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Internal coordinates coincide with the user coordinates when a Cartesian reference system is used. If polar coordinates are used, then the POLAR_TO_INTERNAL procedure should be used for the conversion.
The coordinates should be specified as constants, variables or expressions that are or evaluate to Numbers.
The time is expressed in microsec.
This parameter should be a global variable, not a constant nor an expression. The global may exist prior to the call, but doesn't have to. If the global exists, the value it has before the call will be lost.
The diffusion is integrated over the trajectory using a method described under diffusion.
The diffusion is expressed in microsec.
This parameter should be a global variable, not a constant nor an expression. The global may exist prior to the call, but doesn't have to. If the global exists, the value it has before the call will be lost.
The integration technique of the Townsend coefficient is described under multiplication.
The multiplication is a dimensionless number.
This parameter should be a global variable, not a constant nor an expression. The global may exist prior to the call, but doesn't have to. If the global exists, the value it has before the call will be lost.
The integration technique of the attachment coefficient is described under attachment.
The attachment is a dimensionless number.
This parameter should be a global variable, not a constant nor an expression. The global may exist prior to the call, but doesn't have to. If the global exists, the value it has before the call will be lost.
Formatted on 0103-05-16 at 14:05.