101 float strength = 1.f,
103 const Array *p_noise =
nullptr,
104 glm::vec4 bbox = {0.f, 1.f, 0.f, 1.f});
144 bool zero_padding =
false);
247 glm::vec4 border_values,
248 glm::ivec4 buffer_sizes);
263void set_borders(Array &array,
float border_values,
int buffer_sizes);
278void sym_borders(Array &array, glm::ivec4 buffer_sizes);
323 const Array *p_noise =
nullptr,
324 glm::vec4 bbox = {0.f, 1.f, 0.f, 1.f});
Declaration of the Array class for 2D floating-point arrays with various mathematical operations and ...
Provides core mathematical utilities for procedural generation, including trigonometry,...
Definition algebra.hpp:22
void fill_borders(Array &array)
Fills the border values of an array (e.g., i = 0, j = 0, etc.) based on the values of the first neigh...
Definition boundary.cpp:117
Array make_periodic_stitching(const Array &array, float overlap)
Creates a periodic array in both directions using a stitching operation that minimizes errors at the ...
Definition boundary.cpp:262
DomainBoundary
Describes which domain boundary.
Definition boundary.hpp:43
@ BOUNDARY_TOP
j = 0
Definition boundary.hpp:46
@ BOUNDARY_LEFT
i = 0
Definition boundary.hpp:44
@ BOUNDARY_BOTTOM
j = ny - 1
Definition boundary.hpp:47
@ BOUNDARY_RIGHT
i = nx - 1
Definition boundary.hpp:45
void sym_borders(Array &array, glm::ivec4 buffer_sizes)
Fills the values at the domain borders using symmetry over a specified buffer depth.
Definition boundary.cpp:409
void make_periodic(Array &array, int nbuffer, const PeriodicityType &periodicity_type=PeriodicityType::PERIODICITY_XY)
Adjusts the input array to be periodic in both directions by transitioning smoothly at the boundaries...
Definition boundary.cpp:193
PeriodicityType
Describes the periodicity mode applied along map axes.
Definition boundary.hpp:30
@ PERIODICITY_XY
Periodic along both the X and Y axes.
Definition boundary.hpp:33
@ PERIODICITY_X
Periodic only along the X axis.
Definition boundary.hpp:31
@ PERIODICITY_Y
Periodic only along the Y axis.
Definition boundary.hpp:32
DistanceFunction
Distance function type.
Definition math.hpp:43
@ EUCLIDIAN
Euclidian.
Definition math.hpp:45
void extrapolate_borders(Array &array, int nbuffer=1, float sigma=0.f)
Performs linear extrapolation of values at the borders of an array (e.g., i = 0, j = 0,...
Definition boundary.cpp:17
Array generate_buffered_array(const Array &array, glm::ivec4 buffers, bool zero_padding=false)
Creates and returns a new array with additional buffer zones at the boundaries, where the buffer valu...
Definition boundary.cpp:155
void zeroed_edges(Array &array, float sigma=1.f, DistanceFunction dist_fct=DistanceFunction::EUCLIDIAN, const Array *p_noise=nullptr, glm::vec4 bbox={0.f, 1.f, 0.f, 1.f})
Applies a smooth transition to zero at the array borders.
Definition boundary.cpp:452
void falloff(Array &array, float strength=1.f, DistanceFunction dist_fct=DistanceFunction::EUCLIDIAN, const Array *p_noise=nullptr, glm::vec4 bbox={0.f, 1.f, 0.f, 1.f})
Applies a falloff effect to the input array based on distance.
Definition boundary.cpp:78
Array make_periodic_tiling(const Array &array, float overlap, glm::ivec2 tiling)
Creates a tiled, periodic array by applying a transition with overlap in both directions.
Definition boundary.cpp:330
void zeroed_borders(Array &array)
Fills the border values (e.g., i = 0, j = 0, etc.) of the array with zeros.
Definition boundary.cpp:434
void set_borders(Array &array, glm::vec4 border_values, glm::ivec4 buffer_sizes)
Enforces specific values at the boundaries of the array.
Definition boundary.cpp:355