
Antuan developed two financial simulation features for the soomrack/AR2024 repository over a two-month period, focusing on long-term personal finance modeling for two individuals. He built a C-based simulator that projects mortgage payments, income, expenses, and inflation through 2054, providing users with detailed forecasts of balances and property values. In the following month, he extended this work in C++ to include investment growth and scenario planning, outputting final balances and apartment costs. Antuan’s work demonstrated depth in C and C++ programming, financial modeling, and simulation, establishing a robust foundation for future enhancements and scenario-based financial analysis.
December 2024 monthly summary for soomrack/AR2024: Delivered the Two-Person Financial Scenario Simulator, a C++ tool that simulates income, expenses, mortgage payments, and investment growth for two individuals with inflation adjustments, and outputs final balances and apartment costs in 2054. This release provides a long-horizon personal finance modeling capability and supports scenario planning for cost-of-living projections.
December 2024 monthly summary for soomrack/AR2024: Delivered the Two-Person Financial Scenario Simulator, a C++ tool that simulates income, expenses, mortgage payments, and investment growth for two individuals with inflation adjustments, and outputs final balances and apartment costs in 2054. This release provides a long-horizon personal finance modeling capability and supports scenario planning for cost-of-living projections.
November 2024 monthly summary for soomrack/AR2024: Delivered a new Two-Person Financial Projection Simulator in C that models mortgage payments, income, expenses, and inflation for two individuals to project balances and property values, culminating in a final state in 2054. This introduces a user-facing financial projection capability and lays the groundwork for extended scenarios and UI integration.
November 2024 monthly summary for soomrack/AR2024: Delivered a new Two-Person Financial Projection Simulator in C that models mortgage payments, income, expenses, and inflation for two individuals to project balances and property values, culminating in a final state in 2054. This introduces a user-facing financial projection capability and lays the groundwork for extended scenarios and UI integration.

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