Overture  Version 25
Macros
dpmScalar.C File Reference
#include "DataPointMapping.h"
#include "display.h"
#include "ParallelUtility.h"
Include dependency graph for dpmScalar.C:

Macros

#define INT_1D_ORDER_2(dr, x111, x211)   ( (1.-dr)*(x111)+dr*(x211) )
 
#define INT_1D_ORDER_2_R(dr, x111, x211)   ( delta[0]*( (x211)-(x111) ) )
 
#define INT_2D_ORDER_2(dr, ds, x111, x211, x121, x221)   ( (1.-ds)*((1.-dr)*(x111)+dr*(x211))+ds*((1.-dr)*(x121)+dr*(x221)) )
 
#define INT_2D_ORDER_2_R(dr, ds, x111, x211, x121, x221)   ( ((1.-ds)*( (x211)-(x111) ) +ds*( (x221)-(x121) ))*delta[0] )
 
#define INT_2D_ORDER_2_S(dr, ds, x111, x211, x121, x221)   ( ((1.-dr)*( (x121)-(x111) ) +dr*( (x221)-(x211) ))*delta[1] )
 
#define INT_3D_ORDER_2(dr, ds, dt, x111, x211, x121, x221, x112, x212, x122, x222)
 
#define INT_3D_ORDER_2_R(dr, ds, dt, x111, x211, x121, x221, x112, x212, x122, x222)
 
#define INT_3D_ORDER_2_S(dr, ds, dt, x111, x211, x121, x221, x112, x212, x122, x222)
 
#define INT_3D_ORDER_2_T(dr, ds, dt, x111, x211, x121, x221, x112, x212, x122, x222)
 
#define XYRS2(i1, i2, i3, axis, dir)
 
#define XYRS3(i1, i2, i3, axis, dir)
 
#define q03(z)   (-oneSixth *((z)-1.)*((z)-2.)*((z)-3.))
 
#define q13(z)   ( .5*(z) *((z)-2.)*((z)-3.))
 
#define q23(z)   (-.5*(z)*((z)-1.) *((z)-3.))
 
#define q33(z)   ( oneSixth*(z)*((z)-1.)*((z)-2.))
 
#define q03d(z)   ( -oneSixth*(11.+(z)*(-12.+3.*(z))))
 
#define q13d(z)   ( 3.+(z)*(-5.+1.5*(z)))
 
#define q23d(z)   ( -1.5+(z)*(4.-1.5*(z)))
 
#define q33d(z)   (oneSixth*(2.+(z)*(-6.+3.*(z))))
 
#define q1x(i1, i2, i3, axis)
 
#define q2x(i1, i2, i3, axis)
 
#define q3x(i1, i2, i3, axis)
 
#define q1xr(i1, i2, i3, axis)
 
#define q2xr(i1, i2, i3, axis)
 
#define q3xr(i1, i2, i3, axis)
 
#define q1xs(i1, i2, i3, axis)
 
#define q2xs(i1, i2, i3, axis)
 
#define q3xs(i1, i2, i3, axis)
 
#define q1xt(i1, i2, i3, axis)
 
#define q2xt(i1, i2, i3, axis)
 
#define q3xt(i1, i2, i3, axis)
 
#define R(i, m)   rp[(i)+rDim0*(m)]
 
#define X(i, m)   xp[(i)+xDim0*(m)]
 
#define XR(i, m, n)   xrp[(i)+xrDim0*(m+xrDim1*(n))]
 
#define XY(i1, i2, i3, m)   xyp[(i1)+xyDim0*(i2+xyDim1*(i3+xyDim2*(m)))]
 
#define GIR(m, n)   girp[(m)+2*(n)]
 
#define dim(side, axis)   pdim[(side)+2*(axis)]
 

Macro Definition Documentation

#define dim (   side,
  axis 
)    pdim[(side)+2*(axis)]
#define GIR (   m,
  n 
)    girp[(m)+2*(n)]
#define INT_1D_ORDER_2 (   dr,
  x111,
  x211 
)    ( (1.-dr)*(x111)+dr*(x211) )

Referenced by DataPointMapping::mapScalar().

#define INT_1D_ORDER_2_R (   dr,
  x111,
  x211 
)    ( delta[0]*( (x211)-(x111) ) )
#define INT_2D_ORDER_2 (   dr,
  ds,
  x111,
  x211,
  x121,
  x221 
)    ( (1.-ds)*((1.-dr)*(x111)+dr*(x211))+ds*((1.-dr)*(x121)+dr*(x221)) )

Referenced by DataPointMapping::mapScalar().

#define INT_2D_ORDER_2_R (   dr,
  ds,
  x111,
  x211,
  x121,
  x221 
)    ( ((1.-ds)*( (x211)-(x111) ) +ds*( (x221)-(x121) ))*delta[0] )
#define INT_2D_ORDER_2_S (   dr,
  ds,
  x111,
  x211,
  x121,
  x221 
)    ( ((1.-dr)*( (x121)-(x111) ) +dr*( (x221)-(x211) ))*delta[1] )
#define INT_3D_ORDER_2 (   dr,
  ds,
  dt,
  x111,
  x211,
  x121,
  x221,
  x112,
  x212,
  x122,
  x222 
)
Value:
( \
(1.-dt)*((1.-ds)*((1.-dr)*(x111)+dr*(x211))+ds*((1.-dr)*(x121)+dr*(x221))) \
+ dt*((1.-ds)*((1.-dr)*(x112)+dr*(x212))+ds*((1.-dr)*(x122)+dr*(x222))) )

Referenced by DataPointMapping::mapScalar().

#define INT_3D_ORDER_2_R (   dr,
  ds,
  dt,
  x111,
  x211,
  x121,
  x221,
  x112,
  x212,
  x122,
  x222 
)
Value:
( \
((1.-dt)*((1.-ds)*((x211)-(x111))+ds*((x221)-(x121))) \
+ dt* ((1.-ds)*((x212)-(x112))+ds*((x222)-(x122))))*delta[0] )
#define INT_3D_ORDER_2_S (   dr,
  ds,
  dt,
  x111,
  x211,
  x121,
  x221,
  x112,
  x212,
  x122,
  x222 
)
Value:
( \
((1.-dt)*((1.-dr)*((x121)-(x111))+dr*((x221)-(x211))) \
+ dt *((1.-dr)*((x122)-(x112))+dr*((x222)-(x212))))*delta[1] )
#define INT_3D_ORDER_2_T (   dr,
  ds,
  dt,
  x111,
  x211,
  x121,
  x221,
  x112,
  x212,
  x122,
  x222 
)
Value:
( \
( (1.-dr)*((1.-ds)*((x112)-(x111))+ds*((x122)-(x121))) \
+ dr *((1.-ds)*((x212)-(x211))+ds*((x222)-(x221))) )*delta[2] )
#define q03 (   z)    (-oneSixth *((z)-1.)*((z)-2.)*((z)-3.))

Referenced by DataPointMapping::mapScalar().

#define q03d (   z)    ( -oneSixth*(11.+(z)*(-12.+3.*(z))))

Referenced by DataPointMapping::mapScalar().

#define q13 (   z)    ( .5*(z) *((z)-2.)*((z)-3.))

Referenced by DataPointMapping::mapScalar().

#define q13d (   z)    ( 3.+(z)*(-5.+1.5*(z)))

Referenced by DataPointMapping::mapScalar().

#define q1x (   i1,
  i2,
  i3,
  axis 
)
Value:
( a0* XY(i1 ,i2 ,i3 ,axis) \
+a1* XY(i1+1,i2 ,i3 ,axis) \
+a2* XY(i1+2,i2 ,i3 ,axis) \
+a3* XY(i1+3,i2 ,i3 ,axis) )

Referenced by DataPointMapping::mapScalar().

#define q1xr (   i1,
  i2,
  i3,
  axis 
)
Value:
( a0r*XY(i1 ,i2 ,i3 ,axis) \
+a1r*XY(i1+1,i2 ,i3 ,axis) \
+a2r*XY(i1+2,i2 ,i3 ,axis) \
+a3r*XY(i1+3,i2 ,i3 ,axis) )

Referenced by DataPointMapping::mapScalar().

#define q1xs (   i1,
  i2,
  i3,
  axis 
)
Value:
( a0* XY(i1 ,i2 ,i3 ,axis) \
+a1* XY(i1+1,i2 ,i3 ,axis) \
+a2* XY(i1+2,i2 ,i3 ,axis) \
+a3* XY(i1+3,i2 ,i3 ,axis) )
#define q1xt (   i1,
  i2,
  i3,
  axis 
)
Value:
( a0* XY(i1 ,i2 ,i3 ,axis) \
+a1* XY(i1+1,i2 ,i3 ,axis) \
+a2* XY(i1+2,i2 ,i3 ,axis) \
+a3* XY(i1+3,i2 ,i3 ,axis) )
#define q23 (   z)    (-.5*(z)*((z)-1.) *((z)-3.))

Referenced by DataPointMapping::mapScalar().

#define q23d (   z)    ( -1.5+(z)*(4.-1.5*(z)))

Referenced by DataPointMapping::mapScalar().

#define q2x (   i1,
  i2,
  i3,
  axis 
)
Value:
( b0*q1x(i1 ,i2 ,i3 ,axis) \
+b1*q1x(i1 ,i2+1,i3 ,axis) \
+b2*q1x(i1 ,i2+2,i3 ,axis) \
+b3*q1x(i1 ,i2+3,i3 ,axis) )

Referenced by DataPointMapping::mapScalar().

#define q2xr (   i1,
  i2,
  i3,
  axis 
)
Value:
( b0*q1xr(i1 ,i2 ,i3 ,axis) \
+b1*q1xr(i1 ,i2+1,i3 ,axis) \
+b2*q1xr(i1 ,i2+2,i3 ,axis) \
+b3*q1xr(i1 ,i2+3,i3 ,axis) )

Referenced by DataPointMapping::mapScalar().

#define q2xs (   i1,
  i2,
  i3,
  axis 
)
Value:
( b0r*q1xs(i1 ,i2 ,i3 ,axis) \
+b1r*q1xs(i1 ,i2+1,i3 ,axis) \
+b2r*q1xs(i1 ,i2+2,i3 ,axis) \
+b3r*q1xs(i1 ,i2+3,i3 ,axis))

Referenced by DataPointMapping::mapScalar().

#define q2xt (   i1,
  i2,
  i3,
  axis 
)
Value:
( b0*q1xt(i1 ,i2 ,i3 ,axis) \
+b1*q1xt(i1 ,i2+1,i3 ,axis) \
+b2*q1xt(i1 ,i2+2,i3 ,axis) \
+b3*q1xt(i1 ,i2+3,i3 ,axis) )
#define q33 (   z)    ( oneSixth*(z)*((z)-1.)*((z)-2.))

Referenced by DataPointMapping::mapScalar().

#define q33d (   z)    (oneSixth*(2.+(z)*(-6.+3.*(z))))

Referenced by DataPointMapping::mapScalar().

#define q3x (   i1,
  i2,
  i3,
  axis 
)
Value:
( c0*q2x(i1 ,i2 ,i3 ,axis) \
+c1*q2x(i1 ,i2 ,i3+1,axis) \
+c2*q2x(i1 ,i2 ,i3+2,axis) \
+c3*q2x(i1 ,i2 ,i3+3,axis) )

Referenced by DataPointMapping::mapScalar().

#define q3xr (   i1,
  i2,
  i3,
  axis 
)
Value:
( c0*q2xr(i1 ,i2 ,i3 ,axis) \
+c1*q2xr(i1 ,i2 ,i3+1,axis) \
+c2*q2xr(i1 ,i2 ,i3+2,axis) \
+c3*q2xr(i1 ,i2 ,i3+3,axis) )

Referenced by DataPointMapping::mapScalar().

#define q3xs (   i1,
  i2,
  i3,
  axis 
)
Value:
( c0*q2xs(i1 ,i2 ,i3 ,axis) \
+c1*q2xs(i1 ,i2 ,i3+1,axis) \
+c2*q2xs(i1 ,i2 ,i3+2,axis) \
+c3*q2xs(i1 ,i2 ,i3+3,axis) )

Referenced by DataPointMapping::mapScalar().

#define q3xt (   i1,
  i2,
  i3,
  axis 
)
Value:
( c0r*q2xt(i1 ,i2 ,i3 ,axis) \
+c1r*q2xt(i1 ,i2 ,i3+1,axis) \
+c2r*q2xt(i1 ,i2 ,i3+2,axis) \
+c3r*q2xt(i1 ,i2 ,i3+3,axis) )

Referenced by DataPointMapping::mapScalar().

#define R (   i,
  m 
)    rp[(i)+rDim0*(m)]
#define X (   i,
  m 
)    xp[(i)+xDim0*(m)]
#define XR (   i,
  m,
  n 
)    xrp[(i)+xrDim0*(m+xrDim1*(n))]
#define XY (   i1,
  i2,
  i3,
  m 
)    xyp[(i1)+xyDim0*(i2+xyDim1*(i3+xyDim2*(m)))]
#define XYRS2 (   i1,
  i2,
  i3,
  axis,
  dir 
)
Value:
(xy(i1+i1d(dir),i2+i2d(dir),i3,axis) \
-xy(i1-i1d(dir),i2-i2d(dir),i3,axis))*deltaByTwo[dir]
#define XYRS3 (   i1,
  i2,
  i3,
  axis,
  dir 
)
Value:
(xy(i1+i1d(dir),i2+i2d(dir),i3+i3d(dir),axis) \
-xy(i1-i1d(dir),i2-i2d(dir),i3-i3d(dir),axis))*deltaByTwo[dir]
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