Autonomy Software C++ 24.5.1
Welcome to the Autonomy Software repository of the Mars Rover Design Team (MRDT) at Missouri University of Science and Technology (Missouri S&T)! API reference contains the source code and other resources for the development of the autonomy software for our Mars rover. The Autonomy Software project aims to compete in the University Rover Challenge (URC) by demonstrating advanced autonomous capabilities and robust navigation algorithms.
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duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR > Member List

This is the complete list of members for duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >, including all inherited members.

allocator_type typedef (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >
AssertIndexInBounds(idx_t index, idx_t size) (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >inlineprivatestatic
back() (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >inline
back() const (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >inline
clear() noexcept (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >inline
const_iterator typedef (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >
const_pointer typedef (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >
const_reference typedef (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >
const_reverse_iterator typedef (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >
difference_type typedef (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >
erase_at(idx_t idx) (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >inline
front() (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >inline
front() const (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >inline
get(typename original::size_type __n) (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >inline
get(typename original::size_type __n) const (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >inline
iterator typedef (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >
operator[](typename original::size_type __n) (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >inline
operator[](typename original::size_type __n) const (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >inline
original typedef (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >
pointer typedef (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >
reference typedef (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >
reverse_iterator typedef (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >
size_type typedef (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >
unsafe_erase_at(idx_t idx) (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >inline
value_type typedef (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >
vector()=default (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >
vector(original &&other) (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >inline
vector(vector< DATA_TYPE, INTERNAL_SAFE > &&other) (defined in duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >)duckdb::vector< DATA_TYPE, SAFE, ALLOCATOR >inline