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ANAROOT/UIコマンド/referenceについて、ここに記述してください。 <<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);
}}}

Contents

  1. Commands for Analysis Management
    1. book
    2. push
    3. pop
    4. start
    5. stop
    6. next
    7. end
    8. clear
    9. status
  2. Commands for Histogram Management
    1. fetch
    2. hstore
    3. hdel
    4. ls
    5. ht, htp, hn, hb
    6. hht, hhtp, hhn, hhb
    7. lg, ln, lgx, lgy, lgz, lnx, lny, lnz
    8. size
    9. cd, cdn, cdb
    10. zone
    11. xval(gui), yval(gui), xyval(gui)
    12. zoom, zoom(gui), unzoom
    13. hsta
    14. xsta(gui)
    15. cpro(gui)
    16. fit, fitp, fite, fitg, fitl, figa, xfitp(gui), xfite(gui), xfitg(gui), xfitl(gui)
    17. chbin
    18. pfx, pfy
    19. prx, pry
    20. slx, sly
    21. bnx, bny
    22. blow(gui), blowxyz, blowx, blowy, blowz
    23. scale, add, multiply, divide
    24. mami
    25. print
    26. update
    27. raisewindow
    28. wait
    29. watch

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);
last edited 2012-06-21 10:30:26 by RyukiTanaka