Custom Search
Site Home Archive Home FAQ Home How to search the Archive How to Navigate the Archive
Compare FPGA features and resources
Threads starting:
Authors:A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
Hello. Let me explain in more detail. I will construct two boards, both using FPGA, say Altera 10K100. One is a CDMA transmitter, another is a CDMA receiver. No RF nor IF, just baseband signal. :) The output of the transmitter use a D/A convert while the input of the receiver use an A/D convert. The chip rate is 4M cps, the sample rate for demodulation is 16M sps, the sample rate for acquisition is 4M sps, the sample data width is 6bits. The requirment is the acquisition must use Matched Filter. I think the nature thought of of the implementation of a Digital Matched Filter is to build a multi-bits delay line (parallel or serial, say using shift-regs.), a lot of muliplier, then a very big adder. But I think it will cost too much resourse (gates) and the time-delay of the adder is too long. So I want to know does anyone have dealed with such case before and how they do it. Thanks for your kind response to my question. And as for the so called environmental limits is just my lab has purchased some Altera 10K100 several days ago. :) And I have not used the Xilinx device for 2 or 3 years. Thanks again. Forest Niuman niuman@263.net In article <37057F8B.C90AD922@ids.net>, Ray Andraka <randraka@ids.net> wrote: > Let's start from the top. > > Is there a specific Altera device you need to target? What is the precision needed > .................. -----------== Posted via Deja News, The Discussion Network ==---------- http://www.dejanews.com/ Search, Read, Discuss, or Start Your OwnArticle: 15626
Thanks for your advice. I think in some case the IIR filter can replace the the FIR filter and even have better performance. But for a Matched Filter used in CDMA code acquisition, maybe it is not suitable, for the coefficients of the filter should be able to change dynamically. And it is not convient to calculate a lot of IIR coefficients and store in the device. In article <37067504.EF8EF932@quantum.com>, Joon Lee <joon.lee@quantum.com> wrote: > I have a rather dumb question, not being an expert in this area. > Would a, say 16 TAP IIR filter, be considered as an alternative to the 256 FIR ? > .................. -----------== Posted via Deja News, The Discussion Network ==---------- http://www.dejanews.com/ Search, Read, Discuss, or Start Your OwnArticle: 15627
Do you believe in REINCARNATION? Do you want to know who you were and where you lived in your past life? Click here -> http://orbita.starmedia.com/~luizhenrique/reincarnation.html ujmhzmhrtlxqqbxkjevcdswzmgpfbjddyulrckxmzrfnpihpsdtscfArticle: 15628
Hello, I am designing a PCI bridge on Xilinx 4K series. What I have to understand is the levels of logic mapping to the device. I have to see that I design keeping in mind the safe levels of logic so as to leave minimum effort to the Place and Route tool. This involves: 1> Breaking all the combinatorial logic to a pipelined architecture 2> Making smaller state machines so as to reduce number of inputs and thus levels of logic. This has been my approach so far. Does anybody who designs FPGAs know of how these approaches are exactly implemented. Is there some literature available on FPGA specific designing. Thanks in advance Shardendu Pandey -----------== Posted via Deja News, The Discussion Network ==---------- http://www.dejanews.com/ Search, Read, Discuss, or Start Your OwnArticle: 15629
Hi! We have problems downloading designs with that parallel cable to the demonstration board. Serial cable works very well, but we have about dozen of those kits with parallel cables, so it would be nice to get them working... Operating system is Windows NT workstation 4.0, with service pack 3. When you try to download bitstream from Xilinx foundation 1.5 (with service pack), messagebox informs that FPGA was programmed in about 0.26 seconds, but nothing really happends. So, if someone have found solution for this problem, please, post it to this newsgroup! TepaArticle: 15630
Richard Guerin wrote in message <3704FB09.F8440124@home.com>... > > >Ray Andraka wrote: >> >> I'd believe the $16,500. That's about what I figured it was for Level 2 >> spectrum plus modelsim PE, based on quotes I got last year. > > >That was last year .... before Mentor Graphics aquired Exemplar ! >Here's a links to the press releases that announced the merger and the >introduction of Packaged Power suite. Actually, Mentor acquired Exemplar in 1995, but kept it as a wholly-owned subsidiary. > > http://www.exemplar.com/corporate/html/prs/PR022399.html > > http://www.model.com/news/pr/pr9902.html > >Like I had previously mentioned .... "It's a tough value to beat" ! For >about the price of single FPGA Express license or single node-locked >Synplify seat you get excellent quality graphical entry, simulation, and >synthesis tools from a leading CAE vendor. Depends what you call "value". Packaged Power is just a bundling of 3 point tools in a common install with pricing ranging from $11,995 to a WHOPPING $39,995 USD. For ~$12K, you get the limited ModelSim PE, limited Leonard Level 2 (no timing constraints, no static timing analysis, no scripting), and limited Renoir Personal (only the Block and State editors). To get all the "great features", you have to pay closer to $40K. An alternative is a Viewlogic system; an integrated design environment for ~$17K, which includes Intelliflow, ViewDraw, FPGA Express, StateCad, and SpeedWave. Granted, a little more $$ than the low-end "Packaged Power", but includes mixed schematic, HDL and state diagrams in the same design, which even the $40K Mentor package does not.Article: 15631
This is a multi-part message in MIME format. --------------A54E77C54B6A5AEF653A774B Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Just a thought - have you got the software dongle on that parallel port? I tried plugging my printer into the back of the Xilinx dongle on my NT machine and that did not work. Tom. tepa wrote: > Hi! > > We have problems downloading designs with that parallel cable to the > demonstration board. Serial cable works very well, but we have about dozen > of those kits with parallel cables, so it would be nice to get them > working... Operating system is Windows NT workstation 4.0, with service > pack 3. When you try to download bitstream from Xilinx foundation 1.5 (with > service pack), messagebox informs that FPGA was programmed in about 0.26 > seconds, but nothing really happends. > So, if someone have found solution for this problem, please, post it to > this newsgroup! > > Tepa --------------A54E77C54B6A5AEF653A774B Content-Type: text/x-vcard; charset=us-ascii; name="tom.vcf" Content-Transfer-Encoding: 7bit Content-Description: Card for Tom Kean Content-Disposition: attachment; filename="tom.vcf" begin:vcard n:Kean;Tom tel;fax:UK +44 131 556 9247 tel;work:UK +44 131 556 9242 x-mozilla-html:TRUE org:Algotronix Ltd. adr:;;P.O. Box 23116;Edinburgh;;EH8 8YB;Scotland version:2.1 email;internet:tom@algotronix.com title:Director note:Web Site: www.algotronix.com x-mozilla-cpt:;4768 fn:Tom Kean end:vcard --------------A54E77C54B6A5AEF653A774B--Article: 15632
So you have to spam newsgroups to advertise your 'spam-free' product? Give me a break. <wddwkq@GetResponse.com> wrote in message news:7e17vn$n1326@www1.siast.sk.ca... > At Last! A Truly Moderated Safe Email list! > Get your message out to thousands without spamming! Lucrative two tier reseller option. > http://dalesafe.com/index.cgi/AK1433 > > udhdusuvdtbptxhsdzzcmubswdvifclgmlgplr >Article: 15633
Small, high-quality, up-and-coming Santa Clara based EDA startup seeks a talented Design Engineer for its application services group. If you have all or some of the following experience: - IC design using Verilog and/or VHDL - Synthesis (Synopsys, Ambit, FPGA synthesizers) - Simulation (popular Verilog and VHDL simulators) - Excellent comunication skills - Self-starter, self-thinker, motivated and entrepenurial ....we would like to talk to you. Principals only please. Our software is ported on PC-Windows and Unix. Excellent compensation and stock options. ------- >>>> (408) 654-1651 <<<<------Article: 15634
Small, high-quality, up-and-coming Santa Clara based EDA startup seeks a talented Design Engineer for its application services group. If you have all or some of the following experience: - IC design using Verilog and/or VHDL - Synthesis (Synopsys, Ambit, FPGA synthesizers) - Simulation (popular Verilog and VHDL simulators) - Excellent comunication skills - Self-starter, self-thinker, motivated and entrepenurial ....we would like to talk to you. Principals only please. Our software is ported on PC-Windows and Unix. Excellent compensation and stock options. ------- >>>> (408) 654-1651 <<<<------Article: 15635
>Just a thought - have you got the software dongle on that parallel port? >I tried plugging my printer into the back of the Xilinx dongle on my NT >machine and that did not work. This is not unusual, for dongles. -- Peter. Return address is invalid to help stop junk mail. E-mail replies to zX80@digiYserve.com but remove the X and the Y. Please do NOT copy usenet posts to email - it is NOT necessary.Article: 15636
Tom Kean <tom@algotronix.com> wrote in <3707EF49.EFDCA69E@algotronix.com>: >Just a thought - have you got the software dongle on that parallel port? >I tried plugging my printer into the back of the Xilinx dongle on my NT >machine and that did not work. > >Tom. > No, cable is connected directly to the parallel port. I think it might be somekind of incompability with NT? TepaArticle: 15637
This is a multi-part message in MIME format. --------------042910647D1C3ADC4D89B8C8 Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Les, We have provided similar services as consultats to other EDA companies, and will be intersted to discuss consulting opportunities. Our brief profile is attached. Jayant Nagda CADWorx. Les Donaldson wrote: > > Small, high-quality, up-and-coming Santa Clara based > EDA startup seeks a talented Design Engineer for its > application services group. > > If you have all or some of the following experience: > > - IC design using Verilog and/or VHDL > - Synthesis (Synopsys, Ambit, FPGA synthesizers) > - Simulation (popular Verilog and VHDL simulators) > - Excellent comunication skills > - Self-starter, self-thinker, motivated and entrepenurial > > ....we would like to talk to you. Principals only please. > > Our software is ported on PC-Windows and Unix. > > Excellent compensation and stock options. > > ------- >>>> (408) 654-1651 <<<<------ --------------042910647D1C3ADC4D89B8C8 Content-Type: application/msword; name="Copy of brochure99-2.doc" Content-Transfer-Encoding: base64 Content-Disposition: inline; filename="Copy of brochure99-2.doc" 0M8R4KGxGuEAAAAAAAAAAAAAAAAAAAAAPgADAP7/CQAGAAAAAAAAAAAAAAACAAAAQgAAAAAA AAAAEAAARAAAAAIAAAD+////AAAAAEEAAABtAAAA//////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// ///////////////////////////////////spcEARwAJBAAACBK/AAAAAAAAEAAAAAAABAAA CCcAAA4AYmpiao7ZjtkAAAAAAAAAAAAAAAAAAAAAAAAJBBYA7XEAAOyzAQDsswEACCIAAAAA AAC8AAAAAAAAAAAAAAAAAAAAQwAAAAAAAAD//w8AAAAAAAAAAAD//w8AAAAAAAAAAAD//w8A AAAAAAAAAAAAAAAAAAAAAF0AAAAAAEoEAAAAAAAASgQAAEoEAAAAAAAASgQAAAAAAAC+BAAA AAAAAL4EAAAAAAAAvgQAABQAAAAAAAAAAAAAANIEAAAAAAAA0gQAAAAAAADSBAAAAAAAANIE AAA4AAAACgUAABwAAAAmBQAARAAAANIEAAAAAAAAzCIAADIBAACGBQAAAAAAAIYFAAAoAAAA rgUAAAAAAACuBQAAAAAAANYFAAAAAAAA8ggAABoAAAAMCQAADAAAABgJAAAIAAAAtSIAAAIA AAC3IgAAAAAAALciAAAAAAAAtyIAAAAAAAC3IgAAAAAAALciAAAAAAAAtyIAAAAAAAD+IwAA 9AEAAPIlAACEAAAAtyIAABUAAAAAAAAAAAAAAAAAAAAAAAAAvgQAAAAAAAAgCQAAAAAAAAAA AAAAAAAAAAAAAAAAAAByCAAAXgAAANAIAAAiAAAAIAkAAAAAAAAgCQAAAAAAALciAAAAAAAA fAkAAAAAAABKBAAAAAAAAEoEAAAAAAAArgUAAAAAAAAAAAAAAAAAANYFAACcAgAAhgUAAAAA AAB8CQAAAAAAAHwJAAAAAAAAfAkAAAAAAAAgCQAAQAAAAEoEAABSAAAArgUAACgAAAC+BAAA AAAAANYFAAAAAAAAtSIAAAAAAAAAAAAAAAAAAAAAAAAAAAAA0gQAAAAAAADSBAAAAAAAAEoE AAAAAAAASgQAAAAAAABKBAAAAAAAAEoEAAAAAAAAIAkAAAAAAAC1IgAAAAAAAHwJAABiAwAA fAkAAAAAAADeDAAAlgUAABIeAAA3BAAAnAQAACIAAAC+BAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAtSIAAAAAAADWBQAA AAAAAGoFAAAcAAAAAKQvysIRvgHSBAAAAAAAANIEAAAAAAAAYAkAABwAAABJIgAAbAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACA1UaGUgQmVzdCBEZXNpZ24gYW5kIFZlcmlmaWNh dGlvbiBDb25zdWx0YW50cy4gDQ0NQWJvdXQgQ0FEV29yeA0NQ0FEV29yeCBwcm92aWRlcyBl eHBlcnQgZGVzaWduIGFuZCB2ZXJpZmljYXRpb24gY29uc3VsdGluZyBzZXJ2aWNlcyB0byBk ZXNpZ24gY29tcGFuaWVzIGRldmVsb3BpbmcgQVNJQyBhbmQgRlBHQSBjaGlwcy4gIENBRFdv cnggc3BlY2lhbGl6ZXMgaW4gTG9naWMgZGVzaWduIGFuZCBIREwgYmFzZWQgZGVzaWduIG1l dGhvZG9sb2dpZXMgc3VpdGVkIHRvIGhpZ2gtZGVuc2l0eSBjaGlwcywgZm9yIGF0dGFpbmlu ZyBjcml0aWNhbCB0aW1lLXRvLW1hcmtldCBhbmQgcGVyZm9ybWFuY2UgZ29hbHMuIFRoZSBj b21wYW55IHdhcyBmb3VuZGVkIGluIDE5OTUgYnkgRURBIHRvb2wgZGV2ZWxvcGVycyBhbmQg QVNJQyBkZXNpZ25lcnMgaW4gdGhlIGJheSBhcmVhLiBXZSBhcmUgYSBjb21wYW55IG9mIGV4 cGVydCBhbmQgaGFuZHMtb24gY29uc3VsdGFudHMgd2hvIGhhdmUgd29ya2VkIHRvZ2V0aGVy IGFzIGEgdGVhbSBvdmVyIHNpeCB5ZWFycyBpbiBFREEgYW5kIGRlc2lnbi4NDU91ciBNaXNz aW9uIA0Nk0hlbHAgQ3VzdG9tZXJzIGRlc2lnbiBmYXN0ZXIgYW5kIGNvbXBsZXggY2hpcHMg aW4gc2hvcnRlciB0aW1lIHVzaW5nIHRoZSBiZXN0IHByYWN0aWNlcyBkZXZlbG9wZWQgdGhy b3VnaCBvdXIgZXhwZXJpZW5jZSBpbiBBU0lDIGRlc2lnbnMgYW5kIEVEQSBzb2Z0d2FyZS6U DQ1PdXIgZXhwZXJ0aXNlIGNhbiBiZSB5b3VyIGNvbXBldGl0aXZlIGVkZ2UuDQ1UaGUgY29t cGFueSBoYXMgdGVjaG5pY2FsIGV4cGVydGlzZSBpbiB0aGUgZGVzaWduIG9mIGhpZ2ggc3Bl ZWQvaGlnaCBkZW5zaXR5IEFTSUMsIEhpZ2ggTGV2ZWwgRGVzaWduIExhbmd1YWdlcywgSERM IGJhc2VkIGRlc2lnbiBtZXRob2RvbG9naWVzIGFuZCB0b29scy4gIFRoaXMgaW5jbHVkZXMg dG9vbHMgZm9yIFNpbXVsYXRpb24sIFN5bnRoZXNpcywgVGltaW5nIEFuYWx5c2lzLCBhbmQg VGVzdCBzdWl0ZSBnZW5lcmF0aW9uLiAgT3VyIEVEQSBleHBlcmllbmNlIGFsc28gY29udHJp YnV0ZXMgZ3JlYXRseSB0byBvdXIgY2FwYWJpbGl0aWVzIGluIENvbXBsZXggU29mdHdhcmUg RGV2ZWxvcG1lbnQuICBBZGRpdGlvbmFsbHksIHRoZSB0ZWFtIGhhcyBoYWQgc2lnbmlmaWNh bnQgZXhwZXJ0aXNlIGluIHJlbW90ZSBhbmQgbG9jYWwgcHJvamVjdCBtYW5hZ2VtZW50IHdv cmtpbmcgYXQgY3VzdG9tZXItc2l0ZXMuICBNZW1iZXJzIG9mIHRoZSB0ZWFtIGhhdmUgYmVl biBpbnZvbHZlZCB3aXRoIEhETCBzdGFuZGFyZHMgYWN0aXZpdGllcywgZnJvbSBlYXJseSBz dGFnZXMgb2YgSERMLCBhbmQgUHVibGljYXRpb25zLg0NV2UgYXJlIGNvbW1pdHRlZCB0byB0 aGUgZ29hbCBvZiBwcm92aWRpbmcgdGhlIGhpZ2hlc3QgcXVhbGl0eSBzb2x1dGlvbnMgdG8g b3VyIGN1c3RvbWVycy4gV2l0aCBhIGJyb2FkIGxldmVsIG9mIGV4cGVydGlzZSwgd2Ugb2Zm ZXIgYSBjb21wZXRpdGl2ZSBlZGdlIHRvIG91ciBjbGllbnRzIHdoaWxlIGltcHJvdmluZyB0 aW1lLXRvLW1hcmtldCANDQgMDUNBRFdvcnggU2VydmljZXMNDVdpdGggZGVzaWduIGNvbXBs ZXhpdHkgZXhwbG9kaW5nLCBhbmQgZGVzaWduIGN5Y2xlcyBzaHJpbmtpbmcsIG1hbnkgZGVz aWduIHRlYW1zIGFyZSBmaW5kaW5nIGluY3JlYXNpbmdseSBpbXBvcnRhbnQgdG8gc2VlayBl eHBlcnQgc2VydmljZXMgZm9yIGZpcnN0LXRpbWUgc2lsaWNvbiBzdWNjZXNzLiBIREwtYmFz ZWQgZGVzaWduIG1ldGhvZG9sb2d5IGhhcyBiZWNvbWUgk21haW5zdHJlYW2UIGFzIHdlbGwg YXMgaGFuZC1vZmYgaXMgbW92aW5nIHVwIGZyb20gbmV0bGlzdCB0byBSVEwgbGV2ZWwuICBS ZS11c2Ugb2YgZGVzaWducyBpcyBhbHNvIHJhcGlkbHkgZ2FpbmluZyBtb21lbnR1bS4gIE91 ciBzZXJ2aWNlcyByZWZsZWN0IHRoZXNlIHRyZW5kcy4gDSAgDURlc2lnbiBjb25zdWx0aW5n DUN1c3RvbSBzeW50aGVzaXphYmxlIGNvcmVzL0lQLCBBU0lDIGRldmVsb3BtZW50Lg0oCURl c2lnbiBmb3VuZHJ5IGFuZCB2ZW5kb3IgcmUtdGFyZ2V0aW5nL21pZ3JhdGlvbi4NICAgICAg KAlEZXNpZ24gdG9vbCBtZXRob2RvbG9neSwgdGVzdGluZywgaW50ZWdyYXRpb24gYW5kIGN1 c3RvbWl6aW5nLg0NVmVyaWZpY2F0aW9uICYgU2ltdWxhdGlvbg0oCVN5c3RlbSBvciBBU0lD IHZlcmlmaWNhdGlvbi4NKAlIREwgc2ltdWxhdGlvbiBtZXRob2RvbG9neS4NKAlUZXN0IGJl bmNoIGdlbmVyYXRpb24gYW5kIGNvZGUgY292ZXJhZ2UuDVNpbXVsYXRpb24gbW9kZWwgZGV2 ZWxvcG1lbnQuDQ1TeW50aGVzaXMNKAlEZXNpZ24gc3ludGhlc2lzIG1ldGhvZG9sb2d5IGFu ZCBvcHRpbWl6YXRpb24uDSgJQ3VzdG9tIFN5bnRoZXNpemFibGUgbW9kZWwgZGV2ZWxvcG1l bnQgb2YgbWljcm9wcm9jZXNzb3JzLCBidXMgaW50ZXJmYWNlcy4NICAgICAgKAlUZXN0IHN5 bnRoZXNpcywgU2NhbiBpbnNlcnRpb24gYW5kIEZhdWx0IGdyYWRpbmcuDSgJRGVzaWduIG9w dGltaXphdGlvbiB0aHJvdWdoIGZsb29yLXBsYW5uaW5nLCBhbmQgbGlua3MgdG8gbGF5b3V0 Lg0NU29mdHdhcmUgZGV2ZWxvcG1lbnQNQ3VzdG9tIGRldmVsb3BtZW50IG9mIEhETCBpbnRl cmZhY2VzLCBuZXRsaXN0ZXJzLCBkZXNpZ24gdHJhbnNsYXRvcnMuDUFMRi1EQ0wgbGlicmFy eSBnZW5lcmF0b3JzIA0oCUN1c3RvbSBmbG93IGludGVncmF0aW9uIHRvb2xzLg0oCUN1c3Rv bSBDQUUvQ0FEIGNvZGUgKEMsIEMrKykgZm9yIHNwZWNpYWxpemVkIGRlc2lnbiAmIGxheW91 dCByZXF1aXJlbWVudHMuDQ0MDQ0NSGFuZHMtb24gRXhwZXJ0cw0NQ0FEV29yeCBwcm92aWRl cyBicm9hZCBleHBlcnRpc2UgYW5kIGRlcHRoIG9mIGtub3dsZWRnZSBpbiBBU0lDIGRlc2ln biBhbmQgRURBIHRvb2xzLiBPdXIgZW5naW5lZXJzIGhhdmUgaGFuZHMtb24gZXhwZXJpZW5j ZSB1c2luZyB0aGUgYmVzdC1pbi1jbGFzcyB0b29scyBpbmNsdWRpbmcgOiANVmVyaWxvZyBh bmQgVkhETCBSVEwgZGV2ZWxvcG1lbnQsIFZlcmlsb2cgYW5kIFZIREwgYmFzZWQgc2ltdWxh dGlvbiB0b29scywgRGVzaWduIFN5bnRoZXNpcywgYW5kIExpbmtzIHRvIExheW91dCB3aXRo IFN5bnRoZXNpcywgVGltaW5nIGFuYWx5c2lzLCBGbG9vci1wbGFubmluZyBhbmQgQXJjaGl0 ZWN0dXJlIGRldmVsb3BtZW50IHRvb2xzIGluY2x1ZGluZyBkYXRhcGF0aCBhbmQgbWVtb3J5 IGNvbXBpbGVycy4NDUVEQSBUb29scw1XZSBhcmUgZXhwZXJpZW5jZWQgdXNlcnMgb2YgZm9s bG93aW5nIGxlYWRpbmcgRURBIHRvb2wgc2V0cy4gU29tZSBvZiBvdXIgZXhwZXJ0cyBoYXZl IGJlZW4gZGV2ZWxvcGVycyBvZiB0aGVzZSB0b29scy4gDQ1DYWRlbmNlOiBWZXJpbG9nLVhM riwgUExJLCBMZWFwZnJvZywgQnVpbGRHYXRlcywgQ29tcG9zZXIsIFBlYXJsIA1TeW5vcHN5 czogRGVzaWduIENvbXBpbGVyIK4gRmFtaWx5LCBEZXNpZ25XYXJlriwgVGVzdCBDb21waWxl cq4sIFByaW1lIHRpbWWuDVN5bm9wc3lzOiBWQ1OuICwgIEZ1c2lvbq4sIE1PVElWRSCuLCBW RVJBDU1lbnRvcjogTVRJIJYgVnN5c3Rlba4gLCBNaXhlZCBWZXJpbG9nK1ZIREwNTFNJOiBD TURFIGFuZCBMU0lUSyBUb29sIGtpdHMNRlBHQSB0b29sczogWGlsaW54LCBBTFRFUkEsIEV4 ZW1wbGFyDUFUQzogSERMIENvZGUgQ292ZXJhZ2UgOiBDb3Zlcm1ldGVyDQ1UZWNobm9sb2dp ZXMNDVdlIGhhdmUgc3VjY2Vzc2Z1bGx5IGJyb3VnaHQgbnVtZXJvdXMgZGVlcCBzdWItbWlj cm9uIGRlc2lnbnMgdG8gbWFya2V0IHVzaW5nIHRlY2hub2xvZ2llcyBpbmNsdWRpbmc6DUNN T1MgQVNJQyAJDVN0YW5kYXJkIGNlbGwgYW5kIHNlbWktY3VzdG9tIAkNRlBHQQ0NRGVzaWdu IEFwcGxpY2F0aW9ucw0NT3VyIGNvcmUgZGVzaWduIGV4cGVyaWVuY2UgY292ZXJzIHdpZGUg cmFuZ2Ugb2YgYXBwbGljYXRpb25zIHdpdGggc3RhZmYgZXhwZXJpZW5jZWQgaW46IA1HcmFw aGljcyBhY2NlbGVyYXRvcnMsIDNEIGdyYXBoaWNzLCBNUEVHDU5ldHdvcmtpbmcgY2hpcHMg LCBTT05FVCwgQVRNLCBFdGhlcm5ldCwgR2lnYWJpdCBFdGhlcm5ldA1CdXNlcyA6IFBDSSwg QUdQLCBTQ1NJDVBDIHN5c3RlbS1vbi1jaGlwIGNvbXBvbmVudHMsIENoaXBzZXRzDUN1c3Rv bSBtZW1vcmllcywgQ3VzdG9tIG1hY3JvIGNlbGxzIGxpYnJhcnkgZWxlbWVudHMNTWljcm9w cm9jZXNzb3JzOiBQZW50aXVtIGJhc2VkIHN5c3RlbXMgYW5kIEFSTS4gDQ0MDVJlY2VudCBQ cm9qZWN0cw0NQVNJQyBEZXNpZ24NRXRoZXJuZXQgY29udHJvbGxlciANRE1BIGNvbnRyb2xs ZXIgY29yZQ1UdXJua2V5IHJlLXRhcmdldGluZyBvZiAgUENJIGJhc2VkIGNoaXBzDVNPTkVU IGNoaXAgIA0NVmVyaWZpY2F0aW9uDVZlcmlmaWNhdGlvbiAgb2YgTGFyZ2UgRlBHQSBjaGlw DTNEIEdyYXBoaWNzIHdpdGggQUdQIHdpdGggUENJIA1QQ0kgLWNhcmRidXMgYnJpZGdlDVBy b2Nlc3NvciB2ZXJpZmljYXRpb24NTmV0d29ya2luZyB0ZXN0LWJlbmNoIGdlbmVyYXRpb24g dXNpbmcgVkVSQSANDURlc2lnbiBtZXRob2RvbG9neQ1IREwgbWV0aG9kb2xvZ3kgZm9yIDMt RCBncmFwaGljcyAgZ3JvdXANVkNTIEFwcGxpY2F0aW9uIFN1cHBvcnQgDURlc2lnbiBtZXRo b2RvbG9neSBmb3IgIEZQR0EgZGVzaWduIGdyb3VwDQ1Nb2RlbCBEZXZlbG9wbWVudA1SQU1C VVMgIG1vZGVsDU1lbW9yeSBNb2RlbHMgZm9yIGVtYmVkZGVkICBJUCBwcm92aWRlciAgDVNl cmlhbCBkZXZpY2UgZm9yIEZQR0EgdmVuZG9yDURlc2lnbndhcmUgbGlicmFyeSBmb3IgRlBH QSBsaWJyYXJ5DQ1Tb2Z0d2FyZSBEZXZlbG9wbWVudA1MaWJyYXJ5IGdlbmVyYXRpb24gZnJv bSBpbnRlcm5hbCBmb3JtYXQgdG8gQUxGDUFMRiB0byBEQ0wgdHJhbnNsYXRvciCTT0xBV09S WJQgZm9yIFNpMg1EZXNpZ24gZmxvdyBpbnRlZ3JhdGlvbiBmb3IgYSBsaWJyYXJ5IHZlbmRv ciAgIA0MDVdoYXQgQ3VzdG9tZXJzIHNheSBhYm91dCB1cyENDQ2TV2UgbmVlZGVkIGEgcXVp Y2sgdHVybmFyb3VuZCBmb3IgYSBjb21wbGV4IEFTSUMgY29yZSBhcyBwYXJ0IG9mIG91ciBk ZXNpZ24gcmVzcGluIG9mIGFuIGVtYmVkZGVkIGNvbW11bmljYXRpb25zIGNvbnRyb2xsZXIu IENhZHdvcnggZGV2ZWxvcGVkIHRoZSBzeW50aGVzaXpibGUgY29yZSBmcm9tIHRoZSBvcmln aW5hbCBwYXJ0IHNwZWNpZmljYXRpb24sIHByb3ZlZCBpbnB1dCBvbiB0aGUgY29yZXMgdGVz dGFiaWxpdHkgZmVhdHVyZXMgYW5kIGRlbGl2ZXJlZCBvbiB0aW1lLiBUaGV5IGhhdmUgY29u dGludWVkIHRoZWlyIHN1cHBvcnQgdGhyb3VnaCB0aGUgdmVyaWZpY2F0aW9uIHBoYXNlIHdp dGggYSBoaWdoIGRlZ3JlZSBvZiBwcm9mZXNzaW9uYWxpc20gYW5kIGFkaGVyZW5jZSB0byBx dWFsaXR5LiIgDS0gVGltIE11cnBoeSAsIFByb2plY3QgRGVzaWduIExlYWQNICAgU3RyYXR1 cyBDb21wdXRlciBJbmMuICANDQ0iVGVsZUNydXogVGVjaG5vbGd5IG5lZWRlZCB0byByYW1w IHVwIHF1aWNrbHkgdGhlIGRlc2lnbiBvZiBhIGxhcmdlIHN1YiBtaWNyb24gQVNJQy4gQ0FE V29yeCBwcm92aWRlZCBIREwgYW5kIFN5bnRoZXNpcyBleHBlcnRpc2UsIGFzIHdlbGwgYXMg aGlnaCBxdWFsaXR5IGRlc2lnbiByZXNvdXJjZXMsIGhlbHBpbmcgdXMgbWVldCB0aGUgY29u dHJhY3R1YWwgbWlsZXN0b25lcy4gIENBRFdvcnggcHJvdmVkIHRvIGJlIGEgcmVsaWFibGUg cGFydG5lciBmb3IgYm90aCBIREwgYmFzZWQgY2hpcCBkZXNpZ24gYW5kIENBRCByZWxhdGVk IHN1cHBvcnSULg0tVmxhZCBCcmlsLCBDaGllZiBBcmNoaXRlY3QNIFRlbGVDcnV6IFRlY2hu b2xvZ3kNDQ0iQ0FEV29yeCBwcm92aWRlZCBtb2RlbGluZyBleHBlcnRpc2UgdG8gbWVldCBz b21lIG9mIG91ciBjaGFsbGVuZ2luZyBjdXN0b20gbW9kZWxpbmcgcmVxdWlyZW1lbnRzIGZv ciBvdXIgbGVhZGluZyBlZGdlIHRlY2hub2xvZ2llcy4gVGhleSBoYXZlIHNob3duIGV4dHJl bWUgbGV2ZWwgb2YgY29tbWl0bWVudCB0byBkZWxpdmVyIGhpZ2ggcXVhbGl0eSBtb2RlbHMu IFdlIGFwcHJlY2lhdGUgdGhlIHN1cHBvcnQgYW5kIHRoZSB3b3JraW5nIHJlbGF0aW9uc2hp cC4iIA0tIFByYWJodSBLcmlzaG5hbXVydGh5LCBNYW5hZ2VyLCBNb2RlbGluZyBHcm91cCAN IExTSSBMb2dpYw0NDZNDQURXb3J4IGRldmVsb3BlZCBhIGNvbXBsZXggVmVyaWxvZyBtb2Rl bCwgdGVzdCBtZXRob2RvbG9naWVzLCBhbmQgY29tcGxleCB0ZXN0IGNhc2VzIGZvciB0aGUg REw2MDM1IHByb2plY3QgdW5kZXIgdGlnaHQgZGVhZGxpbmVzIGluIGEgZHluYW1pYyBzaXR1 YXRpb24uICCFLi4gIFRoZSB3b3JrIHdhcyBvZiBleGNlbGxlbnQgcXVhbGl0eSBhbmQgZXh0 cmVtZWx5IGhpZ2ggdmFsdWUgdG8gRHluYUNoaXCULg0tQXR1bCBHaGlhLCBEZXNpZ24gTWFu YWdlcg0gRHluYUNoaXAgQ29ycG9yYXRpb24NIA0NIldlIG5lZWRlZCB0byB2ZXJpZnkgYSBj b21wbGV4IG5ldHdvcmtpbmcgY2hpcCBhbmQgQ0FEV29yeCdzIGludm9sdmVtZW50IHdhcyBp bnN0cnVtZW50YWwgaW4gZGV2ZWxvcGluZyB0aGUgdmVyaWZpY2F0aW9uIHRlc3RiZW5jaC4g IENBRFdvcnggd2FzIHBhcnQgb2YgdGhlIEFTSUMgZGV2ZWxvcG1lbnQgZWZmb3J0IGZyb20g dGhlIG9uc2V0IG9mIHRoZSBwcm9qZWN0IGFuZCB0aGVpciBzdXN0YWluZWQgY29tbWl0bWVu dCB0aHJvdWdoIG91dCB0aGUgdmVyaWZpY2F0aW9uIG9mIHRoZSBjaGlwIHdhcyBleGNlbGxl bnSULiANLVJvbGFuZCBMLiBMZWUsIFBoLkQuLCANIEFzaWMgRGVzaWduIE1hbmFnZXINIEcy IE5ldHdvcmtzLCBJbmMuDQ0MT24gVGltZSBkZWxpdmVyeSEgSXQgaXMgb3VyIHJlcHV0YXRp b24uDQ1PdXIgZm9jdXMgaXMgb24gdGhlIHByb2plY3Qgc3VjY2Vzcy4gIA0NVGhlIHR5cGlj YWwgYnVzaW5lc3MgcHJvY2VzcyBzdGFydHMgd2l0aCBhbiBpbml0aWFsIG1lZXRpbmcgdG8g aWRlbnRpZnkgdGhlIGFyZWFzIHdoZXJlIHdlIGNhbiBoZWxwIHRoZSBjdXN0b21lciBhY2hp ZXZlIHByb2plY3QgZ29hbHMgYW5kIHByb3ZpZGUgYWRkaXRpb25hbCBpbmZvcm1hdGlvbiBv biBDQURXb3J4LiAgVGVjaG5pY2FsIG1lZXRpbmdzIHR5cGljYWxseSBmb2xsb3cgdGhlIGlu aXRpYWwgbWVldGluZywgdG8gZGlzY3VzcyBhcmNoaXRlY3R1cmUsIG1ldGhvZG9sb2d5LCBh bmQgdGFzayBpZGVudGlmaWNhdGlvbiBhbmQgcHJvamVjdCBtaWxlc3RvbmVzLiBPbmNlIG11 Y2ggb2YgcGVydGluZW50IGluZm9ybWF0aW9uIGhhcyBiZWVuIGdhdGhlcmVkLCB3ZSBkZXZl bG9wIGEgcHJvcG9zYWwuIFRoZSBwcm9wb3NhbCBpbmNsdWRlcyBhc3N1bXB0aW9ucywgcHJl cmVxdWlzaXRlcywgbWlsZXN0b25lcywgYW5kIGRlbGl2ZXJhYmxlIGl0ZW1zLCBhbG9uZyB3 aXRoIGNvc3RzIGFzc29jaWF0ZWQgd2l0aCBlYWNoIG1pbGVzdG9uZS4gV2Ugd29yayB3aXRo IHRoZSBjdXN0b21lciB0byBkZXRlcm1pbmUgd2hldGhlciB0aGUgcHJvamVjdCBpcyBhIGZp eGVkIGNvc3QgcHJvamVjdCBvciBhIHRpbWUgYW5kIG1hdGVyaWFscyBwcm9qZWN0LiBXZSBp ZGVudGlmeSBrZXkgdGVjaG5pY2FsIGFuZCBidXNpbmVzcyBjb250YWN0cyBhbmQgY29tcGxl dGUgYWdyZWVtZW50IHdpdGggcXVpY2sgcmVzcG9uc2l2ZW5lc3MuIE9uY2UgdGhlIHByb2pl Y3Qgc3RhcnRzLCBwcm9ncmVzcyBtZWV0aW5ncyBhcmUgY29uZHVjdGVkIHRvIGNvbW11bmlj YXRlIGVmZmVjdGl2ZWx5IG9uIHJlZ3VsYXIgYmFzaXMgd2l0aCBhZ3JlZWQgc2NoZWR1bGUu IA0NT3VyIGV4cGVyaWVuY2Ugd29ya3MgZm9yIHlvdSBieSByZWR1Y2luZyB5b3VyIHByb2pl Y3QgcmlzayBhbmQgYXNzdXJpbmcgb24tdGltZSBkZWxpdmVyeS4NIA1PdXIgVmFsdWVkIENs aWVudGVsZQ1PdXIgVmFsdWVkIGNsaWVudGVsZSBpbmNsdWRlczoNIA1BdG1lbCBjb3Jwb3Jh dGlvbg1DYWRlbmNlIERlc2lnbiBTeXN0ZW1zIEluYy4NQ2lycnVzIExvZ2ljIEluYy4gDUR5 bmFjaGlwIGNvcnBvcmF0aW9uDUZvcmUgU3lzdGVtcyANRzIgTmV0d29ya3MgLCBJbmMuICgg VHJhbnNvZnQgTmV0d29ya3MpDUxTSSBsb2dpYyBJbmMuDVMzIEluYy4gDVNpbGljb24gSW50 ZWdyYXRpb24gSW5pdGlhdGl2ZSANU2llbWVucyBVU0ENU2lsaWNvbiBBY2Nlc3MgSW5jLg1T dHJhdHVzIENvbXB1dGVycyAoIEFzY2VuZCkNU3VuIE1pY3Jvc3lzdGVtcw1TeW5vcHN5cyBJ bmMuIA1UZWxlQ3J1eg1WaWV3bG9naWMgU3lzdGVtcw1WaXJhZ2UgTG9naWMgQ29ycA0NDA0I ICBDQURXb3J4IENvbnN1bHRpbmcgSW5jLg0gICAgICAgICAgICAgICAgICAgICAgICAgIDUw NCBWYWxsZXkgV2F5LCBNaWxwaXRhcywgQ0EgOTUwMzUNDSAgICAgICAgICAgICAgICAgICAg ICAgICAgUGhvbmU6ICg0MDgpIDk0MS0wMjkwDSAgICAgICAgICAgICAgICAgICAgICAgICAg RmF4ICAgIDogKDQwOCkgOTQxLTAyOTINICAgICAgICAgICAgICAgICAgICAgICAgICBFbWFp bCA6IHNhbGVzQGNhZHdvcnguY29tDQkJICBodHRwOi8vd3d3LmNhZHdvcnguY29tDQkJDakg MTk5OCwgQWxsIHJpZ2h0cyByZXNlcnZlZC4gDa4gQWxsIG90aGVyIHByb2R1Y3RzIG9yIHNl cnZpY2VzIG1lbnRpb25lZCBpbiB0aGlzIGRvY3VtZW50cyBhcmUgdGhlIHRyYWRlbWFya3Ms IHNlcnZpY2UgbWFya3MsIHJlZ2lzdGVyZWQgdHJhZGVtYXJrcyBvciAgcmVnaXN0ZXJlZCBz ZXJ2aWNlcyBtYXJrcyBvZiB0aGVpciByZXNwZWN0aXZlIG93bmVycy4NQ29uZmlkZW50aWFs IAlDQURXb3J4IENvbnN1bHRpbmcgSW5jCRMgUEFHRSAUNxUgb2YgEyBOVU1QQUdFUyAUMRUN CA01MDQgVmFsbGV5IHdheSAgICggICAgTWlscGl0YXMsIENBIDk1MDM1ICAgKCAJICAgUGhv bmUgKDQwOCkgOTQxLTAyOTAgICAoICAgRmF4ICg0MDgpIDk0MS0wMjkyICAoICAgIHd3dy5j YWR3b3J4LmNvbQ0NDQ0TIEVNQkVEIE1TX0NsaXBBcnRfR2FsbGVyeSAgFAEVDQ0TIEVNQkVE IE1TX0NsaXBBcnRfR2FsbGVyeSAgFAEVDQ0NDQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAQAAAEEAAAwBAAAMQQAAD8GAABABgAA3gYAAAoHAAAWCgAAFwoAABkKAAAqCgAApQsAALcL AADoCwAA6QsAACIMAAAjDAAAZAwAAH4MAAB/DAAAnQwAAJ4MAAC7DAAAvAwAAAUNAAAPDQAA EA0AAEANAABBDQAAkw0AAJQNAADHDQAAyA0AAAsOAAAgDgAAgg4AAIMOAACjDgAApA4AAPUO AAAGDwAApxAAACcRAABhEQAAahEAAK4RAAC3EQAA2BEAAN8RAAAEEgAACBIAACISAAAuEgAA RxIAAEwSAABPEgAAUBIAACYTAAAnEwAAiBQAAIoUAACaFAAAmxQAAKwVAACtFQAAuBYAALkW AADOFgAAVBcAAFUXAABWFwAAVxcAAHQXAAB2FwAABhkAAAoZAABHGQAASBkAAIUaAAC2GgAA uBoAAMMbAADZGwAA2xsAAPXx7gDsAOwA5QDuAOwA4QDhAOzhAOEA4QDs4QDhAOEA4QDsAOEA 4QDuAOwA7ADsAOwA7ADsAOwA7ADsAOwA8QDxAPHeAO7x7O4A3ADY1QDYANzYAAAABENKFAAA BzUIgUNKFAADNgiBBENKGAAABglqAQCo8AANA2oAAAAAVQgBbUgABAM1CIEEQ0ocAAAHNQiB Q0ocABQDagAAAAA1CIFDShwAVQgBbUgABFQABAAAAgQAADEEAAAyBAAAMwQAAEEEAABCBAAA MQYAADIGAAA/BgAAQAYAAN0GAADeBgAACgcAAAsHAABOCQAATwkAABUKAAAWCgAAGQoAACoK AAArCgAAogsAAKULAAC3CwAA6AsAAPwAAAAAAAAAAAAAAAD8AAAAAAAAAAAAAAAA+gAAAAAA AAAAAAAAAPoAAAAAAAAAAAAAAAD4AAAAAAAAAAAAAAAA+gAAAAAAAAAAAAAAAPMAAAAAAAAA AAAAAADwAAAAAAAAAAAAAAAA+AAAAAAAAAAAAAAAAPoAAAAAAAAAAAAAAAD6AAAAAAAAAAAA AAAA6gAAAAAAAAAAAAAAAOoAAAAAAAAAAAAAAADqAAAAAAAAAAAAAAAA5wAAAAAAAAAAAAAA AOcAAAAAAAAAAAAAAADnAAAAAAAAAAAAAAAA+gAAAAAAAAAAAAAAAOoAAAAAAAAAAAAAAADk AAAAAAAAAAAAAAAA+gAAAAAAAAAAAAAAAOIAAAAAAAAAAAAAAAD6AAAAAAAAAAAAAAAA3QAA AAAAAAAAAAAAANgAAAAAAAAAAAAAAAAAAAAFAAAKJgALRhwABQAACiYAC0YCAAABFwADAgAD JAEDAAADJAMGEQANxgYC4BDAIQADFwAqJAEABAAAAyQDKiQBAAECAAABAAADAAADJAEAGQAE AAACBAAAMQQAADIEAAAzBAAAQQQAAEIEAAAxBgAAMgYAAD8GAABABgAA3QYAAN4GAAAKBwAA CwcAAE4JAABPCQAAFQoAABYKAAAZCgAAKgoAACsKAACiCwAApQsAALcLAADoCwAAHAwAAGMM AABkDAAAfgwAAJ0MAAC7DAAA5gwAAAQNAAAFDQAADw0AAEANAACNDQAAxw0AAAoOAAALDgAA IA4AAGYOAACCDgAAow4AAPAOAADxDgAA8w4AAPQOAAD1DgAABg8AAAcPAACvDwAAnBAAAJ0Q AACnEAAAHhEAAB8RAABhEQAArhEAANgRAAAEEgAAIhIAAEcSAABrEgAAbBIAAHkSAAB6EgAA 4BIAAOwSAAAMEwAAERMAABITAAAmEwAAJxMAAIATAACpEwAA4xMAAPoTAAAhFAAAVhQAAIcU AACIFAAAihQAAJoUAACbFAAApxQAAAAAAAD8AAD6/AAA+Pj4AAAAAPj8APoA9fIAAADvAAAA 8gD1AAAAAADs8vIAAAAAAAD8AAAAAOnn5+Tk5OTk5OT8/AD64eHhAPwAAN7e3t7e3gAA2wD8 AAAAAAUCBgAFBQUIFQAJAQUIGAAJAQUIFAAJAQMCEAAFAgUABQQFCBAACQEFCAUACQEFCBwA CQEFCAIACQEDAhEAAwIXAAUCAgAFAQBW6AsAABwMAABjDAAAZAwAAH4MAACdDAAAuwwAAOYM AAAEDQAABQ0AAA8NAABADQAAjQ0AAMcNAAAKDgAACw4AACAOAABmDgAAgg4AAKMOAADwDgAA 8Q4AAPMOAAD0DgAA9Q4AAAYPAAD7AAAAAAAAAAAAAAAA+QAAAAAAAAAAAAAAAPkAAAAAAAAA AAAAAAD0AAAAAAAAAAAAAAAA+wAAAAAAAAAAAAAAAPsAAAAAAAAAAAAAAAD7AAAAAAAAAAAA AAAA7wAAAAAAAAAAAAAAAPkAAAAAAAAAAAAAAADqAAAAAAAAAAAAAAAA+wAAAAAAAAAAAAAA APsAAAAAAAAAAAAAAAD5AAAAAAAAAAAAAAAA5gAAAAAAAAAAAAAAAPkAAAAAAAAAAAAAAADh AAAAAAAAAAAAAAAA7wAAAAAAAAAAAAAAAO8AAAAAAAAAAAAAAADmAAAAAAAAAAAAAAAA5gAA AAAAAAAAAAAAAPkAAAAAAAAAAAAAAAD5AAAAAAAAAAAAAAAA+QAAAAAAAAAAAAAAAPkAAAAA AAAAAAAAAADeAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAwIAAyQBBQAACiYAC0YQAAAD AAARhGgBBQAACiYAC0YCAAUAAAomAAtGHAAFAAAKJgALRgUAAAEAAAADAAAPhGgBABkGDwAA Bw8AAK8PAACcEAAAnRAAAKcQAAAeEQAAHxEAAGERAACuEQAA2BEAAAQSAAAiEgAARxIAAGsS AABsEgAAeRIAAHoSAADgEgAA7BIAAAwTAAAREwAAEhMAACYTAAAnEwAAgBMAAPwAAAAAAAAA AAAAAAD5AAAAAAAAAAAAAAAA9wAAAAAAAAAAAAAAAPMAAAAAAAAAAAAAAADvAAAAAAAAAAAA AAAA7QAAAAAAAAAAAAAAAO0AAAAAAAAAAAAAAADoAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAA AOgAAAAAAAAAAAAAAADoAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAAAOgAAAAAAAAAAAAAAADo AAAAAAAAAAAAAAAA5gAAAAAAAAAAAAAAAOYAAAAAAAAAAAAAAAD3AAAAAAAAAAAAAAAA5AAA AAAAAAAAAAAAAN8AAAAAAAAAAAAAAADfAAAAAAAAAAAAAAAA3wAAAAAAAAAAAAAAAPcAAAAA AAAAAAAAAADmAAAAAAAAAAAAAAAA9wAAAAAAAAAAAAAAAPcAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAUAAAomAAtGGAAAARcAAAECAAUAAAomAAtGFAAAARAAAAMFABGEAAAAAwAA EYTgAQABAAADAAADJAMDAAADJAEAGYATAACpEwAA4xMAAPoTAAAhFAAAVhQAAIcUAACIFAAA ihQAAJoUAACbFAAApxQAALwUAADQFAAA+RQAAAYVAAAHFQAAFBUAADUVAABUFQAAaBUAAH8V AACsFQAArRUAAMAVAADoFQAAARYAAPoAAAAAAAAAAAAAAAD6AAAAAAAAAAAAAAAA+gAAAAAA AAAAAAAAAPoAAAAAAAAAAAAAAAD6AAAAAAAAAAAAAAAA+gAAAAAAAAAAAAAAAPYAAAAAAAAA AAAAAAD0AAAAAAAAAAAAAAAA8gAAAAAAAAAAAAAAAPQAAAAAAAAAAAAAAADwAAAAAAAAAAAA AAAA6wAAAAAAAAAAAAAAAOsAAAAAAAAAAAAAAADrAAAAAAAAAAAAAAAA6wAAAAAAAAAAAAAA APQAAAAAAAAAAAAAAADwAAAAAAAAAAAAAAAA5gAAAAAAAAAAAAAAAOYAAAAAAAAAAAAAAADm AAAAAAAAAAAAAAAA5gAAAAAAAAAAAAAAAOYAAAAAAAAAAAAAAAD0AAAAAAAAAAAAAAAA8AAA AAAAAAAAAAAAAOEAAAAAAAAAAAAAAADhAAAAAAAAAAAAAAAAAAAAAAUAAAomAAtGMQAFAAAK JgALRjAABQAACiYAC0YvAAABAgAAAQYAAAEAAAADAAARhKAFBQAACiYAC0YVAAAapxQAALwU AADQFAAA+RQAAAYVAAAHFQAAFBUAADUVAABUFQAAaBUAAH8VAACsFQAArRUAAMAVAADoFQAA ARYAACsWAAAsFgAAPhYAAEwWAAB2FgAAlBYAALgWAAC5FgAAzhYAAP0WAAAlFwAAVRcAAFcX AAB0FwAAdRcAAHYXAAAKGQAALRkAAEgZAABJGQAAShkAAIUaAAChGgAAthoAALcaAAC4GgAA wxsAAPQbAAD/GwAAABwAAAEcAADsHAAABx0AAB0dAAAfHQAAIB0AAEweAABkHgAAeR4AAIwe AACNHgAAth4AALceAADeHgAA3x4AAEoiAABLIgAApSIAAKciAAC8IgAA2yIAAN0iAADvIgAA CyMAAB4jAAAzIwAAQSMAAGkjAAB4IwAAgSMAAKEjAACtIwAAwSMAAN0jAADuIwAA/SMAAAYk AAAYJAAAKiQAAPz8/PwA+fb29vb2APnz8/MA+fDw8PAA7erq6gD5AAAAAAAAAOgA5gAAAADj 4eHf4+MA3+jo3NzfAObf39/mAADm2QDU1NTU1NTU1NTU1NTU1NTU1AgCFwAIKgAJAQAFAhAA BQAFAg8ABQADAhAAAwIRAAUCBAAFAwIFAAADAg8ABQgzAAkBBQIHAAUGBQgyAAkBBQgxAAkB BQgwAAkBBQICAAUBBQgvAAkBAFQBFgAAKxYAACwWAAA+FgAATBYAAHYWAACUFgAAuBYAALkW AADOFgAA/RYAACUXAABVFwAAVxcAAHQXAAB1FwAAdhcAAAoZAAAtGQAASBkAAEkZAABKGQAA hRoAAKEaAAC2GgAA+gAAAAAAAAAAAAAAAPYAAAAAAAAAAAAAAAD0AAAAAAAAAAAAAAAA7wAA AAAAAAAAAAAAAO8AAAAAAAAAAAAAAADvAAAAAAAAAAAAAAAA7wAAAAAAAAAAAAAAAO0AAAAA AAAAAAAAAADrAAAAAAAAAAAAAAAA5gAAAAAAAAAAAAAAAOYAAAAAAAAAAAAAAADmAAAAAAAA AAAAAAAA7QAAAAAAAAAAAAAAAOMAAAAAAAAAAAAAAADtAAAAAAAAAAAAAAAA7QAAAAAAAAAA AAAAAO0AAAAAAAAAAAAAAADfAAAAAAAAAAAAAAAA2wAAAAAAAAAAAAAAAO0AAAAAAAAAAAAA AADtAAAAAAAAAAAAAAAA2QAAAAAAAAAAAAAAAN8AAAAAAAAAAAAAAADUAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAABQAAD4TQAkAmAAABDwAAAwAAEYTQAgADAAAPhNACAwIAAyQBBQAACiYA C0YzAAABBwAAAQAABQAACiYAC0YyAAABAgAAAwAAD4RoAQUAAAomAAtGMQAAGLYaAAC3GgAA uBoAAMMbAAD0GwAA/xsAAAAcAAABHAAA7BwAAAcdAAAdHQAAHx0AACAdAABMHgAAZB4AAHke AACMHgAAjR4AALYeAAC3HgAA3h4AAN8eAABKIgAASyIAAKUiAACnIgAA/QAAAAAAAAAAAAAA AP0AAAAAAAAAAAAAAAD9AAAAAAAAAAAAAAAA+QAAAAAAAAAAAAAAAPcAAAAAAAAAAAAAAADx AAAAAAAAAAAAAAAA8QAAAAAAAAAAAAAAAO8AAAAAAAAAAAAAAAD3AAAAAAAAAAAAAAAA9wAA AAAAAAAAAAAAAP0AAAAAAAAAAAAAAADvAAAAAAAAAAAAAAAA7QAAAAAAAAAAAAAAAOkAAAAA AAAAAAAAAADkAAAAAAAAAAAAAAAA5AAAAAAAAAAAAAAAAO8AAAAAAAAAAAAAAADhAAAAAAAA AAAAAAAA3gAAAAAAAAAAAAAAANsAAAAAAAAAAAAAAADbAAAAAAAAAAAAAAAA2wAAAAAAAAAA AAAAAN4AAAAAAAAAAAAAAADYAAAAAAAAAAAAAAAA2AAAAAAAAAAAAAAAAAAAAAMAAAMkAwMQ AAMkAwMAAEAmAAMAAAMkAQUPAA+E0AJAJgAAAw8AD4TQAgABDwAAARAABhEADcYGAuAQwCEA AAEEAAADAAAPhNACAAEAAAAZ2xsAAPIbAADzGwAA/hsAAP8bAAABHAAAAhwAAOwcAAAdHQAA Hh0AAEweAACKHgAAjB4AAI0eAACOHgAAtB4AALYeAAC3HgAA2h4AAGcgAABoIAAA9iAAAPgg AABLIgAApiIAALwiAAAtJAAALiQAADAkAAA3JQAACCYAABYmAAAsJgAALSYAAC4mAAA0JgAA NSYAADYmAAA3JgAAOCYAADsmAAA8JgAARiYAAEcmAABIJgAASSYAAEomAABLJgAATCYAAF0m AABeJgAAdyYAAHgmAACUJgAAlSYAAKwmAACtJgAAsSYAAMAmAADCJgAAxCYAAMUmAADgJgAA +/gA9QDz7wD7AOnvAObi5vMA8wDzAPMA8wDbAPMA+9X7zsvOxs7L1c7LzsbO1dvLwbnBucG5 wa6mwaMAngAAAAkDagAAAABVCAEEQ0oSAAAOMEoTADUIgTYIgUNKEgAAFAlqAQC38DBKEwA1 CIE2CIFDShIAAA4JagEAt/AwShMAQ0oSAAAIMEoTAENKEgAACDBKEwBtSAAEAAQwShMAAA0D agAAAAAwShMAVQgBCzBKEwA1CIFDShQADQNqAAAAAFUIAW1IAAQHNQiBQ0ocAARDShwAAAo1 CIE2CIFDShQAAAY1CIE2CIEAAzUIgQRDShYAAARDShQAAAc1CIFDShQAAD6nIgAAvCIAANsi AADdIgAA7yIAAAsjAAAeIwAAMyMAAEEjAABpIwAAeCMAAIEjAAChIwAArSMAAMEjAADdIwAA 7iMAAP0jAAAGJAAAGCQAACokAAArJAAALSQAAEgkAACFJAAAhiQAALYkAADoJAAA+gAAAAAA AAAAAAAAAPcAAAAAAAAAAAAAAAD0AAAAAAAAAAAAAAAA7wAAAAAAAAAAAAAAAO8AAAAAAAAA AAAAAADvAAAAAAAAAAAAAAAA7wAAAAAAAAAAAAAAAO8AAAAAAAAAAAAAAADvAAAAAAAAAAAA AAAA7wAAAAAAAAAAAAAAAO8AAAAAAAAAAAAAAADvAAAAAAAAAAAAAAAA7wAAAAAAAAAAAAAA AO8AAAAAAAAAAAAAAADvAAAAAAAAAAAAAAAA7wAAAAAAAAAAAAAAAO8AAAAAAAAAAAAAAADv AAAAAAAAAAAAAAAA7wAAAAAAAAAAAAAAAO8AAAAAAAAAAAAAAADtAAAAAAAAAAAAAAAA7QAA AAAAAAAAAAAAAOkAAAAAAAAAAAAAAADtAAAAAAAAAAAAAAAA7QAAAAAAAAAAAAAAAO0AAAAA AAAAAAAAAADtAAAAAAAAAAAAAAAAAAAAAAMXAA+EoAUAARcABRcACiYAC0YqAAMAAAMkAwMQ AEAmAAAEAAADJAFAJgAAGyokAAArJAAALSQAAEgkAACFJAAAhiQAALYkAADoJAAAHCUAADcl AAA6JQAAWCUAAAgmAAAtJgAANSYAADYmAAA3JgAARyYAAEgmAABKJgAATCYAAMEmAADCJgAA wyYAAMQmAADkJgAA5SYAAAUnAAAGJwAABycAAAgnAAD9/f39/f39/f39/f37+/v7+/v7+Pj4 +/v7+/v7+/0AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAFAhIADQECAQEAAwIXAAAe6CQAABwlAAA3JQAA OiUAAFglAAAIJgAASiYAAEwmAADBJgAAwiYAAMMmAADEJgAA5CYAAOUmAAAFJwAABicAAAcn AAAIJwAA/QAAAAAAAAAAAAAAAP0AAAAAAAAAAAAAAAD9AAAAAAAAAAAAAAAA/QAAAAAAAAAA AAAAAP0AAAAAAAAAAAAAAAD7AAAAAAAAAAAAAAAA+wAAAAAAAAAAAAAAAPsAAAAAAAAAAAAA AAD7AAAAAAAAAAAAAAAA+QAAAAAAAAAAAAAAAPkAAAAAAAAAAAAAAAD5AAAAAAAAAAAAAAAA +QAAAAAAAAAAAAAAAPkAAAAAAAAAAAAAAAD5AAAAAAAAAAAAAAAA+QAAAAAAAAAAAAAAAP0A AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAEAAAABEgAAARcAABHgJgAA4SYAAOMmAADlJgAA5iYAAAEnAAACJwAAAycAAAQnAAAIJwAA 8+4A7gDi3e4AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACQNqgyIAAFUIARcDannw8zkKCAFDShQAVQgBVggB bUgABAkDagAAAABVCAEXA2rW7/M5CggBQ0oUAFUIAVYIAW1IAAQACRwAH7DQLyCw4D0hsAgH IrAIByOQoAUkkKAFJbAAAABuHvDHIQAAndnvhLw4p8TSqna30U8HeP+JUE5HDQoaCgAAAA1J SERSAAAAnwAAACQIAgAAABh0fwEAAAAEZ0FNQQAAsYiVmPSmAAAACXBIWXMAAA7EAAAOxgGn HWyZAAAgAElEQVR4nOV7WbBl11ne969xD2e68+2+PajlltTCliVb4AGbIRTBYAaTSlIhPBAo SB5IkcJJIHnIa6ogFAlUQkEIBagqBWVTUDLGDJ4wg2xLlmVrdkut7pZ6vN333nPuGfa41vrz sM85d+qWgSQvyapbt+rsvcZ//P5//ZsCMwBigMCMmhAYY8IQYGABiADDIILEXRsDNRCAwGAC AJqPYoD2egZGIHjAA3xwEmIITIcQQRwY97doDITZ//kagiABmr9lhOmqaDaoD71tfhAACEzH HjqvAxxQATVAQAJYQAGioSf2xjDgD+7n4MmnhxVHVnEzenKY0YSm8zMdnnN+xnlTaM5DqICt HC9dmDz1la/lFP/+p/8KwIe+/b2Wi0ceOvvgWxaPdWAJsYQ4QvUaePUmHv+zJx0ZH4iZZajO bvQ+8O0PJAKGaqUUEQEIhBL41cc+VyCtYUIIzM3uAjFWVhcXF9qS/YNn1zdWkQCGoMTfms0O +LOnrldImvk5QHP2ngdXlttGCHH55uilq+OKIg4AOxHqta569IFVRQxBz72yeX3IJSwzk68U l2dPLb/lWGrICSFYiBoYebx4sXz6udcGE//C+dcuXL7y/m9+70JEb7v/xDe8Ze3kClLA7iPU 1ih84eWbzX4ABM9T/sz+r68tpRGdOQZLiAgaAOCBr7yytdkva0QOFDxrzo938MgDJ6RAPwtf /NqNmtL5nBrjD7zrtEUthBBCEJEiwAMF8Lnn3X/9yF+8cHXXCeNI1uZeAL/xxDWCF5+/mfrB v/+RD3z3o2s9HVLltNYNt5gZRAXwKx9//mNPXK2E9iQBWF92/AvdE/c/fNwv6MJaa4xp6D4E fuvTzw3UWkktFjTjbtNuCoaAM6H8znee/al/+OipLlIdtApaqr8hawnIgA//yid21dr0EYuu 3/yNn/1BQ6xN/Nzlwc/8+ieHeoUglS9Tn33o/fefPL7UUaUwySefvPAbf/7qSC8xs/Vly+/8 mx/53l7bdGVubOysuDTAz/7CHz93fZSLmKGZEo7u/91nthV5+cTrsS/+9Y9+74fe0V3UVaSF 1hJENzPx4V/5k121wsxEBBagcOA/YMPkh77rmz/wTacfPo6u9FqJStLTF7Nf/p0/G8teKS1Y dPzOP33PyY31jdSGN/rhw7/6p32xLImYmSC7/sbbz/3zFTnRWhtjtNaqofiTF/Dh//TYjj41 1htOCDBAjYVlAGDKqfXzj32qKL7lB77xmLAlMxtjiCgQOeDpC+FjT3xtWx+ryQYiMBtR1SL+ /c89u/F953RUEsmmeaACJrI1kCuZ7NyRPQJeB/eJr964ceXxf/fj3/PAmugaJyKS8k2cw2Hd HaqlbXlsegoA5HaG9bA1iRKVeTVUa9tqHYARpReTnSraGWbSVpqTLMQDtdKXawCsyJjF7Qnv DDMdVRWlN4f4mV/65DPXeNdsVMJO7SYAIjAL6a3Mf+GxP636D/2D951diKsU0mhbEYZyaVsd f5M9Gy4e+9TzH/+TT/7Cv/rQo/d02xFcbOOljbFc3NYrpUgABMjdUveHpU9w8cbuUK4M9HEw AJYcNOe3d7PYjJMkEUJorQUDJfBzj31mR5/KZOKEAGiPKBDNASqZ3NbHf+mjf/H61ng0zoqi cs4B8MAE+O3H/zKXSS10mMoEOTIj2fnU06+ef/3W7rjO8rLp//UbcYCoyYxV95kt/Ysf+fwb W+VkUhRF5VzVdOG7+K/G9e+b6oBF7/f7w+Eoz/PqwE4EB5qM8/7O7mQyySu4EJpzT48v1GCY DYfDQeaGTv7PP3numRvZru450mACzRxdCGAOEKWIR7L33x//wgubYXvsiryqa26mBN9l1wCI HemR6vXV2mN/9NT1kR5mtSvRbktCJWaHCuDxZLLdH40nxXCYMXNDCMnB+vr4QmewtTUajYqi 8N4DUIFx/gpeurI7MhueBAARnIazYQKgFnFFliEcKSc7E+69+OqNlfvbUkpjlFLKET31Gv7y +eulPh4gZ2SnQFSRnYj4c89cXGvdq5SIrJRSQh01sKzYaa4F1yBRknFkAlGBKCj11UvXv/Ts awuPrBFBCCOlJpo6qzsRSRzg7sFXt3f6g3YsdVxV9ZTWjXMhMcnz7e3tDimKnPeemcEMEBEx 82Aw2NmuYtnddfiDT30ps/dUMgKzgFehVqGSzJ5kKWIPGSALmQ556TNfvrD23tUWsZQmBHtI 2iTXSRiL4J0wXtgKKpCoEE0offbijS+9fO1bzsUdZWOrCX6+Wya5m1ebO0OtWkXl50iXEAxX i4npb99eoRBFUcNdUTPOX7rlhPIkAJIcIq7useX3vUV96H592haJz2lPduQLr169tVuNJkVZ liGgBn7z8S8P1WolbGMfJAdgSrhaxp955vKFPnYzVxRFCHcgvWLXcuMHuvjGheqsGbRcpkKD ecmRqoR9/eZge5CPs7KqXDODOKSVhxk8a3RAVyaTSZFXrg7TbcxwQwCyopjkWVVVdV2HEISY WixmZoisKPO8zCt+8bXNUiSBZKOFOtQL1c4ji+H96zhrRzbkzUIeMpfdFy7d3upPxuOsKArv D+8yCeNvPyX//gn3zoWqW23rUDcrBmEn1H7mletb/fFkMkkiiMYgEQGCoa7tjLaLMCmxtTUM MzIIDopr4csin1RV5YIPYAAiE/jyy5cd6amJYW99faqn71twb1+Tj953zIRSspvtW128Ptie 8CiviqJyHjsZPv/8xYlIA5TkEPn8eM+a4Mh7AB52rHrPXtzZzes8z6uq2mPvjPSSvQ35ufX0 m892Pvjo6XuXY8Ol5AAgEDmSV2/s7IyKySQvy3IPYzPAYfZ3V1ZP28wkhv1C0XBXEEBEBzw6 7+tHMwoGiIJ1RXHA1Pwors4s6ned6rzndPq+c6uGyymVSFWIXnlja3t3MplkWVHVtTsIHmG5 emBRvOuE/sDDG2/fSNVsLIMc2c2d8XA8KSfjVEGHWszGOmB7XOWwJZmt4ZhnokxgyXUnMUqQ lLLBzADEAPjTz3+lJtWQW4IVF+0Y3QTLPdNJhOKSZvTzpC5tD3cc5ZUryrp0dPkaKqEdqUCk uEz99lvX0yhkGl4wO5KZ6Hzt6mBYVHmel2Xp92vvlHBBokx0sZoWpxbDiY6IfT6TJwGIymOS V3lRVFXlnCMiIIADfID38AHhDgwmogOQ544snz5n5iPK1ayCvYCNSVy6fC2QmYeUkn1blMu2 OtZ1J5et5Ho+2JGqhdzc2skKV1WV954O7YHrVlSttt2Znnv7mZ7mCphJPEnnucirushshXfe d1oEP3U6QlbC3hpVGWwOHRruEgNBokojISSklEpISQKAKoBSaqY9KRBghZBGst02nYkVtHfy IOBIZz5ULtQemceff+E5R1MwJdmlPNlo49zG0svXBl4KT6oU8dfeuDrK1vLUl2Vt/RyoTVVK IBCCldyL0Wmr+08vPnlhhxrbzgDggq9q7z0H54VzqGtUFTZvlpcuVVmuIxudOoX1dRgLred+ /YCu3M2QMwNgIogjaHyP93vNBTDPbA6zQFBcdqxfTLUnDdoDa4EokKocyso5FzgclZ5gDXVS 0emqxaGTjXgRBYJn8ozaO64L7fMTS4m6tNsM8kwBZpDzJKgnnn7O23tnO3GKi3YkrFKN7jbx xT6MM5d0BBIcx3Gn00l3Y2IWBzXDOedcqFiOGE+fv+LINM8l/EbXLslqoysvXpmUQnuyjlQt 9PXbu2faaV5UogY0DpkpZlZKJYnsdDrpwBDcjPRzSnIIQQRvnMPt26Pf+d2P/vzPJa42IQTC UNvv+umfPvkD34+Nk1WSSK3QxE5zDt0drDJEgPDEBxz2HkHE/q0y0143kgCEENbaViuZcDJ7 Pp0XgPfeOeec8+HABoiIGNbaNLXtVjdNqhnhQSQhyLP33hN74Sf3nVkXT+80aJFIetjdnLcm oRQxN6iKSTBrznsJGckNa6WUQJhxlw/IaRMtxVq2Zd7yfYCTYAFYnqR+oKsxsfaM7QyvXNkM 5vSUu+zaGgsmrKbScNmAvUDkSF+5PRmfbJd10FUdEn3AbDZ+T0prZZJGaazFwcCGp83ruqbb t1/4rd98/td+/d5skrhaBQYwNPnn/vMvnrt65eEf/wk+eSq0Up+mRPRm2GsfB2uhd0Yjh1az zKEOgpg4zHdydAZjTBSZVKQH52UAs0wZHZVmRyaXC2WUVO1TV0av1qTnrwiBg2fmEGpF7t4T qwZflaHyQjfI/MpOdmzoa4o9qYZ8kt2Z1faiDVZprbVSqvG7d04ANZGA4fytq9HP/qNvGjvR H036g2GVl1HoHY/rREpI25+gpoj34fLltu5EYSPpCZTzKM1DXdoc7dan8jrYuuZpou0IoZuM 917+gQ9IANCpqq0//Pjzv/brK3meOC+niRbEIZwYj179yEejxcW3/dAPF2G5Nin7cKfM+GHQ HiBKYbayomYEHOVug1dDk046OtVhb3qAggghNAw+GiwUiJ+/KW9l4sazr3326fOF6jXPBQfB QYIJgUDE1eljrftWu5NbRUbkSI2kff7qzsaJsqZ47k8l6o2OXtBlrOOGu1JKgO6a3iMiyfWp lc7ZE4t15fvD0U7f5nkisby0GC92UxUnVy5knvZ8tmBOIplYyE5XzFLcADyJV69ujtzbSufq uj5AYT5ssu68GUBy8Dv9j//SfzkzmcTez6ImAFA+dFyoRP7Z337sxCPvFG9/qEzXta8U1wFq HjYwBJHmwytQIHiSAewCnJB+Xx8iIg7dVirENPY9qoXN0bE//uJDbw9idQBALaNPPfM6cShF XMqFmjWmty/ehny915IEIpIiKINve88jL33sqYItiLy0ZZAvXL5ZUjKXX8lhsaUSzVYLrbXW U/25e/KWAiEo4WMTYiMkqUjHVSUFuN1KkiTiyG4Pbvs5cmMmhFaijQyqbYA9iMEknFCZC2Xt Qwhhf6aI6BDcDfPgeh8fBAftsHv1WlL72PtpSN1MMENomkOnKra+9lJyYqPs+Hfed/qvL2YT nYTGVLAYZ2VgcTcXzB4MWZB58fK1MDOzxF4QE7xg1biPuyrr3kTzU4OI5v0PiAVzk8sD4Ekw FM+6Ka7jMDjebUciqJkDfejcknq8nlKKyZF67dYuVOxIgVkCvVbc64jIsjFKa61tEwG9qe4y BFSEqA1ptG23Uhe4EsHFWiRa5hGubo8Livws+whACijJRkHzXpQGEh66dOSCr6qKpvDw65GJ aK7ZxJAkXFEqdmof/tzXBcTBes77u2E4yrPx+kJLh4HgqNGJQKhq9kEElnxEfxvqe0ZJ4tKN W17fu+9NICIhqPFkmF2c3BmpHXk+Z+oUBzQ/qblfRCDwPusCsObirSfba1GdaK2tUcoIg798 8rVaaJ4BNgkKJPavOJxkwyKGToU2jQg2Xu0gd2fLEFFgqqAK1RPWUIQKmqARYuMRAZbgFB7/ 3BfH+tQcMzNBSqkJLfJnVhZu7dRTTMcUoLb7Q7doQwizzNph6szN15yKM7YBQACT3rdbAnga 0cyfeULFnouiLgv2tYA/cF3K7JlcEP3BOByRLWYfAM8IkDy9bG2MSJCKZloYGmbfFYQz7zPQ d8uJAoBG3fbDAExkp4IBERGkDyeX2g9uiLWkbCfdKEqMTbZL/MHnnh6pE44MwCJ4CVbkPFMt dID0RBXMG9tVoU56KCIiFgKHIqKDhADAwnzhq5f+2+/8USY6pdTEMFx03M5H/8d/YHAhqBLW kT0wkrSEjIjOnjr1dL8/eyoYuqrJ+xBCeNNTQ9yJbkyiFqJ77Fhfm0WjEufV/kCFEEClVENj facTCCEEggfvLxGgwAgsAmOnP7zLysoTPKl9uh0kvJXUxMN7lvZO0fDXb/v2rH3x7vtWiejP LwwqYTGj+fatzdb97W6q4kjZKJGm/crFohRx00fAW3ZrvdbKYnr+tYueOoEkgJrMV1+7+J3v PlcHmubJmyPdbXlieJgxWkO5tqU3buvTt/XpHbU+VIs3RxhlZVke3b0QMgZZJkuQ4HmGRDLr 4ahwoQkS7nz2O/CVppUFgeCEoJXl7/jJf3ktbWdKYm7hgAByQoyMXn//+4bLK7XWQmJlqSvJ 71egyrELwrP0TPO9zXdeVt6zGE0QIAAB9gAIrLjsxFKAhRCgwLO0w53PAIBp+nc0gN47FxnO j9v+uRVvOJ8/dUROmtoLaVJrY6kjYfDlZ8/P0ZPgEIV8LfLHE5+EseQa05oIWVLr5qAuHZxz TbYcc929kydqQtW4pFYmOiUlEMyElh/c2gmtKM9yc6h/JezrIxFeH8f965cGrp4lgDw4kPBM IQTvPR3J29yNBPsrVxgiM/rM93zPzq3NV3/v96os0xyaSLSUamR08o5H/QPnil6vnaZWm5Xl BYKfE5ih+uNJDl1C1xBznN8sxCSykj2bUeamAZ4QYJYcNpa6MXlNYp68/bs1PugkJHxbFOut rg2lZO9BIAESHlQFKVUspIaytcLFGwM/Y5Nkb0K5lPC9S+b5sDvkhWlgDeEQ39gaZie7Zemd c81diNpTGEFoUiq0l0w4iPSmG9ze3l7qVIN5RdbseS5af/jiUHPlabsmXYh4vwVzYbbq1036 A9N0JYc5OQOh1Do7fvztP/Ev7NLiZ3/7sU5VaM9MGBq7/v73+QfOuZMn2ouLSadrk3hlWRHc /qhsc1yNEU9Ecv6NTU+tPYzDHCC2+lnJ9ubtIcMECEwPF1oyJOSUNFI2Gv93Z/C0cGvWtBKd yDx0z8aTb+QTETVAKUCOMh8oYlKB5ETgiRdfmaE8AQTBxULEq7p85MyxT1+ZZ7aFJ13UVFWu rqmqqiZ0UwqgBgvMGbnvDIfCcGIIxq3NzXXIQslDR3Wkh2phNgnvx2i8l3JqIOfdEr8iQExD rCP+2UuZpy0VRW/7oR/eePgd2+dfzvu7Lvi62xkurxS9XntxcXF9vdPrqiQ6sy4sV4LnGRV5 a1QMvdmp5Ou3dr3pYh/0DSxGRci93hqUNen5uSRcN5Kx9FZ+HcV9M5GlgDsdWSnVju1CVNpQ lkJXUAAYYmtUTpysXagCDyeYlrs0qyBoVD0blhOx3o3klWxKNpAjc3N7t6xMXaPRIgDKAiY4 EcK+63Bx2C01rgiBGIJZchCQ+wL5u8QGszbFaPu4e8eUHgAm8drr1zzm6B9zHjfkU0qIuJ1z IPNIcvKE3x1yWTpConUrSZJOt7vQa7VaOhL3xnjgWG9rq57PXCO+Nfbl7UkpZlme2TaY5HZW jTm6vHnTUcx7fo5bEUey1pKUMgdKf4jfHBUfvFwO8zoKYK9uUUs6fXxFvnyTMI2wPYntzE+C LD1777f7CBCBBAjgQBwUiqWWSSyWF1rAZDo7CQ/twC6w98F7H0IgQEXAo9/wls1Xp2DBE1VC 9ysxkYsTsZgRKrJzWguE9YU0Qq0gQwiNSs5PILmOQi7ZM4QTuhQ28PSifb/kNnB8/tOTqoTN RGegUitXbpfbBU3NVKNCs4qAAEAIISJDYoFNxGksljJZVVEIiRDGmCRJkiSJ41hqKOA73v22 J//4lfkqpYiv9utrw51SpJ6UYFbsADhSjvRLVzffE1qvXN+tReRJgIMEK5RrC2mkg1IkJTUJ 8H1yJxyZimJHcU2W9wUggpkQBO/lZuiIPDchlhZezj0IUYC6dHN77JULwdVhXID3JVQl/Hqv naiQGhhNc4MRSNTS3BxsV67tnG8aANUGvunB05965XzTLZAqRPrKdvj85dDrZ5/5ypVctD2p ZnnJbjWVCQoJrdRhSxWF/JGFKuXcIbqRh8sVcpGggZDwQDiC3QQQPGQmOk++np+/mZ9/9amR 6pU6md6QBxBCJzWKnCAjxPS+wRgIERtjkqRV12UIgYiMMU2mRikjJIjx0IMn6RMvTbkLWYjW 5Z26qv2EUg+t2J1dSjc3N0eq5cgO5dJTl3cv9stSWE9Cckh8fnox6SRkNYyWWonTp47JJ85P bVWAJz1mmoiFiWhtj7kpBgUxGIKDQmglWokABCFmjJ9VIU5/AWsriwQvp+g/BJI1xZv9rFiy lfc3bowZhjCNERB8S4tUBiO5ldhp9psQIHIhtiZFFbiBrnuW+eH7T9rwnOLaQQSIStjr4/Jj X3yVGJlsV8J6EkSAD4rL5ZZIRW3UHSI/w/mjpzprWlG8+sSFnavX6zuabQb2J+Wnd8A3xgCx PtYUAszE35lQtgwbKpWI5wagSdBpjSiK5hfvRNSwvym0UIRz99rIT4wsKtLNKi++sUmQTkYA bMi/YW0xLsLL47KQcYb2p596sZS2CT8k6sSPj7dU21BktdbSSNmNYLgUTZKVyJG5cHv8iS9d WGnpN7ZH1Sz0l+wM1+vdKFIkBCkSd68eYSOhuEbwkABRYOHIDiZ16aSrQ1lzgORZGZkkkhyM gBa8tLQAXJrNQ4HgpXLBN/HulLsSuPdEdHa9M76dNTWRHiil9tRrSN/UWxF7DWdDudZLI+20 EkqY5pD7NLFum2y15XWLutYp2meUWADiiHVqOpAj5WdfOwSa5okILvH5WkrHFo3VtZQklN7v +YSAEHcFsQSkCj/2g9/xqx9/clcuOoq80NNrKATJIQrZ6WSsl8KFYZbJtBS2ydA1g5WvUvRP 9dbTiLSWxkSxEQ+c7kU8UcE3a9ZCD/TiF29UgktPohQxADBJ+CQMj3eUVSwlKaVkmG370E0r 8fHlruJiWhpHYBIedpQFVwcX/NVrm9NrvnmCQkBKKSRpMcum7bu0CME1Pr45qSCgF+NHv/+9 S/WNlh9YnxsuBbtAIpAgBBMqG7LUDxfqzXecai8mSKyIjLCSDJc2ZDZkxuc2FDbkLcsLqVzt 2Y521o3jkDXPNZeaa4FADM3QobSc2enbwobSsNNcai5tKOIwTvyw43cW3c23H7OLSYisMlY1 7W5acLQZwgffu9art2woAfbTkgkCQhSy+1ftkhk/cDyNqVDsAoTn2acezIbLsytmLa3bkUiS xFobaTq3gQ9+y8NRmJhQCuYAWYpoIjsj1c1kx5MmgmCOuOi4rXsXZcuSMWZ2H3eHJkIdoz61 urCvplVWwl7fGZWO69qPJgVYclODPI9BBEvCHTF8o7Vz7ioAqcR3PtTK/sm7f/kjn52I5Yoi T2YGfEig1jxp8e4jG/Zta2Il1a1WkiRxq+J23QfrpvyXIVI3SvVikkQLnahtuOMGTS2QCXXq hybEhEjC24CWHwfsxFQ1wc+s+qtR2SBRWxQnOvTIqeREJ1/vJZ1Oq522YhvNyBRm/WeSOy9t mz8HYoG3dPCT//jv/dwfPF9Sa1aqDRXqtt+5t9fr2cp2Fu5fb01ujHLVdqQBNGgr8dmDx+L1 tO6knThOrbWxZEX0oW9968f/6llHdqRagaLDN5jsNbukHj6yYU7EWcd0rbU20ro6zF1iMCA4 JFSdO7X2lf5uc5ZAoqS4XxSV23Ofh8c2nkvMiqp4f3gyrSfZ464GlrT74LvuOX3PP3v6petf fflSXiP4RgpIwK8tdo93usdtttbC8dXeQq/XSmNqJf/2x35gKxO749GgPxyOJ0nAai9Z6KaL 3ej9j953+txDWxM/GI6HO7dlHZ9ZsS0rYy1i4X76R35w4KKdUd3fHfX7fUAwofnmgji0E9k2 WI78ihkvteTy0kKv10uSxBjzt8oWaaAt+bvffeYTf/3CS5s3nBBNwXYcJmfb9T1dv5iqdtd+ 61uPX73y9CS0nIjQ1AaH+pET8XpSLqamk8RxHEdRpBUU44GN6D/+1A//1h994dk3bpYiCjyv pwwAFNc25O841X7bKh3viG7LtlutKIpi5zp+uwHVzccmHb+leVWgNjxZstWCuy2nuU9IdqOb m8GlXBfWDTt+WyIvpQHQ9oOYneKSYAznXbc9D18DoeP6ihewD2NPi0KcC6Os7Gd+a5ht7wzH k7wsy0Z2BLEgb0Roae4k0dJir9NptVotZVvDWvVHk93d3UF/OBwOJepjvXipl3a6i5DWke2P Jtv93d3+tndlO1Ir3bjX67R6yx56UnF/ONzd2d3eu2yYNklBkLeKUoN2HHW77Xa7naZpFEXT e+kD+nqk7QsrQ0A/x5MvXvva5Vv9Ub47HJdlKUO1FNVv2eidXGsvLC1novfs+SvjkvrDyXA4 dnWpEE4sR/csiZOrnZWVpeXl5Xa7ba0FkJW4PfbXtounX3r9+Zcv7Y6r2sMFTwgUwlI3Wm2L 1Y5cTsOJ1d7a6vLi4mK71R059dkvX96auNFoMhgMhqOJDZNHznTOnlpdWl69tVtduJUPcmoo 6ZxLRPbuc0unT518/WaxNfFFUP3RuN/fFfVkOa7f+eCpY6sLZFpfvbQ7CWb/nN/28PrJlWR5 eXlpaanX69E81VDXdZ7neZ6Px+Msy5o6zXk1jJSyCShbSRrHcZTEUsqyLLMsy7JsMpkURQGg 1eokSZIkkRCCGFmWTfJsPB6H4Iwxadpu4lEAzrksy/JJNh6PD0VKRETEUkpjokZvGs83/5Dw TbjLc3w5Y3BR1qOJ2x1Odgbj/mCY5zkHp0XdadmFXqfd6UgdBdbjrOwPhoPBsKoqgrOKu+1o odfqdrudTqf5ModAwfusKMeTYntY7wzy/qjIirqqaw5OgDVVsaqsRiuNFxa6nU6n3W4nSUtI NRi5wXC8uzsaDAa7w7Eg32ubxV7a7S4IpRl2NCkHg8H2zsA5J0VYXogWe12hYoZ0AYPd0c7O wLvKKr+82Fns9eI09TCV4/mcBLe2GC/00mbPrVZLzQnafNYnpdRat1qtuq6boJhomkE3xhhj oiiao5vmsz4ppbW2+UzIzFpTp5IIUkY37Gxm0Fpba4moruvmSdJKGz/RDGlsb7MTpVQz22Fg cvcbmqMJP6NlEjGC0sKmUZrngpiJkCZRkkRJkihtQ4CRXgvbitK6NgLQWiWxTdM4jlmOYo0A AAFMSURBVGNr7Xx1oaS1ulko0qGThLIk50QIEoAgqyWsUVFkWg08ieMmMWCV68RQLCMZdVII IIp0K42T2EqlAFJEVtjEtpxzAmi14jRJaBookxYm1glCJAQ1tTFRpBkUeVYsYxU3c7bSKE3j KJoClDuU6/lZm17pzLjbFMruKRCmVWH7C8OEOHCX0jxsbEDzRen8bTOkaUc5NO/ZjLorM/9m zTlXzVpd140kNXLT1Jgx8/xtI6aNlBtjrLVa6/3+vtlzXddlWTajGlo1Z2zKSZuBjVwKIRrT ON9Ds0Qju1pPw7zm5q6ZDUAzyfzszav5zufFU81O5nPOtavpcJi7/0+2uSTNAwYATYXKXNrC vgZgvyzeLfaYK0AjvnPuzuvFj8rE/nBlLsTzL6EP6cmhsqxm+Fzi9yvJUe0S8zq//8u0/f+r Ner1v9Ph/+DY/wXfIV4rNaeRcgAAAABJRU5ErkJgggAAAAAAAAAAAAAAAAAAAAAAAACDIgAA RABkAJ8AJAAAAAIAAAAAAAAAAAAAAAAAUQkcAugD6AMAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAA8ABPA8AAAAsgQK8AgAAAABBAAAAAoAAEMAC/AYAAAABEEBAAAAPwEAAAYA vwEMAB8A/wEAAAgAAAAQ8AQAAAAAAADAYgAH8PMhAAAGBp3Z74S8OKfE0qp2t9FPB3j/AM8h AAACAAAARAAAAAAAfwAAbh7wxyEAAJ3Z74S8OKfE0qp2t9FPB3j/iVBORw0KGgoAAAANSUhE UgAAAJ8AAAAkCAIAAAAYdH8BAAAABGdBTUEAALGIlZj0pgAAAAlwSFlzAAAOxAAADsYBpx1s mQAAIABJREFUeJzle1mwZddZ3vevcQ9nuvPtvj2o5ZbUwpYlW+ABmyEUwWAGk0pSITwQKEge SJHCSSB5yGuqIBQJVEJBCAWoKgVlU1AyxgyeMINsS5Zla3ZLre6Werzd995z7hn2uNb687DP OXfqloEkL8mqW7fq7L3Gf/z+f/2bAjMAYoDAjJoQGGPCEGBgAYgAwyCCxF0bAzUQgMBgAgCa j2KA9noGRiB4wAN8cBJiCEyHEEEcGPe3aAyE2f/5GoIgAZq/ZYTpqmg2qA+9bX4QAAhMxx46 rwMcUAE1QEACWEABoqEn9sYw4A/u5+DJp4cVR1ZxM3pymNGEpvMzHZ5zfsZ5U2jOQ6iArRwv XZg89ZWv5RT//qf/CsCHvv29lotHHjr74FsWj3VgCbGEOEL1Gnj1Jh7/sycdGR+ImWWozm70 PvDtDyQChmqlFBEBCIQS+NXHPlcgrWFCCMzN7gIxVlYXFxfakv2DZ9c3VpEAhqDE35rNDviz p65XSJr5OUBz9p4HV5bbRghx+ebopavjiiIOADsR6rWuevSBVUUMQc+9snl9yCUsM5OvFJdn Ty2/5VhqyAkhWIgaGHm8eLF8+rnXBhP/wvnXLly+8v5vfu9CRG+7/8Q3vGXt5ApSwO4j1NYo fOHlm81+AATPU/7M/q+vLaURnTkGS4gIGgDgga+8srXZL2tEDhQ8a86Pd/DIAyekQD8LX/za jZrS+Zwa4w+867RFLYQQQhCRIsADBfC5591//chfvHB11wnjSNbmXgC/8cQ1ghefv5n6wb// kQ9896NrPR1S5bTWDbeYGUQF8Csff/5jT1ythPYkAVhfdvwL3RP3P3zcL+jCWmuMaeg+BH7r 088N1FpJLRY0427TbgqGgDOh/M53nv2pf/joqS5SHbQKWqq/IWsJyIAP/8ondtXa9BGLrt/8 jZ/9QUOsTfzc5cHP/Ponh3qFIJUvU5996P33nzy+1FGlMMknn7zwG3/+6kgvMbP1Zcvv/Jsf +d5e23RlbmzsrLg0wM/+wh8/d32Ui5ihmRKO7v/dZ7YVefnE67Ev/vWPfu+H3tFd1FWkhdYS RDcz8eFf+ZNdtcLMRAQWoHDgP2DD5Ie+65s/8E2nHz6OrvRaiUrS0xezX/6dPxvLXiktWHT8 zj99z8mN9Y3Uhjf64cO/+qd9sSyJmJkgu/7G28/98xU50VobY7TWqqH4kxfw4f/02I4+NdYb TggwQI2FZQBgyqn18499qii+5Qe+8ZiwJTMbY4goEDng6QvhY098bVsfq8kGIjAbUdUi/v3P Pbvxfed0VBLJpnmgAiayNZArmezckT0CXgf3ia/euHHl8X/349/zwJroGicikvJNnMNh3R2q pW15bHoKAOR2hvWwNYkSlXk1VGvbah2AEaUXk50q2hlm0laakyzEA7XSl2sArMiYxe0J7wwz HVUVpTeH+Jlf+uQz13jXbFTCTu0mACIwC+mtzH/hsT+t+g/9g/edXYirFNJoWxGGcmlbHX+T PRsuHvvU8x//k0/+wr/60KP3dNsRXGzjpY2xXNzWK6VIAATI3VL3h6VPcPHG7lCuDPRxMACW HDTnt3ez2IyTJBFCaK0FAyXwc499ZkefymTihABojygQzQEqmdzWx3/po3/x+tZ4NM6KonLO AfDABPjtx/8yl0ktdJjKBDkyI9n51NOvnn/91u64zvKy6f/1G3GAqMmMVfeZLf2LH/n8G1vl ZFIUReVc1XThu/ivxvXvm+qARe/3+8PhKM/z6sBOBAeajPP+zu5kMskruBCac0+PL9RgmA2H w0Hmhk7+zz957pkb2a7uOdJgAs0cXQhgDhCliEey998f/8ILm2F77Iq8qmtupgTfZdcAiB3p ker11dpjf/TU9ZEeZrUr0W5LQiVmhwrg8WSy3R+NJ8VwmDFzQwjJwfr6+EJnsLU1Go2KovDe A1CBcf4KXrqyOzIbngQAEZyGs2ECoBZxRZYhHCknOxPuvfjqjZX721JKY5RSyhE99Rr+8vnr pT4eIGdkp0BUkZ2I+HPPXFxr3auUiKyUUkIdNbCs2GmuBdcgUZJxZAJRgSgo9dVL17/07GsL j6wRQQgjpSaaOqs7EUkc4O7BV7d3+oN2LHVcVfWU1o1zITHJ8+3t7Q4pipz3npnBDBARMfNg MNjZrmLZ3XX4g099KbP3VDICs4BXoVahksyeZCliDxkgC5kOeekzX76w9t7VFrGUJgR7SNok 10kYi+CdMF7YCiqQqBBNKH324o0vvXztW87FHWVjqwl+vlsmuZtXmztDrVpF5edIlxAMV4uJ 6W/fXqEQRVHDXVEzzl+65YTyJACSHCKu7rHl971Ffeh+fdoWic9pT3bkC69evbVbjSZFWZYh oAZ+8/EvD9VqJWxjHyQHYEq4WsafeebyhT52M1cURQh3IL1i13LjB7r4xoXqrBm0XKZCg3nJ kaqEff3mYHuQj7OyqlwzgziklYcZPGt0QFcmk0mRV64O023McEMAsqKY5FlVVXVdhxCEmFos ZmaIrCjzvMwrfvG1zVIkgWSjhTrUC9XOI4vh/es4a0c25M1CHjKX3Rcu3d7qT8bjrCgK7w/v Mgnjbz8l//4J986Fqltt61A3KwZhJ9R+5pXrW/3xZDJJIojGIBEBgqGu7Yy2izApsbU1DDMy CA6Ka+HLIp9UVeWCD2AAIhP48suXHempiWFvfX2qp+9bcG9fk4/ed8yEUrKb7VtdvD7YnvAo r4qich47GT7//MWJSAOU5BD5/HjPmuDIewAedqx6z17c2c3rPM+rqtpj74z0kr0N+bn19JvP dj746Ol7l2PDpeQAIBA5kldv7OyMiskkL8tyD2MzwGH2d1dWT9vMJIb9QtFwVxBARAc8Ou/r RzMKBoiCdUVxwNT8KK7OLOp3neq853T6vnOrhssplUhViF55Y2t7dzKZZFlR1bU7CB5huXpg UbzrhP7Awxtv30jVbCyDHNnNnfFwPCkn41RBh1rMxjpge1zlsCWZreGYZ6JMYMl1JzFKkJSy wcwAxAD4089/pSbVkFuCFRftGN0Eyz3TSYTikmb086QubQ93HOWVK8q6dHT5GiqhHalApLhM /fZb19MoZBpeMDuSmeh87epgWFR5npdl6fdr75RwQaJMdLGaFqcWw4mOiH0+kycBiMpjkld5 UVRV5ZwjIiCAA3yA9/AB4Q4MJqIDkOeOLJ8+Z+YjytWsgr2AjUlcunwtkJmHlJJ9W5TLtjrW dSeXreR6PtiRqoXc3NrJCldVlfeeDu2B61ZUrbbdmZ57+5me5gqYSTxJ57nIq7rIbIV33nda BD91OkJWwt4aVRlsDh0a7hIDQaJKIyEkpJRKSEkCgCqAUmqmPSkQYIWQRrLdNp2JFbR38iDg SGc+VC7UHpnHn3/hOUdTMCXZpTzZaOPcxtLL1wZeCk+qFPHX3rg6ytby1Jdlbf0cqE1VSiAQ gpXci9Fpq/tPLz55YYca284A4IKvau89B+eFc6hrVBU2b5aXLlVZriMbnTqF9XUYC63nfv2A rtzNkDMDYCKII2h8j/d7zQUwz2wOs0BQXHasX0y1Jw3aA2uBKJCqHMrKORc4HJWeYA11UtHp qsWhk414EQWCZ/KM2juuC+3zE0uJurTbDPJMAWaQ8ySoJ55+ztt7Zztxiot2JKxSje428cU+ jDOXdAQSHMdxp9NJd2NiFgc1wznnXKhYjhhPn7/iyDTPJfxG1y7JaqMrL16ZlEJ7so5ULfT1 27tn2mleVKIGNA6ZKWZWSiWJ7HQ66cAQ3Iz0c0pyCEEEb5zD7duj3/ndj/78zyWuNiEEwlDb 7/rpnz75A9+PjZNVkkit0MROcw7dHawyRIDwxAcc9h5BxP6tMtNeN5IAhBDW2lYrmXAyez6d F4D33jnnnPPhwAaIiBjW2jS17VY3TaoZ4UEkIciz994Te+En951ZF0/vNGiRSHrY3Zy3JqEU MTeoikkwa857CRnJDWullECYcZcPyGkTLcVatmXe8n2Ak2ABWJ6kfqCrMbH2jO0Mr1zZDOb0 lLvs2hoLJqym0nDZgL1A5EhfuT0Zn2yXddBVHRJ9wGw2fk9Ka2WSRmmsxcHAhqfN67qm27df +K3ffP7Xfv3ebJK4WgUGMDT55/7zL567euXhH/8JPnkqtFKfpkT0ZthrHwdroXdGI4dWs8yh DoKYOMx3cnQGY0wUmVSkB+dlALNMGR2VZkcmlwtllFTtU1dGr9ak568IgYNn5hBqRe7eE6sG X5Wh8kI3yPzKTnZs6GuKPamGfJLdmdX2og1Waa21Uqrxu3dOADWRgOH8ravRz/6jbxo70R9N +oNhlZdR6B2P60RKSNufoKaI9+Hy5bbuRGEj6QmU8yjNQ13aHO3Wp/I62LrmaaLtCKGbjPde /oEPSADQqaqtP/z487/26yt5njgvp4kWxCGcGI9e/chHo8XFt/3QDxdhuTYp+3CnzPhh0B4g SmG2sqJmBBzlboNXQ5NOOjrVYW96gIIIITQMPhosFIifvylvZeLGs6999unzheo1zwUHwUGC CYFAxNXpY637VruTW0VG5EiNpH3+6s7GibKmeO5PJeqNjl7QZazjhrtSSoDumt4jIsn1qZXO 2ROLdeX7w9FO3+Z5IrG8tBgvdlMVJ1cuZJ72fLZgTiKZWMhOV8xS3AA8iVevbo7c20rn6ro+ QGE+bLLuvBlAcvA7/Y//0n85M5nE3s+iJgBQPnRcqET+2d9+7MQj7xRvf6hM17WvFNcBah42 MASR5sMrUCB4kgHsApyQfl8fIiIO3VYqxDT2PaqFzdGxP/7iQ28PYnUAQC2jTz3zOnEoRVzK hZo1prcv3oZ8vdeSBCKSIiiDb3vPIy997KmCLYi8tGWQL1y+WVIyl1/JYbGlEs1WC6211lP9 uXvylgIhKOFjE2IjJKlIx1UlBbjdSpIk4shuD277OXJjJoRWoo0Mqm2APYjBJJxQmQtl7UMI YX+miOgQ3A3z4HofHwQH7bB79VpS+9j7aUjdTDBDaJpDpyq2vvZScmKj7Ph33nf6ry9mE52E xlSwGGdlYHE3F8weDFmQefHytTAzs8ReEBO8YNW4j7sq695E81ODiOb9AQAAAAIAAAADAAAA BAAAAAUAAAAGAAAABwAAAAgAAAAJAAAACgAAAAsAAAAMAAAADQAAAA4AAAAPAAAAEAAAABEA AAASAAAAEwAAABQAAAAVAAAAFgAAABcAAAAYAAAAGQAAABoAAAAbAAAAHAAAAB0AAAAeAAAA HwAAACAAAAAhAAAAIgAAACMAAAAkAAAAJQAAACYAAAAnAAAAKAAAACkAAAAqAAAAKwAAACwA AAAtAAAALgAAAC8AAAAwAAAAMQAAADIAAAAzAAAANAAAADUAAAA2AAAANwAAADgAAAD+//// OgAAADsAAAA8AAAAPQAAAD4AAAA/AAAAQAAAAJMAAAD9////QwAAAGkAAAC6AAAAagAAAEcA AABIAAAASQAAAEoAAABLAAAATAAAAE0AAABOAAAATwAAAFAAAABRAAAAUgAAAFMAAABUAAAA VQAAAFYAAABXAAAAWAAAAFkAAABaAAAAWwAAAFwAAABdAAAAXgAAAF8AAABgAAAAYQAAAGIA AABjAAAAZAAAAGUAAABmAAAAZwAAAGgAAAD+////bAAAAGsAAACRAAAArwAAAP3///9vAAAA cAAAAHEAAAByAAAAcwAAAHQAAAB1AAAAdgAAAHcAAAB4AAAAeQAAAHoAAAB7AAAAfAAAAH0A AAB+AAAAfwAAAIAAAABSAG8AbwB0ACAARQBuAHQAcgB5AAAAAAAAAAAAAAAAAAAAAAAAAAAA /wAAAMz8QABw1gNIAAAAAAAAAAAAAAAAFgAFAf//////////DwAAAAYJAgAAAAAAwAAAAAAA AEYAAAAAYML+S8ERvgHANVHKwhG+AUUAAABANgAABBEAAEQAYQB0AGEAAABvAGMAdQBtAGUA bgB0AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADQACAAAAAAAKAAIB//////// ////////AAAAAAAAAABHAAAASAAAAP7///9KAAAASwAAAEwAAABNAAAAOQAAAAZFAABQAAAA VwBvAHIAZABEAG8AYwB1AG0AZQBuAHQAAAD//1gAAABZAAAAWgAAAFsAAAD+////XQAAAF4A AABfAAAA/v///xoAAgEOAAAA//////////+AvEAA+PxAANT8QAAAAAAAAAAAAAAAAABI/EAA AAAAAAAAAAAAAAAA7XEAAAAAAABPAGIAagBlAGMAdABQAG8AbwBsAAAAQAAAAAAAAAAAAAEA AAAAAAAAAAAAAA4AAAABAAAACAAAAAAAAAAAAAAAFgABAP//////////BAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAYEn9ycIRvgHANVHKwhG+AQkEAAAAAAAAAAAAAF8AOQA3ADIAMgA4ADcA OQA1ADgAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAWAAEB /////wkAAAAGAAAAkBICAAAAAADAAAAAAAAARgAAAABgSf3JwhG+AWBJ/cnCEb4BAAAAAAAA AAAAAAAAAQBDAG8AbQBwAE8AYgBqAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAABIAAgH///////////////8AAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAeAAAAAAAAAADAE8AYgBqAEkAbgBmAG8AAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAEgACAQUAAAAHAAAA/////wAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAIAAAAEAAAAAAAAAAIATwBsAGUA UAByAGUAcwAwADAAMAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAYAAIB/////wgAAAD/////AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA RgAAAFBEAAAAAAAAAQAAAP7////+////BAAAAAUAAAAGAAAABwAAAAgAAAAJAAAACgAAAAsA AAAMAAAADQAAAA4AAAAPAAAAEAAAABEAAAD+////EwAAAP7////+////FgAAABcAAAAYAAAA GQAAABoAAAAbAAAAHAAAAB0AAAAeAAAAHwAAACAAAAAhAAAAIgAAACMAAAD+////JQAAACYA AAAnAAAAKAAAACkAAAAqAAAA/v///ywAAAAtAAAALgAAAC8AAAAwAAAAMQAAADIAAAD+//// NAAAADUAAAA2AAAANwAAADgAAAA5AAAAOgAAADsAAAA8AAAAPQAAAD4AAAD+////QAAAAEEA AABCAAAAQwAAAEQAAABFAAAARgAAAEcAAABIAAAASQAAAEoAAABLAAAATAAAAE0AAABOAAAA TwAAAFAAAABRAAAAUgAAAFMAAABUAAAAVQAAAFYAAABXAAAAWAAAAFkAAABaAAAAWwAAAFwA AABdAAAA/v///18AAABgAAAAYQAAAGIAAABjAAAAZAAAAGUAAABmAAAAZwAAAGgAAABpAAAA agAAAGsAAABsAAAAbQAAAG4AAABvAAAAcAAAAP7///9yAAAAcwAAAHQAAAB1AAAAdgAAAHcA AAB4AAAAeQAAAHoAAAB7AAAAfAAAAH0AAAB+AAAAfwAAAIAAAAABAP7/AwoAAP////8mAAMA AAAAAMAAAAAAAABGGgAAAE1pY3Jvc29mdCBDbGlwQXJ0IEdhbGxlcnkAEwAAAE1TX0NsaXBB cnRfR2FsbGVyeQATAAAATVNfQ2xpcEFydF9HYWxsZXJ5APQ5snEAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAACOAgAA/+D1BQEBKEFsbCBDYXRlZ29yaWVzKQBDOlxNeSBEb2N1bWVu dHNcY3dsb2dvbS5qcGcA7mIA2CZDLgzvYgCW7WIABzrofZbtYgDYJkMu/O5iAIz48X2uA+l9 lu1iAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADuE/e/VwEAABSJ979DIgAA LO5iAPDHDwAQKCQCBBAAANGJ978AACQCFDgkAvAAAAAAAAAAEihBbGwgQ2F0ZWdvcmllcykB ARtDOlxNeSBEb2N1bWVudHNcY3dsb2dvbS5qcGcAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAP////8DAAAABAAAAAEAAAD/////EAAAAAAAAABuEAAAuAMAAChEAAABAAkA AAMUIgAAAADiIQAAAAAFAAAACwIAAAAABQAAAAwCJACfAAQAAAADAQgABQAAAAsCAAAAAAUA AAAMAiQAnwAEAAAABwEDAAUAAAAJAgAAAAAFAAAAAQL///8A4iEAAEMPIADMAAAAJACfAAAA AAAkAJ8AAAAAACgAAACfAAAAJAAAAAEAGAAAAAAAgEMAAAAAAAAAAAAAAAAAAAAAAAD///// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// ///////////+/v7////////////////////////////////////////+/v7///////////// ///////////////////////////////////////////////////////////////+/v7///// //////////////////////////////////////////////////////8AAAD///////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// ///+/v78/Pz6+vr5+fn39/f29vb29vb5+fn6+vr8/Pz+/v7+/v78/Pz6+vr4+Pj29vb29vb4 +Pj5+fn7+/v9/f3////////////////////////////+/v77+/v5+fn29vbz8/Py8vLx8fHz 8/P19fX4+Pj6+vr9/f3////////////////9/f37+/v5+fn4+Pj39/f39/f4+Pj5+fn7+/v8 /Pz8/Pz7+/v5+fn4+Pj29vb29vb4+Pj5+fn6+vr6+vr6+vr5+fn39/f19fX39/f5+fn6+vr8 /Pz8/Pz7+/v5+fn4+Pj29vb29vb4+Pj6+vr8/Pz+/v7///8AAAD////////////////////+ /v77+/v4+Pj19fXz8/Pw8PDx8fHz8/P19fX4+Pj6+vr+/v7////////////9/f37+/v5+fn4 +Pj29vb29vb4+Pj6+vr8/Pz8/Pz8/Pz6+vr6+vr39/f29vb4+Pj5+fn7+/v9/f39/f38/Pz6 +vr4+Pj29vb29vb29vb29vb29vb29vb39/f4+Pj6+vr8/Pz+/v7///////////////////// ///////////////////////////////////////////////////////////////////7+/v1 9fXv7+/p6enk5OTj4+Pk5OTq6urw8PD19fX5+fn4+Pjy8vLs7Ozn5+fj4+Pj4+Pm5ubr6+vx 8fH4+Pj9/f3////////////////9/f37+/v29vbv7+/p6enj4+Pg4ODe3t7d3d3f39/h4eHm 5ubs7Ozz8/P5+fn9/f3////+/v75+fnz8/Pt7e3n5+fj4+Pj4+Pn5+ft7e3y8vL19fX19fXx 8fHs7Ozm5ubj4+Pj4+Po6Oju7u7v7+/v7+/v7+/q6urk5OTj4+Pk5OTq6urv7+/09PT09PTy 8vLt7e3n5+fj4+Pj4+Pp6env7+/19fX6+vr///8AAAD////////////+/v76+vrz8/Ps7Ozn 5+fi4uLf39/c3Nzd3d3f39/h4eHn5+ft7e319fX5+fn9/f39/f36+vr09PTt7e3n5+fj4+Pj 4+Pp6env7+/19fX29vb19fXw8PDq6urk5OTk5OTm5ubs7Ozx8fH4+Pj5+fn09PTv7+/p6enk 5OTj4+Pi4uLj4+Pi4uLk5OTk5OTl5eXo6Ojs7Ozy8vL4+Pj8/Pz///////////////////// ///////////////////////////////////////////////////////9/f359fTv6+rm4eDc 19TTzsvSzczSzs3a2Nji4uLs7Ozz8fDz7+7s5+bh3NnX0s/SzcrSzczW0tHd29vm5ubv7+/5 +fn////////////////6+vr18/Pu6ejm39zd1NDYzcnUycXQx8PQx8PPyMXPy8rT0dHZ2dnl 5eXv7+/4+Pj9/f3//f338/Lv6unl4N/a1dTSzcrSzczX1dTg4ODs6urw7u3y7u3r5uXh3NvW 0c7SzcrSzczb2djl4+Pp5eTp5eTq5eTg29jUz8zSzczTz87d29vn5eXv7e3x7ezv6unl4N/b 1tXSzcrSzcza2Njj4+Pt7e329vb///8AAAD////////+/v75+fnw8PDn5+fb29vR0dHLy8vI yMjHx8fHx8fIyMjLy8vR0dHb29vm5efv7vD4+Pj7+/v09PTq6urg4ODV1dXNzc3Nzc3b2dnl 4+Pt7e3v7+/v7vDl5Obb29vPz8/Lzc3R09Pe3t7o6Ojx8fHx8fHt7e3j4+PZ2NrNzM7Nzc3N zc3Nzc3Nzc3Nzc3Ozs7Nz8/Q0tLY2Njh4eHp6enz8/P6+vr+/v7//////////v///v////// ///////////////////////+/v7//v///v///v///v/////6+Pf27err39vfz8nRv7jItq/E tK6/trPGwsHU0tLi4N/q5eLv5ODo2tTaysPMurPGtK3CtK7BuLXJxcTV1dXk5OTy8vL8/Pz+ /v7//v/8+/318/Pt6Ofo2tTfysLXvbHStafNsKHJrqDIrqLCr6e8s7C8uLfFw8PU1NTi4uLv 7+/7+fn//Pv77+vv4dvi0szSwrzGtK3Dta/Jwr/U0tHl4eDq5eLx5eHq2tTaysTKuLHGtK3E trDMx8Tb19bk29jn29fn2dPaysPKuLHEtK7BuLXPysnf2tvq5eTw5eHv4dvi0szSwrzGtK3C tK7LxsXW1tbl5eXz8/P///8AAAD////////9+/v28e7z593p2cnbx7bSvKrLtaPIsqDGsJ7F saDCsqLAtKi/ubTHw8LX1dXj4+Pv7+/79vP/8eX05NTl1cXXxLXJtqfEtqrNxsPY1tbq5eTx 6OT46eDt3M/ey7zLuq3EtqrIvrfRzczf3dzz7ej47eX359rp2cnax7rJtqfJtqfJtqfJtqfJ tqfJtqfHt6rEuKzFvLPFwr7Ny8va2trn5+fy8vL6+vr//////////v///v////////////// /////////////////////v///v///v///////f3/9OzkybXOqY3FnHy5jm2yh2ashWmnjXy3 qJ/Ev7zY0s3o1MPLrZTMpojBmHe1immuhWWshWm0mYW2rKXEwsLX19fr6+v4+Pj///////// +PX87OD02cXVr5G0hmSuelWud1CrdUypdU2nc06vgmGxj3e0nY2yqKHCvr3W1NTo5ub38vP7 7ubbu6TXsJDMo4O8k3OxhmWmhGy0pZzKw8Dg19PayL3RspnSqYnDmnq1iWqxhWanh3C6r6fX zcbPtafMqpPQqIvEm3q1immqhWuljn/Dt7HUzcrg08vRspvXsJDMo4O8k3OxhmWmhGy+s6vI yMjc3Nzv7+////8AAAD//////v779vX66t731LPdqn+8gU+8fEa7eUS5d0K6dkG1dkO8iFq8 lnSynY6yqaXEwL/X1dXo5ub359vlvJvnsofapnjMlWjBiVqxh2TCtKjNyMfp3dnbwbHjtpTg q4DUnXC/i2KzhmW6m4bHvbba1M/76djauZ/itY/dqH3QmWy/iFvBiFvBiVrDiFrBiVq/iFvC kmjCmHW/oImzpp62srHHxcXZ2dnp6en19fX+/v7////9///9/////////////v///v////// ///9///9///////////////////++fb/6dWydkKvXxixYRSzYhGzYhGoYBqjbD+3lX27sKjS wrXTpXyfXSKrXxezYROzYROxYRSsXxq1e0qul4e0sK/Mysrg4ODy8vL+/v7//f3/8+b3yqi+ fkesYBi0YhG1YQ+4YhC4YhC2YhC2YhCxYRSoXxu1fUyuk36yp6PGwsHc2trx7Ov44MqcXiKz YROzYROyYBKzYROdXiKzl3/IurTm0cm/mHyhXiGzYROzYROzYRSvYBeYXCjGsqDbyr3Dj2qj XCOtXxizYhGzYhGjXx6fc1TGrqLTx8HgyLKcXiKxYhOzYROzYROzYhGcXiK+qZTBwcHY2Njs 7Oz///8AAAD//////vn/8eLatJSYXSWsXxq0YBS6YRG8YBG8YBG9YBG4YBOtXxieXiSleVSv lIC0qqPHxcTf29rt1cOXWyetXxqtXxivXxixXxeZWyW4pJLAubbhzse2jnWdWyatXxqvXxiq XR6cWimzhmXEtqrYz8b/586KWy+hXiGtXxqvXxivXxixXxexXxezXxexXxevXxiqXxuiXyKj bT6ti26smYq2sKvJycnf39/v7+/8/Pz////9///9/////////////v///v/////////9///9 //////////////////r/9uneso2xYBXIZATKZgDLZgDLZwDBZAeqXxu6hl26pZbLs525ej65 YQ3GZQTLZgDLZgDKZQLGZAasXxqxjW+wpZ3DwLzX19fq6ur++vn/+/T32L+dXSO4YRHEZQTM ZwDLZgDLZgDLZgDLZgDLZgDIZgLEZAetXxileFKwmYm/trLQzs3p5OP83sGvYRTLZgDLZgDL ZgDLZgCxYRS6mHrNurLx0sPFkWm2YhDLZgDLZgDIZgLDYgq7dDXOtqLjz77Rk2O2XxXEZAbL ZgDLZgC4YhCqdEvNr57Xx8DpyayvYhPKZwDLZgDLZgDLZgCtYhTDqpDBwcHY2Njs7Oz///8A AAD/////++7zxJ6jXSG2YhDBZAfDZQbEZQTGZQTGZQTGZQTEZAbBZAe6Yw2tXxi1fUyzn469 ubjW0dDu0LeoYBrBZAfBZAfCYwbDZAemYBq3n4e4r6zZwLa3iGitXxjBZAnDZAe6Yg6qXhy8 iF/Htqnbz8P/6ceWXiOzYhHBZAfDZAfDZAfDZAfDZAfDZAfDZAfDZAfBZAm9Ywq0YhGlXh+1 hFyxoJO9u7vT1NLn6Ob5+fn///////////////////////////////////////////////// /////////fH/6MadXSO8YwvKZgDLZgDLZgDLZgDGZQO8Yg66djvAnobBnICtYhjGZQTKZgDL ZgDLZgDLZgDKZgC2YhCodEa1moW9ta7Mzs7j4+P/9/D/+unMmnCxYBXEZAbKZQLLZgDLZgDL ZgDLZgDLZgDLZgDLZwHKZQK7ZA6fXSK6kG2+sKTJx8bk3Nz52byvYRTLZgDLZgDLZgDLZgCx YhO6mHvPu7D30bmuc0G6Yw3LZgDLZwDGZQS6YRG8fEbQuqjm0sHTlWW2XxXEZAbLZgDLZgC4 YhCqdEvMrp3Xx8Dnx6qvYhPLZgDLZgDLZgDLZgCtYhTCq5G/wcHZ2dnt7e3///8AAAD///7/ 8t66dz68Yg7GZQTKZwDKZgDIZgLEZAbEZAbIZQPKZgDLZgDIZgLEZAeoXxuzlXy7sq7Uy8jt zbCvYRTLZgDLZgDLZgDLZgCvYhO4mHu1pJvSsKC7g1q5YxHLZgDLZgDDZAexXxfBiVrJtqfb 0ML/6sKdYB69YwrLZgDLZgDLZgDKZgDHZQHKZQLKZQLLZgDNZgDLZgDGZQO9Yg2uay6zloG5 tLPPzczj5OL19fX///////////////////////////////////////////////////////// /Ovor3yxYhPDZQTLZgDLZgPKZQLKZQLIZQPGZAazYBXMmHO2glm1YQ/KZgDIZgLJZwPKZgDL ZgDLZwC9YwqiXyK6j267raHCxMTc3Nz+8uj/38GdXSa8Yg3LZgDLZgDIZgLDZAe9Ywu8Yg29 YwrGZQPLZgDLZgDDZQazYRS3fku9qZjDwcDg2Nj21rmvYRTLZgDLZgDLZgDLZgCxYhO6mHvU va780bCdXSO8YwvLZgDLZwDDZQazXxfJjmDRvq/p18bboHKzYBXDZAfKZQDKZQC4YhCqdEvN rJzXxr3lxaivYhPLZgDLZgDLZgDLZgCtYhTDrJLBw8Pa2tru7u7///8AAAD///v31rysXxrG ZQTIZgDKZgDKZQPDYwm0YRO0YBTBYwrIZATKZgDLZwHJZAGvYRSshWW/rabSx8PnyayvYRTK ZQDLZgDLZgDLZgC0YhHCkm67l4XRoIa/fEu8Yg3LZgDLZgDDZQavYBe/iVrJt6bb0ML/6sKd YB69YwrNZgDLZgDKZgDGZQTDZAfEZAfGZAbKZQLLZgDLZgDKZQLGZQOtYBeshGi+r6zOysne 4ODy8vL//////////////f39+/v6+vr6+vr6+vr7+/v7/f38/v7///////////7/+OCmXxvD ZQbIZgDKZgDGZAbEZAfHZAjGZQTIZQO9Yg3YjlS4bzO/YwrIZgLBZAnBZAnIZgLLZgDLZgDD ZQazXxe3f1C4pZa/v7/U1tb87N/vwJqoXh6/ZAnLZgDLZgDDZAexXxfDfEPIiFi7dTq9YwrL ZgDKZwDGZQPBYwq1cDG+pZHCvr3c1NTz07avYRTLZgDKZwDKZwDLZgCxYhO6mHvVvKztvJal Xh+/YwrLZgDLZgDBZAesXxrLmG3Tw7Ps2cryu46vXxjDZAfLZgDLZgC4YhCqcknKqZnWw7vj waOxYhPLZgDLZwDLZwDLZgCuYxXHrpTDw8Pb29vv7+////8AAAD///TasI2zYRPLZgDKZwDI ZgLDYwnDbyPZmWLoqHLLdy/BYgvIZQPLZgDLZgC2YhCqeVHEq5vRw73myKuvYRTLZgDLZgDL ZgDLZgC9Ywu3dDuuc0a2c0K6ainBZAnLZgDLZwDDZQavYBe/iVrJt6bb0ML/6sOfXx69YwrN ZgDLZgDGZQO9YwvPfS/PhD+tXxi9YwvGZQTKZQLLZgDLZgC0YhGuflzFrqbPyMXd39/y8vL/ ///8/Pz4+Pj18/Pv7e3o6Ojm5ubn5+ft7e3x8/P2+Pj8/Pz///7//vr41rixYhPLZgDLZgDG ZQO9Yg3bgjLYfSy+YgnIZQPGZAbRdyq6YBPGZAbEZAa0YRPsmk3BYwrIZQPKZgDIZQO/Yg22 cza3n4m6uLfR0dH56dnvuIuvXxjDZAfLZgDKZQC9Ywu5dDvnsY7zyrHyvpa2YhDLZgDKZwDK ZgDIZAStYRm9oYnBvLva09Dz07avYRTLZgDKZwDKZwDLZgCxYhO6mHvWvKztuZCqXxvCZQrL ZgDKZQC/ZAmlXh7Qo33Xx7ru3s7zwJWsXxrCZQjLZgDLZgC3YQ2sc0bKp5PXwbbSrpCxYhPL ZgDLZwDKZwDKZQKqYBjKsJjGxsbc3Nzx8fH///8AAAD//+e7h1i4Yg7LZgDMZwDEZQS4YRHF gknbuZzy0rXytH60YBTEZAbNZgDLZgC6Yw2nbjvMq5HUw7rkxKevYRTLZgDLZgDLZgDLZgDG ZQO9Ywu6Yg68Yg3BZAnIZgLKZQDLZgDDZAeyYBjBiVrJtqfb0ML/6sOfXx69YwrLZgDLZgDD ZQavYRXYnGbjwJ//2bbXkFG8YA3GZQTLZgDLaAC2YhCoc07JraLQx8Pd3d3x8fH8/Pz49vbv 7e3j4+PZ2dnT09PR0dHT09PZ2dnj4+Pt7e329vb//Pn//PTbrYu1YxLLZgDLZgDDZQaxYBXg lFLil1OzYRTDZQbKZQLGZAbGZAbKZQK9YwqhXiH7uoPIdCzCYwzIZQPJZQDIZQOsYRe2lXu6 s7DOzMv35dTWmmy0XxXEZAfLZgDKZwC4Yg6wdUfWr5niyLzwyamzYRPLZgDLZgDLZgDKZQKv YRW4l33Durfc09Dv0bSvYRTLZgDLZgDLZgDLZwCxYhO6mHvWvKvbpHmtXxrBZAfLZgDMZwC8 YwucXSPatJTYzMLx4dT/2a6mXxu/ZQfLZwDLZgC6Yw2qbjrMpIjYvrDLpISzYRPLZgDLZgDI ZgLFYwuyayzLsp7IyMjf39/z8/P///8AAAD//9+YXSW6YwvLZgDLZgDDZAezXxfDiFrJtqfg 0MDos4itXxrDZAfNZgDLZgC8YwucXSPRq4nWw7bmxqmvYhPMZwDLZgDLZgDLZgDLZgDLZgDL ZgDLZgDLZgDLZgDLZgDLZgDDZAexXxfBiVrJtqfb0ML/6sSdYB69YwrLZgDLZgC/ZAmoXxvK mnDMvK/q1sXSl2a0XxXEZAbLZgDLZgC2YhCqdEvLrp/Sx8Pd3d3v7+/29Prn5/Xa2O7GxuS4 t9exsNCxscm2tsTAwMbPztDf39/r6+v/9/D/+OWvdkm4Yg7LZgDLZgC/ZAmoXhzlpW70tH2o Xxu/ZAnLZgDLZgDLZgDLZgC4Yg6yekvvvJTXjlK6YRHGZAbLZgDLZgCzYROrhGS8rqjNyMf2 4tHYmmq2XxXEZAbLZgDKZwC2YhCqdEvNrp/Zx8DpyK6vYRTLZgDLZgDLZgDLZgCxYRS6mHvF urbc09Dv0bSvYhPLZgDLZgDLZgDLZwCxYhO5l3rYvKveonSxXxfDZAfLZgDLZgC4Yw2vdUTW t6DZzsbz5tj/47qjXxy/ZQfLZwDLZgC9YwqdXiLOoH7YuKXKn36zYhHLZgDLZgDGZQS/YBC+ e0TOtqTMzMzi4uL29vb///8AAAD//9icXx+8ZQnLZwDLZgDDZAexXxfBiVrJtqfg0MDos4it XxrBZAfLZgDLZgC8ZAqdXiHTrIbWw7Tnx6qvYhPKZwDLZgDLZgDLZgDLZgDLZgDLZgDLZgDK ZQDLZgDLZgDLZgDEZQixXxfCilvKt6jc0cP/68WeYR+9YwrLZgDLZgC/ZAmoXxvKmnDMvK/o 1cbttomvXxjDZAfLZgDLZgC4YhCqdEvLrp/SyMHd3d3t6+vp6PjT0v6qqe2BgtpycdFvb819 fsiSkrqiorK0tLrMzMzf39/97+P/48OfXSK9YwvLZgDLZgC9YwqfXiHosYT/yZyfXSK9YwrL ZgDMZwDLZgDLZgC1YQ+1hF7nvaDmpXKxYBXDZAfLZgDLZgC0YhGsfFjBq6DMxcLw3s3Vl2e2 XxXEZAbLZgDLZgC4YhCqdEvNrp/Zx8DpyK6vYRTLZgDLZgDLZgDLZgCxYhO6mHvFurbc09Dx 0bSwYxTLZwDLZgDLZgDLZgCxYhO5l3rXuabJiFW4YBTEZAbLZgDLZgC2YhCyf1fTuava0c32 6dv/9M2hXx69ZAnLZgDNZgC/ZAmlXh7IlGvYsZu+jmq0YhHLZgDLZgDEZAa6YBO6e0jPuKjP z8/l5eX4+Pj///4AAAD//9SdYB69ZAnMaADLZgDDZAevYBe/iVrJtqfg0MDqtYqtXxrBZAfL ZgDLZgC8ZQmdXx/qw5zk0cLtz7KtYhPKZwDLZgDLZgDLZgDGZQS6Yg60YRO4YhC9YwvGZQPK ZQDLZgDDZAexXxjDi1zLuKnd0sT/7MadYB69YwrLZgDLZgC/ZAmoXxvKmnDMvK/m1sbrtout XxrDZAfNZgDLZgC4YhCqdEvLrp/SyMHa2uDh4PTNy/l5etIaGpASFJ4REaMREqIYGJRTVKx7 e7GXmK20tLrQz9H15dj5y6KlXhu/ZAnLZgDLZgC6Yw2nazfitJL8z66uc0G6Yw3MZwDLZgDL ZgDLZgCzYhG3jGviwKnttYasXxrBZAfLZgDLZgC4Yg6pdEnEqJfKwrvu3MvVl2e2XxXEZAbL ZgDLZgC4YhCqdEvNrp/Zx8DpyayvYRTLZgDLZgDLZgDLZgCxYhO6mHvFurbe0tDx0bSvYhPL ZwDLZgDLZgDLZgCxYhO1k3bQsJnIgES/Yg3HZALLZgDLZgC0YhG5jGvQvbbc1dL36+H//+Ga XiO8YwvLZgDNZgDBZAerXhnKjVvWp4e2f1K4Yg7LZgDLZgDDZAe0XxfJjmDTvq/U1NTp6en6 +vr///4AAAD//9WdYB69ZAnLZgDLZgDDZAexXxfBiVrJtqfg0MDrtoutXxrBZAfLZgDKZwC8 ZQmdXx/91q/u3tH94setYhTLZgDLZgDLZgDLZgC6Yw3IjVzLm3niqYLIgUi9YwvLZgDLZgDD ZAexXxjGjWDPvK3f1Mb/7cedYB69YwrLZgDLZgC/ZAmoXxvKmnDMvK/m1sbrtoutXxrBZAfM ZwDMaAC4Yg6qdEvLrp/Sx8PV1efHxv5nZ8sSEqYICLgGB70EBr4EBr4ICbcND6pAQLR7e7Gi orLBwcfs287pt42pXhrBZAnLZgDLZgC4YhCtd07ZtJ7yzbnFkWi4YhDLZgDLZgDLZgDMZwCx YhPBnX/bwbD7yp6mXxu/ZAnMZwDLZgC6Yw2rcT3Ip43Kv7ft2cjTmGe0XxXEZAbLZgDLZgC4 YhCqdEvNrp/Zx8DpyayvYRTLZgDLZgDLZgDLZgCxYhO6mHvFurbe0tDx0bSvYhPLZgDLZgDL ZgDLZgCxYhOzj3HKqIutYBfIZQPJZQDLZgDLZgCxYhO8lnjIvLjY1NP06uP//ezAiV64Yg7L ZgDLZgDDZAezXxfLhUrdonGdXiK9YwrLZgDLZgDBZAevXhrIk2jXxLXZ2dnv7+/7+/v///8A AAD//9WdYB69YwrLZgDLZgDDZAexXxfBiVrJtqffz8LitY+hXiGzYhG8ZQm8ZAqtYhOVXiX/ 6MX369//9tytYhTLZgDLZgDLZgDLZgCzYRPGmnvXurH81MLMkWm6YRDLZgDLZgDEZAqvXhrF jmPRvq/i18n/8MqdYB69YwrLZgDLZgC/ZAmoXxvKmnDMvK/m1sbrtoutXxrBZAfLZgDLZwC4 Yg6qdEvLrqDQx8TOz/F+fd0REaMEBr4AAMwAAMwAAc0AAMwBAckDA8UND6pTVKySkrq2tsTm 1sbYo3isXhnBZAfLZgDLZgC0YhGzg1/UtKftzcDDkW22YRHLZgDLZgDLZgDLZgCvYRTCpInV wrP/1KujXxy/ZAnKZQDLZgC8ZAqcXiLLpoTKvrLr18bRlmW0XxXEZAbLZgDLZgC4YhCqdEvN rp/Zx8DpyayvYRTLZgDLZgDLZgDLZgCxYhO6mHvFurbe0tDx0bSvYRTLZgDLZgDLZgDMZwC0 YhC7jWTKnHO0YhDLZgDLZgDLZgDJZQCwYha5mH6/uLXT0dHt5uP/+fHQooC0YhHLZgDLZgDG ZQS6YRHMezfXj0+sYBjBZAfMZwDLZgC/ZAmmXh7Wp4HczL/g4ODz8/P9/f3///8AAAD//9Wd YB69YwrLZgDMZwDDZAexXxfBiVrJt6bZz8XWtZuKWy+YXSWdYB6dXx+VXiWDWjP/9d3+9ez/ /eOtYhTLZgDLZgDLZgDLZgCxYhO9l3nQubH108PJkWi4YhDLZgDLZgDBZAmqXxvNm3HRwLPk 2cv/8cudYB69YwrLZgDLZgC/ZAmoXxvKmnDMva3m1sbrtoutXxrBZAfLZgDLZgC4YhCqc0zL raLOxci6uvATE5sEBr4BAsgAAcwAAMwAAMwAAMwAAcsBAckICbcYGJR9fsixscnm08TJkGOv XRbDZAfLZgDLZgC0YhG0h2XStqvqzsPCknC0YhHLZgDLZgDLZgDLZgCtYhTFqpDTw7b/37ih Xx69ZAnNZgDLZgC9ZAmjXx7InXbLvrDp1cTTlWW3YBbEZAbKZQDLZgC4YhCqdEvNrp/Zx8Dp yayvYRTLZgDKZwDKZwDKZwCvYhO6mHvFurbe0tDx0bSvYRTLZgDLZgDLZgDLZgC9YwrMhkrN h0u9YwrLZgDLZgDKZgDIZASqXxq3m4O0srLKysrl4eD/8+/30bOxYhPLZgDLZgDIZgLDYwnP cyDahTW4Yg7GZQTLZgDLZgC8YwuaXSXbt5nc0Mbk5OT4+Pj///////8AAAD//9WdYB69YwrL ZgDMZwDDZAexXxfCilvJt6bTzcb35dT/997//9///9n//9r//dr/+uL/+u3/+/b//+umYBrE ZQTKZgDLZgDLZgCxYhO4lnnNua700rurc0S3YQ3LZgDLZgC/ZAmlXxzMoHfTw7bm283/882d YB69YwrLZgDLZgC/ZAmoXxvKmnDMva3m1sbrt4mtXxrBZAfLZgDLZgC4YhCqc0zJrKPMw82h oeENDqwAAMwAAMwAAcwAAMwAAMwAAMwAAMwAAMwEBr4REqJvcMuxsNDo1cbMkGKyXhbEZAfL ZgDLZgCzYhGziGfQt63qz8XQo4K0YhHLZgDLZgDLZgDLZgCtYhTDqpDPw7f/3rudXiG9YwrN ZgDLZgC/ZAmmXxvHmm/Lu67p1cTSlGS2XxXEZAbLZgDLZgC4YhCqdEvNrp/Zx8DpyayvYRTL ZgDKZwDKZwDKZwCvYhO6mHvFurbe0tDx0bSvYRTMZwDLZgDLZgDLZgDFZgW2YRO2YRHEZAbK ZQDLZgDLZwHIZATBdS22lHewp6PGwsHb2dny7ez/89moYBrEZAbKZQLKZgDHZALGZAbCZQrD ZAfIZgLLZgDLZgC2YhCzgFXWvana0svn5+f5+fn///////8AAAD//9WdYB69YwrLZgDLZgDD ZAexXxfBiVrIuKjPzczn4dz58Of/8+f67+H26Nzw59rs5dzu6uXx7+//9+beoGq3YBDEZQTL ZgDLZgCxYRS1k3bNuKn30a+aXiO8YwvLZgDLZgC+ZQqhXx7asYrTyLro3c//9tCdYB6+ZAvL ZgDLZgC/ZAmoXxvKmnDMvK/m1sbrt4mtXxjBZAfMZwDLZgC4YhCqdEvJrKPNw8+dnOANDqwA AMwAAMwAAMwAAMwAAc0BAMwBAMwAAMwEBr4REaVycdG5uNjw3MvRk2O1XhTEZAbLZgDLZgCz YhG0iWjPuLDo0cncs5OzYRPLZgDLZgDLZgDLZgCtYhTGq5HPw7n/376aXiO8YwvLZgDLZgC/ ZAmoXxvGlmzKuq3o1MPUlGS4XxXDYwXMZwDLZgC4YhCqdEvNrp/Zx8DpyayvYRTMZwDLZgDL ZgDLZgCxYhO6mHvFurbe0tDx0bSvYRTMZwDLZgDLZgDLZgDKZgDEZAbEZQTKZQLLZgDLZgDL ZgDKZgC0YhCseU63nYzBuLTR0dHo5ub/+ujcoGy2YRPEZAbLZgDKZgDLZgPIZgLIZgLKZgDL ZgDKZQOwYha5k3PEubHV0s7m5ub3+vj8//3///8AAAD//9WdYB69YwrLZgDLZgDDZAexXxfB iVrHt6fNzc3f3dzs6Oft6Ofi3dzY09DSzcrRzczb2dnj4+P/7+Lqs4avXxjDZAfLZgDKZQCx YRS1kXPOtaX3zaOfXx69ZAnLZgDLZgC8ZAqcXyHZtZHWyr7u49X/+dOdYB69YwrLZgDLZgC/ ZAmoXxvKmnDMvK/m1sbrt4mtXxjBZAfLZgDLZgC4YhCqdEvJraLLwsykpOQRD6gDAsgBAcsA AMwAAMwAAMwBAMwBAMwAAMwGB70SFJ6BgtrGxuT85tTFgku8YA/GZQTLZgDLZgCzYRO1jm7N urPl0svbtJSzYRPLZgDLZgDLZgDLZgCtYhTHrJLPxLz93sWwd0S7ZA7LZgDLZgC/ZAmqXxvF lWvJuKvm0sHUlGS4XxXEZAbLZgDLZgC4YhCqdEvNrp/Zx8DpyayvYRTLZgDLZgDLZgDLZgCx YhO6mHvGu7fe0tDx0bSuYBPLZgDLZgDLZgDKZQDKZgDEZAbEZAbGZQPKZQLLZgDLZgDLZgC8 YwufXCO8lXXCs6rLyszi4uL/9OX/16qxXxjDZAfLZgDLZgDKZgDGZQTGZQTKZgDKZQDKZQO6 bSS8m4G7tLHPzczj4+P2+ff9//7///8AAAD//9WdYB69YwrLZgDLZgDDZAexXxfBiVrJtqfP zczi29ju4t7r3NnezsjPvbbEtK3AtLDNxsPY1tb459r1w5mqXxvBZAnLZgDLZgCzYROwh2fQ sp/xwJijXx69ZAnLZgDLZgC6YwuYXSXbuZvZz8Xw5df//dedYB69YwrLZgDKZQC/ZAmoXxvK mnDMvK/m1sbrtoutXxrBZAfKZwDLZgC4YhCqdEvLrqDOxse/wPMUFJ4GBb8DAsgBAMwAAMwA AMwAAcsAAcsAAMwICLgaGpCrqu7Y2PD/8dumXRnGZQTKZQLLZgDLZgCxYhO8mHrLu7Xl08zb tJSzYRPLZgDLZgDLZgDLZgCtYhTHr5PMxL333c3Ll2+2YhDLZgDLZgDCZQirXhnIlWrJuanl 0cDRkWG3XhTEZAbLZgDLZgC4YhCqdEvNrp/Zx8DpyayvYRTLZgDLZwDLZgDLZgCxYRS5l3rF urbe0tDx0bSvYRTLZgDLZgDLZgDLZgDEZQS2YRO0YBS9Yg3EZAbJZAHLZgDLZgDBZAevXhq7 hlvEsaLIyMjf39//8eDsr322YBTEZAbLZgDKZwDGZQTVeye9YQ7GZQTLZgDLZgCxYRSyjXG4 ranLx8be3t7y8vL+/v7///8AAAD//9WdYB69YwrLZgDLZgDDZAexXxfBiVrItabUzsncxrrR sJzTrJDIn3+6j26shmifhHDEtKjMx8Tu3tH/3LalXh6/YwrLZgDLZgC0YhGtf13Qq5XirYKm Xxy/ZAnLZgDLZgC4Yg6veUravajd08z16tz//9udYB69YwrLZgDLZgC/ZAmoXxvKmnDMvK/l 1cXrtoutXxrBZAfKZwDLZgC4YhCqdEvLrp/Qx8TS0vaFhOsREKYIB7sDAsgBAcsAAMwAAcsC BMcEBr4REaV5etLT0v7n5vb/+uKsYBTLZgDLZgDLZgDLZgCxYhO6mHvGurTl0s3btJSzYRPL ZgDLZgDKZgDKZQKqYRfIr5XMxsH029HGlnK2YRHLZgDLZgDBZAetXxi9iVvHt6fk0L/SkmK4 XxXEZAbLZgDLZgC4YhCrdUzNrp/Xx8DpyayvYhPLZgDLZwDLZwDLZgCxYRS6mHvFurbe0tDx 0LavYRTLZgDLZgDLZgDLZgC8YgnVk1jeoW/clVazYRTDZQbLZgDLZgDEZAa4YBO1dkPEsJ/H x8fh3dz/69e8dz69YQ7GZQTKZgDDZAO9Ywvtm1OzYBXDZQbLZgDLZgCzYhGugV+5qJ/Jwr/Z 2dnt7e3+/v7///8AAAD//9WdYB69YwrLZgDLZgDDZAexXxfAiFnJtqfdz8PbsI+cXCasXxqz YROzYROoYBqPXCrJq47OxLrn29H/58edXSO8YwvLZgDLZgC2YhCocknSo4fVl2etXxrBZAfL ZgDLZgC0YhG8kGvUwrff2NX67+H//96dYB69YwrLZgDLZgC/ZAmoXxvKmnDNvbDl1cXqtYqt XxrBZAfLZgDLZgC4YhCqdEvLrp/Qx8PY2OjZ2f93eNMREKYGBr4BAsgAAMwAAMwEBr4REqJn aMrLy/np6Pj09Pr//+euYxXLZgDLZgDLZgDLZgCxYhO6mHvIurTl0s3btJSzYRPLZgDLZgDI ZgLEYwmyayvIsJrNxsP13NLGlnK2YRHLZgDLZgDDZAevXxi/iFvJtqfk0L/SkmK4XxXEZAbL ZgDNZgC4YhCqdEvNrp/Xx8DpyayvYhPLZgDLZwDLZwDKZQCxYhO8mn3HvLjf09Hz0rivYRTL ZgDLZgDLZgDLZgCzYhHSq4XcxLL/28PaonO4Yg7LZgDLZgDGZQS6YRG2dkDGsJ7Jx8bn3tvz 0ritYRnFZAPKZgDGZQS8YRDPfzj0rW6qXxrBZAfLZgDLZgC4Yg6pc0TAo47HvbbU1NTp6en7 +/v9//8AAAD//9WdYB68ZArLZgDLZgDDZAexXxe+hlfEsaLayrrkrYKtXxrDYwnLZgDLZgC8 ZQmfXx/VsYnTxbnn3NT/8dq0ekm6Yw3LZgDLZgC6Yw2obTzUnXbSjFG0YBTEZAbLZgDKZQKv YRXHpYjSx8Ph3dz/9ef//+CcXx28ZArLZgDLZgC/ZAmnXhrHl23GtqndyrvjrH+vXxjDZAfL ZgDLZgC4YhCrdUzMr6DTyMTd3ePu7v7l5f+Mi/IUFJwPEKYNDqwND6oUFJyEhOLR0v/u7f/4 9/n8/Pz//+qtYhTKZQDLZgDLZgDLZgCxYhO6mHvIurTl0s3btJSzYRPLZgDLZgDIZQO/YQ68 eD3IsJ7Ox8T23dPGlnK2YRHLZgDLZgDDZAewXhbBiVrJtqfk0L/Tk2O4XxXEZAbLZgDNZgC4 YhCqdEvHqJnRv7jevqGvYhPLZgDLZwDLZwDLZgCxYhO+nH/Ivbne1dL007mvYRTLZgDLZgDL ZgDMZwGtYRXBqI7BvLnhzsnbr5CzYRPLZgDLZgDHZgW8YRC5eEHHsZ/Oycjr3dfdtpazYRPL ZgDLZgDDZAezXxfZkVX3u4ehXh+9YwrLZgDKZQC8YwucXSPCnHzFua/Pz8/l5eX5+fn9//8A AAD//9WdYB68ZArKZwDLZgDDZAezXxe/hFa7qJnMvKzbpHeuYBnDZAfLZgDLZgC8ZQmfXx/Z tY3Xyb3k3dr/8ufRoX20YhHLZgDLZgC9YwqhXiHammPPfTa/Yg3IZQPKZgDGZAaqXxrWuqLT z87n5eX/+uz//+CdYB68ZArLZgDLZgC/ZAmoXxvDk2m8rJ/PvK3donSzXxfDZAfMZwDNZgC4 YhCrdUzNsKHVysbg3+Hy8vj6+v/09P/c3f+7vPiysvK5uvfX2P/v8P/29v/7+/////////// /+qtYhTLZgDLZgDLZgDMZwCxYhO6mHvIurTl0s3btJSzYRPLZgDLZgDGZQS9YRC6d0DGsJ7O x8T23dPGlnK2YRHLZgDKZwDBZAexXxfBiVrJtqfk0L/SlGS2XxXEZAbLZgDKZQC4YhCocknA oZLFs6zUtJevYhPLZgDLZgDLZgDLZgCxYhPBn4LMwb3i2db117yvYRTLZgDLZgDLZgDLZgCt YhS6oYe2sa7SwrzOpYWzYRPLZgDLaADEZQS7XxC7eUTKtKLRysf24NXFlXG2YRHNZgDLZgDA YwasXxrammT5xpuYXCa6YwvLZgDJZgC9ZAmlXh7BkmzGtqnNzc3i4uL29vb///8AAAD//92Y XSW6YwvKZwDLZgDEZAa0XxXBhFK4oI7Gr5/UmmmxXxfDZAfLZgDLZgC8YwuaXiPbuJfZzcPk 4N//9fH/2r6vYRXKZQLLZgDBZAesXxbajUi8Yg7GZAbKZQLGZQO9Yg2/fULZxK/X19fs7Oz/ /e///+CdXx+8ZArMZwDLZgDBZAeqXxrEkGK8o4/Lr5fFg064YBPEZAbLZgDNZgC4YhCud1DQ tafWzcnj4+P29vb////9///9/f/7+//6+//7+//9/P///v///////////////////+quYxXL ZgDLZgDLZgDLZgCxYhO6mHvIurTl0s3btJSzYRPLZgDMZwDGZQS8YBG3dUDGsJ7Ox8T23dPG lnK2YRHMZwDJZgDBZAexXxfBiVrJtqfk0L/Slmi1YBbEZAfLZgDLZgC6Yg6vc0XDmoTDqJrP poazYRPLZgDLZgDLZgDKZQKtYRXBo4jQx8Tk3dr42r2vYRTLZgDLZgDLZgDLZgCvYRS5m4C0 pqDOs6XMm3O2YhDLZgDKZwDEZAa6YBO7ekfOt6fZz8j/49C7glW5YQ3NZgDLZgC/ZAmmXxzb o3T1yKbGkGG4Yg7LZgDKZwDBZAetXxq/il/CsqLKysrg4ODz8/P///8AAAD//+3Jl222YhDL ZgDLZgDFZAO8YBHBe0W4ln/An4vSkFu4YBPEZAbLZgDLZgC4Yg6ocUTavKnd08zp5+f++fj/ 9d6qXxvGZAbKZQLIZQO/YgvPdR3GZAbJZAHLZgDDZAevYBfPmWrfzL3g4ODz8/P///L//+Cd Xx+8ZArLZgDLZgDDZAexXxfMi1jEmHnNnXnDdTLBYwrIZQPLZgDLZgC2YhCuelbWvrLe1dLp 6en6+vr+/v7//////v/9/v/9/v/9/v///v///////////////////////+qtYhTKZwDLZgDL ZgDKZQCxYhO6mHvIurTl0s3btJSzYRPMZwDLZgDGZQS9YBG6dkHGsJ7Ox8T23dPGlnK2YRHL ZgDLZgDDZAeyYBjBiVrLtqfiz8DttomvXxjDZAfLZgDLZgC9Ywu2cTjJk3DHmYHIkmm4YhDL ZgDLZgDKZgDGZAaqXxrTt5/Uz87q4+D73cCuYBPLZgDLZgDLZgDLZgC0YhS/k3S4mYrSo4S8 ekW8YwvLZgDLZgDEZAa3XxO8fUvUwK/j183/6cmcXSO8YwvLZgDNZgC8YgmfXSLhsIruyLDB kGq2YhDLZgDLZgDDZAezXxe9glTCr6DHx8fd3tzx8vD///8AAAD//ffpwKCxYRTKZgDLZgDI ZQPBYwq8aye8hVq9iF25ayi/Yg3IZQPLZgDLZgC0YhG4i2bbx7zj3Nnv7+/+/Pz///DMjFW7 YhHGZQTKZgDIZQPIZQPKZgDMZwDLZgC8ZAqfXCPhu5nk1czp6en5+fn///T//+CdXx+9YwrL ZgDLZgDGZQS6YRDBczC2dD+uai+6YRDIZATKZgDLZgDKZQKzYRTAk3Ley8Tn4N3w8PD8/Pz/ /////////////////////////////////////////////////+qtYhTKZwDLZgDLZgDLZgCx YhO6mHvIubbl0s3btJSzYRPLZgDLZgDFYwW8YBG3dUDGsJ7Ox8T23dPGlnK1YxLLZgDLZgDD ZAexXxfBiVrLtqfgz8Lot5GmXh6/ZAnLZgDLZgDDZAexXxe7dTq8ekmyai6/YwrLZgDLZgDG ZQO+ZAy+fUDexrLe2tnw6+r/4sWvYRTLZgDLZgDLZgDLZgC6Yw29gU2zfVS3dD2xXxfDZAfL ZgDLZgDDZAewXhfIj2LfzL3v4tT/5b6hXx69ZAnLZgDNZgC8Yg2laTXasJPox7fNnn60YhHL ZgDLZgDEZAa4YBS3eEbBrZzExMTb3Nrv8O7///8AAAD//vz/4cetXxjIZQPKZgDKZgDHZALD ZAe4Yg64Yg7BZAnIZQPKZQLLZgDLZgCxYhPUsJLh1tLr5+b29vb+/v7///X/3LelXh+/YwrL ZgDKZgDKZgDLZgDLZgDLZgCzYQ+/jmbhzL3o39vx8fH7+/v///T//+CdXx+9YwrLZgDLZgDK ZgDGZQTBZAm8Ywu+ZAvEZQTKZgDLZgDKZgDGZAasXxrQq5Hn29fu6un09vb+/v7////+//3/ //7////////////////////////////9/////////+qtYhTLZgDLZgDLZgDLZgCxYhPFo4bO wr7n19HdtpazYRPKZQDLZgDGZAa8YBO/fUrQuanUzcr74tjImHSzYRDKZwDLZgDEZQivXxjI kWTSv7Dh1cv/2rycXCW8YwvMZwDLZgDIZgLDZQa9Ywq8Yg2/YwrIZQPLZgDLZgDDZQavYRXT nmzp18bo5uX48/L/5civYRTLZgDLZgDLZgDLZgDGZQO6Yw23YQ+9YwvEZQjIZgLKZwDLZgC8 YgmjXSLitZTr3dH67d//3bSjXxy/ZAnKZQDLZgC4Yg6ye1DcuKbozsLbspKzYRPLZgDLZgDG ZQS9YRC+e0TMtqTKysre3t7w8PD///8AAAD///7//+68fEK6YRDEZAbKZgDLZgDLZgDLZgDL ZgDMZwDLZgDLZgDHZgS9YwqhXx7t1b3o5OPy8PD6+vr///////n//+2/i120YhHIZgLLZgDL ZgDLZgDKZQLEZAaqXxrhwKbm29fu6un4+Pj///////T//+CdXx+9YwrLZgDLZgDLZgDLZgDL ZgDLZgDLZgDKZwDKZgDKZQLCZQi0YBS+gErz2sbu6ej29PT5+/v///////////7///7///// ///////////////////9///9/////////+qtYhTLZgDLZgDLZgDLZgCvYhPWtZve0s7x4dvi vJyzYRPLZgDLZgDGZAa6XxTIhlXjzLzh2tf/6d7Lm3e0YhHLaADLZgDDZAewYBnYoXTi0sLm 3tf/7t3RoXevYRXEZAbIZgLLZgDLZwDLZwDLZgDKZQDKZQDKZgDIZgK4Yg6cXSP30a/x5dny 8O/++fj/58qvYRTKZQDLZgDLZgDLZgDLZgDLZgDLZgDLZgDLZgDKZwDIZgLDZQaxYRSzf1H9 3snz6eL/9ej/1qumXxu/ZAnLZgDLZgC1YQ+4hF/qyr3v2tLeuJqwYRLLZgDLZgDIZQPDYgq4 cTLhybXW1tbl5eXz8/P///8AAAD///////X/27qcXCK6YRDIZATKZgDKZQDLZgDLZgDKZwDK ZwDLZgC9YwqjXh/gtY756dzy8PD4+Pj+/v7///////z///j9272qXxrDZAfKZQLLZgDKZQDE ZAa2YRPPk1/3383r5+b18/P8/Pz///////T//+CdXx+9YwrLZgDLZgDLZgDLZgDLZgDLZgDL ZgDLZgDIZgLEZAezYRSvdEb417367uT29PP8/Pz///////////////////////////////// /////////////////////////+qtYhTKZQDLZgDLZgDLZgCvYhPnxqzr4Nz66uTmwKKzYRPL ZgDLZgDEZAa5YRXRkmDy3s3s5eL/7+fNnXu0YhHLZgDLZgDBZAesXhnir4Tw4NDq6Of88uv/ 6tO5eke0XxXDZQbKZwDLZgDLZgDLZgDMZwDLZgDIZgK/ZAmoXxvVrYr56Nv18ez4+ff//v3/ 6cyvYRTLZgDLZgDLZgDLZgDLZgDLZgDLZgDLZgDLZgDLZgDDZQazYROaXSXpy7D46+P48/D/ /Oz8yZ6sXxrBZAfLZgDLZgC2YRHDj2v329D35d7oxqixYhPLZwDLZgDKZgDIZQOqYBj13cXj 4+Pt7e329vb///8AAAD///////n///H70rG8e0StXxizYRS2YhC6Ywu6Ywu2YhCzYhGxYhOh Xx7ovZb/8N799e75+fn+/v7////////+/v7///7///HSmmmsXxqxYRS0YhG0YhGtXxicXCb+ 07L77eHy8vL5+fn///////////f//+aRXCqoYBq0YRO1YxK0YhG0YhG0YhG0YhGzYhGzYROv YRWoXxvMkV//5Mz/8+r9+PX7/Pr///////////////////////////////////////////// /////////////////+6aXiKxYhOxYhOxYhOzYROcXiLs1L727er/8+/iw6ycXSGxYhO0YhSt XxijXCPJmHL87N/18O3/9u/En4WfXiGyYxSxYhOqXxqYXCbjupn67uLx8fH6+Pf///P/79K1 ekioYBqxYhG2YhC5Yw+4Yg64Yg61YxKtYRWlXh7wvpD/79/59PH7+fn+/v7///7/6NKcXiKx YhOwYRKxYhOzYROxYhOzYROxYhOzYROxYhOxYhOmYBrgpnL/27n/9ej8+Pf+/Pz///XhtpWa XCaqXxqxYhOzYROhXiG+lnr+6eH88Oz638qcXyGwYRCxYhOwYRKzYROaXiL/7Nrv7+/09PT6 +vr///8AAAD///7///z///v///X/9eH00bfMoIHVoXiYXSWYXSXRnXTJnHvtyav/7NT/+u3/ +/T//v3///////////////////////////n/59TIoITOoYDPn33OnnzInH/Yt6P/9+r/+fT6 +vr+/v7///////////v///S/oIvKoIPQoH7OnnzNnXvNnXvLnXvLnHzdspHqw6Pnwqb/5s// /Or//PT//fr///7///////////////////////////////////////////////////////// //////7///jlybHvyavtx6nsxqjsxKfiw6z37OT9+fj/+/ry49rmx7DuyKruxqnqxanlw6vp 0sL/+fX++vn//Pno1svnyLHuyKrtx6nnxKrgw6704dL/+vX7+/v9/f3///z///f//Or42r/V rIvSoXuvek+SWivLlGfMnHjowqT/5c7/+uv/+vb//f3////////////98urlybHvyavtx6nt x6nsxKfrxafsxKfrxafsxKfrxaf+3L//5Mr//ev//vL///r///////////vr2Mnkx7Lsx63t x6nsxKfjw6zj0cb/+Pb/+vn98OjkyLDvyavtx6ntx6nsxKfgxKz/+vP6+vr8/Pz+/v7///8A AAD///7///7//v///////v7///n//vf//+v//93//9z//+3///X//vv///z///////////// //////////////////////////7///n///f//vX///T///T///X//vv///z//v////////// /////////v3///v///j///X///T///T///T///T///T//vX//vf///j//vv///z///7///// //////////////////////////////////////////////////////////////////////7/ //z///v///n//vn//vn//vn///v///7///////7///z//vv//vn//vn///n///j///n///7/ //////7///z//vv///n//vn///n///n///v///7///////////////////7///n///X///H/ /+v//+b//+f///H///j///z///7//v///v////////////////7///v///n//vn//vn//vn/ /vn//vn//vn//vn///n///v///z///7///////////////////7//vr///n///n//fj//vn/ /vv///z///7//v////7///v///n//vn//vn//vn///v///7///////////////8AAAADAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAABAE8AbABlADEAMABOAGEAdABpAHYAZQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAGgACAP///////////////wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAMAAACCAwAAAAAAAF8AOQA3ADIAMgA4ADgAMQAyADEAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAWAAEA//////////8LAAAAkBICAAAA AADAAAAAAAAARgAAAACA6gTKwhG+AYDqBMrCEb4BAAAAAAAAAAAAAAAAAQBDAG8AbQBwAE8A YgBqAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABIA AgH///////////////8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAASAAAA eAAAAAAAAAADAE8AYgBqAEkAbgBmAG8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAEgACAQoAAAAMAAAA/////wAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAABQAAAAEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAABAP7/AwoAAP////8mAAMAAAAAAMAAAAAAAABGGgAAAE1p Y3Jvc29mdCBDbGlwQXJ0IEdhbGxlcnkAEwAAAE1TX0NsaXBBcnRfR2FsbGVyeQATAAAATVNf Q2xpcEFydF9HYWxsZXJ5APQ5snEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAwAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACOAgAA /+D1BQEBKEFsbCBDYXRlZ29yaWVzKQBDOlxNeSBEb2N1bWVudHNcY3dsb2dvbS5qcGcA7mIA 2CZDLgzvYgCW7WIABzrofZbtYgDYJkMu/O5iAIz48X2uA+l9lu1iAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAADuE/e/VwECAE8AbABlAFAAcgBlAHMAMAAwADAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAGAACAf////8NAAAA/////wAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAG4AAABQRAAAAAAAAAEATwBsAGUA MQAwAE4AYQB0AGkAdgBlAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAaAAIA////////////////AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA FQAAAIIDAAAAAAAAMQBUAGEAYgBsAGUAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAA4AAgABAAAAGwAAAP////8AAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAADIAAAAdiYAAAAAAAAFAFMAdQBtAG0AYQByAHkASQBuAGYA bwByAG0AYQB0AGkAbwBuAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAKAACAQIAAAAQAAAA /////wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACQAAAC0AQAAAAAAAIEA AACCAAAAgwAAAIQAAACFAAAAhgAAAIcAAACIAAAAiQAAAIoAAACLAAAAjAAAAI0AAACOAAAA jwAAAJAAAAD+////kgAAAK4AAACUAAAAlQAAAJYAAACXAAAAmAAAAJkAAACaAAAAmwAAAJwA AACdAAAAngAAAJ8AAACgAAAAoQAAAKIAAACjAAAApAAAAKUAAACmAAAApwAAAKgAAACpAAAA qgAAAKsAAACsAAAArQAAAP7///+wAAAAsgAAALEAAACzAAAAwAAAALQAAAC1AAAAtgAAALcA AAC4AAAAuQAAALsAAAD+////vAAAAL0AAAC+AAAAvwAAAMEAAAD+////wgAAAMMAAADEAAAA xQAAAMYAAADHAAAA3AAAAMkAAADKAAAAywAAAMwAAADNAAAAzgAAAM8AAADQAAAA0QAAANIA AADTAAAA1AAAANUAAADWAAAA1wAAANgAAADZAAAA2gAAANsAAAD+/////v////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// /////////////////////////////////////wMAAAAEAAAAAQAAAP////8QAAAAAAAAAG4Q AAC4AwAAKEQAAAEACQAAAxQiAAAAAOIhAAAAAAUAAAALAgAAAAAFAAAADAIkAJ8ABAAAAAMB CAAFAAAACwIAAAAABQAAAAwCJACfAAQAAAAHAQMABQAAAAkCAAAAAAUAAAABAv///wDiIQAA Qw8gAMwAAAAkAJ8AAAAAACQAnwAAAAAAKAAAAJ8AAAAkAAAAAQAYAAAAAACAQwAAAAAAAAAA AAAAAAAAAAAAAP////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////7+/v////////////////////////////////////// //7+/v////////////////////////////////////////////////////////////////// //////////7+/v////////////////////////////////////////////////////////// /wAAAP////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////7+/vz8/Pr6+vn5+ff39/b29vb29vn5+fr6+vz8/P7+/v7+/vz8 /Pr6+vj4+Pb29vb29vj4+Pn5+fv7+/39/f////////////////////////////7+/vv7+/n5 +fb29vPz8/Ly8vHx8fPz8/X19fj4+Pr6+v39/f////////////////39/fv7+/n5+fj4+Pf3 9/f39/j4+Pn5+fv7+/z8/Pz8/Pv7+/n5+fj4+Pb29vb29vj4+Pn5+fr6+vr6+vr6+vn5+ff3 9/X19ff39/n5+fr6+vz8/Pz8/Pv7+/n5+fj4+Pb29vb29vj4+Pr6+vz8/P7+/v///wAAAP// //////////////////7+/vv7+/j4+PX19fPz8/Dw8PHx8fPz8/X19fj4+Pr6+v7+/v////// //////39/fv7+/n5+fj4+Pb29vb29vj4+Pr6+vz8/Pz8/Pz8/Pr6+vr6+vf39/b29vj4+Pn5 +fv7+/39/f39/fz8/Pr6+vj4+Pb29vb29vb29vb29vb29vb29vf39/j4+Pr6+vz8/P7+/v// //////////////////////////////////////////////////////////////////////// //////////////v7+/X19e/v7+np6eTk5OPj4+Tk5Orq6vDw8PX19fn5+fj4+PLy8uzs7Ofn 5+Pj4+Pj4+bm5uvr6/Hx8fj4+P39/f////////////////39/fv7+/b29u/v7+np6ePj4+Dg 4N7e3t3d3d/f3+Hh4ebm5uzs7PPz8/n5+f39/f////7+/vn5+fPz8+3t7efn5+Pj4+Pj4+fn 5+3t7fLy8vX19fX19fHx8ezs7Obm5uPj4+Pj4+jo6O7u7u/v7+/v7+/v7+rq6uTk5OPj4+Tk 5Orq6u/v7/T09PT09PLy8u3t7efn5+Pj4+Pj4+np6e/v7/X19fr6+v///wAAAP////////// //7+/vr6+vPz8+zs7Ofn5+Li4t/f39zc3N3d3d/f3+Hh4efn5+3t7fX19fn5+f39/f39/fr6 +vT09O3t7efn5+Pj4+Pj4+np6e/v7/X19fb29vX19fDw8Orq6uTk5OTk5Obm5uzs7PHx8fj4 +Pn5+fT09O/v7+np6eTk5OPj4+Li4uPj4+Li4uTk5OTk5OXl5ejo6Ozs7PLy8vj4+Pz8/P// //////////////////////////////////////////////////////////////////////// //39/fn19O/r6ubh4NzX1NPOy9LNzNLOzdrY2OLi4uzs7PPx8PPv7uzn5uHc2dfSz9LNytLN zNbS0d3b2+bm5u/v7/n5+f////////////////r6+vXz8+7p6Obf3N3U0NjNydTJxdDHw9DH w8/Ixc/LytPR0dnZ2eXl5e/v7/j4+P39/f/9/ffz8u/q6eXg39rV1NLNytLNzNfV1ODg4Ozq 6vDu7fLu7evm5eHc29bRztLNytLNzNvZ2OXj4+nl5Onl5Orl5ODb2NTPzNLNzNPPzt3b2+fl 5e/t7fHt7O/q6eXg39vW1dLNytLNzNrY2OPj4+3t7fb29v///wAAAP////////7+/vn5+fDw 8Ofn59vb29HR0cvLy8jIyMfHx8fHx8jIyMvLy9HR0dvb2+bl5+/u8Pj4+Pv7+/T09Orq6uDg 4NXV1c3Nzc3NzdvZ2eXj4+3t7e/v7+/u8OXk5tvb28/Pz8vNzdHT097e3ujo6PHx8fHx8e3t 7ePj49nY2s3Mzs3Nzc3Nzc3Nzc3Nzc3Nzc7Ozs3Pz9DS0tjY2OHh4enp6fPz8/r6+v7+/v// ///////+///+//////////////////////////////7+/v/+///+///+///+//////r49/bt 6uvf29/PydG/uMi2r8S0rr+2s8bCwdTS0uLg3+rl4u/k4Oja1NrKw8y6s8a0rcK0rsG4tcnF xNXV1eTk5PLy8vz8/P7+/v/+//z7/fXz8+3o5+ja1N/Kwte9sdK1p82wocmuoMiuosKvp7yz sLy4t8XDw9TU1OLi4u/v7/v5+f/8+/vv6+/h2+LSzNLCvMa0rcO1r8nCv9TS0eXh4Orl4vHl 4era1NrKxMq4sca0rcS2sMzHxNvX1uTb2Ofb1+fZ09rKw8q4scS0rsG4tc/Kyd/a2+rl5PDl 4e/h2+LSzNLCvMa0rcK0rsvGxdbW1uXl5fPz8////wAAAP////////37+/bx7vPn3enZydvH ttK8qsu1o8iyoMawnsWxoMKyosC0qL+5tMfDwtfV1ePj4+/v7/v28//x5fTk1OXVxdfEtcm2 p8S2qs3Gw9jW1url5PHo5Pjp4O3cz97LvMu6rcS2qsi+t9HNzN/d3PPt6Pjt5ffn2unZydrH usm2p8m2p8m2p8m2p8m2p8m2p8e3qsS4rMW8s8XCvs3Ly9ra2ufn5/Ly8vr6+v/////////+ ///+///////////////////////////////////+///+///+///////9/f/07OTJtc6pjcWc fLmObbKHZqyFaaeNfLeon8S/vNjSzejUw8utlMymiMGYd7WKaa6FZayFabSZhbaspcTCwtfX 1+vr6/j4+P/////////49fzs4PTZxdWvkbSGZK56Va53UKt1TKl1TadzTq+CYbGPd7SdjbKo ocK+vdbU1Ojm5vfy8/vu5tu7pNewkMyjg7yTc7GGZaaEbLSlnMrDwODX09rIvdGymdKpicOa erWJarGFZqeHcLqvp9fNxs+1p8yqk9Coi8SberWKaaqFa6WOf8O3sdTNyuDTy9Gym9ewkMyj g7yTc7GGZaaEbL6zq8jIyNzc3O/v7////wAAAP/////+/vv29frq3vfUs92qf7yBT7x8Rrt5 RLl3Qrp2QbV2Q7yIWryWdLKdjrKppcTAv9fV1ejm5vfn2+W8m+eyh9qmeMyVaMGJWrGHZMK0 qM3Ix+nd2dvBseO2lOCrgNSdcL+LYrOGZbqbhse9ttrUz/vp2Nq5n+K1j92ofdCZbL+IW8GI W8GJWsOIWsGJWr+IW8KSaMKYdb+gibOmnrayscfFxdnZ2enp6fX19f7+/v////3///3///// ///////+///+//////////3///3///////////////////759v/p1bJ2Qq9fGLFhFLNiEbNi EahgGqNsP7eVfbuwqNLCtdOlfJ9dIqtfF7NhE7NhE7FhFKxfGrV7Sq6Xh7Swr8zKyuDg4PLy 8v7+/v/9/f/z5vfKqL5+R6xgGLRiEbVhD7hiELhiELZiELZiELFhFKhfG7V9TK6TfrKno8bC wdza2vHs6/jgypxeIrNhE7NhE7JgErNhE51eIrOXf8i6tObRyb+YfKFeIbNhE7NhE7NhFK9g F5hcKMayoNvKvcOPaqNcI61fGLNiEbNiEaNfHp9zVMauotPHweDIspxeIrFiE7NhE7NhE7Ni EZxeIr6plMHBwdjY2Ozs7P///wAAAP/////++f/x4tq0lJhdJaxfGrRgFLphEbxgEbxgEb1g EbhgE61fGJ5eJKV5VK+UgLSqo8fFxN/b2u3Vw5dbJ61fGq1fGK9fGLFfF5lbJbikksC5tuHO x7aOdZ1bJq1fGq9fGKpdHpxaKbOGZcS2qtjPxv/nzopbL6FeIa1fGq9fGK9fGLFfF7FfF7Nf F7FfF69fGKpfG6JfIqNtPq2LbqyZirawq8nJyd/f3+/v7/z8/P////3///3////////////+ ///+//////////3///3/////////////////+v/26d6yjbFgFchkBMpmAMtmAMtnAMFkB6pf G7qGXbqllsuznbl6PrlhDcZlBMtmAMtmAMplAsZkBqxfGrGNb7ClncPAvNfX1+rq6v76+f/7 9PfYv51dI7hhEcRlBMxnAMtmAMtmAMtmAMtmAMtmAMhmAsRkB61fGKV4UrCZib+2stDOzenk 4/zewa9hFMtmAMtmAMtmAMtmALFhFLqYes26svHSw8WRabZiEMtmAMtmAMhmAsNiCrt0Nc62 ouPPvtGTY7ZfFcRkBstmAMtmALhiEKp0S82vntfHwOnJrK9iE8pnAMtmAMtmAMtmAK1iFMOq kMHBwdjY2Ozs7P///wAAAP/////77vPEnqNdIbZiEMFkB8NlBsRlBMZlBMZlBMZlBMRkBsFk B7pjDa1fGLV9TLOfjr25uNbR0O7Qt6hgGsFkB8FkB8JjBsNkB6ZgGrefh7ivrNnAtreIaK1f GMFkCcNkB7piDqpeHLyIX8e2qdvPw//px5ZeI7NiEcFkB8NkB8NkB8NkB8NkB8NkB8NkB8Nk B8FkCb1jCrRiEaVeH7WEXLGgk727u9PU0ufo5vn5+f////////////////////////////// ///////////////////////////98f/oxp1dI7xjC8pmAMtmAMtmAMtmAMZlA7xiDrp2O8Ce hsGcgK1iGMZlBMpmAMtmAMtmAMtmAMpmALZiEKh0RrWahb21rszOzuPj4//38P/66cyacLFg FcRkBsplAstmAMtmAMtmAMtmAMtmAMtmAMtnAcplArtkDp9dIrqQbb6wpMnHxuTc3PnZvK9h FMtmAMtmAMtmAMtmALFiE7qYe8+7sPfRua5zQbpjDctmAMtnAMZlBLphEbx8RtC6qObSwdOV ZbZfFcRkBstmAMtmALhiEKp0S8yundfHwOfHqq9iE8tmAMtmAMtmAMtmAK1iFMKrkb/BwdnZ 2e3t7f///wAAAP///v/y3rp3PrxiDsZlBMpnAMpmAMhmAsRkBsRkBshlA8pmAMtmAMhmAsRk B6hfG7OVfLuyrtTLyO3NsK9hFMtmAMtmAMtmAMtmAK9iE7iYe7Wkm9KwoLuDWrljEctmAMtm AMNkB7FfF8GJWsm2p9vQwv/qwp1gHr1jCstmAMtmAMtmAMpmAMdlAcplAsplAstmAM1mAMtm AMZlA71iDa5rLrOWgbm0s8/NzOPk4vX19f////////////////////////////////////// ///////////////////86+ivfLFiE8NlBMtmAMtmA8plAsplAshlA8ZkBrNgFcyYc7aCWbVh D8pmAMhmAslnA8pmAMtmAMtnAL1jCqJfIrqPbrutocLExNzc3P7y6P/fwZ1dJrxiDctmAMtm AMhmAsNkB71jC7xiDb1jCsZlA8tmAMtmAMNlBrNhFLd+S72pmMPBwODY2PbWua9hFMtmAMtm AMtmAMtmALFiE7qYe9S9rvzRsJ1dI7xjC8tmAMtnAMNlBrNfF8mOYNG+r+nXxtugcrNgFcNk B8plAMplALhiEKp0S82snNfGveXFqK9iE8tmAMtmAMtmAMtmAK1iFMOsksHDw9ra2u7u7v// /wAAAP//+/fWvKxfGsZlBMhmAMpmAMplA8NjCbRhE7RgFMFjCshkBMpmAMtnAclkAa9hFKyF Zb+tptLHw+fJrK9hFMplAMtmAMtmAMtmALRiEcKSbruXhdGghr98S7xiDctmAMtmAMNlBq9g F7+JWsm3ptvQwv/qwp1gHr1jCs1mAMtmAMpmAMZlBMNkB8RkB8ZkBsplAstmAMtmAMplAsZl A61gF6yEaL6vrM7Kyd7g4PLy8v/////////////9/f37+/r6+vr6+vr6+vv7+/v9/fz+/v// /////////v/44KZfG8NlBshmAMpmAMZkBsRkB8dkCMZlBMhlA71iDdiOVLhvM79jCshmAsFk CcFkCchmAstmAMtmAMNlBrNfF7d/ULillr+/v9TW1vzs3+/AmqheHr9kCctmAMtmAMNkB7Ff F8N8Q8iIWLt1Or1jCstmAMpnAMZlA8FjCrVwMb6lkcK+vdzU1PPTtq9hFMtmAMpnAMpnAMtm ALFiE7qYe9W8rO28lqVeH79jCstmAMtmAMFkB6xfGsuYbdPDs+zZyvK7jq9fGMNkB8tmAMtm ALhiEKpyScqpmdbDu+PBo7FiE8tmAMtnAMtnAMtmAK5jFceulMPDw9vb2+/v7////wAAAP// 9NqwjbNhE8tmAMpnAMhmAsNjCcNvI9mZYuiocst3L8FiC8hlA8tmAMtmALZiEKp5UcSrm9HD vebIq69hFMtmAMtmAMtmAMtmAL1jC7d0O65zRrZzQrpqKcFkCctmAMtnAMNlBq9gF7+JWsm3 ptvQwv/qw59fHr1jCs1mAMtmAMZlA71jC899L8+EP61fGL1jC8ZlBMplAstmAMtmALRiEa5+ XMWups/Ixd3f3/Ly8v////z8/Pj4+PXz8+/t7ejo6Obm5ufn5+3t7fHz8/b4+Pz8/P///v/+ +vjWuLFiE8tmAMtmAMZlA71iDduCMth9LL5iCchlA8ZkBtF3KrpgE8ZkBsRkBrRhE+yaTcFj CshlA8pmAMhlA79iDbZzNrefibq4t9HR0fnp2e+4i69fGMNkB8tmAMplAL1jC7l0O+exjvPK sfK+lrZiEMtmAMpnAMpmAMhkBK1hGb2hicG8u9rT0PPTtq9hFMtmAMpnAMpnAMtmALFiE7qY e9a8rO25kKpfG8JlCstmAMplAL9kCaVeHtCjfdfHuu7ezvPAlaxfGsJlCMtmAMtmALdhDaxz Rsqnk9fBttKukLFiE8tmAMtnAMpnAMplAqpgGMqwmMbGxtzc3PHx8f///wAAAP//57uHWLhi DstmAMxnAMRlBLhhEcWCSdu5nPLStfK0frRgFMRkBs1mAMtmALpjDaduO8yrkdTDuuTEp69h FMtmAMtmAMtmAMtmAMZlA71jC7piDrxiDcFkCchmAsplAMtmAMNkB7JgGMGJWsm2p9vQwv/q w59fHr1jCstmAMtmAMNlBq9hFdicZuPAn//ZtteQUbxgDcZlBMtmAMtoALZiEKhzTsmtotDH w93d3fHx8fz8/Pj29u/t7ePj49nZ2dPT09HR0dPT09nZ2ePj4+3t7fb29v/8+f/89Nuti7Vj EstmAMtmAMNlBrFgFeCUUuKXU7NhFMNlBsplAsZkBsZkBsplAr1jCqFeIfu6g8h0LMJjDMhl A8llAMhlA6xhF7aVe7qzsM7My/fl1NaabLRfFcRkB8tmAMpnALhiDrB1R9avmeLIvPDJqbNh E8tmAMtmAMtmAMplAq9hFbiXfcO6t9zT0O/RtK9hFMtmAMtmAMtmAMtnALFiE7qYe9a8q9uk ea1fGsFkB8tmAMxnALxjC5xdI9q0lNjMwvHh1P/ZrqZfG79lB8tnAMtmALpjDapuOsykiNi+ sMukhLNhE8tmAMtmAMhmAsVjC7JrLMuynsjIyN/f3/Pz8////wAAAP//35hdJbpjC8tmAMtm AMNkB7NfF8OIWsm2p+DQwOiziK1fGsNkB81mAMtmALxjC5xdI9GridbDtubGqa9iE8xnAMtm AMtmAMtmAMtmAMtmAMtmAMtmAMtmAMtmAMtmAMtmAMNkB7FfF8GJWsm2p9vQwv/qxJ1gHr1j CstmAMtmAL9kCahfG8qacMy8r+rWxdKXZrRfFcRkBstmAMtmALZiEKp0S8uun9LHw93d3e/v 7/b0+ufn9drY7sbG5Li317Gw0LGxyba2xMDAxs/O0N/f3+vr6//38P/45a92SbhiDstmAMtm AL9kCaheHOWlbvS0fahfG79kCctmAMtmAMtmAMtmALhiDrJ6S++8lNeOUrphEcZkBstmAMtm ALNhE6uEZLyuqM3Ix/bi0diaarZfFcRkBstmAMpnALZiEKp0S82un9nHwOnIrq9hFMtmAMtm AMtmAMtmALFhFLqYe8W6ttzT0O/RtK9iE8tmAMtmAMtmAMtnALFiE7mXeti8q96idLFfF8Nk B8tmAMtmALhjDa91RNa3oNnOxvPm2P/juqNfHL9lB8tnAMtmAL1jCp1eIs6gfti4pcqffrNi EctmAMtmAMZlBL9gEL57RM62pMzMzOLi4vb29v///wAAAP//2JxfH7xlCctnAMtmAMNkB7Ff F8GJWsm2p+DQwOiziK1fGsFkB8tmAMtmALxkCp1eIdOshtbDtOfHqq9iE8pnAMtmAMtmAMtm AMtmAMtmAMtmAMtmAMplAMtmAMtmAMtmAMRlCLFfF8KKW8q3qNzRw//rxZ5hH71jCstmAMtm AL9kCahfG8qacMy8r+jVxu22ia9fGMNkB8tmAMtmALhiEKp0S8uun9LIwd3d3e3r6+no+NPS /qqp7YGC2nJx0W9vzX1+yJKSuqKisrS0uszMzN/f3/3v4//jw59dIr1jC8tmAMtmAL1jCp9e IeixhP/JnJ9dIr1jCstmAMxnAMtmAMtmALVhD7WEXue9oOalcrFgFcNkB8tmAMtmALRiEax8 WMGroMzFwvDezdWXZ7ZfFcRkBstmAMtmALhiEKp0S82un9nHwOnIrq9hFMtmAMtmAMtmAMtm ALFiE7qYe8W6ttzT0PHRtLBjFMtnAMtmAMtmAMtmALFiE7mXete5psmIVbhgFMRkBstmAMtm ALZiELJ/V9O5q9rRzfbp2//0zaFfHr1kCctmAM1mAL9kCaVeHsiUa9ixm76OarRiEctmAMtm AMRkBrpgE7p7SM+4qM/Pz+Xl5fj4+P///gAAAP//1J1gHr1kCcxoAMtmAMNkB69gF7+JWsm2 p+DQwOq1iq1fGsFkB8tmAMtmALxlCZ1fH+rDnOTRwu3Psq1iE8pnAMtmAMtmAMtmAMZlBLpi DrRhE7hiEL1jC8ZlA8plAMtmAMNkB7FfGMOLXMu4qd3SxP/sxp1gHr1jCstmAMtmAL9kCahf G8qacMy8r+bWxuu2i61fGsNkB81mAMtmALhiEKp0S8uun9LIwdra4OHg9M3L+Xl60hoakBIU nhERoxESohgYlFNUrHt7sZeYrbS0utDP0fXl2PnLoqVeG79kCctmAMtmALpjDadrN+K0kvzP rq5zQbpjDcxnAMtmAMtmAMtmALNiEbeMa+LAqe21hqxfGsFkB8tmAMtmALhiDql0ScSol8rC u+7cy9WXZ7ZfFcRkBstmAMtmALhiEKp0S82un9nHwOnJrK9hFMtmAMtmAMtmAMtmALFiE7qY e8W6tt7S0PHRtK9iE8tnAMtmAMtmAMtmALFiE7WTdtCwmciARL9iDcdkAstmAMtmALRiEbmM a9C9ttzV0vfr4f//4ZpeI7xjC8tmAM1mAMFkB6teGcqNW9anh7Z/UrhiDstmAMtmAMNkB7Rf F8mOYNO+r9TU1Onp6fr6+v///gAAAP//1Z1gHr1kCctmAMtmAMNkB7FfF8GJWsm2p+DQwOu2 i61fGsFkB8tmAMpnALxlCZ1fH/3Wr+7e0f3ix61iFMtmAMtmAMtmAMtmALpjDciNXMubeeKp gsiBSL1jC8tmAMtmAMNkB7FfGMaNYM+8rd/Uxv/tx51gHr1jCstmAMtmAL9kCahfG8qacMy8 r+bWxuu2i61fGsFkB8xnAMxoALhiDqp0S8uun9LHw9XV58fG/mdnyxISpggIuAYHvQQGvgQG vggJtw0PqkBAtHt7saKissHBx+zbzum3jaleGsFkCctmAMtmALhiEK13Ttm0nvLNucWRaLhi EMtmAMtmAMtmAMxnALFiE8Gdf9vBsPvKnqZfG79kCcxnAMtmALpjDatxPcinjcq/t+3ZyNOY Z7RfFcRkBstmAMtmALhiEKp0S82un9nHwOnJrK9hFMtmAMtmAMtmAMtmALFiE7qYe8W6tt7S 0PHRtK9iE8tmAMtmAMtmAMtmALFiE7OPccqoi61gF8hlA8llAMtmAMtmALFiE7yWeMi8uNjU 0/Tq4//97MCJXrhiDstmAMtmAMNkB7NfF8uFSt2icZ1eIr1jCstmAMtmAMFkB69eGsiTaNfE tdnZ2e/v7/v7+////wAAAP//1Z1gHr1jCstmAMtmAMNkB7FfF8GJWsm2p9/PwuK1j6FeIbNi EbxlCbxkCq1iE5VeJf/oxffr3//23K1iFMtmAMtmAMtmAMtmALNhE8aae9e6sfzUwsyRabph EMtmAMtmAMRkCq9eGsWOY9G+r+LXyf/wyp1gHr1jCstmAMtmAL9kCahfG8qacMy8r+bWxuu2 i61fGsFkB8tmAMtnALhiDqp0S8uuoNDHxM7P8X593RERowQGvgAAzAAAzAABzQAAzAEByQMD xQ0PqlNUrJKSura2xObWxtijeKxeGcFkB8tmAMtmALRiEbODX9S0p+3NwMORbbZhEctmAMtm AMtmAMtmAK9hFMKkidXCs//Uq6NfHL9kCcplAMtmALxkCpxeIsumhMq+suvXxtGWZbRfFcRk BstmAMtmALhiEKp0S82un9nHwOnJrK9hFMtmAMtmAMtmAMtmALFiE7qYe8W6tt7S0PHRtK9h FMtmAMtmAMtmAMxnALRiELuNZMqcc7RiEMtmAMtmAMtmAMllALBiFrmYfr+4tdPR0e3m4//5 8dCigLRiEctmAMtmAMZlBLphEcx7N9ePT6xgGMFkB8xnAMtmAL9kCaZeHtangdzMv+Dg4PPz 8/39/f///wAAAP//1Z1gHr1jCstmAMxnAMNkB7FfF8GJWsm3ptnPxda1m4pbL5hdJZ1gHp1f H5VeJYNaM//13f717P/9461iFMtmAMtmAMtmAMtmALFiE72XedC5sfXTw8mRaLhiEMtmAMtm AMFkCapfG82bcdHAs+TZy//xy51gHr1jCstmAMtmAL9kCahfG8qacMy9rebWxuu2i61fGsFk B8tmAMtmALhiEKpzTMutos7FyLq68BMTmwQGvgECyAABzAAAzAAAzAAAzAABywEByQgJtxgY lH1+yLGxyebTxMmQY69dFsNkB8tmAMtmALRiEbSHZdK2q+rOw8KScLRiEctmAMtmAMtmAMtm AK1iFMWqkNPDtv/fuKFfHr1kCc1mAMtmAL1kCaNfHsiddsu+sOnVxNOVZbdgFsRkBsplAMtm ALhiEKp0S82un9nHwOnJrK9hFMtmAMpnAMpnAMpnAK9iE7qYe8W6tt7S0PHRtK9hFMtmAMtm AMtmAMtmAL1jCsyGSs2HS71jCstmAMtmAMpmAMhkBKpfGrebg7SyssrKyuXh4P/z7/fRs7Fi E8tmAMtmAMhmAsNjCc9zINqFNbhiDsZlBMtmAMtmALxjC5pdJdu3mdzQxuTk5Pj4+P////// /wAAAP//1Z1gHr1jCstmAMxnAMNkB7FfF8KKW8m3ptPNxvfl1P/33v//3///2f//2v/92v/6 4v/67f/79v//66ZgGsRlBMpmAMtmAMtmALFiE7iWec25rvTSu6tzRLdhDctmAMtmAL9kCaVf HMygd9PDtubbzf/zzZ1gHr1jCstmAMtmAL9kCahfG8qacMy9rebWxuu3ia1fGsFkB8tmAMtm ALhiEKpzTMmso8zDzaGh4Q0OrAAAzAAAzAABzAAAzAAAzAAAzAAAzAAAzAQGvhESom9wy7Gw 0OjVxsyQYrJeFsRkB8tmAMtmALNiEbOIZ9C3rerPxdCjgrRiEctmAMtmAMtmAMtmAK1iFMOq kM/Dt//eu51eIb1jCs1mAMtmAL9kCaZfG8eab8u7runVxNKUZLZfFcRkBstmAMtmALhiEKp0 S82un9nHwOnJrK9hFMtmAMpnAMpnAMpnAK9iE7qYe8W6tt7S0PHRtK9hFMxnAMtmAMtmAMtm AMVmBbZhE7ZhEcRkBsplAMtmAMtnAchkBMF1LbaUd7Cno8bCwdvZ2fLt7P/z2ahgGsRkBspl AspmAMdkAsZkBsJlCsNkB8hmAstmAMtmALZiELOAVda9qdrSy+fn5/n5+f///////wAAAP// 1Z1gHr1jCstmAMtmAMNkB7FfF8GJWsi4qM/NzOfh3Pnw5//z5/rv4fbo3PDn2uzl3O7q5fHv 7//35t6gardgEMRlBMtmAMtmALFhFLWTds24qffRr5peI7xjC8tmAMtmAL5lCqFfHtqxitPI uujdz//20J1gHr5kC8tmAMtmAL9kCahfG8qacMy8r+bWxuu3ia1fGMFkB8xnAMtmALhiEKp0 S8mso83Dz52c4A0OrAAAzAAAzAAAzAAAzAABzQEAzAEAzAAAzAQGvhERpXJx0bm42PDcy9GT Y7VeFMRkBstmAMtmALNiEbSJaM+4sOjRydyzk7NhE8tmAMtmAMtmAMtmAK1iFMarkc/Duf/f vppeI7xjC8tmAMtmAL9kCahfG8aWbMq6rejUw9SUZLhfFcNjBcxnAMtmALhiEKp0S82un9nH wOnJrK9hFMxnAMtmAMtmAMtmALFiE7qYe8W6tt7S0PHRtK9hFMxnAMtmAMtmAMtmAMpmAMRk BsRlBMplAstmAMtmAMtmAMpmALRiEKx5TredjMG4tNHR0ejm5v/66NygbLZhE8RkBstmAMpm AMtmA8hmAshmAspmAMtmAMplA7BiFrmTc8S5sdXSzubm5vf6+Pz//f///wAAAP//1Z1gHr1j CstmAMtmAMNkB7FfF8GJWse3p83Nzd/d3Ozo5+3o5+Ld3NjT0NLNytHNzNvZ2ePj4//v4uqz hq9fGMNkB8tmAMplALFhFLWRc861pffNo59fHr1kCctmAMtmALxkCpxfIdm1kdbKvu7j1f/5 051gHr1jCstmAMtmAL9kCahfG8qacMy8r+bWxuu3ia1fGMFkB8tmAMtmALhiEKp0S8mtosvC zKSk5BEPqAMCyAEBywAAzAAAzAAAzAEAzAEAzAAAzAYHvRIUnoGC2sbG5Pzm1MWCS7xgD8Zl BMtmAMtmALNhE7WObs26s+XSy9u0lLNhE8tmAMtmAMtmAMtmAK1iFMesks/EvP3exbB3RLtk DstmAMtmAL9kCapfG8WVa8m4q+bSwdSUZLhfFcRkBstmAMtmALhiEKp0S82un9nHwOnJrK9h FMtmAMtmAMtmAMtmALFiE7qYe8a7t97S0PHRtK5gE8tmAMtmAMtmAMplAMpmAMRkBsRkBsZl A8plAstmAMtmAMtmALxjC59cI7yVdcKzqsvKzOLi4v/05f/XqrFfGMNkB8tmAMtmAMpmAMZl BMZlBMpmAMplAMplA7ptJLybgbu0sc/NzOPj4/b59/3//v///wAAAP//1Z1gHr1jCstmAMtm AMNkB7FfF8GJWsm2p8/NzOLb2O7i3uvc2d7OyM+9tsS0rcC0sM3Gw9jW1vjn2vXDmapfG8Fk CctmAMtmALNhE7CHZ9Cyn/HAmKNfHr1kCctmAMtmALpjC5hdJdu5m9nPxfDl1//9151gHr1j CstmAMplAL9kCahfG8qacMy8r+bWxuu2i61fGsFkB8pnAMtmALhiEKp0S8uuoM7Gx7/A8xQU ngYFvwMCyAEAzAAAzAAAzAABywABywAAzAgIuBoakKuq7tjY8P/x26ZdGcZlBMplAstmAMtm ALFiE7yYesu7teXTzNu0lLNhE8tmAMtmAMtmAMtmAK1iFMevk8zEvffdzcuXb7ZiEMtmAMtm AMJlCKteGciVasm5qeXRwNGRYbdeFMRkBstmAMtmALhiEKp0S82un9nHwOnJrK9hFMtmAMtn AMtmAMtmALFhFLmXesW6tt7S0PHRtK9hFMtmAMtmAMtmAMtmAMRlBLZhE7RgFL1iDcRkBslk ActmAMtmAMFkB69eGruGW8SxosjIyN/f3//x4OyvfbZgFMRkBstmAMpnAMZlBNV7J71hDsZl BMtmAMtmALFhFLKNcbitqcvHxt7e3vLy8v7+/v///wAAAP//1Z1gHr1jCstmAMtmAMNkB7Ff F8GJWsi1ptTOydzGutGwnNOskMiff7qPbqyGaJ+EcMS0qMzHxO7e0f/ctqVeHr9jCstmAMtm ALRiEa1/XdCrleKtgqZfHL9kCctmAMtmALhiDq95Stq9qN3TzPXq3P//251gHr1jCstmAMtm AL9kCahfG8qacMy8r+XVxeu2i61fGsFkB8pnAMtmALhiEKp0S8uun9DHxNLS9oWE6xEQpggH uwMCyAEBywAAzAABywIExwQGvhERpXl60tPS/ufm9v/64qxgFMtmAMtmAMtmAMtmALFiE7qY e8a6tOXSzdu0lLNhE8tmAMtmAMpmAMplAqphF8ivlczGwfTb0caWcrZhEctmAMtmAMFkB61f GL2JW8e3p+TQv9KSYrhfFcRkBstmAMtmALhiEKt1TM2un9fHwOnJrK9iE8tmAMtnAMtnAMtm ALFhFLqYe8W6tt7S0PHQtq9hFMtmAMtmAMtmAMtmALxiCdWTWN6hb9yVVrNhFMNlBstmAMtm AMRkBrhgE7V2Q8Swn8fHx+Hd3P/r17x3Pr1hDsZlBMpmAMNkA71jC+2bU7NgFcNlBstmAMtm ALNiEa6BX7mon8nCv9nZ2e3t7f7+/v///wAAAP//1Z1gHr1jCstmAMtmAMNkB7FfF8CIWcm2 p93Pw9uwj5xcJqxfGrNhE7NhE6hgGo9cKsmrjs7Euufb0f/nx51dI7xjC8tmAMtmALZiEKhy SdKjh9WXZ61fGsFkB8tmAMtmALRiEbyQa9TCt9/Y1frv4f//3p1gHr1jCstmAMtmAL9kCahf G8qacM29sOXVxeq1iq1fGsFkB8tmAMtmALhiEKp0S8uun9DHw9jY6NnZ/3d40xEQpgYGvgEC yAAAzAAAzAQGvhESomdoysvL+eno+PT0+v//565jFctmAMtmAMtmAMtmALFiE7qYe8i6tOXS zdu0lLNhE8tmAMtmAMhmAsRjCbJrK8iwms3Gw/Xc0saWcrZhEctmAMtmAMNkB69fGL+IW8m2 p+TQv9KSYrhfFcRkBstmAM1mALhiEKp0S82un9fHwOnJrK9iE8tmAMtnAMtnAMplALFiE7ya fce8uN/T0fPSuK9hFMtmAMtmAMtmAMtmALNiEdKrhdzEsv/bw9qic7hiDstmAMtmAMZlBLph EbZ2QMawnsnHxufe2/PSuK1hGcVkA8pmAMZlBLxhEM9/OPStbqpfGsFkB8tmAMtmALhiDqlz RMCjjse9ttTU1Onp6fv7+/3//wAAAP//1Z1gHrxkCstmAMtmAMNkB7FfF76GV8SxotrKuuSt gq1fGsNjCctmAMtmALxlCZ9fH9WxidPFuefc1P/x2rR6SbpjDctmAMtmALpjDahtPNSddtKM UbRgFMRkBstmAMplAq9hFceliNLHw+Hd3P/15///4JxfHbxkCstmAMtmAL9kCadeGseXbca2 qd3Ku+Osf69fGMNkB8tmAMtmALhiEKt1TMyvoNPIxN3d4+7u/uXl/4yL8hQUnA8Qpg0OrA0P qhQUnISE4tHS/+7t//j3+fz8/P//6q1iFMplAMtmAMtmAMtmALFiE7qYe8i6tOXSzdu0lLNh E8tmAMtmAMhlA79hDrx4Pciwns7HxPbd08aWcrZhEctmAMtmAMNkB7BeFsGJWsm2p+TQv9OT Y7hfFcRkBstmAM1mALhiEKp0S8eomdG/uN6+oa9iE8tmAMtnAMtnAMtmALFiE76cf8i9ud7V 0vTTua9hFMtmAMtmAMtmAMxnAa1hFcGojsG8ueHOyduvkLNhE8tmAMtmAMdmBbxhELl4Qcex n87JyOvd1922lrNhE8tmAMtmAMNkB7NfF9mRVfe7h6FeH71jCstmAMplALxjC5xdI8KcfMW5 r8/Pz+Xl5fn5+f3//wAAAP//1Z1gHrxkCspnAMtmAMNkB7NfF7+EVruomcy8rNukd65gGcNk B8tmAMtmALxlCZ9fH9m1jdfJveTd2v/y59GhfbRiEctmAMtmAL1jCqFeIdqaY899Nr9iDchl A8pmAMZkBqpfGta6otPPzufl5f/67P//4J1gHrxkCstmAMtmAL9kCahfG8OTabysn8+8rd2i dLNfF8NkB8xnAM1mALhiEKt1TM2wodXKxuDf4fLy+Pr6//T0/9zd/7u8+LKy8rm699fY/+/w //b2//v7////////////6q1iFMtmAMtmAMtmAMxnALFiE7qYe8i6tOXSzdu0lLNhE8tmAMtm AMZlBL1hELp3QMawns7HxPbd08aWcrZhEctmAMpnAMFkB7FfF8GJWsm2p+TQv9KUZLZfFcRk BstmAMplALhiEKhyScChksWzrNS0l69iE8tmAMtmAMtmAMtmALFiE8GfgszBveLZ1vXXvK9h FMtmAMtmAMtmAMtmAK1iFLqhh7axrtLCvM6lhbNhE8tmAMtoAMRlBLtfELt5RMq0otHKx/bg 1cWVcbZhEc1mAMtmAMBjBqxfGtqaZPnGm5hcJrpjC8tmAMlmAL1kCaVeHsGSbMa2qc3NzeLi 4vb29v///wAAAP//3ZhdJbpjC8pnAMtmAMRkBrRfFcGEUrigjsavn9SaabFfF8NkB8tmAMtm ALxjC5peI9u4l9nNw+Tg3//18f/avq9hFcplAstmAMFkB6xfFtqNSLxiDsZkBsplAsZlA71i Db99QtnEr9fX1+zs7P/97///4J1fH7xkCsxnAMtmAMFkB6pfGsSQYryjj8uvl8WDTrhgE8Rk BstmAM1mALhiEK53UNC1p9bNyePj4/b29v////3///39//v7//r7//v7//38///+//////// ////////////6q5jFctmAMtmAMtmAMtmALFiE7qYe8i6tOXSzdu0lLNhE8tmAMxnAMZlBLxg Ebd1QMawns7HxPbd08aWcrZhEcxnAMlmAMFkB7FfF8GJWsm2p+TQv9KWaLVgFsRkB8tmAMtm ALpiDq9zRcOahMOoms+mhrNhE8tmAMtmAMtmAMplAq1hFcGjiNDHxOTd2vjava9hFMtmAMtm AMtmAMtmAK9hFLmbgLSmoM6zpcybc7ZiEMtmAMpnAMRkBrpgE7t6R863p9nPyP/j0LuCVblh Dc1mAMtmAL9kCaZfHNujdPXIpsaQYbhiDstmAMpnAMFkB61fGr+KX8KyosrKyuDg4PPz8/// /wAAAP//7cmXbbZiEMtmAMtmAMVkA7xgEcF7RbiWf8Cfi9KQW7hgE8RkBstmAMtmALhiDqhx RNq8qd3TzOnn5/75+P/13qpfG8ZkBsplAshlA79iC891HcZkBslkActmAMNkB69gF8+Zat/M veDg4PPz8///8v//4J1fH7xkCstmAMtmAMNkB7FfF8yLWMSYec2decN1MsFjCshlA8tmAMtm ALZiEK56Vta+st7V0unp6fr6+v7+/v/////+//3+//3+//3+///+//////////////////// ////6q1iFMpnAMtmAMtmAMplALFiE7qYe8i6tOXSzdu0lLNhE8xnAMtmAMZlBL1gEbp2Qcaw ns7HxPbd08aWcrZhEctmAMtmAMNkB7JgGMGJWsu2p+LPwO22ia9fGMNkB8tmAMtmAL1jC7Zx OMmTcMeZgciSabhiEMtmAMtmAMpmAMZkBqpfGtO3n9TPzurj4PvdwK5gE8tmAMtmAMtmAMtm ALRiFL+TdLiZitKjhLx6RbxjC8tmAMtmAMRkBrdfE7x9S9TAr+PXzf/pyZxdI7xjC8tmAM1m ALxiCZ9dIuGwiu7IsMGQarZiEMtmAMtmAMNkB7NfF72CVMKvoMfHx93e3PHy8P///wAAAP/9 9+nAoLFhFMpmAMtmAMhlA8FjCrxrJ7yFWr2IXblrKL9iDchlA8tmAMtmALRiEbiLZtvHvOPc 2e/v7/78/P//8MyMVbtiEcZlBMpmAMhlA8hlA8pmAMxnAMtmALxkCp9cI+G7meTVzOnp6fn5 +f//9P//4J1fH71jCstmAMtmAMZlBLphEMFzMLZ0P65qL7phEMhkBMpmAMtmAMplArNhFMCT ct7LxOfg3fDw8Pz8/P//////////////////////////////////////////////////6q1i FMpnAMtmAMtmAMtmALFiE7qYe8i5tuXSzdu0lLNhE8tmAMtmAMVjBbxgEbd1QMawns7HxPbd 08aWcrVjEstmAMtmAMNkB7FfF8GJWsu2p+DPwui3kaZeHr9kCctmAMtmAMNkB7FfF7t1Orx6 SbJqLr9jCstmAMtmAMZlA75kDL59QN7Gst7a2fDr6v/ixa9hFMtmAMtmAMtmAMtmALpjDb2B TbN9VLd0PbFfF8NkB8tmAMtmAMNkB7BeF8iPYt/Mve/i1P/lvqFfHr1kCctmAM1mALxiDaVp Ndqwk+jHt82efrRiEctmAMtmAMRkBrhgFLd4RsGtnMTExNvc2u/w7v///wAAAP/+/P/hx61f GMhlA8pmAMpmAMdkAsNkB7hiDrhiDsFkCchlA8plAstmAMtmALFiE9SwkuHW0uvn5vb29v7+ /v//9f/ct6VeH79jCstmAMpmAMpmAMtmAMtmAMtmALNhD7+OZuHMvejf2/Hx8fv7+///9P// 4J1fH71jCstmAMtmAMpmAMZlBMFkCbxjC75kC8RlBMpmAMtmAMpmAMZkBqxfGtCrkefb1+7q 6fT29v7+/v////7//f///v////////////////////////////3/////////6q1iFMtmAMtm AMtmAMtmALFiE8Wjhs7CvufX0d22lrNhE8plAMtmAMZkBrxgE799StC5qdTNyvvi2MiYdLNh EMpnAMtmAMRlCK9fGMiRZNK/sOHVy//avJxcJbxjC8xnAMtmAMhmAsNlBr1jCrxiDb9jCshl A8tmAMtmAMNlBq9hFdOebOnXxujm5fjz8v/lyK9hFMtmAMtmAMtmAMtmAMZlA7pjDbdhD71j C8RlCMhmAspnAMtmALxiCaNdIuK1lOvd0frt3//dtKNfHL9kCcplAMtmALhiDrJ7UNy4pujO wtuykrNhE8tmAMtmAMZlBL1hEL57RMy2pMrKyt7e3vDw8P///wAAAP///v//7rx8QrphEMRk BspmAMtmAMtmAMtmAMtmAMxnAMtmAMtmAMdmBL1jCqFfHu3Vvejk4/Lw8Pr6+v//////+f// 7b+LXbRiEchmAstmAMtmAMtmAMplAsRkBqpfGuHApubb1+7q6fj4+P//////9P//4J1fH71j CstmAMtmAMtmAMtmAMtmAMtmAMtmAMpnAMpmAMplAsJlCLRgFL6ASvPaxu7p6Pb09Pn7+/// /////////v///v////////////////////////3///3/////////6q1iFMtmAMtmAMtmAMtm AK9iE9a1m97SzvHh2+K8nLNhE8tmAMtmAMZkBrpfFMiGVePMvOHa1//p3subd7RiEctoAMtm AMNkB7BgGdihdOLSwube1//u3dGhd69hFcRkBshmAstmAMtnAMtnAMtmAMplAMplAMpmAMhm ArhiDpxdI/fRr/Hl2fLw7/75+P/nyq9hFMplAMtmAMtmAMtmAMtmAMtmAMtmAMtmAMtmAMpn AMhmAsNlBrFhFLN/Uf3eyfPp4v/16P/Wq6ZfG79kCctmAMtmALVhD7iEX+rKve/a0t64mrBh EstmAMtmAMhlA8NiCrhxMuHJtdbW1uXl5fPz8////wAAAP//////9f/bupxcIrphEMhkBMpm AMplAMtmAMtmAMpnAMpnAMtmAL1jCqNeH+C1jvnp3PLw8Pj4+P7+/v///////P//+P3bvapf GsNkB8plAstmAMplAMRkBrZhE8+TX/ffzevn5vXz8/z8/P//////9P//4J1fH71jCstmAMtm AMtmAMtmAMtmAMtmAMtmAMtmAMhmAsRkB7NhFK90RvjXvfru5Pb08/z8/P////////////// ////////////////////////////////////////////6q1iFMplAMtmAMtmAMtmAK9iE+fG rOvg3Prq5ObAorNhE8tmAMtmAMRkBrlhFdGSYPLezezl4v/v582de7RiEctmAMtmAMFkB6xe GeKvhPDg0Oro5/zy6//q07l6R7RfFcNlBspnAMtmAMtmAMtmAMxnAMtmAMhmAr9kCahfG9Wt ivno2/Xx7Pj59//+/f/pzK9hFMtmAMtmAMtmAMtmAMtmAMtmAMtmAMtmAMtmAMtmAMNlBrNh E5pdJenLsPjr4/jz8P/87PzJnqxfGsFkB8tmAMtmALZhEcOPa/fb0Pfl3ujGqLFiE8tnAMtm AMpmAMhlA6pgGPXdxePj4+3t7fb29v///wAAAP//////+f//8fvSsbx7RK1fGLNhFLZiELpj C7pjC7ZiELNiEbFiE6FfHui9lv/w3v317vn5+f7+/v////////7+/v///v//8dKaaaxfGrFh FLRiEbRiEa1fGJxcJv7Tsvvt4fLy8vn5+f//////////9///5pFcKqhgGrRhE7VjErRiEbRi EbRiEbRiEbNiEbNhE69hFahfG8yRX//kzP/z6v349fv8+v////////////////////////// ////////////////////////////////////7ppeIrFiE7FiE7FiE7NhE5xeIuzUvvbt6v/z 7+LDrJxdIbFiE7RiFK1fGKNcI8mYcvzs3/Xw7f/278SfhZ9eIbJjFLFiE6pfGphcJuO6mfru 4vHx8fr49///8//v0rV6SKhgGrFiEbZiELljD7hiDrhiDrVjEq1hFaVeHvC+kP/v3/n08fv5 +f7+/v///v/o0pxeIrFiE7BhErFiE7NhE7FiE7NhE7FiE7NhE7FiE7FiE6ZgGuCmcv/buf/1 6Pz49/78/P//9eG2lZpcJqpfGrFiE7NhE6FeIb6Wev7p4fzw7PrfypxfIbBhELFiE7BhErNh E5peIv/s2u/v7/T09Pr6+v///wAAAP///v///P//+///9f/14fTRt8yggdWheJhdJZhdJdGd dMmce+3Jq//s1P/67f/79P/+/f//////////////////////////+f/n1MighM6hgM+ffc6e fMicf9i3o//36v/59Pr6+v7+/v//////////+///9L+gi8qgg9Cgfs6efM2de82de8ude8uc fN2ykerDo+fCpv/mz//86v/89P/9+v///v////////////////////////////////////// /////////////////////////v//+OXJse/Jq+3HqezGqOzEp+LDrPfs5P35+P/7+vLj2ubH sO7Iqu7GqerFqeXDq+nSwv/59f76+f/8+ejWy+fIse7Iqu3HqefEquDDrvTh0v/69fv7+/39 /f///P//9//86vjav9Wsi9Khe696T5JaK8uUZ8yceOjCpP/lzv/66//69v/9/f////////// //3y6uXJse/Jq+3Hqe3HqezEp+vFp+zEp+vFp+zEp+vFp/7cv//kyv/96//+8v//+v////// ////++vYyeTHsuzHre3HqezEp+PDrOPRxv/49v/6+f3w6OTIsO/Jq+3Hqe3HqezEp+DErP/6 8/r6+vz8/P7+/v///wAAAP///v///v/+///////+/v//+f/+9///6///3f//3P//7f//9f/+ +////P///////////////////////////////////////v//+f//9//+9f//9P//9P//9f/+ +////P/+///////////////////+/f//+///+P//9f//9P//9P//9P//9P//9P/+9f/+9/// +P/++////P///v////////////////////////////////////////////////////////// /////////////////v///P//+///+f/++f/++f/++f//+////v///////v///P/++//++f/+ +f//+f//+P//+f///v///////v///P/++///+f/++f//+f//+f//+////v////////////// /////v//+f//9f//8f//6///5v//5///8f//+P///P///v/+///+/////////////////v// +///+f/++f/++f/++f/++f/++f/++f/++f//+f//+////P///v///////////////////v/+ +v//+f//+f/9+P/++f/++////P///v/+/////v//+///+f/++f/++f/++f//+////v////// /////////wAAAAMAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAFIn3v0MiAAAs7mIAjMIPAHQtJAIEEAAA0Yn3vwAAJAJ4PSQC jAAAAAAAAAASKEFsbCBDYXRlZ29yaWVzKQEBG0M6XE15IERvY3VtZW50c1xjd2xvZ29tLmpw ZwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAP7/AAAECgIAAAAAAAAAAAAAAAAAAAAAAAEA AADghZ/y+U9oEKuRCAArJ7PZMAAAAIQBAAARAAAAAQAAAJAAAAACAAAAmAAAAAMAAADEAAAA BAAAANAAAAAFAAAA4AAAAAcAAADsAAAACAAAAPwAAAAJAAAADAEAABIAAAAYAQAACgAAADQB AAALAAAAQAEAAAwAAABMAQAADQAAAFgBAAAOAAAAZAEAAA8AAABsAQAAEAAAAHQBAAATAAAA fAEAAAIAAADkBAAAHgAAACIAAABFeHBlcnQgRURBIGFuZCBEZXNpZ24gQ29uc3VsdGFudHMA b3MeAAAAAQAAAAB4cGUPiAVzk8sD4EkwFM+6Ka7jMDjebUciqJkDfejcknq8nlKKyZF67dYu VOxIgVkCvVbc64jIsjFKa61tEwG9qe4yBFSEqA1ptG23Uhe4EsHFWiRa5hGubo8Livws+whA CijJRkHzXpQGEh66dOSCr6qKpvDw65GJaK7ZxJAkXFEqdmof/tzXBcTBes77u2E4yrPx+kJL h4HgqNGJQKhq9kEElnxEfxvqe0ZJ4tKNW17fu+9NICIhqPFkmF2c3BmpHXk+Z+oUBzQ/qblf RCDwPusCsObirSfba1GdaK2tUcoIg7988rVaaJ4BNgkKJPavOJxkwyKGToU2jQg2Xu0gd2fL EFFgqqAK1RPWUIQKmqARYuMRAZbgFB7/3BfH+tQcMzNBSqkJLfJnVhZu7dRTTMcUoLb7Q7do QwizzNph6szN15yKM7YBQACT3rdbAnga0cyfeULFnouiLgv2tYA/cF3K7JlcEP3BOByRLWYf AM8IkDy9bG2MSJCKZloYGmbfFYQz7zPQd8uJAoBG3fbDAExkp4IBERGkDyeX2g9uiLWkbCfd KEqMTbZL/MHnnh6pE44MwCJ4CVbkPFMtdID0RBXMG9tVoU56KCIiFgKHIqKDhADAwnzhq5f+ 2+/8USY6pdTEMFx03M5H/8d/YHAhqBLWkT0wkrSEjIjOnjr1dL8/eyoYuqrJ+xBCeNNTQ9yJ bkyiFqJ77Fhfm0WjEufV/kCFEEClVENjfacTCCEEggfvLxGgwAgsAmOnP7zLysoTPKl9uh0k vJXUxMN7lvZO0fDXb/v2rH3x7vtWiejPLwwqYTGj+fatzdb97W6q4kjZKJGm/crFohRx00fA W3ZrvdbKYnr+tYueOoEkgJrMV1+7+J3vPlcHmubJmyPdbXlieJgxWkO5tqU3buvTt/XpHbU+ VIs3RxhlZVke3b0QMgZZJkuQ4HmGRDLr4ahwoQkS7nz2O/CVppUFgeCEoJXl7/jJf3ktbWdK Ym7hgAByQoyMXn//+4bLK7XWQmJlqSvJ71egyrELwrP0TPO9zXdeVt6zGE0QIAAB9gAIrLjs xFKAhRCgwLO0w53PAIBp+nc0gN47FxnOj9v+uRVvOJ8/dUROmtoLaVJrY6kjYfDlZ8/P0ZPg EIV8LfLHE5+EseQa05oIWVLr5qAuHZxzTbYcc929kydqQtW4pFYmOiUlEMyElh/c2gmtKM9y c6h/JezrIxFeH8f965cGrp4lgDw4kPBMIQTvPR3J29yNBPsrVxgiM/rM93zPzq3NV3/v96os 0xyaSLSUamR08o5H/QPnil6vnaZWm5XlBYKfE5ih+uNJDl1C1xBznN8sxCSykj2bUeamAZ4Q YJYcNpa6MXlNYp68/bs1PugkJHxbFOutrg2lZO9BIAESHlQFKVUspIaytcLFGwM/Y5Nkb0K5 lPC9S+b5sDvkhWlgDeEQ39gaZie7Zemdc81diNpTGEFoUiq0l0w4iPSmG9ze3l7qVIN5Rdbs eS5af/jiUHPlabsmXYh4vwVzYbbq1036A9N0JYc5OQOh1Do7fvztP/Ev7NLiZ3/7sU5VaM9M GBq7/v73+QfOuZMn2ouLSadrk3hlWRHc/qhsc1yNEU9Ecv6NTU+tPYzDHCC2+lnJ9ubtIcME CEwPF1oyJOSUNFI2Gv93Z/C0cGvWtBKdyDx0z8aTb+QTETVAKUCOMh8oYlKB5ETgiRdfmaE8 AQTBxULEq7p85MyxT1+ZZ7aFJ13UVFWurqmqqiZ0UwqgBgvMGbnvDIfCcGIIxq3NzXXIQslD R3Wkh2phNgnvx2i8l3JqIOfdEr8iQExDrCP+2UuZpy0VRW/7oR/eePgd2+dfzvu7Lvi62xku rxS9XntxcXF9vdPrqiQ6sy4sV4LnGRV5a1QMvdmp5Ou3dr3pYh/0DSxGRci93hqUNen5uSRc N5Kx9FZ+HcV9M5GlgDsdWSnVju1CVNpQlkJXUAAYYmtUTpysXagCDyeYlrs0qyBoVD0blhOx 3o3klWxKNpAjc3N7t6xMXaPRIgDKAiY4EcK+63Bx2C01rgiBGIJZchCQ+wL5u8QGszbFaPu4 e8eUHgAm8drr1zzm6B9zHjfkU0qIuJ1zIPNIcvKE3x1yWTpConUrSZJOt7vQa7VaOhL3xnjg WG9rq57PXCO+Nfbl7UkpZlme2TaY5HZWjTm6vHnTUcx7fo5bEUey1pKUMgdKf4jfHBUfvFwO 8zoKYK9uUUs6fXxFvnyTMI2wPYntzE+CLD1777f7CBCBBAjgQBwUiqWWSSyWF1rAZDo7CQ/t wC6w98F7H0IgQEXAo9/wls1Xp2DBE1VC9ysxkYsTsZgRKrJzWguE9YU0Qq0gQwiNSs5PILmO Qi7ZM4QTuhQ28PSifb/kNnB8/tOTqoTNRGegUitXbpfbBU3NVKNCs4qAAEAIISJDYoFNxGks ljJZVVEIiRDGmCRJkiSJ41hqKOA73v22J//4lfkqpYiv9utrw51SpJ6UYFbsADhSjvRLVzff E1qvXN+tReRJgIMEK5RrC2mkg1IkJTUJ8H1yJxyZimJHcU2W9wUggpkQBO/lZuiIPDchlhZe zj0IUYC6dHN77JULwdVhXID3JVQl/HqvnaiQGhhNc4MRSNTS3BxsV67tnG8aANUGvunB0596 5XzTLZAqRPrKdvj85dDrZ5/5ypVctD2pZnnJbjWVCQoJrdRhSxWF/JGFKuXcIbqRh8sVcpGg gZDwQDiC3QQQPGQmOk++np+/mZ9/9amR6pU6md6QBxBCJzWKnCAjxPS+wRgIERtjkqRV12UI gYiMMU2mRikjJIjx0IMn6RMvTbkLWYjW5Z26qv2EUg+t2J1dSjc3N0eq5cgO5dJTl3cv9stS WE9Cckh8fnox6SRkNYyWWonTp47JJ85PbVWAJz1mmoiFiWhtj7kpBgUxGIKDQmglWokABCFm jJ9VIU5/AWsriwQvp+g/BJI1xZv9rFiylfc3bowZhjCNERB8S4tUBiO5ldhp9psQIHIhtiZF FbiBrnuW+eH7T9rwnOLaQQSIStjr4/JjX3yVGJlsV8J6EkSAD4rL5ZZIRW3UHSI/w/mjpzpr WlG8+sSFnavX6zuabQb2J+Wnd8A3xgCxPtYUAszE35lQtgwbKpWI5wagSdBpjSiK5hfvRNSw vym0UIRz99rIT4wsKtLNKi++sUmQTkYAbMi/YW0xLsLL47KQcYb2p596sZS2CT8k6sSPj7dU 21BktdbSSNmNYLgUTZKVyJG5cHv8iS9dWGnpN7ZH1Sz0l+wM1+vdKFIkBCkSd68eYSOhuEbw kABRYOHIDiZ16aSrQ1lzgORZGZkkkhyMgBa8tLQAXJrNQ4HgpXLBN/HulLsSuPdEdHa9M76d NTWRHiil9tRrSN/UWxF7DWdDudZLI+20EkqY5pD7NLFum2y15XWLutYp2meUWADiiHVqOpAj 5WdfOwSa5okILvH5WkrHFo3VtZQklN7v+YSAEHcFsQSkCj/2g9/xqx9/clcuOoq80NNrKATJ IQrZ6WSsl8KFYZbJtBS2ydA1g5WvUvRP9dbTiLSWxkSxEQ+c7kU8UcE3a9ZCD/TiF29UgktP ohQxADBJ+CQMj3eUVSwlKaVkmG370E0r8fHlruJiWhpHYBIedpQFVwcX/NVrm9NrvnmCQkBK KSRpMcum7bu0CME1Pr45qSCgF+NHv/+9S/WNlh9YnxsuBbtAIpAgBBMqG7LUDxfqzXecai8m SKyIjLCSDJc2ZDZkxuc2FDbkLcsLqVzt2Y521o3jkDXPNZeaa4FADM3QobSc2enbwobSsNNc ai5tKOIwTvyw43cW3c23H7OLSYisMlY17W5acLQZwgffu9art2woAfbTkgkCQhSy+1ftkhk/ cDyNqVDsAoTn2acezIbLsytmLa3bkUiSxFobaTq3gQ9+y8NRmJhQCuYAWYpoIjsj1c1kx5Mm gmCOuOi4rXsXZcuSMWZ2H3eHJkIdoz61urCvplVWwl7fGZWO69qPJgVYclODPI9BBEvCHTF8 o7Vz7ioAqcR3PtTK/sm7f/kjn52I5YoiT2YGfEig1jxp8e4jG/Zta2Il1a1WkiRxq+J23Qfr pvyXIVI3SvVikkQLnahtuOMGTS2QCXXqhybEhEjC24CWHwfsxFQ1wc+s+qtR2SBRWxQnOvTI qeREJ1/vJZ1Oq522YhvNyBRm/WeSOy9tmz8HYoG3dPCT//jv/dwfPF9Sa1aqDRXqtt+5t9fr 2cp2Fu5fb01ujHLVdqQBNGgr8dmDx+L1tO6knThOrbWxZEX0oW9968f/6llHdqRagaLDN5js NbukHj6yYU7EWcd0rbU20ro6zF1iMCA4JFSdO7X2lf5uc5ZAoqS4XxSV23Ofh8c2nkvMiqp4 f3gyrSfZ464GlrT74LvuOX3PP3v6petffflSXiP4RgpIwK8tdo93usdtttbC8dXeQq/XSmNq Jf/2x35gKxO749GgPxyOJ0nAai9Z6KaL3ej9j953+txDWxM/GI6HO7dlHZ9ZsS0rYy1i4X76 R35w4KKdUd3fHfX7fUAwofnmgji0E9k2WI78ihkvteTy0kKv10uSxBjzt8oWaaAt+bvffeYT f/3CS5s3nBBNwXYcJmfb9T1dv5iqdtd+61uPX73y9CS0nIjQ1AaH+pET8XpSLqamk8RxHEdR pBUU44GN6D/+1A//1h994dk3bpYiCjyvpwwAFNc25O841X7bKh3viG7LtlutKIpi5zp+uwHV zccmHb+leVWgNjxZstWCuy2nuU9IdqObm8GlXBfWDTt+WyIvpQHQ9oOYneKSYAznXbc9D18D oeP6ihewD2NPi0KcC6Os7Gd+a5ht7wzHk7wsy0Z2BLEgb0Roae4k0dJir9NptVotZVvDWvVH k93d3UF/OBwOJepjvXipl3a6i5DWke2PJtv93d3+tndlO1Ir3bjX67R6yx56UnF/ONzd2d3e u2yYNklBkLeKUoN2HHW77Xa7naZpFEXTe+kD+nqk7QsrQ0A/x5MvXvva5Vv9Ub47HJdlKUO1 FNVv2eidXGsvLC1novfs+SvjkvrDyXA4dnWpEE4sR/csiZOrnZWVpeXl5Xa7ba0FkJW4PfbX tounX3r9+Zcv7Y6r2sMFTwgUwlI3Wm2L1Y5cTsOJ1d7a6vLi4mK71R059dkvX96auNFoMhgM hqOJDZNHznTOnlpdWl69tVtduJUPcmoo6ZxLRPbuc0unT518/WaxNfFFUP3RuN/fFfVkOa7f +eCpY6sLZFpfvbQ7CWb/nN/28PrJlWR5eXlpaanX69E81VDXdZ7neZ6Px+Msy5o6zXk1jJSy CShbSRrHcZTEUsqyLLMsy7JsMpkURQGg1eokSZIkkRCCGFmWTfJsPB6H4Iwxadpu4lEAzrks y/JJNh6PD0VKRETEUkpjokZvGs83/5DwTbjLc3w5Y3BR1qOJ2x1Odgbj/mCY5zkHp0XdadmF Xqfd6UgdBdbjrOwPhoPBsKoqgrOKu+1oodfqdrudTqf5ModAwfusKMeTYntY7wzy/qjIirqq aw5OgDVVsaqsRiuNFxa6nU6n3W4nSUtINRi5wXC8uzsaDAa7w7Eg32ubxV7a7S4IpRl2NCkH g8H2zsA5J0VYXogWe12hYoZ0AYPd0c7OwLvKKr+82Fns9eI09TCV4/mcBLe2GC/00mbPrVZL zQnafNYnpdRat1qtuq6boJhomkE3xhhjoiiao5vmsz4ppbW2+UzIzFpTp5IIUkY37Gxm0Fpb a4moruvmSdJKGz/RDGlsb7MTpVQz22FgcvcbmqMJP6NlEjGC0sKmUZrngpiJkCZRkkRJkiht Q4CRXgvbitK6NgLQWiWxTdM4jlmOYo0AAAFMSURBVGNr7Xx1oaS1ulko0qGThLIk50QIEoAg qyWsUVFkWg08ieMmMWCV68RQLCMZdVIIIIp0K42T2EqlAFJEVtjEtpxzAmi14jRJaBookxYm 1glCJAQ1tTFRpBkUeVYsYxU3c7bSKE3jKJoClDuU6/lZm17pzLjbFMruKRCmVWH7C8OEOHCX 0jxsbEDzRen8bTOkaUc5NO/ZjLorM/9mzTlXzVpd140kNXLT1Jgx8/xtI6aNlBtjrLVa6/3+ vtlzXddlWTajGlo1Z2zKSZuBjVwKIRrTON9Ds0Qju1pPw7zm5q6ZDUAzyfzszav5zufFU81O 5nPOtavpcJi7/0+2uSTNAwYATYXKXNrCvgZgvyzeLfaYK0AjvnPuzuvFj8rE/nBlLsTzL6EP 6cmhsqxm+Fzi9yvJUe0S8zq//8u0/f+rNer1v9Ph/+DY/wXfIV4rNaeRcgAAAABJRU5ErkJg goMiAABEAGQAnwAkAAAAAgAAAAAAAAAAAAAAAABRCRwC6APoAwAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAADwAE8DwAAACyBArwCAAAAAIEAAAACgAAQwAL8BgAAAAEQQEAAAA/ AQAABgC/AQwAHwD/AQAACAAAABDwBAAAAAEAAMBiAAfw8yEAAAYGndnvhLw4p8TSqna30U8H eP8AzyEAAAIAAADHIgAAAAB/AABuHvDHIQAAndnvhLw4p8TSqna30U8HeP+JUE5HDQoaCgAA AA1JSERSAAAAnwAAACQIAgAAABh0fwEAAAAEZ0FNQQAAsYiVmPSmAAAACXBIWXMAAA7EAAAO xgGnHWyZAAAgAElEQVR4nOV7WbBl11ne969xD2e68+2+PajlltTCliVb4AGbIRTBYAaTSlIh PBAoSB5IkcJJIHnIa6ogFAlUQkEIBagqBWVTUDLGDJ4wg2xLlmVrdkut7pZ6vN333nPuGfa4 1vrzsM85d+qWgSQvyapbt+rsvcZ//P5//ZsCMwBigMCMmhAYY8IQYGABiADDIILEXRsDNRCA wGACAJqPYoD2egZGIHjAA3xwEmIITIcQQRwY97doDITZ//kagiABmr9lhOmqaDaoD71tfhAA CEzHHjqvAxxQATVAQAJYQAGioSf2xjDgD+7n4MmnhxVHVnEzenKY0YSm8zMdnnN+xnlTaM5D qICtHC9dmDz1la/lFP/+p/8KwIe+/b2Wi0ceOvvgWxaPdWAJsYQ4QvUaePUmHv+zJx0ZH4iZ ZajObvQ+8O0PJAKGaqUUEQEIhBL41cc+VyCtYUIIzM3uAjFWVhcXF9qS/YNn1zdWkQCGoMTf ms0O+LOnrldImvk5QHP2ngdXlttGCHH55uilq+OKIg4AOxHqta569IFVRQxBz72yeX3IJSwz k68Ul2dPLb/lWGrICSFYiBoYebx4sXz6udcGE//C+dcuXL7y/m9+70JEb7v/xDe8Ze3kClLA 7iPU1ih84eWbzX4ABM9T/sz+r68tpRGdOQZLiAgaAOCBr7yytdkva0QOFDxrzo938MgDJ6RA Pwtf/NqNmtL5nBrjD7zrtEUthBBCEJEiwAMF8Lnn3X/9yF+8cHXXCeNI1uZeAL/xxDWCF5+/ mfrBv/+RD3z3o2s9HVLltNYNt5gZRAXwKx9//mNPXK2E9iQBWF92/AvdE/c/fNwv6MJaa4xp 6D4EfuvTzw3UWkktFjTjbtNuCoaAM6H8znee/al/+OipLlIdtApaqr8hawnIgA//yid21dr0 EYuu3/yNn/1BQ6xN/Nzlwc/8+ieHeoUglS9Tn33o/fefPL7UUaUwySefvPAbf/7qSC8xs/Vl y+/8mx/53l7bdGVubOysuDTAz/7CHz93fZSLmKGZEo7u/91nthV5+cTrsS/+9Y9+74fe0V3U VaSF1hJENzPx4V/5k121wsxEBBagcOA/YMPkh77rmz/wTacfPo6u9FqJStLTF7Nf/p0/G8te KS1YdPzOP33PyY31jdSGN/rhw7/6p32xLImYmSC7/sbbz/3zFTnRWhtjtNaqofiTF/Dh//TY jj411htOCDBAjYVlAGDKqfXzj32qKL7lB77xmLAlMxtjiCgQOeDpC+FjT3xtWx+ryQYiMBtR 1SL+/c89u/F953RUEsmmeaACJrI1kCuZ7NyRPQJeB/eJr964ceXxf/fj3/PAmugaJyKS8k2c w2HdHaqlbXlsegoA5HaG9bA1iRKVeTVUa9tqHYARpReTnSraGWbSVpqTLMQDtdKXawCsyJjF 7QnvDDMdVRWlN4f4mV/65DPXeNdsVMJO7SYAIjAL6a3Mf+GxP636D/2D951diKsU0mhbEYZy aVsdf5M9Gy4e+9TzH/+TT/7Cv/rQo/d02xFcbOOljbFc3NYrpUgABMjdUveHpU9w8cbuUK4M 9HEwAJYcNOe3d7PYjJMkEUJorQUDJfBzj31mR5/KZOKEAGiPKBDNASqZ3NbHf+mjf/H61ng0 zoqics4B8MAE+O3H/zKXSS10mMoEOTIj2fnU06+ef/3W7rjO8rLp//UbcYCoyYxV95kt/Ysf +fwbW+VkUhRF5VzVdOG7+K/G9e+b6oBF7/f7w+Eoz/PqwE4EB5qM8/7O7mQyySu4EJpzT48v 1GCYDYfDQeaGTv7PP3numRvZru450mACzRxdCGAOEKWIR7L33x//wgubYXvsiryqa26mBN9l 1wCIHemR6vXV2mN/9NT1kR5mtSvRbktCJWaHCuDxZLLdH40nxXCYMXNDCMnB+vr4QmewtTUa jYqi8N4DUIFx/gpeurI7MhueBAARnIazYQKgFnFFliEcKSc7E+69+OqNlfvbUkpjlFLKET31 Gv7y+eulPh4gZ2SnQFSRnYj4c89cXGvdq5SIrJRSQh01sKzYaa4F1yBRknFkAlGBKCj11UvX v/TsawuPrBFBCCOlJpo6qzsRSRzg7sFXt3f6g3YsdVxV9ZTWjXMhMcnz7e3tDimKnPeemcEM EBEx82Aw2NmuYtnddfiDT30ps/dUMgKzgFehVqGSzJ5kKWIPGSALmQ556TNfvrD23tUWsZQm BHtI2iTXSRiL4J0wXtgKKpCoEE0offbijS+9fO1bzsUdZWOrCX6+Wya5m1ebO0OtWkXl50iX EAxXi4npb99eoRBFUcNdUTPOX7rlhPIkAJIcIq7useX3vUV96H592haJz2lPduQLr169tVuN JkVZliGgBn7z8S8P1WolbGMfJAdgSrhaxp955vKFPnYzVxRFCHcgvWLXcuMHuvjGheqsGbRc pkKDecmRqoR9/eZge5CPs7KqXDODOKSVhxk8a3RAVyaTSZFXrg7TbcxwQwCyopjkWVVVdV2H EISYWixmZoisKPO8zCt+8bXNUiSBZKOFOtQL1c4ji+H96zhrRzbkzUIeMpfdFy7d3upPxuOs KArvD+8yCeNvPyX//gn3zoWqW23rUDcrBmEn1H7mletb/fFkMkkiiMYgEQGCoa7tjLaLMCmx tTUMMzIIDopr4csin1RV5YIPYAAiE/jyy5cd6amJYW99faqn71twb1+Tj953zIRSspvtW128 Ptie8CiviqJyHjsZPv/8xYlIA5TkEPn8eM+a4Mh7AB52rHrPXtzZzes8z6uq2mPvjPSSvQ35 ufX0m892Pvjo6XuXY8Ol5AAgEDmSV2/s7IyKySQvy3IPYzPAYfZ3V1ZP28wkhv1C0XBXEEBE Bzw67+tHMwoGiIJ1RXHA1Pwors4s6ned6rzndPq+c6uGyymVSFWIXnlja3t3MplkWVHVtTsI HmG5emBRvOuE/sDDG2/fSNVsLIMc2c2d8XA8KSfjVEGHWszGOmB7XOWwJZmt4ZhnokxgyXUn MUqQlLLBzADEAPjTz3+lJtWQW4IVF+0Y3QTLPdNJhOKSZvTzpC5tD3cc5ZUryrp0dPkaKqEd qUCkuEz99lvX0yhkGl4wO5KZ6Hzt6mBYVHmel2Xp92vvlHBBokx0sZoWpxbDiY6IfT6TJwGI ymOSV3lRVFXlnCMiIIADfID38AHhDgwmogOQ544snz5n5iPK1ayCvYCNSVy6fC2QmYeUkn1b lMu2OtZ1J5et5Ho+2JGqhdzc2skKV1WV954O7YHrVlSttt2Znnv7mZ7mCphJPEnnucirushs hXfed1oEP3U6QlbC3hpVGWwOHRruEgNBokojISSklEpISQKAKoBSaqY9KRBghZBGst02nYkV tHfyIOBIZz5ULtQemceff+E5R1MwJdmlPNlo49zG0svXBl4KT6oU8dfeuDrK1vLUl2Vt/Ryo TVVKIBCCldyL0Wmr+08vPnlhhxrbzgDggq9q7z0H54VzqGtUFTZvlpcuVVmuIxudOoX1dRgL red+/YCu3M2QMwNgIogjaHyP93vNBTDPbA6zQFBcdqxfTLUnDdoDa4EokKocyso5FzgclZ5g DXVS0emqxaGTjXgRBYJn8ozaO64L7fMTS4m6tNsM8kwBZpDzJKgnnn7O23tnO3GKi3YkrFKN 7jbxxT6MM5d0BBIcx3Gn00l3Y2IWBzXDOedcqFiOGE+fv+LINM8l/EbXLslqoysvXpmUQnuy jlQt9PXbu2faaV5UogY0DpkpZlZKJYnsdDrpwBDcjPRzSnIIQQRvnMPt26Pf+d2P/vzPJa42 IQTCUNvv+umfPvkD34+Nk1WSSK3QxE5zDt0drDJEgPDEBxz2HkHE/q0y0143kgCEENbaViuZ cDJ7Pp0XgPfeOeec8+HABoiIGNbaNLXtVjdNqhnhQSQhyLP33hN74Sf3nVkXT+80aJFIetjd nLcmoRQxN6iKSTBrznsJGckNa6WUQJhxlw/IaRMtxVq2Zd7yfYCTYAFYnqR+oKsxsfaM7Qyv XNkM5vSUu+zaGgsmrKbScNmAvUDkSF+5PRmfbJd10FUdEn3AbDZ+T0prZZJGaazFwcCGp83r uqbbt1/4rd98/td+/d5skrhaBQYwNPnn/vMvnrt65eEf/wk+eSq0Up+mRPRm2GsfB2uhd0Yj h1azzKEOgpg4zHdydAZjTBSZVKQH52UAs0wZHZVmRyaXC2WUVO1TV0av1qTnrwiBg2fmEGpF 7t4TqwZflaHyQjfI/MpOdmzoa4o9qYZ8kt2Z1faiDVZprbVSqvG7d04ANZGA4fytq9HP/qNv GjvRH036g2GVl1HoHY/rREpI25+gpoj34fLltu5EYSPpCZTzKM1DXdoc7dan8jrYuuZpou0I oZuM917+gQ9IANCpqq0//Pjzv/brK3meOC+niRbEIZwYj179yEejxcW3/dAPF2G5Nin7cKfM +GHQHiBKYbayomYEHOVug1dDk046OtVhb3qAggghNAw+GiwUiJ+/KW9l4sazr3326fOF6jXP BQfBQYIJgUDE1eljrftWu5NbRUbkSI2kff7qzsaJsqZ47k8l6o2OXtBlrOOGu1JKgO6a3iMi yfWplc7ZE4t15fvD0U7f5nkisby0GC92UxUnVy5knvZ8tmBOIplYyE5XzFLcADyJV69ujtzb Sufquj5AYT5ssu68GUBy8Dv9j//SfzkzmcTez6ImAFA+dFyoRP7Z337sxCPvFG9/qEzXta8U 1wFqHjYwBJHmwytQIHiSAewCnJB+Xx8iIg7dVirENPY9qoXN0bE//uJDbw9idQBALaNPPfM6 cShFXMqFmjWmty/ehny915IEIpIiKINve88jL33sqYItiLy0ZZAvXL5ZUjKXX8lhsaUSzVYL rbXWU/25e/KWAiEo4WMTYiMkqUjHVSUFuN1KkiTiyG4Pbvs5cmMmhFaijQyqbYA9iMEknFCZ C2XtQwhhf6aI6BDcDfPgeh8fBAftsHv1WlL72PtpSN1MMENomkOnKra+9lJyYqPs+Hfed/qv L2YTnYTGVLAYZ2VgcTcXzB4MWZB58fK1MDOzxF4QE7xg1biPuyrr3kTzU4OI5v0PiAVzk8sD 4EkwFM+6Ka7jMDjebUciqJkDfejcknq8nlKKyZF67dYuVOxIgVkCvVbc64jIsjFKa61tEwG9 qe4yBFSEqA1ptG23Uhe4EsHFWiRa5hGubo8Livws+whACijJRkHzXpQGEh66dOSCr6qKpvDw 65GJaK7ZxJAkXFEqdmof/tzXBcTBes77u2E4yrPx+kJLh4HgqNGJQKhq9kEElnxEfxvqe0ZJ 4tKNW17fu+9NICIhqPFkmF2c3BmpHXk+Z+oUBzQ/qblfRCDwPusCsObirSfba1GdaK2tUcoI g7988rVaaJ4BNgkKJPavOJxkwyKGToU2jQg2Xu0gd2fLEFFgqqAK1RPWUIQKmqARYuMRAZbg FB7/3BfH+tQcMzNBSqkJLfJnVhZu7dRTTMcUoLb7Q7doQwizzNph6szN15yKM7YBQACT3rdb Anga0cyfeULFnouiLgv2tYA/cF3K7JlcEP3BOByRLWYfAM8IkDy9bG2MSJCKZloYGmbfFYQz 7zPQd8uJAoBG3fbDAExkp4IBERGkDyeX2g9uiLWkbCfdKEqMTbZL/MHnnh6pE44MwCJ4CVbk PFMtdID0RBXMG9tVoU56KCIiFgKHIqKDhADAwnzhq5f+2+/8USY6pdTEMFx03M5H/8d/YHAh qBLWkT0wkrSEjIjOnjr1dL8/eyoYuqrJ+xBCeNNTQ9yJbkyiFqJ77Fhfm0WjEufV/kCFEECl VENjfacTCCEEggfvLxGgwAgsAmOnP7zLysoTPKl9uh0kvJXUxMN7lvZO0fDXb/v2rH3x7vtW iejPLwwqYTGj+fatzdb97W6q4kjZKJGm/crFohRx00fAW3ZrvdbKYnr+tYueOoEkgJrMV1+7 +J3vPlcHmubJmyPdbXlieJgxWkO5tqU3buvTt/XpHbU+VIs3RxhlZVke3b0QMgZZJkuQ4HmG RDLr4ahwoQkS7nz2O/CVppUFgeCEoJXl7/jJf3ktbWdKYm7hgAByQoyMXn//+4bLK7XWQmJl qSvJ71egyrELwrP0TPO9zXdeVt6zGE0QIAAB9gAIrLjsxFKAhRCgwLO0w53PAIBp+nc0gN47 FxnOj9v+uRVvOJ8/dUROmtoLaVJrY6kjYfDlZ8/P0ZPgEIV8LfLHE5+EseQa05oIWVLr5qAu HZxzTbYcc929kydqQtW4pFYmOiUlEMyElh/c2gmtKM9yc6h/JezrIxFeH8f965cGrp4lgDw4 kPBMIQTvPR3J29yNBPsrVxgiM/rM93zPzq3NV3/v96os0xyaSLSUamR08o5H/QPnil6vnaZW m5XlBYKfE5ih+uNJDl1C1xBznN8sxCSykj2bUeamAZ4QYJYcNpa6MXlNYp68/bs1PugkJHxb FOutrg2lZO9BIAESHlQFKVUspIaytcLFGwM/Y5Nkb0K5lPC9S+b5sDvkhWlgDeEQ39gaZie7 Zemdc81diNpTGEFoUiq0l0w4iPSmG9ze3l7qVIN5RdbseS5af/jiUHPlabsmXYh4vwVzYbbq 1036A9N0JYc5OQOh1Do7fvztP/Ev7NLiZ3/7sU5VaM9MGBq7/v73+QfOuZMn2ouLSadrk3hl WRHc/qhsc1yNEU9Ecv6NTU+tPYzDHCC2+lnJ9ubtIcMECEwPF1oyJOSUNFI2Gv93Z/C0cGvW tBKdyDx0z8aTb+QTETVAKUCOMh8oYlKB5ETgiRdfmaE8AQTBxULEq7p85MyxT1+ZZ7aFJ13U VFWurqmqqiZ0UwqgBgvMGbnvDIfCcGIIxq3NzXXIQslDR3Wkh2phNgnvx2i8l3JqIOfdEr8i QExDrCP+2UuZpy0VRW/7oR/eePgd2+dfzvu7Lvi62xkurxS9XntxcXF9vdPrqiQ6sy4sV4Ln GRV5a1QMvdmp5Ou3dr3pYh/0DSxGRci93hqUNen5uSRcN5Kx9FZ+HcV9M5GlgDsdWSnVju1C VNpQlkJXUAAYYmtUTpysXagCDyeYlrs0qyBoVD0blhOx3o3klWxKNpAjc3N7t6xMXaPRIgDK AiY4EcK+63Bx2C01rgiBGIJZchCQ+wL5u8QGszbFaPu4e8eUHgAm8drr1zzm6B9zHjfkU0qI uJ1zIPNIcvKE3x1yWTpConUrSZJOt7vQa7VaOhL3xnjgWG9rq57PXCO+Nfbl7UkpZlme2TaY 5HZWjTm6vHnTUcx7fo5bEUey1pKUMgdKf4jfHBUfvFwO8zoKYK9uUUs6fXxFvnyTMI2wPYnt zE+CLD1777f7CBCBBAjgQBwUiqWWSSyWF1rAZDo7CQ/twC6w98F7H0IgQEXAo9/wls1Xp2DB E1VC9ysxkYsTsZgRKrJzWguE9YU0Qq0gQwiNSs5PILmOQi7ZM4QTuhQ28PSifb/kNnB8/tOT qoTNRGegUitXbpfbBU3NVKNCs4qAAEAIISJDYoFNxGksljJZVVEIiRDGmCRJkiSJ41hqKOA7 3v22J//4lfkqpYiv9utrw51SpJ6UYFbsADhSjvRLVzffE1qvXN+tReRJgIMEK5RrC2mkg1Ik JTUJ8H1yJxyZimJHcU2W9wUggpkQBO/lZuiIPDchlhZezj0IUYC6dHN77JULwdVhXID3JVQl /HqvnaiQGhhNc4MRSNTS3BxsV67tnG8aANUGvunB05965XzTLZAqRPrKdvj85dDrZ5/5ypVc tD2pZnnJbjWVCQoJrdRhSxWF/JGFKuXcIbqRh8sVcpGggZDwQDiC3QQQPGQmOk++np+/mZ9/ 9amR6pU6md6QBxBCJzWKnCAjxPS+wRgIERtjkqRV12UIgYiMMU2mRikjJIjx0IMn6RMvTbkL WYjW5Z26qv2EUg+t2J1dSjc3N0eq5cgO5dJTl3cv9stSWE9Cckh8fnox6SRkNYyWWonTp47J J85PbVWAJz1mmoiFiWhtj7kpBgUxGIKDQmglWokABCFmjJ9VIU5/AWsriwQvp+g/BJI1xZv9 rFiylfc3bowZhjCNERB8S4tUBiO5ldhp9psQIHIhtiZFFbiBrnuW+eH7T9rwnOLaQQSIStjr 4/JjX3yVGJlsV8J6EkSAD4rL5ZZIRW3UHSI/w/mjpzprWlG8+sSFnavX6zuabQb2J+Wnd8A3 xgCxPtYUAszE35lQtgwbKpWI5wagSdBpjSiK5hfvRNSwvym0UIRz99rIT4wsKtLNKi++sUmQ TkYAbMi/YW0xLsLL47KQcYb2p596sZS2CT8k6sSPj7dU21BktdbSSNmNYLgUTZKVyJG5cHv8 iS9dWGnpN7ZH1Sz0l+wM1+vdKFIkBCkSd68eYSOhuEbwkABRYOHIDiZ16aSrQ1lzgORZGZkk khyMgBa8tLQAXJrNQ4HgpXLBN/HulLsSuPdEdHa9M76dNTWRHiil9tRrSN/UWxF7DWdDudZL I+20EkqY5pD7NLFum2y15XWLutYp2meUWADiiHVqOpAj5WdfOwSa5okILvH5WkrHFo3VtZQk lN7v+YSAEHcFsQSkCj/2g9/xqx9/clcuOoq80NNrKATJIQrZ6WSsl8KFYZbJtBS2ydA1g5Wv UvRP9dbTiLSWxkSxEQ+c7kU8UcE3a9ZCD/TiF29UgktPohQxADBJ+CQMj3eUVSwlKaVkmG37 0E0r8fHlruJiWhpHYBIedpQFVwcX/NVrm9NrvnmCQkBKKSRpMcum7bu0CME1Pr45qSCgF+NH v/+9S/WNlh9YnxsuBbtAIpAgBBMqG7LUDxfqzXecai8mSKyIjLCSDJc2ZDZkxuc2FDbkLcsL qVzt2Y521o3jkDXPNZeaa4FADM3QobSc2enbwobSsNNcai5tKOIwTvyw43cW3c23H7OLSYis MlY17W5acLQZwgffu9art2woAfbTkgkCQhSy+1ftkhk/cDyNqVDsAoTn2acezIbLsytmLa3b kUiSxFobaTq3gQ9+y8NRmJhQCuYAWYpoIjsj1c1kx5MmgmCOuOi4rXsXZcuSMWZ2H3eHJkId oz61urCvplVWwl7fGZWO69qPJgVYclODPI9BBEvCHTF8o7Vz7ioAqcR3PtTK/sm7f/kjn52I 5YoiT2YGfEig1jxp8e4jG/Zta2Il1a1WkiRxq+J23QfrpvyXIVI3SvVikkQLnahtuOMGTS2Q CXXqhybEhEjC24CWHwfsxFQ1wc+s+qtR2SBRWxQnOvTIqeREJ1/vJZ1Oq522YhvNyBRm/WeS Oy9tmz8HYoG3dPCT//jv/dwfPF9Sa1aqDRXqtt+5t9fr2cp2Fu5fb01ujHLVdqQBNGgr8dmD x+L1tO6knThOrbWxZEX0oW9968f/6llHdqRagaLDN5jsNbukHj6yYU7EWcd0rbU20ro6zF1i MCA4JFSdO7X2lf5uc5ZAoqS4XxSV23Ofh8c2nkvMiqp4f3gyrSfZ464GlrT74LvuOX3PP3v6 petffflSXiP4RgpIwK8tdo93usdtttbC8dXeQq/XSmNqJf/2x35gKxO749GgPxyOJ0nAai9Z 6KaL3ej9j953+txDWxM/GI6HO7dlHZ9ZsS0rYy1i4X76R35w4KKdUd3fHfX7fUAwofnmgji0 E9k2WI78ihkvteTy0kKv10uSxBjzt8oWaaAt+bvffeYTf/3CS5s3nBBNwXYcJmfb9T1dv5iq dtd+61uPX73y9CS0nIjQ1AaH+pET8XpSLqamk8RxHEdRpBUU44GN6D/+1A//1h994dk3bpYi CjyvpwwAFNc25O841X7bKh3viG7LtlutKIpi5zp+uwHVzccmHb+leVWgNjxZstWCuy2nuU9I dqObm8GlXBfWDTt+WyIvpQHQ9oOYneKSYAznXbc9D18DoeP6ihewD2NPi0KcC6Os7Gd+a5ht 7wzHk7wsy0Z2BLEgb0Roae4k0dJir9NptVotZVvDWvVHk93d3UF/OBwOJepjvXipl3a6i5DW ke2PJtv93d3+tndlO1Ir3bjX67R6yx56UnF/ONzd2d3eu2yYNklBkLeKUoN2HHW77Xa7naZp FEXTe+kD+nqk7QsrQ0A/x5MvXvva5Vv9Ub47HJdlKUO1FNVv2eidXGsvLC1novfs+SvjkvrD yXA4dnWpEE4sR/csiZOrnZWVpeXl5Xa7ba0FkJW4PfbXtounX3r9+Zcv7Y6r2sMFTwgUwlI3 Wm2L1Y5cTsOJ1d7a6vLi4mK71R059dkvX96auNFoMhgMhqOJDZNHznTOnlpdWl69tVtduJUP cmoo6ZxLRPbuc0unT518/WaxNfFFUP3RuN/fFfVkOa7f+eCpY6sLZFpfvbQ7CWb/nN/28PrJ lWR5eXlpaanX69E81VDXdZ7neZ6Px+Msy5o6zXk1jJSyCShbSRrHcZTEUsqyLLMsy7JsMpkU RQGg1eokSZIkkRCCGFmWTfJsPB6H4Iwxadpu4lEAzrksy/JJNh6PD0VKRETEUkpjokZvGs83 /5DwTbjLc3w5Y3BR1qOJ2x1Odgbj/mCY5zkHp0XdadmFXqfd6UgdBdbjrOwPhoPBsKoqgrOK u+1oodfqdrudTqf5ModAwfusKMeTYntY7wzy/qjIirqqaw5OgDVVsaqsRiuNFxa6nU6n3W4n SUtINRi5wXC8uzsaDAa7w7Eg32ubxV7a7S4IpRl2NCkHg8H2zsA5J0VYXogWe12hYoZ0AYPd 0c7OwLvKKr+82Fns9eI09TCV4/mcBLe2GC/00mbPrVZLzQnafNYnpdRat1qtuq6boJhomkE3 xhhjoiiao5vmsz4ppbW2+UzIzFpTp5IIUkY37Gxm0Fpba4moruvmSdJKGz/RDGlsb7MTpVQz 22FgcvcbmqMJP6NlEjGC0sKmUZrngpiJkCZRkkRJkihtQ4CRXgvbitK6NgLQWiWxTdM4jlmO Yo0AAAFMSURBVGNr7Xx1oaS1ulko0qGThLIk50QIEoAgqyWsUVFkWg08ieMmMWCV68RQLCMZ dVIIIIp0K42T2EqlAFJEVtjEtpxzAmi14jRJaBookxYm1glCJAQ1tTFRpBkUeVYsYxU3c7bS KE3jKJoClDuU6/lZm17pzLjbFMruKRCmVWH7C8OEOHCX0jxsbEDzRen8bTOkaUc5NO/ZjLor M/9mzTlXzVpd140kNXLT1Jgx8/xtI6aNlBtjrLVa6/3+vtlzXddlWTajGlo1Z2zKSZuBjVwK IRrTON9Ds0Qju1pPw7zm5q6ZDUAzyfzszav5zufFU81O5nPOtavpcJi7/0+2uSTNAwYATYXK XNrCvgZgvyzeLfaYK0AjvnPuzuvFj8rE/nBlLsTzL6EP6cmhsqxm+Fzi9yvJUe0S8zq//8u0 /f+rNer1v9Ph/+DY/wXfIV4rNaeRcgAAAABJRU5ErkJgggAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAeAAAABwAAAGpheWFudABFHgAAAAEAAAAAYXlhHgAAAAcAAABOb3Jt YWwARR4AAAAHAAAAamF5YW50AEUeAAAAAwAAADExAGEeAAAAEwAAAE1pY3Jvc29mdCBXb3Jk IDguMABnQAAAAAAwGh4BAAAAQAAAAAD0A0q0Db4BQAAAAACuLkXBEb4BQAAAAABqz6rCEb4B AwAAAAEAAAADAAAA7AQAAAMAAAAPHAAAAwAAAAAAAAAAAAAAAAAAAAAAAAD+/wAABAoCAAAA AAAAAAAAAAAAAAAAAAACAAAAAtXN1ZwuGxCTlwgAKyz5rkQAAAAF1c3VnC4bEJOXCAArLPmu UAEAAAwBAAAMAAAAAQAAAGgAAAAPAAAAcAAAAAUAAACAAAAABgAAAIgAAAARAAAAkAAAABcA AACYAAAACwAAAKAAAAAQAAAAqAAAABMAAACwAAAAFgAAALgAAAANAAAAwAAAAAwAAADuAAAA AgAAAOQEAAAeAAAACAAAAGNhZHdvcngAAwAAADsAAAADAAAADgAAAAMAAAB1IgAAAwAAALMN CAALAAAAAAAAAAsAAAAAAAAACwAAAAAAAAALAAAAAAAAAB4QAAABAAAAIgAAAEV4cGVydCBF REEgYW5kIERlc2lnbiBDb25zdWx0YW50cwAMEAAAAgAAAB4AAAAGAAUARABvAGMAdQBtAGUA bgB0AFMAdQBtAG0AYQByAHkASQBuAGYAbwByAG0AYQB0AGkAbwBuAAAAAAAAAAAAAAA4AAIB ////////////////AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAKwAAAOgB AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAA4AAAD///////////////8AAAAAAAAAAAAAAAAAAAAAAAAAAEB8 JsrCEb4BAKQvysIRvgEAAAAAAAAAAAAAAABWAEIAQQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACAABAP//////////FwAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAQHwmysIRvgEApC/KwhG+AQAAAAAAAAAAAAAAAGQAaQByAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAIAAIB////////////////AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA MwAAAFsCAAAAAAAAAABUaXRsZQADAAAAAQAAAJgAAAADAAAAAAAAACAAAAABAAAANgAAAAIA AAA+AAAAAQAAAAIAAAAKAAAAX1BJRF9HVUlEAAIAAADkBAAAQQAAAE4AAAB7ADgAOABGADIA QwBDADgAMQAtAEQANgA1ADYALQAxADEARAAxAC0AOAA4ADMAQgAtADMAQwA4AEIAMAAwAEMA MQAwADAAMAAwAH0AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAVWygAEABAAAAAEA MKoCApAJAHAUBkgDAKiAAADkBAQADwCUAFRlbXBsYXRlAFByb2plY3QFUQDgAABAAgoGAhY9 rQIiBwKkATgIBhIJAsyAsR0dNgYADAJuCjwCehYCcnN0ZG8IbGU+AhlzAHQAAGQAbwBsAGUA KA0AZgCcXACgKlwAR3swMDAyMDQYMzAtAAgCBDAtQwMFCQESMDA0Nn0jADIuMCMwI0M6AFxX SU5ET1dTAFxTWVNURU1cAFNURE9MRTIuEFRMQiMACCBBdQB0b21hdGlvbgUDVhaAWwAATVNG gG9ybXM+AA4BBhAAUwBGAEVyAG1RAEsvAHqAlHAERkMAOEI4QjYyNS0ARDg2NS0xMUQAMS04 ODNDLTPhAAwwMEMxgVEXRgQzAC5UV0QjTWljgHJvc29mdCACPSIgAGAgT2IBsCBMQGlicmFy eSRQMFQAkADlcgtQNiFQYwA6XHdpbmRvdwRzXIBKUFxWQkUJhihFWKco4S5FDQCP4BoQhS4C YDCMTQu0gZVDeE9mKGZpY0R4T0B1ZgCoaQBjQniKgJ+ARHgAMkRGOEQwNEMALTVCRkEtMTCA MUItQkRFNQB8VEFBQHc0wAIySHhQAFJPR1JBTSBGEElMRVPAVE9GRsBJQ0U5N1wDAkEEwDk3 LkRMTMhYAyIUIDgUWQ8CvAEAExECvg27GUKrVGhpAHNEb2N1bWVuRHQaTgQyABgBxwAiaMA0 cwBEwK5jAKJ1gIxlAG7AshxCyQpIwsoxAtsfAwAAih7GyCyC2A+7IkLTCivC1BBC1gAAQahP EHBlbhpKAzIAEOvBBkAYdEDJTwCkwRlPGcZjgOdNGRO7IUgZwREAAAAAAKoBWDIAEGEDYBh0 4HBPt0BeIRnvGGMAgO0YE6oMAeEIAAAAABlP1ABw4DRusAxjAIDtGAYTrAyhe1ZDbG9zLGUa In1jATJiKFYAWkNiGHPgC28Yw7ALFQOqC6EUAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAOAAAB////////////////AAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAPwAAAIsHAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABAAAAH///////////// //8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABeAAAAkgQAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAEgAAAP///////////////wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAHEAAAAOBwAAAAAAAFQAaABpAHMARABvAGMAdQBtAGUAbgB0AAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAaAAIBEwAAABgAAAD/////AAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAjgAAAMUDAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AACBAAAAggAAAIMAAACEAAAAhQAAAIYAAACHAAAAiAAAAIkAAACKAAAAiwAAAIwAAACNAAAA /v///48AAACQAAAAkQAAAJIAAACTAAAAlAAAAJUAAACWAAAAlwAAAJgAAACZAAAAmgAAAJsA AACcAAAAnQAAAP7///+fAAAAoAAAAKEAAACiAAAAowAAAKQAAAClAAAApgAAAKcAAACoAAAA qQAAAKoAAACrAAAArAAAAK0AAACuAAAArwAAALAAAACxAAAAsgAAALMAAAC0AAAAtQAAALYA AAC3AAAAuAAAALkAAAC6AAAAuwAAALwAAAC9AAAAvgAAAL8AAADAAAAAwQAAAMIAAADDAAAA xAAAAMUAAADGAAAAxwAAAMgAAADJAAAAygAAAMsAAADMAAAAzQAAAM4AAADPAAAA/v///9EA AADSAAAA0wAAANQAAAD+////1gAAAP7////YAAAA/v////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// /////////////////////////////////////wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABFgEAALYA//8BAQAAAAD/////AAAA AP///////wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAQAAAAAwAAAAUAAAAHAAAA//////////8BAQgAAAD/////eAAAAN4AAACvAgAA9QEA AP////8AAAAAAQAAAA27D7sAAP//IwAAAIgAAAAIAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAD//wAAywIAANYAAADWAAAAHwMAAAAA/////wAAAADfAP//AAAAAAwA//////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////8oAAAAAgBTTP////8AAAEAUxD/////AAABAFOU/////wAAAAACPP// //8AAP//AQEAAAAAAQBOADAAewAwADAAMAAyADAAOQAwADYALQAwADAAMAAwAC0AMAAwADAA MAAtAEMAMAAwADAALQAwADAAMAAwADAAMAAwADAAMAAwADQANgB9AAAAAAAAAN8AAAAA//// /wEBOAAAAAKB/v///////////ygAAAAAAP//AAAAAAAAAAD//////////zMADQAdAAAAJAAA AP////9IAAAAAAD//wAAAQAAAAAAAAD///////////////8AAAAA//////////////////// /wAAAAD/////////////////////AAAAAAAAAAD//////////wAAAAD///////////////// //////////////////////9NRQAA////////AAAAAP//AAAAAP//AQEAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA/soB AAAA/////wEBCAAAAP////94AAAAAaKwAEF0dHJpYnV0AGUgVkJfTmFtAGUgPSAiVGhpAHNE b2N1bWVuEHQiDQoKjEJhcwECjDB7MDAwMjBQOTA2LQAQMAMIQwcAFAISASQwMDQ2fQENfENy ZWF0YWKCbAGGRmFsc2UMXgBQcmVkZWNsYYkABklkAItUcnUNIkBFeHBvc2UUHFQAZW1wbGF0 ZUQwZXJpdgIkEWVDdcBzdG9taXoEiAMyAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAzGFfAAABAP8JBAAACQQAAOQEAQAAAAAA AAAAAAEABQACABYBKgBcAEcAewAwADAAMAAyADAANABFAEYALQAwADAAMAAwAC0AMAAwADAA MAAtAEMAMAAwADAALQAwADAAMAAwADAAMAAwADAAMAAwADQANgB9ACMAMwAuADAAIwBfAFYA QgBBAF8AUABSAE8ASgBFAEMAVAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAGgACAP///////////////wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAJ4AAABYDAAAAAAAAFAAUgBPAEoARQBDAFQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAQAAIBEgAAABoAAAD/////AAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA0AAAACcBAAAAAAAAUABSAE8ASgBFAEMAVAB3AG0A AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABQAAgD///// //////////8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADVAAAAKQAAAAAA AAABAEMAbwBtAHAATwBiAGoAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAEgACAf////8DAAAA/////wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAANcAAABqAAAAAAAAADkAIwBDADoAXABQAFIATwBHAFIAQQBNACAARgBJAEwA RQBTAFwAQwBPAE0ATQBPAE4AIABGAEkATABFAFMAXABNAEkAQwBSAE8AUwBPAEYAVAAgAFMA SABBAFIARQBEAFwAVgBCAEEAXABWAEIAQQAzADMAMgAuAEQATABMACMAVgBpAHMAdQBhAGwA IABCAGEAcwBpAGMAIABGAG8AcgAgAEEAcABwAGwAaQBjAGEAdABpAG8AbgBzAAAAAAAAAAAA AAAAAAQBKgBcAEcAewAwADAAMAAyADAAOQAwADUALQAwADAAMAAwAC0AMAAwADAAMAAtAEMA MAAwADAALQAwADAAMAAwADAAMAAwADAAMAAwADQANgB9ACMAOAAuADAAIwA0ADAAOQAjAEMA OgBcAFAAcgBvAGcAcgBhAG0AIABGAGkAbABlAHMAXABNAFMAbwBmAGYAaQBjAGUAOQA3AFwA TwBmAGYAaQBjAGUAXABNAFMAVwBPAFIARAA4AC4ATwBMAEIAIwBNAGkAYwByAG8AcwBvAGYA dAAgAFcAbwByAGQAIAA4AC4AMAAgAE8AYgBqAGUAYwB0ACAATABpAGIAcgBhAHIAeQAAAAAA AAAAAAAAAAC4ACoAXABHAHsAMAAwADAAMgAwADQAMwAwAC0AMAAwADAAMAAtADAAMAAwADAA LQBDADAAMAAwAC0AMAAwADAAMAAwADAAMAAwADAAMAA0ADYAfQAjADIALgAwACMAMAAjAEMA OgBcAFcASQBOAEQATwBXAFMAXABTAFkAUwBUAEUATQBcAFMAVABEAE8ATABFADIALgBUAEwA QgAjAE8ATABFACAAQQB1AHQAbwBtAGEAdABpAG8AbgAAAAAAAAAAAAAAAADgACoAXABHAHsA QwA4AEIAOABCADYAMgA1AC0ARAA4ADYANQAtADEAMQBEADEALQA4ADgAMwBDAC0AMwBDADgA QgAwADAAQwAxADAAMAAwADAAfQAjADIALgAwACMAMAAjAEMAOgBcAFcASQBOAEQATwBXAFMA XABTAFkAUwBUAEUATQBcAE0AUwBGAG8AcgBtAHMALgBUAFcARAAjAE0AaQBjAHIAbwBzAG8A ZgB0ACAARgBvAHIAbQBzACAAMgAuADAAIABPAGIAagBlAGMAdAAgAEwAaQBiAHIAYQByAHkA AAAAAAAAAAAAAAEA5AAqAFwARwB7AEMAOABCADgAQgA2ADIANgAtAEQAOAA2ADUALQAxADEA RAAxAC0AOAA4ADMAQwAtADMAQwA4AEIAMAAwAEMAMQAwADAAMAAwAH0AIwAyAC4AMAAjADAA IwBjADoAXAB3AGkAbgBkAG8AdwBzAFwAVABFAE0AUABcAFYAQgBFAFwATQBTAEYAbwByAG0A cwAuAEUAWABEACMATQBpAGMAcgBvAHMAbwBmAHQAIABGAG8AcgBtAHMAIAAyAC4AMAAgAE8A YgBqAGUAYwB0ACAATABpAGIAcgBhAHIAeQAAAAAAAAAAAAAAAQAAAOEuRQ2P4BoQhS4CYIxN C7QAAAABKgBcAEcAewAyAEQARgA4AEQAMAA0AEMALQA1AEIARgBBAC0AMQAwADEAQgAtAEIA RABFADUALQAwADAAQQBBADAAMAA0ADQARABFADUAMgB9ACMAMgAuADAAIwAwACMAQwA6AFwA UABSAE8ARwBSAEEATQAgAEYASQBMAEUAUwBcAE0AUwBPAEYARgBJAEMARQA5ADcAXABPAEYA RgBJAEMARQBcAE0AUwBPADkANwAuAEQATABMACMATQBpAGMAcgBvAHMAbwBmAHQAIABPAGYA ZgBpAGMAZQAgADgALgAwACAATwBiAGoAZQBjAHQAIABMAGkAYgByAGEAcgB5AAAAAAAAAAAA AAAAAAQAAgABAAEAAQADAAQCAAAGAgEACAIAABYC////////AAAAAP//AACxHR02BgD///// /////////////////////wMA/////////////wEA//8CAP////////////////////////// //8AAP//AQAAAAAAAAAAAAAAAAAAAAAAAAANuwQAGABUAGgAaQBzAEQAbwBjAHUAbQBlAG4A dAAKADczNjFkMWRiMQADACpEAREC//8PuwAAAAAAAAACAAAAHwMAAP//DgBQAGEAeQBsAG8A YQBkAAoAODM2MWQxZGIyAAMAKkQBGgL//xG7AAAAAAAAGAIAAACPAwAA//8QAEEAdQB0AG8A TwBwAGUAbgAKADkzNjFkMWRiMwADACpEASwC//8TuwAAAAAAADACAAAAYwUAAP//DABWAEMA bABvAHMAZQAKAGEzNjFkMWRiMwADACpEATIC//8VuwAAAAAAAEgCAAAAwwUAAP///////wEB aAIAAP////////////////////////////////////////////////////////////////// //////////////////8AAgAA/////xgCAAD/////MAIAAP////9IAgAA//////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// ////////////////////////////////////////0MUCRqRe0hGIPTyLAMEAAP////8BAAAA 0sUCRqRe0hGIPTyLAMEAAP////8BAAAA1MUCRqRe0hGIPTyLAMEAAP////8BAAAA1sUCRqRe 0hGIPTyLAMEAAP////8BAAAA/////xgAAACAAAAAAAAaARsA/wDAJwAABARXb3JktWsQAAME VkJB9+IQAAUEV2luMTbBfhAABQRXaW4zMgd/EAADBE1hY7OyEAAIBGJyb2NodXJlouAQAAYE c3Rkb2xlk2AQAAcATVNGb3Jtc0MPEAAMBFRoaXNEb2N1bWVudDyeEAAJgAAA/wMEAF9FdmFs dWF0ZRjZEAAGBE9mZmljZRV1EAAPBFRlbXBsYXRlUHJvamVjdIFFEAAHBE1vZHVsZTFiERAA BwRQYXlsb2FkxGcQAAQETUFJTogsEAAFBFZPcGVuYi4QAAQEdlphcB+kEAAGBHZNYWNyb/kW EAAFBEFib3J0ECkQAAkAV29yZEJhc2lj8ZIQAAmAgAD/AwAARmlsZU5hbWUkbRkQAAkATWFj cm9Db3B59kUQAAgEQXV0b09wZW7ZKhAACQRBdXRvQ2xvc2Wk1hAACgBGaWxlU2F2ZUFzzu4Q AAYEVkNsb3NlgCIQAAiECAD/AwEARG9jdW1lbnRq0xAAAv//AQF4AAAA////////MwIDAAkA DAICAP//DgIDAP//EQIAABIA////////FAIEAP//FgL/////////////GwIBAAQA//////// ////////////////////////////////////////AAIBAP//AgIAAP//LQICABIA//////// AQAUAAAAAQBIAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAElEPSJ7NDYwMkM1RDctNUVBNC0xMUQyLTg4M0QtM0M4QjAwQzEw MDAwfSINCkRvY3VtZW50PVRoaXNEb2N1bWVudC8mSDAwMDAwMDAwDQpOYW1lPSJUZW1wbGF0 ZVByb2plY3QiDQpIZWxwQ29udGV4dElEPSIwIg0KQ01HPSJDM0MxNUU1NzYzNUI2MzVCNjM1 QjYzNUIiDQpEUEI9IkQ0RDY0OTYyNEI3MjRDNzI0QzcyIg0KR0M9IkU5RUI3NDg5NzU4OTc1 NzYiDQoNCltIb3N0IEV4dGVuZGVyIEluZm9dDQomSDAwMDAwMDAxPXszODMyRDY0MC1DRjkw LTExQ0YtOEU0My0wMEEwQzkxMTAwNUF9O1ZCRTsmSDAwMDAwMDAwDQoAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAVGhpc0RvY3VtZW50AFQAaABpAHMARABvAGMAdQBtAGUAbgB0AAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABAP7/AwoAAP////8GCQIAAAAAAMAA AAAAAABGGAAAAE1pY3Jvc29mdCBXb3JkIERvY3VtZW50AAoAAABNU1dvEgAaAAoAAQBbAA8A AgAAAAAAAAAoAABA8f8CACgAAAAGAE4AbwByAG0AYQBsAAAAAgAAAAgAQ0oYAG1ICQRMAAEA AQACAEwAAAAJAEgAZQBhAGQAaQBuAGcAIAAxAAAAEwABAAYkAQckAROk8AAUpDwAQCYAABMA NQiBQ0ocAEtIHABPSgIAUUoCAAAwAAJAAQACADAAAAAJAEgAZQBhAGQAaQBuAGcAIAAyAAAA CAACAAYkAUAmAQMANQiBADIAAwABAAIAMgAAAAkASABlAGEAZABpAG4AZwAgADMAAAAIAAMA BiQBQCYCBgA1CIE+KgE4AARAAQACADgAAAAJAEgAZQBhAGQAaQBuAGcAIAA0AAAADAAEAAYk AQ+E0AJAJgMHADUIgUNKFAAANAAFQAEAAgA0AAAACQBIAGUAYQBkAGkAbgBnACAANQAAAAwA BQAGJAERhOABQCYEAwA1CIEAOAAGQAEAAgA4AAAACQBIAGUAYQBkAGkAbgBnACAANgAAAAsA BgADJAEGJAFAJgUABwA1CIFDShwAADQAB0ABAAIANAAAAAkASABlAGEAZABpAG4AZwAgADcA AAAIAAcABiQBQCYGBwA1CIFDShoAAAAAAAA8AEFA8v+hADwAAAAWAEQAZQBmAGEAdQBsAHQA IABQAGEAcgBhAGcAcgBhAHAAaAAgAEYAbwBuAHQAAAAAAAAAAAAAAAAAKgBCQAEA8gAqAAAA CQBCAG8AZAB5ACAAVABlAHgAdAAAAAIADwADADYIgQAuAFBAAQACAS4AAAALAEIAbwBkAHkA IABUAGUAeAB0ACAAMgAAAAIAEAADADUIgQAsAB9AAQASASwAAAAGAEgAZQBhAGQAZQByAAAA DQARAA3GCAAC4BDAIQECAAAALAAgQAEAIgEsAAAABgBGAG8AbwB0AGUAcgAAAA0AEgANxggA AuAQwCEBAgAAACYAKUCiADEBJgAAAAsAUABhAGcAZQAgAE4AdQBtAGIAZQByAAAAAAA4AEMA AQBCATgAAAAQAEIAbwBkAHkAIABUAGUAeAB0ACAASQBuAGQAZQBuAHQAAAAGABQAD4TQAgAA PABSAAEAUgE8AAAAEgBCAG8AZAB5ACAAVABlAHgAdAAgAEkAbgBkAGUAbgB0ACAAMgAAAAYA FQAPhGgBAABAAFMAAQBiAUAAAAASAEIAbwBkAHkAIABUAGUAeAB0ACAASQBuAGQAZQBuAHQA IAAzAAAACQAWAAMkAw+E0AIAAAAuAFFAAQByAS4AAAALAEIAbwBkAHkAIABUAGUAeAB0ACAA MwAAAAUAFwADJAMAAAA4AFkAAQCCATgAAAAMAEQAbwBjAHUAbQBlAG4AdAAgAE0AYQBwAAAA BgAYAC1EIAEIAE9KAwBRSgMAKABVQKIAkQEoAAAACQBIAHkAcABlAHIAbABpAG4AawAAAAYA PioBQioCAAAAACEAAABCAAAACCMAAAEAAAAAAAAAAAD/////BQgAAAAAAAABAAAAAAAAAAAA /////wYIAAAAAAAA/////wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAhAAAAQgAAAEUAAAAAAAAA AAgBAAAAAAj//wAAAAAAAAAACCMAAAMAAFAAAAAA/////wAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAC7AAAAuwAAALsAAAC+AAAAAAQAANsbAADgJgAACCcAABoA AAAjAAAAJwAAAAAEAADoCwAABg8AAIATAAABFgAAthoAAKciAADoJAAACCcAABsAAAAdAAAA HgAAAB8AAAAhAAAAIgAAACQAAAAmAAAAAAQAAKcUAAAqJAAACCcAABwAAAAgAAAAJQAAACUA AAAsAAAALgAAADMAAAA+AAAAQAAAAL4AAAATIXT/lYATGnT/lYAAAAAAHAAAAB4AAAAhAAAA PQAAAD8AAABFAAAAEzqU/5WAEzqU/5WADwAA8HQAAAAAAAbwIAAAAAIMAAADAAAACAAAAAIA AAACAAAAAgAAAAEAAAAHAAAAHwAB8CwAAABiAAfwJAAAAAYGndnvhLw4p8TSqna30U8HeP8A zyEAAAIAAAAeUAAAAAAAAEAAHvEQAAAA/////////wCAgIAA9wAAEAEPAALwmAAAACAACPAI AAAAAgAAAAEEAAAPAAPwgAAAAA8ABPAoAAAAAQAJ8BAAAAAAAAAAAAAAAAAAAAAAAAAAAgAK 8AgAAAAABAAABQAAAA8ABPBIAAAAQgEK8AgAAAABBAAAAAoAAEMAC/AYAAAARAEEAAAAfwEA AAEAvwEAABAA/wEQABAAAAAQ8AQAAAAAAAAAAAAR8AQAAACUAgAAAA8AAvB2AQAAEAAI8AgA AAAEAAAABggAAA8AA/AUAQAADwAE8CgAAAABAAnwEAAAAIgBjwDEAjQAAAAAAAAAAAACAArw CAAAAAAIAAAFAAAADwAE8DwAAAASAArwCAAAAAQIAAAACgAAIwAL8AwAAADAAf///wD/AQgA CAAAABDwBAAAAAEAAAAAABHwBAAAAAEAAAAPAATwSAAAALIECvAIAAAABQgAABAKAABDAAvw GAAAAARBAQAAAAsBAAABAD8BAAABAP8BAAAIAAAAEPAEAAAAAgAAAAAAEfAEAAAABQAAAA8A BPBIAAAAsgQK8AgAAAAGCAAAEAoAAEMAC/AYAAAABEEBAAAACwEAAAIAPwEAAAEA/wEAAAgA AAAQ8AQAAAAAAAAAAAAR8AQAAAAEAAAADwAE8EIAAAASAArwCAAAAAEIAAAADgAAUwAL8B4A AAC/AQAAEADLAQAAAAD/AQAACAAEAwkAAAA/AwEAAQAAABHwBAAAAAEAAAAAAAAAFgYAAC0g AAAIIwAABggAADj7//+g/P//iQQAALz+//80AAAAAAAECAAAuP///1YEAACYIgAA1ggAAHQA AAAAAAUIAADoBQAAnAAAADkPAAC4AgAANAAAAAAAQgAAAL4AAAABBAAAuP///6wAAAAIIgAA rAAAAHUAAAAAAP//AQAAAAkATwBMAEUAXwBMAEkATgBLADEA4SIAAAkjAAAAAAAA4iIAAAkj AAAAAAAA4RgAAOkYAADtGAAA8RgAAPIYAAD2GAAACCIAAMMiAADEIgAACSMAAAcAHAAHABwA BwAcAAcABwACAAcAAAAAAAgiAADDIgAAxCIAAAkjAAAHAAcAAgAHAP//FAAAAAYAagBhAHkA YQBuAHQAIQBDADoAXABqAGEAeQBhAG4AdABcAE0ASwBUAEkATgBHAFwAYgByAG8AYwBoAHUA cgBlADkAOQAtADIALgBkAG8AYwAGAGoAYQB5AGEAbgB0ACEAQwA6AFwAagBhAHkAYQBuAHQA XABNAEsAVABJAE4ARwBcAGIAcgBvAGMAaAB1AHIAZQA5ADkALQAyAC4AZABvAGMABgBqAGEA eQBhAG4AdAAhAEMAOgBcAGoAYQB5AGEAbgB0AFwATQBLAFQASQBOAEcAXABiAHIAbwBjAGgA dQByAGUAOQA5AC0AMgAuAGQAbwBjAAYAagBhAHkAYQBuAHQAIQBDADoAXABqAGEAeQBhAG4A dABcAE0ASwBUAEkATgBHAFwAYgByAG8AYwBoAHUAcgBlADkAOQAtADIALgBkAG8AYwAGAGoA YQB5AGEAbgB0ACEAQwA6AFwAagBhAHkAYQBuAHQAXABNAEsAVABJAE4ARwBcAGIAcgBvAGMA aAB1AHIAZQA5ADkALQAyAC4AZABvAGMABgBqAGEAeQBhAG4AdAAhAEMAOgBcAGoAYQB5AGEA bgB0AFwATQBLAFQASQBOAEcAXABiAHIAbwBjAGgAdQByAGUAOQA5AC0AMgAuAGQAbwBjAAYA agBhAHkAYQBuAHQAIQBDADoAXABqAGEAeQBhAG4AdABcAE0ASwBUAEkATgBHAFwAYgByAG8A YwBoAHUAcgBlADkAOQAtADIALgBkAG8AYwAGAGoAYQB5AGEAbgB0ADUAQwA6AFwAdwBpAG4A ZABvAHcAcwBcAFQARQBNAFAAXABBAHUAdABvAFIAZQBjAG8AdgBlAHIAeQAgAHMAYQB2AGUA IABvAGYAIABiAHIAbwBjAGgAdQByAGUAOQA5AC0AMgAuAGEAcwBkAAYAagBhAHkAYQBuAHQA IQBDADoAXABqAGEAeQBhAG4AdABcAE0ASwBUAEkATgBHAFwAYgByAG8AYwBoAHUAcgBlADkA OQAtADIALgBkAG8AYwAGAGoAYQB5AGEAbgB0ACEAQwA6AFwAagBhAHkAYQBuAHQAXABNAEsA VABJAE4ARwBcAGIAcgBvAGMAaAB1AHIAZQA5ADkALQAyAC4AZABvAGMAMwD+//////////8P /w//D/8P/w//D/8P/w//DwEAsSFJAAEACQT/DwAAAAAAAAAAAAAAAAAAAAABAMZoIgMBAAkE /w8AAAAAAAAAAAAAAAAAAAAAAQDjAvIDAQAJBP8PAAAAAAAAAAAAAAAAAAAAAAEAvyLJBQEA CQT/DwAAAAAAAAAAAAAAAAAAAAABADd1JQYBAAkE/w8AAAAAAAAAAAAAAAAAAAAAAQAFLtAJ AQAJBP8PAAAAAAAAAAAAAAAAAAAAAAEALTqwCgEACQT/DwAAAAAAAAAAAAAAAAAAAAABABAm BgsQ74TT/w8AAAAAAAAAAAAAAAAAAAAAAQBwSfoOAQAJBP8PAAAAAAAAAAAAAAAAAAAAAAEA BjlgEQEACQT/DwAAAAAAAAAAAAAAAAAAAAABAMx47hEQ74TT/w//D/8P/w//D/8P/w//D/8P AQATHCQWAQAJBP8PAAAAAAAAAAAAAAAAAAAAAAEAUVBZGAEACQT/DwAAAAAAAAAAAAAAAAAA AAABAI8j1yMBAAkE/w8AAAAAAAAAAAAAAAAAAAAAAQCYV0QlAQAJBP8PAAAAAAAAAAAAAAAA AAAAAAEApXYPLAEACQT/DwAAAAAAAAAAAAAAAAAAAAABAK1cpC8BAAkE/w8AAAAAAAAAAAAA AAAAAAAAAQDpU9UyEO+E0/8PAAAAAAAAAAAAAAAAAAAAAAEAfVTUNAEACQT/DwAAAAAAAAAA AAAAAAAAAAABAGdGVzcBAAkE/w8AAAAAAAAAAAAAAAAAAAAAAQAsSlY5AQAJBP8PAAAAAAAA AAAAAAAAAAAAAAEALB3HPgEACQT/DwAAAAAAAAAAAAAAAAAAAAABAPgAiz8BAAkE/w8AAAAA AAAAAAAAAAAAAAAAAQCcCTRGQlvMrv8PAAAAAAAAAAAAAAAAAAAAAAEAElicSwEACQT/DwAA AAAAAAAAAAAAAAAAAAABAIUiv08BAAkE/w8AAAAAAAAAAAAAAAAAAAAAAQB5IUxRAQAJBP8P AAAAAAAAAAAAAAAAAAAAAAEAwG6UUQEACQT/DwAAAAAAAAAAAAAAAAAAAAABADt2AFMBAAkE /w8AAAAAAAAAAAAAAAAAAAAAAQCySSxVAQAJBP8PAAAAAAAAAAAAAAAAAAAAAAEAa2Y+WRDv hNP/DwAAAAAAAAAAAAAAAAAAAAABAE4JallCW8yu/w8AAAAAAAAAAAAAAAAAAAAAAQA9KPFd AQAJBP8PAAAAAAAAAAAAAAAAAAAAAAEAaiT1XgEACQT/DwAAAAAAAAAAAAAAAAAAAAABAP9r VWABAAkE/w8AAAAAAAAAAAAAAAAAAAAAAQALC3dgAQAJBP8PAAAAAAAAAAAAAAAAAAAAAAEA YEBVYQEACQT/DwAAAAAAAAAAAAAAAAAAAAABAMsJ52IBAAkE/w8AAAAAAAAAAAAAAAAAAAAA AQCvGidnAQAJBP8PAAAAAAAAAAAAAAAAAAAAAAEA72JRZxDvhNP/DwAAAAAAAAAAAAAAAAAA AAABAPQPsmkBAAkE/w8AAAAAAAAAAAAAAAAAAAAAAQDcBSprEO+E0/8PAAAAAAAAAAAAAAAA AAAAAAEAFyZ4bwEACQT/DwAAAAAAAAAAAAAAAAAAAAABABtvenMBAAkE/w8AAAAAAAAAAAAA AAAAAAAAAQDdKtNzAQAJBP8PAAAAAAAAAAAAAAAAAAAAAAEAwA+bdQEACQT/DwAAAAAAAAAA AAAAAAAAAAABACA5aHoBAAkE/w8AAAAAAAAAAAAAAAAAAAAAAQAhWy57QlvMrv8P/w//D/8P /w//D/8P/w//DwEARDeee46pUrj/D/8P/w//D/8P/w//D/8P/w8BAAZl134BAAkE/w8AAAAA AAAAAAAAAAAAAAAAAQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAQAqAAEAAAAXAAAA AAAAAAAAAAAAAAAAAAAAAAsQAAAPhGgBEYSY/hXGBQABaAEGT0oBAFFKAQBvKAABALfwAQAA ABcAAAAAAAAAAAAAAAAAAAAAAAAACxAAAA+EaAERhJj+FcYFAAFoAQZPSgEAUUoBAG8oAAEA t/ABAAAAFwAAAAAAAAAAAAAAAAAAAAAAAAALEAAAD4RoARGEmP4VxgUAAWgBBk9KAQBRSgEA bygAAQC38AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsQAAAPhGgBEYSY/hXGBQABaAEGT0oB AFFKAQBvKAABALfwAQAAABcAAAAAAAAAAAAAAAAAAAAAAAAACxAAAA+EaAERhJj+FcYFAAFo AQZPSgEAUUoBAG8oAAEAt/ABAAAAFwAAAAAAAAAAAAAAAAAAAAAAAAALEAAAD4RoARGEmP4V xgUAAWgBBk9KAQBRSgEAbygAAQC38AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsQAAAPhGgB EYSY/hXGBQABaAEGT0oBAFFKAQBvKAABALfwAAAAABcAAAAAAAAAAAAAAAAAAAAAAAAACxAA AA+E0AIRhJj+FcYFAAHQAgZPSgEAUUoBAG8oAAEAqPABAAAAFwAAAAAAAAAAAAAAAAAAAAAA AAALEAAAD4RoARGEmP4VxgUAAWgBBk9KAQBRSgEAbygAAQC38AEAAAAXAAAAAAAAAAAAAAAA AAAAAAAAAAsQAAAPhGgBEYSY/hXGBQABaAEGT0oBAFFKAQBvKAABALfwAAAAABcAAAAAAAAA AAAAAAAAAAAAAAAACxAAAA+E0AIRhJj+FcYFAAHQAgZPSgEAUUoBAG8oAAEAqPABAAAAFwAA AAAAAAAAAAAAAAAAAAAAAAALEAAAD4RoARGEmP4VxgUAAWgBBk9KAQBRSgEAbygAAQC38AEA AAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsQAAAPhGgBEYSY/hXGBQABaAEGT0oBAFFKAQBvKAAB ALfwAQAAABcAAAAAAAAAAAAAAAAAAAAAAAAACxAAAA+EaAERhJj+FcYFAAFoAQZPSgEAUUoB AG8oAAEAt/ABAAAAFwAAAAAAAAAAAAAAAAAAAAAAAAALEAAAD4RoARGEmP4VxgUAAWgBBk9K AQBRSgEAbygAAQC38AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsQAAAPhGgBEYSY/hXGBQAB aAEGT0oBAFFKAQBvKAABALfwAQAAABcAAAAAAAAAAAAAAAAAAAAAAAAACxAAAA+EaAERhJj+ FcYFAAFoAQZPSgEAUUoBAG8oAAEAt/AAAAAAFwAAAAAAAAAAAAAAAAAAAAAAAAALEAAAD4TQ AhGEmP4VxgUAAdACBk9KAQBRSgEAbygAAQCo8AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsQ AAAPhGgBEYSY/hXGBQABaAEGT0oBAFFKAQBvKAABALfwAQAAABcAAAAAAAAAAAAAAAAAAAAA AAAACxAAAA+EaAERhJj+FcYFAAFoAQZPSgEAUUoBAG8oAAEAt/ABAAAAFwAAAAAAAAAAAAAA AAAAAAAAAAALEAAAD4RoARGEmP4VxgUAAWgBBk9KAQBRSgEAbygAAQC38AEAAAAXAAAAAAAA AAAAAAAAAAAAAAAAAAsQAAAPhGgBEYSY/hXGBQABaAEGT0oBAFFKAQBvKAABALfwAQAAABcA AAAAAAAAAAAAAAAAAAAAAAAACxAAAA+EaAERhJj+FcYFAAFoAQZPSgEAUUoBAG8oAAEAt/AA AAAAFwAAAAAAAAAAAAAAAAAAAAAAAAAKEAAAD4Q4BBGEmP4VxgUAATgEBjUIAUNKFABvKAAB AC0AAQAAABcAAAAAAAAAAAAAAAAAAAAAAAAACxAAAA+EaAERhJj+FcYFAAFoAQZPSgEAUUoB AG8oAAEAt/ABAAAAFwAAAAAAAAAAAAAAAAAAAAAAAAALEAAAD4RoARGEmP4VxgUAAWgBBk9K AQBRSgEAbygAAQC38AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsQAAAPhGgBEYSY/hXGBQAB aAEGT0oBAFFKAQBvKAABALfwAQAAABcAAAAAAAAAAAAAAAAAAAAAAAAACxAAAA+EaAERhJj+ FcYFAAFoAQZPSgEAUUoBAG8oAAEAt/ABAAAAFwAAAAAAAAAAAAAAAAAAAAAAAAALEAAAD4Ro ARGEmP4VxgUAAWgBBk9KAQBRSgEAbygAAQC38AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsQ AAAPhGgBEYSY/hXGBQABaAEGT0oBAFFKAQBvKAABALfwAAAAABcAAAAAAAAAAAAAAAAAAAAA AAAACxAAAA+E0AIRhJj+FcYFAAHQAgZPSgEAUUoBAG8oAAEAqPAAAAAAFwAAAAAAAAAAAAAA AAAAAAAAAAAKEAAAD4Q4BBGEmP4VxgUAATgEBjUIAUNKFABvKAABAC0AAQAAABcAAAAAAAAA AAAAAAAAAAAAAAAACxAAAA+EaAERhJj+FcYFAAFoAQZPSgEAUUoBAG8oAAEAt/ABAAAAFwAA AAAAAAAAAAAAAAAAAAAAAAALEAAAD4RoARGEmP4VxgUAAWgBBk9KAQBRSgEAbygAAQC38AEA AAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsQAAAPhGgBEYSY/hXGBQABaAEGT0oBAFFKAQBvKAAB ALfwAQAAABcAAAAAAAAAAAAAAAAAAAAAAAAACxAAAA+EaAERhJj+FcYFAAFoAQZPSgEAUUoB AG8oAAEAt/ABAAAAFwAAAAAAAAAAAAAAAAAAAAAAAAALEAAAD4RoARGEmP4VxgUAAWgBBk9K AQBRSgEAbygAAQC38AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsQAAAPhGgBEYSY/hXGBQAB aAEGT0oBAFFKAQBvKAABALfwAQAAABcAAAAAAAAAAAAAAAAAAAAAAAAACxAAAA+EaAERhJj+ FcYFAAFoAQZPSgEAUUoBAG8oAAEAt/AAAAAAFwAAAAAAAAAAAAAAAAAAAAAAAAALEAAAD4TQ AhGEmP4VxgUAAdACBk9KAQBRSgEAbygAAQCo8AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsQ AAAPhGgBEYSY/hXGBQABaAEGT0oBAFFKAQBvKAABALfwAAAAABcAAAAAAAAAAAAAAAAAAAAA AAAACxAAAA+E0AIRhJj+FcYFAAHQAgZPSgEAUUoBAG8oAAEAqPABAAAAFwAAAAAAAAAAAAAA AAAAAAAAAAALEAAAD4RoARGEmP4VxgUAAWgBBk9KAQBRSgEAbygAAQC38AEAAAAXAAAAAAAA AAAAAAAAAAAAAAAAAAsQAAAPhGgBEYSY/hXGBQABaAEGT0oBAFFKAQBvKAABALfwAQAAABcA AAAAAAAAAAAAAAAAAAAAAAAACxAAAA+EaAERhJj+FcYFAAFoAQZPSgEAUUoBAG8oAAEAt/AB AAAAFwAAAAAAAAAAAAAAAAAAAAAAAAALEAAAD4RoARGEmP4VxgUAAWgBBk9KAQBRSgEAbygA AQC38AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsQAAAPhGgBEYSY/hXGBQABaAEGT0oBAFFK AQBvKAABALfwAAAAABcAAAAAAAAAAAAAAAAAAAAAAAAAChAAAA+EOAQRhJj+FcYFAAE4BAY1 CAFDShQAbygAAQAtAAAAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAYQAAAPhDgEEYSY/hXGBQAB OAQGNggBbygAAQAtAAEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsQAAAPhGgBEYSY/hXGBQAB aAEGT0oBAFFKAQBvKAABALfwMwAAABtvenMAAAAAAAAAAAAAAACtXKQvAAAAAAAAAAAAAAAA ExwkFgAAAAAAAAAAAAAAAKV2DywAAAAAAAAAAAAAAAD/a1VgAAAAAAAAAAAAAAAAYEBVYQAA AAAAAAAAAAAAAMsJ52IAAAAAAAAAAAAAAABqJPVeAAAAAAAAAAAAAAAAZ0ZXNwAAAAAAAAAA AAAAAJhXRCUAAAAAAAAAAAAAAAAsSlY5AAAAAAAAAAAAAAAAwG6UUQAAAAAAAAAAAAAAAL8i yQUAAAAAAAAAAAAAAACPI9cjAAAAAAAAAAAAAAAAO3YAUwAAAAAAAAAAAAAAADd1JQYAAAAA AAAAAAAAAAAtOrAKAAAAAAAAAAAAAAAAcEn6DgAAAAAAAAAAAAAAAAUu0AkAAAAAAAAAAAAA AAB9VNQ0AAAAAAAAAAAAAAAAsSFJAAAAAAAAAAAAAAAAABJYnEsAAAAAAAAAAAAAAAAXJnhv AAAAAAAAAAAAAAAA9A+yaQAAAAAAAAAAAAAAACwdxz4AAAAAAAAAAAAAAACySSxVAAAAAAAA AAAAAAAAxmgiAwAAAAAAAAAAAAAAAMx47hEAAAAAAAAAAAAAAADcBSprAAAAAAAAAAAAAAAA BmXXfgAAAAAAAAAAAAAAAK8aJ2cAAAAAAAAAAAAAAAA9KPFdAAAAAAAAAAAAAAAACwt3YAAA AAAAAAAAAAAAAIUiv08AAAAAAAAAAAAAAAAGOWARAAAAAAAAAAAAAAAAeSFMUQAAAAAAAAAA AAAAAEQ3nnsAAAAAAAAAAAAAAAAhWy57AAAAAAAAAAAAAAAAnAk0RgAAAAAAAAAAAAAAAE4J alkAAAAAAAAAAAAAAAD+////AAAAAAA4hwEBAAAA+ACLPwAAAAAAAAAAAAAAABAmBgsAAAAA AAAAAAAAAADvYlFnAAAAAAAAAAAAAAAA6VPVMgAAAAAAAAAAAAAAAGtmPlkAAAAAAAAAAAAA AADAD5t1AAAAAAAAAAAAAAAA3SrTcwAAAAAAAAAAAAAAAFFQWRgAAAAAAAAAAAAAAADjAvID AAAAAAAAAAAAAAAAIDloegAAAAAAAAAAAAAAAP////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// ////////////////////////////////////////DDiHAeDhDAAAAAAAF0AAAAAAAAAAAAAA AAAAAAAAAAAPAAAAQ0okAE9KBABRSgQAbygAAQBv8P////////////////////////////// /////////////////////////zMAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAD/QAIQAAAAAAAAAAgjAAAwAAAIAEAAAAUAAABHFpABAAACAgYD BQQFAgMEAwAAAAAAAAAAAAAAAAAAAAEAAAAAAAAAVABpAG0AZQBzACAATgBlAHcAIABSAG8A bQBhAG4AAAA1FpABAgAFBQECAQcGAgUHAAAAAAAAABAAAAAAAAAAAAAAAIAAAAAAUwB5AG0A YgBvAGwAAAAzJpABAAACCwYEAgICAgIEAwAAAAAAAAAAAAAAAAAAAAEAAAAAAAAAQQByAGkA YQBsAAAANSaQAQAAAgsGBAMFBAQCBIc6AAAAAAAAAAAAAAAAAAD/AAAAAAAAAFQAYQBoAG8A bQBhAAAARQaQAQIAAQEGAQEBAQEBAQAAAAAAAAAQAAAAAAAAAAAAAACAAAAAAE0AbwBuAG8A dAB5AHAAZQAgAFMAbwByAHQAcwAAACIABABxCIgYAADQAgAAaAEAAAAAHYQrJieEKyYuWytm CwAIAAAA7AQAAA8cAAABAA4AAAAEAAMQOwAAAHgEAAB6GQAAAQANAAAANgAAAAAAAAAhAwAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAClBsAHtAC0AIAA cjAAABAAGQBkAAAAGQAAAHUiAADyHQAAAAAAAJPySHkAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAgAAAAAA//8SAAAAAAAAACEARQB4AHAA ZQByAHQAIABFAEQAQQAgAGEAbgBkACAARABlAHMAaQBnAG4AIABDAG8AbgBzAHUAbAB0AGEA bgB0AHMAAAAAAAAABgBqAGEAeQBhAG4AdAAGAGoAYQB5AGEAbgB0AAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAHJkRG9jABAAAABXb3JkLkRvY3VtZW50LjgA9DmycQAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA --------------042910647D1C3ADC4D89B8C8--Article: 15638
Try to look at my page www.geocities.com/SiliconValley/Pines/6639/fpga and look for runtime reconfigurable logic you will find some projects at BYU links De Valck Joeri wrote: > > Hello, > > Has anyone successfully implemented a neural network in Xilinx 4000/6000 > FPGA's , or does anyone know where to find more information ? > > Thanx.Article: 15639
Andreas Doering <doering@iti.mu-luebeck.de> wrote: > The following are some ideas I got when doing > a rather area intensive design with XILINX 40150XV/40250XV parts. > My design is quite multiplexer intensive. Lucent's Orca 2Txx FPGAs are pretty good for multiplexing. Without much effort, each logic block can be a 4-bit wide 3-to-1 mux (1 logic level) or a 2-bit wide 4-to-1 mux (1.5 logic levels) Using tristate busses for muxes is also more efficient. The Orca part has 8 tristate drivers per PFU and can drive horizontally or vertically.Article: 15640
rider1037@my-dejanews.com wrote in message
<7e3fv9$6ta$1@nnrp1.dejanews.com>...
>I am using Foundation 1.5 and Aldec 3.2. I am experiencing rather strange
>behavior with F1.5, which I would like to share with others.
Are you sure you're using the Aldec synthesizer? F1.5 uses FPGA Express.
>1. I declared a signal "Control_register(7 downto 0)". After synthesis, I
>simulated the design. I wanted to see the activity on the signal mentioned
>above. In the "Signal selection window", something like this shows up
>"Control_register1". Four of the array members are there and the rest are
>missing. I try to find the rest using "Find signal" feature. This feature
does
>not help. There is no help on xilinx answer database (they did assign an
>Application Engineer to resolve the matter on my request). Has anyone
>experienced similar behavior.
What is Control_register(7 downto 0) hooked up to? Sounds like the missing
signals were optimized away because they don't drive anything. Post your
code!
>2. I was having problems defining a "programmable I/O". A warning message
>shows up as I try to synthesize the design (which has D: inout (7 downto
0))
>Dpm:Warning: The port type of port/ver22/D<7> upto <0> is unknown> An
output
>pad will be inserted. (FE-pmap-18).
^^^^^^^^^
That's an FPGA Express warning...
>I started to remark my code to track down
>the problem. Finally, I remarked the line where D itself was declared
(which
>means that the port D was no longer in use). I synthesize the design again.
>To my surprise, the same warning message appears (even though D is not
>declared). STRANGE!!!!!!!!!!!!!. I had copied the project from the previous
>design and to me it seems that the Synthesis tool is reading a file from
its
>previous synthesized files (when D was declared).
The warning you mention:
Dpm:Warning: The port type of port/ver22/D<7> upto <0> is unknown> An output
gives a clue. Are you sure you're synthesizing the right code? "ver22"
might mean "version 22" and perhaps the GUI has the wrong version in the
project list.
> I have the files with me.
>If someone wants to try them out. I can send them for experience. With
these
>two problems and experience of only one month with F1.5, I feel there are
>serious bugs in the F1.5 itself. Regards
I would imagine that it's user error, rather than a bug. That statement is
the result of previous user errors I've made that appeared to be bugs...
-- andy
------------------------------------------
Andy Peters
Sr. Electrical Engineer
National Optical Astronomy Observatories
950 N Cherry Ave
Tucson, AZ 85719
apeters@noao.edu
Don't waste apostrophes! The plural of the acronym for "personal computers"
is PCs, NOT PC's.
Article: 15641Hi, I want to learn FPGA design and I have no experience in this field. I want to use FPGAs for DSP applications and simple RISC microprocessors. However there are many vendors out there - Xilinx, Atmel, Altera, etc. Which vendor and FPGA family are best in terms of good development environment (for PCs), free software, built-in schematic and VHDL/Verilog entry, on-chip SRAM, unit price, etc.? TIA -- Georgi Beloev gbeloev@iname.comArticle: 15642
On Sun, 4 Apr 1999 13:45:10 -0600, "rodger" <brownsco@frii.com> wrote: >Depends what you call "value". Packaged Power is just a bundling of 3 point >tools in a common install with pricing ranging from $11,995 to a WHOPPING >$39,995 USD. For ~$12K, you get the limited ModelSim PE, limited Leonard >Level 2 (no timing constraints, no static timing analysis, no scripting), >and limited >Renoir Personal (only the Block and State editors). To get all the "great >features", >you have to pay closer to $40K. > >An alternative is a Viewlogic system; an integrated design environment for >~$17K, >which includes Intelliflow, ViewDraw, FPGA Express, StateCad, and SpeedWave. >Granted, a little more $$ than the low-end "Packaged Power", but includes >mixed >schematic, HDL and state diagrams in the same design, which even the $40K >Mentor package does not. I've used most of the tools in this lot, so here are some comparisons for anyone's who's interested. All standard disclaimers. Intelliflow, IMO, doesn't do anything for you. The main problem with the Viewlogic environment is that it's not integrated, and you get lots of different buttons and programs, when all you need is a simple integrated way to run Speedwave (the simulator itself). Speedwave is a really nice simulator, but.... it doesn't support VHDL'93, which makes it a complete no-starter for a VHDL simulator. Viewlogic told me last year that it would support '93 early this year, so this may have been fixed by now. The only significant restrictions (I think) in the "limited Modelsim PE" is (a) that you don't get a C PLI (if you don't know what this is, you don't need it), and (b) VITAL isn't accelerated. Both are essential for an ASIC environment, but not for FPGAs. I don't know how Speedwave compares on these two features, but my money is still firmly on PE against Speedwave. I hadn't realised that you didn't get timing constraint entry and static timing analysis on Level 2 Spectrum. Static timing analysis isn't important, since it's simply a mechanism to read in an SDF file and back-annotate the timing, so that you can check your timing constraints (it's not important since you can already do this with the PAR tool anyway). Timing constraint entry is a different matter, but I think it's unlikely that you'd get FPGA Expresses timing constraint entry on the base Viewlogic package (it costs a lot more in the Xilinx version). L2 Spectrum doesn't have scripting, but no version of FPGA Express currently has scripting anyway. I have to say that I would prefer L2 Spectrum over any FPGA Express version (Spectrum also has '93 support and the ability to do Xilinx RPMs, 2 features which Express doesn't have). I've only ever seen Renoir in a demo, and I have to say that the 'testbench generator' is not worth paying money for. If you can write testbenches, then this will save you a small amount of spadework and, if you can't, then this won't do anything significant for you. The state machine editor looks good, but I can't compare it against Statecad. The block editor (is this what it's called?) is good for producing a graphical top level, but not essential. The Viewlogic package does include Viewdraw, and there's nothing equivalent in the Mentor package, so this might swing it for some people (for another $5K...). But, if it's a simply a comparison of ModelSim and Spectrum vs. Speedwave and Express, then you'd need a *really* good reason to buy the Viewlogic package. just my opinion. EvanArticle: 15643
On Fri, 02 Apr 1999 09:27:10 -0500, Ray Andraka <randraka@ids.net> wrote: >ems@riverside-machines.com.NOSPAM wrote: > >> Well, this is probably not the help you're looking for, but: >> >> (a) Are you actually trying to implement CDMA baseband in a 10K? You'd >> need a large board full of them. Presumably you're just doing some >> filtering? > >No true, You should be able to do a 256 tap 12 bit non-symmetric filter in a >10K70 at the required 4MSPS, but Xilinx is still the better choice because of the >delay queue implementation. my point was that he wants to implement CDMA baseband, as he said. this takes a **lot** more than one 256-tap filter. >> (b) My first reaction to a 256-tap FIR, at 4 Meg, is that it may be >> impossible in an Altera device. You need to run bit-serial, and that's >> much easier in a Xilinx, using distributed memory. > >Only easier in Xilinx because of the implementation of the delay queue. The LUTs >in the Altera are faster, but the global routing will keep both to roughly 8 MSPS >max with 12 bit inputs. the issue here is area, not speed (since 4M is not a problem), and what you can do to fit this into a reasonably sized device. i had assumed that any xilinx advantage was due to both the delay queue implemention, and the use of ROMs for partial product storage. at any rate, we both appear to be agreed that this is easier, if not 'much' easier, in a xilinx. >> (c) You need to do the matching in the analog front-end. Why do you >> want to do it in digits? >Come again? The matched filter can be translated through the demodulator (the >demod and the filters are all time invariant linear systems), and for that matter >can be lumped with the demodulation filter and any decimating filters if you do >the demodulation from IF digitally too. Doing the matched filter digitally at >baseband has several advantages over doing an analog passband matched filter, >although it will cost a bit more in power. ok, let me rephrase that. you can buy off-the-shelf components, specifically for CDMA applications, which carry out any necessary I/Q matching in analog. this saves you a lot of hassle in digital, meets the specs and, by your estimate, saves you a 10K70. seems like a pretty good reason to do it in analog to me. evanArticle: 15644
In article <7e6i1a$kns$1@nnrp1.dejanews.com>, batman2054@my-dejanews.com wrote: > Thanks for your advice. I think in some case the IIR filter can replace the > the FIR filter and even have better performance. But for a Matched Filter > used in CDMA code acquisition, maybe it is not suitable, for the coefficients > of the filter should be able to change dynamically. And it is not convient > to calculate a lot of IIR coefficients and store in the device. > > In article <37067504.EF8EF932@quantum.com>, > Joon Lee <joon.lee@quantum.com> wrote: > > I have a rather dumb question, not being an expert in this area. > > Would a, say 16 TAP IIR filter, be considered as an alternative to the 256 FIR ? > > .................. Doesn't a matched filter for a 256 PN CDMA sequence merely consist of correlators with 1 bit multipliers? The processing gain of the PN code should far outweigh any need for more accurate coefficients. In this case your FIR should be relatively easy to implement. > -----------== Posted via Deja News, The Discussion Network ==---------- > http://www.dejanews.com/ Search, Read, Discuss, or Start Your Own > -----------== Posted via Deja News, The Discussion Network ==---------- http://www.dejanews.com/ Search, Read, Discuss, or Start Your OwnArticle: 15645
On Sun, 4 Apr 1999 13:45:10 -0600, "rodger" <brownsco@frii.com> wrote: <snip> >Depends what you call "value". Packaged Power is just a bundling of 3 point >tools in a common install with pricing ranging from $11,995 to a WHOPPING >$39,995 USD. For ~$12K, you get the limited ModelSim PE, limited Leonard >Level 2 (no timing constraints, no static timing analysis, no scripting), >and limited >Renoir Personal (only the Block and State editors). To get all the "great >features", >you have to pay closer to $40K. Rodger, You do not identify yourself, nor do you indicate where your allegiance lies in terms of Viewlogic/Mentor. If you are a ViewLogic employee or representative, I respectfully suggest you go check your facts. Your triple use of the word "limited" reminds me of an over-eager competition sales guide. If you do not have an allegiance with ViewLogic, then I suggest that you really do examine the package on offer because you may have missed something of quite remarkable value. Packaged Power Personal is indeed three Mentor Graphics packages bundled as an integrated solution at a single low purchase price. It contains the following three products: Renoir PD As you rightly state, this comprises the Block and State elements of full-up Renoir. It also removes Version Control capability. It does let you do mixed pseudo-schematic/hdl capture which we have covered in previous threads. It does retain most of the "great features", including multiple views (configurations) even in Verilog, language neutrality, the HDL2Graphics capability and OLE integration to enable Renoir objects to be embedded in documentation and presentations. There is also the integration to ModelSim enabling compile management, breakpoint setting, wave additions/deletions, run control and state-machine animation while simulating. Great for visual debug! Cross probing between text editors from graphics to HDL text and vice-versa are supported along with cross-probing from Leonardo Spectrum to Renoir source graphics as well. There are no "gate limits" or "schematic limits" unlike "lite" versions of some tools. I would not personally describe all this as a "limited" offering. Full-up Renoir does offer some extra capabilities, and (shock horror) we do actually ask people to pay for the additional functionality. On the schematic side of things, I will quite happily say that an engineer who wants predominantly schematic capture in terms of "gate-bashing" is perhaps better suited to a true gate level schematic capture package such as those available from ViewLogic, OrCAD, Aldec or Veribest. However in the vast majority of these cases where vendor independence is compromised due to entering the majority of the design in vendor specific gates, a vendor's subsidised toolset would be far better value than either WVOffice or Packaged Power. e.g. Lucent Technologies have WVOffice including ViewDraw, ViewSim, SpeedWave Lite and FPGA Expres Lite, along with Intelliflow and their own P&R for just $95. Actel currently has free tools as we all know. ModelSim PE This is not a cut down simulator. It is full-up, no restrictions ModelSim PE as you would buy it stand alone. It is the worlds #1 VHDL simulator bar none. Of the many contentious claims in the EDA industry, I do not think that many would dispute the dominant position of Model Technology in the VHDL simulation arena. It just keeps getting better, and with the new 5.2 release offers some significant enhancements for power users. ModelSim EE is available in the higher end Packaged Power bundle or stand-alone. EE is a high end product offering ASIC sign-off quality simulation plus a number of features that really are not needed for FPGA designs. The user TK capability and resume capability perhaps excepted. The license for EE is also floating any platform by default, whereas PE is nodelocked PC by default. Leonardo Spectrum Level 2 This is not a cut down, or "lite" version. It is the real thing with support for all FPGA vendors, just as you can purchase stand-alone. It includes timing driven synthesis and post synthesis timing estimation, as well as the ability to read back a vendor edif and sdf and timing analyse that too. There's P&R control for Xilinx and Altera too. The Tcl scripting argument is a red herring for those who buy tools by "tick-box" as it really is unnecessary in Level 2. Tcl is replaced by control files and project files which are easier (and safer) for the novice and intermediate user. Full Tcl is very powerful, but only comes into it's own when you can use it to do really funky stuff rather than variable setting and giving a list of target files. Correct me if I'm wrong, but "FST" isn't real Tcl and is positioned as "Tcl-based" with Synopsys urging those used to DC scripting to use FPGA Compiler? Leonardo Spectrum Level 3 is a more powerful product quite simply because it offers features and capabilities that no other product in the FPGA synthesis market can offer. It is also available in an ASIC configuration supporting FPGA and ASIC together, or just ASIC. With Synopsys' Liberty program, access to the plethora of libraries world-wide is steadily improving and will significantly expand on the over 120 libraries already supported by Leonardo Spectrum. Guess what? we charge more for all this capability too! >An alternative is a Viewlogic system; an integrated design environment for >~$17K, >which includes Intelliflow, ViewDraw, FPGA Express, StateCad, and SpeedWave. >Granted, a little more $$ than the low-end "Packaged Power", but includes >mixed >schematic, HDL and state diagrams in the same design, which even the $40K >Mentor package does not. Horses for courses I am sure. However I think that the individual point products of the Viewlogic "bundle" (comprising two OEM products) are quite simply outclassed in the company of Mentor Graphics :-) Cheers Stuart An employee of Saros Technology: Model Technology, Exemplar Logic, TransEDA, Renoir. www.saros.co.ukArticle: 15646
Check out my url below. On Tue, 6 Apr 1999 00:30:42 +0300, "Georgi Beloev" <gbeloev@iname.com> wrote: >Hi, > >I want to learn FPGA design and I have no experience in this field. I want >to use FPGAs for DSP applications and simple RISC microprocessors. However >there are many vendors out there - Xilinx, Atmel, Altera, etc. Which vendor >and FPGA family are best in terms of good development environment (for PCs), >free software, built-in schematic and VHDL/Verilog entry, on-chip SRAM, unit >price, etc.? > >TIA >-- >Georgi Beloev >gbeloev@iname.com > > > Simon - http://www.tefbbs.com/spacetime/index.htmlArticle: 15647
Hi! Anyone know about 8bit x 1K FIFO can implemented in FPGA ? If yes , Pls give me the vendor and part number. Any application note ? will be great . Thanks SvanaArticle: 15648
FWIW AMCC has a 20 bit serializer/deserializer chipset intended for 1.5 Gbit HDTV. both the RX and TX have plls on chip: to generate the bit clock from the clk/20 for tx and to recover the clock and generate a 1/20 clock on the receiver. That chipset is optimized to 75 MHz on the 20 bit side and 1.485 GHz on the serial side. I don't know how well it scales for other clocks, as my involvement with that chipset was to develop the transmit scrambler and the receiver descrambler/framer macros for xilinx 4K. More info on the macros and links to AMCC's data sheet are on my website. Joel Kolstad wrote: > Speaking of high speed serializer/deserializer interfacing to FPGAs... > > Can somebody tell me what the Fibre Channel folks were thinking when they > came up with the standard that said that all these little PQFP-64 gigabit > serializer/deserializer chips (e.g., AMCC S2070 and the bazillion clones > thereof) should have 2 ~50MHz clock outputs (with 10 bit encoded parallel > outputs) instead of 1 ~100MHz clock output? Given that the same 8B/10B > encoding is used with gigabit Ethernet, all the SerDes vendors optimized > their chips for it's 125MHz clock rate and kept the same interface to boot. > Grrrr... > > We're going through some effort at the moment to get back to one 100MHz byte > stream. Since the transmitter side of the SerDes chips want 1 100MHz clock > with a bytewide input, my only guess is that the Fibre Channel guys thought > you'd design something along the lines of: > > -- 50MHz dual (parallel) 8B/10B encode of 16 bit data followed by a simple > mux running at 100MHz. Since the encoding consumes a significant amount of > logic, presumably it was hard at some point to build a 100MHz encoder but > not so hard to build a 100MHz mux. > -- 50MHz dual 10B/8B decode, and we're just going to assume your system > interface is 16 or 32 bits wide anyway so there's no need to get a 100MHz > clock back. > > The deserializers go to some effort to guarantee that commas show up on a > particular clock phase, so I'm tempted to think my guess here is a good one. > > ---Joel Kolstad -- -Ray Andraka, P.E. President, the Andraka Consulting Group, Inc. 401/884-7930 Fax 401/884-7950 email randraka@ids.net http://users.ids.net/~randrakaArticle: 15649
Xilinx Virtex parts are probably the best for that, as they have anywhere from 8 to 32 4Kbit dual port memories along the sides of the chip. Each memory can be operated as an async fifo and you can even have different formats on the two ports (eg. an 8 wide by 512 deep access on one side and a 1 wide by 4K deep on the other ). Altera 10KE has dual ported EAB memories that can be used for deep fifos too, although I haven't looked carefully at that solution. QuickLogic also has a deep fifo capability, which you can find out about by finding John Birkner's paper he presented at designcon. I've seen that paper at least 2 or 3 places since then, including I think the latest issue of Electronic Design Magazine and the Quicklogic website. vanan wrote: > Hi! > > Anyone know about 8bit x 1K FIFO can implemented in FPGA ? > > If yes , Pls give me the vendor and part number. > > Any application note ? will be great . > > Thanks > > Svana -- -Ray Andraka, P.E. President, the Andraka Consulting Group, Inc. 401/884-7930 Fax 401/884-7950 email randraka@ids.net http://users.ids.net/~randraka
Site Home Archive Home FAQ Home How to search the Archive How to Navigate the Archive
Compare FPGA features and resources
Threads starting:
Authors:A B C D E F G H I J K L M N O P Q R S T U V W X Y Z