#include <gl_implicit_surface_drawable_base.h>

Inheritance diagram for cgv::render::gl::gl_implicit_surface_drawable_base:

Public Types
typedef cgv::math::v3_func< double, double >	F
	type of the function describing the implicit surface

typedef cgv::media::axis_aligned_box< double, 3 >	dbox3
	type of axis aligned box used to define the tesselation domain

typedef cgv::media::color< float, cgv::media::RGB >	rgb
	declare rgb color type

typedef cgv::media::color< float, cgv::media::RGB, cgv::media::OPACITY >	rgba
	declare rgba color type

typedef cgv::media::color< cgv::type::uint8_type, cgv::media::RGB >	rgb8
	declare rgb color type

typedef cgv::media::color< cgv::type::uint8_type, cgv::media::RGB, cgv::media::OPACITY >	rgba8
	declare rgba color type

typedef cgv::math::fvec< float, 2 >	vec2
	declare type of 2d vectors

typedef cgv::math::fvec< float, 3 >	vec3
	declare type of 3d vectors

typedef cgv::math::fvec< float, 4 >	vec4
	declare type of homogeneous vectors

typedef cgv::math::vec< float >	vecn
	declare type of vector with varying dimension

typedef cgv::math::fmat< float, 2, 2 >	mat2
	declare type of 2x2 matrices

typedef cgv::math::fmat< float, 3, 3 >	mat3
	declare type of 3x3 matrices

typedef cgv::math::fmat< float, 4, 4 >	mat4
	declare type of 4x4 matrices

typedef cgv::math::fmat< float, 3, 4 >	mat34
	declare type of 3x4 matrices which are often used to store a pose

typedef cgv::math::mat< float >	matn
	declare type of matrices of varying dimensions

typedef cgv::math::fvec< double, 2 >	dvec2
	declare type of 2d vectors

typedef cgv::math::fvec< double, 3 >	dvec3
	declare type of 3d vectors

typedef cgv::math::fvec< double, 4 >	dvec4
	declare type of homogeneous vectors

typedef cgv::math::vec< double >	dvecn
	declare type of vector with varying dimension

typedef cgv::math::fmat< double, 2, 2 >	dmat2
	declare type of 2x2 matrices

typedef cgv::math::fmat< double, 3, 3 >	dmat3
	declare type of 3x3 matrices

typedef cgv::math::fmat< double, 4, 4 >	dmat4
	declare type of 4x4 matrices

typedef cgv::math::fmat< double, 3, 4 >	dmat34
	declare type of 3x4 matrices which are often used to store a pose

typedef cgv::math::mat< double >	dmatn
	declare type of matrices of varying dimensions

typedef cgv::media::axis_aligned_box< float, 2 >	box2
	declare type of 2d boxes

typedef cgv::media::axis_aligned_box< float, 3 >	box3
	declare type of 3d boxes

typedef cgv::media::axis_aligned_box< float, 4 >	box4
	declare type of 4d boxes

typedef cgv::media::axis_aligned_box< double, 2 >	dbox2
	declare type of 2d boxes

typedef cgv::media::axis_aligned_box< double, 4 >	dbox4
	declare type of 4d boxes

typedef cgv::math::quaternion< float >	quat
	declare type of quaternion

typedef cgv::math::quaternion< double >	dquat
	declare type of double quaternion

typedef cgv::math::fvec< int32_t, 2 >	ivec2
	declare type of 2d integer vectors

typedef cgv::math::fvec< int32_t, 3 >	ivec3
	declare type of 3d integer vectors

typedef cgv::math::fvec< int32_t, 4 >	ivec4
	declare type of 4d integer vectors

typedef cgv::math::fvec< uint32_t, 2 >	uvec2
	declare type of 2d unsigned integer vectors

typedef cgv::math::fvec< uint32_t, 3 >	uvec3
	declare type of 3d unsigned integer vectors

typedef cgv::math::fvec< uint32_t, 4 >	uvec4
	declare type of 4d unsigned integer vectors

Public Member Functions
	gl_implicit_surface_drawable_base ()
	standard constructor does not initialize the function pointer such that nothing is drawn

void	post_rebuild ()
	use this as callback to ask for a re-tesselation of the implicit surface

bool	init (context &ctx)
	this method is called after creation or recreation of the context, return whether all necessary functionality is supported

void	clear (context &ctx)
	clear all objects living in the context like textures or display lists

void	draw (context &ctx)
	overload to draw the content of this drawable

void	finish_frame (context &ctx)
	this method is called in one pass over all drawables after drawing

void	hide ()
	hide the drawable

void	show ()
	show the drawable

bool	is_visible () const
	check whether the drawable is visible

context *	get_context () const
	access the current context. The context will be available latestly in the init method but not in the contructor.

void	set_context (context *_ctx)
	set the current focus context, this should only be called by the context itself

cgv::render::view *	find_view_as_node (size_t view_idx=0) const
	convenience function to find the view control in the current hierarchy More...

bool	get_world_location (int x, int y, const cgv::render::view &V, cgv::math::fvec< double, 3 > &world_location, double *window_z_ptr=0) const
	use given view together with depth buffer of context in order to compute the world location of the point at mouse pointer location (x,y) More...

void	post_redraw ()
	posts a redraw event to the current context if one is available

void	force_redraw ()
	forces a redraw right now. This cannot be called from init, init_frame, draw, finish_draw, finish_frame and clear

virtual void	resize (unsigned int w, unsigned int h)
	callback to announce resizing of the output window More...

virtual void	init_frame (context &)
	this method is called in one pass over all drawables before the draw method

virtual void	finish_draw (context &)
	this method is called when the current drawable is left in a tree traversal that calls the draw method

virtual void	after_finish (cgv::render::context &)
	this method is called in one pass over all drawables after finish frame

int	get_policy () const
	return the policy without the stop on success flag

bool	stop_on_success () const
	return whether to stop on success

bool	stop_on_failure () const
	return whether to stop on failure

void	set_policy (int _policy)
	set a new policy, always add stop on success flag if needed

int	get_focused_child () const
	return the focused child or -1 if none is focused

void	set_focused_child (int _focused_child)
	set the focused child

bool	get_active () const
	return whether the current node is active

void	set_active (bool _active)
	set the active flag of the current node

Protected Member Functions
void	new_vertex (unsigned int vi)
	allows to augment a newly computed vertex by additional data

void	new_polygon (const std::vector< unsigned int > &vertex_indices)
	announces a new quad

void	before_drop_vertex (unsigned int vertex_index)
	drop the currently first vertex that has the given global vertex index

bool	save (const std::string &file_name)
	function used to save to obj file More...

virtual void	surface_extraction ()
	call the selected surface extraction method

dvec3	compute_face_normal (const std::vector< unsigned int > &vis, dvec3 *c=0) const
	compute the normal of a face

virtual void	extract_mesh ()
	helper function to extract mesh from implicit surface

void	draw_implicit_surface (context &ctx)
	helper function to tesselate the implicit surface

Protected Attributes
std::ostream *	obj_out
	of this output stream is defined, use it to write currently extracted surface to it

unsigned	normal_index
	normal index for face normals

Detailed Description

drawable that visualizes implicit surfaces by contouring them with marching cubes or dual contouring. >

Member Function Documentation

◆ find_view_as_node()

cgv::render::view * cgv::render::drawable::find_view_as_node ( size_t view_idx = 0 ) const

inherited

convenience function to find the view control in the current hierarchy

this only works if your class inherits from the cgv::base::node class.

◆ get_world_location()

bool cgv::render::drawable::get_world_location	(	int	x,
		int	y,
		const cgv::render::view &	V,
		cgv::math::fvec< double, 3 > &	world_location,
		double *	window_z_ptr = `0`
	)		const

inherited

use given view together with depth buffer of context in order to compute the world location of the point at mouse pointer location (x,y)

returns true if a world location could be computed which is the case when the context pointer of the drawable has been set and when the mouse location points inside a valid view panel.

◆ resize()

void cgv::render::drawable::resize	(	unsigned int	w,
		unsigned int	h
	)

virtualinherited

callback to announce resizing of the output window

callback to anounce resizing of the output window

◆ save()

bool cgv::render::gl::gl_implicit_surface_drawable_base::save ( const std::string & file_name )

protected

function used to save to obj file

callback used to save to obj file

The documentation for this class was generated from the following files:

D:/develop/projects/git/cgv/libs/cgv_gl/gl/gl_implicit_surface_drawable_base.h
D:/develop/projects/git/cgv/libs/cgv_gl/gl/gl_implicit_surface_drawable_base.cxx

Public Types

Public Member Functions