# Appendix F–Slide Sheet Column Options

**Start Depth**: Start depth of the operation

**End Depth**: End Depth of the operation

**State**: Choose **Slide** or **Rotate** from the drop-down menu

**TTF**: The Target Toolface the directional driller is aiming to slide on.

**ETF**: Effective Toolface calculated over a slide interval. This will be populated automatically under the following conditions:

* WITS data is being received and the WITS data reader is on
* Auto populate slide sheet is selected
* Rig States parameters for a slide are being fulfilled

Well Seeker calculates the ETF by taking each recorded toolface and calculating the distance drilled on this toolface. If survey and toolface data is being saved (option via the WITS Reader), then this data will be available to view by double left clicking on the line in the slide sheet which will open the Slide Analysis dialog.

**TF Type**: Magnetic (MAG) or Gravity (GRAV) Toolface

**MY**: Motor Yield average used for Bit Projection

**MY Avg**: Motor Yield Average – Average calculated using the previous 4 motor yields

**Rot DLS**: Dogleg seen while rotating

**Rot TF**: Toolface seen while rotating

**Proj Inc**: Projected Inc at the bit. Projected from the previous survey – data used by Criterion to determine directive

**Proj Azi**: Projected Azimuth at the bit. Projected from the previous survey – data used by Criterion to determine directive

**Proj UD**: Projected distance (at the bit) Up / Down from plan – data used by Criterion to determine directive

**Proj LR**: Projected distance (at the bit) Left / Right of plan – data used by Criterion to determine directive

**Proj Delta Inc**: Projected difference in inc from plan – data used by Criterion to determine directive

**Proj Delta Azi**: Projected difference in azi from plan – data used by Criterion to determine directive

**DLS to Land**: Criterion’s calculated dogleg required to land

**Slide Length**: Criterion’s recommended Slide Length directive for the next interval

**Slide DLS**: Dogleg achieved over the slide interval

**Convergence**: Amount of maximum degrees, whether inclination or azimuth, that Criterion will use to converge back towards the plan

**CL**: Course Length – The course Length between the Start and End depths displayed in the slide sheet.

**WOB**: Weight on bit - Manually entered or taken from WITS feed

**Flow Rate**: Pump flow rate - Manually entered or taken from WITS feed

**RPM**: Drill string rpm - Manually entered or taken from WITS feed

**Tq**: Off bottom torque - Manually entered or taken from WITS feed

**ROP**: ROP for the interval - Manually entered or taken from WITS feed if Rig States are recorded

**PU Wt**: Pick up weight – Manually entered or taken from WITS feed

**Rot Wt**: Free Rotating Weight - Manually entered or taken from WITS feed

**SO Wt**: Slack off weight - Manually entered or taken from WITS feed

**Off Btm Press**: Off bottom pump pressure - Manually entered or taken from WITS feed

**On Btm Press**: On bottom pump pressure - Manually entered or taken from WITS feed

**RSS Force**: The steer force used by the RSS over the interval

**Comments**: Comments relating to the interval

**Start Time**: Start time

**End Time**: End time.

**Slide Grade**: Displays the grade of the slide. This is related to the ETF and will populate automatically after a slide if survey and toolface data is being saved (option via the WITS Reader). If the slide is perfectly on one tool face for the entire slide this would give an output of 100 as the slide went in exactly the same direction the whole time. If the slide was not consistently on a steady tool face, then this value will be less than 100. The lower the value, the worse the slide.

**Date**: Date

**Temperature**: Temperature

**Inc X**: Specific input for RVDS Report

**Inc Y**: Specific input for RVDS Report

**Svy Time**: Specific input for RVDS Report

**Dat File**: Specific input for RVDS Report

**U**: Specific input for RVDS Report

**PLS**: Specific input for RVDS Report

**Circ Hrs**: Hours circulated during the slide or rotation interval