15.2.5 MODIFY MEDIA commands
S_NAME
No_of_It
<Heating_Time>
It invokes a single construction of average dissipated power pattern starting at the current iterations and lasting for No_of_It iterations. This will be followed by updating the enthalpy and temperature patterns and re-calculating the lcsm matrices. The heating time step is given in <Heating_Time> field.
S_NAME
No_of_It
<Heating_Time>
<X_Origin>
<Y_Origin>
<Angular_Angle>
SH3_NAME
It invokes a single construction of average dissipated power pattern starting at the current iteration. This will be followed by updating the enthalpy and temperature patterns and re-calculating the lcsm matrices. The duration of the pattern construction is specified in the No_of_It field, and the heating time step in <Heating_Time> field. The load will be rotated in subcircuit S_NAME with the origin of rotation <X_Origin>, <Y_Origin>, rotation angle <Angular_Angle> and corresponding new shape file SH3_NAME.
· Modify_Media_Parameters_Rot_Ext
S_NAME
No_of_It
<Heating_Time>
<Movement_type> [<Movement_type> ....]
<X_Origin_or_Shift> [<X_Origin Origin_or_Shift >...]
<Y_Origin Origin_or_Shift > [<Y_Origin Origin_or_Shift >...]
<Angular_Angle> <Angular_Angle>
SH3_NAME
This task extends Modify_Media_Parameters_Rot in two ways. Firstly, it allows considering more than one moving object in a scenario, however, regions covered by movements of these objects must be non-overlapping. Secondly, it allows two types of movements: rotation around an axis parallel to the z-axis or as translation along an arbitrary piece-wise linear trajectory in the xy-plane.
It invokes a single construction of average dissipated power pattern starting at the current iteration. This will be followed by updating the enthalpy and temperature patterns and re-calculating the lcsm matrices. The duration of the pattern construction is specified in the No_of_It field, and the heating time step in <Heating_Time> field.
The load(s) will be moved in subcircuit S_NAME. Consecutive keywords <Movement_type> describe types of movement for consecutive moving loads. The number of these keywords is equal to the number of moving objects. There are two possible keywords: Rota (for rotation) and Tran (for translation).
Consecutive three lines contain parameters of the movements. Each line must have as many entries as there are <Movement_type> keywords. The <X_Origin_or_Shift> and <Y_Origin_or_Shift> denote position of the axis of rotation for Rota or load shifts in x- and y-direction for Tran. <Angular_Angle> denotes the angle of rotation for Rota and should be 0 for Tran.
External limits of the volumes wherein the consecutive movements are constrained must be defined in a separate project_name.mv3 file in the project directory. The new shape (after all movements are completed) is described in SH3_NAME file.
· Modify_Media_Parameters_Multiple
Decomposed into a sequence of periodically performed Modify_Media_Parameters from *.pmo file. Applicable for usage with QW-BHM module. It is available only in Breakpoints and there is no separate task.
· Modify_Media_Parameters_Multiple_T
An extension to Modify_Media_Parameters_Multiple, in that the pattern of one selected component is saved after each Modify_Media_Parameters. Applicable for usage with QW-BHM module. It is available only in Breakpoints and there is no separate task.
· Change_Excitation_Parameters
S_NAME
<Port_Name1> [<Port_Name2>...]
<Port_Freq1> [<Port_Freq2>...]
<Port_Amp1> [<Port_Amp2>...]
<Port_Delay1> [<Port_Delay2>...]
Sets frequency (Port_Freq1), amplitude (Port_Amp1) and delay (Port_Delay1) in port of name Port_Name1 and consecutively in the next ports (if parameters are present) in subcircuit S_NAME.