output.h File Reference

Go to the source code of this file.

Data Structures
struct	OutputPPMGPU

Macros
#define	output_ppm(...)

Functions
static void	key_callback (GLFWwindow *window, int key, int scancode, int action, int mods)
void	output_ppm_gpu (OutputPPMGPU *display, scalar f, FILE *fp=stdout, int n=N, char *file=NULL, float min=0, float max=0, float spread=5, double z=0, bool linear=false, coord box[2]={{X0, Y0}, {X0+L0, Y0+L0 *Dimensions.y/Dimensions.x}}, scalar mask={-1}, Colormap map=jet, char *opt=NULL, int fps=0)

Variables
struct {
bool   paused
bool   step
}	Display = {false, false}

Macro Definition Documentation

output_ppm

#define output_ppm

(

...

)

Value:

    do {      \
    static OutputPPMGPU _display = {0};   \
    output_ppm_gpu (&_display, __VA_ARGS__);  \
  } while (0)

Definition at line 270 of file output.h.

Function Documentation

key_callback()

static void key_callback ( GLFWwindow *  window, int  key, int  scancode, int  action, int  mods  )

static

Definition at line 44 of file output.h.

References Display, and x.

output_ppm_gpu()

void output_ppm_gpu	(	OutputPPMGPU *	display,
		scalar	f,
		FILE *	fp = stdout,
		int	n = N,
		char *	file = NULL,
		float	min = 0,
		float	max = 0,
		float	spread = 5,
		double	z = 0,
		bool	linear = false,
		coord	box[2] = {{X0, Y0}, {X0 + L0, Y0 + L0*Dimensions.y/Dimensions.x}},
		scalar	mask = {-1},
		Colormap	map = jet,
		char *	opt = NULL,
		int	fps = 0
	)

Automatic boundary conditions seem to conflict with the foreach_region() fragment shader loop below, so we apply them manually if necessary.

This code should be the same as output_ppm, from here ...

... to here.

File output

Definition at line 68 of file output.h.

References Dimensions, L0, ivec::x, X0, ivec::y, and Y0.

Variable Documentation

[struct]

struct { ... } Display

Referenced by key_callback().

paused

bool paused

Definition at line 41 of file output.h.

step

bool step

Definition at line 41 of file output.h.