70 if (co.
c == 0x0) co.
fait() ;
77 if (co.
c == 0x0) co.
fait() ;
89 if (c1.
c == 0x0) c1.
fait() ;
90 if (c2.
c == 0x0) c2.
fait() ;
93 return (*(c1.
c)) + (*(c2.
c)) ;
98 if (co.
c == 0x0) co.
fait() ;
100 return (*(co.
c)) + mt ;
105 if (co.
c == 0x0) co.
fait() ;
107 return mt + (*(co.
c)) ;
117 if (c1.
c == 0x0) c1.
fait() ;
118 if (c2.
c == 0x0) c2.
fait() ;
121 return (*(c1.
c)) - (*(c2.
c)) ;
126 if (co.
c == 0x0) co.
fait() ;
128 return (*(co.
c)) - mt ;
133 if (co.
c == 0x0) co.
fait() ;
135 return mt - (*(co.
c)) ;
145 if (c1.
c == 0x0) c1.
fait() ;
146 if (c2.
c == 0x0) c2.
fait() ;
149 return (*(c1.
c)) * (*(c2.
c)) ;
155 if (c2.
c == 0x0) c2.
fait() ;
158 return (m1) * (*(c2.
c)) ;
164 if (c2.
c == 0x0) c2.
fait() ;
167 return (m1) * (*(c2.
c)) ;
Base_val operator*(const Base_val &, const Base_val &)
This operator is used when calling multiplication or division of Valeur .
Mtbl * c
The coordinate values at each grid point.
Cmp operator+(const Cmp &)
Active physical coordinates and mapping derivatives.
void fait() const
Computes, at each point of the grid, the value of the coordinate or mapping derivative represented by...
Cmp operator-(const Cmp &)
- Cmp