Triangular ship hull panel (face).

Types

• using flag_type = unsigned int
• using triangle_type = vtb::geometry::Triangle< T, N >
• using vec = blitz::TinyVector< T, N >

Fields

• T padding[5]
• int _index
• flag_type _flags
• constexpr const flag_type Above_z
• constexpr const flag_type Above_y
• constexpr const flag_type Above_x
• constexpr const flag_type Waterline
• constexpr const flag_type Wet

Methods

• index(int rhs) -> void
• index() const -> int
• degenerate() const -> bool

  Check if the area is nought.

• above(int i, bool rhs) -> void
• above(int i) const -> bool
• waterline(bool rhs) -> void
• waterline() const -> bool
• dry(bool rhs) -> void
• dry() const -> bool
• wet(bool rhs) -> void
• wet() const -> bool
• unsetf(flag_type rhs) -> void
• setf(flag_type rhs) -> void
• force(const vec & rhs) -> void
• force() const -> const vec &

  Get the force applied to the centre of the panel in the direction of the normal.

• area(T rhs) -> void
• area() const -> T

  Get surface area.

• normal(const vec & rhs) -> void
• normal() const -> const vec &

  Get surface normal.

• centre(const vec & rhs) -> void
• centre() const -> const vec &

  Get the centre of the panel.

• triangle(const triangle_type & rhs) -> void
• triangle() const -> const triangle_type &

  Get panel face.

• operator=(const Ship_hull_panel &) -> Ship_hull_panel &
• ~Ship_hull_panel()
• Ship_hull_panel()
• Ship_hull_panel(const vec & centre, vec n, T area)
• Ship_hull_panel(const triangle_type & base)explicit
• above_flag(int i) -> constexpr const flag_type

Determine minimum and maximum indices for calculating derivatives using panels and slice the grid.