env_mt_visual_cortex.h File Reference

#include "Envision/env_visual_cortex.h"

Include dependency graph for env_mt_visual_cortex.h:

This graph shows which files directly or indirectly include this file:

Go to the source code of this file.

Functions
void	env_mt_visual_cortex_input (const int do_multithreaded, struct env_visual_cortex *vcx, const struct env_params *envp, const char *tagName, const struct env_rgb_pixel *const colimg, const struct env_rgb_pixel *const prev_colimg, const struct env_dims dims, env_chan_status_func *status_func, void *status_userdata, struct env_image *result, struct env_image *intens_result, struct env_image *color_result, struct env_image *ori_result)
	Do visual-cortex input with optional multi-threading.

---

Detailed Description

Definition in file env_mt_visual_cortex.h.

---

Function Documentation

void env_mt_visual_cortex_input	(	const int	do_multithreaded,
		struct env_visual_cortex *	vcx,
		const struct env_params *	envp,
		const char *	tagName,
		const struct env_rgb_pixel *const	colimg,
		const struct env_rgb_pixel *const	prev_colimg,
		const struct env_dims	dims,
		env_chan_status_func *	status_func,
		void *	status_userdata,
		struct env_image *	result,
		struct env_image *	intens_result,
		struct env_image *	color_result,
		struct env_image *	ori_result
	)

Do visual-cortex input with optional multi-threading.

Parameters:

do_multithreaded

if false, then just call the standard env_visual_cortex_input(); if true, then run individual sub-jobs with env_run_jobs() from Envision/env_job_server.h (note that you still must install a multi-threaded job server with env_set_job_server() in order to get actual asynchronous multi-thread performance)

Referenced by EnvVisualCortexFloat::input(), and EnvVisualCortex::input().