Output
DGD Tool reports naming convention
A - Analysis. Define a DGD Tool Report
IS - In Situ data related
L - Laboratory
- CH - Chemical test data
- CR - Compaction Related test data
- CS - Classification test data
- R - Rock test data
- S - Specialist test data
- G - General data
Logs
Name | Description |
|---|---|
IS AU BOREHOLE 1 | Non-cored borehole log for Australian market. |
IS AU BOREHOLE 2 | Non-cored borehole log for Australian market. |
IS AU BOREHOLE 3 | Non-cored borehole log for Australian market. |
IS AU BOREHOLE CONTAM 1 | Non-cored borehole log for Australian market. |
IS AU CORED BOREHOLE 1 | Cored borehole log for Australian market. |
IS AU CORED BOREHOLE 2 | Cored borehole log for Australian market. |
IS AU CORED BOREHOLE 3 | Cored borehole log for Australian market. |
IS AU PAVEMENTS 1 | Pavement / Test Pit Log for Australian market. Single field sketch per page for each PointID. Each jpg/bmp file must be located and named: <path of project file>\<project name> photo\<PointID>.jpg/bmp. |
IS AU PAVEMENTS 2 | Pavement Borehole / Test Pit Log for Australian market. Single field sketch per page for each PointID. Each jpg/bmp file must be located and named: <path of project file>\<project name> photo\<PointID>.jpg/bmp. |
IS AU TEST PIT 1 | Excavation / Test Pit Log for Australian market. |
IS AU TEST PIT 2 | Excavation / Test Pit Log. Single field sketch per page for each PointID. Each jpg/bmp file must be located and named: <path of project file>\ <project name> photo\ <PointID>.jpg/bmp. |
IS AU TEST PIT 3 | Excavation / Test Pit Log for Australian market. |
IS COASTAL BOREHOLE 1 | Borehole log for coastal construction A4P. |
IS COASTAL BOREHOLE 2 | Borehole log for coastal construction A4P. |
IS DCP | Dynamic Cone Penetrometer Log. |
IS DCP 3 PER PAGE | Dynamic Cone Penetrometer Log - 3 Per Page. |
IS DCP WITH TEXT AND PLOT | DCP Log with Text and Plot. |
IS GEOPHYSICS BOREHOLE 1 | Geophysics log without material description. |
IS GEOPHYSICS BOREHOLE 2 | Geophysics log with material description. |
IS GEOPHYSICS CSWS 1 | CSWS log with material description. |
IS HK BOREHOLE 1 | Hong Kong Log. For the HKQAA logo to print, the ISO and Certificate numbers must be entered in DATA DESIGN | User System Data. If those fields do not exist, they must be added. They are called: HKQAA_ISO and HKQAA_Certificate. Adapted from Bentley's AGS4 Standard gINT Files. |
IS HK BOREHOLE 2 | Hong Kong Log. For the HKQAA logo to print, the ISO and Certificate numbers must be entered in DATA DESIGN | User System Data. If those fields do not exist, they must be added. They are called: HKQAA_ISO and HKQAA_Certificate. Adapted from Bentley's AGS4 Standard gINT Files. |
IS MY BOREHOLE 1 | Borehole log for Malaysian market. |
IS MY BOREHOLE 2 | Borehole log for Malaysian market. |
IS NZ BOREHOLE CONTAM 1 | NZ Contaminated Land Smart Borehole/Test Pit/Well Log. |
IS NZ DRILLHOLE 1 | Hybrid drillhole Log. |
IS NZ DRILLHOLE 2 | Hybrid borehole Log. |
IS NZ DRILLHOLE 3 | Hybrid drillhole Log. |
IS NZ SCALAR PENETROMETER | Scalar Penetrometer Log. |
IS NZ TEST PIT 2 | Trial Pit Log. |
IS NZ TEST PIT 3 | Test Pit Log with scalar. |
IS NZ TEST PIT HAND AUGER 1 | Test Pit or Hand Auger Log. |
IS OFFSHORE BOREHOLE 1 | Offshore borehole log with lab and CPTU plots A3P. |
IS OFFSHORE BOREHOLE 2 | Summary offshore borehole log with lab and CPTU plots A3P. |
IS SG BOREHOLE 1 | Land Transport Authority Singapore borehole log report. |
IS SG BOREHOLE 2 | Housing Development Board (HDB) Singapore borehole log report. GWL source is Piezometer reading with Display on Log checked. |
IS SG BOREHOLE 2 MULT HZT | Housing Development Board (HDB) Singapore borehole log report with all pages on one sheet distributed horizontally. GWL source is Piezometer reading with Display on Log checked. |
IS SPT DESIGN LINE | SPT Design Line vs. Depth log report. Datgel DGD Tool / Datgel Lab and In Situ Tool. |
IS UK BOREHOLE | UK Borehole Log. Adapted from Bentley's AGS4 Standard gINT Files. |
IS UK DRILLHOLE | UK Drillhole Log. Adapted from Bentley's AGS4 Standard gINT Files. |
IS UK DYNAMIC PROBE | Dynamic Probe Log. Adapted from Bentley's AGS4 Standard gINT Files. |
IS UK STATIC CONE | Static Cone Penetrometer Log. Adapted from Bentley's AGS4 Standard gINT Files. |
IS UK TRIAL PIT | UK Trial Pit Log. Adapted from Bentley's AGS4 Standard gINT Files. |
IS VIBROCORE 1 | Vibrocore log for coastal construction A4P. |
IS VIBROCORE 2 | Vibrocore log for coastal construction A4P. |
IS VIBROCORE 3 | Vibrocore log for coastal construction A4P. |
IS VIBROCORE 4 | Vibrocore log for coastal construction A3L. |
Fences
Name | Description |
|---|---|
FENCE A3L | Fence – A3 paper size – Landscape orientation with a site map |
FENCE A3L NO PLAN | Fence – A3 paper size – Landscape orientation without a site map |
FENCE A4L | Fence – A4 paper size – Landscape orientation with a site map |
FENCE A4L NO PLAN | Fence – A4 paper size – Landscape orientation without a site map |
Fence User Report Variables
Name | Description |
|---|---|
Title | Report title |
Drawn | Enter person's initials/name |
Drawn Date | Enter date (dd/mm/yyyy) |
Checked | Enter person's initials/name |
Checked Date | Enter date (dd/mm/yyyy) |
Figure Number | Enter text. If left blank, it will default to "Figure 1". |
Map Orientation | Sets the orientation of the site map. B = Baseline end points (default), N = North up |
Override Sitemap Scale | Overrides the scale of the site map by the selected value. By default the site map scale is the same as the fence x axis |
Sitemap Lower Left Corner East | Overrides the coordinates of the lower left hand corner of the site map to the specified coordinates (m). |
Sitemap Lower Left Corner North | Overrides the coordinates of the lower left hand corner of the site map to the specified coordinates (m). |
Sitemap Angle Relative North CCW | Rotates the site map counter-clockwise through the specified angle (deg). If the coordinates of the lower left corner are specified, the rotation is centred on the lower left corner, otherwise it is centred on the centre of the site map entities |
Stick | L = Legend/material graphic (default) S = Stick/Line OR = Origin Colour C = CPT Soil Behaviour Type Colour L OR = Legend / Material Graphic and Origin Colour L C = Legend / CPT Soil Behaviour Type Colour GU1 = Geology Project Unit 1 Colour GU2 = Geology Project Unit 2 Colour GUD = Geology Project Unit 1 & 2 Colour GU3 = Geology Project Unit 3 Colour L GU1 = Legend / Material Graphic with Geology Project Unit 1 Colour L GU2 = Legend / Material Graphic with Geology Project Unit 2 Colour L GU3 = Legend / Material Graphic with Geology Project Unit 3 Colour GF1 = Geology Project Unit 1 Fill GF2 = Geology Project Unit 2 Fill GFD = Geology Project Unit 1 & 2 Fill GF3 = Geology Project Unit 3 Fill |
Stick CPT | |
Stick DCP | |
Post Header Text | Multiple options for the position and orientation of the post header |
EOH Text | Multiple options to print hole depth and elevation at bottom of fence post |
Scope Geology Unit Legend | Defines the scope of the geology unit legend |
Depth Scale | L# / R# |
qc qt Max Scale | 5, 10, 20, 40 |
qc Rf Plot | t, c |
VS Text | L# / R# |
SPT N Text | L# / R# |
SPT N and RQD Plot | L# / R# |
Graphs
Name | Description |
|---|---|
A IS CH VS DEPTH BY PTID | Horizontal coefficient of consolidation from dissipation, ch verses Depth with data marker grouped by PointID. |
A IS CH VS DEPTH BY UNIT | Horizontal coefficient of consolidation from dissipation, ch versus Depth with data marker and colour grouped by Geology Unit 1. |
A IS CH VS RL BY PTID | Horizontal coefficient of consolidation from dissipation, ch versus Elevation with data marker grouped by PointID. |
A IS CH VS RL BY UNIT | Horizontal coefficient of consolidation from dissipation, ch versus Elevation with data marker and colour grouped by Geology Unit 1. |
A IS CPT NORMALISED SU VS DEPTH BY PTID | Undrained Shear Strength / Effective Vertical Stress (Normalised Undrained Shear Strength) verses Depth with data marker grouped by PointID. |
A IS CPT NORMALISED SU VS DEPTH BY UNIT | Undrained Shear Strength / Effective Vertical Stress (Normalised Undrained Shear Strength) versus Depth with data marker and colour grouped by Geology Unit 1. |
A IS CPT NORMALISED SU VS RL BY PTID | Undrained Shear Strength / Effective Vertical Stress (Normalised Undrained Shear Strength) verses Elevation with data marker grouped by PointID. |
A IS CPT NORMALISED SU VS RL BY UNIT | Undrained Shear Strength / Effective Vertical Stress (Normalised Undrained Shear Strength) versus Elevation with data marker and colour grouped by Geology Unit 1. |
A IS SCPT VS VS DEPTH BY PTID | Shear Wave Velocity from SCPT verses Depth with data marker grouped by PointID. Datgel Lab and In Situ Tool. |
A IS SCPT VS VS DEPTH BY UNIT | Shear Wave Velocity from SCPT versus Depth with data marker and colour grouped by Geology Unit 1. |
A IS SCPT VS VS RL BY PTID | Shear Wave Velocity from SCPT verses Elevation with data marker grouped by PointID. |
A IS SCPT VS VS RL BY UNIT | Shear Wave Velocity from SCPT versus Elevation with data marker and colour grouped by Geology Unit 1. |
A IS SPT (N1)60 VS DEPTH BY PTID | Corrected SPT (N1)60 Value verses Depth with data marker grouped by PointID. |
A IS SPT (N1)60 VS DEPTH BY UNIT | Corrected SPT (N1)60 Value versus Depth with data marker and colour grouped by Geology Unit 1. |
A IS SPT (N1)60 VS RL BY PTID | Corrected SPT (N1)60 Value verses Elevation with data marker grouped by PointID. |
A IS SPT (N1)60 VS RL BY UNIT | Corrected SPT (N1)60 Value versus Elevation with data marker and colour grouped by Geology Unit 1. |
A IS SPT N VS DEPTH BY PTID | Uncorrected SPT N Value verses Depth with data marker grouped by PointID. |
A IS SPT N VS DEPTH BY UNIT | Uncorrected SPT N Value versus Depth with data marker and colour grouped by Geology Unit 1. |
A IS SPT N VS RL BY PTID | Uncorrected SPT N Value verses Elevation with data marker grouped by PointID. |
A IS SPT N VS RL BY UNIT | Uncorrected SPT N Value versus Elevation with data marker and colour grouped by Geology Unit 1. |
A IS SPT N60 VS DEPTH BY PTID | Corrected SPT N60 Value verses Depth with data marker grouped by PointID. |
A IS SPT N60 VS DEPTH BY UNIT | Corrected SPT N60 Value versus Depth with data marker and colour grouped by Geology Unit 1. |
A IS SPT N60 VS RL BY PTID | Corrected SPT N60 Value verses Elevation with data marker grouped by PointID. |
A IS SPT N60 VS RL BY UNIT | Corrected SPT N60 Value versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CH CACO3 VS DEPTH BY PTID | CaCO3 versus Depth with data marker and colour grouped by PointID. |
A L CH CACO3 VS DEPTH BY UNIT | CaCO3 versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CH CACO3 VS RL BY PTID | CaCO3 versus Elevation with data marker and colour grouped by PointID. |
A L CH CACO3 VS RL BY UNIT | CaCO3 versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CH CACO3 VS UCS BY PTID | CaCO3 versus UCS with data marker grouped by PointID. |
A L CH CACO3 VS UCS BY UNIT | CaCO3 versus UCS with data marker and colour grouped by Geology Unit 1. |
A L CH CHLORIDE VS DEPTH BY PTID | Chloride versus Depth with data marker and colour grouped by PointID. |
A L CH CHLORIDE VS DEPTH BY UNIT | Chloride versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CH CHLORIDE VS RL BY PTID | Chloride versus Elevation with data marker and colour grouped by PointID. |
A L CH CHLORIDE VS RL BY UNIT | Chloride versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CH ORGANIC CONTENT VS DEPTH BY PTID | Organic Matter Content versus Depth with data marker and colour grouped by PointID. |
A L CH ORGANIC CONTENT VS DEPTH BY UNIT | Organic Matter Content versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CH ORGANIC CONTENT VS RL BY PTID | Organic Matter Content versus Elevation with data marker and colour grouped by PointID. |
A L CH ORGANIC CONTENT VS RL BY UNIT | Organic Matter Content versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CH PH VS DEPTH BY PTID | pH versus Depth with data marker and colour grouped by PointID. |
A L CH PH VS DEPTH BY UNIT | pH versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CH PH VS RL BY PTID | pH versus Elevation with data marker and colour grouped by PointID. |
A L CH PH VS RL BY UNIT | pH versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CH RESISTIVITY VS DEPTH BY PTID | Resistivity versus Depth with data marker and colour grouped by PointID. |
A L CH RESISTIVITY VS DEPTH BY UNIT | Resistivity versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CH RESISTIVITY VS RL BY PTID | Resistivity versus Elevation with data marker and colour grouped by PointID. |
A L CH RESISTIVITY VS RL BY UNIT | Resistivity versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CH SULFATE VS DEPTH BY PTID | Sulfate versus Depth with data marker and colour grouped by PointID. |
A L CH SULFATE VS DEPTH BY UNIT | Sulfate versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CH SULFATE VS RL BY PTID | Sulfate versus Elevation with data marker and colour grouped by PointID. |
A L CH SULFATE VS RL BY UNIT | Sulfate versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CR CBR SWELL VS CHAINAGE BY PTID | CBR Swell versus Chainage with data marker and colour grouped by PointID. |
A L CR CBR SWELL VS CHAINAGE BY UNIT | CBR Swell versus Chainage with data marker and colour grouped by Geology Unit 1. |
A L CR CBR SWELL VS DEPTH BY PTID | CBR Swell versus Depth with data marker and colour grouped by PointID. |
A L CR CBR SWELL VS DEPTH BY UNIT | CBR Swell versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CR CBR SWELL VS PI BY PTID | CBR Swell versus Plasticity Index with data marker and colour grouped by PointID. |
A L CR CBR SWELL VS PI BY UNIT | CBR Swell versus Plasticity Index with data marker and colour grouped by Geology Unit 1. |
A L CR CBR SWELL VS RL BY PTID | CBR Swell versus Elevation with data marker and colour grouped by PointID. |
A L CR CBR SWELL VS RL BY UNIT | CBR Swell versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CR CBR VS CHAINAGE BY PTID | CBR versus Chainage with data marker and colour grouped by PointID. |
A L CR CBR VS CHAINAGE BY UNIT | CBR versus Chainage with data marker and colour grouped by Geology Unit 1. |
A L CR CBR VS DEPTH BY PTID | CBR versus Depth with data marker and colour grouped by PointID. |
A L CR CBR VS DEPTH BY UNIT | CBR versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CR CBR VS PI BY PTID | CBR versus Plasticity Index with data marker and colour grouped by PointID. |
A L CR CBR VS PI BY UNIT | CBR versus Plasticity Index with data marker and colour grouped by Geology Unit 1. |
A L CR CBR VS RL BY PTID | CBR versus Elevation with data marker and colour grouped by PointID. |
A L CR CBR VS RL BY UNIT | CBR versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CR DD VS MC BY PTID | Dry Density versus Moisture Content with data marker grouped by PointID. |
A L CR DD VS MC BY UNIT | Dry Density versus Moisture Content with data marker and colour grouped by Geology Unit 1. |
A L CR MDD VS OMC BY PTID | MDD versus OMC with data marker and colour grouped by PointID. |
A L CR MDD VS OMC BY UNIT | MDD versus OMC with data marker and colour grouped by Geology Unit 1. |
A L CR OMC VS FMC/OMC BY PTID | OMC versus FMC/OMC with data marker and colour grouped by PointID. |
A L CR OMC VS FMC/OMC BY UNIT | OMC versus FMC/OMC with data marker and colour grouped by Geology Unit 1. |
A L CR OMC VS NATURAL MC BY PTID | OMC versus Natural MC with data marker and colour grouped by PointID. |
A L CR OMC VS NATURAL MC BY UNIT | OMC versus Natural MC with data marker and colour grouped by Geology Unit 1. |
A L CS ATTERBERG BY PTID | Plasticity Index vs. Liquid Limit with data marker by PointID. |
A L CS ATTERBERG BY PTID A4L | Plasticity Index vs. Liquid Limit with data marker by PointID. |
A L CS ATTERBERG BY SPECIMEN | Plasticity Index vs. Liquid Limit with data marker by specimen. |
A L CS ATTERBERG BY UNIT | Plasticity Index vs. Liquid Limit with data marker and colour grouped by Geology Unit 1. |
A L CS ATTERBERG BY UNIT A4L | Plasticity Index vs. Liquid Limit with data marker and colour grouped by Geology Unit 1. |
A L CS BULK DENSITY VS CHG BY PTID | Bulk Density versus Chainage with data marker and colour grouped by PointID. |
A L CS BULK DENSITY VS CHG BY UNIT | Bulk Density versus Chainage with data marker and colour grouped by Geology Unit 1. |
A L CS BULK DENSITY VS DEPTH BY PTID | Wet/Bulk Density versus Depth with data marker and colour grouped by PointID. |
A L CS BULK DENSITY VS DEPTH BY UNIT | Wet/Bulk Density versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CS BULK DENSITY VS RL BY PTID | Wet/Bulk Density versus Elevation with data marker and colour grouped by PointID. |
A L CS BULK DENSITY VS RL BY UNIT | Wet/Bulk Density versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CS DRY DENSITY VS CHAINAGE BY PTID | Dry Density versus Chainage with data marker and colour grouped by PointID. |
A L CS DRY DENSITY VS CHAINAGE BY UNIT | Dry Density versus Chainage with data marker and colour grouped by Geology Unit 1. |
A L CS DRY DENSITY VS DEPTH BY PTID | Dry Density versus Depth with data marker and colour grouped by PointID. |
A L CS DRY DENSITY VS DEPTH BY UNIT | Dry Density versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CS DRY DENSITY VS RL BY PTID | Dry Density versus Elevation with data marker and colour grouped by PointID. |
A L CS DRY DENSITY VS RL BY UNIT | Dry Density versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CS EMERSON CRUMB VS CHAINAGE BY PTID | Emerson Class Number versus Chainage with data marker and colour grouped by PointID. |
A L CS EMERSON CRUMB VS CHAINAGE BY UNIT | Emerson Class Number versus Chainage with data marker and colour grouped by Geology Unit 1. |
A L CS EMERSON CRUMB VS DEPTH BY PTID | Emerson Crumb versus Depth with data marker and colour grouped by PointID. |
A L CS EMERSON CRUMB VS DEPTH BY UNIT | Emerson Crumb versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CS EMERSON CRUMB VS RL BY PTID | Emerson Crumb versus Elevation with data marker and colour grouped by PointID. |
A L CS EMERSON CRUMB VS RL BY UNIT | Emerson Crumb versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CS HAND VANE VS DEPTH BY PTID | Hand Vane Undrained Shear Strength versus Depth with data marker and colour grouped by PointID. |
A L CS HAND VANE VS DEPTH BY UNIT | Hand Vane Undrained Shear Strength versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CS HAND VANE VS RL BY PTID | Hand Vane Undrained Shear Strength versus Elevation with data marker and colour grouped by PointID. |
A L CS HAND VANE VS RL BY UNIT | Hand Vane Undrained Shear Strength versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CS INDEX PROPS VS DEPTH | Index Properties (WC, PL, LL, Fines) vs. Depth. |
A L CS INDEX PROPS VS DEPTH BY PTID | Index Properties (MC, PL, LL) vs. Depth with data marker and colour grouped by PointID. |
A L CS INDEX PROPS VS DEPTH BY UNIT | Index Properties (MC, PL, LL) vs. Depth with data marker and colour grouped by Geology Unit 1. |
A L CS INDEX PROPS VS DEPTH PTID PP | Index Properties (WC, PL, LL, Fines) vs. Depth, each PointID on new page. |
A L CS INDEX PROPS VS RL | Index Properties (WC, PL, LL, Fines) vs. Elevation. |
A L CS INDEX PROPS VS RL BY PTID | Index Properties (MC, PL, LL) vs. Elevation with data marker and colour grouped by PointID. |
A L CS INDEX PROPS VS RL BY UNIT | Index Properties (MC, PL, LL) vs. Elevation with data marker and colour grouped by Geology Unit 1. |
A L CS INDEX PROPS VS RL PTID PP | Index Properties (WC, PL, LL, Fines) vs. Elevation, each PointID on new page. |
A L CS LINEAR SHRINKAGE VS DEPTH BY PTID | Linear Shrinkage versus Depth with data marker and colour grouped by PointID. |
A L CS LINEAR SHRINKAGE VS DEPTH BY UNIT | Linear Shrinkage versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CS LINEAR SHRINKAGE VS RL BY PTID | Linear Shrinkage versus Elevation with data marker and colour grouped by PointID. |
A L CS LINEAR SHRINKAGE VS RL BY UNIT | Linear Shrinkage versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CS LIQUID LIMIT VS DEPTH BY PTID | Liquid Limit versus Depth with data marker and colour grouped by PointID. |
A L CS LIQUID LIMIT VS DEPTH BY UNIT | Liquid Limit versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CS LIQUID LIMIT VS RL BY PTID | Liquid Limit versus Elevation with data marker and colour grouped by PointID. |
A L CS LIQUID LIMIT VS RL BY UNIT | Liquid Limit versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CS LIQUIDITY INDEX VS DEPTH BY PTID | Liquidity Index versus Depth with data marker and colour grouped by PointID. |
A L CS LIQUIDITY INDEX VS DEPTH BY UNIT | Liquidity Index versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CS LIQUIDITY INDEX VS RL BY PTID | Liquidity Index versus Elevation with data marker and colour grouped by PointID. |
A L CS LIQUIDITY INDEX VS RL BY UNIT | Liquidity Index versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CS MC VS DEPTH BY PTID | Moisture Content versus Depth with data marker and colour grouped by PointID. |
A L CS MC VS DEPTH BY UNIT | Moisture Content versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CS MC VS RL BY PTID | Moisture Content versus Elevation with data marker and colour grouped by PointID. |
A L CS MC VS RL BY UNIT | Moisture Content versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CS PARTICLE DENSITY VS DEPTH BY PTID | Particle Density versus Depth with data marker and colour grouped by PointID. |
A L CS PARTICLE DENSITY VS DEPTH BY UNIT | Particle Density versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CS PARTICLE DENSITY VS RL BY PTID | Particle Density versus Elevation with data marker and colour grouped by PointID. |
A L CS PARTICLE DENSITY VS RL BY UNIT | Particle Density versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CS PC CLAY/PC FINES VS DEPTH BY PTID | Percent Clay / Percent Fines versus Depth with data marker and colour grouped by PointID. |
A L CS PC CLAY/PC FINES VS DEPTH BY UNIT | Percent Clay / Percent Fines versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CS PC CLAY/PC FINES VS RL BY PTID | Percent Clay / Percent Fines versus Elevation with data marker and colour grouped by PointID. |
A L CS PC CLAY/PC FINES VS RL BY UNIT | Percent Clay / Percent Fines versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CS PERCENT CLAY VS DEPTH BY PTID | Percent Clay versus Depth with data marker and colour grouped by PointID. |
A L CS PERCENT CLAY VS DEPTH BY UNIT | Percent Clay versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CS PERCENT CLAY VS RL BY PTID | Percent Clay versus Elevation with data marker and colour grouped by PointID. |
A L CS PERCENT CLAY VS RL BY UNIT | Percent Clay versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CS PERCENT FINES VS CHAINAGE BY PTID | Percent Fines versus Chainage with data marker and colour grouped by PointID. |
A L CS PERCENT FINES VS CHAINAGE BY UNIT | Percent Fines versus Chainage with data marker and colour grouped by Geology Unit 1. |
A L CS PERCENT FINES VS DEPTH BY PTID | Percent Fines versus Depth with data marker and colour grouped by PointID. |
A L CS PERCENT FINES VS DEPTH BY UNIT | Percent Fines versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CS PERCENT FINES VS RL BY PTID | Percent Fines versus Elevation with data marker and colour grouped by PointID. |
A L CS PERCENT FINES VS RL BY UNIT | Percent Fines versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CS PERCENT SAND VS DEPTH BY PTID | Percent Sand versus Depth with data marker and colour grouped by PointID. |
A L CS PERCENT SAND VS DEPTH BY UNIT | Percent Sand versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CS PERCENT SAND VS RL BY PTID | Percent Sand versus Elevation with data marker and colour grouped by PointID. |
A L CS PERCENT SAND VS RL BY UNIT | Percent Sand versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CS PI VS PERCENT CLAY BY PTID | Plasticity Index versus Percent Clay with data marker grouped by PointID. |
A L CS PI VS PERCENT CLAY BY UNIT | Plasticity Index versus Percent Clay with data marker grouped by Geology Unit 1. |
A L CS PLASTIC LIMIT VS DEPTH BY PTID | Plastic Limit versus Depth with data marker and colour grouped by PointID. |
A L CS PLASTIC LIMIT VS DEPTH BY UNIT | Plastic Limit versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CS PLASTIC LIMIT VS RL BY PTID | Plastic Limit versus Elevation with data marker and colour grouped by PointID. |
A L CS PLASTIC LIMIT VS RL BY UNIT | Plastic Limit versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CS PLASTICITY INDEX VS DEPTH BY PTID | Plasticity Index versus Depth with data marker and colour grouped by PointID. |
A L CS PLASTICITY INDEX VS DEPTH BY UNIT | Plasticity Index versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CS PLASTICITY INDEX VS RL BY PTID | Plasticity Index versus Elevation with data marker and colour grouped by PointID. |
A L CS PLASTICITY INDEX VS RL BY UNIT | Plasticity Index versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CS PP UCS VS DEPTH BY PTID | Pocket penetrometer UCS versus Depth with data marker and colour grouped by PointID. |
A L CS PP UCS VS DEPTH BY UNIT | Pocket penetrometer UCS versus Depth with data marker and colour grouped by Geology Unit 1. |
A L CS PP UCS VS RL BY PTID | Pocket penetrometer UCS versus Elevation with data marker and colour grouped by PointID. |
A L CS PP UCS VS RL BY UNIT | Pocket penetrometer UCS versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L CS PSD 10 PER PAGE SUMMARY | 10 PSD per page with classification and PSD data. Includes data from sieve and sedimentation (hydrometer) tables. |
A L CS PSD 20 PER PAGE SUMMARY | 20 PSD per page summary. Includes data from sieve and sedimentation (hydrometer) tables. |
A L CS PSD ENVELOPE SUMMARY | Summary of many PSD on one graph with envelope data. Data from sieve and sedimentation (hydrometer) tables. |
A L CS PSD ENVELOPE SUMMARY BY PTID | Summary of many PSD on one graph with envelope data with data marker and colour grouped by PointID. |
A L CS PSD ENVELOPE SUMMARY BY PTID A4L | Summary of many PSD on one graph with envelope data with data marker and colour grouped by PointID. |
A L CS PSD ENVELOPE SUMMARY BY UNIT | Summary of many PSD on one graph with envelope data with data marker and colour grouped by Geology Unit 1. |
A L CS PSD ENVELOPE SUMMARY BY UNIT A4L | Summary of many PSD on one graph with envelope data with data marker and colour grouped by Geology Unit 1. |
A L R POINT LOAD LOG VS DEPTH BY PTID | Point Load Index versus Depth with data marker and colour grouped by PointID. |
A L R POINT LOAD LOG VS DEPTH BY UNIT | Point Load Index versus Depth with data marker and colour grouped by Geology Unit 1. |
A L R POINT LOAD LOG VS RL BY PTID | Point Load Index versus Elevation with data marker and colour grouped by PointID. |
A L R POINT LOAD LOG VS RL BY UNIT | Point Load Index versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L R POINT LOAD VS CHAINAGE BY PTID | Point Load Index versus Chainage with data marker and colour grouped by PointID. |
A L R POINT LOAD VS CHAINAGE BY UNIT | Point Load Index versus Chainage with data marker and colour grouped by Geology Unit 1. |
A L R POINT LOAD VS DEPTH BY PTID | Point Load Index versus Depth with data marker and colour grouped by PointID. |
A L R POINT LOAD VS DEPTH BY UNIT | Point Load Index versus Depth with data marker and colour grouped by Geology Unit 1. |
A L R POINT LOAD VS RL BY PTID | Point Load Index versus Elevation with data marker and colour grouped by PointID. |
A L R POINT LOAD VS RL BY UNIT | Point Load Index versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L R POINT LOAD VS UCS BY PTID | Point Load Index versus UCS with data marker grouped by PointID. |
A L R POINT LOAD VS UCS BY UNIT | Point Load Index versus UCS with data marker and colour grouped by Geology Unit 1. |
A L R TENSILE STRENGTH VS DEPTH BY PTID | Tensile Strength versus Depth with data marker grouped by PointID. |
A L R TENSILE STRENGTH VS DEPTH BY UNIT | Tensile Strength versus Depth with data marker and colour grouped by Geology Unit 1. |
A L R TENSILE STRENGTH VS RL BY PTID | Tensile Strength versus Elevation with data marker grouped by PointID. |
A L R TENSILE STRENGTH VS RL BY UNIT | Tensile Strength versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L R UCS VS CHAINAGE BY PTID | Uniaxial Compressive Strength versus Chainage with data marker and colour grouped by PointID. |
A L R UCS VS CHAINAGE BY UNIT | Uniaxial Compressive Strength versus Chainage with data marker and colour grouped by Geology Unit 1. |
A L R UCS VS DEPTH BY PTID | UCS versus Depth with data marker grouped by PointID. |
A L R UCS VS DEPTH BY UNIT | UCS versus Depth with data marker and colour grouped by Geology Unit 1. |
A L R UCS VS DRY DENSITY BY PTID | UCS versus Dry Density with data marker grouped by PointID. Average of Dry Density from the same sample +/- 0.5m the UCS depth. |
A L R UCS VS DRY DENSITY BY UNIT | UCS versus Dry Density with data marker and colour grouped by Geology Unit 1. Average of Dry Density from the same sample +/- 0.5m the UCS depth. |
A L R UCS VS MOISTURE CONTENT BY PTID | UCS versus Moisture Content with data marker grouped by PointID. |
A L R UCS VS MOISTURE CONTENT BY UNIT | UCS versus Moisture Content with data marker and colour grouped by Geology Unit 1. |
A L R UCS VS RL BY PTID | UCS versus Elevation with data marker grouped by PointID. |
A L R UCS VS RL BY UNIT | UCS versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L R UCS VS YOUNGS MODULUS BY PTID | UCS versus Young's Modulus with data marker grouped by PointID. |
A L R UCS VS YOUNGS MODULUS BY UNIT | UCS versus Young's Modulus with data marker and colour grouped by Geology Unit 1. |
A L R YOUNGS MODULUS VS DEPTH BY PTID | Young's Modulus versus Depth with data marker grouped by PointID. |
A L R YOUNGS MODULUS VS DEPTH BY UNIT | Young's Modulus versus Depth with data marker and colour grouped by Geology Unit 1. |
A L R YOUNGS MODULUS VS RL BY PTID | Young's Modulus versus Elevation with data marker grouped by PointID. |
A L R YOUNGS MODULUS VS RL BY UNIT | Young's Modulus versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L S 1D CONSOL CA VS DEPTH BY PTID | Coefficient of Secondary Compression (C alpha) from 1D Consolidation versus Depth with data marker and colour grouped by PointID. |
A L S 1D CONSOL CA VS DEPTH BY UNIT | Coefficient of Secondary Compression (C alpha) from 1D Consolidation versus Depth with data marker and colour grouped by PointID. |
A L S 1D CONSOL CA VS RL BY PTID | Coefficient of Secondary Compression (C alpha) from 1D Consolidation versus Elevation with data marker and colour grouped by PointID. |
A L S 1D CONSOL CA VS RL BY UNIT | Coefficient of Secondary Compression (C alpha) from 1D Consolidation versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L S 1D CONSOL CA VS SIGV0 SPEC | Coefficient of Secondary Compression (C alpha) versus Vertical Effective Stress. |
A L S 1D CONSOL CAE VS DEPTH BY PTID | Secondary Compression Index (Cae) from 1D Consolidation versus Depth with data marker and colour grouped by PointID. |
A L S 1D CONSOL CAE VS DEPTH BY UNIT | Secondary Compression Index (Cae) from 1D Consolidation versus Depth with data marker and colour grouped by PointID. |
A L S 1D CONSOL CAE VS RL BY PTID | Secondary Compression Index (Cae) from 1D Consolidation versus Elevation with data marker and colour grouped by PointID. |
A L S 1D CONSOL CAE VS RL BY UNIT | Secondary Compression Index (Cae) from 1D Consolidation versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L S 1D CONSOL CAE VS SIGDV0 SPEC | Secondary Compression Index (Cae) versus Vertical Effective Stress. |
A L S 1D CONSOL CC VS DEPTH BY PTID | Compression Index (Cc) from 1D Consolidation versus Depth with data marker and colour grouped by PointID. |
A L S 1D CONSOL CC VS DEPTH BY UNIT | Compression Index (Cc) from 1D Consolidation versus Depth with data marker and colour grouped by Geology Unit 1. |
A L S 1D CONSOL CC VS RL BY PTID | Compression Index (Cc) from 1D Consolidation versus Elevation with data marker and colour grouped by PointID. |
A L S 1D CONSOL CC VS RL BY UNIT | Compression Index (Cc) from 1D Consolidation versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L S 1D CONSOL CR VS DEPTH BY PTID | Recompression Compression Index (Cr) from 1D Consolidation versus Depth with data marker and colour grouped by PointID. |
A L S 1D CONSOL CR VS DEPTH BY UNIT | Recompression Compression Index (Cr) from 1D Consolidation versus Depth with data marker and colour grouped by Geology Unit 1. |
A L S 1D CONSOL CR VS RL BY PTID | Recompression Compression Index (Cr) from 1D Consolidation versus Elevation with data marker and colour grouped by PointID. |
A L S 1D CONSOL CR VS RL BY UNIT | Recompression Compression Index (Cr) from 1D Consolidation versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L S 1D CONSOL CV VS SIGV0 SPEC | Coefficient of Consolidation versus Vertical Effective Stress. |
A L S 1D CONSOL E0 VS DEPTH BY PTID | Initial Voids Ratio (e0) from 1D Consolidation versus Depth with data marker and colour grouped by PointID. |
A L S 1D CONSOL E0 VS DEPTH BY UNIT | Initial Voids Ratio (e0) from 1D Consolidation versus Depth with data marker and colour grouped by Geology Unit 1. |
A L S 1D CONSOL E0 VS RL BY PTID | Initial Voids Ratio (e0) from 1D Consolidation versus Elevation with data marker and colour grouped by PointID. |
A L S 1D CONSOL E0 VS RL BY UNIT | Initial Voids Ratio (e0) from 1D Consolidation versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L S 1D CONSOL E0 VS SIGV0 A4L BY PTID | Initial Voids Ratio (e0) from 1D Consolidation versus Vertical Effective Stress with data marker and colour grouped by PointID. |
A L S 1D CONSOL E0 VS SIGV0 A4L BY SPEC | Initial Voids Ratio (e0) from 1D Consolidation versus Vertical Effective Stress. |
A L S 1D CONSOL E0 VS SIGV0 A4L BY UNIT | Initial Voids Ratio (e0) from 1D Consolidation versus Vertical Effective Stress with data marker and colour grouped by Geology Unit 1. |
A L S 1D CONSOL E0 VS SIGV0 BY SPEC | Initial Voids Ratio (e0) from 1D Consolidation versus Vertical Effective Stress. |
A L S 1D CONSOL OCR VS DEPTH BY PTID | Over Consolidation Ratio (OCR) from 1D Consolidation versus Depth with data marker and colour grouped by PointID. |
A L S 1D CONSOL OCR VS DEPTH BY UNIT | Over Consolidation Ratio (OCR) from 1D Consolidation versus Depth with data marker and colour grouped by PointID. |
A L S 1D CONSOL OCR VS RL BY PTID | Over Consolidation Ratio (OCR) from 1D Consolidation versus Elevation with data marker and colour grouped by PointID. |
A L S 1D CONSOL OCR VS RL BY UNIT | Over Consolidation Ratio (OCR) from 1D Consolidation versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L S 1D CONSOL P0 VS DEPTH BY PTID | Preconsolidation Pressure (P'0) from 1D Consolidation versus Depth with data marker and colour grouped by PointID. |
A L S 1D CONSOL P0 VS DEPTH BY UNIT | Preconsolidation Pressure (P'0) from 1D Consolidation versus Depth with data marker and colour grouped by PointID. |
A L S 1D CONSOL P0 VS RL BY PTID | Preconsolidation Pressure (P'0) from 1D Consolidation versus Elevation with data marker and colour grouped by PointID. |
A L S 1D CONSOL P0 VS RL BY UNIT | Preconsolidation Pressure (P'0) from 1D Consolidation versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L S EU TRIAXIAL VS DEPTH BY PTID | Undrained Young's Modulus, Eu from Triaxial versus Depth with data marker and colour grouped by PointID. |
A L S EU TRIAXIAL VS DEPTH BY UNIT | Undrained Young's Modulus (Eu) from Triaxial versus Depth with data marker and colour grouped by Geology Unit 1. |
A L S EU TRIAXIAL VS RL BY PTID | Undrained Young's Modulus (Eu) from Triaxial versus Elevation with data marker and colour grouped by PointID. |
A L S EU TRIAXIAL VS RL BY UNIT | Undrained Young's Modulus (Eu) from Triaxial versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L S OCR VS DEPTH BY SOURCE | Overconsolidation Ratio versus Depth with data marker and colour grouped Source. |
A L S P-WAVE VS DEPTH BY PTID | P-Wave versus Depth with data marker and colour grouped by PointID. |
A L S P-WAVE VS DEPTH BY UNIT | P-Wave versus Depth with data marker and colour grouped by Geology Unit 1. |
A L S P-WAVE VS RL BY PTID | P-Wave versus Elevation with data marker and colour grouped by PointID. |
A L S P-WAVE VS RL BY UNIT | P-Wave versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L S SENSITIVITY VS DEPTH BY SOURCE | Sensitivity versus Depth with data marker and colour grouped Source. |
A L S SU TRIAXIAL VS EU TRIAXIAL BY PTID | Undrained Shear Strength (su) versus Undrained Young's Modulus (Eu) with data marker grouped by PointID. |
A L S SU TRIAXIAL VS EU TRIAXIAL BY UNIT | Undrained Shear Strength (su) versus Undrained Young's Modulus (Eu) with data marker and colour grouped by Geology Unit 1. |
A L S SU VS DEPTH BY PTID | Undrained Shear Strength versus Depth with data marker and colour grouped by PointID. |
A L S SU VS DEPTH BY UNIT | Undrained Shear Strength versus Depth with data marker and colour grouped by Geology Unit 1. |
A L S SU VS QNET | Undrained Shear Strength from lab and in situ tests versus CPTU qnet. |
A L S SU VS RL BY PTID | Undrained Shear Strength versus Elevation with data marker and colour grouped by PointID. |
A L S SU VS RL BY UNIT | Undrained Shear Strength versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L S S-WAVE VS DEPTH BY PTID | S-Wave versus Depth with data marker and colour grouped by PointID. |
A L S S-WAVE VS DEPTH BY UNIT | S-Wave versus Depth with data marker and colour grouped by Geology Unit 1. |
A L S S-WAVE VS RL BY PTID | S-Wave versus Elevation with data marker and colour grouped by PointID. |
A L S S-WAVE VS RL BY UNIT | S-Wave versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L S TRIAXIAL EU VS DEPTH BY PTID | Undrained Young's Modulus, Eu from Triaxial versus Depth with data marker and colour grouped by PointID. |
A L S TRIAXIAL EU VS DEPTH BY UNIT | Undrained Young's Modulus (Eu) from Triaxial versus Depth with data marker and colour grouped by Geology Unit 1. |
A L S TRIAXIAL EU VS RL BY PTID | Undrained Young's Modulus (Eu) from Triaxial versus Elevation with data marker and colour grouped by PointID. |
A L S TRIAXIAL EU VS RL BY UNIT | Undrained Young's Modulus (Eu) from Triaxial versus Elevation with data marker and colour grouped by Geology Unit 1. |
A L S TRIAXIAL SU VS EU BY PTID | Undrained Shear Strength (su) versus Undrained Young's Modulus (Eu) with data marker grouped by PointID. |
A L S TRIAXIAL SU VS EU BY UNIT | Undrained Shear Strength (su) versus Undrained Young's Modulus (Eu) with data marker and colour grouped by Geology Unit 1. |
Graph User Report Variables
Name | Notes |
|---|---|
Title | Report title |
Drawn | Enter person's initials / name |
Drawn Date | Enter a date |
Checked | Enter person's initials / name |
Checked Date | Enter a date |
Scale Text | Default text is already entered, otherwise enter text |
Figure Number | Enter text |
Revision | Enter text |
Sheet | Enter text |
Histograms
Name | Description |
|---|---|
A IS R RQD | RQD histogram |
A IS S SPT N | SPT N Histogram |
A L CR CBR | CBR histogram |
A L CS PSD FINES CONTENT | Fines content histogram with statistics, count and frequency axes |
A L CS R BULK DENSITY | Soil and Rock Bulk Density Histogram |
A L R POINT LOAD INDEX | Point Load Index histogram for all or selected test types |
A L R UCS | UCS histogram for all or selected test types |
Graphic Tables
Name | Description |
|---|---|
A L G RESULTS SUMMARY 1 A4L | Summary of Laboratory Test Results |
Text Tables
Name | Description |
|---|---|
LAB SOIL PSD | Sieve data text table |
LAB SOIL PSD SUMMARY | Summary of PSD test results |
Graphic Text Documents
Name | Description |
|---|---|
A KEY TO SYMBOLS | Key to symbols, adapted from Bentley's AGS4 library. |
A PROJECT SUMMARY | Summary of Project Statistics adapted from Bentley's AGS4 library. |
L R POINT LOAD STRENGTH SAMP | Summary of Point Load Strength Test results. |
Text Documents
Name | Description |
|---|---|
A PROJECT SUMMARY | Summary of Project Statistics adapted from Bentley's AGS4 library. |
Site Maps
Name | Description |
|---|---|
MAP A3L | A3 landscape orientation |
MAP A4L | A4 landscape orientation |
Site Maps User Report Variables
Name | Notes |
|---|---|
Scale | Enter an override scale (optional) |
Min E | Enter an minimum Easting value to override the calculate value (optional) |
Min N | Enter a minimum Northing value to override the calculate value (optional) |
Site maps of many page sizes and orientations have been set up, and they all operate the same way. The scale and minimum E and N are automatically calculated based on the PointIDs you chose to output (either by filter or pick list), and can be overridden by adding data to the Scale, Min E, and Min N user report variables.