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Fusion3D
Version 6.04
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Virtual class that is the base class for all 3-d data. More...
#include <image_3d_class.h>
Public Member Functions | |
| image_3d_class () | |
| Constructor. More... | |
| virtual | ~image_3d_class () |
| Destructor. More... | |
| int | get_n_hits_current () |
| Get data in hit-list format – Get no. of hits. More... | |
| int | get_hit_geom (short int *&width_aout, short int *&height_aout, float *&range_aout) |
| Get data in hit-list format – Get hit geometry as range vs raster location (iwidth, iheight,range). More... | |
| int | get_hit_xyz (float *&north, float *&east, float *&elev) |
| Get data in hit-list format – Get hit geometry as (north,east, elev) relative to the reference point. More... | |
| int | get_hit_intensity (unsigned char *&intens_aout) |
| Get data in hit-list format – Get 8-bit intensity image. More... | |
| int | get_hit_color (unsigned char *&red, unsigned char *&grn, unsigned char *&blu) |
| Get data in hit-list format – Get 24-bit color image. More... | |
| int | get_smooth_flags (int *&smooth) |
| Get array of smooth flags. More... | |
| int | cull_hit_list (int *mask, int n_cull) |
| int | get_n_hits_dewarped (int i_file) |
| Get data in OpenInventor format – Get no of hits. More... | |
| int | get_coords3_dewarped (int i_file, float *&coords_out) |
| Get data in OpenInventor format – Get coordinates. More... | |
| int | get_hit_intensity_dewarped (int i_file, unsigned char *&intens_aout) |
| Get data in OpenInventor format – Get 8-bit intensity image. More... | |
| int | get_hit_color_dewarped (int i_file, unsigned char *&red, unsigned char *&grn, unsigned char *&blu) |
| Get data in OpenInventor format – Get 24-bit color image. More... | |
| unsigned char * | get_image_2d () |
| Return pointer to 2-d image. More... | |
| unsigned char * | get_red_2d () |
| Return pointer to red intensity. More... | |
| unsigned char * | get_grn_2d () |
| Return pointer to green intensity. More... | |
| unsigned char * | get_blu_2d () |
| float * | get_2d_aux_image () |
| Return pointer to aux 2-d image. More... | |
| int | get_2d_aux_nx () |
| Return x-dim (size in pixels) of aux 2-d image. More... | |
| int | get_2d_aux_ny () |
| Return y-dim (size in pixels) of aux 2-d image. More... | |
| int | get_2d_aux_imax () |
| Return pixel number with max signal of aux 2-d image. More... | |
| float | get_2d_aux_fmax () |
| Return max signal of aux 2-d image. More... | |
| float | get_2d_aux_dx () |
| Return pixel x-size in m of aux 2-d image. More... | |
| float | get_2d_aux_dy () |
| Return pixel y-size in m of aux 2-d image. More... | |
| int | set_range_calc (float min, float max) |
| Set the min and max ranges to be used in all calculations. More... | |
| float | get_range_calc_min () |
| Get the min range used for all calculations. More... | |
| float | get_range_calc_max () |
| Get the max range used for all calculations. More... | |
| int | set_xangle_delta (float xangle_delta_in) |
| int | set_yangle_delta (float yangle_delta_in) |
| int | set_xangle_center (float angle) |
| int | set_yangle_center (float angle) |
| int | set_coord_type_flag (int flag) |
| int | set_reg_frames (int iw1_in, int ih1_in, int iw2_in, int ih2_in, int mflag, int mhalf, int idel, int iref, int idiag) |
| int | set_write_flag (int write_flag) |
| float | get_xangle_delta () |
| For an angle-angle lidar, set the delta angle in x in degrees between samples. More... | |
| float | get_yangle_delta () |
| For an angle-angle lidar, set the delta angle in y in degrees between samples. More... | |
| float | get_xangle_center () |
| float | get_yangle_center () |
| int | get_coord_type_flag () |
| int | set_movie_mode (int n_files_in) |
| Initialize storage for multiple files. More... | |
| int | set_i_file (int i_file_in) |
| Set the current file number. More... | |
| int | get_n_hits_max () |
| int | get_bb (float &xmin, float &xmax, float &ymin, float &ymax, float &zmin, float &zmax) |
| Return bounding box for the data. More... | |
| int | set_inten_threshold (int intens_thresh_in) |
| Set intensity threshold. More... | |
| int | set_amp_clip (float min_amp_user_in, float max_amp_user_in) |
| Set user-specified amplitude clipping ranges. More... | |
| int | set_res_spoiling_factor (int exponent_of_factor_2) |
| Set range resolution spoiling factor – new res = old res / 2**exponent_of_factor_2. More... | |
| int | set_version (int version_no_in) |
| Set the version number for the data. More... | |
| int | set_superres (int if_superres_in) |
| Set superresolution. More... | |
| int | set_type_peak_display (int type_peak_display_in) |
| int | get_height () |
| Return number of pixels in height in the data. More... | |
| int | get_width () |
| Return number of pixels in width in the data. More... | |
| int | get_ntar_per_pixel () |
| Return number of targets or hits per pixel. More... | |
| int | get_voxel_size (float &dheight_out, float &dwidth_out, float &drange_out) |
| Get approx pixel size in m. More... | |
| int | set_intensity_type (int type) |
| Set data intensity type. More... | |
| int | get_intensity_type () |
| Set data intensity type. More... | |
| int | get_inten_threshold () |
| Get intensity threshold. More... | |
| float | get_min_brt_vs_range () |
| Get min brightness of the intensity-vs-range waveform. More... | |
| float | get_max_brt_vs_range () |
| Get max brightness of the intensity-vs-range waveform. More... | |
| float | get_min_brt_vs_time () |
| Get min brightness of the intensity-vs-time waveform. More... | |
| float | get_max_brt_vs_time () |
| Get max brightness of the intensity-vs-time waveform. More... | |
| float | get_amp_clip_min () |
| Get Min amplitude amplitude scaling. More... | |
| float | get_amp_clip_max () |
| Get Max amplitude amplitude scaling. More... | |
| int | set_range_offset (float range) |
| float | get_range_offset () |
| int | set_reread_pending () |
| Set flag for reread data. More... | |
| int | set_recalc_pending () |
| Set flag for recalculate data. More... | |
| int | get_if_range_slices () |
| Return flag – 1 iff amp-vs-range slices. More... | |
| int | get_if_time_slices () |
| Return flag – 1 iff amp-vs-time slices. More... | |
| int | get_if_frame_slices () |
| Return flag – 1 iff frame slices. More... | |
| int | get_if_2d_aux_images () |
| Return flag – 1 iff aux images. More... | |
| int | get_if_diag_slices () |
| int | get_seqno_frame () |
| int | get_seqno_2d () |
| int | get_iframe_current () |
| Get current frame number. More... | |
| int | set_frame_type (int frame_type_in) |
| Set type of frames – 0=unreg, 1=reg. More... | |
| int | set_id (int id) |
| int | get_depth_orig () |
| Return number of range gates in depth. More... | |
| int | get_depth_clip () |
| int | get_num_time () |
| int | get_file_size () |
| int | get_sensor_pos (float &x, float &y, float &z) |
| Get the sensor pos in UTM m (return 0 if unknown). More... | |
| int | export_geom_obj (char *filename) |
| int | export_2d_pnm (char *filename) |
| Export 2-d grayscale image in .pnm format. More... | |
| virtual int | get_type (char *type) |
| Get data type. More... | |
| virtual int | copy_frame_from_buffer (char *inBuf) |
| Read frame iFrame from frame buffers. More... | |
| virtual int | proc_frame () |
| Read frame iFrame from frame buffers. More... | |
| virtual int | get_n () |
| Return the number of points. More... | |
| virtual unsigned short * | get_intensa () |
| Return the array of intensity values. More... | |
| virtual unsigned short * | get_reda () |
| Return the array of redvalues. More... | |
| virtual unsigned short * | get_grna () |
| Return the array of green values. More... | |
| virtual unsigned short * | get_blua () |
| Return the array of blue values. More... | |
| virtual double | get_x (int i) |
| Return the x (East) value for the index. More... | |
| virtual double | get_y (int i) |
| Return the y (North) value for the index. More... | |
| virtual double | get_z (int i) |
| Return the z (Elevation) value for the index. More... | |
| virtual int | get_bounds (double &xmin, double &xmax, double &ymin, double &ymax, float &zmin, float &zmax) |
| Return the x-y-z bounds of the data in UTM meters. More... | |
| virtual int | get_coord_system_code () |
| Get the coordinate system type code. More... | |
| virtual int | make_dummy_scene (char *name_header) |
| Make a dummy lidar image/scene using the header information in file name_header to set image parameters. More... | |
| virtual int | get_vals_at_index (int ix, int iy, int itar, float &range, float &litude) |
| Get range and amplitude at index (ix,iy,itar) in the scene. More... | |
| virtual int | make_oiv () |
| Make basic OpenInventor stuff for the data. More... | |
| virtual int | get_range_slice (float w_norm, float h_norm_in, float *slice_range, float *slice_hit, float *slice_th, int &n_slice, float *slice_time, int &n_slice_time) |
| virtual int | get_frame_slice (int i_slice, unsigned char *frame) |
| virtual int | override_to_color () |
| virtual int | get_elev_at_locxy (float x, float y, float &z) |
| Virtual get the elevation at the point (x,y). More... | |
| virtual int | set_type_2d (int type_2d_in) |
| Virtual – Set kind of 2-d image to draw. More... | |
| virtual int | set_crop (int iw1_in, int ih1_in, int iw2_in, int ih2_in) |
| Public Member Functions inherited from base_jfd_class | |
| base_jfd_class () | |
| Constructor. More... | |
| virtual | ~base_jfd_class () |
| Destructor. More... | |
| int | set_diag_flag (int flag) |
| Set level of diagnostics. More... | |
| int | register_coord_system (gps_calc_class *gps_calc_in) |
| Register the common gps_calc_class for defining the current coordinate systems and transformations between them. More... | |
| const char * | get_type () |
| Get the name of the class. More... | |
| int | warning (int oiv_window_flag, const char *message) |
| Open dialog window with warning. More... | |
| int | warning_s (string cmessage, string smessage) |
| Open dialog window with 2-part warning message. More... | |
| int | exit_safe (int oiv_window_flag, const char *message) |
| Open dialog window with fatal error message. More... | |
| int | exit_safe_s (string message, string smessage) |
| Open dialog window with fatal error message. More... | |
| virtual int | clear_all () |
| virtual int | read_file (string sfilename) |
| Read file: all functions including open, read header and data and close – Virtual. More... | |
| virtual int | read_file_open (string sfilename) |
| Read file: only the open part of the entire read-file – Virtual. More... | |
| virtual int | read_file_header () |
| Read file: only the read-header part of the entire read-file – Virtual. More... | |
| virtual int | read_file_data () |
| Read file: only the read-data part of the entire read-file – Virtual. More... | |
| virtual int | read_file_close () |
| Read file: only the close part of the entire read-file – Virtual. More... | |
| virtual int | write_file (string sfilename) |
| Write file: entire process of open, write header and data and close – Virtual. More... | |
| virtual int | write_parms (FILE *tiff_fd) |
| Write parameters to the currently opened ASCII file – for saving all relevent parameters to an output Parameter file. More... | |
Protected Member Functions | |
| int | interp (int x[], float y[], int n, float cof[]) |
| float | getDerivative (int x[], float cof[]) |
| int | make_verts_cartesian (short int *wa, short int *ha, float *ra, float *c3a) |
| int | make_verts_spherical (short int *wa, short int *ha, float *ra, float *c3a) |
| int | hsv_to_rgb (float h, float s, float v, float &r, float &g, float &b) |
| h,s,v in (0..1) r,g,b will be in (0..1) More... | |
Protected Attributes | |
| int | n_hits_current |
| Data storage – hit-list – no of hits. More... | |
| short int * | width_a |
| Data storage – hit-list – geometry. More... | |
| short int * | height_a |
| Data storage – hit-list – geometry. More... | |
| float * | range_a |
| Data storage – hit-list – geometry. More... | |
| unsigned char * | intens_a |
| Data storage – hit-list – intensity for greyscale. More... | |
| unsigned char * | red_a |
| Data storage – hit-list – intensity for color scale. More... | |
| unsigned char * | grn_a |
| Data storage – hit-list – intensity for color scale. More... | |
| unsigned char * | blu_a |
| Data storage – hit-list – intensity for color scale. More... | |
| int * | smooth_flags |
| Data storage – hit-list – per hit, smooth flags. More... | |
| float * | northa |
| float * | easta |
| float * | eleva |
| Data storage – hit-list – (North,East,elev) relative to ref point. More... | |
| int * | n_hits_a |
| Data storage – output multi – no of hits per image. More... | |
| float ** | coords3_a |
| Data storage – output multi – dewarped (x,y,z) for each vertex. More... | |
| unsigned char ** | intens_a_display |
| Data storage – output multi – data amplitudes. More... | |
| unsigned char ** | red_a_display |
| Data storage – output multi – data color. More... | |
| unsigned char ** | grn_a_display |
| Data storage – output multi – data color. More... | |
| unsigned char ** | blu_a_display |
| Data storage – output multi – data color. More... | |
| unsigned char * | image_2d |
| Data storage – 2-D image (for multi, last image read) More... | |
| unsigned char * | red_2d |
| Data storage – 2-D image (for multi, last image read) More... | |
| unsigned char * | grn_2d |
| Data storage – 2-D image (for multi, last image read) More... | |
| unsigned char * | blu_2d |
| Data storage – 2-D image (for multi, last image read) More... | |
| int | reread_pending |
| Image logic – Change pending – new image (from file/Epix/etc) (0/1 default) More... | |
| int | recalc_pending |
| Image logic – Change pending – new parms requiring recalc (0/1 default) More... | |
| int | alloc_pending |
| Image logic – Change pending – new size requiring realloc (0/1 default) More... | |
| int | if_range_slices |
| Image logic – 1 iff amp-vs-range waveforms available. More... | |
| int | if_time_slices |
| Image logic – 1 iff amp-vs-time waveforms available. More... | |
| int | if_frame_slices |
| Image logic – 1 iff image-frame-vs-time waveforms available. More... | |
| int | if_2d_aux_images |
| Image logic – 1 iff aux 2D images available. More... | |
| int | if_diag_slices |
| Image logic – 1 iff diag waveforms available. More... | |
| int | seqno_frame |
| Image logic – Increment when frame display needs update. More... | |
| int | seqno_2d |
| Image logic – Increment when 2d image display needs update. More... | |
| int | iframe_current |
| Image logic – Current frame no. More... | |
| int | frame_type |
| Image logic – 0=unreg, 1=reg. More... | |
| int | id_img |
| Image logic – id of image – for looking up in index. More... | |
| float | xangle_delta |
| float | yangle_delta |
| Single image parms – Angle step sizes. More... | |
| float | xangle_center |
| float | yangle_center |
| Single image parms – Image center (for mirror offsets) More... | |
| int | num_width |
| int | num_height |
| int | num_range_orig |
| Single image parms – Size of data cube as read in. More... | |
| int | ntar_per_pixel |
| Single image parms – No of targets/hits per pixel. More... | |
| int | num_range_clip |
| Single image parms – Number of ranges at output. More... | |
| int | num_time |
| Single image parms – Number of time samples. More... | |
| int | coord_type_flag |
| Single image parms – 0=spherical(default), 1=cartesian. More... | |
| int | if_crop |
| Single image parms – 1 if input image to be cropped. More... | |
| int | iw1 |
| int | iw2 |
| int | ih1 |
| int | ih2 |
| Single image parms – Coords of cropped image. More... | |
| int | reg_frames_flag |
| Single image parms – reg frames – 1 iff register. More... | |
| int | iwr1 |
| int | iwr2 |
| int | ihr1 |
| int | ihr2 |
| Single image parms – reg frames – Coords of registration subimage. More... | |
| int | reg_frames_mflag |
| Single image parms – reg frames – 1 iff med filter. More... | |
| int | reg_frames_mhalf |
| Single image parms – reg frames – med filter halfwidth (pixels) More... | |
| int | reg_frames_idel |
| Single image parms – reg frames – max diff frame-to-frame. More... | |
| int | reg_frames_iref |
| Single image parms – reg frames – ref image. More... | |
| int | reg_frames_idiag |
| Single image parms – reg frames – diagnostic level (0=off) More... | |
| int | write_flag |
| Single image parms – 0=no write, 1=write cropped. More... | |
| int | file_size |
| Single image parms – Size of file (single frame) in bytes. More... | |
| int | n_files |
| Multi image parms – No of files to be buffered. More... | |
| int | i_file |
| Multi image parms – Current file no. More... | |
| int | n_hits_max |
| Multi image parms – Max no of hits over all data files. More... | |
| int | data_intensity_type |
| Overall parms – 0 = unread, 5 = 8-bit grayscale, 6 = 24-bit rgb color. More... | |
| int | intens_thresh |
| Overall parms – Intensity threshold. More... | |
| float | xbb_min |
| float | xbb_max |
| Overall parms – Bounding box (after clipping) More... | |
| float | ybb_min |
| float | ybb_max |
| Overall parms – Bounding box (after clipping) More... | |
| float | zbb_min |
| float | zbb_max |
| Overall parms – Bounding box (after clipping) More... | |
| int | if_clip_amp_user |
| Overall parms – 1 if clipping output amplitudes set by user. More... | |
| float | min_amp_user |
| float | max_amp_user |
| Overall parms – Min and max clipping amplitudes set by user. More... | |
| float | min_brt_vs_time |
| float | max_brt_vs_time |
| Overall parms – Min and max of amp-vs-time waveform. More... | |
| float | min_brt_vs_range |
| float | max_brt_vs_range |
| Overall parms – Min and max of amp-vs-range waveform. More... | |
| float | dheight |
| float | dwidth |
| float | drange |
| Overall parms – Size of pixel for data in cartesian coords. More... | |
| float | range_offset |
| Overall parms – Range corresponding to first data index. More... | |
| int | x_fft |
| Overall parms – Range resolution spoiling factor, exponent_of_factor_2. More... | |
| int | if_superres |
| Overall parms – 0=no superres, 1=superres (default) More... | |
| int | version_no |
| Overall parms – 1=default. More... | |
| int | type_2d |
| Overall parms – How to calc 2-d image. More... | |
| int | type_peak_display |
| Overall parms – How to use peaks. More... | |
| int | diag_level |
| 0 – no diagnostics, 1 min diagnostics, 2 more, etc More... | |
| char * | diag_filename |
| Diagnostic output filename. More... | |
| int | if_know_sensor_pos |
| Sensor loc – 1 iff can get sensor loc from data. More... | |
| float | x_sensor |
| float | y_sensor |
| float | z_sensor |
| Sensor loc – loc in m in world coordinates. More... | |
| float * | aux_image |
| Aux 2d – image. More... | |
| int | aux_nx |
| int | aux_ny |
| Aux 2d – Image dimensions. More... | |
| float | aux_dx |
| float | aux_dy |
| Aux 2d – Image pixel dimensions. More... | |
| int | aux_imax |
| Aux 2d – Pixel no. of max signal. More... | |
| float | aux_fmax |
| Aux 2d – Max signal value. More... | |
| float | range_calc_min |
| float | range_calc_max |
| Range – lims for current calcs. More... | |
| int | range_calc_flag |
| Range – 1 iff lims have been set. More... | |
| float | hxx [38] |
| False color – red-to-blue hue array. More... | |
| Protected Attributes inherited from base_jfd_class | |
| int | diag_flag |
| Diagnostic level – 0=none, 1=little, 2=moderate, 3=heavy. More... | |
| int | opsys_flag |
| Operating system – 0=unix, 1=windows, 2=linux. More... | |
| char * | class_type |
| Unique name for each child class. More... | |
| int | localCoordFlag |
| Coord systems – -1=unknown local coord system, 0=local same as global, Positive=EPSG where known local coord different from global. More... | |
| gps_calc_class * | gps_calc |
| Coord systems – Worker class to define global coordinate systems and transformations. More... | |
Virtual class that is the base class for all 3-d data.
| image_3d_class::image_3d_class | ( | ) |
Constructor.
|
virtual |
Destructor.
|
virtual |
Read frame iFrame from frame buffers.
| int image_3d_class::cull_hit_list | ( | int * | mask, |
| int | n_cull | ||
| ) |
| int image_3d_class::export_2d_pnm | ( | char * | filename | ) |
Export 2-d grayscale image in .pnm format.
| int image_3d_class::export_geom_obj | ( | char * | filename | ) |
| float image_3d_class::get_2d_aux_dx | ( | ) |
Return pixel x-size in m of aux 2-d image.
| float image_3d_class::get_2d_aux_dy | ( | ) |
Return pixel y-size in m of aux 2-d image.
| float image_3d_class::get_2d_aux_fmax | ( | ) |
Return max signal of aux 2-d image.
| float * image_3d_class::get_2d_aux_image | ( | ) |
Return pointer to aux 2-d image.
| int image_3d_class::get_2d_aux_imax | ( | ) |
Return pixel number with max signal of aux 2-d image.
| int image_3d_class::get_2d_aux_nx | ( | ) |
Return x-dim (size in pixels) of aux 2-d image.
| int image_3d_class::get_2d_aux_ny | ( | ) |
Return y-dim (size in pixels) of aux 2-d image.
| float image_3d_class::get_amp_clip_max | ( | ) |
Get Max amplitude amplitude scaling.
| float image_3d_class::get_amp_clip_min | ( | ) |
Get Min amplitude amplitude scaling.
| int image_3d_class::get_bb | ( | float & | xmin, |
| float & | xmax, | ||
| float & | ymin, | ||
| float & | ymax, | ||
| float & | zmin, | ||
| float & | zmax | ||
| ) |
Return bounding box for the data.
| unsigned char * image_3d_class::get_blu_2d | ( | ) |
|
virtual |
Return the array of blue values.
|
virtual |
Return the x-y-z bounds of the data in UTM meters.
|
virtual |
Get the coordinate system type code.
326xx for UTM Northern hemisphere; 327xx for UTM Southern hemisphere; 269xx and 321xx for NAD83 US State Plane.
| int image_3d_class::get_coord_type_flag | ( | ) |
| int image_3d_class::get_coords3_dewarped | ( | int | i_file, |
| float *& | coords_out | ||
| ) |
Get data in OpenInventor format – Get coordinates.
| i_file | Input file number. |
| coords_out | Coordinates [ifile][3*ihit] |
| int image_3d_class::get_depth_clip | ( | ) |
| int image_3d_class::get_depth_orig | ( | ) |
Return number of range gates in depth.
|
virtual |
Virtual get the elevation at the point (x,y).
| int image_3d_class::get_file_size | ( | ) |
|
virtual |
| unsigned char * image_3d_class::get_grn_2d | ( | ) |
Return pointer to green intensity.
|
virtual |
Return the array of green values.
| int image_3d_class::get_height | ( | ) |
Return number of pixels in height in the data.
| int image_3d_class::get_hit_color | ( | unsigned char *& | red, |
| unsigned char *& | grn, | ||
| unsigned char *& | blu | ||
| ) |
Get data in hit-list format – Get 24-bit color image.
| red | Pointer to red image. |
| grn | Pointer to green image. |
| blu | Pointer to blue image. |
| int image_3d_class::get_hit_color_dewarped | ( | int | i_file, |
| unsigned char *& | red, | ||
| unsigned char *& | grn, | ||
| unsigned char *& | blu | ||
| ) |
Get data in OpenInventor format – Get 24-bit color image.
| i_file | Input file number. |
| red | Pointer to red image. |
| grn | Pointer to green image. |
| blu | Pointer to blue image. |
| int image_3d_class::get_hit_geom | ( | short int *& | width_aout, |
| short int *& | height_aout, | ||
| float *& | range_aout | ||
| ) |
Get data in hit-list format – Get hit geometry as range vs raster location (iwidth, iheight,range).
| width_aout | Pointer to array of hit width indices. |
| height_aout | Pointer to array of hit height indices. |
| range_aout | Pointer to array of hit ranges. |
| int image_3d_class::get_hit_intensity | ( | unsigned char *& | intens_aout | ) |
Get data in hit-list format – Get 8-bit intensity image.
| intens_aout | Pointer to intensity image. |
| int image_3d_class::get_hit_intensity_dewarped | ( | int | i_file, |
| unsigned char *& | intens_aout | ||
| ) |
Get data in OpenInventor format – Get 8-bit intensity image.
| i_file | Input file number. |
| intens_aout | Pointer to array of intensity values per hit. |
| int image_3d_class::get_hit_xyz | ( | float *& | north, |
| float *& | east, | ||
| float *& | elev | ||
| ) |
Get data in hit-list format – Get hit geometry as (north,east, elev) relative to the reference point.
| north | Pointer to array of hit north values. |
| east | Pointer to array of hit east values. |
| elev | Pointer to array of hit elevation values. |
| int image_3d_class::get_if_2d_aux_images | ( | ) |
Return flag – 1 iff aux images.
| int image_3d_class::get_if_diag_slices | ( | ) |
| int image_3d_class::get_if_frame_slices | ( | ) |
Return flag – 1 iff frame slices.
| int image_3d_class::get_if_range_slices | ( | ) |
Return flag – 1 iff amp-vs-range slices.
| int image_3d_class::get_if_time_slices | ( | ) |
Return flag – 1 iff amp-vs-time slices.
| int image_3d_class::get_iframe_current | ( | ) |
Get current frame number.
| unsigned char * image_3d_class::get_image_2d | ( | ) |
Return pointer to 2-d image.
| int image_3d_class::get_inten_threshold | ( | ) |
Get intensity threshold.
|
virtual |
Return the array of intensity values.
| int image_3d_class::get_intensity_type | ( | ) |
Set data intensity type.
type is 5 for grayscale (one unsigned char per pixel), 6 for color (3 unsigned char for rgb per pixel)
| float image_3d_class::get_max_brt_vs_range | ( | ) |
Get max brightness of the intensity-vs-range waveform.
| float image_3d_class::get_max_brt_vs_time | ( | ) |
Get max brightness of the intensity-vs-time waveform.
| float image_3d_class::get_min_brt_vs_range | ( | ) |
Get min brightness of the intensity-vs-range waveform.
| float image_3d_class::get_min_brt_vs_time | ( | ) |
Get min brightness of the intensity-vs-time waveform.
|
virtual |
Return the number of points.
| int image_3d_class::get_n_hits_current | ( | ) |
Get data in hit-list format – Get no. of hits.
| int image_3d_class::get_n_hits_dewarped | ( | int | i_file | ) |
Get data in OpenInventor format – Get no of hits.
| i_file | Input file number. |
| int image_3d_class::get_n_hits_max | ( | ) |
| int image_3d_class::get_ntar_per_pixel | ( | ) |
Return number of targets or hits per pixel.
| int image_3d_class::get_num_time | ( | ) |
| float image_3d_class::get_range_calc_max | ( | ) |
Get the max range used for all calculations.
| float image_3d_class::get_range_calc_min | ( | ) |
Get the min range used for all calculations.
| float image_3d_class::get_range_offset | ( | ) |
|
virtual |
| unsigned char * image_3d_class::get_red_2d | ( | ) |
Return pointer to red intensity.
|
virtual |
Return the array of redvalues.
| int image_3d_class::get_sensor_pos | ( | float & | x, |
| float & | y, | ||
| float & | z | ||
| ) |
Get the sensor pos in UTM m (return 0 if unknown).
| int image_3d_class::get_seqno_2d | ( | ) |
| int image_3d_class::get_seqno_frame | ( | ) |
| int image_3d_class::get_smooth_flags | ( | int *& | smooth | ) |
Get array of smooth flags.
Smooth flags indicate whether the hit is part of a smooth surface. If so, they indicate which vertices are part of the smooth surface.
|
virtual |
Get data type.
| type | Copies "unknown"into this string – should always be reimplemented. |
Reimplemented in image_yaff_class, and image_rtv_class.
|
virtual |
Get range and amplitude at index (ix,iy,itar) in the scene.
Implements default method using hit list.
| ix | Index in x or width |
| iy | Index in y or height |
| itar | Index over targets where multiple hits per target (ignored for default case) |
| range | Output range in m |
| amplitude | Output amplitude |
| int image_3d_class::get_voxel_size | ( | float & | dheight_out, |
| float & | dwidth_out, | ||
| float & | drange_out | ||
| ) |
Get approx pixel size in m.
| int image_3d_class::get_width | ( | ) |
Return number of pixels in width in the data.
|
virtual |
Return the x (East) value for the index.
| float image_3d_class::get_xangle_center | ( | ) |
| float image_3d_class::get_xangle_delta | ( | ) |
For an angle-angle lidar, set the delta angle in x in degrees between samples.
|
virtual |
Return the y (North) value for the index.
| float image_3d_class::get_yangle_center | ( | ) |
| float image_3d_class::get_yangle_delta | ( | ) |
For an angle-angle lidar, set the delta angle in y in degrees between samples.
|
virtual |
Return the z (Elevation) value for the index.
|
protected |
|
protected |
h,s,v in (0..1) r,g,b will be in (0..1)
this algorithm taken from Foley&VanDam
|
protected |
|
virtual |
Make a dummy lidar image/scene using the header information in file name_header to set image parameters.
|
virtual |
Make basic OpenInventor stuff for the data.
Reimplemented in image_yaff_class.
|
protected |
|
protected |
|
virtual |
Reimplemented in image_yaff_class.
|
virtual |
Read frame iFrame from frame buffers.
| int image_3d_class::set_amp_clip | ( | float | min_amp_user_in, |
| float | max_amp_user_in | ||
| ) |
Set user-specified amplitude clipping ranges.
| int image_3d_class::set_coord_type_flag | ( | int | flag | ) |
|
virtual |
| int image_3d_class::set_frame_type | ( | int | frame_type_in | ) |
Set type of frames – 0=unreg, 1=reg.
| int image_3d_class::set_i_file | ( | int | i_file_in | ) |
Set the current file number.
| int image_3d_class::set_id | ( | int | id | ) |
| int image_3d_class::set_inten_threshold | ( | int | intens_thresh_in | ) |
Set intensity threshold.
| intens_thresh_in | When intensity-vs-range waveform available, hit is recorded only when intensity above this |
| int image_3d_class::set_intensity_type | ( | int | type | ) |
Set data intensity type.
| type | 5 for grayscale (one unsigned char per pixel), 6 for color (3 unsigned char for rgb per pixel) |
| int image_3d_class::set_movie_mode | ( | int | n_files_in | ) |
Initialize storage for multiple files.
| n_files_in | Max number of files. |
| int image_3d_class::set_range_calc | ( | float | min, |
| float | max | ||
| ) |
Set the min and max ranges to be used in all calculations.
| int image_3d_class::set_range_offset | ( | float | range | ) |
| int image_3d_class::set_recalc_pending | ( | ) |
Set flag for recalculate data.
Calling this method will cause data to be recalculated (but not reread).
| int image_3d_class::set_reg_frames | ( | int | iw1_in, |
| int | ih1_in, | ||
| int | iw2_in, | ||
| int | ih2_in, | ||
| int | mflag, | ||
| int | mhalf, | ||
| int | idel, | ||
| int | iref, | ||
| int | idiag | ||
| ) |
| int image_3d_class::set_reread_pending | ( | ) |
Set flag for reread data.
Calling this method will cause data to be reread.
| int image_3d_class::set_res_spoiling_factor | ( | int | exponent_of_factor_2 | ) |
Set range resolution spoiling factor – new res = old res / 2**exponent_of_factor_2.
| int image_3d_class::set_superres | ( | int | if_superres_in | ) |
Set superresolution.
| if_superres_in | 1 to turn on superresolution, 0 to turn it off. |
|
virtual |
Virtual – Set kind of 2-d image to draw.
Reimplemented in image_yaff_class.
| int image_3d_class::set_type_peak_display | ( | int | type_peak_display_in | ) |
| type_peak_display_in | 0 to use all peaks, 1 to use only the strongest peak within range bounds. |
| int image_3d_class::set_version | ( | int | version_no_in | ) |
Set the version number for the data.
This is a mechanism of treating different data sets.
| int image_3d_class::set_write_flag | ( | int | write_flag | ) |
| int image_3d_class::set_xangle_center | ( | float | angle | ) |
| int image_3d_class::set_xangle_delta | ( | float | xangle_delta_in | ) |
| int image_3d_class::set_yangle_center | ( | float | angle | ) |
| int image_3d_class::set_yangle_delta | ( | float | yangle_delta_in | ) |
|
protected |
Image logic – Change pending – new size requiring realloc (0/1 default)
|
protected |
|
protected |
Aux 2d – Image pixel dimensions.
|
protected |
Aux 2d – Max signal value.
|
protected |
Aux 2d – image.
|
protected |
Aux 2d – Pixel no. of max signal.
|
protected |
|
protected |
Aux 2d – Image dimensions.
|
protected |
Data storage – 2-D image (for multi, last image read)
|
protected |
Data storage – hit-list – intensity for color scale.
|
protected |
Data storage – output multi – data color.
|
protected |
Single image parms – 0=spherical(default), 1=cartesian.
|
protected |
Data storage – output multi – dewarped (x,y,z) for each vertex.
|
protected |
Overall parms – 0 = unread, 5 = 8-bit grayscale, 6 = 24-bit rgb color.
|
protected |
|
protected |
Diagnostic output filename.
|
protected |
0 – no diagnostics, 1 min diagnostics, 2 more, etc
|
protected |
Overall parms – Size of pixel for data in cartesian coords.
|
protected |
|
protected |
|
protected |
Data storage – hit-list – (North,East,elev) relative to ref point.
|
protected |
Single image parms – Size of file (single frame) in bytes.
|
protected |
Image logic – 0=unreg, 1=reg.
|
protected |
Data storage – 2-D image (for multi, last image read)
|
protected |
Data storage – hit-list – intensity for color scale.
|
protected |
Data storage – output multi – data color.
|
protected |
Data storage – hit-list – geometry.
|
protected |
False color – red-to-blue hue array.
|
protected |
Multi image parms – Current file no.
|
protected |
Image logic – id of image – for looking up in index.
|
protected |
Image logic – 1 iff aux 2D images available.
|
protected |
Overall parms – 1 if clipping output amplitudes set by user.
|
protected |
Single image parms – 1 if input image to be cropped.
|
protected |
Image logic – 1 iff diag waveforms available.
|
protected |
Image logic – 1 iff image-frame-vs-time waveforms available.
|
protected |
Sensor loc – 1 iff can get sensor loc from data.
|
protected |
Image logic – 1 iff amp-vs-range waveforms available.
|
protected |
Overall parms – 0=no superres, 1=superres (default)
|
protected |
Image logic – 1 iff amp-vs-time waveforms available.
|
protected |
Image logic – Current frame no.
|
protected |
|
protected |
Single image parms – Coords of cropped image.
|
protected |
|
protected |
Single image parms – reg frames – Coords of registration subimage.
|
protected |
Data storage – 2-D image (for multi, last image read)
|
protected |
Data storage – hit-list – intensity for greyscale.
|
protected |
Data storage – output multi – data amplitudes.
|
protected |
Overall parms – Intensity threshold.
|
protected |
|
protected |
|
protected |
|
protected |
|
protected |
Overall parms – Min and max clipping amplitudes set by user.
|
protected |
Overall parms – Min and max of amp-vs-range waveform.
|
protected |
Overall parms – Min and max of amp-vs-time waveform.
|
protected |
|
protected |
|
protected |
|
protected |
Multi image parms – No of files to be buffered.
|
protected |
Data storage – output multi – no of hits per image.
|
protected |
Data storage – hit-list – no of hits.
|
protected |
Multi image parms – Max no of hits over all data files.
|
protected |
|
protected |
Single image parms – No of targets/hits per pixel.
|
protected |
|
protected |
Single image parms – Number of ranges at output.
|
protected |
Single image parms – Size of data cube as read in.
|
protected |
Single image parms – Number of time samples.
|
protected |
|
protected |
Data storage – hit-list – geometry.
|
protected |
Range – 1 iff lims have been set.
|
protected |
Range – lims for current calcs.
|
protected |
|
protected |
Overall parms – Range corresponding to first data index.
|
protected |
Image logic – Change pending – new parms requiring recalc (0/1 default)
|
protected |
Data storage – 2-D image (for multi, last image read)
|
protected |
Data storage – hit-list – intensity for color scale.
|
protected |
Data storage – output multi – data color.
|
protected |
Single image parms – reg frames – 1 iff register.
|
protected |
Single image parms – reg frames – max diff frame-to-frame.
|
protected |
Single image parms – reg frames – diagnostic level (0=off)
|
protected |
Single image parms – reg frames – ref image.
|
protected |
Single image parms – reg frames – 1 iff med filter.
|
protected |
Single image parms – reg frames – med filter halfwidth (pixels)
|
protected |
Image logic – Change pending – new image (from file/Epix/etc) (0/1 default)
|
protected |
Image logic – Increment when 2d image display needs update.
|
protected |
Image logic – Increment when frame display needs update.
|
protected |
Data storage – hit-list – per hit, smooth flags.
|
protected |
Overall parms – How to calc 2-d image.
0 = use same peak as for 3-d image 1 = use avg signal over chirp
|
protected |
Overall parms – How to use peaks.
0 = use all peaks 1 = use only largest peak within range bounds
|
protected |
Overall parms – 1=default.
|
protected |
Data storage – hit-list – geometry.
|
protected |
Single image parms – 0=no write, 1=write cropped.
|
protected |
Overall parms – Range resolution spoiling factor, exponent_of_factor_2.
|
protected |
|
protected |
|
protected |
|
protected |
Overall parms – Bounding box (after clipping)
|
protected |
|
protected |
|
protected |
Single image parms – Image center (for mirror offsets)
|
protected |
Single image parms – Angle step sizes.
|
protected |
Overall parms – Bounding box (after clipping)
|
protected |
|
protected |
Sensor loc – loc in m in world coordinates.
|
protected |
Overall parms – Bounding box (after clipping)
|
protected |


AutoPill
Current date:
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Manual rotate
Give next pills
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Set time
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When can a network be considered more or less secure?
Tools to protect yourself
There are many tools that are used to protect against external intruders: firewall, fail2ban, vmam.
Firewall
In a network the information exchanged can be of various nature and a given node may not always want to allow this information to be visible to all the other nodes in the network or to receive information of any type from the other nodes.
The task of the firewall is to filter the information coming and going from a node, establishing what information is accepted by which nodes and what personal information to share with other nodes on the network.
The main command for configuring your firewall is iptables
.
# iptables -t table command chain rule-specification [options]
iptables is very useful if you want to protect your server, but at the level of a network then the rules are starting to get a little too many.
There are a variety of software that interface or wrap iptables; one of my favorites is ufw
.
$ sudo ufw enable
$ sudo ufw allow ssh
$ sudo ufw allow http
$ sudo ufw allow https
With these simple four commands, I enabled a firewall and three particular ports: 22 (ssh), 80 (http) and 443 (https).
Another tool that I find very useful for interfacing with iptables is firewall-cmd
.
Once we configured our firewall with our rules, we protected our network from possible attacks. But is that enough? Let’s say that one of the servers in my network is a webserver and therefore, we have enabled the http and https protocol (ports 80 and 443 respectively). How do we spot possible attacks on these ports?
Fail2ban
To protect a webserver, mail, ssh, ftp or directory server from possible attacks on firewall openings, we need to use another type of tool. fail2ban
is a very useful tool to automate the protection of our servers.
Here is a list of the most important features available in Fail2ban:
- client/server
- multithreaded
- Gamin support
- autodetection of the date/time format
- wildcard support in logpath option
- support for a lot of services (sshd, apache, qmail, proftpd, sasl, asterisk, etc)
- support for several actions (iptables, tcp-wrapper, shorewall, mail notifications, etc)
For install fail2ban, follow this:
$ git clone https://github.com/fail2ban/fail2ban.git
$ cd fail2ban
$ sudo python setup.py install
$ apt-get install fail2ban # debian based installation
$ yum install fail2ban # red hat based installation
Fail2ban is composed of 2 parts: a client and a server. The server is multi-threaded and listens on a Unix socket for commands. The server itself knows nothing about the configuration files. Thus, at start-up, the server is in a “default” state in which no jails are defined. fail2ban-server
should not be used directly except in case of debugging.
fail2ban-client
is the frontend of Fail2ban. It connects to the server socket file and sends commands in order to configure and operate the server. The client can read the configuration files or can simply be used to send a single command to the server using either the command line or the interactive mode.
For more information, see the docs.
So, now we have protected our network with a firewall, our services with fail2ban. But what if the attacker is in our physical network via LAN or Wi-Fi?
vmam
To protect against attacks on our network, the only option is to accept who can access our network selectively. For this type of task, we need three things: an LDAP server, a Radius server and a vmam server.
vmam is a server-side application. Work with an open source LDAP server or Active Directory. Basically it creates mac-address users that represent the network card of a machine and associates these users with LDAP groups that represent the various VLANs specified created on their own network architecture (wi-fi, switches, routers, firewalls, etc.), centralized wired and wireless management, with 802.1X support. In addition, based on its configuration, it can also associate computer accounts with this group to allow access to the network by spending the credentials of the computer account.
The installation of vmam is very simple. With pip:
# pip install vmam
vmam has two modes: automatic and manual.
In manual mode, mac-addresses are managed from the command line using the vmam mac
command. The mac command has options to add, remove and disable the mac-addresses that can access the network.
In automatic mode, mac-addresses are managed by contacting LDAP server and taking the last machines (variable in the configuration file) that contacted the LDAP server from N seconds, minutes, hour or days, depending on the needs and policies decided. This mode is activated by launching vmam start
on the command line.
For more details, see the docs.
Conclusion
In the end, with only three tools, we protected the network, the servers and the services they offer, from remote and even local attackers connected to our network.
Protecting ourselves effectively not only gives us the ability to expose our services to the outside world, but gives us greater control and awareness of our network.


|
| enum | entity_type { PLAYER,
ENEMY
} |
| | Represents the type of entity. More...
|
| |
| enum | entity_movement_state { STATIONARY,
MOVE,
JUMP,
DEAD
} |
| | Represents the player movements. More...
|
| |
| enum | entity_direction { LEFT,
RIGHT
} |
| | Represents the direction that the character is facing. More...
|
| |
| enum | entity_animation_frame {
FIRST,
SECOND,
THIRD,
FORTH,
FIFTH,
LAST
} |
| | Represents the different states in a movement;. More...
|
| |
- Author
- André Flores
-
Diogo Faria
Code for entities present in the game (Player and Enemies)
◆ Entity_p
◆ entity_animation_frame
Represents the different states in a movement;.
| Enumerator |
|---|
| FIRST | |
| SECOND | |
| THIRD | |
| FORTH | |
| FIFTH | |
| LAST | |
◆ entity_direction
Represents the direction that the character is facing.
◆ entity_movement_state
Represents the player movements.
| Enumerator |
|---|
| STATIONARY | |
| MOVE | |
| JUMP | |
| DEAD | |
◆ entity_type
Represents the type of entity.
◆ create_entity()
Creates entity of a specified type at position (x, y)
- Parameters
-
| type | Type of entity to be created |
| x_pos | x coordinate of the entity to be created |
| y_pos | y coordinated of the entity to be created |
- Returns
- Pointer to the created entity
◆ destroy_entity()
Destroys an entity and frees memory.
- Parameters
-
| entity | Pointer to the entity to be destroyed |
◆ draw_entity()
| void draw_entity |
( |
Entity * |
entity | ) |
|
Draws an entity at its position.
- Parameters
-
| entity | Pointer to the entity to be drawn |
◆ update_entity_anim()
| void update_entity_anim |
( |
Entity_p |
entity | ) |
|
Updates the animation of an entity according to its speed.
- Parameters
-
| entity | Pointer to the entity to be updated |
◆ update_entity_pos()
| void update_entity_pos |
( |
Entity * |
entity | ) |
|
Updates the position of an entity according to its speed.
- Parameters
-
| entity | Pointer to the entity to be updated |


Researchers discover new mutations in gene associated with disease that causes the heart to weaken
| Source: | Intermountain Medical Center |
| Summary: | Researchers from the Intermountain Healthcare Heart Institute in Salt Lake City have identified new mutations in a gene commonly associated with non-ischemic dilated cardiomyopathy (NIDC), a disease that weakens the heart muscle, making it more difficult to adequately circulate blood to meet the body's needs. |
Researchers from the Intermountain Healthcare Heart Institute in Salt Lake City have identified new mutations in a gene commonly associated with non-ischemic dilated cardiomyopathy (NIDC), a disease that weakens the heart muscle, making it more difficult to adequately circulate blood to meet the body's needs.
Patients with NIDC struggle because the heart's ability to pump blood is decreased, as the heart's main pumping chamber, the left ventricle, is enlarged and dilated.
Unlike other kinds of heart conditions, NIDC often isn't related to or a symptom or sign of a known cardiovascular disease or disease risk factor. While researchers have known that genetic factors play a role in non-ischemic dilated cardiomyopathy, that role isn't entirely known.
In a new study presented to heart experts from around the world, researchers from the Intermountain Healthcare Heart Institute have identified 22 mutations in 27 of 229 NIDC patients in a gene called TITIN — 15 of them not previously discovered.
These discoveries depended on applying advanced "whole exome sequencing." These TITIN mutations are of a type called "truncating variants," or TTN-tv for short, which are linked with the development of cardiomyopathy and heart failure.
"Truncating mutations in TITIN are common in NIDC, so we wanted to know: if we find one, should we be more, or less worried about the patient's prognosis? The answer is yes," said Jeffrey L. Anderson, principal investigator of the study and distinguished clinical and research physician at the Intermountain Healthcare Heart Institute.
In the study, the DNA samples of the 229 Intermountain patients diagnosed with NIDC were analyzed. Researchers also identified lifestyle, environmental and other disease factors documented in the medical records that are associated with heart problems, like high blood pressure, diabetes, a history of alcohol or drug abuse, or previous chemotherapy treatment. Patients were evaluated when they first presented and then were followed for five years.
Patients with a TTN-tv mutation more often had severe cardiomyopathy at presentation, and by five years they were less likely to have recovered (11% of those with a mutation vs. 30% of those without).
These patients also were more likely to have shown progressive disease, such as a heart transplant, implant of a permanent heart assist device, or death if they had a TTN-tv mutation (41%) than if they didn't (25%).
TTN-tv mutation patients also commonly were found to have non-genetic predisposing factors, suggesting that these other factors may act in concert with genetic factors to precipitate heart failure.
Findings from the study were presented at the 2019 American Heart Association Scientific Sessions in Philadelphia on Nov. 17, 2019
"What we think is that, in many cases, people go along just fine with one of these mutations, but then other environmental and lifestyle or disease factors kick in, and it tips them over into non-ischemic dilated cardiomyopathy," said Dr. Anderson. "We think non-ischemic dilated cardiomyopathy is the result, in many cases, of a combination of genetic predisposing factors and environmental or other disease factors."
"Currently, physicians don't routinely test patients with NIDC for all of these known and new TTN-tv gene mutations, and there's no specific genetic treatment for the disease," said Dr. Anderson.
"However, if patients were to be tested and identified as having a disease-predisposing mutation, physicians could then be more aggressive about monitoring them and treating them with known heart failure drugs and devices," he added. "If we test patients for one of these disease-related mutations, we can identify them and also affected family members whose disease is more likely to occur and then progress so we can be better on top of prevention and treatment measures."
Other members of the research team include: Victoria Jacobs, Bryce Christensen, Helaman Escobar, Benjamin D Horne, Kia Afshar, Virginia Hebl, Kirk U Knowlton, J Brent Muhlestein, John Carlquist, and Lincoln Nadauld.
This research was funded by the Intermountain Research and Medical Foundation and in partnership with Intermountain Precision Genomics.
make a difference: sponsored opportunity
Story Source:
Materials provided by Intermountain Medical Center.
Note: Content may be edited for style and length.
Cite This Page:
| MLA | Intermountain Medical Center. "Researchers discover new mutations in gene associated with disease that causes the heart to weaken." ScienceDaily. ScienceDaily, 17 November 2019. <www.sciencedaily.com/releases/2019/11/191117165614.htm>. |
| APA | Intermountain Medical Center. (2019, November 17). Researchers discover new mutations in gene associated with disease that causes the heart to weaken. ScienceDaily. Retrieved November 18, 2019 from www.sciencedaily.com/releases/2019/11/191117165614.htm |
| Chicago | Intermountain Medical Center. "Researchers discover new mutations in gene associated with disease that causes the heart to weaken." ScienceDaily. www.sciencedaily.com/releases/2019/11/191117165614.htm (accessed November 18, 2019). |


Privacy Extension For WhatsApp™ Web
500.000 Users. Available for Chrome and Firefox.
To increase privacy in public spaces the Privacy Extension For WhatsApp™ Web blurs your messages (as well as other content) and only reveals one when you hover over it with your mouse cursor. Additionally, you can quickly toggle all effects by using a keyboard shortcut or by clicking the toggle button in the extension menu.
Customize It
It adapts to your needs by letting you decide which elements you want to blur. Your options:
- All messages in chat: Blurs all messages in the current chat.
- Last messages preview: Blurs all message previews on the left.
- Media preview: Blurs all images, videos, stickers, … in separation from the text.
- Media gallery: Blurs all small icons of images, videos, … while viewing an image, video, …
- Text input: Makes the color in your input field lighter to make it hard to read.
- Profile pictures: Blurs all profile pictures.
- Group/Users names: Blurs all group and usernames.
- No transition delay: Allows you to turn off the delay before revealing an item on hover.
- Unblur all on app hover: Unblurs all elements when you hover over the WhatsApp Web app.
Quick Toggle
You can quickly toggle the blur in the settings or with a keyboard shortcut (Default: Alt+X).
To change this navigate to:
- Chrome: “chrome://extensions/shortcuts”
- Firefox: “about:addons” -> Settings icon on the top right -> Manage Extension Shortcuts
Installation
To install this extension just follow the instructions on the respective download page:
Support
If you have a feature request or if you have encountered a problem, please create a new issue under this link: https://github.com/LukasLen/Privacy-Extension-For-WhatsApp-Web/issues
Alternatively you can get help at<EMAIL_ADDRESS>About This Project
This is an open-source project released under the MIT license by lukaslen.com. You can view the code and contribute to the GitHub repository of this project.
This extension does not collect information about you or your messages. We only communicate with our server to display information about problems or updates. Visit the privacy policy to learn more.
Disclaimer: WhatsApp is a trademark of WhatsApp Inc., registered in the U.S. and other countries. This extension is an independent project developed by Lukas Lenhardt and has no relationship to WhatsApp or WhatsApp Inc.


SMBPASSWD
Section: File Formats and Conventions (5)Updated: 06/14/2011
Index Return to Main Contents
NAME
smbpasswd - The Samba encrypted password fileSYNOPSIS
DESCRIPTION
This tool is part of the samba(7) suite.
smbpasswd is the Samba encrypted password file. It contains the username, Unix user id and the SMB hashed passwords of the user, as well as account flag information and the time the password was last changed. This file format has been evolving with Samba and has had several different formats in the past.
FILE FORMAT
The format of the smbpasswd file used by Samba 2.2 is very similar to the familiar Unix passwd(5) file. It is an ASCII file containing one line for each user. Each field ithin each line is separated from the next by a colon. Any entry beginning with '#' is ignored. The smbpasswd file contains the following information for each user:
name
- This is the user name. It must be a name that already exists in the standard UNIX passwd file.
uid
- This is the UNIX uid. It must match the uid field for the same user entry in the standard UNIX passwd file. If this does not match then Samba will refuse to recognize this smbpasswd file entry as being valid for a user.
Lanman Password Hash
-
This is the LANMAN hash of the user's password, encoded as 32 hex digits. The LANMAN hash is created by DES encrypting a well known string with the user's password as the DES key. This is the same password used by Windows 95/98 machines. Note that this password hash is regarded as weak as it is vulnerable to dictionary attacks and if two users choose the same password this entry will be identical (i.e. the password is not "salted" as the UNIX password is). If the user has a null password this field will contain the characters "NO PASSWORD" as the start of the hex string. If the hex string is equal to 32 'X' characters then the user's account is marked as
disabled
and the user will not be able to log onto the Samba server.
WARNING !! Note that, due to the challenge-response nature of the SMB/CIFS authentication protocol, anyone with a knowledge of this password hash will be able to impersonate the user on the network. For this reason these hashes are known as plain text equivalents and must NOT be made available to anyone but the root user. To protect these passwords the smbpasswd file is placed in a directory with read and traverse access only to the root user and the smbpasswd file itself must be set to be read/write only by root, with no other access.
NT Password Hash
-
This is the Windows NT hash of the user's password, encoded as 32 hex digits. The Windows NT hash is created by taking the user's password as represented in 16-bit, little-endian UNICODE and then applying the MD4 (internet rfc1321) hashing algorithm to it.
This password hash is considered more secure than the LANMAN Password Hash as it preserves the case of the password and uses a much higher quality hashing algorithm. However, it is still the case that if two users choose the same password this entry will be identical (i.e. the password is not "salted" as the UNIX password is).
WARNING !!. Note that, due to the challenge-response nature of the SMB/CIFS authentication protocol, anyone with a knowledge of this password hash will be able to impersonate the user on the network. For this reason these hashes are known as plain text equivalents and must NOT be made available to anyone but the root user. To protect these passwords the smbpasswd file is placed in a directory with read and traverse access only to the root user and the smbpasswd file itself must be set to be read/write only by root, with no other access.
Account Flags
-
This section contains flags that describe the attributes of the users account. This field is bracketed by '[' and ']' characters and is always 13 characters in length (including the '[' and ']' characters). The contents of this field may be any of the following characters:
- * U - This means this is a "User" account, i.e. an ordinary user.
- * N - This means the account has no password (the passwords in the fields LANMAN Password Hash and NT Password Hash are ignored). Note that this will only allow users to log on with no password if the null passwords parameter is set in the smb.conf(5) config file.
- * D - This means the account is disabled and no SMB/CIFS logins will be allowed for this user.
- * X - This means the password does not expire.
-
*
W
- This means this account is a "Workstation Trust" account. This kind of account is used in the Samba PDC code stream to allow Windows NT Workstations and Servers to join a Domain hosted by a Samba PDC.
Last Change Time
- This field consists of the time the account was last modified. It consists of the characters 'LCT-' (standing for "Last Change Time") followed by a numeric encoding of the UNIX time in seconds since the epoch (1970) that the last change was made.
All other colon separated fields are ignored at this time.
VERSION
This man page is correct for version 3 of the Samba suite.
SEE ALSO
smbpasswd(8), Samba(7), and the Internet RFC1321 for details on the MD4 algorithm.
AUTHOR
The original Samba software and related utilities were created by Andrew Tridgell. Samba is now developed by the Samba Team as an Open Source project similar to the way the Linux kernel is developed.
The original Samba man pages were written by Karl Auer. The man page sources were converted to YODL format (another excellent piece of Open Source software, available at ftp://ftp.icce.rug.nl/pub/unix/) and updated for the Samba 2.0 release by Jeremy Allison. The conversion to DocBook for Samba 2.2 was done by Gerald Carter. The conversion to DocBook XML 4.2 for Samba 3.0 was done by Alexander Bokovoy.
Index
This document was created by man2html, using the manual pages.
Time: 05:34:00 GMT, December 24, 2015


This is a site portfolio for Adams records/details
welcome to my portfolio site , the following below shows some of the details you can know about me
Name:Usman Adam Kayode
Department:Computer Science
College:Information Communication Technology (ICT)
CLICK HERE TO VIEW MY EDUCTIONAL INFORMATION
CLICK HERE TO VIEW MY GENERAL INFORMATION
Click here to view my prediction site
You can ask any question or leave a comment below:
you can upload your files(pics) here :


A Hack Harris Project
Learn about:
Data in Public Policy (DIPP) is a student organization started to build analytical skills and expertise among Harris students in open-source data platforms, foster a professional relationship with the data and tech community in Chicago, and to generally serve as a resource for Harris students interested in the intersection of data and public policy.
These have moved to the resources page


Health Catalyst strives to use language consistently across corporate, marketing, education, and product documentation. This page serves as a reference for Health Catalyst team members developing written content or trying to understand healthcare, technical, and Health Catalyst abbreviations.


Deep learning examples
In this page, we introduce how to utilize the collected gaze in deep learning tasks. Here we introduce two "static heatmap" methods, which means we do not take the order of the gaze into consideration.
Human attention guide network attention
We implement a simple yet effective deep learning solution for utilizing the guidance from the radiologist’s gaze. We demonstrate that the extra supervision from expert gaze can improve accuracy, robustness and interpretability of the CAD system. You can read our paper and code for more detail. In short, we force the network to look at area where radiologist looked.
Multi-task
Karargyris et al.[1] offers a multi-task framework to utlize eye gaze information as the following figure demonstrated. The backbone have two task: 1. classfication and 2. predict human visual attention. Similiar framework can also be found at [2] where they use mouse instead of eye gaze.
Reference
-
A. Karargyris, S. Kashyap, I. Lourentzou, J. T. Wu, A. Sharma, M. Tong, S. Abedin,D. Beymer, V. Mukherjee, E. A. Krupinskiet al., “Creation and validation of a chest x-ray dataset with eye-tracking and report dictation for ai development,”Scientific data, vol. 8,no. 1, pp. 1–18, 2021.
-
L.Li,M.Xu,X.Wang,L.Jiang,andH.Liu,“Attentionbasedglaucoma detection: A large-scale database and cnn model,” in Proceedings of the IEEE Conference on Computer Vision and Pattern Recognition, 2019, pp. 10 571–10 580.


The Deck of Boards
Copyright (c) 2003 Joao Neto
The Deck of Boards set (DoB) is, basically, a game system.
Introduction
What is a game system? I use the definition presented by Ron Hale-Evans: "a set of components that function together in multiple games". Game systems are, by definition, open-ended, they can be used in an infinite number of variations. The most common and impressive game system is the deck of cards: there are hundreds of games that can be played using it (like Poker, Bridge, Gin Rummy, King...). Some abstract games, due to historical and cultural reasons, are indeed families of games, like Mancala, Chess or Checkers, while not so open ended, they comprise a surprising number of different variants using the same board and set of pieces (this tell us that given enough thought, time and interest, every game can be turned into a game system).
There are also modern game systems, like James Kyle's Piecepack:
Or Andy Looney and John Cooper's Icehouse (check some games)
from www.wunderland.com/icehouseOr Parker Brothers' Orion which is a board consisting of a 5x5 grid of rotators where fits up to four pieces of different colors:
photo by Ron Hale-EvansWhile Piecepack was designed for original games, it may be used to play some well known board games (this cannot be done with Icehouse or Orion). Ron Hale-Evans present these three game systems (and a lot more) in his game systems articles (check part I, II and III).
The Deck of Boards set
The World of Abstract Games (WAG) website presents many games divided into three main groups:
Games of Soldiers - games which use only one type of piece (the soldier) for each player.
Games of Kings and Soldiers - games which use two types of piece (the soldier and the king) for each player.
Games of Towers - games which use stackable pieces.
DoB focuses on these games. It uses three concepts to construct the playing arena.
Field - The surface where the game is going to be played.
Cell - One atomic board part.
Stone - One atomic piece part.
The field is simply a magnetic sheet:
A cell is a circle made of metal so it can attach to the magnetic field and keep the board together. Circles have the nice property that can be used to fill the plane in a square or a hexagonal tiling. They can be used to produce many kinds of boards (basically, those represented by WAG's diagram tools). I selected two types of cells:
A stone can be a marble (used in games of soldiers and kings and soldiers) or a little stackable stone (used in games of towers).
marbles and magnetic pieces
wood stackable piecesSome board examples:
A Checkers game
A Hex game
Hexagonal boards with magnetic pieces (left) and wood pieces (right)
A Triad board (btw, a great 3 player game)In a sense, while WAG provides the game mental requirements, DoB provides the physical ones.
Where to buy?
Well, this is a new idea and there's no way to buy a DoB package. However you can make one: get some magnetic sheet and a square wood surface and glue them together (there is another promising material that I didn't check yet). The cells and pieces can be bought in hardware stores (I painted them with graffiti sprays). Check this eBay link for very nice marbles (check also this one). More stuff can be found at eNasco (e.g., cubes, stacking disks and double sided disks) and at Woodworks (e.g., circles, cubes, balls, pawns). Another great site is the German www.spielmaterial.de.
The boards of "Mathematical Games, Abstract Games"
If you don't which to build the system, here are PDFs for playing the games presented in the book
Games for Two: Aboyne, Amazons, Anchor, Annuvin, Campaign, Dispatch, Epaminondas, 3 Stooges, Go, Gogol, Gomoku, Gonnect, Havannah, Hex, Hobbes, Intersections, Iqishiqi, Jade, LoA, Nex, Nosferatu, Pawns, Slimetrail, SanQi, Traffic Lights, UN, Y.
Games for Three: Hex, Iqhishiqi, Porus Torus, Reversi, Triad, Triskelion.


This intention generates missed tests for the selected class.
Generated skeleton test methods for the chosen public methods would be appended to the existing test class.


PCL数据标注平台V1.6
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|
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object it.essepuntato.earmark.core.Docuverse
public abstract class Docuverse
This class represents an abstract docuverse in the EARMARK model.
| Nested Class Summary | |
|---|---|
static class |
Docuverse.Type
This enumeration describes all the possible types for docuverses. |
| Constructor Summary | |
|---|---|
protected |
Docuverse(EARMARKDocument d,
java.lang.Object c,
java.net.URI id)
Create a docuverse. |
| Method Summary | |
|---|---|
com.hp.hpl.jena.rdf.model.Statement |
assertsAsObject(EARMARKItem subject,
com.hp.hpl.jena.rdf.model.Property predicate)
This method allows us to add a new RDF statement, using this item as object. |
com.hp.hpl.jena.rdf.model.Statement |
assertsAsObject(com.hp.hpl.jena.rdf.model.Resource subject,
com.hp.hpl.jena.rdf.model.Property predicate)
This method allows us to add a new RDF statement, using this item as object. |
com.hp.hpl.jena.rdf.model.Statement |
assertsAsSubject(com.hp.hpl.jena.rdf.model.Property predicate,
EARMARKItem object)
This method allows us to add a new RDF statement, using this item as subject. |
com.hp.hpl.jena.rdf.model.Statement |
assertsAsSubject(com.hp.hpl.jena.rdf.model.Property predicate,
com.hp.hpl.jena.rdf.model.RDFNode object)
This method allows us to add a new RDF statement, using this item as subject. |
abstract Docuverse |
clone()
This method returns a new docuverse initialised with an identifier different from the calling node one and containing the same content. |
boolean |
equals(java.lang.Object obj)
|
java.util.Set<com.hp.hpl.jena.rdf.model.Statement> |
getAssertionsAsObject()
This method returns a set with all the statements in the model having this item as object. |
java.util.Set<com.hp.hpl.jena.rdf.model.Statement> |
getAssertionsAsSubject()
This method returns a set with all the statements in the model having this item as subject. |
protected EARMARKDocument |
getEARMARKDocument()
This method returns the EARMARK document associated to the docuverse. |
abstract Docuverse.Type |
getType()
This method says the type of this docuverse. |
java.lang.Object |
hasContent()
This method returns the content describing it. |
int |
hashCode()
|
java.net.URI |
hasId()
This method returns the absolute URI that identifies the EARMARK item. |
java.lang.String |
hasLocalId()
This method returns the local name that identifies the EARMARK item. |
java.util.Set<com.hp.hpl.jena.rdf.model.Statement> |
removeAllAssertions()
This method removes all the assertions having this item as subject or object. |
protected void |
setContent(java.lang.Object c)
This method sets the content of the docuverse. |
protected void |
setEARMARKDocument(EARMARKDocument d)
This method sets the EARMARK document associated to the docuverse. |
protected void |
setId(java.net.URI newId)
This method changes the local id of the docuverse with a new one. |
java.lang.String |
toString()
|
| Methods inherited from class java.lang.Object |
|---|
finalize, getClass, notify, notifyAll, wait, wait, wait |
| Constructor Detail |
|---|
protected Docuverse(EARMARKDocument d, java.lang.Object c, java.net.URI id)
d
- the document to which this item is associated.c
- the object content of the new docuverse.id
- the identifier for the new docuverse.| Method Detail |
|---|
public java.lang.Object hasContent()
protected void setContent(java.lang.Object c)
c
- the content to set.public abstract Docuverse.Type getType()
public java.net.URI hasId()
EARMARKItem
hasId
in interface EARMARKItem
public java.lang.String hasLocalId()
EARMARKItem
hasLocalId
in interface EARMARKItem
public int hashCode()
hashCode
in class java.lang.Object
public boolean equals(java.lang.Object obj)
equals
in class java.lang.Object
protected void setId(java.net.URI newId)
newId
- the new local id for the docuverse.protected void setEARMARKDocument(EARMARKDocument d)
d
- the EARMARK document associated to the docuverse.protected EARMARKDocument getEARMARKDocument()
public com.hp.hpl.jena.rdf.model.Statement assertsAsObject(com.hp.hpl.jena.rdf.model.Resource subject, com.hp.hpl.jena.rdf.model.Property predicate)
EARMARKItem
assertsAsObject
in interface EARMARKItem
subject
- the resource subject of the statement.predicate
- the property predicate of the statement.
public com.hp.hpl.jena.rdf.model.Statement assertsAsObject(EARMARKItem subject, com.hp.hpl.jena.rdf.model.Property predicate)
EARMARKItem
assertsAsObject
in interface EARMARKItem
subject
- the EARMARK item subject of the statement.predicate
- the property predicate of the statement.
public com.hp.hpl.jena.rdf.model.Statement assertsAsSubject(com.hp.hpl.jena.rdf.model.Property predicate, com.hp.hpl.jena.rdf.model.RDFNode object)
EARMARKItem
assertsAsSubject
in interface EARMARKItem
predicate
- the property predicate of the statement.object
- the resource object of the statement.
public com.hp.hpl.jena.rdf.model.Statement assertsAsSubject(com.hp.hpl.jena.rdf.model.Property predicate, EARMARKItem object)
EARMARKItem
assertsAsSubject
in interface EARMARKItem
predicate
- the property predicate of the statement.object
- the EARMARK item object of the statement.
public java.util.Set<com.hp.hpl.jena.rdf.model.Statement> getAssertionsAsObject()
EARMARKItem
getAssertionsAsObject
in interface EARMARKItem
public java.util.Set<com.hp.hpl.jena.rdf.model.Statement> getAssertionsAsSubject()
EARMARKItem
getAssertionsAsSubject
in interface EARMARKItem
public java.util.Set<com.hp.hpl.jena.rdf.model.Statement> removeAllAssertions()
EARMARKItem
removeAllAssertions
in interface EARMARKItem
public abstract Docuverse clone()
clone
in class java.lang.Object
public java.lang.String toString()
toString
in class java.lang.Object
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{% extends 'base.html' %} {% block header %} {% block title %}Login Page{% endblock %} {% endblock %} {% block content %} {% include "flash.html" %} Login Please login to proceed. Remember me Login Sign Up · Forgot Password · Need Help? {% endblock %}
Please login to proceed.
Sign Up · Forgot Password · Need Help?


Eclipse project basic tests
Pull down the most recent Maqetta build
Steps
- Start maqetta in mutli user mode. (repeat tests in single user mode)
- Create a new project by going to New-->Project in the menu bar.
- Type a name for the project, and click the "Enable Eclipse Support"
- Create a new folder under WebContent by going to the New-->Folder in the title bar. Call the folder aaa
- Create a new HTML file in the WebContent/aaa folder by going to New-->HTML File in the menu bar
- Add some content to the new HTML file. Save and close
- Download the entire workspace as a zip by clicking the "Download Workspace" icon on the File Explore shortcut bar.
- Default settings are fine, click OK and save the file somewhere on the file system
- Start Eclipse. Then go to your workspace and right click and select File-->Import
- In "General"" select "Existing Project into Workspace", Click the radio button next to "From Archive" then browse to find the zip file you just downloaded.
- The Maqetta project should show up in the lists of projects. Select it and click OK
Expected results
You should now have a project in your Eclipse workspace with the same name and structure as your maqetta project. You should be able to open
any of the HTML files in a browser or editor.


piano roll fun ʕ•ᴥ•ʔ
|
|
120 bpm
|
title:
hi
|
composer:
hi
play!
play
all
!
stop!
add new measure
delete measure
add new instrument
clear grid
save & export data
import data
tempo:
change tempo
demo:
Intrada-Pezel
Sand_Canyon
default instrument


[§302A-122] Board of education; eligibility. Except as otherwise provided by law, state officers shall be eligible for appointment and membership to the board. No person shall be eligible for appointment to the board:
(1) Under section 302A-121(a)(1) through (4) unless the person is a resident of the county from which the person is to be appointed; or
(2) Under section 302A-121(a)(5) unless the person is a resident of the State. [L 2011, c 5, pt of §2]


Hello, we are 1%Club
1%Club is the place where you can share a little and change the world, in your very own way.
We created a list of possible questions you could have about us. And you know what? We also put the answers on these questions in the same list.
Frequently asked questionsThere are several ways to get in touch with us. We're looking forward to it.
Contact us


The options below control the operation of the HTML-CSS output processor that is run when you include "output/HTML-CSS" in the jax array of your configuration. They are listed with their default values. To set any of these options, include a "HTML-CSS" section in your MathJax.Hub.Config() call. Note that, because of the dash, you need to enclose the name in quotes. For example
MathJax.Hub.Config({
"HTML-CSS": {
preferredFont: "STIX"
}
});
would set the preferredFont option to the STIX fonts.
The scaling factor (as a percentage) of math with respect to the surrounding text. The HTML-CSS output processor tries to match the en-size of the mathematics with that of the text where it is placed, but you may want to adjust the results using this scaling factor. The user can also adjust this value using the contextual menu item associated with the typeset mathematics.
This gives a minimum scale (as a percent) for the scaling used by MathJax to match the equation to the surrounding text. This will prevent MathJax from making the mathematics too small.
This is a list of the fonts to look for on a user’s computer in preference to using MathJax’s web-based fonts. These must correspond to directories available in the jax/output/HTML-CSS/fonts directory, where MathJax stores data about the characters available in the fonts. Set this to ["TeX"], for example, to prevent the use of the STIX fonts, or set it to an empty list, [], if you want to force MathJax to use web-based or image fonts.
Which font to prefer out of the availableFonts list, when more than one is available on the user’s computer.
This is the web-based font to use when none of the fonts listed above are available on the user’s computer. Note that currently only the TeX font is available in a web-based form (they are stored in the fonts/HTML-CSS folder in the MathJax directory). Set this to null to disable web fonts.
This is the font to use for image fallback mode (when none of the fonts listed above are available and the browser doesn’t support web-fonts via the @font-face CSS directive). Note that currently only the TeX font is available as an image font (they are stored in the fonts/HTML-CSS directory).
Set this to null if you want to prevent the use of image fonts (e.g., you have deleted or not installed the image fonts on your server). In this case, only browsers that support web-based fonts will be able to view your pages without having the fonts installed on the client computer. The browsers that support web-based fonts include: IE6 and later, Chrome, Safari3.1 and above, Firefox3.5 and later, and Opera10 and later. Note that Firefox3.0 is not on this list.
This is the font-family CSS value used for characters that are not in the selected font (e.g., for web-based fonts, this is where to look for characters not included in the MathJax web fonts). IE will stop looking after the first font that exists on the system (even if it doesn’t contain the needed character), so order these carefully.
This is a list of CSS declarations for styling the HTML-CSS output. See the definitions in jax/output/HTML-CSS/config.js for some examples of what are defined by default. See CSS Style Objects for details on how to specify CSS style in a JavaScript object.
This controls whether the MathJax contextual menu will be available on the mathematics in the page. If true, then right-clicking (on the PC) or control-clicking (on the Mac) will produce a MathJax menu that allows you to get the source of the mathematics in various formats, change the size of the mathematics relative to the surrounding text, get information about MathJax, and configure other MathJax settings.
Set this to false to disable the menu. When true, the MathMenu configuration block determines the operation of the menu. See the MathMenu options for more details.
This sets the configuration options for <maction> elements with actiontype="tooltip". (See also the #MathJax_Tooltip style setting in jax/output/HTML-CSS/config.js, which can be overridden using the styles option above.)
The tooltip section can contain the following options:
The delay (in milliseconds) before the tooltip is posted after the mouse is moved over the maction element.
The delay (in milliseconds) before the tooltop is cleared after the mouse moves out of the maction element.
These are the offset from the mouse position (in pixels) where the tooltip will be placed.


This is a simple full-stack website that runs fully on the cloud on a Virtual Private Network.
It is a template for a customer feedback form.
On submitting, customer feedback is stored in postgresql database and triggers SCF function
that sends a copy of the feedback by email to the merchant.
Frontend: HTML, CSS, JS
Backend: Express
Database: postgresql
Tencent Serverless cloud components: VPC, website, postgresql, express, SCF


This entry does not currently expire
this is a site where i will be creating a twitter style application to allow me to better learn Spring, Thymeleaf, JPA, HTML, JS, CSS and the foundation web framework


The mom went through a life suffered in recent times!
She is depressed and uses many remedies to heal herself.
But that's not working, She's everything I have in my life.
In recent years, depression is getting worse and I'm scared!
Your dream has always been to travel, maybe this will help stop crying!
Help the mother!


PM Tool
Scrumboard
Product Backlog
(current)
Sprint Planning
Burn-Down-Chart
(current)
Roadmap
Planning Poker


R base functions for inspecting vertically integrated profiles of biological targets
(vp
) object.
# S3 method for vpi summary(object, ...) is.vpi(x)
| object | A |
|---|---|
| ... | Additional arguments affecting the summary produced. |
| x | A |
For is.vpi()
: TRUE
for an object of class vpi
, otherwise
FALSE
.
A vpi object is a specially classed data frame generated by function integrate_profile with the following quantities:
datetime
POSIXct date of each profile in UTC
vid
Vertically Integrated Density in individuals/km^2.
vid
is a surface density, whereas dens
in vp
objects is a volume density.
vir
Vertically Integrated Reflectivity in cm^2/km^2
mtr
Migration Traffic Rate in individuals/km/h
rtr
Reflectivity Traffic Rate in cm^2/km/h
mt
Migration Traffic in individuals/km, cumulated from
the start of the time series up to datetime
rt
Reflectivity Traffic in cm^2/km, cumulated from
the start of the time series up to datetime
ff
Horizontal ground speed in m/s
dd
Horizontal ground speed direction in degrees
u
Ground speed component west to east in m/s
v
Ground speed component north to south in m/s
height
Mean flight height (height weighted by eta) in m above sea level
Class vpi inherits from class data.frame
# Load the example vertical profile time series and integrate to a vpi vpi <- integrate_profile(example_vpts) # Verify that it is an object of class vpi is.vpi(vpi)#> [1] TRUE#> Vertically integrated profile(s) (class vpi) #> #> radar: KBGM #> # profiles: 1934 #> time range (UTC): 2016-09-01 00:02:00 - 2016-09-10 11:56:00


CRM 2016 Set Non-Mapped Values in Relationship Mappings
2016-08-19 15:14:05ZRequirement: Replace freetext Assistant fields on the Contact form with a referential 1:N Contact relationship lookup field.
Summary:
- Create a new Contact lookup field, refrential relationship type.
- Notice that the default set of field mappings will default the Assistant field to the Contact you are creating the Assistant from.
- Register and fire an OnChange event in the Quick Create form OnLoad event to check the Assistant GUID against the CreateFromId from QueryStringParameters.
- If the GUIDs match, then you know this form is being used to create an Assistant.
- Add JavaScript to the Assistant OnChange that runs when the GUIDs match to do other Assistant-only defaulting that the Relationship Mappings cannot do (or if non-mapped fields should not be changed by the user, then register a Pre-Create of Contact event plugin to set them instead of this JavaScript).
When creating a new lookup field, you have to create a new relationship. CRM will generate a set of default mappings for new relationships. We wanted to use a lookup to another Contact record instead of using the freetext fields "Assistant", "Assistant Email", and "Assistant Phone" on a Contact.
In our example, we have created a 1:N relationship from Contact to Contact for a field called Assistant. Any fields in the mappings list will populate onto the Create form for you. If you want to use this defaulting in plugin code, you have to use the InitializeFromRequest or WebApi InitializeFrom function. One of the automatic field mappings defaults the Assistant field of the new record to the Contact from which it is being created. This is a bad default because it is a circular reference, and CRM complains about it when you try to save the form. If Assistant was not on the create form, this probably would not happen. Our requirement specifically wants the field on the form though.
We enabled the Contact entity for Quick Create forms, and the Assistant field is on the Quick Create form. CRM does not let you delete or modify that relationship mapping so we have to do some client-side validation. Add an OnChange event to the Assistant field and fire it in the OnLoad event of the Quick Create form. The relationship populates the fields before OnLoad fires. The OnChange event should clear the Assistant field if the GUID of the Assistant lookup matches the GUID of the source Contact record. In a Quick Create form launched from a lookup field, you can get the source GUID from Xrm.Page.context.getQueryStringParameters()._CreateFromId
.
If I am creating an Assistant for my Contact named "test, testington", then this is what the QueryStringParameters return object looks like. Hit F12 when the Quick Create form is open then type that code - frames[0] or frames[1] might be necessary if the Xrm.Page object is sort of empty.
The XrmCommon
stuff is just my wrapper around the Xrm.Page
object. In this code block, the function names match Xrm.Page functions, and the only magic they do is check that a field exists on the form before calling the base Xrm.Page
function.
Now you can do code specific to creating a new Assistant contact. We know that if the Assistant lookup GUID matches the _CreateFromId
, then this Quick Create form was launched from the Assistant lookup field on a Contact form. This Quick Create form is going to create a new Assistant Contact! In our case, the only additional default we wanted was to set the Relationship Type to a custom OptionSet value labeled "Assistant". Relationship mappings alone cannot do that. Since we only wanted one field defaulted, I just added one more line into the Assistant OnChange function that I already had.
If there were many more fields to set, more complicated logic to run, or other records to create or link while creating an Assistant, I would do the work in a plugin registered on the Pre-Operation Create event of Contacts. If lots of fields were going to get defaulted that the user probably should not change, then good form design would be to not put them on the form at all, and use plugin code to set the defaults during the Pre-Create event. Do it in the Pre-Create event to create the record with those values already set. If you do it in the Post-Create event, it will still work, but you cause an Update Contact event which is another transaction and audit history entry.
I think if we did not put the Assistant field on the Quick Create form, we probably would not get the circular reference error in the first place, and we could have used a plugin to default the Relationship Type to Assistant during the Pre-Create stage.


[*** This line works around a bug in doxygen ***]
[*** This line works around a bug in doxygen ***]
The seeking semantics of the Ogg file format were outlined by Monty in a post to theora-dev in September 2002. Quoting from that post, we have the following assumptions:
(For more details on the structure of Ogg streams, see the Ogg Basics section).
For data such as media, for which it is possible to provide a mapping such as 'time', Oggz can efficiently navigate through an Ogg stream by use of an OggzMetric callback, thus allowing automatic seeking to points in 'time'.
For common codecs you can ask Oggz to set this for you automatically by instantiating the OGGZ handle with the OGGZ_AUTO flag set. For others you can specify a multiplier with oggz_set_metric_linear(), or a generic non-linear metric with oggz_set_metric().


WCE ships donated refurbished desktop and laptop computers to groups who choose to become our Partners. Partners can be NGOs, government ministries, schools, orphanages, libraries, youth centres, telecentres, universities & entrepreneurs.
WCE prides itself on is the preloaded educational content installed in their computers, which covers all standard, grade school subjects, such as history, language, and science, as well as resources to help students learn basic programming skills and engineering methodologies.
By expanding access to computers and the Internet, we aspire to enhance the quality of education in the developing world and help increase the chances for youth, their families and community to overcome poverty, lead productive lives and contribute to the growth of their economies.
Whether working with UNDP in Bangladesh, World Vision in Honduras, Rotary in Mali or Peace Corps volunteers in El Salvador, World Computer Exchange works through our 900 partner organisations in 79 developing countries to deliver on our mission.
 Yet this can only happen if the digital divide is bridged first.
By partnering with organizations and schools that support girls' education, WCE helps improve the chances for girls to get a 21st century education -- essential for alleviating poverty, and breaking down the social and political barriers that exclude them from fully participating in the future of their country.
The generation of electronic waste or e-waste and its negative impact on the environment and on living-beings is an issue with growing recognition in the international community.
The primary focus of the Initiative is to grow a network of WCE Chapters in developing countries. These Chapters will collect retired computers locally for refurbishment and reuse rather than import them. Contrary to common perception, domestic use of computers and electronics is creating a new tide of e-waste inside developing countries: in 2011 over 80 percent of e-waste generated in the U.S. was processed domestically, and less than 4 percent was sent overseas.
Our Chapters are the backbone of our work. Headquartered in the Boston-area, WCE has 11 Chapters in the United States and Canada and a new one in Puerto Rico.
eCorps is our international service program where volunteers travel to work, meet, evaluate and plan projects with our partners.
Through our Exchange programs, WCE brings together a diverse network of universities, students, academic professionals and civic leaders around a shared mission of bridging the digital divide.
Our Chapters are the backbone of our work. Headquartered in the Boston-area, WCE has 11 Chapters in the United States and Canada and a new one in Puerto Rico.
eCorps is our international service program where volunteers travel to work, meet, evaluate and plan projects with our partners.
Through our Exchange programs, WCE brings together a diverse network of universities, students, academic professionals and civic leaders around a shared mission of bridging the digital divide.
Our Chapters are the backbone of our work. Headquartered in the Boston-area, WCE has 11 Chapters in the United States and Canada and a new one in Puerto Rico.
eCorps is our international service program where volunteers travel to work, meet, evaluate and plan projects with our partners.
Through our Exchange programs, WCE brings together a diverse network of universities, students, academic professionals and civic leaders around a shared mission of bridging the digital divide.


My name is Ramsey Shaheen, and I am currently a Junior in highschool. I was born in Maryland, USA, and I enjoy traveling, and exploring the culture, sights and food of diffrent places. I was always interested in learning about how I could create objects that were sold in stores myself with machines such as 3D printers. This class is a great oppurtunity to learn about these things.


Create a beautifully simple personal or academic website in under 10 minutes.
I am currently a Graduate student in Computer Science at NC State University. I have 2 years of industry experience at Mphasis R & D NEXT Labs. I was selected among top 10 across the country to win an internship at the NEXT Labs. During the tenure, I have been involved in Machine Learning, NLP, Distributed and Parallel Platforms. I also presented figment of my work at Woman Who Code Conference 2017, Bangalore,India.
I have primarily work with Python and R languages, AWS and Apache Spark. In my free time, I like to paint, water color being my favourite medium. I am particularly inspired by Joyce Faulknor and her work in painting cut crystal and glass.
M.S. in Computer Science, 2017
North Carolina State University
B.E. in Computer Science, 2011
Jawaharlal Nehru Engineering College
Create a beautifully simple personal or academic website in under 10 minutes.
Enable/disable and configure widgets to customize your homepage.
This is a brief guide to managing content with the Academic framework. Content can include publications, projects, talks, news/blog articles, and widget pages. After you have read this guide about creating and managing content, you may also be interested to learn about writing content with Markdown, LaTeX, and Shortcodes.
Content can be written using Markdown, LaTeX math, and Hugo Shortcodes. Additionally, HTML may be used for advanced formatting. This article gives an overview of the most common formatting options.
Machine failure prediction
Pi configured as Email,Web,File server and VPN
An alternate to Differential Evolution tuner
Conversational bot with Amazon Alexa
A Machine Learning and NLP based approach
Noun-Verb Graph


Phone:<PHONE_NUMBER>
Email<EMAIL_ADDRESS>Address: University of Waterloo Waterloo, ON N2L 3G1
<EMAIL_ADDRESS>jason.grove@uwaterloo.ca


gamejs/pathfinding
A* path finding algorithm
Use the findRoute(map, from, to, [timeout])
function to get the linked list
leading from
a point to
another on the given map
.
The map must implement the interface gamejs.pathfinding.Map
. This
class already holds an example implementation for debugging use.
Optionally, the search is cancelled after timeout
in millseconds.
If there is no route null
is returned.
Functions
- findRoute(map, origin, destination, timeout)
Class Map
Instance Methods
- actualDistance(pointA, pointB)
- adjacent(origin)
- equals(a, b)
- estimatedDistance(pointA, pointB)
- hash(a)
Map ()
This is the interface for a Map that can be passed to the findRoute()
function. Map
is not instantiable - see the unit tests for an example
implementation of Map.
Map.prototype.actualDistance (pointA, pointB)
Actual distance between two points.
Parameters
| Object | pointA | |
| Object | pointB |
Returns
| Number | the actual distance between two points |
Map.prototype.adjacent (origin)
Parameters
| Array | origin |
Returns
| Array | list of points accessible from given Point |
Map.prototype.equals (a, b)
Parameters
| Object | a | one of the points ot test for equality |
| Object | b | ... the other point |
Returns
| Wheter the two points are equal. |
Map.prototype.estimatedDistance (pointA, pointB)
Estimated lower bound distance between two points.
Parameters
| Object | pointA | |
| Object | pointB |
Returns
| Number | the estimated distance between two points |
findRoute (map, origin, destination, timeout)
A* search function.
This function expects a Map
implementation and the origin and destination
points given. If there is a path between the two it will return the optimal
path as a linked list. If there is no path it will return null.
The linked list is in reverse order: the first item is the destination and the path to the origin follows.
Parameters
| Map | map | map instance, must follow interface defined in {Map} |
| Array | origin | |
| Array | destination | |
| Number | timeout | milliseconds after which search should be canceled |
Returns
| Object | the linked list leading from `to` to `from` (sic!). |


Be Honest! How many times have you clicked "Accept Terms and Conditions" without reading them? A lot of times, right? But not anymore.
DocVerifier is a tool to summarize and report sketchy policies and flaws in long agreements/texts.


| Class | Description |
|---|---|
| AdaptDRFInput |
Class for adapt DRF plugin input data.
|
| CompareAircraftEquivalentStressesInput |
Class for compare A/C equivalent stresses input.
|
| CompareAircraftEquivalentStressRatiosInput |
Class for compare A/C model equivalent stress ratios input.
|
| CompareAircraftLifeFactorsInput |
Class for compare A/C model life factors input.
|
| CompareDamageContributionsInput |
Class for compare damage contributions input.
|
| CompareElementStressesInput |
Class for compare element stresses input data.
|
| CompareLoadCasesInput |
Class for compare load cases input.
|
| DamageAngleInput |
Class for damage angle analysis input.
|
| EquivalentStressComparisonInput |
Class for equivalent stress comparison input.
|
| EquivalentStressInput |
Class for equivalent stress analysis input.
|
| EquivalentStressRatioComparisonInput |
Class for equivalent stress ratio comparison input.
|
| ExcaliburInput |
Class for excalibur stress sorting plugin input data.
|
| ExternalFlightComparisonInput |
Class for external flight comparison input.
|
| ExternalFlightPlotInput |
Class for external flight plot input.
|
| ExternalLevelCrossingInput |
Class for external level crossing input.
|
| ExternalStatisticsInput |
Class for external statistics input data.
|
| ExternalStressSequenceComparisonInput |
Class for external stress sequence comparison input.
|
| FastEquivalentStressInput |
Class for fast equivalent stress analysis input.
|
| FlightComparisonInput |
Class for flight comparison input.
|
| FlightPlotInput |
Class for STH flight plot input.
|
| GenerateStressSequenceInput |
Class for generate STH input.
|
| Histogram3DInput |
Class for histogram 3D input.
|
| HistogramInput |
Class for histogram input.
|
| LevelCrossingInput |
Class for level crossing input.
|
| LifeFactorComparisonInput |
Class for life factor comparison input.
|
| LoadcaseDamageContributionInput |
Class for loadcase damage contribution analysis input.
|
| MyCheckInput |
Class for MyCheck input.
|
| PlotAircraftEquivalentStressesInput |
Class for plot A/C equivalent stresses input.
|
| PlotAircraftEquivalentStressRatiosInput |
Class for plot A/C equivalent stress ratios input.
|
| PlotAircraftLifeFactorsInput |
Class for plot A/C life factors input.
|
| PlotElementStressesInput |
Class for plot element stresses input.
|
| PlotStructureData |
Class for A/C structure plot data.
|
| PlotStructureInput |
Class for plot A/C structure input data.
|
| RfortExtendedInput |
Class for RFORT extended tool input.
|
| StatisticsInput |
Class for statistics input.
|
| StressSequenceComparisonInput |
Class for stress sequence comparison input.
|
| Enum | Description |
|---|---|
| AircraftEquivalentStressType |
Enumeration for equivalent stress type.
|
| EquivalentStressRatioType |
Enumeration for equivalent stress ratio type.
|
| ExternalStatisticsInput.ExternalStatistic |
Enumeration for statistics.
|
| ExternalStressSequenceComparisonInput.ExternalComparisonCriteria |
Enumeration for comparison criteria.
|
| HistogramInput.HistogramDataType |
Enumeration for histogram data type.
|
| LifeFactorType |
Enumeration for life factor type.
|
| MyCheckInput.AircraftProgram |
Enumeration for aircraft program.
|
| StatisticsInput.Statistic |
Enumeration for statistics.
|
| StressSequenceComparisonInput.ComparisonCriteria |
Enumeration for comparison criteria.
|
| UserProfile |
Enumeration for user profile.
|


Test with swf used alone
Loading...
Using embed tag:
Loading...
JS controls:
Play
Pause
Seek to 5s
Seek to 15s
Using object tag:
Loading...
JS controls:
Play
Pause
Seek to 5s
Seek to 15s


To honor IEEE Day 2015, IEEE NIEC organised technical exhibition where around 24 different projects were showcased, Quadcopter,Women Safety Device , IEEE-NIEC Android App , Medicare Database , FM jammer , Smart Roads, LFR,Object avoider bot, to name a few.
It was attended by Director Sir, C.E.O sir, principal mam, alumni of NIEC, faculty and college students.
The enthusiasm and energetic performance can be best seen through these moments captured.


WELCOME TO MY RESTURENT
Select the item
MY ORDERS
Item Name:
Short Name:
price small:
Price large:
Description:


Please select a size
Select the toppings
Thank you for your order!
One pizza
Size:
Toppings:
Total cost:


archive
news number 1...
news number 2...
Progress Release 728
20 Nov 2005
image
username:
password:
lost password?
1
1
2005.11.15
id "news-entry" Goes Here
news text...
this is news...
this is really news
more...
2005.11.16
id "news-entry" Goes Here
more news text...
this is news...
this is really news
more...