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<<TableOfContents(3)>> == Commands for Analysis Management == === book === Register "analoop" and "anafile" to TArtAnaLoopManager. If you want to usr your own analoop class or not to use anafile, please contact to Tanaka@Tokyo Institute of Technology {{{ void book(TArtAnaLoop* analoop, const char* anafilename = 0); // ex. book(new TArtAnaLoopUser, "ana/user.ana"); }}} === push === Add RIDF file to stack. Check stack by status() command. {{{ void push(const char* filename = 0, int eventnumber = -1); // ex. push("ridf/run0001.ridf"); }}} === pop === Remove RIDF file from stack. Check stack by status() command. {{{ void pop(int i); // ex. pop(1) }}} === start === Start analysis. Construct() of TArtAnaLoop will be called for the first time. {{{ void start(); }}} === stop === Stop analysis. You can resume by start() command. {{{ void stop(); }}} === next === Skip remaining event of current RIDF file and go to next RIDF file. {{{ void next(); }}} === end === End current analysis. Destruct() of TArtAnaLoop will be called. {{{ void end(); }}} === clear === Clear all histograms and destruct TArtAnaLoopManager. {{{ void clear(); }}} === status === Print status of current Analysis. {{{ void status(); }}} == Commands for Histogram Management == === fetch === Read all TH1 object in file(filename) to current ROOT directory. {{{ void fetch(char* filename); // ex. fetch("root/hist.root"); }}} === hstore === Write all TH1 object in current ROOT directory to file(filename) {{{ void hstore(char* filename); // ex. hstore("ridf/hist2.root"); }}} === hdel === Delete TH1 objects in current ROOT directory. {{{ void hdel(); // delete all void hdel(int id); //delete by id void hdel(int idstart, int idend); //delete hist between idstart and idend // ex. hdel(2,4); }}} === ls === Show list of hist in current directory. {{{ void ls(); }}} === ht, htp, hn, hb === Move to next pad and ... {{{ void ht(int id, Option_t* option = ""); // draw hist by id. You can use draw option like "same". void ht(int idstart, int idend); // draw hist from idstart to idend. void htp(); // draw current hist. void hn(); // draw next hist. void hb(); // draw previous hist. // ex. hn(); ht(3,"same"); }}} === hht, hhtp, hhn, hhb === Not Moving version of ht, htp, hn, hb. {{{ (same as above command) }}} === lg, ln, lgx, lgy, lgz, lnx, lny, lnz === Set/Unset log scale {{{ void lg(); //do lgx, lgy, and lgz void ln(); //do lnx, lny, and lnz void lgx(); //set xaxis of all pad to logscale void lgy(); //set yaxis of all pad to logscale void lgz(); //set zaxis of all pad to logscale void lgx(Int_t subpadnumber); //set xaxis of pad at subpadnumber to logscale void lgy(Int_t subpadnumber); //set xaxis of pad at subpadnumber to logscale void lgz(Int_t subpadnumber); //set xaxis of pad at subpadnumber to logscale void lnx(); //unset lgx of all pad void lny(); //unset lgy of all pad void lnz(); //unset lgz of all pad void lnx(Int_t subpadnumber); //unset lgx of supadnumber void lny(Int_t subpadnumber); //unset lgy of supadnumber void lnz(Int_t subpadnumber); //unset lgz of supadnumber }}} === size === Change size of canvas. {{{ void size(UInt_t ww, UInt_t wh); // ex. size(600,600); }}} === cd, cdn, cdb === cd to... {{{ void cd(Int_t subpadnumber = 0); // subpadnumber(0 is assigned to root canvas) void cdn(); // next subpad void cdb(); // previous subpad }}} === zone === Divide canvas(not gPad). {{{ void zone(Int_t nx = 1, Int_t ny = 1, Float_t xmargin = 0.01, Float_t ymargin = 0.01, Int_t color = 0); }}} === xval(gui), yval(gui), xyval(gui) === Print values where you click. {{{ Double_t xval(); // only x-axis value Double_t yval(); // only y-axis value void xyval(); // both x- and y-axis value }}} === zoom, zoom(gui), unzoom === zoom and unzoom {{{ void zoom(double firstx, double lastx, double firsty = 0, double lasty = -1, double firstz = 0, double lastz = -1); void zoom(); void unzoom(); }}} === hsta === Print statics of current hist. {{{ void hsta(); }}} === xsta(gui) === Print statics of selected region {{{ void xsta(); }}} === cpro(gui) === Cut out selected region of TH2 {{{ void cpro(); }}} === fit, fitp, fite, fitg, fitl, figa, xfitp(gui), xfite(gui), xfitg(gui), xfitl(gui) === Fit(p:polynomial, e:exponential g:gaussian, l:landau). General fit can be done by fit()(see ROOT Manual). You can access to fitting result via TFitResultPtr. {{{ TFitResultPtr fit(const char* formula, Option_t* option = "S", Option_t* goption = "", Double_t xmin = 0, Double_t xmax = 0); TFitResultPtr fitp(int n = 1, Double_t xmin = 0, Double_t xmax = 0, Option_t* option = "S", Option_t* goption = ""); TFitResultPtr fite(Double_t xmin = 0, Double_t xmax = 0, Option_t* option = "S", Option_t* goption = ""); TFitResultPtr fitg(Double_t xmin = 0, Double_t xmax = 0, Option_t* option = "S", Option_t* goption = ""); TFitResultPtr fitl(Double_t xmin = 0, Double_t xmax = 0, Option_t* option = "S", Option_t* goption = ""); void figa(); // auto fit by gaussian. TFitResultPtr xfitp(int n = 1); TFitResultPtr xfite(); TFitResultPtr xfitg(); TFitResultPtr xfitl(); }}} === chbin === Change bin. {{{ void chbin(Int_t ngroupx, Int_t ngroupy = 1, Int_t ngroupz = 1); // ex. chbin(2); }}} === pfx, pfy === profile of hist. {{{ void pfx(); void pfy(); }}} === prx, pry === projection of hist {{{ void prx(); void pry(); }}} === slx, sly === slice of hist {{{ void slx(Int_t num); void sly(Int_t num); // ex. sly(16); }}} === bnx, bny === projection bins between first and last {{{ void bnx(double firsty, double lasty, Option_t* option = ""); void bny(double firstx, double lastx, Option_t* option = ""); // ex. bnx(100,200); }}} === blow(gui), blowxyz, blowx, blowy, blowz === blow hist. {{{ void blow(); void blowxyz(double firstx = 0, double lastx = -1, double firsty = 0, double lasty = -1, double firstz = 0, double lastz = -1); void blowx(double firstx = 0, double lastx = -1); void blowy(double firsty = 0, double lasty = -1); void blowz(double firstz = 0, double lastz = -1); // ex. blowx(100, 300); }}} === scale, add, multiply, divide === operations on histograms {{{ void scale(Double_t c); //scale by factor c void add(Int_t id1, Int_t id2, Double_t c1=1, Double_t c2=1); // add between two hist void sub(Int_t id1, Int_t id2, Double_t c1=1, Double_t c2=1); // sub between two hist void multiply(Int_t id1, Int_t id2, Double_t c1=1, Double_t c2=1); // multiply between two hist void divide(Int_t id1, Int_t id2, Double_t c1=1, Double_t c2=1); // divide between two hist // ex. add(1, 3, 1.3, 0.8); }}} === mami === change min and max. {{{ void mami(double min, double max); // ex. mami(100,1000); }}} === print === print current canvas to file. {{{ void print(char* filename = "", Option_t* option = ""); // ex. print("temp.eps"); }}} === update === Update canvas. Use in your macros. {{{ void update(); }}} === raisewindow === Raise Window. Use in your macros. {{{ void raisewindow(); }}} === wait === Press ENTER to continue. Use in your macros. {{{ void wait(); }}} === watch === like UNIX command {{{ void watch(const char* command, UInt_t milliSec = 1000, Int_t num = 3); // ex. ht(1); watch("hn();update();", 1000, 10); }}} |
UI commandについてのまとめ。 要望やanapaw likeな部分については以下のリンクから。
| /HowTo /StartupGuide /ToDoList /anafile /analoop /reference /tutorial |