78) IdeaDRIP: - Condition Number - Non-linear One Variable (1-27) - Condition Number - Several Variables (28-32)

- Array of Gershgorin Analyzer Disc (1, 2) - Linear Algebra Gershgorin Analyzer Constructor #1 (3, 4, 5) - Gershgorin Analyzer Diagonally Dominant #1 (6, 7) - Gershgorin Analyzer Diagonally Dominant #2 (8, 9, 10) - Gershgorin Analyzer From Square Matrix #1 (11, 12) - Gershgorin Analyzer From Square Matrix #2 (13, 14, 15) - Gershgorin Analyzer R^2 Array #1 (18, 19) - Gershgorin Analyzer R^2 Array #2 (20, 21) - Gershgorin Analyzer Square Matrix Instance (22, 23) - Linear Algebra Gershgorin Analyzer Constructor #2 (24, 25, 26) - Gershgorin Analyzer From Square Matrix #3 (27) - Gershgorin Analyzer Diagonal Strengthener #1 (29, 28, 30) - Gershgorin Analyzer Diagonal Strengthener #2 (31, 32) - Gershgorin Analyzer From Square Matrix #4 (33, 34) - Gershgorin Disc Left Edge Coordinate (51, 52) - Gershgorin Disc Right Edge Coordinate (53, 54) Bug Fixes/Re-organization: - Square Matrix Gershgorin Clean up (16, 17) Samples: - Gershgorin Analyzer Square Matrix Test (35, 36, 37) - Gershgorin Analyzer Analysis Test #1 (38, 39) - Gershgorin Analyzer Analysis Test #2 (40, 41, 42) - Gershgorin Analyzer Analysis Test #3 (43, 44, 45) - Gershgorin Disc Row Array Analysis (46, 47, 48) - Gershgorin Disc Column Array Analysis (49, 50) - Gershgorin Square Matrix Analysis #1 (55, 56, 57) - Gershgorin Square Matrix Analysis #2 (58, 59, 60) - Gershgorin Square Matrix Analysis #3 (61, 62, 63) - Gershgorin Square Matrix Analysis #4 (64, 65, 66) - Gershgorin Square Matrix Analysis #5 (67, 68, 69) - Gershgorin Square Matrix Analysis #6 (70, 71, 72) - Gershgorin Square Matrix Analysis #7 (73, 74, 75) - Gershgorin Square Matrix Analysis #8 (76, 77, 78) - Gershgorin Square Matrix Analysis #9 (79, 80, 81) IdeaDRIP: - Condition Number Introduction (82-105) - Condition Number General Definition in the Context of Error Analysis (106-109) - Condition Number Matrices (110-120)

- R^1 -> R^1 Function Definition Condition Number (26, 27, 28) - R^1 -> R^1 Addition Operator Function #1 (29, 30, 31) - R^1 -> R^1 Addition Operator Function #2 (32, 33, 34) - R^1 -> R^1 Addition Operator Function Evaluate (35, 36) - R^1 -> R^1 Addition Operator Function a (37, 38) - R^1 -> R^1 Addition Operator Function Constructor (39, 40, 41) - R^1 -> R^1 Addition Operator Function Condition Number (42, 43, 44) - R^1 -> R^1 Addition Operator Function Derivative (45, 46) - Built-in R^1 -> R^1 Operator Functions (47) - R^1 -> R^1 Scale Operator Function Shell (59, 60) - R^1 -> R^1 Scale Operator Function "a" (61, 62) - R^1 -> R^1 Scale Operator Function Constructor (63, 64) - R^1 -> R^1 Scale Operator Function Evaluate (65, 66) - R^1 -> R^1 Scale Operator Function Derivative (67, 68) - R^1 -> R^1 Scale Operator Function Condition Number (69, 70) - R^1 -> R^1 Reciprocal Operator Function Condition Number (71, 72) - R^1 -> R^1 Exponential Operator Function Shell (73, 74) - R^1 -> R^1 Exponential Operator Function Constructor (75, 76) - R^1 -> R^1 Exponential Operator Function Evaluate (77, 78) - R^1 -> R^1 Exponential Operator Function Derivative (79, 80) - R^1 -> R^1 Exponential Operator Function Condition Number (81, 82) - R^1 -> R^1 Natural Logarithm Operator Function Shell (83, 84) - R^1 -> R^1 Natural Logarithm Operator Function Constructor (85, 86) - R^1 -> R^1 Natural Logarithm Operator Function Evaluate (87, 88) - R^1 -> R^1 Natural Logarithm Operator Function Condition Number (89, 90) - Built-in R^1 -> R^1 Trigonometric Functions (91, 92) - R^1 -> R^1 Sine Trigonometric Function Shell (93, 94) - R^1 -> R^1 Sine Trigonometric Function Constructor (95, 96) - R^1 -> R^1 Sine Trigonometric Function Evaluate (97, 98) - R^1 -> R^1 Sine Trigonometric Function Condition Number (99, 100) - R^1 -> R^1 Cosine Trigonometric Function Shell (101, 102) - R^1 -> R^1 Cosine Trigonometric Function Constructor (103, 104) - R^1 -> R^1 Cosine Trigonometric Function Evaluate (105, 106) - R^1 -> R^1 Cosine Trigonometric Function Condition Number (107, 108) - R^1 -> R^1 Tangent Trigonometric Function Shell (109, 110) - R^1 -> R^1 Tangent Trigonometric Function Constructor (111, 112) - R^1 -> R^1 Tangent Trigonometric Function Evaluate (113, 114) - R^1 -> R^1 Tangent Trigonometric Function Condition Number (115, 116) - R^1 -> R^1 Inverse Sine Trigonometric Function Shell (117, 118) - R^1 -> R^1 Inverse Sine Trigonometric Function Constructor (119, 120) Bug Fixes/Re-organization: - R^1 -> R^1 Addition Operator Function Migration (48, 49) - R^1 -> R^1 Flat Operator Function Migration (50, 51) - R^1 -> R^1 Offset Idempotent Operator Migration (52) - R^1 -> R^1 Convolution Operator Function Migration (53, 54) - R^1 -> R^1 Reciprocal Operator Function Migration (55, 56) - R^1 -> R^1 Reflection Operator Function Migration (57, 58) Samples: IdeaDRIP: - Condition Number Matrices (1-5) - Condition Number Non-linear (6-7) - Condition Number Non-linear - One Variable (8-17) - Condition Number Non-linear - Several Variables (18-25)

- R^1 -> R^1 Inverse Sine Trigonometric Function Evaluate (1, 2) - R^1 -> R^1 Inverse Sine Trigonometric Function Condition Number (3, 4) - R^1 -> R^1 Inverse Cosine Trigonometric Function Shell (5, 6) - R^1 -> R^1 Inverse Cosine Trigonometric Function Constructor (7, 8) - R^1 -> R^1 Inverse Cosine Trigonometric Function Evaluate (9, 10) - R^1 -> R^1 Inverse Cosine Trigonometric Function Condition Number (11, 12) - R^1 -> R^1 Inverse Tangent Trigonometric Function Shell (13, 14) - R^1 -> R^1 Inverse Tangent Trigonometric Function Constructor (15, 16) - R^1 -> R^1 Inverse Tangent Trigonometric Function Evaluate (17, 18) - R^1 -> R^1 Inverse Tangent Trigonometric Function Condition Number (19, 20) - Natural Log Series Element Operator (21, 22) - Built-in R1 To R1 Custom Functions (25, 26) - R^1 -> R^1 Custom Almgren Enhanced Euler Update (27, 28) - R^1 -> R^1 Custom Andersen Piterbarg Mean Reverter (29, 30) - R^1 -> R^1 Custom SABR LIBOR Cap Volatility (31, 32) - R^1 -> R^1 Custom CIR PDF (33, 34) - R^1 -> R^1 Custom Quadratic Rational Shape Control (35, 36) - R^1 -> R^1 Custom Linear Rational Tension Exponential (37, 38) - R^1 -> R^1 Custom Linear Rational Shape Control (39, 40) - R^1 -> R^1 Custom ISDA Bucket Curvature Tenor Scaler (41, 42) - Condition Number Analysis of R1 To R1 Functions (43, 44) - R^1 -> R^1 Reciprocal Operator Function Shell (94, 95) - R^1 -> R^1 Reciprocal Operator Function Constructor (96, 97) - R^1 -> R^1 Reciprocal Operator Function Evaluate (98, 99) - R^1 -> R^1 Reciprocal Operator Function Condition Number (100, 101) Bug Fixes/Re-organization: - R^1 -> R^1 Trigonometric Function Migration (23, 24) - R^1 -> R^1 Function Univariate Reciprocal Migration (94, 95, 96) Samples: - Condition Number Trigonometric Functions #1 (45, 46) - Condition Number Trigonometric Functions #2 (47, 48) - Condition Number Trigonometric Functions #3 (49, 50, 51) - Condition Number Trigonometric Functions #4 (52, 53, 54) - Condition Number Trigonometric Functions #5 (55, 56, 57) - Condition Number Trigonometric Functions #6 (58, 59, 60) - Condition Number Trigonometric Functions #7 (61, 62, 63) - Condition Number Trigonometric Functions #8 (64, 65, 66) - Condition Number Trigonometric Functions #9 (67, 68, 69) - Condition Number Trigonometric Functions #10 (70, 71, 72) - Condition Number Trigonometric Functions #11 (73, 74, 75) - Condition Number Trigonometric Functions #12 (76, 77, 78) - Condition Number Trigonometric Functions #13 (79, 80, 81) - Condition Number Trigonometric Functions #14 (82, 83, 84) - Condition Number Operator Functions #1 (85, 86, 87) - Condition Number Operator Functions #2 (88, 89, 90) - Condition Number Operator Functions #3 (91, 92, 93) - Condition Number Operator Functions #4 (102, 103) - Condition Number Operator Functions #5 (104, 105) - Condition Number Operator Functions #6 (106, 107, 108) - Condition Number Operator Functions #7 (109, 110, 111) - Condition Number Operator Functions #8 (112, 113, 114) - Condition Number Operator Functions #9 (115, 116, 117) - Condition Number Operator Functions #10 (118, 119, 120) IdeaDRIP:

- L Infinity Condition Number #1 (10, 11) - L Infinity Condition Number #2 (12, 13) - R^d -> R^1 L_Infinity Normed Jacobian (14, 15, 16) - R^d -> R^1 L_Infinity Normed Variate (17, 18, 19) - L Infinity Condition Number #3 (20, 21) - R^d -> R^1 L2 Normed Jacobian (22, 23, 24) - R^d -> R^1 L2 Normed Variate (25, 26, 27) - R^d -> R^1 L2 Condition Number (28, 29) - Euclidean Generalized Metric Vector Space (30, 31) - L2 Generalized Metric Vector Space (32, 33) - L_Infinity Generalized Metric Vector Space (34, 35) - R^d -> R^1 Lp Normed Variate (36, 37, 38) - R^d -> R^1 Lp Normed Jacobian (39, 40, 41) - R^d -> R^1 Lp Condition Number (42, 43, 44) - R^d -> R^1 Default Condition Number (45, 46, 47) - Eigen Output Condition Number #1 (64, 65, 66) - Eigen Output Condition Number #2 (67, 68) - Eigen Output Condition Number #3 (69, 70) - Square Matrix Condition Number Estimate (71, 72, 73) - Square Matrix Condition Number #1 (74, 75) - Square Matrix Condition Number #2 (76, 77, 78) - Square Matrix Singular Value Decomposition (94, 95, 96) - Triangular Matrix Condition Number #1 (97, 98, 99) - Triangular Matrix Condition Number #2 (100, 101, 102) - Square Matrix Default Condition Number (103, 104) Bug Fixes/Re-organization: Samples: - Condition Number Operator Functions #1 (1, 2, 3) - Condition Number Operator Functions #2 (4, 5, 6) - Condition Number Operator Functions #3 (7, 8, 9) - Condition Number Affine R^2 -> R^1 #1 (48, 49, 50) - Condition Number Affine R^2 -> R^1 #2 (51, 52, 53) - Condition Number Affine R^2 -> R^1 #3 (54, 55, 56) - Condition Number Affine R^2 -> R^1 #4 (57, 58) - Condition Number Affine R^2 -> R^1 #5 (59, 60) - Condition Number Affine R^2 -> R^1 #6 (61, 62, 63) - Triangular Matrix Condition Number #1 (79, 80, 81) - Triangular Matrix Condition Number #2 (82, 83, 84) - Triangular Matrix Condition Number #3 (85, 86, 87) - Triangular Matrix Condition Number #4 (88, 89, 90) - Triangular Matrix Condition Number #5 (91, 92, 93) IdeaDRIP: - Unitary Matrix (105-112) - Unitary Matrix Properties (113-120)

- Implementation of R1/C1 Matrices (8, 9) - Numerical R^1 Square Matrix Re-work (10, 11, 12) - Numerical R^1 Tridiagonal Matrix Re-work (13, 14) - Numerical R^1 Non-periodic Tridiagonal Matrix Re-work (15, 16) - Numerical R^1 Periodic Tridiagonal Matrix Re-work (17, 18) - Numerical R^1 Triangular Matrix Re-work (19, 20, 21) - Linear Algebra R^1 Matrix Util (22, 23, 24) - Implementation of Complex Number Suite (25) - Numerical Complex C1 Shell #1 (26, 27, 28) - Numerical Complex C1 Shell #2 (29, 30, 31) - Numerical Complex Cartesian C1 Re-work (32, 33, 34) - Numerical Complex C1 Cartesian Re-work (35, 36) - C1 Matrix Util Add #1 (37, 38, 39) - C1 Matrix Util Add #2 (40, 41, 42) - C1 Matrix Util Add #3 (43, 44, 45) - C1 Matrix Util Add #4 (46, 47, 48) - C1 Matrix Util Scale #1 (49, 50, 51) - C1 Matrix Util Scale #2 (52, 53, 54) - C1 Matrix Util Scale #3 (55, 56, 57) - C1 Matrix Util Scale #4 (58, 59, 60) - C1 Matrix Util Subtract #1 (61, 62, 63) - C1 Matrix Util Subtract #2 (64, 65, 66) - C1 Matrix Util Subtract #3 (67, 68, 69) - C1 Matrix Util Subtract #4 (70, 71, 72) - C1 Matrix Util Multiply #1 (73, 74, 75) - C1 Matrix Util Multiply #2 (76, 77, 78) - C1 Matrix Util Multiply #3 (79, 80, 81) - C1 Matrix Util Multiply #4 (82, 83, 84) - C1 Matrix Util Divide #1 (85, 86, 87) - C1 Matrix Util Divide #2 (88, 89, 90) - C1 Matrix Util Divide #3 (91, 92, 93) - C1 Matrix Util Divide #4 (94, 95, 96) - C1 Matrix Util Square #1 (97, 98, 99) - C1 Matrix Util Square #2 (100, 101, 102) - C1 Matrix Util Square #3 (103, 104, 105) - C1 Matrix Util Square #4 (106, 107, 108) - C1 Matrix Util Square Root #1 (109, 110, 111) - C1 Matrix Util Square Root #2 (112, 113, 114) - C1 Matrix Util Square Root #3 (115, 116, 117) - C1 Matrix Util Square Root #4 (118, 119, 120) Bug Fixes/Re-organization: Samples: IdeaDRIP: - Unitary Matrix Elementary Constructions - 2x2 (1-7)

- C1 Matrix Util Exponentiate #1 (1, 2, 3) - C1 Matrix Util Exponentiate #2 (4, 5, 6) - C1 Matrix Util Exponentiate #3 (7, 8, 9) - C1 Matrix Util Exponentiate #4 (10, 11, 12) - C1 Matrix Util Logarithm #1 (13, 14, 15) - C1 Matrix Util Logarithm #2 (16, 17, 18) - C1 Matrix Util Logarithm #3 (19, 20, 21) - C1 Matrix Util Logarithm #4 (22, 23, 24) - Numerical Complex C1 Util Re-work (25, 26, 27) - C1 Matrix Util Dot Product #1 (28, 29, 30) - C1 Matrix Util Dot Product #2 (31, 32, 33) - C1 Matrix Util Dot Product #3 (34, 35, 36) - Numerical Complex C1 Cartesian Re-work (37, 38, 39) - C1 Matrix Util Unsafe Transpose (40, 41, 42) - Complex C1 Matrix Util Transpose (43, 44, 45) - Numerical Complex C1 Square Shell (46, 47, 48) - Numerical Complex C1 Square Grid (49, 50, 51) - Numerical Matrix R1 Square Grid #1 (52, 53, 54) - Numerical Matrix R1 Square Grid #2 (55, 56, 57) - Numerical Matrix R1 Square Grid #3 (58, 59, 60) - Numerical Matrix R1 Square Grid #4 (61, 62, 63) - Numerical Matrix R1 Square Grid #5 (64) - Numerical Complex C1 Square Constructor (65, 66, 67) - Numerical Complex C1 Square Zero (68, 69) - Numerical Matrix R1 Square Product #1 (70, 71, 72) - Numerical Matrix R1 Square Product #2 (73, 74, 75) - Numerical Matrix R1 Square Product #3 (76, 77, 78) - Numerical Matrix R1 Square Product #4 (79, 80, 81) - C1 Square Slim Contract Set (82, 83, 84) - L2 Norm C1 Complex Cartesian (85, 86, 87) - C1 Matrix Util Unsafe Determinant #1 (88, 89, 90) - C1 Matrix Util Unsafe Determinant #2 (91, 92, 93) - C1 Matrix Util Unsafe Determinant #3 (94, 95, 96) - C1 Matrix Util Unsafe Determinant #4 (97, 98, 99) - C1 Matrix Util Unsafe Determinant #5 (100, 101, 102) - C1 Square Matrix Util Transpose (103, 104, 105) - C1 Matrix Util Scale #1 (106, 107, 108) - C1 Matrix Util Scale #2 (109, 110, 111) - C1 Matrix Util Scale #3 (112, 113, 114) - C1 Cartesian Phi AB #1 (115, 116, 117) - C1 Cartesian Phi AB #2 (118, 119, 120) Bug Fixes/Re-organization: Samples: IdeaDRIP:

- C1 Square PhiAB A (1, 2) - C1 Square PhiAB B (3, 4) - C1 Square PhiAB Phi (5, 6) - C1 Square PhiAB Standard #1 (7, 8, 9) - C1 Square PhiAB Standard #2 (10, 11, 12) - C1 Cartesian Unit Real Standard (13, 14, 15) - C1 Cartesian Unit Imaginary Standard (16, 17, 18) - C1 Numerical Complex Cartesian Conjugate (19, 20, 21) - C1 Numerical Complex Cartesian Determinant (22, 23, 24) - Indicate if C1Square is Unitary (25, 26) - C1 Cartesian Phi Alpha Beta Theta Shell (27, 28, 29) - C1 Cartesian Phi Alpha Beta Theta #1 (30, 31) - C1 Cartesian Phi Alpha Beta Theta #2 (32, 33) - C1 Cartesian Phi Alpha Beta Theta #3 (34, 35) - C1 Cartesian Phi Alpha Beta Theta #4 (36, 37) - C1 Cartesian Phi Alpha Beta Theta Constructor (38, 39, 40) - C1 Cartesian Phi Alpha Beta Theta Standard #1 (41, 42, 43) - C1 Cartesian Phi Alpha Beta Theta Standard #2 (44, 45, 46) - C1 Cartesian Phi Alpha Beta Theta A (47, 48, 49) - C1 Cartesian Phi Alpha Beta Theta B (50, 51, 52) - C1 Cartesian Phi Alpha Beta Theta #5 (53, 54) - C1 Cartesian Phi Psi Theta Delta Shell (55, 56, 57) - C1 Cartesian Phi Psi Theta Delta Jordan Normal Left (58, 59) - C1 Cartesian Phi Psi Theta Delta Jordan Normal Right (60, 61) - C1 Cartesian Phi Psi Theta Delta Jordan Normal Center (62, 63) - C1 Cartesian Phi Psi Theta Delta #1 (64, 65) - C1 Cartesian Phi Psi Theta Delta #2 (66, 67) - C1 Cartesian Phi Psi Theta Delta #3 (68, 69) - C1 Cartesian Phi Psi Theta Delta #4 (70, 71) - C1 Cartesian Phi Psi Theta Delta Constructor #1 (72, 73) - C1 Cartesian Phi Psi Theta Delta Constructor #2 (74, 75) - C1 Cartesian Phi Psi Theta Delta #5 (76, 77, 78) - R1 Rotation 2x2 Shell Annotation (79, 80, 81) - R1 Square Rotation 2x2 Theta (82, 83, 84) - R1 Square Rotation 2x2 Constructor (85, 86, 87) - R1 Square Rotation 2x2 Standard #1 (88, 89) - R1 Square Rotation 2x2 Standard #2 (90, 91) - R1 Square Rotation 2x2 Standard #3 (92, 93) - C1 Square Rotation 2x2 #1 (94, 95, 96) - C1 Square Rotation 2x2 #2 (97, 98) - C1 R1 Matrix Product #1 (99, 100, 101) - C1 R1 Matrix Product #2 (102, 103, 104) - C1 R1 Matrix Product #3 (105, 106, 107) - C1 Grid of Complex Numbers (108, 109) - C1 Util Is Grid Valid (110, 111, 112) - C1 Util Is Vector Valid (113, 114, 115) - C1 Util/Vector/Grid Validity (116, 117) - Number Util Is Grid Valid (118, 119, 120) Bug Fixes/Re-organization: Samples: IdeaDRIP:

- C1 Matrix Util Product #1 (1, 2, 3) - C1 Matrix Util Product #2 (4, 5, 6) - C1 Matrix Util Product #3 (7, 8, 9) - C1 Matrix Util Product #4 (10, 11, 12) - C1 Matrix Util Product #5 (13, 14, 15) - C1 Matrix Util Product #6 (16, 17, 18) - C1 Matrix Util Product #7 (19, 20, 21) - C1 Matrix Util Product #8 (22, 23, 24) - C1 Cartesian Phi Alpha Beta Theta Standard (25, 26, 27) - C1 Cartesian Phi Psi Theta Delta Standard #1 (28, 29, 30) - C1 Cartesian Phi Psi Theta Delta Standard #2 (31, 32, 33) - C1 Cartesian Phi Psi Theta Delta Alpha (34, 35, 36) - C1 Cartesian Phi Psi Theta Delta Beta (37, 38, 39) - C1 Cartesian Fuhr Rzeszotnik Shell (40, 41, 42) - C1 Cartesian Fuhr Rzeszotnik Rho (43, 44) - C1 Cartesian Fuhr Rzeszotnik Epsilon (45, 46) - C1 Cartesian Fuhr Rzeszotnik Eta (47, 48) - C1 Cartesian Fuhr Rzeszotnik Sigma (49, 50) - C1 Cartesian Fuhr Rzeszotnik Constructor #1 (51, 52) - C1 Cartesian Fuhr Rzeszotnik Constructor #2 (53, 54) - C1 Cartesian Fuhr Rzeszotnik Jordan Normal Left (55, 56) - C1 Cartesian Fuhr Rzeszotnik Jordan Normal Center (57, 58) - C1 Cartesian Fuhr Rzeszotnik Jordan Normal Right (58, 60) - C1 Cartesian Fuhr Rzeszotnik #1 (61, 62, 63) - C1 Cartesian Fuhr Rzeszotnik #2 (64, 65) - Numerical Common Unitary Matrix Shell (66, 67, 68) - Numerical Common Unitary Matrix Constructor (69, 70) - C1 Util Numerical Complex Unitary (71, 72) - C1 Matrix Util Unsafe Determinant #1 (73, 74, 75) - C1 Matrix Util Unsafe Determinant #2 (76, 77, 78) - Standard Instance of the Unitary Matrix (79, 80, 81) - Unitary Matrix Condition Number (82, 83, 84) Bug Fixes/Re-organization: Samples: IdeaDRIP: - Matrix Norm (85-87) - Matrix Norm Preliminaries (88-106) - Matrix Norms Induced by Vector (107-117) - Matrix Norms Induced by Vector p-Norms (118-120)

- Component Eigen-output Spectral Radius (117, 118, 119) - R^1 Square Matrix Spectral Radius (120) Bug Fixes/Re-organization: Samples: IdeaDRIP: - Spectral Radius Gelfand's Formula - Proof #1 (1-9) - Spectral Radius Gelfand's Formula - Corollary #1 (10, 11) - Spectral Radius Introduction (12-15) - Spectral Radius Definition - Matrices (16-31) - Spectral Radius Definition - Bounded Linear Operators (32-41) - Spectral Radius Definition - Graphs (42-51) - Upper Bounds on the Spectral Radius of a Matrix (52-61) - Upper Bounds on the Spectral Radius of a Graph (62-65) - Spectral Radius Power Sequence (66-91) - Spectral Radius Gelfand's Formula (92-93) - Spectral Radius Gelfand's Formula - Theorem (94-97) - Spectral Radius Gelfand's Formula - Proof #2 (98-113) - Spectral Radius Gelfand's Formula - Corollary #2 (114-115) - Spectral Radius (116)

- Graph Tree Add Standalone Vertex (1) - Abbsord Graph Tree and Edge (2, 3) - Graph Tree Edge Priority Queue (4, 5, 6) - Graph Tree Templated Vertex (7, 8, 9) - Directed Graph Untemplated Vertex #1 (10, 11, 12) - Directed Graph Untemplated Vertex #2 (13, 14, 15) - Directed Graph Untemplated Vertex #3 (16, 17, 18) - Directed Graph Untemplated Vertex #4 (19, 20, 21) - Directed Graph Untemplated Vertex #5 (22, 23, 24) - Directed Graph Untemplated Vertex #6 (25, 26, 27) - Directed Graph Untemplated Vertex #7 (28, 29, 30) - Directed Graph Untemplated Vertex #8 (31, 32, 33) - Directed Graph Untemplated Vertex #9 (34) - Core Graph N Dimensional Hypercube (38, 39, 40) - Greedy MST Graph Boruvka Forest (42, 43, 44) - Boruvka Optimal Spanning Forest Generator (45, 46) - Greedy MST Graph Kruskal Generator (47, 48) - Greedy MST Graph Prime Generator (49, 50) - Greedy MST Graph Reverse Delete Generator (51) - Tree Builder Capacitated MST Generator (52) - Tree Builder Degree Constrained MST Generator (53) - Tree Builder Directed MST Generator (54) - Tree Builder Dynamic MST Generator (55) - Tree Builder Dynamic Euclidean Generator (56) - Tree Builder Dynamic KSMT Generator (57) - K Optimal Spanning Forests Generator (58) - Optimal Bottleneck Spanning Tree Generator (59) - Builder Optimal Labeling Spanning Tree Generator (60) - Tree Builder Rectilinear MST Generator (61) - Builder Steiner Tree Generator (62) - Complete MST Random Graph Ensemble (63, 64, 65) - Complete MST Random Graph (66) - Bellman Ford Bannister Eppstein Path Generator (67) - Bellman Ford Edge Partition Generator (68) - Graph Shortest Optimal Path Generator (69) - Graph Shortest Path Vertex Augmentor (70) - Bellman Ford Edge Relaxation Path Generator (71) - Bellman Ford Yen Edge Relaxation Path Generator (72) - Bellman Ford Yen Reduced Relaxation Path Generator (73) - Bellman Ford Johnson Path Generator (73) - Bellman Ford Edge Partition (74, 75) - Dijkstra Shortest Path Generator (76) - Shortest Path Floyd Warshall (77) - Shortest Path Floyd Warshall Distance Metric (78) - Graph Search Breadth First (79) - Graph Search Depth First (80) - A Star Vertex Function (81) - A Star Vertex Context (82, 83) - A Star F Heuristic (84) - A Star Static Weight F Heuristic (85) - A Star Dynamic Weight F Heuristic (86) - A Star Mark Allard F Heuristic (87) - Graph Connectivity Kosaraju (88) Bug Fixes/Re-organization: - Graph Core Vertex R1 Remove (35, 36) - Graph Vertex R1 Function Remove (37) - Directed Graph R1 Remove (41) Samples: - MST Boruvka Maximum Forest Generator (89, 90) - MST Boruvka Minimum Forest Generator (91, 92) - MST Kruskal Maximum Forest Generator (93, 94) - MST Kruskal Minimum Forest Generator (95, 96) - MST Prim Maximum Forest Generator (97, 98) - MST Prim Minimum Forest Generator (99, 100) - MST Reverse Delete Maximum Forest Generator (101, 102) - MST Reverse Delete Minimum Forest Generator (103, 104) - Graph Properties (105) - Graph Complete Bipartite Properties (106, 107, 108) - Yen Reduced Relaxation Single Source (109) - Yen Reduced Relaxation Single Pair (110) - Yen Edge Partition Single Source (111) - Yen Edge Partition Single Pair (112) - Shortest Path Bannister Eppstein Single Source (113) - Shortest Path Bannister Eppstein Single Pair (114) - Shortest Path Bellman Ford Single Source (115) - Shortest Path Bellman Ford Single Pair (116) - Shortest Path Johnson Single Source (117) - Shortest Path Johnson Single Pair (118) - Shortest Path Johnson Single Source Negative Weight (119) - Connectivity Kosaraju Strongly Connected Components (120) IdeaDRIP:

- Graph Core Network Vertex Value (6, 7, 8) - Steele Complete Uniform Random Tree (9, 10, 11) - Vector/Function Spaces involving Spaces (12, 13, 14) - Adjacency Matrix Representation of Graph (15, 16, 17) - Adjacency Matrix G2 Map #1 (18) - Adjacency Matrix G2 Map #2 (19, 20, 21) - Adjacency Matrix G2 Map #3 (22, 23, 24) - Adjacency Matrix G2 Map Network (25, 26) - Adjacency Matrix G2 Map Function (27, 28) - Adjacency Matrix G2 Map Constructor (29, 30, 31) - G2 Map L1 Vertex #1 (32, 33) - G2 Map L1 Vertex #2 (34, 35) - Eliminate G2 Map Network Graph (36, 37) - G2 Map Cross Vertex Evaluate (38, 39, 40) - G2 Map Cross Vertex L1 (41, 42) - G2 Map Cross Vertex L2 (43, 44, 45) - G2 Map Cross Vertex Lk (46, 47, 48) - G2 Map Cross Vertex Bounded (49, 50, 51) - Adjacency Matrix G2ToG2 Function Shell (52, 53, 54) - Adjacency Matrix G2ToG2 Function Evaluate (55, 56) - Adjacency Matrix Gk Map Norm #1 (60, 61) - Adjacency Matrix Gk Map Norm #2 (62, 63) - Adjacency Matrix Gk To R1 (64, 65, 66) - Adjacency Matrix G1 -> R1 #1 (67, 68, 69) - Adjacency Matrix G1 -> R1 #2 (70, 71) - Adjacency Matrix G2 -> R1 #1 (72, 73) - Adjacency Matrix G2 -> R1 #2 (74, 75) - Adjacency Matrix Gk Operator Shell (79, 80, 81) - Adjacency Matrix Gk Operator Constructor (82, 83, 84) - Gk Linear Operator Evaluate #1 (85, 86) - Gk Linear Operator Evaluate #2 (87, 88) - Gk Linear Operator Spectral Radius (91, 92, 93) - Guo Wang Li 2019 Bound #1 (94, 95, 96) - Guo Wang Li 2019 Bound #2 (97, 98, 99) - Guo Wang Li 2019 Bound #3 (100, 101, 102) - Guo Wang Li 2019 Bound #4 (103, 104, 105) - Guo Wang Li 2019 Bound #5 (106, 107, 108) - Guo Wang Li 2019 Bound #6 (109, 110, 111) - Guo Wang Li 2019 Bound Unset (112, 113, 114) - Guo Wang Li 2019 Spectral Radius Upper Bound #1 (115, 116, 117) - Guo Wang Li 2019 Spectral Radius Upper Bound #2 (118, 119, 120) Bug Fixes/Re-organization: - Rework G2 to Gk Map (57, 58, 59) - Adjacency Matrix G2ToG2 Function Deletion (76, 77, 78) - Adjacency Matrix Gk Linear Operator (89, 90) Samples: - Graph Depth First Search 1 (1) - Graph Depth First Search 2 (2) - Graph Depth First Search 3 (3) - Graph Breadth First Search 1 (4) - Graph Breadth First Search 3 (5) IdeaDRIP:

- R1 Matrix Util Unsafe Power (1, 2, 3) - R1 Matrix Util Product Power (4, 5, 6) - R1 Square Matrix k Power (37, 38, 39) - Numerical Estimation R^k To R^1 Series (40, 41, 42) - Implementation of Jordan Normal Form #1 (43, 44, 45) - Numerical Jordan Form JSubM Shell (46, 47, 48) - Numerical Jordan Form JSubM mSubI (49, 50) - Numerical Jordan Form JSubM Lambda (51, 52) - Numerical Jordan Form JSubM R1 Grid (53, 54) - Numerical Jordan Form JSubM Constructor #1 (55, 56, 57) - Numerical Jordan Form JSubM Constructor #2 (58, 59, 60) - Numerical Jordan Form JSubM Power #1 (61, 62, 63) - Numerical Jordan Form JSubM Power #2 (64, 65, 66) - Numerical Jordan Form J Shell (67, 68, 69) - Numerical Jordan Form J jSubMArray (70, 71, 72) - Numerical Jordan Form J R1 Grid (73, 74, 75) - Numerical Jordan Form J Constructor #1 (76, 77, 78) - Numerical Jordan Form J Constructor #2 (79, 80, 81) - Numerical Jordan Form J Power #1 (82, 83, 84) - Numerical Jordan Form J Power #2 (85, 86, 87) - Jordan Form VJ Decomposition J (91, 92) - Jordan Form VJ Decomposition V (93, 94) - Jordan Form VJ Decomposition Constructor (95, 96, 97) - Numerical Jordan Form J Diagonal (98, 99) - Numerical Jordan Form VJ Decomposition Recover Original (100, 101, 102) - Implementation of Matrix Norm Variants (104, 105) - R1 Square Matrix Norm #1 (106, 107, 108) - R1 Square Matrix Norm #2 (109, 110, 111) - R1 Square Matrix Norm #3 (112, 113, 114) - R1 Square Evaluator Validator Shell (115, 116, 117) - R1 Square Positive Valued Norm (118, 119, 120) Bug Fixes/Re-organization: - Implementation of Jordan Normal Form #2 (103) Samples: - Matrix Power Series #1 (7, 8, 9) - Matrix Power Series #2 (10, 11, 12) - Matrix Power Series #3 (13, 14, 15) - Matrix Power Series #4 (16, 17, 18) - Matrix Power Series #5 (19, 20, 21) - Matrix Power Series #6 (22, 23, 24) - Matrix Power Series #7 (25, 26, 27) - Matrix Power Series #8 (28, 29, 30) - Matrix Power Series #9 (31, 32, 33) - Matrix Power Series #10 (34, 35, 36) IdeaDRIP:

- R1 Square Validator Definite Norm (1, 2) - R1 Square Validator Sub-additive Norm (3, 4) - R1 Square Validator Sub-multiplicative Norm (5, 6) - R1 Square Validator Absolutely Homogeneous Norm (7, 8) - R1 Square Evaluator Validator Constructor (9, 10, 11) - R1 Square Evaluator Validator Standard #1 (12, 13, 14) - R1 Square Evaluator Validator Standard #2 (15, 16) - R1 Square Evaluator Positive Valued (17, 18, 19) - R1 Square Evaluator Definite #1 (20, 21) - R1 Square Evaluator Definite #2 (22, 23, 24) - R1 Square Evaluator Absolutely Homogeneous (25, 26, 27) - R1 Square Evaluator Sub-Additive (28, 29, 30) - R1 Square Evaluator Sub-Multiplicative (31, 32, 33) - R1 Square Evaluator Validator Validate (36, 37, 38) - R1 Matrix Util Add #1 (39, 40, 41) - R1 Matrix Util Add #2 (42, 43, 44) - R1 Matrix Util Subtract #1 (45, 46, 47) - R1 Matrix Util Subtract #2 (48, 49, 50) - R1 Matrix Util Add #3 (51, 52, 53) - R1 Matrix Util Subtract #3 (54, 55, 56) - R1 Matrix Util Multiply #1 (57, 58) - R1 Matrix Util Multiply #2 (59, 60) - R1 Matrix Util Scale (61, 62, 63) - R1 Square Evaluator Validator #1 (64, 65, 66) - R1 Square Evaluator Validator #2 (67, 68, 69) - R1 Square Evaluator Validator #3 (70) - Matrix Norm PInfinity Evaluator Shell (71, 72) - Matrix Norm PInfinity Evaluator Norm #1 (73, 74, 75) - Matrix Norm PInfinity Evaluator Norm #2 (76, 77, 78) - Matrix Norm P1 Evaluator Shell (79, 80) - Matrix Norm P1 Evaluator Norm (81, 82, 83) - Matrix P Norm Evaluator Shell (84, 85, 86) - Matrix P Norm Evaluator Index (87, 88, 89) - Matrix P Norm Evaluator Constructor (90, 91) - Matrix PInfinity Norm Evaluator Constructor (92, 93, 94) - Matrix P2 Norm Evaluator Constructor (95, 96) - Matrix P2 Norm Evaluator Constructor (97, 98, 99) - Matrix P2 Norm Evaluator #1 (100, 101, 102) - Matrix P2 Norm Evaluator #2 (103) - Eigen Output Maximum Absolute Eigenvalue (104, 105) - Eigen Output Spectral Radius (106) - Eigen Output Spectral Norm (107, 108) - Alpha Beta Norm Evaluator Shell (109, 110, 111) - Matrix Alpha Vector Norm (112, 113) - Matrix Beta Vector Norm (114, 115) - Alpha Beta Norm Evaluator Constructor (116, 117, 118) - Single Vector Matrix Norm Evaluator (119, 120) Bug Fixes/Re-organization: - R1 Square Validator Abstract Class (34, 35) Samples: IdeaDRIP:

- Single Vector Norm Evaluator Annotation (1) - Single Vector Norm 1 Evaluator (2, 3, 4) - Single Vector Norm 2 Evaluator (5, 6) - Single Vector Norm Infinity Evaluator (7, 8, 9) - Double Vector Norm Evaluator #1 (10, 11, 12) - Double Vector Norm Evaluator #2 (13, 14, 15) - Single Vector Norm Evaluator Constructor (16, 17, 18) - Double Vector Two Infinity Evaluator Shell (19, 20, 21) - Double Vector Two Infinity Evaluator Constructor (22, 23, 24) - Double Vector Two Infinity Evaluator Norm (25, 26, 27) - Double Vector One Two Evaluator Shell (28, 29) - Double Vector One Two Evaluator Constructor (30, 31) - Double Vector One Two Evaluator Norm (32, 33) - Matrix-Matrix Sub-multiplicative Consistency Validation (37, 38, 39) - Matrix-Matrix Sub-additive Consistency Validation (40, 41, 42) - Matrix Vector Sub-multiplicative Consistency #1 (43, 44, 45) - Matrix Vector Sub-multiplicative Consistency #2 (46, 47, 48) - Matrix Vector Sub-multiplicative Consistency #3 (49, 50, 51) - Util Unsafe Matrix Vector Product #1 (52, 53, 54) - Util Safe Matrix Vector Product #1 (55, 56, 57) - Util Unsafe Matrix Vector Product #2 (58, 59, 60) - Util Safe Matrix Vector Product #2 (61, 62, 63) - Util Safe Matrix Vector Product #3 (64, 65, 66) - Square Evaluator Consistency Validator #1 (67, 68, 69) - Square Evaluator Consistency Validator #2 (70, 71, 72) - Single Compatible Vector Evaluator p-Norm (73, 74, 75) - Entry-wise Norm Evaluator Shell #1 (76, 77, 78) - Entry-wise Evaluator p Norm (79, 80, 81) - Entry-wise Evaluator q Norm (82, 83, 84) - Entry-wise Evaluator pq Norm #1 (85, 86, 87) - Entry-wise Evaluator pq Norm #2 (88, 89) - Entry-wise Evaluator pq Norm Constructor (90, 91, 92) - Entry-wise Evaluator pq Norm 2_1 (93, 94, 95) - Entry-wise Evaluator pq Norm p_p (96, 97, 98) - Matrix Util Unsafe Trace #1 (99, 100) - Matrix Util Unsafe Trace #2 (101, 102) - R1 Matrix Util Trace Evaluator (103, 104, 105) - R1 Square Matrix Trace Evaluator (106, 107, 108) - Entry-wise Frobenius Evaluator Shell (109, 110, 111) - Entry-wise Frobenius Evaluator Constructor (112, 113, 114) - Entry-wise Frobenius Evaluator Norm (115, 116, 117) - Entry-wise Frobenius Evaluator Trace Norm (118, 119, 120) Bug Fixes/Re-organization: - R1 Square Consistency Validator Criteria (34, 35, 36) Samples: IdeaDRIP:

- Frobenius Norm of the Eigenvalues (1, 2, 3) - R1 Square SVD Based Frobenius Norm (4, 5, 6) - Frobenius Evaluator SVD Based Norm (7, 8, 9) - Infinity, Infinity Max Matrix Norm Shell (10, 11, 12) - Infinity, Infinity Max Matrix Norm Constructor (13, 14, 15) - Infinity, Infinity Max Matrix Norm Evaluate (16, 17, 18) - Eigen-value and Eigen-component Extraction Schemes (19, 20, 21) - Jordan Normal, UV, and QR Decompositions #1 (22, 23, 24) - Jordan Normal, UV, and QR Decompositions #2 (25, 26, 27) - Jordan Normal, UV, and QR Decompositions #3 (28, 29, 30) - Jordan Normal, UV, and QR Decompositions #4 (31, 32, 33) - Numerical Eigenization QR Decomposition Matrices (34, 35, 36) - SVD Decomposition Numerical UV Shell (37, 38, 39) - SVD Decomposition Decomposed U (40, 41) - SVD Decomposition Decomposed V (42, 43) - SVD Decomposition Numerical UV Constructor (44, 45, 46) - Singular Value Decomposer Decomposition Shell (47, 48) - Singular Value Decomposer Decomposition Decompose (49, 50, 51) - Gamma2 Evaluator Matrix Norm Shell (52, 53, 54) - Gamma2 Evaluator Matrix Norm Constructor (55, 56, 57) - Gamma2 Evaluator Matrix Norm Decomposer (58, 59) - Gamma2 Evaluator 2 Infinity Norm (60, 61) - Gamma2 Evaluator Matrix Norm Evaluator (62, 63, 64) - Portfolio Construction Request/Response Constructs (65, 66) - Portfolio Construction Component Framework Manager (67, 68, 69) - Portfolio Construction Manager Universe Container (70, 71, 72) - Portfolio Universe Container Holdings Map (73, 74, 75) - Portfolio Universe Container Holdings Addition (79, 80, 81) - Portfolio Universe Container Holdings Containment (82, 83, 84) - Portfolio Universe Container Holdings Retrieval (85, 86, 87) - Portfolio Universe Container Holdings Constructor (88, 89, 90) - Portfolio Construction Block Category #1 (91, 92, 93) - Portfolio Construction Block Category #2 (94, 95, 96) - Optimizer Formulation Term Objective Category (97, 98, 99) - Portfolio Construction Block Category #3 (100, 101, 102) - Portfolio Construction Block Category #4 (103, 104, 105) - Portfolio Construction Block Category ACCOUNT (106, 107, 108) - Portfolio Construction Block Category ASSET (109, 110, 111) - Portfolio Construction Block Category ATTRIBUTE JOINT DENSE (112, 113, 114) - Portfolio Construction Block Category ATTRIBUTE JOINT FACTOR (115, 116, 117) Bug Fixes/Re-organization: Samples: IdeaDRIP:

lakshmiDRIP self-assigned this Jan 13, 2018

lakshmiDRIP added the enhancement label Jan 13, 2018

lakshmiDRIP added this to the XVA Universe milestone Jan 17, 2018

lakshmiDRIP closed this as completed Jan 17, 2018

lakshmiDRIP added a commit that referenced this issue Mar 2, 2018

Features:

3461177

Bug Fixes/Clean-up: Samples: - Broken Date LIBOR EUR #1 (1, 2) - Broken Date LIBOR EUR #2 (3, 4) - Broken Date LIBOR EUR #3 (5, 6)

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XVA Universe Tradeable #2

XVA Universe Tradeable #2

lakshmiDRIP commented Jan 13, 2018

XVA Universe Tradeable #2

XVA Universe Tradeable #2

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lakshmiDRIP commented Jan 13, 2018