Ok, thank you!
That's what I see in the report from Synopsys ICC:
Name.........Reference.....Type..... Cap........Trans ...others results...
/DFF/CP.......DFF12LVT.......in.......0.0013....0.100
/DFF/Q........DFF12LVT......out......0.0000....0.038
/n46................net.....................0.0645
/AND/A2.......AND4LVT.......in.......0.0019....0.107
/AND/Z.........AND4LVT......out......0.0000....0.039
/n22................................net.....0.0035
/OR/A2.........AND4LVT........in......0.0010....0.039
/OR/Z...........AND4LVT.......out.....0.0000....0.032
For example, the Trans time for DFF/Q and AND/A2 connected to the same net /n46 is different (0.038 and 0.107).
And what I expect to see (for example):
Name.........Reference.....Type..... Cap........Trans ...others results...
/DFF/CP.......DFF12LVT.......in.......0.0013....0.100
/DFF/Q........DFF12LVT......out......0.0000....0.107
/n46................net.....................0.0645
/AND/A2.......AND4LVT.......in.......0.0019....0.107
/AND/Z.........AND4LVT......out......0.0000....0.039
/n22................................net.....0.0035
/OR/A2.........AND4LVT........in......0.0010....0.039
/OR/Z...........AND4LVT.......out.....0.0000....0.032
Here, the the Trans time for DFF/Q and AND/A2 connected to the same net /n46 is same (0.107), and as I can understand, it is physically correct.
So, the question is why in the ICC report I see unequal transition time for out and input (they have the same Rise direction).