Ошибка сортировки Radix

Question

У меня есть следующая строка, которую я должен сортировать, используя сортировку Radix: 1, 2.1.3, 2.1.4, 2.1.5, 2.2, 2.3, 2.4, 3.2, 3.2.2, 6.1.1, 6.1.1, 6.1.1, 6.1.1, 6.3, 7.1.1, 7.3, 9.5, 9.6, 9.7, 9.1, 9.2, 9.3, 9.3, 9.4, 4, 4.1, 4.3, 4.3, 4.4, 4.4, 4.4, 4.4, 5.1.2, 5.3, 10, 11.2, 11.2, 11.2, 11.2, 11.2, 11.2

Я использую ЛСД на основе Radix рода и ниже результат после каждого прохода:

после первого прохода: 1, 2.2, 2.3, 2.4, 3.2, 6.3, 7.3, 9.5, 9.6, 9.7, 9.1, 9.2, 9.3, 9.3, 9.4, 4, 4.1, 4.3, 4.3, 4.4, 4.4, 4.4, 4.4, 5.3, 10, 11.2, 11.2, 11.2, 11.2, 11. 2, 11.2, 6.1.1, 6.1.1, 6.1.1, 6.1.1, 7.1.1, 3.2.2, 5.1.2, 2.1.3, 2.1.4, 2.1.5

После второго : 1, 4, 10, 4.1, 9.1, 6.1.1, 6.1.1, 6.1.1, 6.1.1, 7.1.1, 5.1.2, 2.1.3, 2.1.4, 2.1.5, 3.2, 2.2, 9.2, 11.2, 11.2, 3.2.2, 11.2, 11.2, 11.2, 11.2, 9.3, 9.3, 7.3, 2.3, 4.3, 4.3, 5.3, 6.3, 2.4, 9.4, 4.4, 4.4, 4.4, 4.4, 9.5, 9.6, 9.7

После третьего прохода: 1, 2.1.3, 2.1.4, 2.1.5, 2.2, 2.3, 2.4, 3.2, 3.2.2, 4, 4,3, 4,3, 4,1, 4.4, 4.4, 4.4, 4.4, 5.3, 5.1.2, 6.1.1, 6.1.1, 6.1.1, 6.1.1, 6.3, 7.1.1, 7.3, 9.4, 9.3, 9.2, 9.1, 9.3, 9.5, 9.6, 9.7, 10, 11.2, 11.2, 11.2, 11.2, 11.2, 11.2

Как видите, окончательная отсортированная строка неверна. Мне трудно понять, что мне не хватает. Или алгоритм не подходит для этого варианта использования.

EDIT1: Ввод кода

Код на родном языке (BML) ог инструмента CPQ (BigMachines)

---

sortedBySubGroupMELStr = ""; 
sortedBySubGroupAndByCPCMELStr = ""; 
melStringTemp = returnString; 
melArrTemp = split(melStringTemp,rowDelim); 
i=0; 
for val in melArrTemp{ 
j=0; 
    for val1 in melArrTemp{ 
    if(j > i){ 
      rowdataArr = split(melArrTemp[i],colDelim); 
      rowdataArr1 = split(melArrTemp[j],colDelim); 
      pos = split(rowdataArr[27],"."); 
      pos1 = split(rowdataArr1[27],"."); 
      if(pos[2] == "" and pos1[2] == ""){ 
       break; 
      } 
      if(pos1[2] == "" and pos[2] <> ""){ 
        temp = melArrTemp[i]; 
        melArrTemp[i] = melArrTemp[j]; 
        melArrTemp[j] = temp; 
      } 
      if(pos1[2] <> "" and pos[2] <> ""){ 
       if(isnumber(pos1[2]) and isnumber(pos[2])){ 
        if(atoi(pos1[2]) < atoi(pos[2])){ 
         temp = melArrTemp[i]; 
         melArrTemp[i] = melArrTemp[j]; 
         melArrTemp[j] = temp; 
        } 
       } 
      } 
     } 
     j = j + 1; 
    } 
    i = i + 1; 
} 

print "after first pass"; 
for val in melArrTemp{ 
    tempVal = split(val,colDelim); 
    print tempVal[27]; 
} 

i=0; 
for val in melArrTemp{ 
j=0; 
    for val1 in melArrTemp{ 
    if(j > i){ 
      rowdataArr = split(melArrTemp[i],colDelim); 
      rowdataArr1 = split(melArrTemp[j],colDelim); 
      pos = split(rowdataArr[27],"."); 
      pos1 = split(rowdataArr1[27],"."); 
      if(pos[1] == "" and pos1[1] == ""){ 
       break; 
      } 
      if(pos1[1] == "" and pos[1] <> ""){ 
        temp = melArrTemp[i]; 
        melArrTemp[i] = melArrTemp[j]; 
        melArrTemp[j] = temp; 
      } 
      if(pos1[1] <> "" and pos[1] <> ""){ 
       if(isnumber(pos1[1]) and isnumber(pos[1])){ 
        if(atoi(pos1[1]) < atoi(pos[1])){ 
         temp = melArrTemp[i]; 
         melArrTemp[i] = melArrTemp[j]; 
         melArrTemp[j] = temp; 
        } 
       } 
      } 
     } 
     j = j + 1; 
    } 
    i = i + 1; 
} 


    print "after second pass"; 
for val in melArrTemp{ 
    tempVal = split(val,colDelim); 
    print tempVal[27]; 
} 

i=0; 
for val in melArrTemp{ 
j=0; 
    for val1 in melArrTemp{ 
    if(j > i){ 
      rowdataArr = split(melArrTemp[i],colDelim); 
      rowdataArr1 = split(melArrTemp[j],colDelim); 
      pos = split(rowdataArr[27],"."); 
      pos1 = split(rowdataArr1[27],"."); 
      if(pos[0] == "" and pos1[0] == ""){ 
       break; 
      } 
      if(pos1[0] == "" and pos[0] <> ""){ 
        temp = melArrTemp[i]; 
        melArrTemp[i] = melArrTemp[j]; 
        melArrTemp[j] = temp; 
      } 
      if(pos1[0] <> "" and pos[0] <> ""){ 
       if(isnumber(pos1[0]) and isnumber(pos[0])){ 
        if(atoi(pos1[0]) < atoi(pos[0])){ 
         temp = melArrTemp[i]; 
         melArrTemp[i] = melArrTemp[j]; 
         melArrTemp[j] = temp; 
        } 
       } 
      } 
     } 
     j = j + 1; 
    } 
    i = i + 1; 
} 

    print "after third pass"; 

for val in melArrTemp{ 
    melArrVal = split(val,colDelim); 
    print melArrVal[27]; 

} 

---

*** 

***WHERE:*** 

**colDelim** = ^N^ 

**rowDelim** = ### 

**returnString** = H222790-1^N^ASSEMBLY,GUIDE BASE,TEMPORARY,MUDMAT,37-1/64 ID,W/ LATCH RING GROOVE W/ADAPTER RING. 12 FOOT SQ. FOOT PRINT. NOTES: 3. STENCIL: P/N H222790-1 (REV) SER. NO VETCO GRAY (COM) 4. IF MUDMAT NEEDS TO BE RELEASED FROM LATCH, USE P/N H50710-6 (QTY. 12) IN THE 3/4 IN. THREADED HOLES WEIGHT: 8,100 LBS.^N^26553.03^N^Y^N^USD^N^26553.03^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^Mudmat!@!<<BLT>> 12 ft. x 12 ft. square base!@!<<BLT>> Helps support the conductor string on the sea floor!@!<<BLT>> May be used to support conductor in moon pool (Capacity determined by beam spacing)!@!<<BLT>> Installed with minimal manual intervention!@!<<BLT>> Locates top of housing relative to sea floor!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W82^N^1^N^1^N^8100^N^0.0^N^^N^false^N^^N^EA###H57435-15^N^LANDING SUB,MUDMAT LATCH,NOM. 36 X 2.0 WALL W/REACTION RING AND HYDRATE SEALS, INCLUDES SPACER BLOCK F/ LATCH RING (8630 - 95KSI) NOTES: DIMENSIONS: (A) DIA. = 32 WEIGHT: 2,140 LBS. (CALC)^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^36" Mudmat Latch Sub!@!<<BLT>> Positions mudmat in the conductor string!@!<<BLT>> Provides hydrate seal between the conductor and the mudmat!@!Min. I. D.: 31.3 in.!@!Weld Prep: 36" x 2 in. on both ends!@!Material: 8630 95 KSI!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W83^N^2^N^2.1.3^N^2140^N^0.0^N^^N^false^N^^N^###201787-20^N^RAW-PIPE,WELDED, 36.000 NOM DIA, 36.000 OD, 2.000 WALL, MATERIAL PER API 5L,GRX65,65KSI,NO VGS^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^36" LP Housing Extension Joint Pipe!@!<<BLT>> 36" x 2" wall (726.24 #/Ft.) API 5L GR X-65 Pipe!@!<<BLT>> Approximately 40 ft. OAL!@!<<BLT>> Two (2) Landing Pads and two (2) Lift Eyes!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W84^N^2^N^2.1.4^N^^N^0.0^N^^N^false^N^^N^###H32442-1^N^CONNECTOR-TUBULAR PART, RL-2HCX PIN, ASSEMBLY, 36.000, 2.000 WALL, HIGH CAPACITY, R.H, 95 KSI (8630),VGS 2.6.1 WELD PREP, WITH 4 ANTI-ROTATION FEATURES. WEIGHT: 908 LBS. (INCL. PROTECTOR) DIMENSIONS: DIM: A = (2.00) NOMINAL WP DIM: B = (2.015) ACTUALWP DIM: C = (32.00) ID NOTES: 2. SEE H32440-1 FOR MATING BOX CONNECTOR.^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^36" LP Housing Extension Joint Connector!@!<<BLT>> RL-2HCX Pin (down) w/ thread protector!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W85^N^2^N^2.1.5^N^908^N^0.0^N^^N^false^N^^N^###H57720-202^N^WELLHEAD HSG PART, BALL VALVE ASSY, 31 IN. LONG, 4 INCH NPT FULL PORT VALVE WITH ROV HANDLE, WITH WECO UNION AND PIPE NIPPLES. WEIGHT: 116 LBS. (EST.)^N^2148.3^N^Y^N^USD^N^2148.3^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^4" Ball Valve Assemblies!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W86^N^2^N^2.2^N^116^N^0.0^N^^N^false^N^^N^EA###H57720-206^N^WELLHEAD HOUSING PART, MS-700, PLUG, PIPE, 4 IN. NPT, SPECIAL FLUSH TYPE, W/ 1.25 IN. INTERNAL HEX. WEIGHT: 5.8 LBS. (PRO/E)^N^534.14^N^Y^N^USD^N^534.14^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^4'' NPT Pipe Plugs of 0 Units^N^^N^^N^W87^N^2^N^2.3^N^6^N^0.0^N^^N^false^N^^N^EA###H57720-101^N^SSWE HOUSING PART, SLOPE INDICATOR ASSY, 0-2 DEG., ALL PLASTIC BULLSEYE, ADJUSTABLE,WITH 1-8UNC BOLTS NOTES: 1. STANDARD 4.50 X 2.50 BOLT PATTERN WITH 1 IN. BOLTS AND .50 DIA. ALIGNMENT PINS. WEIGHT: 86 LBS.^N^2349.37^N^Y^N^USD^N^2349.37^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^Bullseye!@!<<BLT>> 0-2 DEG slope level indicator!@!<<BLT>> Complete with bracket for mounting on Ball Valve Sub!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W88^N^2^N^2.4^N^86^N^0.0^N^^N^false^N^^N^EA###H50780-2^N^CASING HGR,MS-700, 26.000, 1000 PSI MWP, SHALLOW FLOW, W/CAM PROFILE, LOCKDOWN RING, AND HI-INTEG SEAL, W/ 26.000 X .750 WELD PREP DOWN WEIGHT = 1100 (EST)^N^18375.83^N^Y^N^USD^N^18375.83^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^26" Casing Hanger!@!<<BLT>> Mandrel style hanger!@!<<BLT>> Upper running profile accepts CAM tool!@!Weld Prep: 26" x 0.75 in. on both ends!@!Min I.D.: 24.255 in.!@!Max O.D.: 30.679 in.!@!Material: 4130 95KSI!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W89^N^3^N^3.2^N^1100^N^0.0^N^^N^false^N^^N^EA###A30334-9^N^CONNECTOR-TUBULAR,RL-4S PIN, 26.000, .750,BW,RH, 70 KSI,C/W (VES 2.6.1) BW PREP,4 CUTOUTS AT 90 DEGAPART^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W90^N^3^N^3.2.2^N^175^N^0.0^N^^N^false^N^^N^###H57106-3^N^CASING HGR,MS-700,18.75/10K X 13.375,10000 PSIMSP, WITH TAPERED SEAL POCKET AND NO THREAD PROFILE DOWN,NACE MR-01-75 NOTES: A = 12.280 1. STRESSLESS STAMP: H57106-3 (REV) CSG HGR, 13.375/10K MS-700 SER NO ______________________ VETCO GRAY, (COUNTRY OF MFG.) (ITEM #2 NOT SHOWN ON DRAWING) 3. THD FORM = NO THREAD DOWN CLASSIFICATION OF CHARACTERISTICS PER EHB PART III DOC. 4.3.7. CATAGORY 1: NONE (API 17D REQUIREMENT) CATAGORY 2: OD. 16.823, OD. 17.230, OD. 14.45, OD. 18.592 ID. 13.615, ID. 14.088, ID. 13.253 CATAGORY 3: ALL OTHER DIMENSIONS.^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^13.375" Casing Hanger!@!<<BLT>> Designed to API 17D (PSL 3)!@!<<BLT>> Temperature qualified to 250°!@!<<BLT>> Casing Load: 1,000,000 lbs!@!<<BLT>> Standard Nominal ID: 12.320 in.!@!Inlay: NONE!@!MWP: 10 KSI!@!Max O.D.: 18.592 in.!@!Blank Thread I.D. : null in.!@!Thread Type: NO THREAD (LB/FT) !@!Material: 8630 85 KSI!@!<<BLT>> Casing hanger capacities are thread dependent, some premium threads may reduce hanger capacities below standard ratings!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W91^N^6^N^6.1.1^N^0^N^12.28^N^^N^false^N^^N^###H57007-3^N^CASING HGR,MS-700, 18.750 X 13.375, 10000 PSI MSP, WITH TAPERED SEAL POCKET AND 13.375 BLANK BTM BOX DOWN,NACE MR-01-75^N^8256.57^N^Y^N^USD^N^8256.57^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^13.375" Casing Hanger!@!<<BLT>> Designed to API 17D (PSL 3)!@!<<BLT>> Temperature qualified to 250°!@!<<BLT>> Casing Load: 1,000,000 lbs!@!<<BLT>> Standard Nominal ID: 12.320 in.!@!Inlay: NONE!@!MWP: 10 KSI!@!Max O.D.: 18.592 in.!@!Blank Thread I.D. : 12 in.!@!Thread Type: NO THREAD (LB/FT) !@!Material: 8630 85 KSI!@!<<BLT>> Casing hanger capacities are thread dependent, some premium threads may reduce hanger capacities below standard ratings!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W92^N^6^N^6.1.1^N^0^N^12.32^N^^N^false^N^^N^EA###H57900-100^N^CASING HANGER SUBASSY, MS-700, BODY, 18.750 X 13.375 NOMINAL, FIRST POSITION, FOR 15K WELLHEAD, BLANK BOTTOM DOWN, 13.50 IN. HANGER STACKUP SYSTEM, 3 IN. EXTENDED OAL, NACE MR-01-75. WEIGHT: 631 LBS (PRO-E)^N^10243.99^N^Y^N^USD^N^10243.99^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^13.375" Casing Hanger!@!<<BLT>> Designed to API 17D (PSL 3)!@!<<BLT>> Temperature qualified to 250°!@!<<BLT>> Casing Load: 1,000,000 lbs!@!<<BLT>> Standard Nominal ID: 12.320 in.!@!Inlay: NONE!@!MWP: 10 KSI!@!Max O.D.: 18.592 in.!@!Blank Thread I.D. : 12 in.!@!Thread Type: NO THREAD (LB/FT) !@!Material: 8630 85 KSI!@!<<BLT>> Casing hanger capacities are thread dependent, some premium threads may reduce hanger capacities below standard ratings!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W93^N^6^N^6.1.1^N^631^N^12^N^^N^false^N^^N^EA###H57902-100^N^CASING HANGER SUBASSY, MS-700, BODY, 18.750 X 13.375 NOMINAL, FIRST POSITION, FOR 15K WELLHEAD, BLANK BOTTOM DOWN, 13.50 IN. HANGER STACKUP SYSTEM, 3 IN. EXTENDED OAL, NACE MR-01-75. WEIGHT: 631 LBS (PRO-E) NOTES: 1. HANGER USED WITH 13.375 (T AND COR INTEGRAL) CASING THRU 14.00/14.25 CASING (INTEGRAL ONLY). 2. MANUFACTURE PER DRAWING H57900-100^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^13.375" Casing Hanger!@!<<BLT>> Designed to API 17D (PSL 3)!@!<<BLT>> Temperature qualified to 250°!@!<<BLT>> Casing Load: 1,000,000 lbs!@!<<BLT>> Standard Nominal ID: 12.320 in.!@!Inlay: NONE!@!MWP: 10 KSI!@!Max O.D.: 18.592 in.!@!Blank Thread I.D. : 12 in.!@!Thread Type: NO THREAD (LB/FT) !@!Material: 8630 85 KSI!@!<<BLT>> Casing hanger capacities are thread dependent, some premium threads may reduce hanger capacities below standard ratings!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W94^N^6^N^6.1.1^N^631^N^12^N^^N^false^N^^N^###H57028-1^N^ANNULUS SEAL, MS-1, 18.750, 15000 RWP^N^4130.29^N^Y^N^USD^N^4130.29^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^MS-1 Seal!@!<<BLT>> 15000 PSI MWP!@!<<BLT>> Weight set lockdown!@!<<BLT>> Metal to Metal sealing!@!<<BLT>> 750,000 MM lbs. of lockdown capacity!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W95^N^6^N^6.3^N^91^N^0.0^N^^N^false^N^^N^EA###H57940-100^N^CASING HANGER PART, MS-700, BODY, 18.750 X 9.625 NOMINAL, UPPER POSITION, BLANK BOTTOM DOWN, 13.50 IN. HANGER STACKUP SYSTEM, NACE MR-01-75. WEIGHT: 531 LBS (PRO/E) NOTES: 1. HANGER USED WITH 9.625 (T AND C OR INTEGRAL) CASING THRU 10.00 CASING (INTEGRAL ONLY). 2. ITEM 2 NOT SHOWN ON DRAWING.^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^9.625" Casing Hanger!@!<<BLT>> Designed to API 17D (PSL 3)!@!<<BLT>> Temperature qualified to 250°!@!<<BLT>> Casing Load: 1,000,000 lbs!@!<<BLT>> Standard Nominal ID: 12.320 in.!@!Inlay: NONE!@!MWP: 15 KSI!@!Max O.D.: 18.592 in.!@!Blank Thread I.D. : 8.25 in.!@!Thread Type: NO THREAD (LB/FT) Q-125!@!Material: 8630 85 KSI!@!<<BLT>> Casing hanger capacities are thread dependent, some premium threads may reduce hanger capacities below standard ratings!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W96^N^7^N^7.1.1^N^531^N^8.25^N^^N^false^N^^N^###H57028-1^N^ANNULUS SEAL, MS-1, 18.750, 15000 RWP^N^4130.29^N^Y^N^USD^N^4130.29^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^MS-1 Seal!@!<<BLT>> 15000 PSI MWP!@!<<BLT>> Weight set lockdown!@!<<BLT>> Metal to Metal sealing!@!<<BLT>> 750,000 MM lbs. of lockdown capacity!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W97^N^7^N^7.3^N^91^N^0.0^N^^N^false^N^^N^EA###H57636-1^N^WEAR BUSHING, MS-700,18.750,BRRNSP, FOR USE WITH MS-700 PLUG TOOL FOR SPEAR 15 CATCH DIA WITH PROVISION FOR BIT RUN AND RETRIEVAL FOR STANDARD 3 HGR HOUSING WEIGHT: 2,100 LBS. (CALC) USE WITH TOOL (H56616), (H56615) THIS CAN NOT BE TESTED WITH THE WEAR R AND R BUSHING TEST TOOL ITEM 16 NOT SHOWN IN DRAWING, THEY GO IN THE .750-10UNC LIFT EYE HOLES LOCATED ON THE BODY.^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^18.75" Wellhead MS-700 Bit Run Retrieval NSP NSP (Nominal Seat Protector)!@!<<BLT>> Installed in 18.75" HP Housing prior to running 13.375" Casing Hanger!@!<<BLT>> Used to protect I.D. of 18.75" HP Housing!@!<<BLT>> Using the BRNSP running tool. operator can run wear bushing during the first BHA run and then later retrieve the NSP on a subsequent BHA run with a BRNSP running and retrieving tool!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W98^N^9^N^9.5^N^2100^N^0.0^N^^N^false^N^^N^###H57534-1^N^WEAR BUSHING, MS-700,18.750 X 13.375 FOR USE PLUG TOOL, FOR SPEAR 15 CATCH DIAMETER WITH PROVISION FOR BIT RUN AND RETRIEVAL (WBBRRT) USE WITH TOOL H56616 OR H56615 (12-1/4 BIT) THIS CAN NOT BE TESTED WITH THE WEAR R AND R BUSHING TEST TOOL ITEM 15 NOT SHOWN IN DRAWING, THEY GO IN THE .750-10UNC LIFT EYE HOLES LOCATED ON THE BODY.^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^13.375" Wear Bushing!@!<<BLT>> Used to protect I.D. of 18.75"/13.375" HP Housing!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W99^N^9^N^9.6^N^1454^N^0.0^N^^N^false^N^^N^###H57535-1^N^WEAR BUSHING, MS-700,18.750 X 9.625 FOR USE WITH SERIES 700 ISOLATION TEST TOOL AND PLUG TOOL, FOR SPEAR 15 CATCH DIAMETER WITH PROVISION FOR BIT RUN AND RETRIEVAL (WBBRRT) USE WITH TOOL H56418-() (8-1/2 BIT) THIS CAN NOT BE TESTED WITH THE ISOLATATION TEST TOOL^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^9.625" Wear Bushing!@!<<BLT>> Used to protect I.D. of 18.75"/9.625" HP Housing!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W100^N^9^N^9.7^N^1324^N^0.0^N^^N^false^N^^N^###H57028-1^N^ANNULUS SEAL, MS-1, 18.750, 15000 RWP^N^4130.29^N^Y^N^USD^N^4130.29^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W101^N^9^N^9.1^N^91^N^0.0^N^^N^false^N^^N^EA###H59090-1^N^ANNULUS SEAL, MS-700, SG-TPR, 18.750, 15000 PSI MWP AT ASSEMBLY WITH 60 DEG., E-RING ENTRY REWORK^N^33508.31^N^Y^N^USD^N^33508.31^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^18.75" SG-TPR Seal!@!<<BLT>> 15000 PSI MWP!@!<<BLT>> Weight set lockdown!@!<<BLT>> Metal Lipped elastomer!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W102^N^9^N^9.2^N^^N^0.0^N^^N^false^N^^N^EA###111053-1^N^GASKET, VX-2, 18.750, STAINLESS STEEL, 15 KSI MWP,^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^VX-2 Gasket STAINLESS STEEL w/N/A inserts!@!<<BLT>> 15 KSI MWP!@!<<BLT>> Metal to Metal sealing!@!<<BLT>> Utilizes increased contact stresses on sealing faces combined with Moly Coating!@!<<BLT>> Qualified under API PSL-4 and PR-2 (Qualified for gas service)!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W103^N^9^N^9.3^N^^N^0.0^N^^N^false^N^^N^###111227-1^N^GASKET, VX, 18.750-10000 PSI MSP, STAINLESS STEEL WITH HY-CAR INSERTS^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^VX-2 Gasket STAINLESS STEEL w/HY-CAR inserts!@!<<BLT>> 10 KSI MWP!@!<<BLT>> Metal to Metal sealing!@!<<BLT>> Utilizes increased contact stresses on sealing faces combined with Moly Coating!@!<<BLT>> Qualified under API PSL-4 and PR-2 (Qualified for gas service)!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W104^N^9^N^9.3^N^95^N^0.0^N^^N^false^N^^N^###H288500-1^N^CORROSION CAP,WELLHEAD ABANDONMENT, 18.750,LEAF SPRING RETENTION FOR H-4 WELLHEAD,HAS TWO RUNNING/LIFT PINS, W/HORIZONAL ROV STAB, P/N H50462-1 ROV HOT STAB IS USED TO INJECT OIL DIM A = 55.00^N^14901.44^N^Y^N^USD^N^14901.44^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^18.75" Wellhead Lightweight Corrosion Cap!@!<<BLT>> Includes upper neck w/ ROV handle!@!<<BLT>> Latch keys secure to H-4 profile and ROV stab to allow fluid injection under cap!@!<<BLT>> Dry weight:260 lbs!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W105^N^9^N^9.4^N^260^N^0.0^N^^N^false^N^^N^EA###H277223-9^N^WELLHEAD HSG UNIT,SHALLOW FLOW, 18.750 15,000 PSI MWP, MS-700, 3 HGR, TAPER SOCKETS, VG H-4 MANDREL, CAM STYLE RUNNING TOOL, W/ VX/VT GASKET 54.81 STACK-UP, W/ EXTENSION PIPE AND RL-4S PIN CONNECTION, ONE PIECE HOUSING, W/ ANTI-ROTATION FEATURE WEIGHT: 12,696 LBS. (EST.) DIMENSIONS: A = (551.93 IN) B = (54.81 IN) C = (30.52 IN) D = (.812 IN) WALL E = 480 IN +/- 6 IN F = (6.68 IN) G = (18.25 IN) H = (20.71 IN) 3. ITEM 2, NOT SHOWN ON DRAWING 4. BOTTOM CONNECTION: RL-4S PIN 5. AFTER FABRICATION ISCOMPLETE, PREP FOR SHIPPING PER HTS970020.^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^0^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^18.75" HC-1 MS-700 HP Housing Assembly, Including!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W106^N^4^N^4^N^0^N^0.0^N^^N^false^N^^N^###H57613-1^N^WELLHEAD HSG ASSY,MS-700,18.750,SHALLOW FLOW, 15,000 PSI MWP,3 HANGER, TAPER SOCKETS, VG H-4 MANDREL, WITH VX/VT GASKET 54.81 STACK-UP, ONE PIECE W/ 6X ANTI-ROTATION KEYS^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^18.75" HC-1 MS-700 HP Housing!@!<<BLT>> Capable of rigid lockdown into 36" MS-700 LP Housing!@!<<BLT>> ID profile for CAM running tool!@!<<BLT>> Designed to API 17D (PSL 3)!@!<<BLT>> Includes anti-rotation keys!@!<<BLT>> Tubing hanger locking profile!@!<<BLT>> Temperature qualified to 250°!@!<<BLT>> Inconel lined VX/VT ring groove!@!Mandrel OD with H-4 profile: 27 in.!@!Max. Bending Capacity: 4MM ft./lbs when used w/ DWHD H-4 Connector!@!MWP: 15000 PSI!@!Hanger Positions: 3!@!Min I.D.: 17.56 in.!@!Weld Prep: 0.812 in.!@!<<BLT>> Material: 8630 80 KSI!@!!@!!@!!@!^N^^N^^N^W107^N^4^N^4.1^N^6880^N^0.0^N^^N^false^N^^N^###191592-102^N^RAW-PIPE,WELDED, 20.000 NOM DIA, 20.000 OD, 0.812 WALL, MATERIAL PER API 5L,GRX56,56KSI,NO VGS^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^18.75" HP Housing Extension Joint!@!<<BLT>> 20" X 0.812" wall (166.40140608 /Ft.) API 5L GR X-56 pipe!@!<<BLT>> Approximately 40 FT OAL!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W108^N^4^N^4.3^N^^N^0.0^N^^N^false^N^^N^###201047-102^N^RAW-PIPE,WELDED, 20.000 OD, 0.812 WALL, MATERIAL PER API 5L,GRX56,56KSI,NO VGS, SAW, W/STD.WELD PREP PER API 5L SEC7.9.3^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^18.75" HP Housing Extension Joint!@!<<BLT>> 20" X 0.812" wall (166.40140608 /Ft.) API 5L GR X-56 pipe!@!<<BLT>> Approximately 40 FT OAL!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W109^N^4^N^4.3^N^^N^0.0^N^^N^false^N^^N^###A30248-17^N^CONNECTOR-TUBULAR,RL-4S PIN, 20.000, 0.812,BW,RH, 95 KSI,C/W VGS 2.6.1 BW PREP,DRIVEABLE,C/W 4 ANTI-ROTATION SLOTS^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^<<BLT>> RL-4S PIN" (down) w/ thread protector!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W110^N^4^N^4.4^N^119^N^0.0^N^^N^false^N^^N^###A30248-19^N^CONNECTOR-TUBULAR,RL-4S PIN, 20.000, 0.812,BW,RH, 95 KSI,C/W VGS 2.6.7 BW PREP,DRIVEABLE,C/W 4 ANTI-ROTATION SLOTS^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^<<BLT>> RL-4S PIN" (down) w/ thread protector!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W111^N^4^N^4.4^N^119^N^0.0^N^^N^false^N^^N^###A30248-25^N^CONNECTOR-TUBULAR,RL-4S PIN, 20.000, 0.812,BW,RH, 70 KSI,C/W VGS 2.6.1 BW PREP,NONDRIVEABLE, W/4 ANTI-ROTATION SLOTS^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^<<BLT>> RL-4S PIN" (down) w/ thread protector!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W112^N^4^N^4.4^N^119^N^0.0^N^^N^false^N^^N^###A30248-27^N^CONNECTOR-TUBULAR,RL-4S PIN, 20.000, 0.812,BW,RH, 70 KSI,C/W VGS 2.6.7 BW PREP,NON-DRIVEABLE, W/4 ANTI-ROTATION SLOTS^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^<<BLT>> RL-4S PIN" (down) w/ thread protector!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W113^N^4^N^4.4^N^119^N^0.0^N^^N^false^N^^N^###H32201-38^N^TUBULAR-INTERMEDIATE JT, 20.000 X .812 WALL, RL-4S BOX X PIN, 70 KSI, W/ARF, API 5L-X56 PIPE, 40 FT. LG WEIGHT: 6,940 LBS. PIPE O.D. ............= 20.000 PIPE WALL ............= .812 PIPE MATERIAL ........= API 5L-X56 SAW TOP CONNECTION .......= RL-4S BOX (W/ARF) BOTTOM CONNECTION ....= RL-4S PIN (W/ARF) DIMENSIONS: (A) = 21.50 IN. (B) = 18.25 IN. C = 41 FT. 2-1/2 IN. D = 40 FT. 9 IN. (E) = .812^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^20" Intermediate Joint!@!<<BLT>> 20" X 0.812" (166.40140608#) API 5L X-56 pipe!@!<<BLT>> 40FT Length!@!<<BLT>> RL-4S() BOX UP X PIN DOWN!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W114^N^5^N^5.1.2^N^6940^N^0.0^N^^N^false^N^^N^###H57361-2^N^PACKOFF,MS-700, 18.750 X 16.000,WEIGHT SET, 6500 PSI MWP F/17.50 BIT. WEIGHT: 126 LBS. (EST.)^N^5153.57^N^Y^N^USD^N^5153.57^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^16" Packoff!@!<<BLT>> 6.5/4 KSI MWP(above/below)!@!<<BLT>> Weight set!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^^N^^N^W115^N^5^N^5.3^N^126^N^0.0^N^^N^false^N^^N^EA###DB-1950^N^1.) PRINT SALES ORDER (COS); 2.) CERTIFICATE OF CONFORMANCE. (COC); 3.) ASSY AND/OR COMPONENTS TRACE SHEET(S).; 4.) MATERIAL TEST REPORTS (MTR).; 5.) FACTORY ACCEPTANCE TEST REPORTS (FAT) WITH CHARTS, FOR ASSEMBLIES ONLY. NOTE: (API-6A PSL3 REQUIREDDOCUMENTATION PLUS MTR'S.)^N^212.5^N^Y^N^USD^N^212.5^N^0.0^N^0.0^N^0.0^N^0.0^N^1^N^1^N^No^N^$^$^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^<<BLT>> Charge to pull and compile material certs for SSWE per Vetco Gray standard Quality Code 1950. Documentation Specialist will be responsible for reviewing documentation and compiling electronic data books!@!<<BLT>> Electronic Data Book to Include: Sales Order, C of C, Trace Sheets, MTRs, Dimensional Reports (as applicable), Hardness Reports (as applicable), NDE Reports (as applicable) FAT Reports (for assemblies only)!@!and Heat Treatment Records (as applicable).!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!^N^Empty^N^No^N^W116^N^10^N^10^N^^N^0.0^N^^N^false###H56336-2^N^TOOL-SSWE PART,RUNNING,RAM^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^TOOL-SSWE PART,RUNNING,RAM^N^^N^^N^W117^N^11^N^11.2^N^6547^N^0.0^N^^N^false^N^^N^###H56345-1^N^TOOL-SSWE PART,RUNNING,RAM^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^TOOL-SSWE PART,RUNNING,RAM^N^^N^^N^W118^N^11^N^11.2^N^4812^N^0.0^N^^N^false^N^^N^###H225636-1^N^TOOL-SSWE PART,RUNNING,RAM^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^TOOL-SSWE PART,RUNNING,RAM^N^^N^^N^W119^N^11^N^11.2^N^4377^N^0.0^N^^N^false^N^^N^###H128389-1^N^TOOL-SSWE PART,RUNNING,RAM^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^TOOL-SSWE PART,RUNNING,RAM^N^^N^^N^W120^N^11^N^11.2^N^610^N^0.0^N^^N^false^N^^N^###H30258^N^TOOL-SC&P PART, TORQUE TOOL, TOP RETAINER RING, 30", FOR REMOTE RELEASE JOINT^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^TOOL-SC&P PART, TORQUE TOOL, TOP RETAINER RING, 30", FOR REMOTE RELEASE JOINT^N^^N^^N^W121^N^11^N^11.2^N^280^N^0.0^N^^N^false^N^^N^###H224492-14^N^TOOL-SSWE PART,RUNNING,RAM^N^0.0^N^Y^N^USD^N^0.0^N^0^N^0^N^0^N^0^N^1^N^1^N^^N^^N^^N^^N^^N^^N^^N^^N^^N^0.0^N^TOOL-SSWE PART,RUNNING,RAM^N^^N^^N^W122^N^11^N^11.2^N^1910^N^0.0^N^^N^false^N^^N^^N^^N^0.0^N^^N^Charge to pull and compile material certs for SSWE per Vetco Gray standard Quality Code 1950. Documentation Specialist will be responsible for reviewing documentation and compiling electronic data books!@!<<BLT>> Electronic Data Book to Include: Sales Order, C of C, Trace Sheets, MTRs, Dimensional Reports (as applicable), Hardness Reports (as applicable), NDE Reports (as applicable) FAT Reports (for assemblies only) and Heat Treatment Records!@!(as applicable).!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@!!@! 

Answer 1

код не является сортировка по основанию. Это какой-то тип подкачки, который заменяет несмежные элементы, и поэтому порядок равных элементов не сохраняется. Код похож на сортировку вставки, но не совсем. Измените код на сортировку вставки, и все будет в порядке. Посмотрите на два псевдо примеры кода в этой вики статьи:

http://en.wikipedia.org/wiki/Insertion_sort

Второй псевдокод пример немного быстрее.