Binary
- bm_royal_road_1(individual, order)
- Royal Road Function R1 as presented by Melanie Mitchellin “An introduction to Genetic Algorithms”.
- Parameters
individual (Individual) – The individual to be evaluated.
order (int) – The order of the royal road function.
- Returns
The value of the royal road function.
- Return type
- bm_royal_road_2(individual, order)
- Royal Road Function R2 as presented by Melanie Mitchellin “An introduction to Genetic Algorithms”.
- Parameters
individual (Individual) – The individual to be evaluated.
order (int) – The order of the royal road function.
- Returns
The value of the royal road function.
- Return type
- bm_chuang_f1(individual)
- Binary deceptive function by Chung-Yao Chuang and Wen-Lian Hsu from“Multivariate Multi-Model Approach for Globally Multimodal Problems”.The function has two global optima in [1,1,…,1] and [0,0,…,0].The individual has to be of 40 + 1 dimensions.
- Parameters
individual (Individual) – The individual to be evaluated.
- Returns
The value of the deceptive function.
- Return type
- bm_chuang_f2(individual)
- Binary deceptive function by Chung-Yao Chuang and Wen-Lian Hsu from“Multivariate Multi-Model Approach for Globally Multimodal Problems”.The function has four global optima in [1,1,…,0,0], [0,0,…,1,1],[1,1,…,1] and [0,0,…,0]. The individual has to be of 40 + 1 dimensions.
- Parameters
individual (Individual) – The individual to be evaluated.
- Returns
The value of the deceptive function.
- Return type
- bm_chuang_f3(individual)
- Binary deceptive function by Chung-Yao Chuang and Wen-Lian Hsu from“Multivariate Multi-Model Approach for Globally Multimodal Problems”.The function has two global optima in [1,1,…,1] and [0,0,…,0].The individual has to be of 40 + 1 dimensions.
- Parameters
individual (Individual) – The individual to be evaluated.
- Returns
The value of the deceptive function.
- Return type