functions.h File Reference

#include "libdef.h"
#include "defines.h"
#include "types.h"

Go to the source code of this file.

Functions
reme_error_t	reme_context_create (reme_context_t *c)
	Create a new reme_context_t object.
reme_error_t	reme_context_destroy (reme_context_t *c)
	Destroy a previously created reme_context_t object.
reme_error_t	reme_context_get_version (reme_context_t c, const char **version, int *length)
	Get the ReconstructMe SDK version string.
reme_error_t	reme_context_set_log_callback (reme_context_t c, reme_log_callback_t lc, void *user_data=0)
	Set the logging callback.
reme_error_t	reme_context_bind_compile_options (reme_context_t c, reme_options_t o)
	Access the compile time options.
reme_error_t	reme_context_bind_opencl_info (reme_context_t c, reme_options_t o)
	Access platform OpenCL information.
reme_error_t	reme_context_compile (reme_context_t c)
	Compile OpenCL related kernels.
reme_error_t	reme_context_get_last_error (reme_context_t c, const char **msg, int *length)
	Get the last error message.
reme_error_t	reme_context_get_first_error (reme_context_t c, const char **msg, int *length)
	Get the first error message.
reme_error_t	reme_context_get_error_count (reme_context_t c, int *length)
	Return the number of error messages pending.
reme_error_t	reme_context_pop_last_error (reme_context_t c)
	Remove last error, putting the previous-last error at the end.
reme_error_t	reme_context_pop_first_error (reme_context_t c)
	Remove first error, putting the second-first error in front.
reme_error_t	reme_license_create (reme_context_t c, reme_license_t *l)
	Creates a new license object.
reme_error_t	reme_license_destroy (reme_context_t c, reme_license_t *l)
	Destroy a previously created license object.
reme_error_t	reme_license_clear_runtime_info (reme_context_t c, reme_license_t l)
	Reset data related to runtime information.
reme_error_t	reme_license_add_software (reme_context_t c, reme_license_t l, const char *module, int module_length, const char *shash, int shash_length)
	Add licensed software.
reme_error_t	reme_license_authenticate (reme_context_t c, reme_license_t l, const char *license)
	Authenticate using the given license file and any specified runtime data.
reme_error_t	reme_license_bind_hardware_hashes (reme_context_t c, reme_license_t l, reme_options_t o)
	Access hardware hashes for generating single user licenses bound to specific hardware.
reme_error_t	reme_options_create (reme_context_t c, reme_options_t *o)
	Create a new options binding.
reme_error_t	reme_options_destroy (reme_context_t c, reme_options_t *o)
	Destroy a previously created options object.
reme_error_t	reme_options_set (reme_context_t c, reme_options_t o, const char *field_name, const char *value)
	Set a specific options field.
reme_error_t	reme_options_get (reme_context_t c, reme_options_t o, const char *field_name, const char **value, int *length)
	Get a specific repeated options field.
reme_error_t	reme_options_get_repeated (reme_context_t c, reme_options_t o, const char *field_name, int repeated_index, const char **value, int *length)
	Get a specific repeated options field.
reme_error_t	reme_options_get_repeated_count (reme_context_t c, reme_options_t o, const char *field_name, int *length)
	Return the number of elements in a repeated field.
reme_error_t	reme_options_bind_message (reme_context_t c, reme_options_t o, const char *field_name, reme_options_t o_nested)
	Bind options object to a nested message.
reme_error_t	reme_options_bind_repeated_message (reme_context_t c, reme_options_t o, const char *field_name, int repeated_index, reme_options_t o_nested)
	Bind options object to a nested repeated message.
reme_error_t	reme_options_copy (reme_context_t c, reme_options_t o_src, reme_options_t o_dst)
	Copy the content of the source options to the destination options.
reme_error_t	reme_options_load_from_file (reme_context_t c, reme_options_t o, const char *filename)
	Set options by loading a human readable options representation from file.
reme_error_t	reme_options_save_to_file (reme_context_t c, reme_options_t o, const char *filename)
	Save options in a human readable file format.
reme_error_t	reme_options_save_to_string (reme_context_t c, reme_options_t o, const char **message, int *length)
	Get options as string using a human readable serialization.
reme_error_t	reme_options_set_bytes (reme_context_t c, reme_options_t o, const void *message, int length)
	Set options by reading a binary options representation.
reme_error_t	reme_options_get_bytes (reme_context_t c, reme_options_t o, const void **message, int *length)
	Get options by serializing them in a binary options representation.
reme_error_t	reme_volume_create (reme_context_t c, reme_volume_t *v)
	Create a new reme_volume_t object.
reme_error_t	reme_volume_destroy (reme_context_t c, reme_volume_t *v)
	Destroy a previously created volume object.
reme_error_t	reme_volume_get_time (reme_context_t c, reme_volume_t v, int *time)
	Get the volume time.
reme_error_t	reme_volume_get_bytes (reme_context_t c, reme_volume_t v, const void **bytes, int *length)
	Returns the content of the volume as an array of bytes.
reme_error_t	reme_volume_set_bytes (reme_context_t c, reme_volume_t v, const void *bytes, int length)
	Sets the content of the volume to the given array of bytes.
reme_error_t	reme_volume_reset (reme_context_t c, reme_volume_t v)
	Reset the volume to empty state.
reme_error_t	reme_transform_set_predefined (reme_context_t c, reme_transform_t t, float *coordinates)
	Set the matrix to a predefined transform.
reme_error_t	reme_transform_make_relative (reme_context_t c, const float *a_t, const float *b_t, float *c_t)
	Calculate the relative transform between two coordinate frames.
reme_error_t	reme_sensor_create (reme_context_t c, const char *driver, bool require_can_open, reme_sensor_t *s)
	Create a new sensor object.
reme_error_t	reme_sensor_destroy (reme_context_t c, reme_sensor_t *s)
	Destroy a previously created sensor object.
reme_error_t	reme_sensor_open (reme_context_t c, reme_sensor_t s)
	Open a sensor.
reme_error_t	reme_sensor_close (reme_context_t c, reme_sensor_t s)
	Close a an open sensor.
reme_error_t	reme_sensor_set_volume (reme_context_t c, reme_sensor_t s, reme_volume_t v)
	Set the working volume.
reme_error_t	reme_sensor_bind_camera_options (reme_context_t c, reme_sensor_t s, reme_options_t o)
	Access the sensor specific options.
reme_error_t	reme_sensor_bind_track_options (reme_context_t c, reme_sensor_t s, reme_options_t o)
	Access the sensor track options.
reme_error_t	reme_sensor_get_position (reme_context_t c, reme_sensor_t s, const float **coordinates)
	Get the sensor position with respect to the world coordinate frame.
reme_error_t	reme_sensor_get_incremental_position (reme_context_t c, reme_sensor_t s, const float **coordinates)
	Get the incremental movement of the sensor.
reme_error_t	reme_sensor_set_position (reme_context_t c, reme_sensor_t s, const float *coordinates)
	Set the sensor position with respect to the world coordinate frame.
reme_error_t	reme_sensor_set_incremental_position (reme_context_t c, reme_sensor_t s, const float *coordinates)
	Set the incremental movement of the sensor.
reme_error_t	reme_sensor_reset (reme_context_t c, reme_sensor_t s)
	Resets the sensor to identity position.
reme_error_t	reme_sensor_get_image_size (reme_context_t c, reme_sensor_t s, _reme_sensor_image_t i, int *width, int *height)
	Get a specific sensor image width and height.
reme_error_t	reme_sensor_update_image (reme_context_t c, reme_sensor_t s, reme_sensor_image_t it, reme_image_t i)
	Get a specific sensor image.
reme_error_t	reme_sensor_get_track_time (reme_context_t c, reme_sensor_t s, int *track_time)
	Get the tracking time.
reme_error_t	reme_sensor_grab (reme_context_t c, reme_sensor_t s)
	Trigger frame grabbing.
reme_error_t	reme_sensor_prepare_images (reme_context_t c, reme_sensor_t s)
	Retrieve image data corresponding to the previous grab command for further processing.
reme_error_t	reme_sensor_prepare_image (reme_context_t c, reme_sensor_t s, _reme_sensor_image_t i)
	Retrieve specific image data for subsequent processing.
reme_error_t	reme_sensor_track_position (reme_context_t c, reme_sensor_t s)
	Attempts to track the sensor position.
reme_error_t	reme_sensor_update_volume (reme_context_t c, reme_sensor_t s)
	Update the bound volume using the current sensor data.
reme_error_t	reme_recorder_create (reme_context_t c, reme_recorder_t *r)
	Create a new sensor recorder object.
reme_error_t	reme_recorder_destroy (reme_context_t c, reme_recorder_t *r)
	Destroy a previously created recorder object.
reme_error_t	reme_recorder_set_sensor (reme_context_t c, reme_recorder_t r, reme_sensor_t s)
	Set the sensor to record from.
reme_error_t	reme_recorder_bind_file_options (reme_context_t c, reme_recorder_t r, reme_options_t o)
	Access the recorder specific file options.
reme_error_t	reme_recorder_open (reme_context_t c, reme_recorder_t r)
	Open the recorder for streaming.
reme_error_t	reme_recorder_update (reme_context_t c, reme_recorder_t r)
	Update the associated file streams with the current sensor content.
reme_error_t	reme_recorder_close (reme_context_t c, reme_recorder_t r)
	Close the recorder file streams.
reme_error_t	reme_image_create (reme_context_t c, reme_image_t *i)
	Create a new empty image object.
reme_error_t	reme_image_destroy (reme_context_t c, reme_image_t *i)
	Destroy a previously created image object.
reme_error_t	reme_image_get_info (reme_context_t c, reme_image_t i, int *width=0, int *height=0, int *num_channels=0, int *num_bytes_per_channel=0, int *row_stride=0)
	Get image information such as size, channels and layout.
reme_error_t	reme_image_save_to_file (reme_context_t c, reme_image_t i, const char *filename)
	Save the image in the desired format.
reme_error_t	reme_image_load_from_file (reme_context_t c, reme_image_t i, const char *filename)
	Load image from disk.
reme_error_t	reme_image_get_bytes (reme_context_t c, reme_image_t i, const void **pixels, int *length)
	Get image pixel data as byte array.
reme_error_t	reme_calibrator_create (reme_context_t c, reme_calibrator_t *cb)
	Create a new calibration object.
reme_error_t	reme_calibrator_destroy (reme_context_t c, reme_calibrator_t *cb)
	Destroy a previously created calibrator object.
reme_error_t	reme_calibrator_bind_options (reme_context_t c, reme_calibrator_t cb, reme_options_t o)
	Access the calibration options.
reme_error_t	reme_calibrator_add_image (reme_context_t c, reme_calibrator_t cb, reme_image_t i)
	Add a new image of the calibration target.
reme_error_t	reme_calibrator_update_detection_image (reme_context_t c, reme_calibrator_t cb, reme_image_t i)
	Receives the result image of the last image added.
reme_error_t	reme_calibrator_calibrate (reme_context_t c, reme_calibrator_t cb, float *reprojection_error=0)
	Calibrate using the images added before.
reme_error_t	reme_calibrator_bind_intrinsics (reme_context_t c, reme_calibrator_t cb, reme_options_t o)
	Access the calibration results.
reme_error_t	reme_surface_create (reme_context_t c, reme_surface_t *s)
	Create a new sensor object.
reme_error_t	reme_surface_destroy (reme_context_t c, reme_surface_t *s)
	Destroy a previously created surface object.
reme_error_t	reme_surface_bind_poisson_options (reme_context_t c, reme_surface_t s, reme_options_t o)
	Access the poisson reconstruction options.
reme_error_t	reme_surface_bind_decimation_options (reme_context_t c, reme_surface_t s, reme_options_t o)
	Access the surface decimation options.
reme_error_t	reme_surface_generate (reme_context_t c, reme_surface_t s, reme_volume_t v)
	Extract the iso-surface from the given volume.
reme_error_t	reme_surface_poisson (reme_context_t c, reme_surface_t s)
	Perform poisson reconstruction on the extracted surface.
reme_error_t	reme_surface_decimate (reme_context_t c, reme_surface_t s)
	Decimate the extracted surface.
reme_error_t	reme_surface_transform (reme_context_t c, reme_surface_t s, const float *coordinates)
	Transform the surface.
reme_error_t	reme_surface_get_points (reme_context_t c, reme_surface_t s, const float **coordinates, int *length)
	Get points of a surface.
reme_error_t	reme_surface_get_normals (reme_context_t c, reme_surface_t s, const float **coordinates, int *length)
	Get point normals of a surface.
reme_error_t	reme_surface_get_triangles (reme_context_t c, reme_surface_t s, const unsigned int **indices, int *length)
	Get triangle faces of a surface.
reme_error_t	reme_surface_save_to_file (reme_context_t c, reme_surface_t s, const char *filename)
	Export the surface to file.
reme_error_t	reme_viewer_create_image (reme_context_t c, const char *title, reme_viewer_t *v)
	Create viewer for viewing multiple images.
reme_error_t	reme_viewer_create_surface (reme_context_t c, reme_surface_t s, const char *title, reme_viewer_t *v)
	Create viewer for specific surface.
reme_error_t	reme_viewer_destroy (reme_context_t c, reme_viewer_t *v)
	Destroy a previously created viewer object.
reme_error_t	reme_viewer_add_image (reme_context_t c, reme_viewer_t v, reme_image_t i)
	Add image to be displayed.
reme_error_t	reme_viewer_update (reme_context_t c, reme_viewer_t v)
	Update viewer content.
reme_error_t	reme_viewer_wait (reme_context_t c, reme_viewer_t v)
	Update viewer content until the user closes the viewer.

Detailed Description

ReMe - a real-time 3D reconstruction engine

Author

Christoph Heindl info@.nosp@m.reco.nosp@m.nstru.nosp@m.ctme.nosp@m..net 2006-2012 PROFACTOR GmbH. All rights reserved. Use is subject to license terms.