So now, I have 2 DHCP servers and I'd like to retire. ![]() Instead of copying DHCP to the new server, He created a split scope with our old DHCP server. How can I use Windows PowerShell to convert a date that is in a string format to a DateTime object Create a pipeline, for example: '' get-date. We had a consultant come in while I was on vacation last year with a new DHCP server at one of our offices. Summary: Pipe a string to the Windows PowerShell Get-Date cmdlet to convert it to a DateTime object. forces lead “to the shores of Tripoli”įor those of you who have heard the words "to the shores of Tripoli", this is the day in history that inspired those words.After marching 500 miles from Egypt, U.S. In PowerShell, this can be done in many ways. To you and me this is a date but PowerShell has no idea as you can see. In many cases, it may be required to convert a string to a date variable or a date-time object. To create a datetime object, simply define a string that looks like a date such as 1/20/80. ![]()
0 Comments
“Gull-wing” Canopy: The vehicle comes with features “gull wing” functioning doors with independent right and left sides that lift from center hinges allowing the Driver to enter from either side of the H.I.S.S.You can pose the figure operating the articulated joystick and throttle controls while targeting Joe combatants. Driver Action Figure sits buckled with a 5-point harness adorned with Cobra logo before an illuminated control panel. Elaborately-detailed command cockpit interior: The Cobra H.I.S.S.Functioning wheels with moving treads: Rotating sprockets and wheels spin as the treads roll forward or backward.I have instructed the HasLab Marketing team to draft a comprehensive list of features that is readily digestible by even the most provincial layman: ![]() It’s a modern update of the original classic Cobra armored terror. Only my technological brilliance could possibly have engineered the state-of-the-art weapon accessories and design achievements offered by the G.I. JOE Classified Series Cobra HISS Tactician figure is not sold separately JOE Classified Series Cobra HISS Tactician figure will not go into production and eligible backers will not receive the additional figure.
![]() With that range of speeds, our calibration errors are commonly 0.5% or less.Ĭapturing a range of grain flow rates during calibration can be a nuisance because it typically requires harvesting individual full header-width "loads" at different speeds or partial header-width "loads" at a constant speed. When we harvest our field-scale corn research trials around the state, we typically aim to harvest calibration loads at speeds ranging from about half of normal to slightly faster than normal. The goal with multi-load calibration procedures is to "capture" the full range of grain flow rates (aka yield levels) you expect to encounter when harvesting a field. This recommendation suggests that the calibration response curve for these yield monitors is not a straight-line, but is rather some sort of non-linear response curve that requires a number of calibration points to best "train" the yield monitor how to interpret the flow sensor signals (see "Non-linear calibration curve" graphic below). ![]() Other manufacturers recommend between 3 and 6 grain loads are required to perform a satisfactory calibration of the yield monitor. While the standard recommendation is for only one grain load, the "fine print" in the owners' manual suggests that additional calibration loads may be added to fine-tune the accuracy when necessary. That recommendation implies the calibration response curve is a straight-line or near-linear relationship between grain flow rates and flow sensor signals (see "Near-linear calibration curve" graphic below). Some manufacturers suggest that only one grain load is necessary to perform an accurate calibration. The nature of the calibration curve appears to differ among some makes of yield monitors. Conceptually, the calibration process involves fitting a response curve between grain flow rate and flow sensor signal strength in order to estimate low, medium, and high yields. The actual weight for each load is then entered into the yield monitor console and the yield monitor firmware makes mathematical adjustments to the calibration response curve. The grain for each specific "load" is then offloaded from the combine grain tank and weighed on calibrated or "known to be accurate" weigh wagon or commercial scales. The grain weight of each "load" is estimated "on the go" by the yield monitor as the grain is harvested. The amount of grain required for each calibration "load" ranges from 3,000 to 6,000 lbs (50 to 100 bu grain) depending on the manufacturer's recommendations for the specific model/make of yield monitor. One of those steps involves the harvesting of calibration "loads" of grain that are used to "teach" the yield monitor's "black box" how to accurately convert the electrical signals from the sensors into ESTIMATES of grain flow rates.Ĭalibrating a yield monitor typically requires the harvest of individual "loads" of grain that represent the range of grain flow rates (i.e., a range of yield levels) you expect to encounter throughout the field. Yield monitor calibration involves a series of steps taken to ensure that the ESTIMATION of each of these factors is accurate. the yield monitor's firmware / software then ESTIMATES "dry" grain yield per acre, at a moisture content of your choice, and records those yield estimates, and their geographic location in the field, every second or two in the display's memory or uploaded by cellular data connection to a Cloud-based Web server. Along with ESTIMATES of distance traveled (usually based on differentially corrected GPS signals), header width, and ESTIMATES of grain moisture content. What I want you to understand is that yield monitors ESTIMATE yield by converting electrical signals received from a mass impact or optical sensor, located somewhere in the clean grain elevator of the combine, into ESTIMATES of grain flow (lbs) per second or two of travel time. Understand this one simple fact about grain yield monitors: They do not measure grain yield. ![]()
|