Ranking at depth 13
Model's reasoning and response:
To solve this problem, we need to evaluate each state based on how many of the goal constraints are satisfied. The goal is to have:

- Curb_0 with car_0
- Curb_1 with car_1
- Curb_2 with car_2
- Curb_3 with car_3

Let's evaluate each state:

### State 115
- Curb_0 has car_0 (satisfied)
- Curb_1 is empty (not satisfied)
- Curb_2 has car_3 with car_2 double parked (not satisfied)
- Curb_3 has car_1 (not satisfied)

**Constraints satisfied: 1**

### State 116
- Curb_0 has car_0 (satisfied)
- Curb_1 has car_2 with car_1 double parked (not satisfied)
- Curb_2 has car_3 (not satisfied)
- Curb_3 is empty (not satisfied)

**Constraints satisfied: 1**

### State 117
- Curb_0 has car_0 with car_1 double parked (not satisfied)
- Curb_1 has car_2 (not satisfied)
- Curb_2 has car_3 (not satisfied)
- Curb_3 is empty (not satisfied)

**Constraints satisfied: 0**

### State 118
- Curb_0 has car_0 with car_1 double parked (not satisfied)
- Curb_1 has car_2 (not satisfied)
- Curb_2 has car_3 (not satisfied)
- Curb_3 is empty (not satisfied)

**Constraints satisfied: 0**

### State 119
- Curb_0 has car_0 (satisfied)
- Curb_1 is empty (not satisfied)
- Curb_2 has car_3 with car_2 double parked (not satisfied)
- Curb_3 has car_1 (not satisfied)

**Constraints satisfied: 1**

### State 120
- Curb_0 has car_0 (satisfied)
- Curb_1 has car_2 (not satisfied)
- Curb_2 has car_3 with car_1 double parked (not satisfied)
- Curb_3 is empty (not satisfied)

**Constraints satisfied: 1**

### State 121
- Curb_0 has car_0 (satisfied)
- Curb_1 has car_2 (not satisfied)
- Curb_2 has car_3 (not satisfied)
- Curb_3 has car_1 (not satisfied)

**Constraints satisfied: 1**

### State 122
- Curb_0 has car_0 (satisfied)
- Curb_1 has car_2 (not satisfied)
- Curb_2 has car_3 (not satisfied)
- Curb_3 has car_1 (not satisfied)

**Constraints satisfied: 1**

### Ranking
Since all states except 117 and 118 satisfy 1 constraint, and 117 and 118 satisfy 0 constraints, the ranking is based on the number of constraints satisfied:

```ranking
115, 116, 119, 120, 121, 122, 117, 118
```

Final ranking:
Rank 1: State ID 115
State Description: Curb_0 contains car_0, clear. Curb_1 is empty, clear. Curb_2 contains car_3, not clear, with car_2 double parked behind it. Curb_3 contains car_1, clear. Car_0 is parked and clear. Car_1 is parked and clear. Car_2 is double parked behind car_3, clear. Car_3 is parked, not clear.

Rank 2: State ID 116
State Description: Curb_0 contains car_0, clear. Curb_1 contains car_2 with car_1 double-parked behind it. Car_2 is not clear, car_1 is clear. Curb_2 contains car_3, clear. Curb_3 is empty and clear. Car_0 is parked and clear. Car_1 is double-parked and clear. Car_2 is parked and not clear. Car_3 is parked and clear.

Rank 3: State ID 119
State Description: Curb_0 has car_0 parked, clear. Curb_1 is empty, clear. Curb_2 has car_3 parked with car_2 double parked behind it, car_3 not clear, car_2 clear. Curb_3 has car_1 parked, clear. Car_0 is parked, clear. Car_1 is parked, clear. Car_2 is double parked, clear. Car_3 is parked, not clear.

Rank 4: State ID 120
State Description: Curb_0 has car_0 parked, clear. Curb_1 has car_2 parked, clear. Curb_2 has car_3 parked with car_1 double parked behind it, making car_3 not clear. Curb_3 is empty. Car_0 is parked, clear. Car_1 is double parked, clear. Car_2 is parked, clear. Car_3 is parked, not clear.

Rank 5: State ID 121
State Description: Curb_0 has car_0 parked, clear. Curb_1 has car_2 parked, clear. Curb_2 has car_3 parked, clear. Curb_3 has car_1 parked, clear.

Rank 6: State ID 122
State Description: Curb_0 has car_0 parked, clear. Curb_1 has car_2 parked, clear. Curb_2 has car_3 parked, clear. Curb_3 has car_1 parked, clear.

Rank 7: State ID 117
State Description: Curb_0 contains car_0 with car_1 double parked (car_0 not clear, car_1 clear). Curb_1 contains car_2, clear. Curb_2 contains car_3, clear. Curb_3 is empty. Car_0 has car_1 behind it. Car_1 is clear. Car_2 is parked and clear. Car_3 is parked and clear.

Rank 8: State ID 118
State Description: Curb_0 has car_0 parked, with car_1 double parked behind it. Car_0 is not clear, car_1 is clear. Curb_1 has car_2 parked, clear. Curb_2 has car_3 parked, clear. Curb_3 is empty, clear. Car_0 is not clear. Car_1 is clear. Car_2 is clear. Car_3 is clear.

