| "{\"expression\": \"safe_add(safe_add(safe_add(cos(sin(safe_add(tanh(x), cos(safe_add(safe_sqrt(x), safe_add(y, cos(safe_sub(cos(cos(safe_mul(x, safe_add(x, one)))), x)))))))), mean(safe_exp(x))), tanh(safe_sub(safe_mul(safe_mul(one, sigmoid(safe_add(x, safe_add(x, one)))), sin(safe_exp(safe_sqrt(safe_sub(safe_div(safe_add(zero, sin(half)), half), safe_div(safe_add(safe_mul(safe_div(one, cos(safe_mul(safe_div(safe_div(safe_sub(safe_add(safe_div(zero, sin(half)), tanh(safe_mul(safe_mul(safe_mul(y, sin(safe_div(y, safe_add(y, sin(safe_add(tanh(cos(cos(safe_mul(safe_sub(safe_mul(zero, half), sin(safe_exp(tanh(tanh(safe_mul(safe_sub(safe_add(cos(sin(safe_mul(safe_mul(safe_mul(y, sin(safe_div(y, safe_div(y, cos(safe_add(safe_mul(half, tanh(half)), x)))))), half), one))), sin(safe_sub(y, safe_mul(relu(safe_div(one, one)), cos(safe_div(safe_add(zero, tanh(half)), x)))))), half), one)))))), half)))), safe_div(zero, tanh(half)))))))), sin(half)), one))), one), cos(safe_sub(y, safe_div(y, cos(safe_add(tanh(sin(sin(safe_add(safe_sub(zero, tanh(half)), x)))), x)))))), safe_sub(safe_exp(safe_sqrt(half)), cos(sin(safe_sqrt(safe_exp(cos(safe_add(x, safe_div(x, one))))))))), one))), one), one), x)))))), x))), y)\"}" |