/* * ACE/vis - Visualization of Flow and Transport * * Paul J. Turner and Antonio M. Baptista * * Copyright 1990-2003 Oregon Health and Science University * All Rights Reserved * */ /* * * defines and typedefs for xmvis * */ #include #include #include #include #include #include "elio.h" double hypot(double x, double y); /* * include defines generated by yacc */ #ifndef GRAMMAR #include "gram.h" #endif #ifndef lint static char RCSid_defines[] = "$Id: defines.h,v 1.28 2007/01/13 21:48:46 pturner Exp $"; #endif /* * some constants * */ #define MAXGRAPH 10 /* max number of graphs */ #define MAXPLOT 30 /* max number of XY data sets */ #define MAXFIT 15 /* max number degree of polynomial fit */ #define MAX_ZOOM_STACK 20 /* max stack depth for world stack */ #define MAXREGION 5 /* max number of regions */ #define MAX_TICK_LABELS 35 /* max number of user defined ticks/labels */ #define MAX_STRING_LENGTH 256 /* max length for strings */ #define MAX_LINESTYLE 5 /* max number of linestyles */ #define MAX_LINEWIDTH 10 /* max number of line widths */ #define MAX_SET_COLS 6 /* max number of columns per XY set */ #define MAXSCRATCH 500 /* max number of elements in scatch arrays */ /* data object limits */ #define MAXGRIDS 5 /* max number of grids */ #define MAXGRIDTS 5 /* max number of grids */ #define MAXGRIDBOUNDS 50 #define MAXBOUNDS 10 /* max number of boundaries */ #define MAXTEANL 5 #define MAXFREQ 65 /* max number of frequencies for TEANL */ #define MAXADCIRC 5 /* max number of ADCIRC flows */ #define MAXADCIRC3D 50 /* max number of ADCIRC3D flows and * elevations */ #define MAXTRANS 5 /* max number of transects */ #define MAXELA 5 /* max number of ELA concentrations */ #define MAXFLOW3D 5 /* max number of 3D flows */ #define MAXPATHLINES 10 /* max number of pathlines */ #define MAXDROGS 10000 /* max number of particles */ #define MAXTRACK 25 /* max number of tracklines */ #define MAXTIDESTATIONS 50 /* max number of tide stations */ #define MAXTIMEHIST 50 /* max number of time histories of elevations * + velocities */ #define MAXVELHIST 5 /* max number of time histories of velocities */ #define MAXSLICES 10 /* max number of slices */ #define MAXFLUX 10 /* max number of flux markers */ #define MAXSTATIONS 20 /* max number of stations */ #define MAXFISHES 500 /* max number of fishes */ /* graph display limits */ #define MAXHISTMARKERS 10 /* max number of time history markers */ #define MAXVELMARKERS 10 /* max number of time history markers */ #define MAXZOOMBOXES 10 /* max number of zoom boxes */ #define MAXELEVMARKERS 20 /* maximum number of elevation markers */ #define MAXSLICEBOXES 10 /* max number of slice boxes */ #define MAXFLUXBOXES 10 /* max number of flux boxes */ #define MAXISOLINES 16 /* max number of isolines */ #define MAXBOXES 500 /* max number of boxes */ #define MAXLINES 500 /* max number of lines */ #define MAXSTR 500 /* max number of strings */ #define MAXSTRLEN 256 /* max string length */ #define MAXSYM 26 /* max number of symbols */ #define TEANL0 0 #define TEANL1 1 #define TEANL2 2 #define TEANL3 3 #define TEANL4 4 #define ADCIRC0 0 #define ADCIRC1 1 #define ADCIRC2 2 #define ADCIRC3 3 #define ADCIRC4 4 #define ELA0 0 #define ELA1 1 #define ELA2 2 #define ELA3 3 #define ELA4 4 #define TIMEHIST0 0 #define TIMEHIST1 1 #define TIMEHIST2 2 #define TIMEHIST3 3 #define TIMEHIST4 4 /* for display buttons on left panel of main */ #define NDISPLAY 7 #define EDIT_GRID 0 #define EDIT_BOUNDARY 1 #define EDIT_GRID_NODE_NUMBERS 2 #define EDIT_GRID_ELEMENT_NUMBERS 3 #define EDIT_GRID_FILLED 4 #define EDIT_GRID_ISOLINES 5 #define EDIT_GRID_DEPTHS 6 #ifndef M_PI # define M_PI 3.14159265358979323846 #endif /* these should go away */ #define BIG 1.0e+307 #define MBIG -1.0e+307 #define HISTOSYM 19 /* plotsymbol for histograms */ /* * types of tick displays */ #define X_AXIS 0 #define Y_AXIS 1 #define ZX_AXIS 2 #define ZY_AXIS 3 #define XA_AXIS 4 #define YA_AXIS 5 #define POLAR_RADIUS 6 #define POLAR_ANGLE 7 /* * grid types */ #define GRID_Z 0 #define GRID_UV 1 #define GRID_ZUV 2 #define GRID_ZUVW 3 #define GRID_ZW 4 /* graphics output to the following */ #define GR_X 0 #define GR_PS_L 1 /* PostScript landscape */ #define GR_PS_P 2 /* PostScript portrait */ #define GR_MIF_L 3 /* mif landscape */ #define GR_MIF_P 4 /* mif portrait */ #define GR_HPGL_L 5 /* hpgl landscape */ #define GR_HPGL_P 6 /* hpgl portrait */ #define GR_HPGLB_L 7 /* hpgl 11x17 landscape */ #define GR_HPGLB_P 8 /* hpgl 11x17 portrait */ #define GR_XWD 9 /* X window dump */ /* set HDEV to the default hardcopy device */ #ifndef HDEV # define HDEV GR_PS_L #endif /* TDEV is always X */ #define TDEV GR_X #define FREE 0 #define LANDSCAPE 1 #define PORTRAIT 2 /* * event handling defines */ #define COMP_AREA 1 #define COMP_PERIMETER 2 #define COPY_OBJECT 3 #define COPY_OBJECT1ST 4 #define COPY_OBJECT2ND 5 #define CUT_OBJECT 6 #define DEFINE_REGION 7 #define DEFINE_VIEW 8 #define DEFINE_ZOOM 9 #define DELETE_DROGUE 10 #define DEL_CONC 11 #define DEL_ELEV 12 #define DEL_HIST 13 #define DEL_OBJECT 14 #define DEL_SAMPLE_ADCIRC 15 #define DEL_SAMPLE_TEANL 16 #define DEL_VEL 17 #define DEL_ZOOM_BOX 18 #define EDIT_ADCIRC_ELEV 19 #define EDIT_HIST 20 #define EDIT_OBJECT 21 #define EDIT_TEANL_ELEV 23 #define GET_ADCIRC_ELEV 24 #define GET_ADCIRC_FLOW 25 #define GET_ALL 26 #define GET_BACK_DEPTH 27 #define GET_ELA_CONC 28 #define GET_ELEMENT 29 #define GET_GRID_DEPTH 30 #define GET_NEAREST_ELEMENT 31 #define GET_NEAREST_NODE 32 #define GET_TEANL_ELEV 33 #define GET_TEANL_FLOW 34 #define HIDE_OBJECT 35 #define MAKE_BOX 36 #define MAKE_BOX_1ST 37 #define MAKE_BOX_2ND 38 #define MAKE_LINE 39 #define MAKE_LINE_1ST 40 #define MAKE_LINE_2ND 41 #define MOVE_HIST 42 #define MOVE_OBJECT 43 #define MOVE_OBJECT_1ST 44 #define MOVE_OBJECT_2ND 45 #define PASTE_OBJECT 46 #define PICK_BATH 47 #define PICK_DROGUE 48 #define PLACE_ADCIRC_ELEV1ST 49 #define PLACE_ADCIRC_ELEV2ND 50 #define PLACE_BATH_LEGEND 51 #define PLACE_CLOCK 52 #define PLACE_CONC_LEGEND 53 #define PLACE_DROGUE 54 #define PLACE_ELEV_LEGEND 55 #define PLACE_HIST1ST 56 #define PLACE_HIST2ND 57 #define PLACE_INFO 58 #define PLACE_MAPSCALE 59 #define PLACE_TEANL_ELEV1ST 60 #define PLACE_TEANL_ELEV2ND 61 #define PLACE_TEXT 62 #define PLACE_TIMELINE 63 #define PLACE_TIMESTAMP 64 #define PLACE_TITLE 65 #define PLACE_VSCALE 66 #define PLACE_WSCALE 180 #define RUBBER_BAND 67 #define SAMPLE_ADCIRC 68 #define SAMPLE_TEANL 69 #define SELECT_REGION 70 #define SEL_POINT 71 #define SLICE_ADCIRC_ELEV1ST 72 #define SLICE_ADCIRC_ELEV2ND 73 #define SLICE_ADCIRC_FLOW1ST 74 #define SLICE_ADCIRC_FLOW2ND 75 #define SLICE_BATH1ST 76 #define SLICE_BATH2ND 77 #define SLICE_BOX1ST 78 #define SLICE_BOX2ND 79 #define SLICE_BOX3RD 80 #define SLICE_ELA1ST 81 #define SLICE_ELA2ND 82 #define SLICE_LINE1ST 83 #define SLICE_LINE2ND 84 #define SLICE_POLY 85 #define SLICE_TEANL_ELEV1ST 86 #define SLICE_TEANL_ELEV2ND 87 #define SLICE_TEANL_FLOW1ST 88 #define SLICE_TEANL_FLOW2ND 89 #define STR_EDIT 90 #define STR_LOC 91 #define STR_LOC1ST 92 #define STR_LOC2ND 93 #define VIEW_1ST 94 #define VIEW_2ND 95 #define ZOOM_1ST 96 #define ZOOM_2ND 97 #define ZOOM_BOX1ST 98 #define ZOOM_BOX2ND 99 #define ZOOM_BOX3RD 100 #define DEF_REGION 101 #define DEF_REGION1ST 102 #define DEF_REGION2ND 103 #define KILL_NEAREST 104 #define COPY_NEAREST1ST 105 #define MOVE_NEAREST1ST 106 #define REVERSE_NEAREST 107 #define DEACTIVATE_NEAREST 108 #define JOIN_NEAREST1ST 109 #define DELETE_NEAREST1ST 110 #define LEG_LOC 111 #define PLACE_ISOLINES_LEGEND 112 #define PICK_DROGUE_COLOR 113 #define PICK_DROGUE_REGION 114 #define FLUX_LINE1ST 115 #define FLUX_LINE2ND 116 #define FLUX_POLY 117 #define FLUX_BOX 118 #define QUERY_STATION 125 #define PLACE_FISH 126 #define EDIT_FISH 127 #define DELETE_FISH 128 #define PICK_FISH 129 #define PLACE_FSCALE 130 #define QUERY_ADCIRC 131 #define QUERY_ADCIRC_MAXELEV 149 #define QUERY_ELA 132 #define QUERY_TEANL 133 #define PLACE_STATION 135 #define QUERY_TIDESTATION 136 #define PLACE_TIDESTATION 137 #define PLACE_ADCIRC3D 138 #define PICK_ADCIRC3D_XY 139 #define PICK_ADCIRC3D_NODE 140 #define PICK_ADCIRC3D_TRANSECT 141 #define QUERY_ADCIRC3D_XY 143 #define QUERY_ADCIRC3D_NODE 144 #define QUERY_TRANSECT 145 #define SHIP_PATH 150 #define SHIP_QUERY 151 #define SHIP_PATH_MOVE 152 #define SHIP_PATH_ADD 153 #define SHIP_PATH_DELETE 154 #define SHIP_PATH_SPLIT 155 #define DEF_EXT_BOUND 1 #define DEF_INT_BOUND 2 #define MOVE_EXT_BOUND1ST 3 #define MOVE_EXT_BOUND2ND 37 #define MOVE_INT_BOUND1ST 38 #define MOVE_INT_BOUND2ND 4 #define DEL_EXT_BOUNDPT 39 #define DEL_INT_BOUNDPT 40 #define DEL_INT_BOUND 5 #define DEL_BOUND_PT 6 #define ADD_BOUND1 46 #define ADD_BOUND2 47 #define ADD_BOUND3 48 #ifndef TRUE #define TRUE 1 #endif #ifndef FALSE #define FALSE 0 #endif typedef struct _Props { int color; int linew; int lines; int font; int format; int prec; int points; double charsize; int symbol; int symsize; int fill; int fillusing; int fillcol; int fillpat; int arrow; int atype; double asize; } Props; typedef struct _Isolparms { int active; int type; Props p; int nisol; int nsplits; int marker; int markstep; int numbs; int loctype; double x; double y; double xlen; /* in character widths */ double ylen; /* in character widths */ double xgap; /* in character widths */ double ygap; /* in character widths */ int lactive; /* legend active */ int layout; /* legend HORIZONTAL or VERTICAL */ int llabels; /* legend labels on or off */ int lskip; /* Skip drawing every lskip legend label */ int isoltype; int visflag; /* if true, fill all elements above the max.*/ int frame; /* draw a filled frame if non-zero.*/ int framecol; /* Fill color for frame */ int cflag; /* if true, when drawing lines, set the color, otherwise color using the value set in the colormap.*/ int ccolor; /* if cflag is true, when drawing lines, the color.*/ double cmin; double cmax; double cint; double cis[MAXISOLINES]; int color[MAXISOLINES]; int linew[MAXISOLINES]; int lines[MAXISOLINES]; int writeflag; char wname[1024]; int writelevel[MAXISOLINES]; } Isolparms; typedef struct _Element { int type; /* type of basis functions */ int nn; /* number of nodes */ int ngeom; /* number of geometry nodes */ int nl[8]; /* nodes for this element (geom first) */ } Element; typedef struct _conlist { int cnt; int *el; } conlist; typedef struct _Boundary { int active; /* boundary is active */ int type; /* 0 if external 1 if internal */ int nbpts; /* number of points in this boundary */ double *boundx; /* boundary x */ double *boundy; /* boundary y */ int *nodes; /* boundary as node numbers */ int *openclose; /* indicator for closed and open boundaries */ } Boundary; typedef struct _Boundaries { int active; /* boundares are active */ int nbounds; /* number of boundaries */ Boundary *boundaries; /* boundaries */ } Boundaries; typedef struct _Grid { int type; /* linear or quadratic */ char name[1024]; char fname[1024]; /* file name */ int active; /* grid is active */ int nmel; /* number of elements */ int nmnp; /* number of nodes */ int depthflag; /* 0 if depths at nodes, 1 if depths at elements */ double time; /* node x */ double *xord; /* node x */ double *yord; /* node y */ double *depth; /* node depth or scalar quantity */ double *edepth; /* element depth */ double *u; /* u */ double *v; /* v */ Element *icon; /* table of elements */ int *ellist; int *nlist; int nbounds; /* number of boundaries */ Boundary *boundaries; /* boundaries */ double xmin; double xmax; double ymin; double ymax; double dmin; double dmax; double umin; double umax; double vmin; double vmax; } Grid; typedef struct _Gridt { int active; /* on or off */ int type; /* grid or at stations or rita */ char fname[256]; /* file name */ int nsteps; /* number of time steps */ double start; /* start time for run */ double stop; /* start time for run */ double step; /* time step for run */ Grid *grids; /* grids */ } Gridt; typedef struct _Flow_tct { int active; /* on or off */ int type; /* grid or at stations */ char fname[256]; /* file name */ int nsteps; /* number of time steps */ double dcor; /* depth correction */ double start; /* start time for run */ double stop; /* start time for run */ double step; /* time step for run */ int grid; /* attach to grid */ double emin; /* extrema */ double emax; double umin; double umax; double vmin; double vmax; double ampmin[MAXFREQ]; /* extrema */ double ampmax[MAXFREQ]; double phamin[MAXFREQ]; /* extrema */ double phamax[MAXFREQ]; int npts; /* number of stations if station file */ double *x; double *y; /* for stations */ int nfreq; /* total number of frequencies */ int nread; /* number of frequencies read */ int sign_of_phase; /* phase is added = 1, or subtracted = -1 */ int use_nodes; /* use nodes or x, y */ int iuse[MAXFREQ]; /* used frequencies 0 = unused, 1 = used */ char freqname[MAXFREQ][15]; /* frequency names */ double omega[MAXFREQ]; /* frequencies in rad/sec */ double *elamp[MAXFREQ]; /* amplitudes of elevation */ double *elphase[MAXFREQ]; /* phases */ double *ampx[MAXFREQ]; /* amplitudes of velocity */ double *ampy[MAXFREQ]; /* amplitudes of velocity */ double *phax[MAXFREQ]; /* phases of velocity */ double *phay[MAXFREQ]; /* phases of velocity */ } Flow_tct; typedef struct _Flow_gen { double time; double emin; /* extrema this time step */ double emax; double umin; double umax; double vmin; double vmax; float *e; float *u; float *v; float *w; } Flow_gen; typedef struct _Point { double x; double y; double dist; int elem; int type; int nn[4]; double d; double e; double h[4]; double zpos1[400]; double zpos2[400]; double val[400]; int nnodes; int nodes[400]; int bi; int si; } Point; typedef struct _Transect { int active; /* on or off */ int type; /* flow, temp, sal, magnitudes of flow */ int display; /* Display transect curve */ int gno; /* Destination graph */ int flowno; /* Which flow */ int transgno; /* Graph to display transect, if any */ char gname[1024]; /* grid file name */ char elevname[1024]; /* elevations (or zcor) file name */ char salname[1024]; /* salinity (scalar) file name */ char uvname[1024]; /* uv file name */ char vvname[1024]; /* vert vel file name */ int nsteps; /* number of time steps */ int start; /* start, stop, skip time steps */ int stop; int step; int skip; double tstart; /* start, stop, skip time steps */ double tstop; double tstep; char transname[1024]; /* file with points for transect */ int transtype; /* transect type 0 = points, 1 = line */ int npts; /* number of points */ double x1, y1, x2, y2; /* starting and ending points of line. */ double *x; /* array of points */ double *y; double *t; Point *p; /* array of Points */ Grid *g; /* array of grids for each time step */ double emin; /* extrema */ double emax; double umin; double umax; double vmin; double vmax; } Transect; typedef struct _DisplayTransect { int display; /* data is displayed and how */ int display_grid; /* grid is displayed */ int display_flow; /* flow is displayed */ int display_mag; /* magnitudes are displayed */ int step; /* step to display */ double redfact; /* reduction factor for elements */ int display_trans; /* Display transect curve */ int gno; /* Graph to display transect */ Props p; /* grid props */ Isolparms ip; /* for isolines of scalar quantities */ } DisplayTransect; typedef struct _Flow2d { int active; /* on or off */ int type; /* grid or at stations or rita */ char fname[2048]; /* file name */ int nsteps; /* number of time steps */ double dcor; /* depth correction */ double start; /* start time for run */ double stop; /* start time for run */ double step; /* time step for run */ /* int grid; /* attach to grid */ Grid g; double emin; /* global extrema */ double emax; double umin; double umax; double vmin; double vmax; double *global_emin; double *global_emax; /* min max at each node */ double *global_umin; double *global_umax; /* min max at each node */ double *global_vmin; double *global_vmax; /* min max at each node */ int nodes; /* */ int npts; /* number of stations if station file */ double *x; double *y; /* if defined at stations */ Flow_gen *f; /* data for each timestep */ } Flow2d; typedef struct _ADCIRC3D { /* 3d ADCIRC data */ int active; /* on or off */ int type; /* flow, temp, sal, magnitudes of flow */ int loctype; /* Node or XY location */ int node; /* node number */ int nlevels; /* Number of points in vertical */ int bi; /* bottom index */ double x; double y; /* if defined at stations */ double umin; /* data min */ double umax; /* data max */ double vmin; /* data min if FLOW */ double vmax; /* data max if FLOW */ double zmin; /* Z level data min */ double zmax; /* Z level data max */ char datafile[2048]; /* data file name */ char elevfile[2048]; /* elevations data file name */ int nsteps; /* number of time steps */ double *ti; /* top index */ double *time; /* time steps */ double **z; /* Depths */ double **sal; double **u; double **v; double **w; } ADCIRC3D; typedef struct _Conc_gen2d { int active; int type; int npts; int nodes; double time; double cmin; /* extrema this time step */ double cmax; double mass; /* mass this time step */ double *c; } Conc_gen2d; typedef struct _Scalar2d { int active; /* on or off */ int type; /* grid or at stations */ char fname[256]; /* file name */ int nsteps; /* number of time steps */ double start; /* start time for run */ double stop; /* start time for run */ double step; /* time step for run */ int grid; /* attach to grid */ Grid g; double cmin; /* extrema */ double cmax; int nodes; /* */ int npts; /* number of stations if station file */ double *x; double *y; /* if defined at stations */ double *global_cmin; double *global_cmax; /* min max at each node */ Conc_gen2d *data; /* data for this run */ } Scalar2d; typedef struct _Drogues { int active; int display; int displayIds; int displayNumbers; int nd; int nsteps; char *fname; /* file name */ double start; /* start time for run */ double stop; /* start time for run */ double step; /* time step for run */ double *time; char **id; double **x; double **y; double **z; int *filter; /* selectively toggle the display of drogues */ int *color; int *sym; double *size; } Drogues; typedef struct _Particles { int active; int type; int npts; int use_nodes; double time; char **id; int *drnum; double *x; double *y; double *z; } Particles; typedef struct _Particle_field { int active; int type; /* grid or at stations */ char fname[256]; /* file name */ int nsteps; /* number of time steps */ double start; /* start time for run */ double stop; /* start time for run */ double step; /* time step for run */ int *dead; Particles *p; } Particle_field; typedef struct _Track { int active; int type; int nsteps; double start; /* start time for run */ double stop; /* start time for run */ double step; /* time step for run */ double dmin; /* extrema */ double dmax; double *time; double *x; double *y; double *z; double *d; /* data */ } Track; typedef struct _TimeHistory { int active; int type; /* elev, flow or both */ int npts; /* number of stations */ int nsteps; /* number of time steps */ char name[256]; /* station name */ char gname[256]; /* grid file name if loctype = 1 */ int loctype; /* 0 if xy, 1 if node */ int grid; /* attach to grid */ int node; /* node in grid */ double x; double y; /* location */ double start; /* start time for run */ double stop; /* start time for run */ double step; /* time step for run */ double tmin; /* extrema */ double tmax; double emin; /* extrema */ double emax; double umin; double umax; double vmin; double vmax; double *global_emin; double *global_emax; /* min max at each point */ double *global_umin; double *global_umax; /* min max at each point */ double *global_vmin; double *global_vmax; /* min max at each point */ double *t; double *e; double *u; double *v; /* time & data */ } TimeHistory; typedef struct _TideStation { int active; /* on or off */ int type; /* grid or at stations */ char name[256]; /* file name */ char sname[256]; /* station name */ double dcor; /* depth correction */ int loctype; /* 0 = x, y, 1 = attach to grid */ char gname[256]; /* grid name to attach to for loctype */ int grid; /* number of grid */ int node; /* use nodes or x, y */ double x; /* location */ double y; /* for stations */ int nfreq; /* total number of frequencies */ char **freqname; /* frequency names */ double *omega; /* frequencies in rad/sec */ double *elamp; /* amplitudes of elevation */ double *elphase; /* phases */ double *ampx; /* amplitudes of velocity */ double *ampy; /* amplitudes of velocity */ double *phax; /* phases of velocity */ double *phay; /* phases of velocity */ double emin; /* extrema */ double emax; double umin; double umax; double vmin; double vmax; } TideStation; typedef struct _TidalConstituent { char *name; double freq; double period; } TidalConstituent; typedef struct _Station { /* a station */ int active; int type; char label[256]; /* label for marker */ double x; double y; /* location and hotspot */ int display; /* displayed and how */ Props p; Isolparms ip; /* for isolines */ } Station; typedef struct _DisplayGrid { int display; /* grid is displayed and how */ int display_bath; /* grid bathymetry is displayed and how */ int display_boundary; /* grid boundary is displayed and how */ int display_nodes; /* display node numbers */ int display_elements; /* display element numbers */ int display_depths; /* display depths */ int display_gridf; /* display grid filled */ int display_courant; /* display courant numbers */ int display_courantn; /* display courant numbers */ int display_dimw; /* display dimensionless wavelength */ int display_flags[50]; /* which items to display - for the side bar */ int step; /* step to display */ double redfact; /* reduction factor for elements */ double courantdt; /* dt for courant number */ Props p; /* grid props */ Props bp; /* boundary props */ Isolparms ip; /* for isolines of bathymetry */ Isolparms cip; /* for courant numbers */ Isolparms dip; /* for dimensionless wl */ } DisplayGrid; typedef struct _DisplayGridt { int display; /* grid is displayed and how */ int display_bath; /* grid bathymetry is displayed and how */ int display_boundary; /* grid boundary is displayed and how */ int display_nodes; /* display node numbers */ int display_elements; /* display element numbers */ int display_depths; /* display depths */ int display_gridf; /* display grid filled */ int display_courant; /* display courant numbers */ int display_courantn; /* display courant numbers */ int display_dimw; /* display dimensionless wavelength */ int display_flags[50]; /* which items to display - for the side bar */ int step; /* step to display */ double redfact; /* reduction factor for elements */ Props p; /* grid props */ Props bp; /* boundary props */ Isolparms ip; /* for isolines of bathymetry */ Isolparms cip; /* for courant numbers */ Isolparms dip; /* for dimensionless wl */ } DisplayGridt; typedef struct _DisplayBoundary { int display; /* boundary is displayed and how */ int close; /* connect first and last point */ Props p; /* properties */ } DisplayBoundary; typedef struct _DisplayTideStation { int display; /* tide station is displayed and how */ int display_marker; /* marker is displayed */ int display_ampphase; /* display amplitude and/or phase */ int type; /* fixed, strip chart, elev marker */ int attach; int use_freq; /* restrict to a given frequency, used by * display_ampphase */ int *freqs; /* use these frequencies if use_freq != 0 */ Props p; /* box props */ Props rp; /* point props - used by display_ampphase * also */ int loctype; double x; double y; double locx; double locy; double delt; /* if strip chart history box */ double wx1; double wy1; /* world coordinates */ double wx2; double wy2; /* world coordinates */ double vx; double vy; /* viewport delta */ double xtickm; double ytickm; int precx; int precy; int teanl[MAXTEANL]; Props tp[MAXTEANL]; int teanlflow[MAXTEANL]; Props tpf[MAXTEANL]; int adcirc[MAXADCIRC]; Props ap[MAXADCIRC]; int adcircflow[MAXADCIRC]; Props apf[MAXADCIRC]; } DisplayTideStation; typedef struct _Elevmarker { int active; int type; int display; /* is displayed */ int use_node; int node; Props p; int loctype; double x; double y; double locx; double locy; double emin; double emax; } Elevmarker; typedef struct _Velocity_marker { int display; /* point is displayed */ int display_marker; /* marker is displayed */ int display_sz; /* display s or z levels */ int type; int attach; int loctype; double x; double y; double locx; double locy; int use_node; /* use node for location */ int node; /* Node to attach to */ double dist; double azi; double inc; Props p; /* box props */ Props rp; /* point props */ double wx1; double wy1; /* world coordinates */ double wx2; double wy2; /* world coordinates */ double vx; double vy; /* viewport delta */ double xtickm; double ytickm; int precx; int precy; int vhist; /* time history file */ Props vp; int leveltype; /* start step or specified */ double start; double step; int nsigma; /* number of sigma levels to display */ double sigma[50]; /* sigma levels */ int nlevels; int ilevel[50]; /* which level to use for flows */ double level[50]; /* z - values */ int teanl[MAXTEANL]; Props tp[MAXTEANL]; int adcirc[MAXADCIRC]; Props ap[MAXADCIRC]; int adc3d[MAXADCIRC3D]; Props adc3dp[MAXADCIRC3D]; } Velocity_marker; typedef struct _DisplayFlow { int display; /* off, nodes, centers */ int display_elev; /* on or off */ int display_elevdepth; /* on or off */ int display_maxelev; /* on or off */ int display_maxelevval; /* on or off */ int display_elevmarkers; /* on or off */ int display_amp; /* on or off */ int display_phase; /* on or off */ int display_mag; /* on or off */ int display_inun; /* on or off */ int display_irestrict; /* on or off */ int display_wind; /* if on, then use wind velocity scaling */ int step; /* step to display */ int lagtype; /* use a lag and type */ int lagstep; /* use a lag step */ double lag; /* use a lag dt */ double d; /* add a value to depth */ int flowfreq; /* which frequency to use for flows */ int freq; /* which frequency to use for amps an phases */ Props p; /* display flow props */ int circle; /* for time histories */ Props cp; /* for circle */ Props wet, dry, wetdry; /* for inundation */ Isolparms elevip; /* isolines of elevation */ Isolparms maxelevip; /* isolines of maximum elevation */ Isolparms ampip; /* isolines of amplitude */ Isolparms phaseip; /* isolines of phase */ Isolparms magip; /* isolines of magnitudes of velocity */ int sample; /* sample flow field */ int samptype; /* sample integers or floats */ int nsamples; /* number of samples */ int *samples; /* Pointer to nodes to sample */ double *sampx, *sampy; /* Pointer to locations to sample */ Elevmarker em[MAXELEVMARKERS]; } DisplayFlow; typedef struct _Display3dFlow { int display; /* point is displayed */ int display_marker; /* on or off */ int display_lines; /* on or off */ int display_labels; /* tick labels on or off */ int type; /* */ int attach; Props p; /* box props */ Props rp; /* point props */ int loctype; int nlabels; double x; double y; double locx; double locy; double wx1; double wy1; /* world coordinates */ double wx2; double wy2; /* world coordinates */ double vx; double vy; /* viewport delta */ double xtickm; double ytickm; int precx; int precy; } Display3dFlow; typedef struct _DisplayScalar3d { int display; /* on or off */ int display_isolines; /* isolines */ int display_nodes; /* numbers at nodes */ int display_max; /* max over all time */ int display_min; /* min over all time */ int display_mass; /* mass */ int display_flux; /* flux */ int display_lines; /* on or off */ int display_labels; /* tick labels on or off */ int nlabels; int step; /* step to display */ int lagtype; /* use a lag and type */ int lagstep; /* use a lag step */ double lag; /* use a lag dt */ Props p; /* */ int level[30]; /* which level to display to use for * conc/temp */ Isolparms ip; /* isolines parameters */ Isolparms maxip; /* isolines parameters */ Isolparms minip; /* isolines parameters */ } DisplayScalar3d; typedef struct _DisplayScalar2d { int display; /* on or off */ int display_isolines; /* isolines */ int display_nodes; /* numbers at nodes */ int display_max; /* max over all time */ int display_min; /* min over all time */ int display_mass; /* mass */ int display_flux; /* flux */ int step; /* step to display */ int lagtype; /* use a lag and type */ int lagstep; /* use a lag step */ double lag; /* use a lag dt */ Props p; /* */ Isolparms ip; /* isolines parameters */ Isolparms maxip; /* isolines parameters */ Isolparms minip; /* isolines parameters */ } DisplayScalar2d; typedef struct _DisplayParticles { int display; /* is displayed */ int display_id; /* id is displayed */ int display_streaml; /* is displayed as stream lines */ int display_type; /* is displayed as numbers or points or ??? */ int display_connect; /* is displayed as connected in space, or time */ Props p; } DisplayParticles; typedef struct _DisplayTrack { int display; /* is displayed */ int display_streaml; /* is displayed as stream lines */ int display_isolines; /* is colored by concip isolines */ int display_type; /* is displayed as numbers or points */ int display_data; /* is displayed as numbers or points */ int display_interp; /* is display interpolated data as numbers */ int display_connect; /* is displayed as connected in space, or time */ int step; /* step to display */ double symsize; Props p; } DisplayTrack; typedef struct _Conc_marker { int display; /* point is displayed */ int display_marker; /* marker is displayed */ int type; int attach; int loctype; double x; double y; double locx; double locy; int use_node; /* use node for location */ int node; /* Node to attach to */ Props p; /* box props */ Props rp; /* point props */ double wx1; double wy1; /* world coordinates */ double wx2; double wy2; /* world coordinates */ double vx; double vy; /* viewport delta */ double xtickm; double ytickm; int precx; int precy; int chist; /* time history file */ Props cp; } Conc_marker; typedef struct _Hist_marker { int display; /* point is displayed */ int display_marker; /* marker is displayed */ int type; /* fixed, strip chart, elev marker */ int attach; Props p; /* box props */ Props rp; /* point props */ int loctype; int elem; /* element */ double x; /* location in the grid */ double y; /* ditto */ double locx; /* location for marker */ double locy; /* location for marker */ double delt; /* if strip chart history box */ double wx1; double wy1; /* world coordinates */ double wx2; double wy2; /* world coordinates */ double vx; double vy; /* viewport delta */ double xtickm; double ytickm; int precx; int precy; char title[256]; int thist; /* time history file */ Props hp; int teanl[MAXTEANL]; Props tp[MAXTEANL]; int teanlflow[MAXTEANL]; Props tpf[MAXTEANL]; int adcirc[MAXADCIRC]; Props ap[MAXADCIRC]; int adcircflow[MAXADCIRC]; Props apf[MAXADCIRC]; int adc3d[MAXADCIRC3D]; Props adc3dp[MAXADCIRC3D]; int adc3dflow[MAXADCIRC3D]; Props adc3dpf[MAXADCIRC3D]; int ela[MAXELA]; Props ep[MAXELA]; } Hist_marker; typedef struct _boxtype { int active; int loctype; int gno; double x1; double y1; double x2; double y2; int lines; int linew; int color; int fill; int fillcolor; int fillpattern; } boxtype; typedef struct _linetype { int active; int loctype; int gno; double x1; double y1; double x2; double y2; int lines; int linew; int color; int arrow; int atype; double asize; } linetype; typedef struct _plotstr { int active; int loctype; int gno; double x; double y; int lines; int linew; int color; int rot; int font; int just; int where; int sym; int symloc; int symfill; int symcolor; double symsize; double charsize; char s[MAXSTRLEN + 1]; } plotstr; typedef struct _plotsym { int active; int loctype; int gno; double x; double y; int lines; int linew; int color; int rot; int font; int just; double charsize; char s[MAXSTRLEN + 1]; } plotsym; typedef struct _tidal_clock { int active; int type; Props p; int loctype; double x; double y; int units; double total_time; int width; plotstr s; } tidal_clock; typedef struct _time_line { int active; int type; Props p; int c1; int c2; int c3; /* colors for outline, marker and fill resp. */ int loctype; double x; double y; int units; int len; int width; double start; double stop; double step; plotstr s; } time_line; typedef struct _time_info { int active; int display; int loctype; double x; double y; int lines; int linew; int color; int rot; int font; int just; int where; int time; struct tm bdtime; double charsize; char start[MAXSTRLEN + 1]; char format[MAXSTRLEN + 1]; char s[MAXSTRLEN + 1]; } time_info; typedef struct _velocity_scale { int active; int type; Props p; int loctype; double x; double y; double scale; int units; double unitfac; double len; double len2; plotstr s; /* legend string for velocity legend */ } velocity_scale; typedef struct _flux_scale { int active; int type; Props p; int loctype; double x; double y; double scale; int units; double unitfac; double len; double len2; plotstr s; /* legend string for velocity legend */ } flux_scale; typedef struct _map_scale { int active; int type; Props p; int loctype; double x; double y; double scale; int units; double unitfac; double len; } map_scale; typedef struct _north_indicator { int active; int type; Props p; int loctype; double x; double y; double angle; } north_indicator; typedef struct _Zoom_box { int active; int type; int display; /* display region */ int display_marker; /* display marker */ Props rp; /* props for the region */ Props p; /* props for the zoom box */ int loctype; double x; double y; double locx; double locy; int attach; /* which corner to attach the connecting line */ double expand; /* how many times to zoom */ double wx1; double wy1; /* world coordinates */ double wx2; double wy2; /* world coordinates */ double vx; double vy; /* viewport delta */ double xtickm; double ytickm; int precx; int precy; } Zoom_box; typedef struct _DisplaySlice { int active; int type; /* line or polyline */ int npts; /* number of points */ int elist[250]; /* list of elements */ double x1; double y1; double x2; double y2; /* if by line */ double *sx; double *sy; /* if by polyline */ int display; /* ON or other */ int display_marker; /* ON or other */ int display_slice; /* ON or other */ Props p; int loctype; double x; double y; double locx; double locy; int attach; double wx1; double wy1; /* world coordinates */ double wx2; double wy2; /* world coordinates */ double vx; double vy; /* viewport delta */ double xtickm; double ytickm; int precx; int precy; int bath[MAXGRIDS]; Props bp[MAXGRIDS]; int teanl[MAXTEANL]; Props tp[MAXTEANL]; int teanlmag[MAXTEANL]; Props mp[MAXTEANL]; int adcirc[MAXADCIRC]; Props ap[MAXADCIRC]; int adcircmag[MAXADCIRC]; Props apmag[MAXADCIRC]; int ela[MAXELA]; Props ep[MAXELA]; int adc3d[MAXADCIRC3D]; Props adc3dp[MAXADCIRC3D]; int adc3dflow[MAXADCIRC3D]; Props adc3dfp[MAXADCIRC3D]; int adc3dconc[MAXADCIRC3D]; Props adc3dcp[MAXADCIRC3D]; } DisplaySlice; typedef struct _DisplayFlux { int active; int type; /* Along line, polyline, element centers, * boundary */ int npts; /* number of points */ double x1; double y1; double x2; double y2; /* if by line */ double *sx; double *sy; /* if by polyline */ int display; /* ON or other */ int display_marker; /* ON or other */ int display_slice; /* ON or other */ Props p; int loctype; double x; double y; double locx; double locy; int attach; double wx1; double wy1; /* world coordinates */ double wx2; double wy2; /* world coordinates */ double vx; double vy; /* viewport delta */ double xtickm; double ytickm; int precx; int precy; int teanl[MAXTEANL]; Props tp[MAXTEANL]; int adcirc[MAXADCIRC]; Props ap[MAXADCIRC]; int ela[MAXELA]; Props ep[MAXELA]; } DisplayFlux; typedef struct _world { double xg1; double xg2; double yg1; double yg2; /* window into world coords */ } world; typedef struct _view { double xv1; double xv2; double yv1; double yv2; /* device viewport */ } view; typedef struct _world_stack { world w; /* current world */ world t[3]; /* current tick spacing */ } world_stack; typedef struct _labels { plotstr title; /* graph title */ plotstr stitle; /* graph subtitle */ } labels; typedef struct _tickmarks { int axis; /* which axis */ int active; /* active or not */ int alt; /* alternate map if TRUE */ double tmin; double tmax; /* mapping for alternate tickmarks */ double tmajor; double tminor; /* major, minor tick divisions */ double offsx; double offsy; /* offset of axes in viewport coords */ plotstr label; /* graph axis label */ int label_layout; /* axis label orientation (h or v) */ int label_place; /* axis label placement (specfied or auto) */ int tl_flag; /* toggle tickmark labels on or off */ int mtl_flag; /* toggle minor tickmark labels on or off */ int tl_type; /* either auto or specified (below) */ int tl_layout; /* horizontal, vertical, or specified */ int tl_angle; /* angle to draw labels if layout is * specified */ int tl_sign; /* tick labels normal, absolute value, or * negate */ int tl_just; /* justification of ticklabel and type of * anchor point */ int tl_prec; /* places to right of decimal point */ int tl_format; /* decimal or exponential ticmark labels .. */ int tl_skip; /* tick labels to skip */ int tl_staggered; /* tick labels staggered */ int tl_starttype; /* start at graphmin or use tl_start/stop */ int tl_stoptype; /* start at graphmax or use tl_start/stop */ double tl_start; /* value of x to begin tick labels and major * ticks */ double tl_stop; /* value of x to begin tick labels and major * ticks */ int tl_op; /* tick labels on opposite side or both */ double tl_vgap; /* tick label to tickmark distance vertically */ double tl_hgap; /* tick label to tickmark distance * horizontally */ int tl_font; /* font to use for labels */ double tl_charsize; /* character size for labels */ int tl_color; /* color */ int tl_linew; /* line width for labels */ char tl_appstr[256]; /* append string to tick label */ char tl_prestr[256]; /* prepend string to tick label */ int t_type; /* type of tickmarks, usual, xticstart, or * specified */ int t_flag; /* toggle tickmark display */ int t_mflag; /* toggle minor tickmark display */ int t_integer; /* major tic marks on integer divisions */ int t_num; /* approximate default number of X-axis ticks */ int t_inout; /* ticks inward, outward or both */ int t_log; /* logarithmic ticmarks */ int t_op; /* ticks on opposite side */ int t_color; /* colors and linestyles */ int t_lines; int t_linew; int t_mcolor; int t_mlines; int t_mlinew; /* minor grid colors and linestyles */ double t_size; /* length of tickmarks */ double t_msize; /* length of minor tickmarks */ int t_drawbar; /* draw a bar connecting tick marks */ int t_drawbarcolor; /* color of bar */ int t_drawbarlines; /* linestyle of bar */ int t_drawbarlinew; /* line width of bar */ int t_gridflag; /* grid lines at major tick marks */ int t_mgridflag; /* grid lines at minor tick marks */ int t_spec; /* number of ticks at specified locations */ double t_specloc[MAX_TICK_LABELS]; plotstr t_speclab[MAX_TICK_LABELS]; int spec_font; double spec_charsize; int spec_color; int spec_linew; } tickmarks; typedef struct _region { int active; /* region on or off */ int type; /* region type */ int color; /* region color */ int lines; /* region linestyle */ int linew; /* region line width */ int linkto[MAXGRAPH]; /* associated with graphs in linkto */ int n; /* number of points if type is POLY */ double *x; double *y; /* coordinates if type is POLY */ double x1; double y1; double x2; double y2; /* starting and ending points if type is not * POLY */ } region; typedef struct _framep { int active; /* frame on or off */ int type; /* frame type */ int color; /* frame color */ int lines; /* frame linestyle */ int linew; /* frame line width */ int fillbg; /* fill background */ int bgcolor; /* background color inside frame */ } framep; typedef struct _TimeClock { int active; int type; int dir; int wrap; int running; double start; double stop; double step; double curtime; int nsteps; int startstep; int stopstep; int curstep; int skip; int interp; /* interpolate data */ double *t; /* individual times for each step */ } TimeClock; typedef struct _graph { int active; /* alive or dead */ int hidden; /* display or not */ int label; /* label graph */ int type; /* type of graph */ int noauto_world; /* only time this is used is at startup */ int noauto_tics; /* only time this is used is at startup */ int auto_type; /* */ int parmsread; /* was a paramter file read for this graph */ int revx; int revy; /* reverse mapping for x and y if true */ int maxplot; /* max number of sets for this graph */ int displayin[MAXGRAPH]; /* display this graph's world in graph * displayin */ Props dp; /* props to use for displayin */ world w; /* world */ view v; /* world/view */ labels labs; /* title, subtitle, axes labels */ tickmarks t[6]; /* flags etc. for tickmarks for all axes */ framep f; /* type of box around plot */ int pointset; /* if (dsx, dsy) have been set */ int pt_type; /* type of locator display */ double dsx; double dsy; /* locator fixed point */ int fx; int fy; /* locator format type */ int px; int py; /* locator precision */ world_stack ws[MAX_ZOOM_STACK]; /* zoom stack */ int ws_top; /* stack pointer */ int curw; /* for cycling through the stack */ int display_flags[50]; /* which items to display - for the side bar */ int display_fish; /* display fishes */ int use_timeclock; /* timeclock override */ TimeClock timeclock; /* timeclock for this graph */ velocity_scale vl; velocity_scale fl; /* flux */ velocity_scale wl; /* wind */ map_scale mapscale; time_line timeline; tidal_clock tidalclock; time_info timeinfo; north_indicator north; int no; void *DisplayObjects; DisplayGrid grid[MAXGRIDS]; DisplayGridt gridt[MAXGRIDTS]; DisplayTransect trans[MAXTRANS]; DisplayBoundary bounds[MAXBOUNDS]; DisplayFlow flowf[MAXTEANL]; DisplayFlow flowt[MAXADCIRC]; DisplayFlow flowh[MAXVELHIST]; Display3dFlow flow3d[MAXADCIRC3D]; DisplayScalar2d elaconc[MAXELA]; DisplayScalar3d conc3d[MAXADCIRC3D]; DisplayParticles drogues[MAXPATHLINES]; Drogues drogs[MAXPATHLINES]; DisplayTrack track[MAXTRACK]; DisplaySlice sbox[MAXSLICES]; DisplayFlux fbox[MAXFLUXBOXES]; Zoom_box zbox[MAXZOOMBOXES]; Hist_marker hbox[MAXHISTMARKERS]; DisplayTideStation tidestat[300]; int nsta; Station *sta; int curtidestat; int curtimehist; int curgrid; int curgridt; int curtrans; int curset; int curteanl; int curteanlem; int curadcirc; int curadcircem; int curadc3d; int curadc3dconc; int curadc3dem; int curadc3dvm; int curadc3dcm; int curela; int curelaem; int curvelhist; int curdrog; int curhist; int curslice; int curflux; int curzoom; int curbound; Isolparms curip; Isolparms velmagip; Isolparms salip; int curplaceitem; } graph; #define isactive(gno, set) (g[gno].p[set].active == ON) #define isactive_set(gno, set) (g[gno].p[set].active == ON) #define isactive_graph(gno) (g[gno].active == ON) #define ishidden_graph(gno) (g[gno].hidden) #define graph_type(gno) (g[gno].type) #define on_or_off(x) ((x == ON)?"on":"off") #define yes_or_no(x) ((x)?"yes":"no") #define w_or_v(x) ((x == WORLD)?"world":"view")