Table 2 Details of CEC-2022 benchmark functions.
From: Evaluation of modified fire hawk optimizer for new modification in double diode solar cell model
Functions | Dimension | Range | \(f_{best}\) |
|---|---|---|---|
Unimodal | |||
 Shifted and full Rotated Zakharov-(\(F_{1}\)) | 10/20 | \([-100,100]\) | 300 |
Multimodal | |||
 Shifted and full Rotated Rosenbrock’s-(\(F_{2}\) ) | 10/20 | \([-100,100]\) | 400 |
 Shifted and full Rotated Expanded Schaffer’s-(\(F_{3}\)) | 10/20 | \([-100,100]\) | 600 |
 Shifted and full Rotated Non-Continuous Rastrigin’s-(\(F_{4}\)) | 10/20 | \([-100,100]\) | 800 |
 Shifted and full Rotated Levy-(\(F_{5}\)) | 10/20 | \([-100,100]\) | 900 |
Hybrid | |||
 Hybrid 1 \((N=3)\)-(\(F_{6}\)) | 10/20 | \([-100,100]\) | 1800 |
 Hybrid 2 \((N=6)\)-(\(F_{7}\)) | 10/20 | \([-100,100]\) | 2000 |
 Hybrid 3 \((N=5)\)-(\(F_{8}\)) | 10/20 | \([-100,100]\) | 2200 |
Composition | |||
 Composition 1 \((N=5)\)-(\(F_{9}\)) | 10/20 | \([-100,100]\) | 2300 |
 Composition 2 \((N=4)\)-(\(F_{10}\) ) | 10/20 | \([-100,100]\) | 2400 |
 Composition 3 \((N=5)\)-(\(F_{11}\)) | 10/20 | \([-100,100]\) | 2600 |
 Composition 4 \((N=6)\)-(\(F_{12}\)) | 10/20 | \([-100,100]\) | 2700 |
