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Vulcan tutorial 01

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  • 1. Venkat
  • 2. SETTING FOR VULCAN 5.0T EXPORT ITEMS TO DXF UPLOAD FILES TO DATA BASE TRIANGLE POLIGONOS CREATION OF FLAG ON DRILLINGO SCRIP FOR CREATION OF DRILLING COMPOSITE BUILDING EXPORT DATABASEP RUN compositing BASE DATA COMPOSITE DISPLAY Topographie TRIANGLEI SURFACE CONTOUR CREATION OF SECTIONS AND VIEWS DRILLING DATABASE CHECK SOLID CONSTRUCTION (SURFACE)C JOINING SURFACES PLOT BLOCK MODELS EXPORT BLOCK MODEL FILE IMPORT ASCII (MODEL BLOCKS) STATISTICS
  • 3. SETTINGS FOR SCREENS
  • 4. SETUP FOR GRAPHICS AND DISPLAY
  • 5. CONFIGURATION FOR DYNAMIC MEMORY
  • 6. WINDOWS VIRTUAL MEMORY ENVIRONMENT PERFORMANCE
  • 7. WINDOWS ENVIRONMENT VARIABLES
  • 8. VULCAN DISPLAY SCREEN
  • 9. BOX COORDINATES WORK CHANGE
  • 10. 3D coordinates BOX MODIFICATION
  • 11. CALCULATE AREA Range
  • 12. POLIGONOS AREA FILE REPORT
  • 13. SAVE SET ICONS
  • 14. EXPORT ITEMS TO DXF
  • 15. A DXF FILE EXPORT
  • 16. IMPORT DXF FILE
  • 17. EXPORT TO ASCII FILES
  • 18. FILE IMPORT ASCII
  • 19. UPLOAD FILESTO DATABASE
  • 20. ISIS Envisage ICONS FROM START
  • 21. CREATE DATABASE DESIGN
  • 22. DATA BASE NAME IDENTIFICATION
  • 23. FIRST SCREEN IN ISIS
  • 24. DATABASE TABLE DESIGN DESCRIPTION
  • 25. INSERT TABLE IN DATABASE
  • 26. TABLE SETTING (COLLAR)
  • 27. ALLOCATION OF PRIMARY KEY TABLE(COLLAR)
  • 28. INSERT INTO DATABASE TABLE(SURVEY)
  • 29. TABLE SETTING (SURVEY)
  • 30. TABLE SETTING (ASSAY)
  • 31. TABLE SETTING (GEOL)
  • 32. DATABASE DESIGN STORE
  • 33. IMPORT FILE (CSV) A DATA BASE
  • 34. CSV LOAD
  • 35. CONNECT THE DATA TABLES
  • 36. DHID IS THE TIE CONNECTIONS
  • 37. GUARD MOORING SPECIFICATIONS
  • 38. Importing CSV files
  • 39. IMPORT CSV FILE EXISTS
  • 40. KEY BUILDING FOR DEPLOYMENT OF DRILLING
  • 41. TYPE OF KEY BLOCK, CONTOUR, DRILL (drilling)
  • 42. A CHART IDENTIFIER DEPLOY
  • 43. TABLE WHERE FIELD AND GET THE DATA
  • 44. RANGE OF LAWS AND COLORS TO DEPLOY
  • 45. UNFOLDING OF THE CREATED LEGEND FOR DRILLING
  • 46. DRILL DISPLAY = CUT
  • 47. DRILLING LOAD SCREEN
  • 48. SELECT DATABASE
  • 49. BASE LOAD DATA FROM DRILLING
  • 50. LOADING THE DRILLING
  • 51. CHARGED WITH DRILLING RANGE CUT (BY NAME)
  • 52. EDIT ANY Database
  • 53. LABELING OF SELECTING ONE DRILLING
  • 54. LABEL ALL DRILLING
  • 55. THAT SHOW ON THE RIGHT SIDE AND LEFT CATHETER
  • 56. ONLY THE NAME OF THE CATHETER
  • 57. LOAD DRILLING pentagon
  • 58. SAVE SELECTION OF DRILLING
  • 59. TRIANGLE POLIGONS
  • 60. Extrusion of a Polygon
  • 61. FOR SETTING OF POLYGON TRIANGULATION
  • 62. GROUND EXTRUDE POLYGON
  • 63. PROPERTY IS LOCATED IN FOLDER triangulations
  • 64. ADDING A FIELD TO THE DATABASE
  • 65. EXISTING DATA BASE OPEN
  • 66. SELECT FILE
  • 67. ADDING THE COUNTRY FLAG (CAN BE ANY)
  • 68. KEEP THE DATA BASE
  • 69. CREATION OF FLAG ON DRILLING
  • 70. CREATION OF A FLAG FOR DRILLING
  • 71. NEW NAME FOR THE FLAG
  • 72. TABLE OF WHERE GET DATA Intervals
  • 73. SETTING FOR THE FLAG triangulation
  • 74. SELECTION OF FLAG Drillhole
  • 75. ADD DATA IN FIELD FLAG
  • 76. INTERCEPT BY DRILLING FOR DATA IN SOLID FLAG
  • 77. CREATION OF A SCRIPT FOR DRILLING
  • 78. OPEN THE DATABASE HAVE TO GO AND UTILITIES
  • 79. COUNTRY SETTING CALCULATION
  • 80. PLACE THE TRANSFORMATION
  • 81. CALCULATION OF LAW CUT CUT / AU
  • 82. The Calculation Performs
  • 83. EDIT A SCRIP
  • 84. CREATE THE DECISION TO RUN THE SCRIP
  • 85. COMPOSITE BUILDING
  • 86. BUILDING FILE STRAIGHT
  • 87. PLACE NAME FILE IDENTIFIER
  • 88. SPECIFY THE BOARD AND THE AREA WHERE THE DATA OUT
  • 89. HOW WILL READ DATA
  • 90. DEFINITION OF TABLES
  • 91. CUTOFF VALUE
  • 92. RUN THE COMPOSITE
  • 93. WHERE AND HOW TO RUN
  • 94. COMPOSITE DATA DISPLAY GROUP CHART
  • 95. Centroid of the DATA IN THE CATHETER
  • 96. Exporting tables to CSV
  • 97. TABLE THAT WILL EXPORT
  • 98. FIELD AND IF THIS TYPE OF FILE SEPARATE BY COMAS
  • 99. The file is in CSV AND READY TO EXCEL OR KEdit
  • 100. EXPORT DATABASE
  • 101. EXPORT DATA BASE COMPOSITE
  • 102. SELECT THE COMPOSITE FILE
  • 103. EXPORT CONDITIONS
  • 104. CSV output file
  • 105. FILE FOLDER IN THIS WORK
  • 106. THIS FILE WILL RUN
  • 107. RUN compositing
  • 108. SELECT FILE FOLDER FROM WORK
  • 109. PARAMETER IDENTIFICATION OF FILE
  • 110. CONDITIONS OF OUTPUT FOR COMPOSITE
  • 111. COMPOSITE VARIABLE
  • 112. SELECT THE TABLE WHERE THE FACT SACA
  • 113. TABLE SETTING FOR LITO
  • 114. TABLE SETTING FOR ASSAY
  • 115. VALUE FOR VARIABLE CUTOFF
  • 116. RUN COMPOSITE FILE
  • 117. SETTING AND FIELD WHERE WILL LEAVE COMPOSITE DATA
  • 118. CHQRUNLE FILE EXECUTED
  • 119. FILE LOCATION PATH OF COMPOSITES
  • 120. TABLE AND COMPOSITES BASED GROUP DATOS.ISIS
  • 121. DEPLOY BASE COMPOSITE
  • 122. CREATION OF THE LEGEND FOR DISPLAY
  • 123. TYPE OF KEY DATA FOR DEPLOYMENT
  • 124. ID FOR COLOR CHART
  • 125. ELECTION SYSTEM alpha or numeric
  • 126. ACT COMPOSITE RANGE
  • 127. FILE GENERATION
  • 128. SAMPING OPEN DATA BASE
  • 129. OPEN DATABASE EXAMPLES
  • 130. DOWNLOAD THE TABLE OF COMPOSITE
  • 131. ALL GROUPS WILL CARRY
  • 132. COLORS FOR THE FIELDS
  • 133. SELECTION USING A NUMERICAL TAG
  • 134. NUMERICAL VALUES OF MINIMUM & MAXIMUM RANGE
  • 135. DEFINITION OF VARIABLE NUMBER OF DECIMALS
  • 136. Composite in 3D DISPLAY
  • 137. TOPOGRAPHIES TRIANGLE IN VULCAN
  • 138. FILE UPLOAD ARCH_D (polygon file)
  • 139. FILE NAME (POLY.ARCH_D) A LOAD
  • 140. MINE SURVEYORS LIMITED CHUQUICAMATA POLYGON
  • 141. CREATION OF SURFACE triangulation
  • 142. HOW to triangulate
  • 143. SETTING FOR BOUNDARY
  • 144. SETTING FOR Trending
  • 145. MAXIMUM AREA FOR THE TRIANGLE IN (Trending)
  • 146. CONDITIONS FOR SETTING triangulation
  • 147. FILE NAME AND COLORS OF TRIANGULATION
  • 148. TOPOGRAPHY delimited by a Polygon Z_VALUE
  • 149. WHERE LEAVES PATH triangulation
  • 150. MODE triangulation SPURS
  • 151. OPTION SETTING FOR SPURS
  • 152. SPURS AID TO TRIANGULATION
  • 153. AUXILIARY LINE IMPROVES SURFACE
  • 154. 3D VIEW OF THE SPURS FOR triangulation
  • 155. FINAL RESULT OF A triangulation SPURS
  • 156. CONTOURED SURFACE
  • 157. SELECT AREA
  • 158. CONDITIONS FOR CONTOURED
  • 159. SETTING FOR GROUND LABEL (PAPER)
  • 160. CONTOUR TEXT
  • 161. 3D VIEW OF SURFACE CONTOUR
  • 162. RELIMITAR a surface by a polygon
  • 163. Select the polygon AND SURFACE
  • 164. LEAVE AREA WITHIN THE POLYGON
  • 165. RELIMIT
  • 166. NOBRE OF THE LAYER AND COLOR OF RESULT
  • 167. ARE TWO DIFFERENT SURFACES
  • 168. EXTAMPAR a polygon in a 3D surface
  • 169. SETTING AND NAME OF THE LAYER
  • 170. POLYGON EXTAMPADO ON THE SURFACE
  • 171. POLYGON 3D VIEW OF GROUND
  • 172. CREATION OFSECTIONS AND VIEWS
  • 173. CREATION OF SECTIONS IN GRAPHIC FORM
  • 174. SETTING FOR THE CREATION OF SECTIONS
  • 175. ALLOCATION OF COLOR FOR THE SECTION (GRAPHIC)
  • 176. CREATION OF SECTIONS REPRESENTED IN TOPOGRAPHY
  • 177. NAME OF THE SECTION WHERE IS LAYER
  • 178. WHERE TO BEGIN DEFINITION SECTION
  • 179. SECTIONS ON SCREEN DISPLAY
  • 180. SELECT THE SECTIONS IN LINE SEGMENT
  • 181. CLICK TO SEE SECTION 2D 2N
  • 182. 2D SURFACE VIEW LOOKING NORTH
  • 183. SURFACE VIEW cliping
  • 184. DRILLINGDATABASE CHECK
  • 185. DEFINITION FOR THE CHECK OF DRILLING
  • 186. TABLES TO CHECK INTO THE DATA BASE (SON)
  • 187. CHECK FOR DRILLING
  • 188. SELECT THE TABLE TO REVISE (ASSAY)
  • 189. DEPLOYMENT OF ERRORS IN DRILLING
  • 190. CHECK TABLE (GEOL)
  • 191. ACKNOWLEDGMENT ERROR IN THE SECTIONS OF CATHETER
  • 192. SOLIDCONSTRUCTION (SURFACE)
  • 193. BUNDLED POLIGONOS - VISIALIZACION
  • 194. CREATION OF SOLID Extrusion
  • 195. FOLDER WHERE SHALL THE SOLID (EXTENSION.TRI)
  • 196. BUNDLED polygamists ARE SELECTED BY LAYERS
  • 197. CREATED Extrusion selected polygons
  • 198. CHANGE OF COLOR OF SOLID
  • 199. OPENING MADE EXTRUDE A (49,999 Mts.)
  • 200. Polygons per STRING TIE
  • 201. DEFINE THE SHAPE OF MOORING COVERS
  • 202. INDIVIDUALLY Ties
  • 203. DEFINITION OF PARAMETERS
  • 204. BUILD THE ONCE SOLID
  • 205. IS SELECTED FOR THE STARTING LAYER TIE
  • 206. The trick is MULTIPLINE
  • 207. TO SELECT THE LAYER OF POLYGON
  • 208. ASSIGNED TO HAVE THE COLOR SOLID
  • 209. TIE MADE BY SOLID MULTIPLINE
  • 210. BEWARE THE SOLID triangulation
  • 211. SOLID destination folder (SOLIDOS.TRI)
  • 212. Now you can check or change the color
  • 213. WAYS TO HAVE A PARTIAL LINK (PANTS)
  • 214. XXXX
  • 215. XXXX
  • 216. REVIEW OF SOLID (CHECK)
  • 217. DEFINING LAYER AND COLORS FOR ERRORS
  • 218. FOR THE SMALL TRIANGLES
  • 219. RESULT OF CHECK (SOLID HEALTHY AND ERROR-FREE)
  • 220. SOLID SET IN TOLERANCE (0.01)
  • 221. DEFAULT SETTING IN VULCAN
  • 222. JOININGSURFACES (SOLID)
  • 223. OPEN bonding surfaces
  • 224. APPEND COMMAND TO SELECT
  • 225. FOLDER WHERE IS THE NEW SOLID
  • 226. CLICK THE AREA AND ARE ASSIGNED THE COLOR
  • 227. KINGDOM READY FOR SOLID CHECK TRIANGLES
  • 228. LAYER IS CREATED TO STOP ERRORS
  • 229. IS THE SAME FOR THE SMALL INCONSISTENCIES
  • 230. SOLID OPEN ACKNOWLEDGEMENT OF NORTHERN
  • 231. NOW WORKING ON manually SOLID
  • 232. FACE TRICK TO CLOSE QUICKLY
  • 233. MAKE THE TOP AND STICK TO SOLID
  • 234. TO SELECT THE RANGE AND IS MADE OF GREY
  • 235. COLOR OF THE END COVER
  • 236. COVER CREATED AND JOIN TO SOLID
  • 237. She pressed THIS OPTION WILL BE READY AND SOLID
  • 238. Be stepped OVER THE SOLID
  • 239. Stepped OVER THE SOLID
  • 240. THIS THE NEW RESULT
  • 241. RETURNS TO CHECK FOR ERRORS
  • 242. ACKNOWLEDGEMENT triangulation ERRORS AND OPENINGS
  • 243. TRICKS TO FIX THE SOLID (HIDE)
  • 244. LAYER OF ERRORS (SE CLEAR TO CORRECT THE SOLID)
  • 245. VERTICE ERROR (NOT IN LINE WITH THE BELOW)
  • 246. CLICK THE ITEM VERTICE and move
  • 247. QUESTION THIS POSITION (RETAIN)
  • 248. AND WE FIX YOUR NEW POSITION
  • 249. EDIT THE SEQUENCE OF ITEMS (DIGITAL)
  • 250. ALL ITEMS POLYGON
  • 251. SELECT GROUP BY
  • 252. THIS RIGHT polygon (LAYER BLUE)
  • 253. DISPLAYS THE DATA AND CLICK (CANCEL)
  • 254. PLACE IN THE RED MAGENTA POLYGON
  • 255. IS DEFINED Pinho and SENSE OF THE NEW DIGITAL
  • 256. OPCIONPARA THIS IS NOT CHOOSE TO THROW INTERPOL
  • 257. POLYGON POLYGON INTO THE RED MAGENTA
  • 258. CLEAR SOLID SIDES OF A POLYGON Delimited
  • 259. SELECTION FOR THE CLEAR COMMAND
  • 260. DELETE option is selected BY POLYGON
  • 261. POLYGON AND THEN CLICK THE SOLID AND CONFIRMS THE
  • 262. WERE CLEARED OF THE SOLID TRIANGLES
  • 263. Move vertices A POSITION OF POLIGONOS
  • 264. Subtract the SOLID RED BLUE
  • 265. SELECT THE COMMAND FOR OPERATION
  • 266. HE THEN CLICK THE BLUE AND RED AND IT SHOWS
  • 267. WHAT IS THE KNIFE WILL WHITE
  • 268. 3D VIEW FOR THE SELECTION OF SOLID (EXCLUDE)
  • 269. THE SOLID SOLID RED BLUE AND SHARE THE SAME FACES
  • 270. HOW TO PLOT PLANS
  • 271. BLOCK MODEL
  • 272. EXPORT BLOCK MODEL
  • 273. FILE IMPORTASCII BLOCK MODEL
  • 274. STATISTICS
  • 275. THANKS

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