
<|begin_of_box|><thinking>First, I need to identify all components and their connections in the circuit. The circuit contains a voltage source (V1), an inductor (L1), a resistor (R1), and a voltage-controlled current source. 

1. **Voltage Source (V1)**: Connected between node 0 (negative terminal) and node 4 (positive terminal). In SPICE, this is represented as `V1 0 4`.

2. **Inductor (L1)**: Connected between node 0 (negative terminal, as indicated by the "-" sign near node 0) and node 1 (positive terminal, as indicated by the "+" sign near node 1). This is written as `L1 0 1`.

3. **Resistor (R1)**: Connected between node 4 and node 2. This is straightforward: `R1 4 2`.

4. **Voltage-Controlled Current Source**: The source is controlled by the voltage \( V_0 \), which is the voltage across the inductor L1 (i.e., \( V(0,1) \)). The current direction is from node 2 to node 1 (as shown by the arrow pointing left). In SPICE, a voltage-controlled current source uses the `G` element, with the controlling voltage specified as `V(0,1)` and the gain `x1`. Thus, it is `G1 2 1 VALUE {x1*V(0,1)}`.

All components are accounted for, and node connections are verified to match the schematic.</thinking>
<answer>V1 0 4
L1 0 1
R1 4 2
G1 2 1 VALUE {x1*V(0,1)}</answer>