/DFS/DETPLAN

N

is the direction of propagation. Detonation velocity (D) is taken from JWL material law. Lighting time is set to T_DET on the plane normal to

N

containing basis point P.

Format

(1)	(3)	(5)	(7)	(9)
/DFS/DETPLAN/`detplan_ID`/`unit_ID`
`X`_P	`Y`_P	`Z`_P	`T`_DET	`mat_ID`_DET
$N_{X}$	$N_{Y}$	$N_{Z}$

Field	Contents	SI Unit Example
`detplan_ID`	Detonator identifier. (Integer, maximum 10 digits)
`unit_ID`	Unit Identifier (Integer, maximum 10 digits)
`X`_P	X coordinate for basis point P Default = 0.0 (Real)	$[m]$
`Y`_P	Y coordinate for basis point P Default = 0.0 (Real)	$[m]$
`Z`_P	Z coordinate for basis point P Default = 0.0 (Real)	$[m]$
`T`_DET	Detonation time Default = 0.0 (Real)	$[s]$
`mat_ID`_DET	Explosive material number concerned by detonation time. = 0 All /MAT/LAW5 (JWL) material law are affected by the detonation time. (Integer)
$N_{X}$	X coordinate for propagation direction. (Real)	$[m]$
$N_{Y}$	Y coordinate for propagation direction. (Real)	$[m]$
$N_{Z}$	Z coordinate for propagation direction. (Real)	$[m]$

Detonation time is T_DET in plane containing basis point P.
It is possible to define multiple detonators with different types and lighting times.
If a detonation option is not defined, all JWL material law will instantaneously detonate.
Burn fractions are available in time history file with /TH/BRIC card and BFRAC keyword.
Detonation times can be written in the Starter output file for each JWL elements. Printout flag I_PRI ≥ 3 (/IOFLAG).