####################################################################################################################################### # # # C O M B I N A I S O N D E D E U X S U R F A C E S # # P A R L A M E T H O D E D E S P R O J E C T O R S : # # # # # # Author of '$xiirs/.PROK.B1.1.$U' : # # # # Jean-Francois Colonna (LACTAMME, 20191029100028). # # # ####################################################################################################################################### $Z setParam _____ArgsP1 "$K_VIDE" $Z setParam _____ArgsS1 "$K_VIDE" $Z setParam _____ArgsP2 "$K_VIDE" $Z setParam _____ArgsS2 "$K_VIDE" $Z setParam _____ArgsS_ADD2 "$K_VIDE" $Z setParam _____ArgsS_MUL2 "$K_VIDE" $Z setParam _____ArgsS_MAX2 "$K_VIDE" $Z setParam _____ArgsS_MINMAX "$K_VIDE" $Z # Parametre introduit le 20191030115641... # $Z $xrs/project2D.01$Z $_____Surface1$X $_____Projection_R1 "$_____ArgsP1" $Z $xci/XYZ_RVB.11$Z $_____Projection_R1 $_____Projection_R1$COORD_X$COORD_Y$COORD_Z $Z $xrs/project2D.02$Z $_____Projection_R1 $_____ImageR1 "$_____ArgsS1" $Z # Definition de la surface 1. # $Z $xrs/project2D.01$Z $_____Surface2$X $_____Projection_R2 "$_____ArgsP2" $Z $xci/XYZ_RVB.11$Z $_____Projection_R2 $_____Projection_R2$COORD_X$COORD_Y$COORD_Z $Z $xrs/project2D.02$Z $_____Projection_R2 $_____ImageR2 "$_____ArgsS2" $Z # Definition de la surface 2. # $Z execXYZ $xci/somme_02$X A1=$_____Projection_R1%s \ $Z A2=$_____Projection_R2%s \ $Z standard=FAUX \ $Z R=$_____Projection_ADD2%s \ $Z $formatI $Z $xci/XYZ_RVB.11$Z $_____Projection_ADD2 $_____Projection_ADD2$COORD_X$COORD_Y$COORD_Z $Z $xrs/project2D.02$Z $_____Projection_ADD2 $_____ImageR_ADD2 "$_____ArgsS_ADD2" $Z # Somme des surfaces 1 et 2. # $Z execXYZ $xci/multi_02.01$X A1=$_____Projection_R1%s \ $Z A2=$_____Projection_R2%s \ $Z standard=FAUX \ $Z R=$_____Projection_MUL2%s \ $Z $formatI $Z $xci/XYZ_RVB.11$Z $_____Projection_MUL2 $_____Projection_MUL2$COORD_X$COORD_Y$COORD_Z $Z $xrs/project2D.02$Z $_____Projection_MUL2 $_____ImageR_MUL2 "$_____ArgsS_MUL2" $Z # Produit des surfaces 1 et 2. # $Z execXYZ $xci/maximum$X A1=$_____Projection_R1%s \ $Z A2=$_____Projection_R2%s \ $Z standard=FAUX \ $Z R=$_____Projection_MAX2%s \ $Z $formatI $Z $xci/XYZ_RVB.11$Z $_____Projection_MAX2 $_____Projection_MAX2$COORD_X$COORD_Y$COORD_Z $Z $xrs/project2D.02$Z $_____Projection_MAX2 $_____ImageR_MAX2 "$_____ArgsS_MAX2" $Z # Maximum des surfaces 1 et 2. # $Z execXYZ $xci/minmax$X A1=$_____Projection_R1%s \ $Z A2=$_____Projection_R2%s \ $Z standard=FAUX \ $Z R=$_____Projection_MINMAX%s \ $Z $formatI $Z $xci/XYZ_RVB.11$Z $_____Projection_MINMAX $_____Projection_MINMAX$COORD_X$COORD_Y$COORD_Z $Z $xrs/project2D.02$Z $_____Projection_MINMAX $_____ImageR_MINMAX "$_____ArgsS_MINMAX" $Z # MinMax des surfaces 1 et 2 (introduit le 20191030115641...). # $Z set CoMpOsAnTeS="$COORD_X $COORD_Y $COORD_Z $COORD_X $COORD_Y $COORD_Z" $Z $xci/acces_RVB.42$Z $_____Projection_R1 $_____Projection_R1 $CoMpOsAnTeS $Z $xci/acces_RVB.42$Z $_____Projection_R2 $_____Projection_R2 $CoMpOsAnTeS $Z $xci/acces_RVB.42$Z $_____Projection_ADD2 $_____Projection_ADD2 $CoMpOsAnTeS $Z $xci/acces_RVB.42$Z $_____Projection_MUL2 $_____Projection_MUL2 $CoMpOsAnTeS $Z $xci/acces_RVB.42$Z $_____Projection_MAX2 $_____Projection_MAX2 $CoMpOsAnTeS $Z $xci/acces_RVB.42$Z $_____Projection_MINMAX $_____Projection_MINMAX $CoMpOsAnTeS