如何查看挠跨比检验结果？& Output 里的ratio指代的是？

老师您好，在针对日本规范AIJ 05，执行分析之后，我想要判断是否所有杆件符合挠跨比250，但是并没有在output里找到DFF这一值的output，另外想请问图1 红框里的Ratio指代的是什么呢？谢谢  

以下附上我的command file 

STAAD SPACE DXF IMPORT OF BF2.DXF
START JOB INFORMATION
ENGINEER DATE 23-Nov-21
END JOB INFORMATION
SET Z UP
INPUT WIDTH 79
UNIT METER KN
JOINT COORDINATES
1 13508.6 -13508.6 -13450; 2 13508.6 -13508.6 -13437.5;
3 13507.4 -13507.4 -13435.9; 4 13508.6 -13517.7 -13450;
5 13508.6 -13517.7 -13437.5; 6 13507.4 -13518.9 -13435.9;
7 13518.9 -13518.9 -13435.9; 8 13517.7 -13517.7 -13437.5;
9 13517.7 -13517.7 -13450; 10 13517.7 -13508.6 -13450;
11 13517.7 -13508.6 -13437.5; 12 13518.9 -13507.4 -13435.9;
13 13507.4 -13513.2 -13435.9; 14 13513.2 -13507.4 -13435.9;
15 13518.9 -13513.2 -13435.9; 16 13513.2 -13518.9 -13435.9;
17 13504.1 -13504.1 -13436.1; 18 13502.2 -13502.2 -13436.3;
19 13504.1 -13522.2 -13436.1; 20 13502.2 -13524.1 -13436.3;
21 13522.2 -13522.2 -13436.1; 22 13524.1 -13524.1 -13436.3;
23 13522.2 -13504.1 -13436.1; 24 13524.1 -13502.2 -13436.3;
25 13504.1 -13507.4 -13436.1; 26 13502.2 -13507.4 -13436.3;
27 13504.1 -13513.2 -13436.1; 28 13502.2 -13513.2 -13436.3;
29 13504.1 -13518.9 -13436.1; 30 13502.2 -13518.9 -13436.3;
31 13522.2 -13507.4 -13436.1; 32 13524.1 -13507.4 -13436.3;
33 13522.2 -13513.2 -13436.1; 34 13524.1 -13513.2 -13436.3;
35 13522.2 -13518.9 -13436.1; 36 13524.1 -13518.9 -13436.3;
37 13518.9 -13504.1 -13436.1; 38 13518.9 -13502.2 -13436.3;
39 13513.2 -13504.1 -13436.1; 40 13513.2 -13502.2 -13436.3;
41 13507.4 -13504.1 -13436.1; 42 13507.4 -13502.2 -13436.3;
43 13518.9 -13522.2 -13436.1; 44 13518.9 -13524.1 -13436.3;
45 13513.2 -13522.2 -13436.1; 46 13513.2 -13524.1 -13436.3;
47 13507.4 -13522.2 -13436.1; 48 13507.4 -13524.1 -13436.3;
49 13504.1 -13504.1 -13437.3; 50 13507.9 -13504.1 -13437.3;
51 13504.1 -13507.9 -13437.3; 52 13522.2 -13504.1 -13437.3;
53 13522.2 -13507.9 -13437.3; 54 13518.4 -13504.1 -13437.3;
55 13522.2 -13522.2 -13437.3; 56 13518.4 -13522.2 -13437.3;
57 13522.2 -13518.4 -13437.3; 58 13504.1 -13522.2 -13437.3;
59 13504.1 -13518.4 -13437.3; 60 13507.9 -13522.2 -13437.3;
61 13507.4 -13513.2 -13438.6; 62 13513.2 -13518.9 -13438.6;
63 13518.9 -13513.2 -13438.6; 64 13513.2 -13507.4 -13438.6;
MEMBER INCIDENCES
1 1 2; 2 2 3; 3 4 5; 4 5 6; 5 7 8; 6 8 9; 7 10 11; 8 11 12; 9 3 13; 10 6 13;
11 12 14; 12 3 14; 13 7 15; 14 12 15; 15 6 16; 16 7 16; 17 3 17; 18 17 18;
19 19 20; 20 6 19; 21 21 22; 22 7 21; 23 23 24; 24 12 23; 25 25 26; 26 3 25;
27 27 28; 28 13 27; 29 29 30; 30 6 29; 31 31 32; 32 12 31; 33 33 34; 34 15 33;
35 35 36; 36 7 35; 37 37 38; 38 12 37; 39 39 40; 40 14 39; 41 41 42; 42 3 41;
43 43 44; 44 7 43; 45 45 46; 46 16 45; 47 47 48; 48 6 47; 49 18 26; 50 26 28;
51 28 30; 52 20 30; 53 24 38; 54 38 40; 55 40 42; 56 18 42; 57 22 36; 58 34 36;
59 32 34; 60 24 32; 61 20 48; 62 46 48; 63 44 46; 64 22 44; 65 2 49; 66 2 50;
67 2 51; 68 11 52; 69 11 53; 70 11 54; 71 8 55; 72 8 56; 73 8 57; 74 5 58;
75 5 59; 76 5 60; 77 58 59; 78 58 60; 79 55 56; 80 55 57; 81 52 53; 82 52 54;
83 49 50; 84 49 51; 85 28 61; 86 26 61; 87 30 61; 88 46 62; 89 48 62; 90 44 62;
91 34 63; 92 36 63; 93 32 63; 94 40 64; 95 38 64; 96 42 64; 97 11 64; 98 2 64;
99 2 61; 100 5 61; 101 5 62; 102 8 62; 103 8 63; 104 11 63; 105 18 49;
106 42 50; 107 26 51; 108 24 52; 109 32 53; 110 38 54; 111 22 55; 112 44 56;
113 36 57; 114 20 58; 115 30 59; 116 48 60; 117 14 64; 118 15 63; 119 16 62;
120 13 61; 121 11 15; 122 8 15; 123 15 32; 124 15 36; 125 11 14; 126 14 42;
127 14 38; 128 2 14; 129 2 13; 130 5 13; 131 13 30; 132 13 26; 133 5 16;
134 8 16; 135 16 44; 136 16 48; 137 12 52; 138 23 52; 139 7 55; 140 3 49;
141 6 58; 142 19 58; 143 21 55; 144 17 49;
START GROUP DEFINITION
MEMBER
_FLOOR 9 TO 16 25 TO 44 47 TO 64
JOINT
FLOOR
_FLOOR2 9 TO 16 25 TO 64
_FLOOR5 9 TO 16
END GROUP DEFINITION
DEFINE MATERIAL START
ISOTROPIC STEEL
E 1.99947e+08
POISSON 0.3
DENSITY 76.8191
ALPHA 6.5e-06
DAMP 0.03
TYPE STEEL
STRENGTH RY 1.5 RT 1.2
END DEFINE MATERIAL
MEMBER PROPERTY CHINESE
1 3 6 7 TABLE ST HW400X400
2 4 5 8 TO 144 TABLE ST HW250X250
CONSTANTS
MATERIAL STEEL ALL
SUPPORTS
1 4 9 10 PINNED
DEFINE REFERENCE LOADS
LOAD R1 LOADTYPE Mass TITLE MASS
SELFWEIGHT Z 1
LOAD R2 LOADTYPE Dead TITLE DL
FLOOR LOAD
ZRANGE -13449 0 FLOAD -1 GZ
LOAD R3 LOADTYPE Live TITLE LL
FLOOR LOAD
ZRANGE -13449 0 FLOAD -1 GZ
LOAD R4 LOADTYPE Dead TITLE DL2
FLOOR LOAD
ZRANGE -13449 -1337 FLOAD -1 GZ
LOAD R5 LOADTYPE Dead TITLE DL5
FLOOR LOAD
_FLOOR2 FLOAD -1 GZ INCLINED
_FLOOR5 FLOAD -1 GZ INCLINED
END DEFINE REFERENCE LOADS
LOAD 1 LOADTYPE Dead TITLE DL
REFERENCE LOAD
R2 1.0
LOAD 2 LOADTYPE Live TITLE LL
REFERENCE LOAD
R3 1.0
LOAD 3 LOADTYPE Dead TITLE DL2
REFERENCE LOAD
R4 1.0
LOAD 4 LOADTYPE Dead TITLE DL4
REFERENCE LOAD
R5 1.0
PERFORM ANALYSIS PRINT MODE SHAPES
DEFINE ENVELOPE
4 ENVELOPE 1 TYPE STRENGTH
1 TO 3 ENVELOPE 2 TYPE SERVICEABILITY
END DEFINE ENVELOPE
LOAD LIST ENV 1
PARAMETER 1
CODE JAPANESE 2005
DFF 250 ALL
DJ1 22 MEMB 61 TO 64
DJ2 20 MEMB 61 TO 64
TRACK 2 ALL
CHECK CODE ALL
FINISH