SaraP
131 lines
7.5 KiB
C
131 lines
7.5 KiB
C
// recupero le definizioni dal file api_functions.cc
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#pragma once
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/* */
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/* get standard libraries */
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/* */
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#include <stdio.h>
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#include <stdlib.h>
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#include <math.h>
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#include <limits.h>
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#include <float.h>
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#include <assert.h>
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#include <string.h>
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/* */
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/* get my header files */
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/* */
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#include "fpkernel.h"
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#include "coord.h"
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#include "vroni_object.h"
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/* */
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/* function prototypes of functions provided in this file; see arg_eval.cc */
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/* for the default values of most of those parameters. */
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/* */
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// get access to underlying VD
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vroniObject& API_VD();
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void API_ParseCommandLineArgs(int argc, char *argv[], vr_bool *graphics, vr_bool *color_graphics, vr_bool *full_screen);
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// call this routine once prior calling any other routine of VRONI
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void API_InitializeProgram(void);
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void API_GetInputData(vr_bool *input_received);
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void API_ProceedWithoutGraphics(vr_bool new_input);
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// call this routine whenever new data is to be input and VRONI's data structures are to be reset;
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// note that this function won't free memory allocated
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void API_ResetAll(void);
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// call this routine to release all memory allocated by VRONI
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void API_TerminateProgram(void);
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void API_HandleInput(char input_file[], // name of the input file
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vr_bool *new_input, // true if new data has been read
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vr_bool read_polygon, // read ".dat" format
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vr_bool read_poly, // read ".poly" format
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vr_bool read_sites, // read ".site" format
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vr_bool read_xdr, // read ".xdr" format
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vr_bool read_e00, // read ".e00" format
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vr_bool read_polylines, // read ".polylines" format
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vr_bool read_usgs, // read ".usgs" format
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vr_bool read_dxf, // read ".dxf" format
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vr_bool read_pnts, // read ".pnt" format
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vr_bool read_graphml); // read ".graphml" format
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// this function requires the user to stick to my naming convention for the extension of the input file relative to the data format used
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void API_FileInput(char input_file[], // name of the input file
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vr_bool *new_input); // true if new data has been read
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void API_ArrayInput( int number_of_points, // data in point_data[0,..,k] for k := number_of_points-1
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in_pnts *point_data, // see ext_appl_inout.h
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int number_of_segments,
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in_segs *segment_data, // see ext_appl_inout.h
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int number_of_arcs,
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in_arcs *arc_data, // see ext_appl_inout.h
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vr_bool *new_input);
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void API_ComputeVD( vr_bool save_data, // save input data to file?
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vr_bool new_data, // first call for this data?
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vr_bool time, // do you want to time the computation?
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int bound, // scale factor for bounding box; default value: 3
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int sample, // sampling factor for sampling segs/arcs; default: 0; see SampleData() in approx.cc
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int approx, // approximation factor for circular arcs; default: 0; see ApproxArcsHeuristic() in approx.cc. obsolet by now!
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char output_file[], // name of the output file; irrelevant if save_data is false
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vr_bool discard_duplicate_sites, //d shall the code check prior to the computation whether duplicate segs/arcs have been input? default: false.
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vr_bool pnts_only, // compute VD/DT of points only
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vr_bool write_vd_dt, // output point VD/DT
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char vd_dt_file[], // output file for point VD/DT
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vr_bool clean_up); // shall we clean up the data prior to the VD computation?
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void API_ComputeOff( vr_bool time, // do you want to time the computation?
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char off_file[], // name of the file that will contain the offsets computed
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vr_bool write_off, // shall we output the offsets to off_file[]?
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vr_bool dxf_format, // if offsets are to be output: shall we use DXF format?
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double t_offset, // compute offset curve(s) for offset distance t_offset
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double d_offset, // incremental step-over distance for further offset curves
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vr_bool auto_offset, // shall we use my heuristic for finding offset distances that create a family of offsets?
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vr_bool left_offset, // true if offsets are to be computed only on the left side of input segments
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vr_bool right_offset); // true if offsets are to be computed only on the right side of input segments
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void API_ComputeWMAT( vr_bool auto_wmat, // shall we use my heuristic for finding nice WMAT thresholds?
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double wmat_angle, // angle threshold for WMAT computation;in radians, out of the interval [0, pi]
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double wmat_dist, // distance threshold for WMAT computation
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vr_bool time, // do you want to time the computation?
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vr_bool left_wmat, // true if WMAT is to be computed only on the left side of input segments
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vr_bool right_wmat); // true if WMAT is to be computed only on the right side of input segments
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#ifdef WRITE_VD
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void API_Output_VD( char vd_file[], // name of the file that will contain the VD polygons
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double vd_apx_dist, // sampling distance used for approximating conic VD edges
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vr_bool left_vd, // true if VD is to be output only on the left side of input segments
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vr_bool right_vd); // true if VD is to be output on the right side of input segments
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#endif
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void API_ComputeOutputMIC( vr_bool time, // do you want to time the computation?
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vr_bool left_mic, // true if MIC is to be computed only on the left side of input segments
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vr_bool right_mic, // true if MIC is to be computed only on the right side of input segments
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coord *center, // x,y-coordinates of a MIC center
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double *radius); // radius of a MIC circle
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void API_OutputMA(char vdma_file[]) ;
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// discard all offsets computed so far
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void API_ResetOffsetData(void);
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// VRONI exception handling
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void API_HandleError(void);
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const char* API_GetProgName();
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const char* API_GetProgVersion();
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const char* API_GetProgYear();
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