1. Venkat

2. SETTING FOR VULCAN 5.0
T EXPORT ITEMS TO DXF
UPLOAD FILES TO DATA BASE
TRIANGLE POLIGONOS
CREATION OF FLAG ON DRILLING
O SCRIP FOR CREATION OF DRILLING
COMPOSITE BUILDING
EXPORT DATABASE
P RUN compositing
BASE DATA COMPOSITE DISPLAY
Topographie TRIANGLE
I SURFACE CONTOUR
CREATION OF SECTIONS AND VIEWS
DRILLING DATABASE CHECK
SOLID CONSTRUCTION (SURFACE)
C JOINING SURFACES
PLOT
BLOCK MODEL
S EXPORT BLOCK MODEL
FILE IMPORT ASCII (MODEL BLOCKS)
STATISTICS

3. SETTINGS FOR
SCREENS

4. SETUP FOR GRAPHICS AND DISPLAY

7. CONFIGURATION FOR DYNAMIC MEMORY

8. WINDOWS VIRTUAL MEMORY ENVIRONMENT PERFORMANCE

9. WINDOWS ENVIRONMENT VARIABLES

10. VULCAN DISPLAY SCREEN

11. BOX COORDINATES WORK CHANGE

12. 3D coordinates BOX MODIFICATION

13. CALCULATE AREA Range

14. POLIGONOS AREA FILE REPORT

15. SAVE SET ICONS

16. EXPORT ITEMS
TO DXF

17. A DXF FILE EXPORT

19. IMPORT DXF FILE

21. EXPORT TO ASCII FILES

23. FILE IMPORT ASCII

26. UPLOAD FILES
TO DATABASE

27. ISIS Envisage ICONS FROM START

28. CREATE DATABASE DESIGN

29. DATA BASE NAME IDENTIFICATION

30. FIRST SCREEN IN ISIS

31. DATABASE TABLE DESIGN DESCRIPTION

32. INSERT TABLE IN DATABASE

33. TABLE SETTING (COLLAR)

34. ALLOCATION OF PRIMARY KEY TABLE(COLLAR)

35. INSERT INTO DATABASE TABLE(SURVEY)

36. TABLE SETTING (SURVEY)

37. TABLE SETTING (ASSAY)

38. TABLE SETTING (GEOL)

39. DATABASE DESIGN STORE

40. IMPORT FILE (CSV) A DATA BASE

41. CSV LOAD

42. CONNECT THE DATA TABLES

43. DHID IS THE TIE CONNECTIONS

44. GUARD MOORING SPECIFICATIONS

45. Importing CSV files

46. IMPORT CSV FILE EXISTS

47. KEY BUILDING FOR DEPLOYMENT OF DRILLING

48. TYPE OF KEY BLOCK, CONTOUR, DRILL (drilling)

49. A CHART IDENTIFIER DEPLOY

50. TABLE WHERE FIELD AND GET THE DATA

51. RANGE OF LAWS AND COLORS TO DEPLOY

52. UNFOLDING OF THE CREATED LEGEND FOR DRILLING

53. DRILL DISPLAY = CUT

54. DRILLING LOAD SCREEN

55. SELECT DATABASE

56. BASE LOAD DATA FROM DRILLING

57. LOADING THE DRILLING

58. CHARGED WITH DRILLING RANGE CUT (BY NAME)

59. EDIT ANY Database

60. LABELING OF SELECTING ONE DRILLING

61. LABEL ALL DRILLING

62. THAT SHOW ON THE RIGHT SIDE AND LEFT CATHETER

63. ONLY THE NAME OF THE CATHETER

64. LOAD DRILLING pentagon

65. SAVE SELECTION OF DRILLING

66. TRIANGLE POLIGONS

67. Extrusion of a Polygon

68. FOR SETTING OF POLYGON TRIANGULATION

69. GROUND EXTRUDE POLYGON

70. PROPERTY IS LOCATED IN FOLDER triangulations

71. ADDING A FIELD TO THE DATABASE

72. EXISTING DATA BASE OPEN

73. SELECT FILE

74. ADDING THE COUNTRY FLAG (CAN BE ANY)

75. KEEP THE DATA BASE

76. CREATION OF FLAG
ON DRILLING

77. CREATION OF A FLAG FOR DRILLING

78. NEW NAME FOR THE FLAG

79. TABLE OF WHERE GET DATA Intervals

80. SETTING FOR THE FLAG triangulation

81. SELECTION OF FLAG Drillhole

82. ADD DATA IN FIELD FLAG

83. INTERCEPT BY DRILLING FOR DATA IN SOLID FLAG

84. CREATION OF A
SCRIPT FOR
DRILLING

85. OPEN THE DATABASE HAVE TO GO AND UTILITIES

86. COUNTRY SETTING CALCULATION

87. PLACE THE TRANSFORMATION

88. CALCULATION OF LAW CUT CUT / AU

89. The Calculation Performs

90. EDIT A SCRIP

91. CREATE THE DECISION TO RUN THE SCRIP

92. COMPOSITE
BUILDING

93. BUILDING FILE STRAIGHT

94. PLACE NAME FILE IDENTIFIER

95. SPECIFY THE BOARD AND THE AREA WHERE THE DATA OUT

96. HOW WILL READ DATA

97. DEFINITION OF TABLES

98. CUTOFF VALUE

99. RUN THE COMPOSITE

100. WHERE AND HOW TO RUN

101. COMPOSITE DATA DISPLAY GROUP CHART

102. Centroid of the DATA IN THE CATHETER

103. Exporting tables to CSV

104. TABLE THAT WILL EXPORT

105. FIELD AND IF THIS TYPE OF FILE SEPARATE BY COMAS

106. The file is in CSV AND READY TO EXCEL OR KEdit

107. EXPORT DATABASE

108. EXPORT DATA BASE COMPOSITE

109. SELECT THE COMPOSITE FILE

110. EXPORT CONDITIONS

111. CSV output file

112. FILE FOLDER IN THIS WORK

113. THIS FILE WILL RUN

114. RUN compositing

115. SELECT FILE FOLDER FROM WORK

116. PARAMETER IDENTIFICATION OF FILE

117. CONDITIONS OF OUTPUT FOR COMPOSITE

118. COMPOSITE VARIABLE

119. SELECT THE TABLE WHERE THE FACT SACA

120. TABLE SETTING FOR LITO

121. TABLE SETTING FOR ASSAY

122. VALUE FOR VARIABLE CUTOFF

123. RUN COMPOSITE FILE

124. SETTING AND FIELD WHERE WILL LEAVE COMPOSITE DATA

125. CHQRUNLE FILE EXECUTED

126. FILE LOCATION PATH OF COMPOSITES

127. TABLE AND COMPOSITES BASED GROUP DATOS.ISIS

128. DEPLOY BASE
COMPOSITE

129. CREATION OF THE LEGEND FOR DISPLAY

130. TYPE OF KEY DATA FOR DEPLOYMENT

131. ID FOR COLOR CHART

132. ELECTION SYSTEM alpha or numeric

133. ACT COMPOSITE RANGE

134. FILE GENERATION

135. SAMPING OPEN DATA BASE

136. OPEN DATABASE EXAMPLES

137. DOWNLOAD THE TABLE OF COMPOSITE

138. ALL GROUPS WILL CARRY

139. COLORS FOR THE FIELDS

140. SELECTION USING A NUMERICAL TAG

141. NUMERICAL VALUES OF MINIMUM & MAXIMUM RANGE

142. DEFINITION OF VARIABLE NUMBER OF DECIMALS

143. Composite in 3D DISPLAY

144. TOPOGRAPHIES
TRIANGLE IN
VULCAN

145. FILE UPLOAD ARCH_D (polygon file)

146. FILE NAME (POLY.ARCH_D) A LOAD

147. MINE SURVEYORS LIMITED CHUQUICAMATA POLYGON

148. CREATION OF SURFACE triangulation

149. HOW to triangulate

150. SETTING FOR BOUNDARY

151. SETTING FOR Trending

152. MAXIMUM AREA FOR THE TRIANGLE IN (Trending)

153. CONDITIONS FOR SETTING triangulation

154. FILE NAME AND COLORS OF TRIANGULATION

155. TOPOGRAPHY delimited by a Polygon Z_VALUE

156. WHERE LEAVES PATH triangulation

157. MODE triangulation SPURS

158. OPTION SETTING FOR SPURS

159. SPURS AID TO TRIANGULATION

160. AUXILIARY LINE IMPROVES SURFACE

161. 3D VIEW OF THE SPURS FOR triangulation

162. FINAL RESULT OF A triangulation SPURS

163. CONTOURED
SURFACE

164. SELECT AREA

165. CONDITIONS FOR CONTOURED

166. SETTING FOR GROUND LABEL (PAPER)

167. CONTOUR TEXT

168. 3D VIEW OF SURFACE CONTOUR

169. RELIMITAR a surface by a polygon

170. Select the polygon AND SURFACE

171. LEAVE AREA WITHIN THE POLYGON

172. RELIMIT

173. NOBRE OF THE LAYER AND COLOR OF RESULT

174. ARE TWO DIFFERENT SURFACES

175. EXTAMPAR a polygon in a 3D surface

176. SETTING AND NAME OF THE LAYER

177. POLYGON EXTAMPADO ON THE SURFACE

178. POLYGON 3D VIEW OF GROUND

179. CREATION OF
SECTIONS AND
VIEWS

180. CREATION OF SECTIONS IN GRAPHIC FORM

181. SETTING FOR THE CREATION OF SECTIONS

182. ALLOCATION OF COLOR FOR THE SECTION (GRAPHIC)

183. CREATION OF SECTIONS REPRESENTED IN TOPOGRAPHY

184. NAME OF THE SECTION WHERE IS LAYER

185. WHERE TO BEGIN DEFINITION SECTION

186. SECTIONS ON SCREEN DISPLAY

187. SELECT THE SECTIONS IN LINE SEGMENT

188. CLICK TO SEE SECTION 2D 2N

189. 2D SURFACE VIEW LOOKING NORTH

190. SURFACE VIEW cliping

191. DRILLING
DATABASE CHECK

192. DEFINITION FOR THE CHECK OF DRILLING

193. TABLES TO CHECK INTO THE DATA BASE (SON)

194. CHECK FOR DRILLING

195. SELECT THE TABLE TO REVISE (ASSAY)

196. DEPLOYMENT OF ERRORS IN DRILLING

197. CHECK TABLE (GEOL)

198. ACKNOWLEDGMENT ERROR IN THE SECTIONS OF CATHETER

199. SOLID
CONSTRUCTION
(SURFACE)

200. BUNDLED POLIGONOS - VISIALIZACION

201. CREATION OF SOLID Extrusion

202. FOLDER WHERE SHALL THE SOLID (EXTENSION.TRI)

203. BUNDLED polygamists ARE SELECTED BY LAYERS

204. CREATED Extrusion selected polygons

205. CHANGE OF COLOR OF SOLID

206. OPENING MADE EXTRUDE A (49,999 Mts.)

207. Polygons per STRING TIE

208. DEFINE THE SHAPE OF MOORING COVERS

209. INDIVIDUALLY Ties

210. DEFINITION OF PARAMETERS

211. BUILD THE ONCE SOLID

212. IS SELECTED FOR THE STARTING LAYER TIE

213. The trick is MULTIPLINE

214. TO SELECT THE LAYER OF POLYGON

215. ASSIGNED TO HAVE THE COLOR SOLID

216. TIE MADE BY SOLID MULTIPLINE

217. BEWARE THE SOLID triangulation

218. SOLID destination folder (SOLIDOS.TRI)

219. Now you can check or change the color

220. WAYS TO HAVE A PARTIAL LINK (PANTS)

221. XXXX

222. XXXX

223. REVIEW OF SOLID (CHECK)

224. DEFINING LAYER AND COLORS FOR ERRORS

225. FOR THE SMALL TRIANGLES

226. RESULT OF CHECK (SOLID HEALTHY AND ERROR-FREE)

227. SOLID SET IN TOLERANCE (0.01)

228. DEFAULT SETTING IN VULCAN

229. JOINING
SURFACES
(SOLID)

230. OPEN bonding surfaces

231. APPEND COMMAND TO SELECT

232. FOLDER WHERE IS THE NEW SOLID

233. CLICK THE AREA AND ARE ASSIGNED THE COLOR

234. KINGDOM READY FOR SOLID CHECK TRIANGLES

235. LAYER IS CREATED TO STOP ERRORS

236. IS THE SAME FOR THE SMALL INCONSISTENCIES

237. SOLID OPEN ACKNOWLEDGEMENT OF NORTHERN

238. NOW WORKING ON manually SOLID

239. FACE TRICK TO CLOSE QUICKLY

240. MAKE THE TOP AND STICK TO SOLID

241. TO SELECT THE RANGE AND IS MADE OF GREY

242. COLOR OF THE END COVER

243. COVER CREATED AND JOIN TO SOLID

244. She pressed THIS OPTION WILL BE READY AND SOLID

245. Be stepped OVER THE SOLID

246. Stepped OVER THE SOLID

247. THIS THE NEW RESULT

248. RETURNS TO CHECK FOR ERRORS

249. ACKNOWLEDGEMENT triangulation ERRORS AND OPENINGS

250. TRICKS TO FIX THE SOLID (HIDE)

251. LAYER OF ERRORS (SE CLEAR TO CORRECT THE SOLID)

252. VERTICE ERROR (NOT IN LINE WITH THE BELOW)

253. CLICK THE ITEM VERTICE and move

254. QUESTION THIS POSITION (RETAIN)

255. AND WE FIX YOUR NEW POSITION

256. EDIT THE SEQUENCE OF ITEMS (DIGITAL)

257. ALL ITEMS POLYGON

258. SELECT GROUP BY

259. THIS RIGHT polygon (LAYER BLUE)

260. DISPLAYS THE DATA AND CLICK (CANCEL)

261. PLACE IN THE RED MAGENTA POLYGON

262. IS DEFINED Pinho and SENSE OF THE NEW DIGITAL

263. OPCIONPARA THIS IS NOT CHOOSE TO THROW INTERPOL

264. POLYGON POLYGON INTO THE RED MAGENTA

265. CLEAR SOLID SIDES OF A POLYGON Delimited

266. SELECTION FOR THE CLEAR COMMAND

267. DELETE option is selected BY POLYGON

268. POLYGON AND THEN CLICK THE SOLID AND CONFIRMS THE

269. WERE CLEARED OF THE SOLID TRIANGLES

270. Move vertices A POSITION OF POLIGONOS

271. Subtract the SOLID RED BLUE

272. SELECT THE COMMAND FOR OPERATION

273. HE THEN CLICK THE BLUE AND RED AND IT SHOWS

274. WHAT IS THE KNIFE WILL WHITE

275. 3D VIEW FOR THE SELECTION OF SOLID (EXCLUDE)

276. THE SOLID SOLID RED BLUE AND SHARE THE SAME FACES

277. HOW TO PLOT
PLANS

346. BLOCK MODEL

458. EXPORT BLOCK
MODEL

477. FILE IMPORT
ASCII BLOCK
MODEL

506. STATISTICS

545. THANKS