For the correct time, and date with any of the following devices, you must press an update button, unless you just open the software. Opening and closing the software also automatically updates the time and date.
Spreadsheet Formulas for Time with Different Formatting Code
	The following 13 devices ILLUSTRATE THE RESULT OF DIFFERENT FORMATTING CODE, with the following spreadsheet formulas =TODAY(), =Now(), =NOW()-TODAY(), and =1-(NOW()-TODAY())
			Device 1)
	This is created with the =TODAY() function and the following formatting code:
	Default (An Excel spreadsheet that was not modified )
	The red type above is today's date, written month/day/year
			Device 2)
	This is created with the =TODAY() function and the following formatting code:
	[$-F800]dddd, mmmm dd, yyyy
	The red type above is today's date, presented in words
			Device 3)
	This is created with the =TODAY() function, and the following formatting code:
	#,##0
	The red type above is the number of days from January 1 1900, to the present date
	The above does not include fractions of a day
			Device 4)
	This is created with the =NOW() function, and the following formatting code:
	Default (An Excel spreadsheet that was not modified )
	The red type above is today's date, written month/day/year, and time in military format
			Device 5)
	This is created with the =NOW() function, and the following formatting code:
	dddd, mmmm dd, yyyy, h:mm:ss AM/PM
	The red type above is today's date, presented in words, and the time of day
			Device 6)
	This is created with the =NOW() function, and the following formatting code:
	[$-F800]dddd, mmmm dd, yyyy
	The red type above is today's date, presented in words
			Device 7)
	This is created with the =NOW() function, and the following formatting code:
	#,##0
	The red type above is the number of days from January 1 1900, to the present date
	The above does not include fractions of a day
			Device 8)
	This is created with the =NOW() function, and the following formatting code:
	#,##0.0000000000
	The red type above is the number of days from January 1 1900, to the present date
	The above includes fractions of a day, calculated to 10 decimal places
			Device 9)
	=NOW()-TODAY functions displayed with the following formatting code:
	#,##0.0000000000
	Red type above is the portion of the day that has passed, calculated to 10 decimal places
	At exactly 12 PM, the above will the equal to one-half or 0.5
			Device 10)
	=NOW()-TODAY functions displayed with the following formatting code:
	0.0000000000%
	The red type above is the PERCENT of the day that has passed.
	This is calculated to 10 decimal places. At exactly 12 PM, the above will be 50%
			Device 11)
	=1-(NOW()-TODAY) functions Displayed with the following formatting code:
	#,##0.0000000000
	The red type above is the portion of the day that remains, calculated to 10 decimal places
	At exactly 12 PM, the above will the equal to one-half or 0.5
			Device 12)
	=1-(NOW()-TODAY) functions Displayed with the following formatting code:
	0.0000000000%
	The red type above is the PERCENT of the day that remains.
	This is calculated to 10 decimal places. At exactly 12 PM, the above will be 50%
			Device 13)
	=1-(NOW()-TODAY) functions displayed with the following formatting code:
	h:mm;@
	The red type above is the portion of the day that remains, calculated in hours and minutes
	At exactly 12 PM, the above will the equal to 12:00
Digital Clocks for Local And International Time
	The following 4 items are clocks for local and/or international time. This includes devices 14, 14, 16, and 17. You can access a website that provide practical versions of the following clocks, by left clicking on the link below.
		www.TechForText.com/clocks
			Device 14)
	A Clock created with Microsoft Excel
			Device 15)
	A Date, Time, Clock created with Microsoft Excel
			Device 16)
	An ADJUSTABLE Date, Time, Clock Created with Microsoft Excel
	The clock presented below, is for keeping track of time in foreign countries, or in any locality that is in a different time zone from the area where you reside. The clock below is set for the time in London, based on the time in New York City, (Daylight savings Time). London time is five hours later than the time in New York, based on daylight savings time. If you are viewing this website in California, Beijing, Paris, Kampala, or anywhere else in the world, the time on the clock will be incorrect. If you are viewing the clock, when daylight savings time is not in effect, the time will also be incorrect. However, the time can be adjusted for any locality as explained below:
	With this clock when a positive number is entered in its white input box, such as +5, the time is advanced five hours. If a negative number is entered in the input box, such as -3 the time displayed will be three hours earlier than the time on your computer clock. After adjusting the time, it is necessary to enter the locality in the yellow input box. With the example presented below, the input box has the words: The Time in London, (UK) is: These words can be deleted and you can enter any locality you choose.
			Device 17)
	Below, there is a system of nine clocks, for multiple localities, with different time zones. one of the clocks is set to Greenwich Mean Time which controls all of the clocks in the system. This design concept, eliminate some of the disadvantages of the clock presented above, and it also keeps track of eight time zones simultaneously.
	The advantage with this design concept is if you move from one time zone to another, you only have to check and readjust the Greenwich Mean Time. The readjustment is necessary for the Greenwich Mean Time because, it is interpreted in terms of the local time on the computer's clock. However, the eight clocks representing different time zones do not have to be readjusted if you move from one locality to another.
	NOTE: If you are dealing with a locality that uses daylight savings time, (or the equivalent European Summer Time ) you have to readjust the Greenwich Mean Time. You may also have to adjust some of the other clocks on the system, to compensate for the above. You can check the time in any locality with an Internet search.
	To use this clock, you must set the Greenwich Mean Time, by entering an appropriate number in the white input box in the red section, with the words Greenwich Mean Time (see below). For New York, during daylight savings time, the correct number is -4. This is usually presented as GMT-4:00. Once the Greenwich Mean Time is set, you can set the time zones for specific localities, in a way that is identical to the above. For example, (based on the summer months) California is GMT - 7:00, Texas is GMT-5, New Mexico is GMT-6, Tokyo Japan is GMT+ 9, Rome Italy is GMT+ 2, Sydney Australia is GMT+10 and Bangalore India is GMT+ 5:30. Note, when the number involves a fraction of an hour, enter it in decimals. With the above example, (Bangalore) to enter GMT+ 5:30, enter 5.5.
	Below each white input box, there is a yellow input box to enter the locality that relates to the time setting, such as (USA) California Time.
	NOTE: You can find the correct GMT number for any locality
	at the following website		http://wwp.GreenwichMeanTime.com
	You can also find the correct GMT number for any locality by doing a Google search with the search phrase GMT locality. Specific examples of search phrases are GMT New York, GMT Tokyo Japan, GMT Rome Italy
	To see if the Greenwich Mean Time is set correctly, left click on the link below
	http://wwp.GreenwichMeanTime.com
		Greenwich Mean Time is
		GMT
		GMT
		GMT
		GMT
		GMT
		GMT
		GMT
		GMT
	Keep in mind, all of the above settings are based on the time for the summer months, which may change in some regions during the winter months. However all of the numbers and words in the white and yellow input boxes can be deleted. Thus, you can make any adjustments that are required for the winter months, and you can also enter any time zones and related settings for any locality on Earth.
	Elapsed Timers
	The following devices (18 to 29) are elapsed timers, which measure time with one or more of the following: hours, minutes, seconds, microseconds, milliseconds, nanoseconds, and picoseconds. The devices that use units of times smaller than one second, should be considered experimental, because I do not have the equipment to measure their accuracy.
	To downloading practical versions of these devices go to the following website:
		www.TechForText.com/Elapsed-Timers
	To download the experimental versions go to the following website:
	www.TechForText.com/Experimental-Elapsed-Timers
			Device 18)
	To use this elapse timer delete the time in the input box below, and then enter the start time, in this format HOUR: MINUTES AM or PM. For example, 10:35 AM. If the start date and/or start time is in the future, this device will display ############, until the precise start time and date are reached. Then it will start counting elapsed time from that point onward.
		In this device, enter the time in MILITARY FORMAT, in the online JavaScript version. For example: 1:30 AM, in military format is 13:30 However, with the Excel version, you must enter the time in the conventional AM / PM format.
			Enter Start Time
			Enter Start Date
		The start time and date you entered is:
			Device 19)
	To use this elapse timer delete the time in the input box below, and then enter the start date on the left, and the start time on the right. If the start date and/or start time is in the future, this device will display ############, until the precise start time and date are reached. Then it will start counting elapsed time from that point onward.
	In this device, enter the time in MILITARY FORMAT, in the online JavaScript version. For example: 1:30 AM, in military format is 13:30 However, with the Excel version, you must enter the time in the conventional AM / PM format.
	Start date:		Start Time:
	The start time you entered is
			Device 20)
	This device functions the same as above, (device 19) except it measures time in hours, and fractions of an hour, calculated to 10 decimal places. This device has an advantage over device 19, which is the functionality to provide a countdown to the designated start time. For example, if you set a start time, 24 hours in advance, you will see a countdown starting from -24 and the number will change to a positive number when the designated start time is reached. You can even set a designated start date, days, weeks, months, or even years, in advance, and this timing device will provide a precise countdown.
	To use this elapse timer delete the time in the input box below, and
	then enter the start date on the left, and the start time on the right.
	In this device, enter the time in MILITARY FORMAT, in the online JavaScript version. For example: 1:30 AM, in military format is 13:30 However, with the Excel version, you must enter the time in the conventional AM / PM format.
	Start date:		Start Time:
	The start time you entered is
		The elapsed time is presented in hours, and
	fractions of an hour in terms of decimals
			Device 21)
	This device is exactly like device 19, discussed above, except it measures elapsed time in minutes, and fractions of the minute, calculated to 11 decimal places.
	In this device, enter the time in MILITARY FORMAT, in the online JavaScript version. For example: 1:30 AM, in military format is 13:30 However, with the Excel version, you must enter the time in the conventional AM / PM format.
	Start date:		Start Time:
	The start time you entered is:
		The elapsed time is presented in minutes, and
	fractions of a minute in terms of decimals
			Device 22)
	This device is similar to device 19, discussed above, except it measures elapsed time in seconds, and fractions of the second, calculated to 9 decimal places.
	In this device, enter the time in MILITARY FORMAT, in the online JavaScript version. For example: 1:30 AM, in military format is 13:30 However, with the Excel version, you must enter the time in the conventional AM / PM format.
	Start date:		Start Time:
	The start time you entered is
		The elapsed time is presented in seconds, and
	fractions of a second in terms of decimals
			Device 23)
	This device is similar to device 19, discussed above, except it measures elapsed time in milliseconds, and fractions of a millisecond. A millisecond is 1000th of a second. Because I do not have equipment to measure milliseconds, I must consider this device experimental. However, in terms of 5000 milliseconds, or longer, I can easily see that it is accurate.
	In this device, enter the time in MILITARY FORMAT, in the online JavaScript version. For example: 1:30 AM, in military format is 13:30 However, with the Excel version, you must enter the time in the conventional AM / PM format.
	Start date:		Start Time:
	The start time you entered is
	The elapsed time is presented in milliseconds,
	and fractions of a millisecond in terms of decimals
			Device 24)
	This device is similar to device 19, discussed above, except it measures elapsed time in microseconds, and fractions of a microsecond. A microsecond is one-millionth of a second. Because I do not have equipment to measure microseconds, I must consider this device experimental. However, in terms of 5 million microseconds, or longer, I can easily see that it is accurate.
	In this device, enter the time in MILITARY FORMAT, in the online JavaScript version. For example: 1:30 AM, in military format is 13:30 However, with the Excel version, you must enter the time in the conventional AM / PM format.
	Start date:		Start Time:
	The start time you entered is
	The elapsed time is presented in microseconds,
	and fractions of a microsecond in terms of decimals
			Device 25)
	This device is similar to device 20, discussed above, except it measures elapsed time in nanoseconds, and fractions of a nanosecond. A nanoseconds is one billionth of a second. Because I do not have equipment to measure nanoseconds, I must consider this device experimental. However, in terms of 5 billion nanoseconds, or longer, I can easily see that it is accurate.
	In this device, enter the time in MILITARY FORMAT, in the online JavaScript version. For example: 1:30 AM, in military format is 13:30 However, with the Excel version, you must enter the time in the conventional AM / PM format.
	Start date:		Start Time:
	The start time you entered is
	The elapsed time is presented in nanoseconds,
	and fractions of a nanosecond in terms of decimals
			Device 26)
	This device is similar to device 19, discussed above, except it measures elapsed time in picoseconds. A picosecond is one trillionth of a second. Because I do not have equipment to measure picoseconds, I must consider this device experimental. However, in terms of 5 trillion picoseconds, or longer, I can easily see that it is accurate.
	In this device, enter the time in MILITARY FORMAT, in the online JavaScript version. For example: 1:30 AM, in military format is 13:30 However, with the Excel version, you must enter the time in the conventional AM / PM format.
	Start date:	6/25/2012	Start Time:
	The start time you entered is
	The elapsed time is presented in picoseconds
	With my computer, I get readings down to approximately 100 picoseconds, with this device in the JavaScript format. With the Excel version I obtain readings down to approximately 1000 picoseconds. This of course, does not indicate whether or not the readings are accurate.
			Device 27)
	This device is a picosecond elapse timer, and it is similar to the device discussed above, with one major difference. This device has a built-in mechanism to help improve accuracy. That is in actual use of devices of this nature, the start and stop mechanism must be controlled electronically. This circuitry and the length of the wires can throw off the timing device by thousands of picoseconds. To correct this there is an input box to enter a correction factor, which is entered in terms of a positive or negative number of picoseconds. A positive number will increase the readout, and a negative number will decrease it.
	In this device, enter the time in MILITARY FORMAT, in the online JavaScript version. For example: 1:30 AM, in military format is 13:30 However, with the Excel version, you must enter the time in the conventional AM / PM format.
	Start date:		Start Time:
	In the white box below you can enter a negative or positive correction factor in picoseconds.
	The start time you entered is
	The elapsed time is presented in picoseconds
	Project Timers and Calendars
	The following four devices (30-32) perform timing and scheduling functions for projects, or one or more tasks or goals that are to be completed by a specified date. If you want practical versions of devices of this nature go to the following website:
	www.TechForText.com/Project-Timers-and-Calendars
			Device 28)
	This device is a countdown timer in days. Specifically, it is intended for projects, where a specific number of days are scheduled to complete a task. Enter in the white box on the lower right, the date all of the work will be completed, ON OR BEFORE.
	Delete the date in the white box below,and enter
	the date that your project will be completed.
	All of the work will be completed BEFORE the END of this date
			Device 29)
	This device is also a countdown timer for days, but it is more elaborate than the above. It has input boxes for the start date and end date of a project. It automatically calculates the percent of the project that should be completed by a given date. For example, if 10 days were scheduled for a project, 50% of the work should be completed by the fifth day. It also indicates how many days are remaining to complete the project.
	To use this device, enter a start date for your project in the white input box on the left. Then enter the date when all of the work for the project will be completed, in the white input box on the right.
	Below is the date that the project officially starts			The project will be completed BEFORE the end of this date
	Start date =			End date =
			Device 30)
	This is a calendar planner for a 14 day project. Enter a start date in the white input box below in the form of Month/Day/Year, such as 6/24/2012. If the date is entered in any other format, the software will NOT function.
	In the white boxes below, you can enter your sub-goals for the project.
					You have 14 days to complete project
					You have 13 days to complete project
					You have 12 days to complete project
					You have 11 days to complete project
					You have 10 days to complete project
					You have 9 days to complete project
					You have 8 days to complete project
					You have 7 days to complete project
					You have 6 days to complete project
					You have 5 days to complete project
					You have 4 days to complete project
					You have 3 days to complete project
					You have 2 days to complete project
					You have 1 day to complete project
		This is the End Date. This means by the end of this day your project should be completed
			Your project should be 100% completed before this day starts		You have 0 days to complete project
			Device 32)
	This is a calendar planner for a 14 day project, and it is similar to the above except, it has a few additional features. It calculates day by day the percent of the time that remains to complete the project. It also calculates the percent of the project that should be completed on a daily basis.
	Enter the start date of your 14 day project in the white box below.
		Start date =
	All work must be completed before the end of the above date
	This is the End Date, and by the end of this day the project should be completed.
			The project should be 100% completed before this day starts.