IC Workbench

The IC Workbench is a block added by Project Red. It is used to design new redstone circuits (see Usage). The designed circuit can be formed into an IC Chip with the IC Printer and then to an IC Gate.

If the mod MineChem is installed, then you can decompose the IC Workbench with the Chemical Decomposer into 432 Iron (Fe) and possibily Cellulose based on its wood content.

Usage
To design a new redstone circuit, place an IC Blueprint with a right-click on the top of the table. A further right-click on the bench opens the GUI which is displayes like in picture 1.

To start a new board click on the Redraw button on the right. This opens a small window in which you can select the size of the circuit board (shown in picture 2). At the bottom of the window you can enter a name of the new circuit which is then displayed on the IC Blueprint, the IC Chip and the final IC Gate. Now you can click start and the empty board is displayed in the middle of the GUI (like eg. in picture 3).

On this board you can draw many different redstone wires, gates and other functions, which are displayed at the bottom of the GUI. The yellow border on the board indicates the interface between the internal circuit and the cables, which can later be connected in the world at the gate.

If the circuit is finished, then leave the GUI and shift-right-click on the bench to obtain the created blueprint.

In the following all options at the bottom from left to right:
 * 1) Erase: Click to erase the option on the cursor
 * 2) Debug:
 * 3) Torch: Allows placement of Redstone Torchs for active redstone signals
 * 4) Leaver: Allows placement of Levers to switch a redstone signal
 * 5) Buttom: Allows placement of Buttoms to switch a redstone signal
 * 6) Alloy wire: Allows placement of Red Alloy Wires (connects to all wires and cables)
 * 7) Alloy wire: Allows placement of Insulated Wires in all collours to avoid connections to each other
 * 8) Alloy wire: Allows placement of Bundled Cables without colour respectively in all collours to avoid connections to each other
 * 9) IOs:
 * 10) Simple IO: Creates an IO for Red Alloy Wires on the yellow border
 * 11) Bundled IO: Creates an IO for Bundled Cables on the yellow border
 * 12) Analog IO: Creates an IO for Redstone on the yellow border
 * 13) Simple gates with the same functions as the major:
 * 14) OR Gate
 * 15) NOR Gate
 * 16) NOT Gate
 * 17) AND Gate
 * 18) NAND Gate
 * 19) XOR Gate
 * 20) XNOR Gate
 * 21) Buffer Gate
 * 22) Multiplexer
 * 23) Special gates:
 * 24) Pulse Former
 * 25) Repeater
 * 26) Timer
 * 27) Sequencer
 * 28) State Cell
 * 29) Latches:
 * 30) State Cell
 * 31) Toggle Latch
 * 32) Transparent Latch
 * 33) Cells:
 * 34) Null Cell
 * 35) Invert Cell
 * 36) Buffer Cell
 * 37) Misc:
 * 38) Randomizer
 * 39) Counter
 * 40) Synchronizer
 * 41) Decoding Randomizer