21 int V_blendOnEntityDrv(int index, int etype, double *L, double mdrv[3]) {  in V_blendOnEntityDrv()  argument
47 int E_blendOnFaceDrv(int index[], int etype, double *L, double bdrv[2]) {  in E_blendOnFaceDrv()  argument
49     return F_edgeBlendTriDrv(index, L, bdrv);  in E_blendOnFaceDrv()
54 int F_edgeBlendTriDrv(int index[2], double *L, double drv[]) {  in F_edgeBlendTriDrv()  argument
58   r = L[0] ; s = L[1] ;  in F_edgeBlendTriDrv()
79 int E_blendOnRegionDrv(int index[], int etype, double *L, double bdrv[3]) {  in E_blendOnRegionDrv()  argument
81       return R_edgeBlendTetDrv(index, L, bdrv);  in E_blendOnRegionDrv()
86 int F_blendOnRegionDrv(int index[], int etype, double *L, double drv[3]) {  in F_blendOnRegionDrv()  argument
95 int R_edgeBlendTetDrv(int *index, double *L, double drv[]) {  in R_edgeBlendTetDrv()  argument
96   double r=L[0],s=L[1],t=L[2];  in R_edgeBlendTetDrv()
135 int R_faceBlendTetDrv(int *index, double *L, double drv[]) {  in R_faceBlendTetDrv()  argument
140     drv[0] = L[1]*L[2] ;  in R_faceBlendTetDrv()
141     drv[1] = L[0]*L[2] ;  in R_faceBlendTetDrv()
142     drv[2] = L[1]*L[0] ;  in R_faceBlendTetDrv()
144     drv[0] = L[2]*(1.0-2.0*L[0]-L[1]-L[2]);  in R_faceBlendTetDrv()
145     drv[1] = -L[0]*L[2] ;  in R_faceBlendTetDrv()
146     drv[2] = L[0]*(1.0-L[0]-L[1]-2.0*L[2]);  in R_faceBlendTetDrv()
148     drv[0] = L[1]*(1.0-2.0*L[0]-L[1]-L[2]);  in R_faceBlendTetDrv()
149     drv[1] = L[0]*(1.0-L[0]-2.0*L[1]-L[2]);  in R_faceBlendTetDrv()
150     drv[2] = -L[0]*L[1] ;  in R_faceBlendTetDrv()
152     drv[0] = -L[1]*L[2] ;  in R_faceBlendTetDrv()
153     drv[1] = L[2]*(1.0-L[0]-2.0*L[1]-L[2]);  in R_faceBlendTetDrv()
154     drv[2] = L[1]*(1.0-L[0]-L[1]-2.0*L[2]);  in R_faceBlendTetDrv()