Disables the automatic override of build options by Vcpkg.
This prevents unintended consequences when using Vcpkg and allows for more control over the build process.
Changes the default state of `OMATH_BUILD_TESTS` and `OMATH_BUILD_BENCHMARK` to OFF when built via VCPKG.
Previously, these flags were inherited from the project's top level. This change ensures that these are explicitly enabled via VCPKG manifest features, providing better control over build configuration.
Conditionally links the test target to gtest when it is available,
rather than requiring the OMATH_BUILD_VIA_VCPKG flag to be false.
This allows for a more flexible test setup.
Migrates to CMake presets and enables VCPKG to manage dependencies.
Removes explicit submodule configuration.
Updates benchmark and googletest to be integrated or linked properly.
The goal is to ease the build process and reduce complexity related to linking and dependency management.
Sets up CMake presets to utilize the Vcpkg toolchain.
Specifies the Vcpkg root directory and manifest features.
Defines the installation directory for Vcpkg packages.
Forces the usage of Ninja as the make program.
Configures CMake to utilize vcpkg for dependency management on both Linux and Windows platforms.
This ensures consistent build environments across different operating systems and simplifies the integration of external libraries.
Adds vcpkg setup for Arch Linux and Windows CI jobs.
This ensures consistent dependency management and builds via Vcpkg for both platforms and enables OMath to build via vcpkg.
Clones the vcpkg repository and bootstraps it during the job execution.
Configures CMakePresets.json to utilize vcpkg for dependency management.
Adds support for building with vcpkg.
Adds error message for missing VCPKG_ROOT environment variable.
Adds explicit VCPKG_MANIFEST_FEATURES and VCPKG_INSTALLED_DIR to CMakePresets.json.
Adds benchmark dependency to vcpkg.json.
Enables building unit tests using GTest and benchmarks using Benchmark,
through Vcpkg features.
Adds `tests` and `benchmark` features to `vcpkg.json`,
and adds corresponding CMake logic to control their build based on
Vcpkg manifest features.
Introduces a constants header file for the Frostbite engine,
including common vectors, matrices, and angle types.
This provides a centralized location for defining and accessing
essential mathematical constants used throughout the engine.
Corrects the NDC calculation in `world_to_screen` to improve accuracy.
Replaces custom perspective projection matrix calculation with `omath::mat_perspective_right_handed` for correctness and consistency.
Updates test cases and provides debugging information by printing view and projection matrices.
Addresses an issue in the feature/ndc_invalid_calc_fix branch.
Implements `std::hash` specialization for `omath::Vector2`, `omath::Vector3`, and `omath::Vector4` with float components.
This enables usage of these vector types as keys in hash-based containers, such as `std::unordered_map` and `std::unordered_set`.
Replaces calls to Windows API functions (GetModuleHandleA) with a void pointer parameter.
Simplifies pattern scanning for loaded modules by removing Windows-specific code and replacing it with a generic approach.
Refactors the PE scanner implementation to group related definitions and functions within namespaces.
This improves code organization and readability, particularly for internal PE handling and scanning logic.
The included link to the `linux-pe` repository served as a reference during this refactoring.
Simplifies the PE pattern scanner by removing the redundant `extract_section_from_pe_file` function.
The extracted data is now returned directly from a new `ExtractedSection` struct within the main scanning function, streamlining the code and reducing duplication. This improves readability and maintainability of the PE scanner.
