The Seica export creates a package of files (.alf/.inf/.nod/.par/.sha/.shi) that contain all available component and net information to easily create the test program in the VIVA Software of Seica.

Following export settings are possible:

• Additional Channel Offset: If a channel is set by AutoSetChannels or TryToParseChannelNumberFromComment, this channel will be incremented by this offset (e.g. AdditionalChannelOffset=1 => Channel 100 will be exported as 101)
• Auto Set Channels: Set a unique channel number per Forced/Alternative Probe (if TryToParseChannelNumberFromComment=false)
• Try to Parse Channel Number from Comment: If the channel number is stated in the comment of the probes, this number will be used in the Seica export. (AutoSetChannels will not be used!)
• Side Switch: If true, the PCB will be checked from bottom up
• Rotation: If >0, the PCB will be rotated clockwise by this angle (e.g. 90°) after applying the SideSwitch command (if SideSwitch=true)
• Resistor Macro Name: Macro name for Resistor (Value from Property: %PROP_NAME%)
• Capacitor Macro Name: Macro name for Capacitor (Value from Property: %PROP_NAME%)
• Inductor Macro Name: Macro name for Inductor (Value from Property: %PROP_NAME%)
• Diode Macro Name: Macro name for Diode (Value from Property: %PROP_NAME%)
• LED Macro Name: Macro name for LED (Value from Property: %PROP_NAME%)
• Zener Macro Name: Macro name for Zener (Value from Property: %PROP_NAME%)
• Transistor (NPN) Macro Name: Macro name for NPN Transistors (Value from Property: %PROP_NAME%)
• Transistor (PNP) Macro Name: Macro name for PNP Transistors (Value from Property: %PROP_NAME%)
• Mosfets (N) Macro Name: Macro name for N-Channel Mosfets (Value from Property: %PROP_NAME%)
• Mosfets (P) Macro Name: Macro name for P-Channel Mosfets (Value from Property: %PROP_NAME%)
• Jumper (Open) Macro Name: Macro name for Open Jumper (Value from Property: %PROP_NAME%)
• Jumper (Closed) Macro Name: Macro name for Closed Jumper (Value from Property: %PROP_NAME%)
• Switch (Open) Macro Name: Macro name for Open Switch (Value from Property: %PROP_NAME%)
• Switch (Closed) Macro Name: Macro name for Closed Switch (Value from Property: %PROP_NAME%)
• Potentiometer Macro Name: Macro name for Potentiometer (Value from Property: %PROP_NAME%)
• Fuse Macro Name: Macro name for Fuse (Value from Property: %PROP_NAME%)
• Opto Photo Coupler Macro Name: Macro name for Opto Photo Coupler (Value from Property: %PROP_NAME%)
• ICOpen Macro Name: Macro name for ICOpen (Value from Property: %PROP_NAME%)
• Pin2GND Macro Name: Macro name for Pin2GND (Value from Property: %PROP_NAME%)
• Pin2GND+ICOpen Macro Name: Macro name for Pin2GND AND ICOpen (Value from Property: %PROP_NAME%)
• Standard Macro Name: Macro name for Components without Test Models (Value from Property: %PROP_NAME%)
• Standard Device Name: Device name for Components without Test Models (Value from Property: %PROP_NAME%)
• Multi Model Macro Name: Macro name for Components with more than one Test Model (Value from Property: %PROP_NAME%)
• Multi Model Device Name: Device name for Components with more than one Test Model (Value from Property: %PROP_NAME%)
• Not mounted Macro Name: Macro name for Components that are 'ignored in output' (Value from Property: %PROP_NAME%)
• Not mounted Device Name: Device name for Components that are 'ignored in output' (Value from Property: %PROP_NAME%)
• Special Macro/Device Rules: Rules to define the Macro and Device according to a property value. Overrides all other Macro/Device settings
• Pin2Pin Max Distance (MM): Maximum distance for pins of different nets to be tested for short circuit (µm)
• Standard Diode Test Value (mV): Test value for standard diodes in mV
• Standard Diode Tolerance: Tolerance for standard diodes (%)
• Schottky Diode Test Value (mV): Test value for schottky diodes in mV
• Schottky Diode Tolerance: Tolerance for schottky diodes (%)
• LED Diode Test Value (mV): Test value for LED diodes in mV
• LED Diode Tolerance: Tolerance for LED diodes (%)
• Inductor Tolerance Addition (%): Inductor Tolerance Addition in %
• Resistor Tolerance Addition (%): Resistor Tolerance Addition in %
• Capacitor Tolerance Addition (%): Capacitor Tolerance Addition in %