ops.maximum/minimum 与nan值比较未返回nan

#### 1.Describe the current behavior / 问题描述 (Mandatory / 必填) ops.maximum/minimum 与nan值比较未返回nan #### 2.Environment / 环境信息 (Mandatory / 必填) - **Hardware Environment / 硬件环境(Mandatory / 必填)**: Hardware (Mac CPU) 样例： | 后端类型| 硬件具体类别 | | --- | --- | | CPU| Mac CPU| - **Software Environment / 软件环境 (Mandatory / 必填)**: | Software | Version(根据实际修改，必填)| | --- | --- | | MindSpore | MindSpore 2.4.10 | | Python | Python 3.9.18 | #### 3.Related testcase / 关联用例 (Mandatory / 必填) input = mindspore.tensor([float("nan"), -3, 9]) other = mindspore.tensor([[4, -2, float("nan")], [-3, -5, 10]]) output1 = mindspore.ops.maximum(input, other) output2 = mindspore.ops.minimum(input, other) print(output1) print(output2) [[ 4. -2. nan] [-3. -3. 10.]] [[ 4. -3. nan] [-3. -5. 9.]] #### 4.Steps to reproduce the issue / 重现步骤 (Mandatory / 必填) 执行上述用例 #### 5.Describe the expected behavior / 预期结果 (Mandatory / 必填) 预期与nan计算时返回nan #### 6.Related log / screenshot / 日志 / 截图 (Mandatory / 必填) input = mindspore.tensor([float("nan"), -3, 9]) other = mindspore.tensor([[4, -2, float("nan")], [-3, -5, 10]]) output1 = mindspore.ops.maximum(input, other) output2 = mindspore.ops.minimum(input, other) print(output1) print(output2) [[ 4. -2. nan] [-3. -3. 10.]] [[ 4. -3. nan] [-3. -5. 9.]] ### #### 7.Special notes for this issue/备注 (Optional / 选填) **【定位人】**林鑫