Reporte Lg Pitoptimo

8/13/2019 Reporte Lg Pitoptimo

1/19

*** ------------------------------------*------------------------------* *** * Project RUN# 50. * *** MSOPIT - Revised on 20-NOV-07 * Date started 12-18-2013 * *** * Time started 12:08:21 * *** * Project Acct N/A * *** ------------------------------------*------------------------------*

MINESIGHT Proprietary Software from MINTEC Inc. MINESIGHT is a Trademark of MINTEC Inc. Copyright 1974-2007 MINTEC Inc Release 2007.12.07 December, 2007

----------------------------------------------------------------------- Run File = RUNOPT.A Print File = RPTOPT.A

Line R U N F I L E R E C O R D S ---- 1 MEDS-MSOPT 10=pama10.dat 13=topog1 15=clondo 32=optecn.a 3=rptopt.a 2

3

4 USR = / WED DEC 18 12:08:20 2013 HORA VERANO PAC_FICO SUDAM_RICA 56 IOP3 = 3 / fixed - do not change

7 IOP5 = 1 250 / COL 8 IOP7 = 1 160 / ROW 9 IOP10 = 1 / 0 = read DV from model 10 COM 1 = compute Design Variable 11 IOP11= 1 60 / LEVELS 12 IOP14= 0 / 1 = measure block from centre 13 IOP15= 0 / 1 = allow mining beyond model for a vertical wall 14

15 COM IOP16 is used to compute the profitability between two 16 COM pits. This option is only used if your design choice is

17 COM BASE. If you design choice is not BASE IOP16 will be 18 COM ignored. 19 COM 20 COM The current design choice is, 21 COM 22 COM BASE 23 COM 24 IOP16 = 0 / 1 = summarize the profitability between two pits.


2/19

RUN# 50. Page 2 METL MSOPT Date 12182013 Time 12:08:21 ----------------------------------------------------------------------------

2526 IOP93= 1 / 1 = Extended ray option

2728 COM IOP18 is a limiting pit. Its context is dependent

29 COM on the design strategy. If you have enabled 30 COM the RESOURCE design strategy then this specifies 31 COM resources be calculated for a single pit; 32 COM otherwise, this specifies the limiting surface 33 COM to help reduce the working data set. 34 COM 35 COM Using LIMITING SURFACE option. 36 COM 37 IOP18= 0 / Limiting Surface for Design Variable 38

39 IOP19= 50 / Starting pit instead of TOPOG

4041 IOP27= 0 / Optional code for reserve classes. 42 COM # = treat IUSE code ># as waste 43 IOP29= 0 / Base pit for bottom and slope calculations 44 IOP30= 2 / Default MET code 45 IOP31= 1.0 1.0 1.0 / LG reblocking x, y, z 46 IOP37= 0 / ???? 47 IOP36 = 0 / Number of slope surfaces to read - required 48 COM if complex slope option is used 49 IOP41= 1 / 0=Floating Cone, 1=Lerchs-Grossmann DESIGN METHOD 50 IOP81= 0 / 1 = Store LG pits 51 IOP45= 0 0 / 1, 1 = Calculate & Store Ore bottoms 52

53 COM IOP48 is used to determine how to perform the LG 54 COM analysis. If you have choosen 'Complex Slopes' on the 55 COM 'Pit Slope Angle Option' panel, then you have one 56 COM of the following choices, 57 COM 58 COM IOP48 =2 (Slopes Using Template Pit - Floating Ray) 59 COM 3 (One Cone per Ore Block) 60 COM 61 COM A value of 0 indicates that you are not working with 62 COM complex slopes. If you are not doing a Lerchs-Grossman 63 COM then this IOP is ignored. 64 COM 65 COM Current Design Method: Lerchs-Grossmann

66 COM 67 IOP48 = 0 / Not working with complex slopes. 68

6970 COM IOP49 is used to determine how to perform a

71 COM Floating Cone analysis when using Complex Slopes 72 COM If you have choosen 'Complex Slopes' option on 73 COM 'Pit Slope Angle Option' panel, then IOP49 can be 74 COM one of the following choices, 75 COM


3/19


4/19


76 COM IOP49 =2 (Slopes Using Template Pit - Floating Ray) 77 COM 3 (One Cone per Ore Block) 78 COM 79 COM A value of 0 indicates that you are not working with 80 COM complex slopes. If you are not doing a Floating Cone 81 COM analysis, this IOP is ignored. 82 COM 83 COM Current Design Method: Lerchs-Grossmann 84 COM 85 IOP49 = 0 / Not working with complex slopes. 86

87 IOP51 = 0 / Option to set blocks below starting pit to be mined. 88 COM This option is to compute resources only. 89 IOP101 = 0 / Limit pits by item RCODE > 0 90

91 COM IOP105 is used as an option when you have 92 COM selected an item for Net Value per Ton. 93 COM 94 COM 0 =Include Mining Cost 95 COM 1 =Does NOT Include Mining Cost 96 COM 2 =Includes all Mining Cost in Ore Percent Cases 97 COM 98 COM Item being used is 'V3' 99 COM 100 IOP105 = 0 101102 COM IOP106 is used as an option when you have

103 COM selected an item for net value per block.

104 COM 105 COM 0 =Only if Bench Discounting Option is Used 106 COM 1 =Block is Not Discounted 107 COM 108 COM Item being used is 'V2' 109 COM 110 IOP106 = 0 111112 COM IOP401 is used to define the maximum number of blocks in a

113 COM condensed model. This is the number of blocks in the 114 COM B-ARRAY. 115 COM 116 COM The suggested default value is 15000000.

117 COM 118 IOP401 = 15000000 119120121 COM Calculating the Design Variable.

122 COM PAR1 is equivalent to PAR21. 123 PAR1 = -100000.0 / Mill cutoff grade (used in economic calculations) 124125 COM PAR2 is constant.

126 PAR2 = 0.1 / Mine cutoff grade (base block cutoff used in cone searching)


5/19

.


6/19


127128 PAR3 = 1.5 / Mining cost per unit of waste material

129 PAR4 = 0.0 / Total operating cost per unit of ore 130 PAR5 = 1.0 / Net value per unit of product ($/# or $/oz) 131 PAR6 = 45.0 / Minimum pit slope (tangent if < 10; degrees if >10) 132 PAR7 = 0.0001 / Radius of cone base 133 PAR9 = 2.5 2.5 / Density of material 134 PAR12 = 22.046 / Pounds per ton (DEFAULT=2000.0 short tons) 135 PAR14 = 1.5 / Mining cost per unit of ore material 136 PAR15 = 0.0 / FC optimization factor (invariant) 137 PAR16 = 30 / Azimuth increment 138 PAR17 = 0 / Distance between point on azimuth 139 COM PAR18 defaults to 50 if 0 or blank. 140 PAR18 = 0 / Number of points along the rays on Azimuth 141

142 PAR19 = 0 / Const to add to input (iop10=0) 143144 PAR21= -100000.0 / Minimum value

145 PAR22= 999999.0 / Maximum value 146 PAR23= 1.0 / Precision 147 PAR89= 0.0 / Cutoff Grade in Value per Ton 148149 IOP46= 0 / >0 = Store ore bottom in XLEV1

150151 PAR24= 0.0 / Mining rate periods per bench

152 PAR25= 0.0 / Discount rate per period percent 153 PAR27= 0 / Depth below IOP19 to compute design variable 154 PAR38= 60 / Level# to audit print block value calculations

155 PAR39= 250 / Column# to audit print block value calculations 156 PAR40= 160 / Row# to audit print block value calculations 157158 PAR44= 0.0 / Design variable distribution interval

159160 ITM1= TOPO TOPO / TOPO item

161 ITM2= AG GRAD1 / Grade1 162 ITM3= ORE PCODE / Processing code item 163 ITM4= ORE IUSE / Block codes for reserve calssification 164 ITM5= V1 CCODE / Classification code by economics 165 ITM6= V2 VALPB / Value per block - store back to file 15 166 ITM7= V3 VALPT / Value per block - store back to file 15 167 END

?NEWSYS: Warnings = 2


7/19


Project Units code = 3

1 = Imperial2 = Metric3 = Metric

MSOPIT Input constraints for Mining

----- ---------------------------- ------------ PAR1 = Minimum block value for processing = -100000.000 PAR2 = Minimum block value of FC base = 0.100 PAR3 = Waste mining cost(default) $/unit = 1.500 PAR5 = Net value factor = 1.000 PAR6 = Pit slope angle (default) (2d-lg) = 45.000

PAR7 = Radius of mine base block = 0.000 PAR9 = Ore specific gravity ( default) = 2.500 PAR10 = Waste specific gravity(default) = 2.500

3D Block Model Items

Keyword Item_label Item_Location#========= ========== ============== TOPO TOPO 1 GRAD1 AG 2 PCODE ORE 3 IUSE ORE 4

CCODE V1 5 VALPB V2 6 VALPT V3 7

File 13 Items

Description Item_label File_Loc# RMX_Loc#================= ========== ========= ========

Original_Topo TOPOG 1 8 YES

Pit Grid -Original topo PIT00 20 27 YESSlope definition grid z SLPS1 3 10 NOSlope definition grid code SLPC1 3 10 NOSlope definition grid z SLPS1 4 11 NOSlope definition grid code SLPC1 4 11 NOSlope definition grid z SLPS2 5 12 NOSlope definition grid code SLPC2 5 12 NOSlope definition grid z SLPS2 6 13 NOSlope definition grid code SLPC2 6 13 NOSlope definition grid z SLPS3 7 14 NO


8/19

Slope definition grid code SLPC3 7 14 NOSlope definition grid z SLPS3 8 15 NOSlope definition grid code SLPC3 8 15 NOSlope definition grid z SLPS4 9 16 NOSlope definition grid code SLPC4 9 16 NOSlope definition grid z SLPS4 10 17 NOSlope definition grid code SLPC4 10 17 NOSurface limit RCODE 2 0 NO Code = 0LG by Cols XELV5 19 26 NOLG by Rows XELV4 18 25 NOLG rows&cols XELV3 17 24 NOStarting pit PIT50 70 77 NOLimiting Pit PIT 0 20 0 NOOre Bottom XELV1 15 22 NOPit Bottom XELV2 16 23 NO

Total Number Of Items File 13,15 77

?MSOINT - IUSE Resource model item specified, but no maximum value specified. IOP(27) set to 2 by default

COORDINATES OF MINE MODEL FILE CLONDOXMIN, XMAX, DX, NX= 9000.0 11500.0 10.0 250 YMIN, YMAX, DY, NY= 55000.0 56600.0 10.0 160 ZMIN, ZMAX, DZ, NZ= -300.0 300.0 10.0 60

MSEP-GSF ( File 13) for Pit Optimization = TOPOG1

MSEP-GSF Index file = TOPOG1.DIP

The Index file contains a summary documenting how eachsurface in the file was created. MSOPIT writes to thethe Index file

Data file OPTECN.A * unit size from program -------------------- * --- ---- ---- ---- ECON PARAMETER file * 32

No Bench cost data - dipbhcw

No Bench cost data - dipbhco


9/19


Number of Destinations 2

# Description Type----- -------------------------------------------- 1 PAD 1 2 DES 0

Number of Destinations which process material 1 ( Type = 1 )

Number of MATerials 2

# Description----- ------------------------------------- 1 MIN

2 DES

Economics by MAT code and DEStinations

Number of MAT codes = 2MAT code default = 2Number of Destinations = 2

MAT DES PCST MCST SG Grade Price Recovery Factor=== ==== ====== ====== ====== ======= ========= ========= ========== 1 1 4.500 1.500 2.500 AG 500.0000 85.00 0.0310 1 2 0.000 1.500 2.500 AG 0.0000 0.00 0.0310

2 1 0.000 1.500 2.500 AG 0.0000 0.00 0.0000 2 2 0.000 1.500 2.500 AG 0.0000 0.00 0.0310


10/19


Additional Variable Mining Costs

Mining rate - fraction of period to mine 1 bench = 0.0000 which means 0.000 benches mined per periodDiscount rate per period % = 0.00

Elevation Bench# Additional_Cost (e.g.,$/ton) F-NPV Waste Ore========================================================= 290.0 1 0.0000 0.0000 1.000000 280.0 2 0.0000 0.0000 1.000000 270.0 3 0.0000 0.0000 1.000000 260.0 4 0.0000 0.0000 1.000000 250.0 5 0.0000 0.0000 1.000000 240.0 6 0.0000 0.0000 1.000000 230.0 7 0.0000 0.0000 1.000000 220.0 8 0.0000 0.0000 1.000000

210.0 9 0.0000 0.0000 1.000000 200.0 10 0.0000 0.0000 1.000000 190.0 11 0.0000 0.0000 1.000000 180.0 12 0.0000 0.0000 1.000000 170.0 13 0.0000 0.0000 1.000000 160.0 14 0.0000 0.0000 1.000000 150.0 15 0.0000 0.0000 1.000000 140.0 16 0.0000 0.0000 1.000000 130.0 17 0.0000 0.0000 1.000000 120.0 18 0.0000 0.0000 1.000000 110.0 19 0.0000 0.0000 1.000000 100.0 20 0.0000 0.0000 1.000000 90.0 21 0.0000 0.0000 1.000000

80.0 22 0.0000 0.0000 1.000000 70.0 23 0.0000 0.0000 1.000000 60.0 24 0.0000 0.0000 1.000000 50.0 25 0.0000 0.0000 1.000000 40.0 26 0.0000 0.0000 1.000000 30.0 27 0.0000 0.0000 1.000000 20.0 28 0.0000 0.0000 1.000000 10.0 29 0.0000 0.0000 1.000000 0.0 30 0.0000 0.0000 1.000000 -10.0 31 0.0000 0.0000 1.000000 -20.0 32 0.0000 0.0000 1.000000 -30.0 33 0.0000 0.0000 1.000000 -40.0 34 0.0000 0.0000 1.000000

-50.0 35 0.0000 0.0000 1.000000 -60.0 36 0.0000 0.0000 1.000000 -70.0 37 0.0000 0.0000 1.000000 -80.0 38 0.0000 0.0000 1.000000 -90.0 39 0.0000 0.0000 1.000000 -100.0 40 0.0000 0.0000 1.000000 -110.0 41 0.0000 0.0000 1.000000 -120.0 42 0.0000 0.0000 1.000000 -130.0 43 0.0000 0.0000 1.000000 -140.0 44 0.0000 0.0000 1.000000


11/19

-150.0 45 0.0000 0.0000 1.000000 -160.0 46 0.0000 0.0000 1.000000 -170.0 47 0.0000 0.0000 1.000000 -180.0 48 0.0000 0.0000 1.000000 -190.0 49 0.0000 0.0000 1.000000 -200.0 50 0.0000 0.0000 1.000000 -210.0 51 0.0000 0.0000 1.000000 -220.0 52 0.0000 0.0000 1.000000 -230.0 53 0.0000 0.0000 1.000000 -240.0 54 0.0000 0.0000 1.000000 -250.0 55 0.0000 0.0000 1.000000 -260.0 56 0.0000 0.0000 1.000000 -270.0 57 0.0000 0.0000 1.000000 -280.0 58 0.0000 0.0000 1.000000 -290.0 59 0.0000 0.0000 1.000000 -300.0 60 0.0000 0.0000 1.000000


12/19


NUMBER OF AZIMUTHS = 1

(NUMBER OF AZIMUTHS


13/19


?MSOCDP - NEW SURFACE REQUESTED IS UNDEFINED 50 ORIGINAL SURFACE IS USED

DV is computed from 3DBM, type =NET/BLK

Summary of Statistics for Design Variable

Number Of Words Used = 2378673 Total Number Of Blocks Below Topo = 2378673. Total Number Of Blocks Defined = 2378673. Number Blocks .ge. BMIN = 2378673. Number of blocks value .lt. 0 = 2375227. Average value = -3745. Blocks above zero = 3446. Average = 532360. Value of blocks above zero = 1834513792.

Number of undefined blocks = 0. Number of blocks =BMIN = 0. Number of blocks restricted = 0. Values below BMIN = 0 Values above BMAX = 891 Minimum Value = -3750. Maximum Value = 1631509. Topo blocks ( nx*ny) = 40000 Topo blocks pct sum = 36715.

Net value/ ton Cutoff = 0.0000

The net value per ton cutoff is applied to the value

of the block ( excluding mining costs ) for each process and if the material is below cutoff it is redirected to a waste destination.

If a net value per block is computed by the user via a user subroutine, Grail, or M612rp and stored in the 3DBM it can read and used by MSOPIT. However it is reccomended that a value/ton be computed and used by MSOPIT to compute value since cutoff grades can be applied and results summarized by material and destination.


14/19


Distribution of Value per Block

Intervals = 200Size = 10000.00Total blocks = 2378613.Total blocks above 0 = 3446.Mean of blocks above 0 = 532367.9375

Cutoff Blocks Above % Mean

-100000. 0. 0. 0.0 0. -90000. 0. 0. 0.0 0. -80000. 0. 0. 0.0 0. -70000. 0. 0. 0.0 0. -60000. 0. 0. 0.0 0. -50000. 0. 0. 0.0 0. -40000. 0. 0. 0.0 0.

-30000. 0. 0. 0.0 0. -20000. 0. 0. 0.0 0. -10000. 2375167. 0. 99.9 -3685. 0. 98. 3446. 100.0 532368. 10000. 92. 3348. 97.2 547800. 20000. 89. 3256. 94.5 562850. 30000. 89. 3167. 91.9 577974. 40000. 77. 3078. 89.3 593676. 50000. 84. 3001. 87.1 607757. 60000. 81. 2917. 84.6 623677. 70000. 58. 2836. 82.3 639618. 80000. 47. 2778. 80.6 651417. 90000. 56. 2731. 79.3 661168.

100000. 43. 2675. 77.6 673026. 110000. 48. 2632. 76.4 682296. 120000. 53. 2584. 75.0 692835. 130000. 50. 2531. 73.4 704718. 140000. 51. 2481. 72.0 716215. 150000. 15. 2430. 70.5 728212. 160000. 27. 2415. 70.1 731776. 170000. 19. 2388. 69.3 738176. 180000. 15. 2369. 68.7 742694. 190000. 14. 2354. 68.3 746249. 200000. 16. 2340. 67.9 749548. 210000. 20. 2324. 67.4 753294. 220000. 19. 2304. 66.9 757960.

230000. 16. 2285. 66.3 762393. 240000. 17. 2269. 65.8 766113. 250000. 20. 2252. 65.4 770040. 260000. 16. 2232. 64.8 774661. 270000. 14. 2216. 64.3 778341. 280000. 23. 2202. 63.9 781539. 290000. 21. 2179. 63.2 786773. 300000. 24. 2158. 62.6 791558. 310000. 33. 2134. 61.9 797031. 320000. 25. 2101. 61.0 804605.


15/19

330000. 18. 2076. 60.2 810374. 340000. 22. 2058. 59.7 814534. 350000. 16. 2036. 59.1 819608. 360000. 20. 2020. 58.6 823301. 370000. 17. 2000. 58.0 827904. 380000. 19. 1983. 57.5 831781. 390000. 17. 1964. 57.0 836106. 400000. 23. 1947. 56.5 839961. 410000. 18. 1924. 55.8 845163. 420000. 18. 1906. 55.3 849227. 430000. 14. 1888. 54.8 853270. 440000. 18. 1874. 54.4 856398. 450000. 14. 1856. 53.9 860391. 460000. 15. 1842. 53.5 863468. 470000. 15. 1827. 53.0 866746. 480000. 17. 1812. 52.6 869992. 490000. 16. 1795. 52.1 873632. 500000. 15. 1779. 51.6 877037. 510000. 16. 1764. 51.2 880205. 520000. 18. 1748. 50.7 883550. 530000. 17. 1730. 50.2 887290. 540000. 18. 1713. 49.7 890782. 550000. 25. 1695. 49.2 894446. 560000. 18. 1670. 48.5 899530.

570000. 20. 1652. 47.9 903175. 580000. 16. 1632. 47.4 907195. 590000. 13. 1616. 46.9 910394. 600000. 17. 1603. 46.5 912954. 610000. 19. 1586. 46.0 916241. 620000. 23. 1567. 45.5 919885. 630000. 17. 1544. 44.8 924264. 640000. 11. 1527. 44.3 927484. 650000. 19. 1516. 44.0 929527. 660000. 14. 1497. 43.4 933010. 670000. 20. 1483. 43.0 935538. 680000. 14. 1463. 42.5 939104. 690000. 12. 1449. 42.0 941543.

700000. 19. 1437. 41.7 943592. 710000. 22. 1418. 41.1 946799. 720000. 16. 1396. 40.5 950444. 730000. 14. 1380. 40.0 953053. 740000. 19. 1366. 39.6 955286. 750000. 16. 1347. 39.1 958258. 760000. 22. 1331. 38.6 960708. 770000. 14. 1309. 38.0 964006. 780000. 15. 1295. 37.6 966051. 790000. 19. 1280. 37.1 968174. 800000. 20. 1261. 36.6 970789. 810000. 20. 1241. 36.0 973470. 820000. 23. 1221. 35.4 976051.

830000. 13. 1198. 34.8 978943. 840000. 12. 1185. 34.4 980520. 850000. 22. 1173. 34.0 981911. 860000. 13. 1151. 33.4 984347. 870000. 21. 1138. 33.0 985723. 880000. 27. 1117. 32.4 987793. 890000. 14. 1090. 31.6 990357. 900000. 21. 1076. 31.2 991609. 910000. 11. 1055. 30.6 993324. 920000. 24. 1044. 30.3 994153.


16/19

930000. 16. 1020. 29.6 995776. 940000. 27. 1004. 29.1 996768. 950000. 12. 977. 28.4 998194. 960000. 12. 965. 28.0 998740. 970000. 14. 953. 27.7 999164. 980000. 23. 939. 27.2 999525. 990000. 916. 916. 26.6 999874. 1000000. 0. 0. 0.0 0.

Summary by Destination Assignment

Cutoff on Value/ton = 0.0000

Process Blocks OreTons Value Value/ton AG

PAD M 2359773. 5891343350. -8836958561. -1.49999 0.01777PAD O 3446. 8615000. 2099131714. 243.66010 18.94953DES M 21781. 1007500. -1511250. -1.50000 0.04303

O = Ore above zero value Processed M = Ore Below zero value Processed or waste

Summary by Material and Destination

PAD DES

1 MIN Value 2099068177. -1511250. Tons 8695000. 1007500. AG 18.7788 0.0430 Value/ton 241.4109 -1.5000

2 DES Value -8836895025. 0. Tons 5891263350. 0.

AG 0.0178 0.0000 Value/ton -1.5000 0.0000


17/19


Input slope for 2-D LG = 45.00 However due to theBlock geometry the slope used = 45.00

Check Design Variable in B-array for WE - LG

Number of columns 40000. Total 40000.Number of blocks defined 2378673.Number of positive blks 3446.Mean of positive blks 532360. Total Value 1834513664.Number of negative blks 2375227.Mean of negative blks -3685.

Summary of Columns with a Positive Sum

Number of columns 799.

Number of blocks total 13373. Value 1799181056.Number of positive blocks 3425. Value 1834200448.Number of negative blocks 9948. Value -35020432.

Total Positive blocks = 3446.Positive blocks in pit = 5406.Negative blocks in pit = 26318.Percent of Positive blocks mined= 156.88Ratio of Neg/Pos blocks mined = 4.8683

2-D LG Net Value by rows = 1,738,572,672.

NOTE: The 2-D lg Analysis is done as a quickcheck for an estimate of the pit profit and size.The slope used is limited by the block sizes andsince it is only in 2-D, the profit is over likelyover estimated. However, if no profitable pit iscomputed, then the economics should be reviewedsince neither LG or FC designs will be computed

Input slope for 2-D LG = 45.00 However due to theBlock geometry the slope used = 45.00

Check Design Variable in B-array for SN - LG

Number of columns 40000. Total 40000.Number of blocks defined 2378673.Number of positive blks 3446.Mean of positive blks 532360. Total Value 1834513664.Number of negative blks 2375227.Mean of negative blks -3685.


18/19

Summary of Columns with a Positive Sum

Number of columns 799.Number of blocks total 13373. Value 1799181056.Number of positive blocks 3425. Value 1834200448.Number of negative blocks 9948. Value -35020432.

Total Positive blocks = 3446.Positive blocks in pit = 6462.Negative blocks in pit = 62671.Percent of Positive blocks mined= 187.52Ratio of Neg/Pos blocks mined = 9.6984

2-D LG Net Value by columns = 1,490,438,400.


19/19


Base Lerchs-Grossmann Pit Design - Pit Number 50

Area specifications for Pit # 50 ---------------------------------- Levels = 1 59 bench # 59 = -290. East/west = 1 250 North/south = 1 160

Virtual Model Setup in Phase 50 Total # of blocks: 146042 Total # of ORE blocks: 3296 Total # of FEED blocks: 146042 Total # of WASTE blocks: 0

Summary for Requested Area Phase # 50 CumulativeNumber of total blocks mined 90379. 90379.Net revenue = GRO$$ - COSTS 1,318,394,624. 1,318,394,624.

MSOPDG - Eof reading data

*** MSOPIT finished on 12-18-2013 12:09:17

*** Current program execution: Elapsed time (sec) Date TimeMSOPIT 56 12-18-2013 12:09:17

Reporte Lg Pitoptimo

Documents

Transcript of Reporte Lg Pitoptimo