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OpenTTD Source 15.0-beta1
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Files | |
| alloc_func.cpp | |
| Functions to 'handle' memory allocation errors. | |
| alloc_func.hpp | |
| Functions related to the allocation of memory. | |
| alloc_type.hpp | |
| Helper types related to the allocation of memory. | |
| backup_type.hpp | |
| Class for backupping variables and making sure they are restored later. | |
| bitmath_func.hpp | |
| Functions related to bit mathematics. | |
| container_func.hpp | |
| Some simple functions to help with accessing containers. | |
| endian_func.hpp | |
| Function to handling different endian machines. | |
| endian_type.hpp | |
| Definition of various endian-dependant macros. | |
| enum_type.hpp | |
| Type (helpers) for enums. | |
| format.hpp | |
| String formatting functions and helpers. | |
| geometry_func.cpp | |
| Geometry functions. | |
| geometry_func.hpp | |
| Geometry functions. | |
| geometry_type.hpp | |
| All geometry types in OpenTTD. | |
| kdtree.hpp | |
| K-d tree template specialised for 2-dimensional Manhattan geometry. | |
| math_func.cpp | |
| Math functions. | |
| math_func.hpp | |
| Integer math functions. | |
| mem_func.hpp | |
| Functions related to memory operations. | |
| multimap.hpp | |
| Multimap with deterministic ordering of items with equal keys. | |
| overflowsafe_type.hpp | |
| An overflow safe integer-like type. | |
| pool_func.cpp | |
| Implementation of PoolBase methods. | |
| pool_func.hpp | |
| Some methods of Pool are placed here in order to reduce compilation time and binary size. | |
| pool_type.hpp | |
| Definition of Pool, structure used to access PoolItems, and PoolItem, base structure for Vehicle, Town, and other indexed items. | |
| random_func.cpp | |
| Implementation of the pseudo random generator. | |
| random_func.hpp | |
| Pseudo random number generator. | |
| smallstack_type.hpp | |
| Minimal stack that uses a pool to avoid pointers and doesn't allocate any heap memory if there is only one valid item. | |
| strong_typedef_type.hpp | |
| Type (helpers) for making a strong typedef that is a distinct type. | |