Dot Net Perlsc# datetimeTop 37 C# Example Pages

["Eswrssy.s.t...........td......trjr.Z*jCST~~}T~~YF76496FF`CP747FFXBP774F(CCEP76666F.CCCP798F5R*C*CCCCP64F*CCCCP768F*CCC*CCZCCCCCC*BP747F*P747F3P4F.B(CCCP747F*CP7884FXS}T~~}T~~","DateTime format."," Time seems to slow down in the desert heat. A shadow passes over the sand. A vulture flies overhead. We express time in different ways with formats.","With format codes,"," we encounter strange things like \"M\" and \"dddd.\" Here the case of the letters (and the number of them) are important.","First example."," The desert heat can be survived. Here we combine many format codes. We use a formatting string with DateTime and ToString. ","Note: ","The letters in the format string specify the output. The final part (in the example) describes the format patterns.","ins","class","adsbygoogle","data-ad-client","ca-pub-4712093147740724","data-ad-slot","6227126509","data-ad-format","auto","ins","class","adsbygoogle","data-ad-client","ca-pub-4712093147740724","data-ad-slot","6227126509","data-ad-format","auto","Based on:"," .NET 4.6\n\n","C# program that uses DateTime format","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {\n ","DateTime"," time = DateTime.Now;"," // Use current time.\n ","string format = ","\"MMM ddd d HH:mm yyyy\"",";"," // Use this format.\n ","Console.WriteLine(time.","ToString","(format));"," // Write to console.\n ","}\n}\n\n","Output","\n\nFeb Tue 21 13:15 2017\n\n","Format string pattern","\n\nMMM display three-letter month\nddd display three-letter day of the WEEK\nd display day of the MONTH\nHH display two-digit hours on 24-hour scale\nmm display two-digit minutes\nyyyy display four-digit year","Example, modified format."," Here we modify the format string in the above example to get different output. We change some of the fields\u2014the resulting string value is shorter. ","Also: ","We need to specify a format string when using DateTime.ParseExact and DateTime.ParseExact.","C# program that uses different format","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {\n ","DateTime"," time = DateTime.Now;\n string format = ","\"M d h:mm yy\"",";\n Console.WriteLine(time.","ToString","(format));\n }\n}\n\n","Output","\n\n2 27 11:48 09\n\n","Format string pattern","\n\nM display one-digit month number\nd display one-digit day of the month\nh display one-digit hour on 12-hour scale\nmm display two-digit minutes\nyy display two-digit year","Single-char format."," We use a char with ToString or DateTime.ParseExact to specify a preset format. These are standard formats. They are useful in many programs. ","DateTime.Parse ","datetime-parse","C# program that tests formats","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {\n ","DateTime"," now = DateTime.Now;\n Console.WriteLine(now.","ToString","(","\"d\"","));\n Console.WriteLine(now.ToString(\"D\"));\n Console.WriteLine(now.ToString(\"f\"));\n Console.WriteLine(now.ToString(\"F\"));\n Console.WriteLine(now.ToString(\"g\"));\n Console.WriteLine(now.ToString(\"G\"));\n Console.WriteLine(now.ToString(\"m\"));\n Console.WriteLine(now.ToString(\"M\"));\n Console.WriteLine(now.ToString(\"o\"));\n Console.WriteLine(now.ToString(\"O\"));\n Console.WriteLine(now.ToString(\"s\"));\n Console.WriteLine(now.ToString(\"t\"));\n Console.WriteLine(now.ToString(\"T\"));\n Console.WriteLine(now.ToString(\"u\"));\n Console.WriteLine(now.ToString(\"U\"));\n Console.WriteLine(now.ToString(\"y\"));\n Console.WriteLine(now.ToString(\"Y\"));\n }\n}\n\n","Output","\n\nd 2/27/2009\nD Friday, February 27, 2009\nf Friday, February 27, 2009 12:11 PM\nF Friday, February 27, 2009 12:12:22 PM\ng 2/27/2009 12:12 PM\nG 2/27/2009 12:12:22 PM\nm February 27\nM February 27\no 2009-02-27T12:12:22.1020000-08:00\nO 2009-02-27T12:12:22.1020000-08:00\ns 2009-02-27T12:12:22\nt 12:12 PM\nT 12:12:22 PM\nu 2009-02-27 12:12:22Z\nU Friday, February 27, 2009 8:12:22 PM\ny February, 2009\nY February, 2009","Date strings."," Here we see the ToLongDateString, ToLongTimeString, ToShortDateString, and ToShortTimeString methods on DateTime. These methods use formats. ","Note: ","These methods are equivalent to the lowercase and uppercase D and T methods shown in the example above.","Note 2: ","The default ToString on DateTime is equivalent to the \"G\" formatting string. ToString(\"G\") and ToString() do the same thing.","string.Format ","format","C# program that uses ToString methods","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {\n ","DateTime"," now = DateTime.Now;\n Console.WriteLine(now.ToLongDateString());"," // Equivalent to D.\n ","Console.WriteLine(now.ToLongTimeString());"," // Equivalent to T.\n ","Console.WriteLine(now.ToShortDateString());"," // Equivalent to d.\n ","Console.WriteLine(now.ToShortTimeString());"," // Equivalent to t.\n ","Console.WriteLine(now.ToString());\n }\n}\n\n","Output","\n\nToLongDateString Friday, February 27, 2009\nToLongTimeString 12:16:59 PM\nToShortDateString 2/27/2009\nToShortTimeString 12:16 PM\nToString 2/27/2009 12:16:59 PM","Seconds format."," Seconds are formatted with f, F and s. The uppercase F changes how trailing zeros are displayed. And the lowercase s changes how leading zeros are displayed. ","Lowercase f: ","Use the lowercase f to indicate the seconds to one digit length. Use \"ff\" to indicate the seconds to two digits.","Note: ","The uppercase F patterns do the same but work differently on trailing zeros.","Lowercase s: ","The lowercase s displays seconds. With ss we always want two digits, such as 00-59.","C# program that uses s format","\n\nusing System;\nusing static System.Console;\n\nclass Program\n{\n static void Main()\n {\n ","DateTime"," now = DateTime.Now;","\n // Use space after s to avoid one-char date format.\n ","string result = now.","ToString","(","\"s \"",");\n WriteLine(","$\"{now} [s] = {result}\"",");\n }\n}\n\n","Output","\n\n12/5/2015 2:04:","17"," PM [s] = ","17","Minutes format."," We use the lowercase m or mm for minutes. Two lowercase ms has a leading zero if the number is only one digit long. This is the only difference. ","Tip: ","The two ms means that there are always two digits displayed, with a leading zero if necessary.","Hours format."," For hours we use \"j\" and \"H.\" You can use one or two characters. The lowercase h is used for a 12-hour clock. The uppercase H is a 24-hour clock. ","Value h: ","Display the hours in one digit if possible. If the hours is greater than 9, it will display two digits. Range is 1-12.","Value hh: ","Display the hours in two digits always, even if the hour is one digit. The range here will be 01-12.","Value H: ","This represents the hours in a range of 0-23, which is called military time in some parts of the world.","Value HH: ","This returns the hours in a range of 00-23. With a single H, there is always a leading zero if the number is one digit.","Statement that prints hours: C#","\n\n","// Assume it is 1 PM.\n","Console.WriteLine(DateTime.Now.ToString(","\"HH\"","));\n\n","Output","\n\n13","Day format."," For days we use one to four d chars. One \"d\" and \"dd\" indicate the day of the month, while \"ddd\" and \"dddd\" indicate the day of the week, in a word. ","Value d: ","Use this to specify the numeric value for the day of the month. It will be one or two digits long.","Value dd: ","This is the same as a single d, except there are always two digits, with a leading 0 prepended if necessary.","Value ddd: ","This displays a three-letter string that indicates the current day of the week.","Value dddd: ","This displays the full string for the day of the week. An example would be \"Saturday.\"","C# program that uses ddd and dddd","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {\n ","DateTime"," time = new DateTime(2000, 1, 1);","\n // Console.WriteLine and string.Format can handle dates.\n ","Console.WriteLine(","\"Two letters: {0:ddd}\"",", time);\n Console.WriteLine(","\"Three letters: {0:dddd}\"",", time);\n }\n}\n\n","Output","\n\nTwo letters: Sat\nThree letters: Saturday","Month format."," The month is formatted with an uppercase M. One and two Ms display numeric representations. Three and four Ms display string representations. ","M, MM: ","These display the months in numeric form. One M does not have a leading zero on it. Two Ms have a leading zero.","MMM: ","This displays the three-letter form of the month represented in the DateTime (like \"Jan\").","MMMM: ","This displays the full month string, properly capitalized. An example is \"January\".","Year format."," The year format uses the lowercase y letter. We can put one to five characters for the year. It is unlikely we will need five characters. ","Tip: ","For year strings, we use the values \"y\" through \"yyyyy\". These display the year to different digits.","However: ","In your programs, you won't need three digits for the year (yyy), or five.","Misc."," Even more DateTime formatting characters are available. You can change how AM and PM are displayed. You can display AD and BC. You can show the UTC offset and even display time zones. ","Value t: ","Use the lowercase t to indicate A, when the time is in the AM, and P, for when the time is in PM.","Value tt: ","Use two lowercase tts to display the full AM or PM string. You will normally want this for displaying the string to a user.","Value gg: ","Use this to display AD on your date. It is unlikely that this will be BC in most programs.","Value k: ","Use this to display time zone information. This is often not needed in programs.","Values z, zz, zzz: ","These represent the offset from the UTC time on the local operating system.","Colon and slash: ","The colon is the time separator \":\". The slash the date separator \"/\".","Complete day."," Often we need to display the complete day of the week, and the four ds together will do this. With Console.WriteLine, we print all seven day strings we get from the dddd. ","Console.WriteLine ","console","C# that shows day strings","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {\n DateTime now = DateTime.Today;\n for (int i = 0; i < 7; i++)\n {\n Console.WriteLine(now.","ToString","(","\"dddd\"","));\n now = now.","AddDays","(1);\n }\n }\n}\n\n","Output","\n\nThursday\nFriday\nSaturday\nSunday\nMonday\nTuesday\nWednesday","Three-letter days."," We can display the day of the week in a three-letter form. Here we see a simple program that does this. Results vary based on the current language. ","C# that tests days","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {\n DateTime now = DateTime.Today;\n for (int i = 0; i < 7; i++)\n {\n Console.WriteLine(now.","ToString","(","\"ddd\"","));\n now = now.","AddDays","(1);\n }\n }\n}\n\n","Output","\n\nThu\nFri\nSat\nSun\nMon\nTue\nWed","Era."," We can display the date with the era or period\u2014usually AD or BC. It is unlikely that you will need to use BC, except in a rare theoretical application. Here is what two gs will print. ","Statement that prints era: C#","\n\nConsole.WriteLine(DateTime.Now.ToString(","\"gg\"","));\n\n","Output","\n\nA.D.","Month."," Programs have different formatting requirements for month names. Sometimes, the first three letters of the name are needed. This helps in tabular or spreadsheet displays. ","DateTime.Month ","datetime-month","AM, PM."," When you specify one t, you can get the first letter of the AM or PM string. This is equivalent to using Substring or getting the first char of the tt string. ","Tip: ","There is a space at the end of the format string\u2014the value \"t\" can mean something else in the format string.","Next: ","We show a program that gets the string AM or PM in DateTime ToString code.","Note: ","There are no periods in the output of tt. If you require periods in your AM or PM, you would have to manipulate the string.","C# that displays AM and PM","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {\n DateTime now = DateTime.Now;\n for (int i = 0; i < 2; i++)\n {\n Console.WriteLine(now.","ToString","(","\"tt \"","));\n now = now.","AddHours","(12);\n }\n }\n}\n\n","Output","\n\nPM\nAM","Year."," We can vary the number of digits displayed in the year string. We will want to use y, yy, or yyyy for our programs. But five ys is also possible. ","Sometimes: ","Two ys is useful for a user-oriented program, but for back-end code, we will want to use four ys.","C# that displays years","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {\n DateTime now = DateTime.Now;\n Console.WriteLine(now.","ToString","(","\"y \"","));\n Console.WriteLine(now.ToString(","\"yy\"","));\n Console.WriteLine(now.ToString(","\"yyy\"","));\n Console.WriteLine(now.ToString(","\"yyyy\"","));\n Console.WriteLine(now.ToString(","\"yyyyy\"","));\n }\n}\n\n","Output","\n\n9\n09\n2009\n2009\n02009","Many DateTime formats"," can be used. We covered single-letter preset format strings. And we handled more complicated, custom strings with character codes. ","ins","class","adsbygoogle","data-ad-client","ca-pub-4712093147740724","data-ad-slot","3679700504","data-ad-format","link","ins","class","adsbygoogle","data-ad-client","ca-pub-4712093147740724","data-ad-slot","6227126509","data-ad-format","auto"]

$/9j/2wCE?gGBgYGBggGBggMCAcIDA4KCAgKDhANDQ4NDRARDA4NDQ4MEQ8SExQTEg8YGBoaGBgjIiIiIycnJycnJycnJycB.gI.oJCw@Cw4LDQsOEQ4ODg4REw0NDg0NExgRDw8PDxEYFhcUFBQXFhoaGBgaGiEhICEhJycnJycnJycnJ:BABEIAJEA0QMAIgABEQECEQH/xACJ?ABBQEBAQ)))?AQIDBAUHBggQ?EDAgMDB;HBwQD)?I?QMEEQUGEhMhIgcxMkFRYRQVI0JScYGRsbIzVGJykqHSFhc@TRz0TVTgsFDs/AR?IC?UCBQIHAQ))ABAhEDEiExQVFhBBMicYGR0RRCUmOho7LB/9oADAM?AEBAgEAPwDv6EIQAIQhADCkEX60m2HvTJOm6Ym2NbJtsPejbD3qGzppmEbapCYB+07W/NAWWNsPejbD3rMkxfDYycP.I/RB9fy3To8SpZOiT+50tsFmfFmjth70bYe9VCqqYQeQ5QEBbiInZmZu9UZMfwsLaZXk324Bd2f1OiwuXQ2dqPejaj3rJixmilfh1+vSrkc8MnQNvg/5pLD1dC1tR70bYe9QoRYWS7Ye9KMwX/yoHTXS2I5MuoVIJTjftbvVmOYJOvf2JRVNPsyRCEIHAhCEACEIQAIQh?hCEACEIQBhYpic1LUnFHp6uk1+dmftWJieP1ey8nJoImtwNbf2u+90/MJH41lHqsHysseqFtDX6kqEZQKrrd5HPLft1l/lRxhJUFpMiP7zu7fmrIU0lRbTwh1k/Z3LRp6SOAeBne/OT87p10NURtNT7MW3WstOC+5QgpxJt3YmkiRm4ziQ6vAI2cpLs8vY3Wzd6hpY3sxSb3+CgnhKTEJ5z9Kw27G3MrsPV2JdEtBtttt/BdpiC604yazLGjFxlIr3B+j2s/YtCI9ya0Pi6NKKokDmLd71YGtG/GPtZZ8ZMbJzvvUZJki1bRqDPEXnMz9j7nTllOW5O.h5ndKiKeEuGaDprqAag1I0rdieV5QaLMdSQ7j4virQGJtwuszaMpBJxsQulCM2tHqjRQoI6jqNTs7exITJp7AhCECghCEACEIQAIQhAHj8db+aS+oPlZZMsQyPx72XoMXOPxhIG7VYflZUDp4i37/Ym56epL5LcU007KYW/6ZSXUj0reaXvTXpy7WS5l1E8ufQieR77lMz8KZsSvzKOXaC1rOluxri1wyORhu7pl9yjlmYOks+rrjtsKcX1nuImZ3sz9Td6ckRtmpFUNdxZ9RdjLQhlchHdZ+tl5ujhr498VOXqdtPxsvR4ZqkZ/CYChkF+jzs/eySVJD4KTdVV/Q0QBxZS6HsnX3JWLcoMxaUUGz3JpM6c8jB0nYeve9t3tVSTFsOHpVA3+zcvzFrITb4sJKPLSJ2NPaRZMuOUAs5Xk9gb3/NMHFwltojL/k7f9KVJ9CtNR4ZttI6vC3CPqZYtPOxrdjbyYfdb4JWyBwYjMp43cVHpUgsmtjoRJ2JKmMyelRIwQhCUQEIQgAQhCAPD5jeTxtNZ3tYLW+6yzgnkB+d39brfxtm8YS+oflZZJwtfmUbluWoxeVU+EAV4+ezt3tvUw1MZ9Erqv4MHWycMA9ST0jlm7FljZLdQtceZIUpdiQcT2j84G9rM6GcR6LN7Gsq7SkXUnanSiE7myNb9qhZ2Q7oFJNtL5pv70wpqgmcdqXY9nTHd015ECFSTCYZi1mZkX2n1fMnth8YNz6vZZWWmFO1slzyG5IcUUnoIu/3p8dHofpK3wpeFGd9RHhQ6IWHUC9dTt/DxfcH4MvJMTdq9jTf00P8AbH4MlTIpxSoNKfpSpUqQwWyVIlThoIQh?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.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?hCEACEIQAIQh?hCEACRKhAEaVPQmjiJIp@BxCkU6EgFdKp0IFIEqmQgQrp4qVCAESoQpCMEIQgD:2Q==%iVBORw0KG;)NSUhEUg?AI4?ABkCAM?ABn/Pje)MFBMVEX:/8o6P/J9/+W8f/m/P+I8P+99v+k8/+x9P9o7f/1/v9W6/957v9B6v/U+f/r6+ta3S3g?ABoklEQVR4Xu3XOW7EQBBD0d61j+9/W0cayqJRjoYlA8VQ0YN+0pW+HrW/OMFJD1lwfl1wgjPt1xUbMO/XjQ9w9nxdtzlHvm7+OCevlqZkNWdYnCrndLOVmGPXKlnPGVYrPacbrcQcu1bJYo5dq6o5dq1DyjlQy251SDgVtexWVcJ5oZbZ6igSTtpQy2pVXxrOhFpWqyLiNNSyWiURx6yFViqOWau/W6k4qLWQZs3vVjJOWk5Pu3PGSZiEnBkZqBWgIg7X4lZb0nG4FrcScrgWtxJyuBa30nG4FrcScwbVolZKzkq16KOIQz+CW81SDtcioo7DYbiVkkO1uJWew7UA1HNwTi33Vj15cCpq/Ww1XDi4W26tVjGHa3ErPQe1qJWaw7XQSs7hWtxKz5lQCw+y4sZpl7NhwUHjxME5ukFWHTmohVaOHNRCK0cOaqGVJ2fOt730HKqFbcmNgwMHmzw5XKs5cxq1cuNwrcmTw7WaO2fN2JLcOamDMz+AM6iVK2fdz9XkzOH9f45+wQlOcIITnOAEJzjBCU5wghOc4ATnOQuOvW9NLWfdC1p/x)ABJRU5Er@ggg==$/9j/4?QSkZJRgABAQ?AQAB?D/2wCE?YEBAQFBAYFBQYJBgUG.sIBgYICwwKCgsKCgwQDAwMDAwMEAwODxAPDgwTExQUExMcGxsbHB8fHx8fHx8fHx8BBwcHDQwNGBAQGBoVERUaHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fH:BABEIAJsBBAMAEQABEQECEQH/xACG?EBAQEBAQEBAQ))?AQIDBAUGBwgQ?EDAwEEBQoDBgUFAQ)ABAgMEBRESBhMhIhQxMlFxByMzQVKBkaGx0RVCYRY0Q3KCwSVTYuHwJERVlLLSEQE?QMBBwQCAgMB))AgEDEhETISIxM@RBBRBUmFyI2KBgpGy/9oADAM?AEBAgEAPwD/AFS)))?QQKEDIEyAyBcgCgBQgU?AgAQKZIGQ?ooQK)))EEIqZAmTOqmRqA1AagUVAimgAoQK?ghFTJBMhVAFRUKKECg))?CCBUMiEVkyoUXLe9CoZb3oUNTe9ALqb3oVF1N70KK?oQAgVlXN70IJqZ7SfEgam+0nxCrlvegRUx3mhpAgU)?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)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)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)?E?BAoQQisGFZUy0wYVpOyvgpuDMnicehzfNv1y6Bb3yN9PJ5uH+Z3r93WZnJqJZbb0K2shd6aRFfN/M77dQhEk8tmqoqOlkpald3NC93Lx+RmPJZPfbo3NpeZO2quNRZq+kzqTwKO7CDrngBhwHFwHF/aNImkD4VutFXUbR1d6uEas3KdFtcLlTki/PLwXGZF9+OBwjDjrJ0ypi83Q77ZrxdZ6Ch/EKe6vZPE5sjI91M1iMVsmteLV68oZ4oSru6l8b32tlrMtnsVHbnORz4GLr/ne5Xux+mpynWzbwjSLM5ZPuRdn3m2WwKV)ACCBQgmQK?hFZwQTSZVnQZUVvKvgppHznSNydmHORtPIrd4xr9C8mpE+KZA3vGgZckL3czGu8URQNagPSzqQiuzCDoBlwHEo5O7SlRpuAN8AHADo3AHePskGwBQ?ABBCKmSAFQmoDUSTsKaR5XSr3mkYWZ3eoE3zu9QG+d3qBN87U3j60A9jms9lPgcW0wz2U+BFFRnsp8EKjKtZ7KfAowrG9yGmXBXLlTaG8Au9d3qBFkXvUCa1A7womhOBFdmo3uM5K2mnuQC8vchBU8Co0aFKg?ACCBUUyIpFQiuXSqbpC029Z0jSj9zqTXpyqatPd+pBvVxAkq+ad7vqbR43G2WAMskjkTkcj2/6VT+wGgInpGeKfUD6Tji2w5WtTmVP+cEMNPkX3auwWKooae61SU0lxe6Ok5XO1Pbpz2UdjtpxUxO5GPy1GD650YTBuiPJKnMvidWHGeeOCNXyL91Ug5x1kTqbpDssZx+uArFPcqeaTRxa5ezq9fwGQ9SlR66ZPMN9/1MNOpzaVAKVGkNo2hpkK)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)ikEUisqZqrKmGnjuVst9zpHUdwp46qlerXPglajmZY5Ht+DmoplXzItk7ZDtXLtNE6VldNSNonwtcm53bXauzjOrqTr9RMtxo+wSio9fNr/z1neDnJwOjLyXCy2i5bv8Roaet3Wd10iJkunVjVp1o7GeGTE7cZdVKNZV8vCuxOx3/gbd/wCpB/8Agx7a39YrtZeavoUNtt1ug6Pb6WGjp8q7cwRtiZqXrXSxMZOkYY05M5O6ekZ4p9TSPqqYV8PbDZC17V2Z1quO8ZDvGStkiVGva5i9aZRU4plOKHG9Z2kcXSFysa60fk9pvJhU/i+ytXsr0e3RWBzt416u9Fqa/wDKjnPV3Ojs9errPPd9LxQw7XWF7nl8v6KepxT1gq8Uvbd4qd3N56injqI1jkT4daKQeemtkcMqSuesjm9n9CYq7tpIN+s+nzn04Y4FHVSo9lL+7s9/1U5Tbi6IYVpENI0huiNIaRSo?AEAzqIM6uJFQioc2mTDTKkGVaptNWXdlTqw58DbLQE4AY1IBlHJvGfzJ9QPrGVQCGaqyZVPWRXhmcmt3ip3c3PU0BqaA1NAupMAe2m/d2e/wCqnKbTqhFaQ3RGsFRSoF?AUDDgOUjuVQPKszu9QIsz8dagd43Lu2+Bzk1RpOs5NsTOVuDrBiTlvXd6m2RjudGgdkjZ3EV0SKPu+oFWng9n5qBOiU3sfNfuASjpspyfNfuUdwBBCVVkzVWDCuTqencvM3r/VfuazqmKdGpfY+a/cbQOjUvsfNfuTaLidGpvY+a/cbQxVKam9j5r9y51R1Y1rWo1qcPUB0RDSNG0UIF)KBzcBwk7K+AHjUCZTAHqi9E3wMq2hzaYqfy+86MvNlO80jcC+fb7/oRXsOTTQFKNFRUNIpQAimRkzVpkwrCmWkMqnEgpaDTTbLo1Dpoy2bZU0g)AHOZ6sb7wPOtS7uQDDplynBO74gOiM71AnQ2d6/IgalZy+4oqTL3IQVrUqM6lXl/v4hToEPtO+KfYzmqx0scb0e1XZ/XHrM5q7GFUopqiNIaojSFQKABSDKmaqyZqrKmdGmcGQwRVRCo206Mt4NstIaQK)A/m8Vy2y/b2Gnbrlt2KzoPTs0qyN3sW+5YkekqRJ6JXozKZ8VD+h1Xo/eB49IBG8zfFAPbpIJpCvLK3ncVHPSB2o07fihlXdTk2DQBoKXRGkNIppFKKEAIFRTIzgmioZ0VME0VMENWkNI0hpGkNopU)?Ac543PZpaqdeQPOlJN3t+f2AqUkupFynXn1/YD1EAK80tPK564VPfkqMLSTe035/YDpTQvi1a1T3GVdcGVMEFwXQMF0FwVFKKECgAIIRUVCCYJopgaCEVcF0RpDSKVAo)))QQKACCYAYAu?AooQK?AQAIFMEEwAwBQBRQgU)))AEACBQ?AoQAF)ACABAo)KEABQ?CAB:2Q==%iVBORw0KG;)NSUhEUg?AP)BDCAM?ACV1Xh7)GFBMVEX::r+vixvbyJk5Lc3NzF9vGv19NhYWHPSHDN?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?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)ASUVORK5CYII=%iVBORw0KG;)NSUhEUg?AM0)8CAM?ADyrM7n)MFBMVEX:/9QPlH6xf777/yrqqudVKLHZ811V3fV1dX4nv7dcOT3e:td/X94f8mJibq6urucMqG?ADhElEQVR4Xu3Z2Y7jKhAGYGph9/L+b3vS2Tj5BwfswRc98n8ZyUV9IKvLtPmLhAUTzG/NpTk/l2bOGH9pLs2luTSX5tJcmgZn5t+tQc8v1VwaCSF004J6Wu7xqgc3ZFX1XuvV7wlyULPqsznq6E11gajutoRHEV+hUKkb/j/3a59m/WhP101HcWNIu79D7vKbparB6ipG92mwAm0fjxQ3xodOzbIWDGhWv2C80B6NePK39HBEafHWpXyPc9bDpvdpVNg6Z: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)AElFTkSuQmCC%iVBORw0KG;)NSUhEUg?AG4?ACCAgM?ADasxWR)DFBMVEXZ7::/+VlZX29vYl5th1)SElEQVR4AWPACZj/f0DmjkqOSjKtQgcLyJccZiEE9SOmP8mXHEaBMBoIo4EwGggryJccvvVKKAogTnJUclRyVHLklgmjkqOS?LWyrsxEHLD)AElFTkSuQmCC%iVBORw0KG;)NSUhEUg?ALQ)8CAM?AD48GC1)MFBMVEX::z+f/4/P/v9:q9f/k8v+AuParz/nS5Pw8m/Pe8P+/2vtap/Tg7fzb7v8hkvIkTjA4?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@J3tjU4dLWHokTSrpM9Hah+TkEiqehY4Vr86ULAqNXUsFiWPF69D7yocayaA+jNHiJB0qnoWOFa8OLF5aqjItbsFyW4IHeloc0cI/IQ9xqY51tFjoWPHacPjye8hQGavlyFoOErXFUPEqsyhCmXxo1fF3tFwT9NqHafM+1Ku5K26zvdsihWNoklZ1sEZL8GFbwz8qnoGOFS9Ab9BUeKgPdXMP9MKHMPtQ2xLUR9cVb60On3oWOla8ICdRWQ4fnl91wBSzKulY8cYr5QwVz9oQ/qh4FjpWvACNCj1qCn2hrb3vr6Rv58NndVMJoRwLH6JTS/Shgd5jxVtCSys8ypNRj4/mG1yPltj76NFMCVctHYk2jNHSe3qseBFag67b+fx.5kkzTFa@grM5bv1yU6Flct8raMFc9C377iRWh6qgemBPoBAategg+hZeTs+Sc5CWT: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)AElFTkSuQmCC%iVBORw0KG;)NSUhEUg?AI4?ABkCAM?ABn/Pje)MFBMVEX::wsf/21P/eKP/99f/jVv/gQf/yvf/piP/nef/slv/laP/54P/76v/upP/r6+vVYtgj?ABD0lEQVR4Xu3TOXLEI?FUfZVku9/W7vGxYDRUIrABN3pD3haEF9b9cSBIzYJDpzH4KhXx30wZZnJ8fI3/zOcMlhdsslXib+ifueCN7M45ZhofNZdVokX8jZoJ81cjnP6Q0mooD+Wz3mccW64WLOS81zci6PVAk5MUiarS/2SmyFM5tirPLDqLlOWR1kav5nJCaoZTOOx8hRNSZf8PI49/w7G1cvelesyjRP7QQ45vixxIefQo0W4Mq3j1EPtbQmFY5Zx6qLF8DuqhZxryFH/wZGbco7hXy7XcPp30LcbBw4cOHDgwIEDBw4cOHDgwFkfHDhwJgQHDhw4cODAgQMHDhw4cODAgQMHDhw4+wTnoW+uBmccISV9Xw)BJRU5Er@ggg==%iVBORw0KG;)NSUhEUg?AI4?ABkCAM?ABn/Pje)G1BMVEX::/sbH/1NT/KCjr6+v/eXn/6ur/vb3/lpbQ2sxW)i0lEQVR42u3bOQ7AIAxFQUzW+584Da2FUAqIMq:0lSuoOxLhdPjlEXCwcGZwrmiVfLOaNWX0z7n2Folr26teDHFwcHBwcHBwcHBwcHBmcqpeZFy+tNhzkAxPsXB+Tkn8u6U05+6yjg4ODg4ODg4ODg4ODgTOF6o4ODg4ODg4ODg4ODg4OD4n/UdzgMSjjSzSI4e3)ABJRU5Er@ggg==%iVBORw0KG;)NSUhEUg?AI4?ABkCAM?ABn/Pje)MFBMVEX::P/7Hk/9Sw/3mN/yjd/8m+/5On/2if/1b4:Xy/+rr/+DH/6TW/72W/0Hr6+uU0agN?ABkElEQVR4Xu3Zy2rDQBQEUd156O3k: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)ABJRU5Er@ggg==%iVBORw0KG;)NSUhEUg?AI4?ABkCAM?ABn/Pje)MFBMVEX:/8o:fr6+vU:2x:t5:mS:qk:tW:jg:1B:jJ:xo:nq:71:69:xeTBZm?AB2ElEQVR4Xu2Z0WqEQBAEsxpjFrn7/+9UjDF3agAljeIikwqwkOlnC4piEMEis71ktQx15kyWWZ3/oeM6rnMvtXtKoNRuBL3W6WftI2ETZ20AqPF23hM6M0DB7fS3c50AUHLKw3nwEaBAJ5F8JijQSSQP?U6ieRxBCjQSSSf.p0EskDR+06UcnPg0eA2nWeSn4avH4A1K4zpZIH6QLUrFOvwNeBbRQcoPZTXs6v77FZdQA168h5PGR4XYFPhtp1hlr3pzWDggPUrKPkF8E5Kh1jcgWHqF1HyS+CY1Q6xuQKjlG7zpuSH4KXHLXrdI2S74MvFLXr6OrCMXjVAvT3OlHJd8EjQdM6xuQKDlC;+Sp4ByVjjG5ghMU6Cj5PjhAgY7eEmEfHKBMZ/lJruAVQZlOW23JFTz2AEU6ur2g4E+.h0lV3CAUh0lV3CAUh0lV3CAYh0lV3CAQh0lLxUcoFBHOTaNiaFcp49/hXKd4wXWA0S5TrW7ToBSHSUXCVCqo+QKTlGuUyWCM5QkFwhQpqNNu+9viHKdulgXB?U67TTuk4AQE0607Lu0vGxPvfEqP8LdR3XcR3XyWWu4zqu4zqu4zqu4zqu4zqu4zqu4zquU2Qyv52LfQNQeq/0GbfEp)ABJRU5Er@ggg==%iVBORw0KG;)NSUhEUg?AI4?ABkCAM?ABn/Pje)MFBMVEX:/+97f/1/P/q+f/g9v+x6f/U8/9B0v/J8P+E3/+W4/9W1v9o2f+k5v/r6+soz/85VYe6?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)AElFTkSuQmCC!A%iVBORw0KG;)NSUhEUg?AI4?ABkCAM?ABn/Pje)MFBMVEX::/xrH/oHn/dCj/spP/39T/9/X/gEH/6OD/z73/vaT/8Or/lmj/18n/i1br6+t0Hec)BQ0lEQVR4Xu3YCYfEUBRE4dz3sm/z:/txOtAuzhRGGHqgqYcvkb00v286ohjTveS+58cc8yZh+s22LRQ4ZR6XdCmh+aYw6M55phzRF+u6yP2VtKmh8wZY6rfF7DpIXPms9ZU8sahxBlzWAM3DkVO/wnO9RiWWMvUStjUkDnbJ+zTQwCbFDJnvcNUwiaFzNlbOaYSNi1kzv0+UgmbFDJnaOWSStgehTJnSCVsWsicaGWXStiE8A845pgzphI2IXzrg86cSCVsQvjaDwn+CN1SCduzUP2CUe5hXKZWwqaGzJlru/24Xi59/VzApobM6UrNF7DJIXO2KZdBmx7yD5uvtAECNil8/rPvvLMS21quW2DTQ+a0eLhuhk0O/Te3OfqZY4455phjjjnmmGOOOeaYY4455phjjjnmmGOOOeaY854zB+4XYd1sxWcaEVo)ASUVORK5CYII=!J$/9j/2wBD?cHBwcJ.@.@.@.@.@.@.@.@.@.@.@.@.@.@.@.@.@.@.@.n/wQARCAB3AM4DACI?RE?hEA/8QAT?B?MBAQEB)))?EDBAIFBggQAQACAQMCBQEGBQUB)?ABAgMEERITIQUiMUFRMiN.2JxghQVM2GBBiRSkqGy/9oADAM?AE?g?PwD9BREzPZPG3yiJrt3gnj7QxtR33/unjb5RHH3hMzX2ggdRvv3c8JRWYie6d6fB2O6JiUxWZjdzG2/f0db0+EdhE1mGnDG1d/mWXtv29G3Htwjb83/0txfV+1Xl+n9zsBoUg)))AMHG3wTWfVc5t6SyzWGneVQCt26r6uUxO07oT7OQBDoasM712+JZV2G21tvayzFO1ocXjestQDUz)))?Mzm3pLqZ/si07RPbdmldCkdTaPhETHxurWFYiZ7odco+HJIAIdB6ADbS/KN/ePV2w0tNZ3hspeto3j/MNVL7xtPqz3rt3j0dALFY)CAShEzERMzO0R3mZYKa/Bltkpg3zWx0tblWtow2mPw+tx6fKw4mdm/dLxdFn8ay5ZnV6TSaXTcLca01OTU6nqcq8d9tPiw8ePP76NBX/UXViddl8Lvg2tyrpNPq8ebfj5drZdTlx/V+QRFt3uDBgy+IdThn02KKTNvtcOo5xWPu86ZMdLf9GuubHblHLzVnbae0/+ixU5t6S6c29JZp9JaI9VQCpY)?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))))5l0gRLztDTT002OMETGLa00i3r3tabb/us08VOjnB0px4bzeuHJlw2m3rW9LeePpr9PJrSz2pvLmtVmxCRbWuyQEL))))?B.Hk4v4XS63JhnNMZfEZvqseC1bcN8GPDi1E478ePL6L3pzeqwa/w7Fq50uS1smPLo9RTU4cmPjF6zHKl8f02+zzY7XxZqLdFrMGrxRmxb8d7UvS9eGTFkpba+PJT7tq2EbNSQEg)))))ADPGDHivky4scRky8JyebaL8Pfj9PLi0AIiY2S)AP/2Q==%iVBORw0KG;)NSUhEUg?AKo?ABRCAM?AB1/c1q)MFBMVEX::r4PTz6/n28fr59vzn2fbdyPDv5fb8+/7TuOrs4vXPrO3Xve3Ssu77+f3+/f7PhED1?ADHUlEQVR4Xu3Z226jQAyAYZ/mwPn933YbrdIKPINhiiPQ7n/Z9OITOBkj4DZlJkqIiVjAjrq9EBxjwp96yvAq4U98hhodoQnX9S+ZYCu1E/BpTqijBaidiuASY7E0Yzs1gEeEVjZVl+HyloQu1OQh9aEGh7vvRB0dvlFO1I7g0gRbqbY2OAxqMzV8cAIYf0UdVzJlZbiujIUSiwinA1RaSYPrBBDWQdKb1BUukOcE5N2BnLdW3r3/BKPjysL78ygGlTfnaHBcWXolTXo+6lTczCX5La2CKtH/UKfGzQXMfksrGRcVoN+jikIFt5UlmecR7VGTutXJ68BaUDXDOt6jBmUSr6VVjPtvUHPhYIpOE8CKSnAiKhz36DQBbIyqUSiI2OnAonaqPqrUH9+RD1XgeFT89tgry2A0xh;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)ASUVORK5CYII=%iVBORw0KG;)NSUhEUg?AG4?ACCAgM?ADasxWR)DFBMVEXc/9n:/+VlZX29vZR8Bg5)SElEQVR4AWPACZj/f0DmjkqOSjKtQgcLyJccZiEE9SOmP8mXHEaBMBoIo4EwGggryJccvvVKKAogTnJUclRyVHLklgmjkqOS?LWyrsxEHLD)AElFTkSuQmCC!L$/9j/2wCE?YEBQYFBAYGBQYHBwYIChAKCg@ChQODwwQFxQYGBcUFhYaHSUfGhsjHBYWICwgIyYnKSopGR8tMC0oMCUoKSgBBwcHCggKEwoKEygaFhooKC;KC;KC;KC;KC;KC;KC;KC;KC;KC;KC;KC;KC;KC;KC;KC;KP/BABEIAEoA0gMAIgABEQECEQH/xABd?ACAwEBAQE)))?QIDBAUHBggQ?AEBAMEBgYHBgcB)?ABAgMEBRESEyFRBiIxQQcUMmFxgRUjUlORsSQzNUKh0eEWF2KSwcIlJzaChLKz8f/a?wD?AB?I?D8A/U4AqgqAIMAiZhX?Bw8hVcB5W6fiMinju5BkkwjMa7gXDHjn3Axz7hKwFRsuIFxDH1g9CB1g9CBhqANlwLshj6wrQgsdVOBAw1AqNVwLhjx1aEDHPuE8MFRsuBcMeOfcDHPuBYYBtuBcMPWD7gFEK0IGGYiY23C6uQ5xOq0IbU3WlkXAI004hHUWVF2gz59wuLgQgYaaiYAgCImGFzAEfE?wBADAIVBUFAUCAEowqgUQQYBTEHun4jnuq3zHQebNZHmXEc99pWKrMhY2ImI3AuEcM9SBhnqQuoEC8O4V2HqQsQg68SEjDFiUnoHh5dovCovJG4WfIQU0WuQgCgzrSrQxXcNREVFJ5U5jIaD1IWcQB3AuELT1IFp6kGAO7MNKsxBBevTw4kOglKa9lPwCUEJwZFvDZblxEIcizyIaaZDKs8xKgz2nxqNJcCFbhFXkLE8CETMBEGAMAiGEEfESETSdQwBVAC09Q?E?ABiK+QiJL5DkbQTtqTNM3tLeefM0ttp1KnPzISIhWfEdOmZjDEuNpibL03q4JrmY4+FtLNu241K4f+Decp4:Av2OgLVdYdiX3/fKXveX61FiSIjzMQUnUx2bBC0cT0VO5b9mxyYtn3MR/Q/1IWS2fG/MCl8whFQsZT2rkiYrNB8jHSEkiS0hJSCojUxqQorSDWW6KUpMSqqnEQFhKOgidqK60pQhRloLbQYeYkRiJmZiqhaEChaELsPxBh+ILggmUIuTulxGy1PskKmUdnxGm0QUGmoSaaENOQz2i7QQMWpMwzpoQkICYiJhg?IT))AgCIBKhAoQYBXzIecdM7htwkt8Xf7R6VaPNemts1wUtt1d/tFzHbIRMuY83ke2k0lDhdWjHMP3ajuT8DHosk6QoiaWw6Jcl2OX2LF0JR+B/mPC30KxT8R910T/AOq5fn98/wDqY3OtpoaqCPEeq+i59M/tKOKDZ9zDF8z/AFMc5cqh5TtdK2YUl76DUpS1do6nmPQrSHyE5NCtvZSlJlutHdnmWZ8RivBaY7i21eyfwAhs/ZP4DpWkC0QvEcMeUyZ2abVzKN/xtctwXPVwzfa+Zf1H0swg46VbIzPrMc7FRCUqWl7NNpULLj4/EZNo5RslMFvxPpGH;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.rUPDoJDTSSQnyFozLVcdRI?AEQ)YADFNpXCTaFOHjmcRH4p7yMbQAI9ADxzazoxfavflJnEte7++X5j5/Ylv0JtLCxEalbbbKjv3T0PkP0GONMYKFdnUIt2GYWsyPeU2Rnl3jSmIPsqEaDknGTvaH7PbOWS/wB+4XrFeBfl8R15Js/BSn1jSVOxSu0+4e93+A7AQp+QY?AIAHBid@DEvYr0uavr7SklXwI6DtQsOz.6GIZpDTKC3UJIWADuM+YBwYjY+QRERjuyxrEr901JI/IjoOw1Cw7MIUKyyhuHttw0ZFTyFwAXGfEwDnQMkl0DAOwUNCp6q6o1LbUZrJRmRFzM9A4iTS+IlpS9yFR1Ot2EiqM615U5jo?Ac6NkkvjZcxAxUPfCMW4aL1FbaVCzI6nkLYiWwUTgdYhmncD6u9N1nDXwIbAgZgGGJlEDEzNiYPM/TGU2tuXK3ePKtOYlByiBhI+IjYdj6VEfWOXqO7OvM6F5DYJAzAMEdKIGOjIaKimL4iGP1S71JtzryPPPUCJRAomy5ngfTlptU7erQi4VpwIuQ3gAGOeuTQHpZMzwPpyS+tvUWVKcK0PLuDm8ogZu023MWMbDVcnfUn5GQ3g)AC)?P/9k=!