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ImageData.h
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ImageData.h
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//==============================================================================
// File: ImageData.h
//
// Copyright (c) 2017, Phil Harvey, Queen's University
//==============================================================================
#ifndef __ImageData_h__
#define __ImageData_h__
#include "AgedResource.h"
#include "AgedWindow.h"
#include "PSpeaker.h"
#include "PProjImage.h"
#include "PHistImage.h"
#define MAX_FNODES 4 // maximum number of nodes per face
#define NODE_HID 0x01 // node is hidden
#define NODE_OUT 0x02 // node is outside plotting area
#define NODE_MISSED 0x04 // node in cherenkov cone missed intersecting sphere
#define EDGE_HID 0x01 // edge is hidden
#define FACE_HID 0x01 // face is hidden
#define FACE_COL_SHFT 2 // bit shift for colour in face flags
#define FORMAT_LEN 512 // maximum length of event label
#define FILELEN 4096 // maximum length of file name
#define AG_SCALE 150.0 // size of Alpha-G geometry (units?)
#ifndef PI
#define PI 3.14159265358979324
#endif
#define MAX_EDGES 350
#define NUM_AG_WIRES 256 //TEST
#define NUM_AG_PADS (32 * 576) //TEST
enum HitInfoFlags {
HIT_NORMAL = 0x01,
HIT_ALL_MASK = HIT_NORMAL,
HIT_DISCARDED = 0x100,
HIT_OVERSCALE = 0x200,
HIT_UNDERSCALE = 0x400,
HIT_HIDDEN = 0x800
};
enum ESmoothFlags {
kSmoothText = 0x01,
kSmoothLines = 0x02
};
struct Point3 {
float x,y,z;
};
struct Node {
float x3,y3,z3; // physical sphere coordinates (radius=1)
float xr,yr,zr; // rotated physical coordinates
int x,y; // screen coordinates after rotating
int flags; // flag for x,y outside limits
};
struct Face {
int num_nodes;
Node *nodes[MAX_FNODES];
Point3 norm; // unit vector normal to face
int flags;
};
struct Edge {
Node *n1, *n2; // nodes for endpoints of edge
Face *f1, *f2; // associated faces
int flags; // used to indicate a hidden line
};
struct WireFrame {
int num_nodes;
Node *nodes;
int num_edges;
Edge *edges;
};
struct Polyhedron {
int num_nodes;
Node *nodes;
int num_edges;
Edge *edges;
int num_faces;
Face *faces;
float radius;
};
struct HitInfo {
float height; // pulse height
float time; // pulse time
float error[3]; // error in XYZ position
short hit_val; // colour index for drawing this hit
short index; // index of hi in position array
int wire; // wire number
int pad; // pad number
short flags; // hit info flags
};
struct SpacePoints {
int num_nodes;
Node *nodes;
HitInfo *hit_info; // corresponding array of hit information
};
class TStoreEvent;
class AgAnalysisFlow;
class AgSignalsFlow;
struct ImageData : AgedResource {
AgedWindow * mMainWindow; // main Aged window
PWindow * mWindow[NUM_WINDOWS];// Aged windows
PSpeaker * mSpeaker; // broadcasts messages to listeners
MenuStruct * main_menu; // pointer to menu struct
PProjImage * mLastImage; // last projection image to transform hits
PProjImage * mCursorImage; // last image to be cursor'd in
PHistImage * mScaleHist; // histogram image currently being scaled
int mNext; // true to step to next event (exit event loop)
TStoreEvent * agEvent; // the event we are displaying
AgAnalysisFlow* anaFlow; // the analysis flow
AgSignalsFlow * sigFlow; // the signals flow
Widget toplevel; // top level Aged widget
SpacePoints hits; // tube hit information
Node sun_dir; // direction to sun
int num_disp; // number of displayed hits
float angle_conv; // conversion from radians to displayed angle units
// menu ID (IDM_) variables
int wDataType; // flag for displayed data type
int wSpStyle; // flag for displayed space point style
int wProjType; // current projection type
int wShapeOption; // current projection hit shape option
char * projName; // name of current projection
char * dispName; // name of data display type
int cursor_hit; // hit index for current cursor location
int cursor_sticky; // flag for sticky hit cursor
char print_string[2][FILELEN];// print command(0)/filename(1) strings
char label_format[FORMAT_LEN];// format of event label
long event_id; // global trigger ID of currently displayed event
double event_time; // time of event
char * argv; // command line to run program
double display_time; // time to display next event
int trigger_flag; // trigger flag (continuous/single/off)
long run_number; // run number for event
int last_cur_x; // last cursor x location
int last_cur_y; // last cursor y location
};
// ImageData routines
void freePoly(Polyhedron *poly);
void freeWireFrame(WireFrame *frame);
void initNodes(WireFrame *fm, Point3 *pt, int num);
void initEdges(WireFrame *fm, int *n1, int *n2, int num);
char * loadGeometry(Polyhedron *poly, int geo, char *argv);
void transform(Node *node, Projection *pp, int num);
void transformPoly(Polyhedron *poly, Projection *pp);
struct tm *getTms(double aTime, int time_zone);
int isIntegerDataType(ImageData *data);
void initData(ImageData *data, int load_settings);
void freeData(ImageData *data);
void deleteData(ImageData *data);
void sendMessage(ImageData *data, int message, void *dataPt=NULL);
void aged_next(ImageData *data, int dir);
void setTriggerFlag(ImageData *data, int theFlag, int end_of_data=0);
void setLabel(ImageData *data, int on);
float getHitValPad(ImageData *data, HitInfo *hi);
void calcHitVals(ImageData *data);
void clearEvent(ImageData *data);
#endif // __ImageData_h__