all functions - t

threeptcor1D


             compute 3 pt correlation function in 1D  
 
   flag pp = defines the number of pts over which to average   
   EXAMPLE   
   #include "randfield.i"  
   ui=genrandfield1D(20); u=fft(ui,[-1]).re;  
   res =threeptcor1D(u)  
       
interpreted function, defined at ./correl.i   line 833

SEE ALSO:

threeptcor2D


             compute 3 pt correlation function in 2D  
 
   flag pp = defines the number of pts over which to average   
   EXAMPLE   
   #include "randfield.i"  
   ui=genrandfield2D(20); u=fft(ui,[-1,-1]).re;  
   res =threeptcor2D(u)  
       
interpreted function, defined at ./correl.i   line 757

SEE ALSO:

threeptcor3D


             compute 3 pt correlation function in 3D  
 
   flag pp = defines the number of pts over which to average   
   EXAMPLE   
   #include "randfield.i"  
   ui=genrandfield3D(50); u=fft(ui,[-1,-1,-1]).re;  
   res =threeptcor(u)  
       
interpreted function, defined at ./correl.i   line 677

SEE ALSO:

threeptcor_reap


 threeptcor_reap  
 
  
interpreted function, defined at ./correl.i   line 1049

threeptcor_sow


 threeptcor_sow  
 
  
interpreted function, defined at ./correl.i   line 999

threeptcor_work


 threeptcor_work  
 
  
interpreted function, defined at ./correl.i   line 1011

trapezoid_cosmo


 trapezoid_cosmo  
 
  
interpreted function, defined at ./cosmo.i   line 368

twoptcor1D


             compute 2 pt correlation function in 1D  
 
   flag pp = defines the number of pts over which to average   
   EXAMPLE   
   #include "randfield.i"  
   ui=genrandfield1D(1024); u=fft(ui,[-1]).re;  
   res =twoptcor1D(u)  
   iso= 1 returns the azimuthally averaged corelation function  
   ft=  1 does the corelation via fft  
interpreted function, defined at ./correl.i   line 532

SEE ALSO:

threeptcor

twoptcor2D


             compute 2 pt correlation function in 2D  
 
   flag pp = defines the number of pts over which to average   
   EXAMPLE   
   #include "randfield.i"  
   ui=genrandfield2D(50); u=fft(ui,[-1,-1]).re;  
   res =twoptcor2D(u)  
   iso= 1 returns the azimuthally averaged corelation function  
   ft=  1 does the corelation via fft  
interpreted function, defined at ./correl.i   line 451

SEE ALSO:

threeptcor

twoptcor3D


             compute 2 pt correlation function in 3D  
 
   flag pp = defines the number of pts over which to average   
   EXAMPLE   
   #include "Chris/randfield.i"  
   ui=genrandfield3D(64); u=fft(ui,[-1,-1,-1]).re;  
   res =twoptcor3D(u)  
   iso= 1 returns the azimuthally averaged corelation function  
   ft=  1 does the corelation via fft  
interpreted function, defined at ./correl.i   line 380

SEE ALSO:

threeptcor