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Implementing issues - iGrade alone
Implementing issues - T3RRA
9. Implementing
8. Implementation screen
7. Design
6. Surfacing
1. General
2. Creating Projects
3. Settings
4. Wizard
5. Surveying
Exporting a PDF
It is possible to download your design file as a PDF, either to share or to print. This is done by secting:File > Print.This will bring up this pop up screen. Scale: There will be options to edit the scale of the image.Stats - allows you to edit the text in th...
Exporting a T3RRA Cutta (*.tci) control file
This is our preferred control file format. It works very well with T3RRA Cutta, funnily enough.Open the Export window as described here.Select T3RRA Cutta (*.tci) from the Export Type list.Remove any excess surfaces from the list in the center.For the drains a...
Exporting a DXF file
The DXF file type is a common interchange format used by civil designers. We support exporting a DXF file of a surface. It may be exported as 3D faces. A 3D faces file contains a collection of triangles that define the surface. To export this type of file:Open...
Exporting a Field Level II for FMX/TMX (*gps) display
The .gps file is used in Trimble displays. We support exporting files for these systems with a design surface, a base surface, linework, and markers. To export this type of file:Open the Export window as described here.Select Field Level II FMX or TMX (*.gps) ...
Exporting T3RRA Control File to JD Ops Center
Open the Export window.Choose "JD Ops Center: T3RRA Control File(.tci)", choose data to export and select Upload. If this is the first time you have attempted to transfer files to JD Ops Center, you will be prompted to sign in to your MyJohnDeere account.When ...
Importing T3RRA Control File from JD Ops Center
Open the Import window and select T3RRA Control File(tci).Clicking 'Pick File' button will open JD Ops Center browser to show projects in JD Ops Center.Select file you want to import and hit "Load Porject" button.Once the selected file downloaded, the second i...
Surface tools overview
When the Surface tab is selected on the right hand side, the relevant tools can be accessed in two different areas. Firstly, on the menu bar (this changes depending on which layer type is selected) and is explained below in Surface design tools and secondly, i...
Create a surface design for the selected area
This tool is the primary method for creating field designs. This tool opens a window with several design options to choose from: ‘Plane of Best Fit’, ‘Directional Best Fit Design’, ‘Multifit Design’, ‘Omni-fit Design’, ‘Surface Smoothing Design’, and Duplicati...
Adjust surface (used to adjust a design surface)
‘Surface Adjustment’ allows you to make additional changes to the designs that were made in the layer creation.‘Vertical offset’ which can be adjusted with up and down buttons at 0.01 increments or by typing in a set value to shift the design vertically up or ...
Structured Surface Warping
‘Structured Surface Warping™’ allows controlled manipulation of the field. This tool can be used to create non-standard designs.The warping area is designated by the blue square and can be manipulated by using the yellow anchor points.The blue numbers under ea...
Combine Surfaces
Combine surfaces allows you to combine multiple elevation and design surfaces into a single layer. This tool can be used to:Combine multiple surveyed fields into a singular layer for a full farm viewCombine separate region’s designs into a full designCombine a...
Expand/contract surface
The ‘Expand/contract surface’ tool allows you to make a surface larger or smaller. To expand the surface:Enter a positive value into the “Expand or contract” field. When making a surface larger, it takes the available information and makes an estimate to try t...
Shift Surface
The function of this tool is to horizontally offset whole surfaces. This can be done in whole pixel increments only. It is, however, advisable to avoid the need for this tool by chasing up the correct projection when importing, or to use markers to properly ze...
Change pixel size for all surfaces
The function of this tool is to change the size of the pixels across all surfaces. The pixel sizes are read in meters, for example if the pixel size is set to 2 then each square dot on the screen is equal to 2 square meters in the real world. The sizes availab...
Smooth Region Boundary
‘Smooth Region Boundaries’ is used to smooth the transition between different regions in a design.The top slider is the ‘Max Allowable slope’. It sets the steepest allowable slope in the transition around the region lines.The bottom slider is ‘Distance From Re...
Create a cut/fill overlay
‘Create a cut/fill surface’ creates a surface layer that shows how much soil must be moved to and from areas to reach the design surface. To create a cut/fill map start by selecting a design surface and dragging it into the left side box, and drag an original ...
Show design surface balance figures
This tool provides a separate output of the information that is available in other tools, this tool is limited to only design surfaces. This information displayed can be limited to the boundary, a single region or a group of regions.
Layer Menu
Open overlay images - this allows layers (such as yields, or imagery etc) to be draped over the elevation layers. These layers are not used in any elevation related calculations and are denoted by the letter ‘O’ (overlay)EditCreate boundary from selected laye...
Fill Depressions
‘Fill Depressions’ creates a design surface with the largest indentations in the field filled in. A pop-up window will appear allowing you to change how transparent the fills are on the field as well as a checkbox that will allow you to select whether you wou...
Breach Depressions
‘Breach Depressions’ allows you to break through a depression and allow water to flow out. ’Layer to breach’ selects which surface layer the breaching should be applied to. ‘Transparency’ of the design can be altered using the slider. ‘Output new surface’ wil...