Loading...
HomeMy WebLinkAbout8.2 Motion to waive the rule requiring two readings of an ordinance and adopt AN ORDINANCE AMENDING CHAPTER 7, SIGN REGULATIONS, OF THE VILLAGE CODE OF THE VILLAGE OF MOUNT PROSPECT, ILLINOIS (PZ-01-24) and AN ORDINANCE AMENDING CHAPTER 14 “ZONING” AND CHM+awn �'xytlts=e Item Cover Page Subject Motion to waive the rule requiring two readings of an ordinance and adopt AN ORDINANCE AMENDING CHAPTER 7, SIGN REGULATIONS, OF THE VILLAGE CODE OF THE VILLAGE OF MOUNT PROSPECT, ILLINOIS (PZ -01-24) and AN ORDINANCE AMENDING CHAPTER 14 "ZONING" AND CHAPTER 15 "SUBDIVISION, DEVELOPMENT AND SITE IMPROVEMENT PROCEDURES", OF THE VILLAGE CODE OF THE VILLAGE OF MOUNT PROSPECT, ILLINOIS (PZ -01-24) Meeting March 5, 2024 - REGULAR MEETING OF THE MOUNT PROSPECT VILLAGE BOARD Fiscal Impact (Y/N) Dollar Amount Budget Source Category NEW BUSINESS Type Action Item Information The Community Development Department has reviewed both the Village's zoning and sign codes and is recommending the following text amendments to eliminate inconsistencies and ambiguity, and to address recent changes in industry trends and standards. Discussion Lodging Accommodations The Village of Mount Prospect does not distinguish between long-term and short-term lodging accommodations, prompting staff to establish clearer definitions for these uses. Hotels and motels are currently allowed as permitted uses in the B-5 and B -5C districts and as conditional uses in the B-3 and B-4 districts. The following three hotels/motels currently operate in the Village and are listed in Table 1 below: Table 1: Existing Hotels/Motels in the Village of Mount Prospect Name of Hotel/Motel Address Zoning AAA Tower Inn & Suites 303 W. Algonquin Rd B4 Four Points by Sheraton 2200 S. Elmhurst Rd B3 Mount Prospect Hampton Inn 1 Randhurst Village Dr B3* Staff recommends defining "Extended Stay Hotel" as an accommodation that exceeds 30 days but not more than 90 days and recommends conditional use approval in the B-3 and B-4 districts for this type of accommodation. Staff further proposes separate definitions for "Hotel" and "Motel" and limiting stays at hotels and motels to no more than 30 days. Occupancy in the same hotel or motel for over 30 consecutive days exempts patrons from paying the Illinois Hotel Occupancy Tax. Additional clean-ups include modifying the current definition of "Dwelling" and eliminating any references to "Motor Inn". If the proposed text amendment is approved, all existing lodging accommodations within the Village would retain their classification as either a hotel or motel. Any future hotel, extended stay hotel, or motel in the B-3 and B-4 districts would require conditional use approval and this provision would grant the Village the authority to revoke the conditional use permit if the lodging establishment violates the time limitations. Additionally, the proposed text amendment would allow existing hotels and motels to request conditional use approval to convert to an extended stay hotel in the future. The proposed text amendments related to lodging accommodations are as follows: Chapter 14 Zoning, Article VI Zoning Districts, Section 14.604: Land Use Table II Add "Extended Stay Hotels" to the Land Use Table II as a conditional use in the B-3 and B-4 zoning districts. Chapter 14 Zoning, Article XXII Off Street Parking Requirements, Section 14.2207 Modify the off street parking requirements to add "Extended Stay Hotel" under the Use category "Hotel/motel" to share the same parking requirement of 1 space per guestroom plus 1 space per employee on peak shift. Chapter 14 Zoning, Article XXIV Definitions, Section 14.2401 The current zoning code definition of "Dwelling" includes references (excluding) "hotels, motels, rooming, boarding or lodging houses" but the Village does not define rooming, boarding or lodging house, so this reference should be eliminated. The definition of "Hotel, Motel, Motor Inn" should be deleted in its entirety and the definitions of "Extended Stay Hotel", "Hotel" and "Motel" should be added to Section 14.2401 in the appropriate alphabetical locations. Boarding, rooming, lodging houses, and motor inns are not listed in the land use table so any references should also be removed from the Village code. Chapter 15 Subdivision, Development and Site Improvement Procedures, Article II Rules and Definitions, Section 15.202 The definition of "Dwelling" should refer to the proposed modified definition of "Dwelling" in the zoning code as noted above. Electronic Messaging Signs According to the International Dark Sky Association (IDA), electronic message center (EMC) signs are also known as "LED signs, LED displays, solid-state lighting signs, digital billboards, mobile digital billboards, changeable message signs, media facades, media towers, architectural lighting facades, or electric signs". As further noted by the IDA, EMC signs can have a significant impact to the natural and built environment, often producing glare, light trespass, skyglow, and substantially changing the nightscape. Lateral light emission from EMC signs cannot be shielded and are typically aimed outward toward traffic and viewers and may contribute to light trespass into nearby residences. EMC signs are currently allowed by -right in single-family districts if they comply with Sections 7.302(H) and 7.401 which provides brightness or illumination requirements. Permits for EMC signs are requested by schools, churches, and park districts - nonresidential uses that are located in single-family residential zoning and conservation recreations districts. After some field inspections, staff has re-evaluated the sign code and recommends modifying the requirements for EMC signs in the C-R Conservation Recreation and the single-family residential districts (R -X, R-1, and R -A) to restrict the hours of operation, reduce the allowable light intensity, and require existing EMC signs to come into compliance with the new regulations. The proposed text amendments related to EMC signs in the C-R, R -X, R-1, and R- A districts are as follows: Chapter 7 Sign Regulations, Article IV Illumination and Maintenance, Section 7.401 Illumination Staff proposes to amend Section 7.401 to separate regulations for EMC signs located in zoning districts other than C-R, R -X, R-1 and R -A districts and EMC signs located in the C-R, R -X, R-1 and R -A districts, and to add more stringent requirements for EMC signs in the C-R, R -X, R-1, and R -A districts. Staff proposes to adopt the minimum requirements and best management practices provided by the IDA, Guidance for Electronic Message Centers IDA2019-01, included as Attachment A of the staff report. The proposed text amendment would add a curfew requiring EMC signs to be turned off no later than the later of the following and remain turned off until seven o'clock (7:00) A.M the following morning: one (1) hour after sunset, but no later than seven o'clock (7:00) P.M.; or thirty (30) minutes after the closing of the establishment, but no later than seven o'clock (7:00) P.M. Light intensity shall not exceed 4 foot-candles using the sign's night -mode white screen setting (brightest nighttime setting) when measured with a standard light meter at a distance of ten feet (10') away from the face of the EMC sign. All existing EMC signs within the Village will be required to comply with the proposed curfew. Building Height Staff recommends updating the zoning code to reflect the changing nature of industrial development, specifically the height of buildings in the I-1 Limited Industrial districts. Per the publication "Rules of Thumb for Distribution/Warehouse Facilities Design" published by the Commercial Real Estate Development Association (NAIOP), and included as Attachment B of the staff report, one of the primary differentiators in distribution buildings is clear height. The NAIOP defines clear height as "the distance from the floor to the lowest hanging ceiling members or hanging objects, beams, joists, or truss work descending into a substantial portion of the industrial work area. This is the most important measure of the interior height of an industrial building because it defines the minimum height of usable space within the structure." Clear heights in most markets follow building size configurations and the following rules of thumb are recommended. Approximately four feet to six feet are added to the clear height to calculate the overall building height: • Buildings below 50,000 square feet can be 28 -foot clear. • Buildings between 50,000 square feet and 80,000 square feet can be 30 -foot clear. • Buildings between 80,000 square feet and 150,000 square feet should be 32 -foot clear. • Buildings between 150,000 square feet and 500,000 square feet should be 36 -foot clear. • Buildings above 500,000 square feet (and cross -docked buildings) should be 40 -feet or 42 -foot clear. Staff reviewed the most recent industrial developments approved and/or constructed in the Village which are summarized in the following Table 2. Table 2: Recently Approved Industrial Developments Development Use Status Gross Floor Area Clear Height Building Height Cloud HQ 1200 E. Algonquin Road Data Center Site Work 585,000 SF/building 26' (Max. overall height of 81') 54' to 81' Seefried Warehouse/Office Built 80,000 SF 32' 37'-11" Industrial Properties 2240 S. Busse Road Stotan Warehouse Built 100,400 SF 32' 39'-6" Industrial 350 N. Wolf Road The zoning code currently permits buildings in the I-1 district to reach a height of 40 feet. By comparison, the I-2 Railroad District permits a building height of 30 feet and the I-3 Solid Waste Handling District permits a building height of 50 feet. Staff proposes to increase the building height in the I-1 district to fifty feet (50') to align with industry trends. Staff also recommends conditional use approval for a planned unit development as a requirement for buildings that would exceed the 50 -foot height limit. Standards for Text Amendments The standards for text amendments are listed in Section 14.203.D of the Village's zoning ordinance and Section 7.606 of the sign ordinance for the Planning and Zoning Commission to consider. The standards are: • The general applicability of the amendment to the community, rather than an individual parcel; • Consistency of the amendment with objectives of the Zoning Code and Comprehensive Plan; and • The degree to which the amendment would create non -conformity; and • Consistency of the amendment with Village policy as established by previous rulings. The proposed changes are intended to reflect current Village objectives as outlined in the Comprehensive Plan and other accepted planning documents. The proposed amendments satisfy the standards for text amendments as required in the zoning and sign codes. Public Comment: As of this writing, staff has received one public comment letter. The public comment letter was submitted by a neighbor affected by a recent installation of an EMC sign at Fairview Elementary School. Public Hearing: Two residents spoke at the Planning and Zoning Commission Meeting about the need to do something to restrict the hours of operation and brightness for the new EMC sign serving Fairview Elementary School. Meaghan Hansen of 303 Fairview Avenue stated that the new sign caused her to purchase blackout curtains for her house as it shines in through her windows, and Monica Schwarz of 220 Fairview stated that the sign shines through her large picture window at the front of her home and in through her bedroom windows also. Ms. Schwarz stated she desired the sign to be off at night altogether. Agreeing with the residents, the Planning and Zoning Commission unanimously recommended approval of the amendments by a vote of 7-0 at the February 22nd meeting; however, they imposed more strict regulations on EMC lighting than staff recommended during the approval process. Namely: - Staff recommended allowing EMC signs to stay on at night until the later of an hour after sunset or a half-hour after business close, but in no instance later than 7pm. - The Planning and Zoning Commission recommends allowing EMC signs to stay on until the earlier of a half-hour after sunset or a half-hour after business close, but in no instance later than 7pm. Much discussion was had about what deems an organization to be "open" as the affected organizations regularly have after -hour activities (e.g. small group, bible study, sports games), which would lead signs to always be on until 7:OOPM. There was also discussion on prohibiting EMC signs in the single-family residential districts entirely. In response, staff amends its recommendation to instead require EMCs in residential districts to be turned off a half-hour after sunset, but in no instance later than 7pm, removing the "business open/close" component entirely. In response to additional feedback and discussion after the Planning and Zoning Commission Meeting, staff is recommending to exempt EMCs on major and minor arterial roadways from these regulations and to further restrict all permanent signs from being placed on lots with detached single family homes zoned C-R, R -X, R-1 and R -A, thus making permanent signs in residential areas only available to users like park districts, schools, and places of worship. Alternatives Approve the text amendments as outlined in the attached documents for case PZ -01-24 which should perform certain amendments to the text of the Village's zoning, sign and development code regulations, as listed in the attached Ordinances. 1. Action at the discretion of the Village Board. Staff Recommendation Approval of: 1. The text amendments as outlined in the attached documents for case PZ -01-24 which should perform certain amendments to the text of the Village's zoning, sign and development code regulations, as listed in the attached Ordinances. Attachments 1. PZ -01-24 Staff Report 2. PZ -01-24 Administrative Content 3. PZ -01-24 Waive 2nd Meeting Request 4. PZ -01-24 Public Comment 5. PZ -01-24 Minutes 6. PZ -01-24 An Ordinance Amending Chapter 7 of the Village Code 7. PZ -01-24 An Ordinance Amending Chapters 14 and 15 of the Village Code 8. PZ -01-24 Attachment C - Redline Changes 9. PZ -01-24 Attachment C - Final Changes 10. PZ -01-24 Attachment A - EMC Guidelines - IDA2019-1 11. PZ -01-24 Attachment B - NAIOP Rules of Thumb VILLAGE OF MOUNT PROSPECT 50 S. Emerson Street, Mount Prospect, IL 60056 STAFF REPORT FROM THE DEPARTMENT OF Community Development William J. Cooney, AICP Director of Community Development DATE: February 17, 2024 CASE NUMBER PZ -01-24 PUBLIC HEARING DATE February 22, 2024 BRIEF SUMMARY OF REQUEST Ann Choi Development Planner APPLICANT/PROPERTY OWNER Village of Mount Prospect PROPERTY ADDRESS/LOCATION 50 South Emerson Street The purpose of this staff report is to discuss proposed code amendments to modify Chapter 14, Chapter 7, and other chapters of the Village of Mount Prospect Village Code as may be required. A summary of the proposed changes is described below. APPROV STAFF RECOMMENDATION APPROVE WITH CONDITIONS DENY PROPOSAL The Community Development Department has reviewed both the Village's zoning and sign codes and is recommending the following text amendments to eliminate inconsistencies and ambiguity, and to address recent changes in industry trends and standards. Lodging Accommodations The Village of Mount Prospect does not distinguish between long-term and short-term lodging accommodations, prompting staff to establish clearer definitions for these uses. Hotels and motels are currently allowed as permitted uses in the B-5 and 13-5C districts and as conditional uses in the B-3 and B-4 districts. The following three hotels/motels currently operate in the Village and are listed in Table 1 below. Table 1: Existing Hotels/Motels in the Village of Mount Prospect Name of Hotel/Motel Address Zoning AAA Tower Inn & Suites 303 W Algonquin Rd 134 Four Points by Sheraton 2200 S Elmhurst Rd 133 Mount Prospect Hampton Inn 1 Randhurst Village Dr 133* Staff recommends defining "Extended Stay Hotel" as an accommodation that exceeds 30 days but not more than 90 days and recommends conditional use approval in the B-3 and B-4 districts for this type of accommodation. Staff further proposes separate definitions for "Hotel" and "Motel" and limiting stays at hotels and motels to no more than 30 days. Occupancy in the same hotel or motel for over 30 consecutive days exempts patrons from paying the Illinois Hotel Occupancy Tax. Additional clean-ups include modifying the current definition of "Dwelling" and eliminating any references to "Motor Inn". If the proposed text amendment is approved, all existing lodging accommodations within the Village would retain their classification as either a hotel or motel. Any future hotel, extended stay hotel, or motel in the B-3 and B-4 districts would require conditional use approval and this provision would grant the Village the authority to revoke the conditional use permit if the lodging establishment violates the time limitations. Additionally, the proposed text amendment would allow existing hotels and motels to request conditional use approval to convert to an extended stay hotel in the future. The proposed text amendments related to lodging accommodations are as follows: Chapter 14 Zoning, Article VI Zoning Districts, Section 14.604: Land Use Table II Add "Extended Stay Hotels" to the Land Use Table II as a conditional use in the B-3 and B-4 zoning districts. Chapter 14 Zoning, Article XXII Off Street Parking Requirements, Section 14.2207 Modify the off street parking requirements to add "Extended Stay Hotel" under the Use category "Hotel/motel" to share the same parking requirement of 1 space per guestroom plus 1 space per employee on peak shift. Chapter 14 Zoning, Article XXIV Definitions, Section 14.2401 The current zoning code definition of "Dwelling" includes references (excluding) "hotels, motels, rooming, boarding or lodging houses" but the Village does not define rooming, boarding or lodging house, so this reference should be eliminated. The definition of "Hotel, Motel, Motor Inn" should be deleted in its entirety and the definitions of "Extended Stay Hotel", "Hotel" and "Motel' should be added to Section 14.2401 in the appropriate alphabetical locations. Boarding, rooming, lodging houses, and motor inns are not listed in the land use table so any references should also be removed from the Village code. Chapter 15 Subdivision, Development and Site Improvement Procedures, Article 11 Rules and Definitions, Section 15.202 The definition of "Dwelling" should refer to the proposed modified definition of "Dwelling" in the zoning code as noted above. Electronic Messaging Signs According to the International Dark Sky Association (IDA), electronic message center (EMC) signs are also known as "LED signs, LED displays, solid-state lighting signs, digital billboards, mobile digital billboards, changeable message signs, media facades, media towers, architectural lighting facades, or electric signs". As further noted by the IDA, EMC signs can have a significant impact to the natural and built environment, often producing glare, light trespass, skyglow, and substantially changing the nightscape. Lateral light emission from EMC signs cannot be shielded and are typically aimed outward toward traffic and viewers and may contribute to light trespass into nearby residences. The Village recently approved an EMC sign for an elementary school that was met with significant opposition from a residential neighbor after its installation. Although the EMC sign met the sign code requirements for illumination, the resident complained that the sign causes glare, creates a nuisance, and the sign violates their property rights. EMC signs are currently allowed by -right in single-family districts if they comply with Sections 7.302(H) and 7.401 which provides brightness or illumination requirements. Permits for EMC signs are requested by schools, churches, and park districts — nonresidential uses that are located in single-family residential zoning and conservation recreations districts. After some field inspections, staff has re-evaluated the sign code and recommends modifying the requirements for EMC signs in the C-R Conservation Recreation and the single-family residential districts (R -X, R-1, and R -A) to restrict the hours of operation, reduce the allowable light intensity, and require existing EMC signs to come 2 into compliance with the new regulations. The proposed text amendments related to EMC signs in the C-R, R -X, R-1, and R -A districts are as follows: Chapter 7 Sign Regulations, Article IV Illumination and Maintenance, Section 7.401 Illumination Staff proposes to amend Section 7.401 to separate regulations for EMC signs located in zoning districts other than C-R, R -X, R-1 and R -A districts and EMC signs located in the C-R, R -X, R-1 and R -A districts, and to add more stringent requirements for EMC signs in the C-R, R -X, R-1, and R -A districts. Staff proposes to adopt the minimum requirements and best management practices provided by the International Dark -Sky Association, Guidance for Electronic Message Centers IDA2019-01, included as Attachment A of the staff report. The proposed text amendment would add a curfew requiring EMC signs to be turned off no later than the later of the following and remain turned off until seven o'clock (7:00) A.M the following morning: one (1) hour after sunset, but no later than seven o'clock (7:00) P.M.; or thirty (30) minutes after the closing of the establishment, but no later than seven o'clock (7:00) P.M. Light intensity shall not exceed 4 foot- candles using the sign's night -mode white screen setting (brightest nighttime setting) when measured with a standard light meter at a distance of ten feet (10') away from the face of the EMC sign. Existing EMC signs in the C-R, R -X, R-1 and R -A districts will be required to comply with the proposed curfew. Building Height Staff recommends updating the zoning code to reflect the changing nature of industrial development, specifically the height of buildings in the 1-1 Limited Industrial districts. Per the publication "Rules of Thumb for Distribution/Warehouse Facilities Design" published by the Commercial Real Estate Development Association (NAIOP), and included as Attachment B of the staff report, one of the primary differentiators in distribution buildings is clear height. The NAIOP defines clear height as "the distance from the floor to the lowest hanging ceiling members or hanging objects, beams, joists, or truss work descending into a substantial portion of the industrial work area. This is the most important measure of the interior height of an industrial building because it defines the minimum height of usable space within the structure." Clear heights in most markets follow building size configurations and the following rules of thumb are recommended. Approximately four feet to six feet are added to the clear height to calculate the overall building height: • Buildings below 50,000 square feet can be 28 -foot clear. • Buildings between 50,000 square feet and 80,000 square feet can be 30 -foot clear. • Buildings between 80,000 square feet and 150,000 square feet should be 32 -foot clear. • Buildings between 150,000 square feet and 500,000 square feet should be 36 -foot clear. • Buildings above 500,000 square feet (and cross -docked buildings) should be 40 -feet or 42 -foot clear. Staff reviewed the most recent industrial developments approved and/or constructed in the Village which are summarized in the following Table 2. 3 Table 2: Recently Approved Industrial Developments Gross Floor Clear Building Development Use Status Area Height Height Cloud HQ Data Site 585,000 26' 1200 E. Algonquin Road Center Work SF/building 54' to 81' Seefried Industrial Properties Office/ 2240 S. Busse Road Warehouse Built 80,000 SF 32' 37'-11" Stotan Industrial Warehouse 350 N. Wolf Road Built 100,400 SF 32' 39'-6" The zoning code currently permits buildings in the 1-1 district to reach a height of 40 feet. By comparison, the 1-2 Railroad District permits a building height of 30 feet and the 1-3 Solid Waste Handling District permits a building height of 50 feet. Staff proposes to increase the building height in the 1-1 district to fifty feet (50') to align with industry trends. Staff also recommends conditional use approval for a planned unit development as a requirement for buildings that would exceed the 50 -foot height limit. Standards for Text Amendments The standards for text amendments are listed in Section 14.203.D of the Village's zoning ordinance and Section 7.606 of the sign ordinance for the Planning and Zoning Commission to consider. The standards are: • The general applicability of the amendment to the community, rather than an individual parcel; • Consistency of the amendment with objectives of the Zoning Code and Comprehensive Plan; and • The degree to which the amendment would create non -conformity; and • Consistency of the amendment with Village policy as established by previous rulings. The proposed changes are intended to reflect current Village objectives as outlined in the Comprehensive Plan and other accepted planning documents. The proposed amendments satisfy the standards for text amendments as required in the zoning and sign codes. The proposed text amendments to the zoning and sign codes are contained in Attachment C. Modifications to each of the chapters are indicated as and..a d d u„�uqu s.. The proposed text amendments meet the standards contained in Section 14.203.1) of the zoning ordinance and in Section 7.606 of the sign ordinance. Based on these findings, staff recommends that the Planning and Zoning Commission make a recommendation to the Village Board to approve the following motion: 1. "To approve the text amendments as outlined in the attached documents for case PZ -01-24 which should perform certain amendments to the text of the Village's zoning, sign and development code regulations." The Village Board's decision is final for this case. 4 ATTACHMENTS: :ADMINISTRATIVE CONTENT(Zoninst Application, Responses totandards, etc...) I concur: 4��4 4J William J. Cooney, AICP Director of Community Development PLANS (Plat of Survey, Site Plan, etc.) H:\PLAMPIanning & Zoning COMM\P&Z 2024\Staff Reports\PZ-01-24 50 S Emerson Street (Text Amendments, Zoning and Sign Code Updates).doex OTHER E lemental Information,Comments Received, etc... ) Village of Mount F—spect Community Development Department 50 S. Emerson Street Mount Prospect, Illinois 60056 Phone: (847) 818-5328 Zoning Request Application Official Use Only (To be completed by Village St Case Number: P&Z Date of Submission:, Hearing Date: Project Name/Address: I. Subject Property ------ . ... . ....... Address(es): Zoning District (s): Property Area (Sq.Ft. and/or Acreage): Parcel Index Number(s) (PIN(s): 11. Zoning Request(s) (Check all that apply) F-1 Conditional Use: For ❑ Variation(s): To F] Zoning Map Amendment: Rezone From To �oning Text Amendment: Section(s) F-1 Other: IV. Applicant (all correspondence will be sent to the applicant) Name:Corporation: Address: City, State, ZIP Code: Yq--- Phone: Email: Interest in Property: PP11nLAALAWLIA0 (e.g. owner, Guyer, devel6per, lessee, architect, etc.f.) 1 V. Property Owner ❑ Check if Same as Applicant Name: Corporation: Address: City, State, ZIP Code: Phone: � Email: In consideration of the information contained in this petition as well as all supporting documentation, it Is requested that approval be given to this request. The applicant is the owner or authorized representative of the owner of the property. The petitioner and the owner of the property grant employees of the Village of Mount Prospect • their agent'spermission tw enter on property during reasonable hoursfor w w of the subject property. I hereby affirm that all information provided herein and in all materials submitted in association with this application are true,abo accurate to the best of my knowledge. Applicant: (Si natufe (Print or Type Name) If applicant is not property owner: Date: Z_ 1 / & CT I hereby designate the applicant to act as my agent for the purpose of seeking the zoning request(s) described in this application and the associated supporting material. Property Owner: (Signature) (Print or Type Name) 2 Date: William J. Cooney, AICP Director of Community Development Village of Mount Prospect 50 S. Emerson Street Mount Prospect, IL 60056 or Via fax: 847/818-5329 or Via email: bcooney@mountprospect.org Dear Mr. Cooney, Staff would like to move forward and request that the Village Board waive the 2nd reading as required by the Village Board as the proposed text amendments are in the best interest of the Village. The proposed amendments reflect the current Village objectives as outlined in the Comprehensive Plan and other accepted planning documents. Sincerely, Ann Choi Development Planner Village of Mount Prospect From: Patti Werner To: Choi. Ann Subject: Illuminated Signage --Plan Commission Meeting Date: Thursday, February 22, 2024 6:19:53 PM Hello, I was hoping to find an agenda for tonight's Planning and Zoning Commission and was disappointed to see that the last agenda posted was several months ago. Is there any way you could send me a copy of tonight's agenda now? I am unable to attend, but I want to express my concerns about the lighted sign at Fairview School. While the sign does not directly impact me, it troubles me that the Commission and/or Village ordinance does not require notice to surrounding homeowners when an illuminated sign is being proposed in a residential neighborhood. When (the current) Fairview School was being built in the 1990s, several neighbors expressed concern about the exterior lights. Baffles were added to direct the light away from nearby homes. Similarly, and on a much smaller scale, the shades were drawn in the faculty lounge at night so that neighbors across the street did not have to look at a lighted soda machine 24/7. Our homes are our places of solace. Our local governments, including our schools, owe it to all residents to be good neighbors. The sign, while certainly well-intentioned, violates that trust. That there are few neighbors affected does not lessen the importance of this matter. I hope that the Commission can work with the District to reduce the hours the Fairview sign is illuminated. In the longer term, I ask that the Commission require entities proposing illuminated signs in residential neighborhoods to provide notice to nearby homeowners and a meaningful opportunity for residents to be heard. Respectfully, Patti Werner 203 N. Forest Avenue MINUTES OF THE REGULAR MEETING OF THE PLANNING & ZONING COMMISSION CASE NO. PZ -01-24 Hearing Date: February 22, 2024 PROPERTY ADDRESS: 50 S. Emerson Street PETITIONER: Village of Mount Prospect PUBLICATION DATE: February 7, 2024 REQUEST: Text Amendments to Chapters 14, 7 and 15 of the Village Code (Zoning and Sign Code Updates) MEMBERS PRESENT: Joseph Donnelly William Beattie Walter Szymczak Norbert Mizwicki Thomas Fitzgerald Ewa Weir Donald Olsen Greg Miller MEMBERS ABSENT: None STAFF MEMBERS PRESENT: Jason Shallcross — Deputy Director of Community Development Ann Choi — Development Planner INTERESTED PARTIES: Village of Mount Prospect Chairman Donnelly called the meeting to order at 7:01 PM. Commissioner Miller made a motion seconded by Commissioner Szymczak to approve the minutes from the Planning and Zoning Commission meeting on January 25, 2024. The minutes were approved 7-0 (Chairman Donnelly abstained). Chairman Beattie introduced Case No. PZ -01-24: 50 S. Emerson Street for text amendments to the Village code. Ms. Choi stated that the Community Development Department has reviewed both the Village's zoning and sign codes and is recommending the text amendments to eliminate inconsistencies and ambiguity, and to address recent changes in industry trends and standards. Ms. Choi stated that the topics are related to lodging accommodations, specifically extended stay hotels, building height of buildings in the 1-1 district, and electronic message center signs. Ms. Choi began with the text amendments related to lodging accommodations. Ms. Choi stated that extended stay hotels can sometimes be used by individuals as permanent residences which are closer in use to multi -family uses. Ms. Choi explained that the Village currently does not distinguish between long-term and short-term lodging accommodations, and the goal is to establish clearer regulations for Planning & Zoning Commission Meeting— February 22, 2024 PZ -01-24 these uses. Ms. Choi indicated that hotels and motels are currently allowed as permitted uses in the downtown districts and as conditional uses in the B-3 and B-4 districts, and that staff recommends making extended stay hotels conditional uses in the B-3 and B-4 districts. Ms. Choi went on to state that the current zoning code definition of "Dwelling" explicitly excludes "hotels, motels, rooming, boarding or lodging houses" but the Village does not define rooming, boarding or lodging house, so staff recommends eliminating this reference from the definition. Ms. Choi noted that "Hotels, Motels, and Motor Inns" are included in a single definition, and this would be deleted and replaced with separate definitions of "Extended Stay Hotel", "Hotel" and "Motel". Ms. Choi further stated that "Boarding, rooming, lodging houses, and motor inns" are not listed in the land use table so any references would also be removed from the Village code. Ms. Choi explained that "Extended Stay Hotel" would be defined as an accommodation that is limited to no more than 90 days. The definition of "Dwelling" in Chapter 15 of the Subdivision Code would also reference the zoning code's definition to reduce redundancy. Ms. Choi emphasized that "Hotel" and "Motel" would also be separately defined and stays at hotels and motels would be limited to no more than 30 days. Ms. Choi added that the off street parking requirements would also be modified by adding extended stay hotels under the use category "Hotel/motel" and they would share the same parking requirement of one space per guestroom plus one space per employee on peak shift. Ms. Choi advanced to the next topic of building height. Ms. Choi explained that the maximum height of any building in the 1-1 Limited Industrial District is forty feet (40'). Due to changing industry trends driven by palletized racking systems and fork-lift technology which allow for more product to be stored in the same footprint, Ms. Choi further explained that the height of buildings used for logistics and distribution centers are increasing. Ms. Choi provided that clear height is defined as the distance from the floor to the lowest hanging ceiling member and is the most important measure of the interior height of an industrial building because it defines the minimum height of its usable space. For distribution buildings that require a forty foot (40') clear height, the overall height of an industrial building would not likely exceed fifty feet (50'). Ms. Choi stated that staff anticipates future permit requests for industrial buildings that will exceed the current maximum height limited permitted in the 1-1 district. In lieu of requiring these projects to apply for a variation for increased height, staff recommends increasing the maximum height limit to fifty feet (50') in the 1-1 district and that the current height permitted in the 1-3 district is fifty feet (50'). Ms. Choi further stated that buildings in the 1-1 district that exceed the fifty -foot (50') height limit would automatically require conditional use approval for a planned unit development. Ms. Choi explained that this would allow staff to impose conditions on the project such as increasing setbacks from the street to accommodate a taller building, requiring denser landscape screening, and imposing higher standards on building elevations, etc. Ms. Choi presented the last topic of the evening. Ms. Choi stated that the proposed text amendment were proposed amid recent complaints of electronic message center (EMC) signs being too bright in single-family residential districts. Ms. Choi provided that EMC signs include but are not limited to: LED signs, LED displays, digital billboards, changeable message signs, architectural lighting facades, or electric signs. Ms. Choi stated that EMC signs can impact the natural and built environment due to glare and light trespass and can substantially change the nightscape. Ms. Choi noted that light emission from EMC signs cannot be shielded and are typically aimed outward toward traffic and may contribute to light trespass into nearby residences. Ms. Choi explained that permits for EMC signs are typically requested by schools, churches, and park districts — nonresidential uses that are located in single-family residential Planning & Zoning Commission Meeting— February 22, 2024 PZ -01-24 zoning and conservation recreation districts. Ms. Choi stated that Section 7.401 would be amended to separate regulations for EMC signs located in the C-R, R -X, R-1 and R -A districts from EMC signs located in all other districts, and to add stricter requirements for EMC signs in the conservation recreation and single-family residential districts. As a first step, Ms. Choi stated that the minimum requirements and best management practices provided by the International Dark -Sky Association, Guidance for Electronic Message Centers, would be adopted as part of the proposed amendments. Ms. Choi noted the following changes to Chapter 7 Sign Regulations: • Light intensity shall not exceed 4 foot-candles using the sign's night -mode white screen setting (brightest nighttime setting) when measured at a distance of 10' away from the face of the EMC sign. • The proposed text amendment would also add a curfew requiring EMC signs to be turned off no later than the later of: o 1 hour after sunset, but no later than 7:00 P.M.; or o 30 minutes after the closing of the establishment, but no later than 7:00 P.M • EMC signs in the C-R, R -X, R-1 and R -A districts would remain turned off until 7 AM the following morning. • All existing EMC signs within the Village will be required to comply with the proposed curfew. Ms. Choi summarized that staff is proposing stricter curfew standards than what the International Dark Sky Association is proposing, and similar light intensity standards to the IDA, but much stricter than what the code currently permits. Ms. Choi wrapped up the presentation by stating that the proposed amendments satisfy the standards for text amendments as required in the zoning and sign codes. Ms. Choi stated that staff recommends that the Planning & Zoning Commission make a motion to adopt staff's findings as the findings of the Planning & Zoning Commission and recommend approval of the following motion: "To approve the text amendments as outlined in the staff report for case PZ -01-24 which should perform certain amendments to the text of the Village's zoning, sign and development code regulations." Ms. Choi stated that the Village Board's decision is final for this case and concluded her presentation. Chairman Donnelly asked the Commission if there were any questions for staff. Vice Chairman Beattie stated that he was unable to visit the three existing EMC signs that staff had requested for the commissioners to do prior to the meeting (one EMC sign at the Fairview Elementary School and two EMC signs at the St. Paul Lutheran Church and School) but asked staff how the existing EMC signs comply with the proposed amendments. Ms. Choi responded that staff had just measured the light intensity level of the sign at the Fairview Elementary School which measured approximately 2.5 foot-candles at a distance of 10 feet away. Ms. Choi stated that the sign would be under the 4 foot- candles allowed under the sign code amendments. Commissioner Weir asked if there are any single-family districts next to the 1-1 district and if there are, if there are any standards for those. Ms. Choi responded that there are single-family residential districts next to 1-1 districts but that there would be no additional standards for industrial buildings next to single-family districts. Ms. Choi stated that conditional use approval for a planned unit development Planning & Zoning Commission Meeting— February 22, 2024 PZ -01-24 4 would apply to buildings above the 50 -foot height limit so that staff could impose additional standards such as increased building setbacks. Deputy Director Shallcross clarified that the fifty foot is a building height, not a setback. Chairman Donnelly and Vice Chairman Beattie asked if the building height increase applied to the clear height or to the overall building height. Deputy Director Shallcross responded that the 50 -foot building height limit would apply to the overall peak building height, and that staff is seeing an increase in the industrial sector for buildings to exceed the 40 -foot height limit that current code permits. Deputy Director Shallcross stated that several buildings have recently been permitted to go above the 40 -foot height limit so in response to those changes, staff is looking to increase the permitted height in industrial districts to allow for those increased clear heights. Chairman Donnelly asked what the front setback is for the 1-1 and 1-3 districts. Ms. Choi stated that the front yard setback for the 1-1 district is thirty feet (30'). Chairman Donnelly noted that there have been past projects that were required to be set back further from the road to reduce the "canyon-ish" character of tall buildings next to the road. Commissioner Weir asked if there would be any considerations given to 1-1 districts located next to residential districts and referenced an industrial building that was recently built on Wolf Road which appears to have been built very close to the road. Ms. Choi stated that the project referred to was actually set back an additional 10 feet than was originally required. Vice Chairman Beattie asked if there would be any consideration given to setbacks next to residential districts. Chairman Donnelly asked if there were any requirements such as stepping back the building at the upper portions of the building. Deputy Director Shallcross responded that this was not what is being proposed at this time, and that the height would be increased from 40 feet to 50 feet by -right without any changes to the building setbacks. Beyond 50 feet, a planned unit development would be required and at that point, staff would have the ability to seek additional yard setbacks and consider mitigating the additional height with things like stepped -back architecture. Vice Chairman Beattie asked what the side yard setback is for industrial buildings next to residential districts. Commissioner Weir rephrased the question for staff if there would be any consideration given for an industrial building adjacent to a residential building to have additional distance, whether it is the front, side or rear yard setback, provided if next to a residential use. Deputy Director Shallcross responded that the transitional setback requirement in the 1-1 district states: "Where a side or rear lot line in an 1-1 district abuts any residential zoning district, all buildings, structures and parking lots shall be set back forty feet (40') from the abutting property line. Such setback shall include a six foot (6') fence along the entire length of the transitional yard. The fence shall be not less than eight feet (8') from the property line. In addition to the fence, a continuous evergreen or dense deciduous hedge three feet (3') in height and planted two and one-half feet (2-1/2') on center, shall be planted on the outside of the fence, facing the abutting residential zoning district, along the entire length of the fence. This transitional landscape area shall be maintained and kept free of weeds. Deputy Director Shallcross stated that the Village does account for transitional setbacks when adjacent to residential districts. Commissioner Weir asked a follow-up question about light levels for residential and if the requirement is to go down to zero foot-candles at the lot line. Planning & Zoning Commission Meeting— February 22, 2024 PZ -01-24 Ms. Choi stated that it is 0.1 foot-candles at the lot line. Deputy Director Shallcross confirmed. Chairman Beattie asked how often this problem may occur where industrial abuts residential. Deputy Director Shallcross responded that there are very few properties available for new industrial construction at this point in time, and the project mentioned on Wolf Road was a tear down and new construction. Deputy Director Shallcross stated that generally where this would be most prominent would be next to the Kensington Business Center and there is a residential subdivision south of the business center. Chairman Donnelly stated there were issues with light bouncing off the walls near the new police station along Kensington Road. Deputy Director Shallcross acknowledged this and stated he was the one who inspected the light complaints. Commissioner Fitzgerald wanted to clarify that the building height would be increasing to 50 feet by - right and that there were not many properties available in the Village to build a 50 -foot tall building. Deputy Director Shallcross responded that the building height increase would apply to new construction only or to buildings that were to construct an addition. Commissioner Fitzgerald asked if there had been any issues with the current building height. Deputy Director Shallcross responded that staff has been routinely asked over the development of several years for increased clear heights in response to industry trends which staff had provided in tonight's staff report. The Commission moved onto the topic of electronic message center (EMC) signs. Commissioner Weir inquired about electronic signs and asked if schools, churches and park districts were allowed to have electronic signs. Ms. Choi responded that yes, these signs are permitted if certain requirements are met in the zoning code. Commissioner Weir stated that she is a neighbor that lives across from an EMC sign and was shocked when the sign showed up. Commissioner Weir asked if the proposed amendments to the sign code were in response to the community and to the impacts to the neighborhood. Deputy Director Shallcross responded that several complaints were made in response to a recent EMC sign so staff was asked to investigate what the latest and greatest best management practices are as Mount Prospect prides itself on being a dark sky community, and staff was able to find that the International Dark Sky Association (IDA) did put out the recommendations for EMCs. Deputy Director Shallcross emphasized that the proposed text amendments are stricter than what the IDA recommends. Chairman Donnelly added that signage has been an issue for a long time, and there was a previous rule that signs could not be located within 600 feet of another sign, and it created competition among business owners on who could put up their sign first. Chairman Donnelly asked if EMC signs for churches have the same rules as EMC signs for businesses. Deputy Director Shallcross responded that currently commercial and residential EMC signs are treated the same. Chairman Donnelly asked if the commercial EMC signs have to be dim at night. Deputy Director Shallcross stated that the definition of dim is still quite bright, and the EMC signs are very readable. Commissioner Weir asked if churches and schools are governed by the rules of the district they are located in. Deputy Director Shallcross responded in the affirmative. Commissioner Weir asked if a house could put up an EMC sign. Deputy Director Shallcross questioned if one would ever wish to do so. Commissioner Weir asked again if schools and churches are in a residential district, are those uses including a house, allowed to have an electronic sign. Vice Chairman Beattie stated that the proposed amendments are addressing the signs that are permitted in residential areas need a new set of Planning & Zoning Commission Meeting— February 22, 2024 PZ -01-24 guidelines as to how those signs will operate as opposed to the signs in the commercial areas, not that if a sign is allowed in those areas. Commissioner Weir emphasized that her question was more basic. If a school or a church is in a residential neighborhood, is an EMC sign allowed in general, and if so, then a house can put one up. Vice Chairman Beattie and Chairman Donnelly both stated yes, a house could put up an EMC sign and questioned if a homeowner would want to spend the money to spend on an EMC sign, but it would be possible. Chairman Donnelly stated that the code does not prohibit placing signs on a lot with a house on it as long as the sign complies with code. Commissioner Fitzgerald asked if there were time limits placed on the signs. Deputy Director Shallcross stated that as a municipality, the Village is only allowed to regulate the time, place and manner at which the sign is displayed, and that those are the only limitations and restrictions that are placed on signage. Deputy Director Shallcross responded to Commissioner Weir's question that he would have to get back to her on her questions. Commissioner Weir asked again if these signs are even allowed in residential areas. Deputy Director Shallcross responded in the affirmative. Chairman Donnelly asked if there is a limit to how close an EMC sign can be to a residential area. Deputy Director Shallcross stated there are yard setback requirements but other than that, there are no other separation distance requirements. Deputy Director Shallcross pointed out that the signs in South Mount Prospect on residential properties with apartments were ostensibly approved as a planned unit development (PUD). Ms. Choi added that the code currently states that if you have an illuminated sign within 100 feet of a residential property, that the sign needs to be turned off by 11:00 PM until 7:00 AM. Vice Chairman Beattie wanted clarification on if the EMC signs currently permitted in residential areas are by -right or as part of the PUD approval. Deputy Director Shallcross responded that they are permitted by -right. Chairman Donnelly stated that they are allowed to stay on until 11 PM but that staff is proposing to reduce the hours. Deputy Director Shallcross stated that EMC will need to meet the night -mode standards and can be on until the later of a half-hour past business close or sunset, but not later than 7 PM. Commissioner Weir asked if the rules were for areas adjacent to a residential district, so if you had a commercial district next to residential, the EMC sign would have to be 100 feet away. Deputy Director Shallcross responded that the new regulations would only apply to EMCs on single-family residential or conservation recreation districts only. Deputy Director Shallcross stated that no changes are being proposed for EMC signs located in commercial areas. Chairman Donnelly asked about the church at Wolf Road and Kensington Road which is zoned residential, stated that it is across the street from all commercial/industrial properties. Chairman Donnelly asked if only the church would need to turn their EMC sign off even though it is on a corner where all other properties are commercial. Deputy Director Shallcross responded that in order to meet the standards, the church would need to turn off their sign, since the regulations are tied to the zoning. Chairman Donnelly asked if the new regulations would apply to new signs going forward or if these would apply to existing EMC signs. Deputy Director Shallcross responded that existing signage would need to meet the new standards. Chairman Donnelly stated it is the step in the right direction to which Deputy Director Shallcross stated that it is certainly more strict than what current code allows. Planning & Zoning Commission Meeting— February 22, 2024 PZ -01-24 Vice Chairman summarized the proposed changes: the foot-candles would be lowered, the duration of time the EMC signs can be on would be lessened, and the standards under the IDA would be met. Chairman Donnelly asked if there had been any feedback from any existing sign holders. Deputy Director Shallcross responded that several of them are nervous if they will be able to conform to the new standards. Chairman Donnelly stated that the signs can be turned off earlier if they cannot meet Dark Sky recommendations. Deputy Director Shallcross stated that the signs can be turned on during the day, and that it is the night -mode time period, really only a few hours of the day, where the signs will need to meet the letter of the regulations or if they do not, the signs will need to be turned off. Chairman Donnelly stated that the new regulations would not mandate current sign holders to spend more money on their signs to comply unless they want to have their signs on later. Deputy Director Shallcross responded in the affirmative. Chairman Donnelly swore in Monica Schwarz of 220 N. Fairview Avenue, Mount Prospect, a resident who lives across the street from Fairview Elementary School. Ms. Schwarz stated that it has been a nightmare living in her house after the EMC sign was installed in late October 2023 at the Fairview School. Ms. Schwarz noted the following nuisances: • Every 10 seconds, there is a different color flashing on her bedroom wall. • The backyard cannot be used even after the school reduced the brightness level. • Glare is an issue on the street and on adjacent properties. • The current sign is too bright and should be further dimmed. Deputy Director Shallcross addressed the brightness issue and stated that staff had met with the school district the week prior and instructed the school district reduce the brightness of the sign to as low as possible. The school district lowered the brightness level over the weekend and at the beginning of the week. Deputy Director Shallcross stated that when staff measured the brightness level prior to the meeting with the school district, it was 3 to 4 times brighter than it is today, and the brightness of the sign today meets the dark sky regulations. Chairman Donnelly asked Ms. Schwarz if she had noticed if the sign was significantly lowered than last week, to which Ms. Schwarz stated it was absolutely not dimmer. Ms. Schwarz repeated that the light from the sign is coming through her front room, kitchen, and master bedroom windows, and that her backyard is rendered useless from the time that it gets dark to 7 PM at night. Ms. Schwarz stated that her house is less than 100 feet from the sign. Commissioner Mizwicki asked Ms. Schwarz if she has a glass front door and what percentage of it is composed of glass. Ms. Schwarz stated that about a third of her front door is composed of glass with an oval glass window in the center, and the glass is etched so it basically acts like a prism reflecting colors all over the rooms. Ms. Schwarz stated that she would be okay if the sign were to be turned off by 6 PM at night if the brightness level were to be greatly reduced. Ms. Schwarz stated that she did not care if the sign was on during the day. Vice Chairman Beattie asked if Ms. Schwarz was okay with the time limitations proposed and Ms. Schwarz acknowledged that it was a step in the right direction. Chairman Donnelly summarized Ms. Schwarz's issues that the sign is okay during the day, the sign is too bright at night and 7 PM is too late for the sign to be turned off. Planning & Zoning Commission Meeting— February 22, 2024 PZ -01-24 Commissioner Mizwicki asked if a solid front door would alleviate some of these issues and Ms. Schwarz responded that she would still experience these issues since her front room window is 14 feet wide, and she has three windows facing Isabella Street in her master bedroom, approximately 8 to 10 feet wide combined. Ms. Schwarz noted that the school is not open during the weekends or during the breaks, and requested if the residents could get a break from the sign when school was not in session and on weekends. Ms. Schwarz stated that she had spoken with neighbors who agreed with her and thought that a sign for a school was totally unnecessary, and questioned what the school is trying to advertise and for whom. Deputy Director Shallcross reiterated the proposed time limitations and stated that the EMC sign would need to be turned off one hour after sunset, but no later than 7 PM, and the sign would need to meet the regulations, or be turned off (for the three months where sunset is earlier than 7 PM), and in the summer where it is light out until 9 PM, the sign would need to be turned off by 7 PM. If it is a business that is operating, the business would need to turn off the sign a half-hour after it is closed. For example if Fairview School closes at 5 PM, the sign would need to be turned off by 5:30 PM, not 7 PM. Commissioner Fitzgerald asked how closing for a school would be interpreted and how that would be enforced. Deputy Director Shallcross stated that the Village would need to work out when the school closes generally, and the sign would need to be turned off a half-hour after that time. Deputy Director Shallcross stated that staff would need to further discuss what would be considered "closed" with the Village's legal counsel before the next Village Board meeting as this was not specifically contemplated with the proposed text amendments. Deputy Director Shallcross stated that he did not have a concrete answer on if a school is considered "closed" and if it is considered "closed" if they would be able to have their sign on at all during the day on a weekend. Vice Chairman Beattie asked if after-school events such as sporting events, plays, orchestra concerts, band concerts, and other events that start in the afternoons and go on into the evenings, would extend the time that the sign that can turned on. Deputy Director Shallcross stated this would be another item to discuss and hammer out before the next Village Board meeting. Commissioner Weir asked if the time limitation for "business closing" would apply to churches. Deputy Director Shallcross responded that it would apply to all EMC signs in all single-family residential districts. Commissioner Fitzgerald asked if the proposed sign code amendments were a significant change. Deputy Director Shallcross responded in the affirmative. Commissioner Fitzgerald asked for clarification since what was being discussed seemed to be different than what is written. Commissioner Fitzgerald stated that the text states the sign needs to be turned off, but that there is discussion about the sign being dimmed. Deputy Director Shallcross responded that the new regulation is a curfew and that the sign needs to be turned off. Chairman Donnelly asked if there could be a differentiation for those uses that are on a major street such as St. Emily's, River Trails Park District, and Euclid School versus the street that Fairview School is located. Deputy Director Shallcross responded that he would personally not like to get into the weeds from an administrative standpoint since these nonresidential uses are zoned the same, have the same neighbors, everything is restricted to residential areas, and would like to reduce the instances of unique sign regulations applied to different properties. Planning & Zoning Commission Meeting— February 22, 2024 PZ -01-24 Commissioner Fitzgerald pointed out that it is written "All existing EMC signs within the Village will be required to comply with the proposed curfew" and that suggests that this would apply to all EMC signs, regardless of if they are commercial, and that there may be some wordsmithing to do. Chairman Donnelly asked if there were any other speakers and swore in Elizabeth Espinoza of 303 N. Fairview Avenue, Mount Prospect. Ms. Espinoza stated that she needed to purchase shades and modify her living arrangements ever since the sign was installed, and she is experiencing many of the same issues as Ms. Schwarz. Ms. Espinoza noted that the sign is still on during the weekends, and rarely is the sign off. Chairman Donnelly asked Ms. Espinoza if she was okay with the light on during the day, to which Ms. Espinoza responded that the brightness level of the sign only bothers her when it is dusk and when it gets dark. Commissioner Mizwicki asked if the sign was the only fixture that lights the area. Ms. Espinoza stated if the school's sign is turned off, then the neighborhood is dark. Commissioner Mizwicki stated that it may be dangerous if the area is too dark. Ms. Espinoza stated that there are streetlights in their neighborhood. Vice Chairman Beattie asked and Ms. Espinoza confirmed that what staff is proposing is a step in the right direction. Chairman Donnelly redirected to staff and stated that the neighbors do not seem to recognize that the school's sign is noticeably three times dimmer than it was last week. Deputy Director Shallcross stated that staff had inspected the Fairview School's sign multiple times this week and that the sign does meet the new recommended light level, and reiterated the curfew which is that EMC signs shall be turned off the later of an hour after sunset or a half hour after a business closes, however in no instance later than 7 PM. Chairman Donnelly stated that there were several issues: the current sign is still too bright for the residents, how "closing" is undefined for a park, school or church, and how to restrict people from putting EMC signs on the front of their homes. Chairman Donnelly wanted to get the text amendments cleaned up before presenting them to the Village Board. Deputy Director Shallcross stated that staff would ask the Planning and Zoning Commission to make a recommendation to the Village Board that would include any additional requirements or conditions of approval that could be added as part of the motion. Deputy Director Shallcross requested that if the Commission were adding conditions, that the conditions would affect all schools and not just a singular school. Chairman Donnelly asked if there would be any issues that would arise with park districts - if they are located too close to residential areas and if they would really affect the neighbors. Chairman Donnelly pointed out that park districts seem to be located on major roads where they are not affecting neighbors. Deputy Director Shallcross stated that the Village has not received any complaints on EMC signs at park districts, and that the only complaints that were received were for EMC signs at places of worship and schools. There was some discussion among the Commission and staff about what is considered "closed" between schools, churches and park districts. Planning & Zoning Commission Meeting— February 22, 2024 PZ -01-24 10 Commissioner Fitzgerald made the suggestion of changing the proposed text amendment to a half-hour after sunset as the recommendation. Chairman Donnelly asked Ms. Schwarz if the half hour after sunset would take care of her concerns. Ms. Schwarz seemed to be agreeable. Deputy Director Shallcross stated that staff would seek additional clarification if necessary. Commissioner Weir asked if EMC signs could be restricted on park district land. Deputy Director Shallcross stated that the park district would be allowed to install an EMC sign by -right, but that parks generally have closing hours, and the half-hour after sunset closing regulation would apply. Commissioner Fitzgerald noted that parks generally close at sunset. Commissioner Miller requested to split the motion into three separate motions to address the hotels, the signs and the building height. Commissioner Fitzgerald and Vice Chairman Beattie requested to have a discussion on the extended stay hotels. Commissioner Fitzgerald asked staff if the only difference between the hotel and the extended stay hotel is the duration of stay or if there are other differences. Ms. Choi responded that there are other differences in that extended stay hotels would also be considered conditional uses in the B-3 and B-4 zoning districts. Ms. Choi added that existing hotels could not qualify themselves as an extended stay hotel since once the proposed amendments go into effect, a hotel would have to apply for a conditional use permit and be approved to be considered an extended stay hotel. Vice Chairman Beattie asked what the purpose of the proposed changes was related to extended stay hotels. Deputy Director Shallcross responded that the amendments came about because staff was made aware that the current code does not delineate between the two uses, and that extended stay hotels are more like a multi -family use than they are to a traditional hotel use. Deputy Director Shallcross pointed out that extended stay hotels are not subject to the hotel/motel tax, and once someone stays longer than 30 days, is not subject to the tax. Deputy Director Shallcross stated that the purpose of the amendments is to do a better job of delineating between the two uses. Vice Chairman asked if he could schedule a stay longer than 30 days as a hotel guest. Deputy Director Shallcross stated that he would be unable to schedule a stay longer than 30 days as a hotel guest. Hearing no further comments or questions, Chairman Donnelly closed the hearing and asked for the following three motions: 1) Commissioner Miller made a motion seconded by Commissioner Szymczak to approve the proposed text amendments related to the extended stay hotels (lodging accommodations) per the staff report. UPON ROLL CALL AYES: Donnelly, Beattie, Fitzgerald, Szymczak, Mizwicki, Olsen, Weir, Miller NAYS: None The motion was approved by a vote of 8-0. Planning & Zoning Commission Meeting— February 22, 2024 PZ -01-24 11 2) Vice Chairman Beattie made a motion seconded by Commissioner Fitzgerald to approve the proposed text amendments related to the 1-1 building height change per the staff report. UPON ROLL CALL AYES: Donnelly, Beattie, Fitzgerald, Szymczak, Mizwicki, Olsen, Weir, Miller NAYS: None The motion was approved by a vote of 8-0. 3) Vice Chairman Beattie made a motion seconded by Commissioner Szymczak to approve the proposed text amendments related electronic message center signs per the staff report with the following modification: change the recommended language regarding the curfew to "the earlier of a half-hour after sunset or a half-hour after business close, but in no instance later than 7 PM; and UPON ROLL CALL AYES: Donnelly, Beattie, Fitzgerald, Szymczak, Mizwicki, Olsen, Weir, Miller NAYS: None The motion was approved by a vote of 8-0. Chairman Donnelly stated that it was Village Board Final and asked when the next Village Board meeting will be. Ms. Choi answered that the next Village Board meeting will be March 5th. After hearing no more items of new business and no citizens to be heard, Commissioner Miller made a motion seconded by Vice Chairman Beattie, and the meeting was adjourned at 8:17 PM. Ann Choi Development Planner Planning & Zoning Commission Meeting— February 22, 2024 PZ -01-24 ORDINANCE NO. AN ORDINANCE AMENDING CHAPTER 7, SIGN REGULATIONS, OF THE VILLAGE CODE OF THE VILLAGE OF MOUNT PROSPECT, ILLINOIS WHEREAS, the Village of Mount Prospect is a home rule municipality as defined by Article VII, § 6 of the Illinois Constitution of 1970; and WHEREAS, the President and Board of Trustees of the Village of Mount Prospect desire to make certain amendments to the Village Code of Mount Prospect as set forth below; and WHEREAS, pursuant to the authority granted under the Illinois Municipal Code and in accordance with home rule authority granted to home rule municipalities, the President and Board of Trustees of the Village of Mount Prospect approve the amendments as set forth below. BE IT ORDAINED BY THE PRESIDENT AND BOARD OF TRUSTEES OF THE VILLAGE OF MOUNT PROSPECT, COOK COUNTY, ILLINOIS: SECTION 1: Section 7.302, "Permanent Signs", of Article III, "General Sign Guidelines; All Signs Requiring A Permit", of Chapter 7 of the Mount Prospect Village Code shall be amended by inserting the following directly after the section heading and the existing Sub -sub -subsections shall remain, to be read as follows: 7.302: PERMANENT SIGNS: Permanent signage on a lot with a detached single-family home is limited to development identification or subdivision signage. The following signs shall be permitted on all other properties in the Village, subject to all applicable standards: SECTION 2: Subsection G, "Electronic Message Center Signs", of Section 7.401, "Illumination", of Article IV, "Illumination and Maintenance", of Chapter 7 of the Mount Prospect Village Code, shall be deleted in its entirety and replaced with the following: G. Electronic Message Center (EMC) Signs: 1. For EMC signs located in districts other than the C-R, R -X, R-1 and R -A districts: a. EMC signs must not exceed 0.3 foot-candle over ambient lighting conditions when measured at the recommended distance, based on the electronic message center size. The recommended distance = the square root of (the area of sign sq ft x 100). b. Sensor: All EMC signs shall be equipped with a sensor or other device that automatically determines the ambient illumination and programmed to automatically dim according to ambient light conditions, or that can be adjusted to comply with the 0.3 foot-candle measurements. 2. For EMC signs located in the C-R, R -X, R-1 and R -A districts: For the purposes of establishing rules and regulations for EMC signs in the C-R, R- X, R-1 and R -A districts, the minimum requirements and best management practices provided by the International Dark -Sky Association, Guidance for Electronic Message Centers IDA2019-01, as amended from time to time, 2 are hereby adopted in its entirety, except such portions thereof as may be modified by Section 7.401 G2. a. Curfew: EMC signs shall be turned off no later than the earlier of thirty (30) minutes after sunset or seven o'clock (7:00) P.M. EMC signs shall remain turned off until seven o'clock (7:00) A.M the following morning. b. Light Intensity: For any/all establishments with an EMC sign that remains illuminated as permitted under the curfew provided in Section 7.401 G2a, the light intensity from the EMC sign shall not exceed 4 foot-candles using the sign's night -mode white screen setting when measured with a standard light meter at a distance of ten feet (10') away from the face of the EMC sign. c. Glare: Illumination shall be prevented from striking or causing glare on the street or nearby properties. d. Sensor: All EMC signs shall be equipped with a sensor or other device that automatically determines the ambient illumination and programmed to automatically dim according to the maximum light intensity permitted. e. Existing EMC signs shall comply with the curfew provided in Section 7.401 G2a. f. Properties with frontage on major or minor arterial roads are exempt from these regulations and shall instead meet the requirements of Section 7.401 G1. 3 SECTION 3: Subsection H, "Sensor", of Section 7.401, "Illumination", of Article IV, "Illumination and Maintenance", of Chapter 7 of the Mount Prospect Village Code, shall be deleted in its entirety. SECTION 4: This Ordinance shall be in full force and effect from and after its passage, approval, adoption and publication in the manner provided by law. AYES: NAYS: ABSENT: PASSED AND APPROVED this 5th day of March, 2024, by the Village Mayor of the Village of Mount Prospect, and attested by the Village Clerk, on the same day. ATTEST: Karen Agoranos Village Clerk 4 Paul Wm. Hoefert Village Mayor ORDINANCE NO. AN ORDINANCE AMENDING CHAPTER 14 "ZONING" AND CHAPTER 15 "SUBDIVISION, DEVELOPMENT AND SITE IMPROVEMENT PROCEDURES", OF THE VILLAGE CODE OF THE VILLAGE OF MOUNT PROSPECT, ILLINOIS WHEREAS, the Village of Mount Prospect is a home rule municipality as defined by Article VII, § 6 of the Illinois Constitution of 1970; and WHEREAS, the President and Board of Trustees of the Village of Mount Prospect desire to make certain amendments to the Village Code of Mount Prospect as set forth below; and WHEREAS, pursuant to the authority granted under the Illinois Municipal Code and in accordance with home rule authority granted to home rule municipalities, the President and Board of Trustees of the Village of Mount Prospect approve the amendments as set forth below. BE IT ORDAINED BY THE PRESIDENT AND BOARD OF TRUSTEES OF THE VILLAGE OF MOUNT PROSPECT, COOK COUNTY, ILLINOIS: SECTION 1: Land Use Table 2: "Commercial and Industrial Zoning Districts", of Section 14.604, "Land Use Tables", of Article VI, "Zoning Districts", of Chapter 14, "Zoning", of the Mount Prospect Village Code shall be amended to include the following row: Land Use B-1 B-2 B-3 B-4 B-5 B -5C 1-1 1-2 1-3 Extended stay hotels C C SECTION 2: Subsection C, "Building Height" of Section 14.2104, "Bulk Regulations", of Article XXI, 1-1 Limited Industrial District", of Chapter 14, "Zoning", of the Mount Prospect Village Code, shall be amended as follows: C. Building Height: The maximum height of any building in an 1-1 district shall be fifty feet (50'). Buildings taller than fifty feet (50) in the 1-1 District shall only be authorized as part of a planned unit development. SECTION 3: The Use "Hotel/motel" of Section 14.2207, "Off Street Parking Requirements", of Article XXII, "Off Street Parking and Loading", of Chapter 14, "Zoning", of the Mount Prospect Village Code shall be amended to read: Use Parking Requirements Hotel, extended stay hotel, and motel 1 space per guestroom plus 1 space per employee on peak shift. (Restaurants and lounges require separate parking calculations. SECTION 4: Section 14.2401, "Purpose", of Article XXIV, "Definitions", of the Mount Prospect Village Vode, shall be amended as follows: A. The definition of "Dwelling" shall be deleted in its entirety and replaced with the following: DWELLING: A building, or portion thereof, designed or used exclusively for residential occupancy, including single-family dwellings, two-family dwellings and multiple -family dwellings; but not including Hotels, Extended Stay Hotels, or Motels. Multiple -Family: A building, or portion thereof consisting of three (3) or more dwelling units. Single -Family, Attached: A building, structure or portion thereof containing three (3) or more attached single- family dwellings where the units are primarily connected horizontally. Single -Family, Detached: A building containing a single dwelling unit only, which is separated from all other dwellings by open space. 2 Two -Family: A building consisting of two (2) dwelling units which have been attached. B. The definition of "Extended Stay Hotel" shall be inserted alphabetically to read as follows: EXTENDED STAY HOTEL: A building, with each guest room having a full kitchen, providing transient lodging accommodations, limited to no more than ninety (90) consecutive days, to the general public for compensation and which may include ancillary facilities and services such as restaurants, meeting rooms, personal services, and recreational facilities. C. The definition of "Hotel" shall be inserted alphabetically to read as follows: HOTEL: A building providing transient lodging accommodations, limited to no more than thirty (30) consecutive days, to the general public for compensation and which may include ancillary facilities and services such as restaurants, meeting rooms, personal services, and recreational facilities. D. The definition of "Motel" shall be inserted alphabetically to read as follows: MOTEL: A building or group of detached, semi-detached or attached buildings on a lot containing guest rooms each of which has a separate outside entrance leading directly from the outside of the building, with garage or parking space conveniently located to each unit, and which is designed, used or intended to be used primarily for lodging accommodations for automobile transients, limited to not more than thirty (30) consecutive days. Motels do not include hotels or extended stay hotels. E. The definition of "Hotel/Motel/Motor Inn" shall be deleted in its entirety. 3 SECTION 5: Section 15.202, "Definitions", of Article II, "Rules and Definitions", of Chapter 15, "Subdivision, Development and Site Improvement Procedures", of the Mount Prospect Village Vode, shall be amended as follows: The definition of "Dwelling" shall be deleted in its entirety and replaced with the following: DWELLING: Refer to section 14.2401 of this code. SECTION 6: This Ordinance shall be in full force and effect from and after its passage, approval, adoption and publication in the manner provided by law. AYES: NAYS: ABSENT: PASSED AND APPROVED this 5th day of March, 2024, by the Village Mayor of the Village of Mount Prospect, and attested by the Village Clerk, on the same day. ATTEST: Karen Agoranos Village Clerk 4 Paul Wm. Hoefert Village Mayor Modifications to each of the chapters are indicated as 4 4e# 4c and additions. No rearranging of language is proposed. LODGING ACCOMMODATIONS: Delete the definition of "Hotel, Motel, Motor Inn" in its entirety and add the following definitions to Section 14.2401 in the appropriate alphabetical location. Revise the definitions of "Dwelling". Chapter 14 Zoning, Article XXIV Definitions, 14.2401: PURPOSE: DWELLING: A building, or portion thereof designed or used exclusively for residential occupancy inclludiin siiin Ile fairniill dwelllliin s two fairniill dwelllliiin s and rnullti Ile::•fairnill p Y...........................................................g........................g......................................................y.......................................................g.......................................................................................................................................g..............................................................................Ip....................................................... dwellllin s° but not incllgd'iin III°iotells Extended Sta 1°iotells oir Motells. � e aPc.', °4e F .............................g.......;...................................................................................................................g.................................................................................................................................................y......................................................................................................................... Inac+r.lr �w,rc+ealc ra.,rervaarsr. �e-a�raJaearr acw la�d�rsas-en Inraaecnc Multiple -Family: A building, or portion thereof consisting of three (3) or more dwelling units. Single -Family, Attached: A building, structure or portion thereof containing three (3) or more attached single- family dwellings where the units are primarily connected horizontally. Single -Family, Detached: A building containing a single dwelling unit only, which is separated from all other dwellings by open space. Two -Family: A building consisting of two (2) dwelling units which have been attached. 111::YTENDEII STAY 110TE1,,,: A buiilldin wirtll� each gest irooir u 1 g!yiiin g a fullll IlcitclheiY! .................................................................................................................................................................................................................................g.W............................................................................g.................................................................................................................g.............................................................................................. pirovidiiin transient Ilod iiia accoirni riodatiioins limitedto ir�o more tlhnain iniinet 0 .................................................g.............................................................................................g..............g...........................................................................................................................A..................................................................................................................................................................................................................y......(..................). consecutive da s to the eir�eirall ulbllic .fo.r coin einsatloir� aired which irm�a include y..........................................................g.................................................p.............................................................................................................................................................................................................................................................y....................................................... ancillary fgcjllitiies and services such as restaurants meeting !moire eirsoinall seirvices ........................y...................................................................................................................................................................................................................................................................................................................................................... g................................................ �......I p................................................................................................................ aind recreational facilities. .................................................................................................................................................................................... 1-I0"'FEL: A bu'iIldin rovidin t�°ansie��t iod 'in accornrnodatio��s i'irn'ited to no rnore g.... p .................................................. g............................................................................................ g............. g.................................................................................................................................................................................................................................................................. than thirt 30 consecutive da s to the e�-neral ubiic for horn e��sa-tion and which ....................... ............................................y......(..................)............................................................................................................Y.......R...................................................g................................................p.............................................................................. ...............IP........................................................................................................................................ may include anciliar-facilities and services such as restagirants rn etin roou�s .........................W.................................................................................................................................................................................................................................................................................................................................................................... ................................ ............. R...................................................... g................................................ R. ggirsonal services, avid recreational -facilities. MOTEL: ... EL: building ng .ir glrp,u�, of detacll�ed seirmni-detached oir attaclh�ed Ibuiilldiin s oin a Ilot cointaiiniiin gest !Egg.!rn,s eaclh of which has a se aerate outside entrance leading directly .................................................................g....g......................................................................................................................................................................................................................................................................................................................................................................................................................................................... � firoim the outside of the Ibuilldiiin wii-tlln sire e oir airlkin s ace coinveiniieir ti (located to ..........................g........................................g.......................g............................... p....................................g...........Ip........................................................................................................................................................................................ eac.b gait aind which is desii ined used or intended -to The used iriii airill foir Ilod iin ....................................................................................................................................g.......................................................................................................................................................................................................................................Ip...............................................y.................................................g..............g accommodations for automobile trainsients himited -to snot more thain -thirt ,30 .....................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................(...................). consecutive da s. Motels do snot 'incllude hotells or eteinded sta hotels. ........................................................................................................y.......................................................................................................................................................................................................................................................................................................................................y................................................... n , Add "Extended Stay Hotels", in the appropriate alphabetical location, to the Land Use Table II in Chapter 14 Zoning, Article VI Zoning Districts, Section 14.604, as a conditional use in the B-3 and B-4 zoning districts. 14.604: LAND USE TABLES: LAND USE TABLE 2 COMMERCIAL AND INDUSTRIAL ZONING DISTRICTS Land Use B- 1 B-2 B-3 B-4 B-5 B -5C 1-1 1-2 1-3 Ex .v]. d ......s.:...y....h .:..I. . calculations.) Modify Chapter 14 Zoning, Article XXII Off Street Parking and Loading, Section 14.2207, to add "Extended Stay Hotel" under the Use category "Hotel/motel' to share the same parking requirement of 1 space per guestroom plus 1 space per employee on peak shift. 14.2207: OFF STREET PARKING REQUIREMENTS: The required number of off street parking spaces shall be calculated as listed below: TABLE OF OFF STREET PARKING REQUIREMENTS Use Parking Requirements Hotel/, e x;t e n „y„_I� ,� e I a n d. motel 1 space per guestroom plus 1 space per employee on peak shift. (Restaurants and lounges require separate parking calculations.) The definition of "Dwelling” provided in Chapter 15 shall be referenced back to the proposed modified definition of "Dwelling" in Chapter 14 Zoning, Article XXIV Definitions, Section 14.2401. ii�.�►��j��I�df►1��[�I►1i.�1 DWELLING: , e'fer .................................. to section 14m2401 of this codeµ ........................................................................................................................................................................................................................ Modify Section 7.302 Permanent Signs to restrict permitted signage on lots with a detached single -family home. 7.302: PERMANENT SIGNS: Peirir.rdaneir2t su n. e on a lot with a detached sun ue-famul home us limited to deveuo ment g.................g............................................................................................................................................................................................................g.....................................................y.....................................................................................................................................................................................p..................................... u d*ir , , mc..a tion o.l".....u...uyus uon s!g.!2pg , The following signs shall be permitted out all th r �p[2.1p L a in the Village, subject to all applicable standards. Modify Section 7.401 to separate regulations for EMC signs located in zoning districts other than C-R, R-X, R-1 and R-A districts and EMC signs located in the C-R, R-X, R-1 and R-A districts. 7.401: ILLUMINATION: Any sign permitted under these regulations may be illuminated, provided such illumination complies with the following: A. Hours Of Operation: All illuminated signs within one hundred feet (100') of any residential property (lot) line shall be turned off between the hours of eleven o'clock (11:00) P.M. and seven o'clock (7:00) A.M. unless the establishment is engaged in the operation of its business with employees on the premises during such period. B. Installation Or Application: Illumination shall be installed or applied such that: 1. The light source is contained within the sign and is visible only through a translucent surface or recessed into the sign structure; or 2. The light source is external to the sign and is directed to and concentrated on the sign; or 3. The light source is supplied by neon tubing. C. Glare: Illumination shall be prevented from striking or causing a glare on the street or nearby properties. D. Protection Of Light Source: Floodlights, gooseneck reflectors or other external sources of illumination shall be contained within a protective casing. E. Motion: Illumination shall be constant in intensity and color and shall not consist of flashing, animated, chasing or scintillating lights. Electronic message centers, as defined herein, shall not be considered "flashing" signs for the purposes of these regulations. F. Brightness Limitations: In no instance shall the lighting intensity of any sign, whether resulting from internal or external illumination, exceed seventy five (75) foot- candles when measured with a standard light meter perpendicular to the face of the sign from a distance equal to the narrowest dimension of the sign. G. Electronic Message Center..(.I�!! !Q Signs: 12. i:'or r IE. M..�g si ins located fin districts otheir -than t1h C -Ft R -X R-1 and R -A districts: .... .. . . ...... ... . ... .......... .......... A .................................................................................................................................................................................................................................................. ........................... ff ............................. # ..................................................................................................................................................... .a. signs must not exceed 0.3 foot-candle over ambient lighting conditions when measured at the recommended distance, based on the electronic message center size. The recommended distance = --the s uare root of fth.g area of sign sq ft x 1001 ...... ................ ....... g ..................................................................................... ..b..... S...e n s..o r .......... A ii E MC sf, Wirth a sensor or other device .g! 5 bee .g.ip 1p �g.o �Mfi ....................... .......... .... ............................................................................................................................................................................................. that autornaticaill -termines the ambient illurnination and ........................................................................................................................ ............................................................................................................................................................................................................................................................................ jp..!Egg.!Ep ..... ..... !M.!! gd -to automatica.11.11y Ojim accoird.in -to ambient j lht .............................................................................................. ............... ... ... . . ................. .............................................. ............ g .................................................................................... !! g .............. i i s or that cairn The adj.g.�.-!..g.o 12 with the 03 foot-candle 2a ff ..................................................................................................... ................. ... .......................................................................................................................................................... measuireiments ............................................................................................................ 2., For IE M si ins (located the UR R -X R-1 and R A districts: Foix 1p. . pg�g� 2 �g .......... g Y!E ..... . . .... ............. ............................................. . ....................................................................................... .................................................. I ............................ . p ................................................................................................................................................................................ ........................ .e. s.12 b..11 i s h i ing !Egjj.g.� g!.!qd fq!� �j ins in -the CA R-X R-1 aind R- ........ .. ... 9 ....................................................................................... p ............................. a .................... I., ........................................................... .d. i s. -.t ir...i..Kt. s t..I.h e En. i..n....ij.r.n q iM Egg .. ..... . .... . .. . .. .. ..... ... .... .... . .... ...... . .. ..... .. . .... .. . .. ...... ...... .... q!.E ! eints and best ima. i a e im in 1p ..................................................................................... ........ n g ...................... g I !E�� p ........ .............. ........ jj 2 !E.o y! d e d.. 11 g 1.!nteirina-tioinall Da.ir.lk...Slky A�� s ............. g ..................................................................................... ...................................................2�iatio.in Guidance -for Electronic Me sa e ............................................................................................................................................................................................................................................ . ........ C.e.J.1.1 gir s IDA20.1,9-01 . .... as amended firorn time to firne air Ihei elb ado jgg4 in [its ......................................... ...... .............................. ................................................................................................................................................................................................................... g . ............... e ................... r ................ ........ .... ........ ..... Y. 4 .......... ................................. !g.! !i:p.ty gmul �p!g.h p2!E qnstheireof as im.a The modifie b Sec-hoin'7..401 G2., .... .......................................................................................... ............ ....... y .............................................................................. ........................................................................................................................... a.. Curfew:: EMC s I ........................................................................................... .......... ins shall rmaip -tuirined off mintill sevein o' ......ei.............................................................................................................................................................................................................................................................cllocl (.Z.:. k :001 _A..,M_tIhe_foIlIlovWin morinin ... ................ b. Li ht linteins!it W III"oir airyCaill establishments with ain EMC s! t reirnains 1111luminated as itted under the curfew ............................................................................................................ .... .... p g!E! ............................... ............... ............................................................................................... ......... ............... ................................ 7 401 G2a. -the Ilighnt ilinteinsi-tv firoinn -the EMC sigin shall inot exceed 4 foot- HEIGHT OF INDUSTRIAL BUILDINGS IN THE 1-1 DISTRICT: Amend Section 14.2104(C) to increase the maximum height of buildings in the 1-1 district to fifty feet (50') and to require buildings that exceed the maximum height in the 1-1 district to apply for a planned unit development. 14.2104: BULK REGULATIONS: C. Building Height: The maximum height of any building in an 1-1 district shall be fe4y feet-H-94.-fi.iftY ftg! (NI! P.Mjllding,� taller than fiftyf!�gt fin the 1-1 District shall on.1 ......... ..... .............................. ........................................................................................................ . ........... ...... ..... ............................................................................................................................................................................ .... Y. ..b e a t..j t 1h. o r 1 z e d as 1p , -t develo t. i!.[! pf g! p !.anned uni ....... ............................................................................................................................. ... .......... Chapter 14 Zoning, Article XXIV Definitions, 14.2401: PURPOSE: DWELLING: A building, or portion thereof, designed or used exclusively for residential occupancy, including single-family dwellings, two-family dwellings and multiple -family dwellings; but not including Hotels, Extended Stay Hotels, or Motels. Multiple -Family: A building, or portion thereof consisting of three (3) or more dwelling units. Single -Family, Attached: A building, structure or portion thereof containing three (3) or more attached single- family dwellings where the units are primarily connected horizontally. Single -Family, Detached: A building containing a single dwelling unit only, which is separated from all other dwellings by open space. Two -Family: A building consisting of two (2) dwelling units which have been attached. EXTENDED STAY HOTEL: A building, with each guest room having a full kitchen, providing transient lodging accommodations, limited to no more than ninety (90) consecutive days, to the general public for compensation and which may include ancillary facilities and services such as restaurants, meeting rooms, personal services, and recreational facilities. HOTEL: A building providing transient lodging accommodations, limited to no more than thirty (30) consecutive days, to the general public for compensation and which may include ancillary facilities and services such as restaurants, meeting rooms, personal services, and recreational facilities. MOTEL: A building or group of detached, semi-detached or attached buildings on a lot containing guest rooms each of which has a separate outside entrance leading directly from the outside of the building, with garage or parking space conveniently located to each unit, and which is designed, used or intended to be used primarily for lodging accommodations for automobile transients, limited to not more than thirty (30) consecutive days. Motels do not include hotels or extended stay hotels. 14.604: LAND USE TABLES: LAND USE TABLE 2 COMMERCIAL AND INDUSTRIAL ZONING DISTRICTS Land Use B- 1 B-2 B-3 B-4 B-5 B -5C 1-1 1-2 1-3 Extended stay hotels C C 14.2207: OFF STREET PARKING REQUIREMENTS: The required number of off street parking spaces shall be calculated as listed below: TABLE OF OFF STREET PARKING REQUIREMENTS Use Parking Requirements Hotel, extended stay hotel, and motel 1 space per guestroom plus 1 space per employee on peak shift. (Restaurants and lounges require separate parking calculations.) 1116WI A 71191011 160RI DWELLING: Refer to section 14.2401 of this code. Permanent signage on a lot with a detached single-family home is limited to development identification or subdivision signage. The following signs shall be permitted on all other properties in the Village, subject to all applicable standards. 7.401: ILLUMINATION: Any sign permitted under these regulations may be illuminated, provided such illumination complies with the following: A. Hours Of Operation: All illuminated signs within one hundred feet (100') of any residential property (lot) line shall be turned off between the hours of eleven o'clock (11:00) P.M. and seven o'clock (7:00) A.M. unless the establishment is engaged in the operation of its business with employees on the premises during such period. B. Installation Or Application: Illumination shall be installed or applied such that: 1. The light source is contained within the sign and is visible only through a translucent surface or recessed into the sign structure; or 2. The light source is external to the sign and is directed to and concentrated on the sign; or 3. The light source is supplied by neon tubing. C. Glare: Illumination shall be prevented from striking or causing a glare on the street or nearby properties. D. Protection Of Light Source: Floodlights, gooseneck reflectors or other external sources of illumination shall be contained within a protective casing. E. Motion: Illumination shall be constant in intensity and color and shall not consist of flashing, animated, chasing or scintillating lights. Electronic message centers, as defined herein, shall not be considered "flashing" signs for the purposes of these regulations. F. Brightness Limitations: In no instance shall the lighting intensity of any sign, whether resulting from internal or external illumination, exceed seventy five (75) foot- candles when measured with a standard light meter perpendicular to the face of the sign from a distance equal to the narrowest dimension of the sign. G. Electronic Message Center (EMC) Signs: 1. For EMC signs located in districts other than the C-R, R -X, R-1 and R -A districts: a. EMC signs must not exceed 0.3 foot-candle over ambient lighting conditions when measured at the recommended distance, based on the electronic message center size. The recommended distance = the square root of (the area of sign sq ft x 100). b. Sensor: All EMC signs shall be equipped with a sensor or other device that automatically determines the ambient illumination and programmed to automatically dim according to ambient light conditions, or that can be adjusted to comply with the 0.3 foot-candle measurements. 2. For EMC signs located in the C-R, R -X, R-1 and R -A districts: For the purposes of establishing rules and regulations for EMC signs in the C-R, R -X, R-1 and R -A districts, the minimum requirements and best management practices provided by the International Dark -Sky Association, Guidance for Electronic Message Centers IDA2019-01, as amended from time to time, are hereby adopted in its entirety, except such portions thereof as may be modified by Section 7.401 G2. a. Curfew: EMC signs shall be turned off no later than the earlier of thirty (30) minutes after sunset or seven o'clock (7:00) P.M. EMC signs shall remain turned off until seven o'clock (7:00) A.M the following morning. b. Light Intensity: For any/all establishments with an EMC sign that remains illuminated as permitted under the curfew provided in Section 7.401 G2a, the light intensity from the EMC sign shall not exceed 4 foot-candles using the sign's night -mode white screen setting when measured with a standard light meter at a distance of ten feet (10') away from the face of the EMC sign. Glare: Illumination shall be prevented from striking or causing glare on the street or nearby properties. d. Sensor: All EMC signs shall be equipped with a sensor or other device that automatically determines the ambient illumination and programmed to automatically dim according to the maximum light intensity permitted. e. Existing EMC signs shall comply with the curfew provided in Section 7.401 G2a. f. Properties with frontage on major or minor arterial roads are exempt from these regulations and shall instead meet the requirements of Section 7.401 G1. 14.2104: BULK REGULATIONS: C. Building Height: The maximum height of any building in an 1-1 district shall be fifty feet (50'). Buildings taller than fifty feet (50') in the 1-1 District shall only be authorized as part of a planned unit development. ABOUT IDA The need to protect and restore the natural nighttime environment is more urgent than ever. Light pollution, defined as light where it is not wanted or needed, affects our health, the environment, wildlife, and our ability to find awe in the natural night. Research indicates that light pollution is increasing at a global rate of five percent per year. The International Dark -Sky Association, a 501(c) (3) nonprofit organization based in Tucson, Arizona is dedicated to preserving and protecting the natural nighttime environment. INTERNATIONAL DARK -SKY ASSOCIATION 3223 N. First Avenue Tucson, AZ 85719 USA +1-520-293-3198 www.darksky.org The IDA Guide for Electronic Messaging Centers (EMCs) was prepared for the Interna- tional Dark -Sky Association (IDA) by the IDA Technical Committee and approved by the IDA Board of Directors. IDA Board of Directors Kennric Kattner, President Kellie Pendoley, Vice President Kim Patten, Treasurer Jessica Cleeves, Secretary Diana Umpierre Technical Committee Members Chad Moore, Chair Chis Bailey Terry McGowan Brad Schlesselman Christian K. Monrad Paulina Billalobos Aubrey Larson Ex -Officio Members Ruskin K. Hartley, IDA Executive Director Pete Strasser, Staff Liason Lauryl Alan -Forest Diane Knutson Alejandro Sanchez Miguel Dr. Karolina M Lanlan Wei Kirt Rusenko Bob Adams Pubished May 10, 2019 Ziel i nska-Dabkowska Purpose Electronic Message Centers (EMCs) are also known as "LED signs," "LED displays," "solid-state lighting signs," "digital billboards," "mobile digital billboards," "changeable message signs," "media facades," "media towers," "architectural lighting facades," or "electronic signs."' This guidance addresses outdoor installations as well as indoor installations that are intended to be viewed from outdoors, such as through store windows. This guidance addresses all EMC installations no matter where situated, whether off or on a public right of way, and whether on- or off -premise. EMCs have directly -viewed arrays of LED light sources (and potentially fiber optic or backlit dis-play light source) that are electronically controlled to display fixed or dynamic messages. Each LED in the array can be of a different color and brightness and is dynamically controlled. EMCs have been rapidly adopted for commercial sites and advertising. The nature of EMCs makes them a significant impact to the natural and built environment, often producing glare, light trespass, skyglow, and substantially changing the nightscape. To address deficiencies in many sign codes that only address legacy sign installations, IDA has developed minimum requirements and a set of best practices for EMCs in order to minimize the environmental hazard that often results from carelessly installed and operated signs. These recommendations are intended to be integrated by planners into existing sign ordinances and zoning codes and adopted by lighting practitioners. While IDA does not endorse the use of EMCs at night, it recognizes that these installations will continue to be developed and installed widely. IDA therefore presents the following guidance from a technical and scientific stand -point. Background The light -emitting diode (LED) is transforming the way we light our cities and towns. LEDs have now come to dominate the outdoor advertising industry, replacing legacy signs such as conventional flood -lighted billboards, exposed lamp and internally -illuminated (i.e. backlit) translucent signs, as well as ushering in new communication media. EMCs, are appearing with increasing frequency along roadsides and on urban buildings worldwide. EMCs consist of arrays of many thousands of programmable LED light sources which, when viewed from a distance, make up a composite picture. Multiple advertisements can be displayed in one space, and can also be altered remotely. EMCs can be adjusted by time of day to changing traffic and ambient light conditions, and may require less electricity than legacy installations given the high efficiency of LEDs. However, EMCs are often being applied in novel ways that expand their application and may not be replacing a traditional sign or facade light on a one for one basis; thus may not represent any energy use reduction over past practices. EMCs can be harmful to the nighttime environment. Much of the implementation of this medium to date has been uncontrolled, has been especially harmful to the environment, and has garnered much public attention. Unlike luminaires (i.e. light fixtures), EMC light emissions cannot be shielded, and the horizontal arrangement of their LEDs — typically aimed outward toward traffic and viewers — means that some of their light is necessarily emitted laterally into adjacent environments and upward into the night sky. Light that is emitted laterally can be a substantial source of Background, continued glare, temporarily limiting visual function for passing observers. Animated and/or rapidly cycling messages can be distracting to drivers, cyclists, and pedestrians and are suspected as being a potential traffic safety risk .2 The light emission of EMCs can generate more lateral and upward light emission than conventional billboard lighting and thus can be visible to wildlife over long distances,3 affecting breeding, foraging and orientation behaviors in individuals, potentially leading to population level impacts. EMCs may contribute substantially to light trespass4 into residences and may thus have an impact upon human health. The primary method of mitigation is through luminance control, limiting hours of operation, and avoiding locating signs adjacent to sensitive areas or residential areas. Measurement of EMC is different than most other outdoor lighting. The important metric for EMCs is their luminance — the light intensity of the light leaving the sign surface in a given direction, as opposed to most other lighting, which is often quantified by its illuminance — the light falling upon a surface, such as the billboard face or the ground. Proper installation, regula-tion and monitoring of EMCs requires the proper use of a luminance meter, and may require new measurement tools and procedures. Measurement of EMCs is discussed later in this guidance.5 IDA has developed this document to provide planners, lighting designers, architects, biologists, government officials, and the general public with a basic understanding of the environmental hazards and potential solutions to making EMCs less obtrusive and more sustainable. This guidance is particularly Background, continued well suited for municipal planning, regional planning, transportation planning, law enforcement, code enforcement, and conservation efforts where a lighting specialist may not be available. For those lighting professionals seeking additional guidance, technical standards from organizations like the International Commission on Illumination (CIE) and Illuminating Engineering Society (IES) can be layered atop this guidance. INTERNATIONAL DARK -SKY ASSOCIATION Guidance for Electronic Message Centers (EMCs) III !, Ili III,, III III ff l ,,,IJ III 'lli rrl The following overlay lighting zones (LZs) are referred to in this document :6 LZO: No ambient lighting. Areas where the natural environment will be seriously and adversely affected by lighting, and in which human activity is subordinate in impor- tance to nature. This is the recommended default zone for undeveloped rural areas, including wilderness areas, parks and pre- serves. (Equivalent to CIE Environmental Zone E1) LZ1: Low ambient lighting. Areas where lighting might adversely affect flora and fauna or dis-turb the character of the area. This is the recommended default zone for rural and low-density residential areas. (Equivalent to CIE Environmental Zone E2) LZ2: Moderate ambient lighting. Areas of human activity where the vision of human residents and users is adapted to moder- ate light levels. This is the recommended default zone for light -commercial business districts and high-density or mixed-use residential districts. (Equivalent to CIE Environmental Zone E3) LZ3: Moderately high ambient lighting. Areas of human activity where the vision of human res -idents and users is adapted to moderately high light levels. This is the recommended default zones for business districts in large cities. (Equivalent to CIE Environmental Zone E4) LZ4: High ambient lighting. Areas of hu- man activity where the vision of human residents and users is adapted to high light levels. Most cities do not have areas that meet this criterion. This is not a default zone. (Equivalent to CIE Environmental Zone E4) li III 111l'li U J), 11ff li ,' ', iU,JJ,! III III` ,, ;a, It is impractical to shield light from EMCs due to its orientation, so many of the traditional approaches to reducing the impacts of artificial light at night do not translate to EMCs. As a result, the potential harm of EMCs cannot be completely mitigated by design alone. Rather, minimizing the harmful effects of EMCs is best accomplished through careful operation, programming, and location of this technology to the greatest extent practical. As of 2019, it is common for EMCs to operate in daytime at luminances in excess of 5000 candelas per square meter (cd/m2), also be known as "nits." Such high luminances are necessary for visibility due to the high ambient illumination during the day. Achieving proper lighting control at night requires dimming of the LEDs to match the lower ambient illumination and thus render more appropriate visibility. However, sufficient dimming at night is infrequently implemented, resulting in over -lighting, decreased sustainability, and attendant environmental impacts. These Minimum Requirements for urban, suburban, rural, and natural environments have been developed by practicing scientists and lighting engineers to provide a minimum level of protec-tion to the nighttime environment, while meeting the needs of advertisers. However, IDA strongly recommends also applying the Best Management Practices described herein, in addition to these Minimum Requirements, to provide greater protection of the nighttime environment and to meet the currently accepted standards of sustainability. 1. Luminance level - During the night hours, which commence no later than one hour after sunset, luminance levels shall not exceed the maximum values provided in Table 1 as measured:' Lighting i i e Maximum Luminance (c / ) LZO 0 LZ 1 20 LZ2 40 LZ3 80 LZ4 160 2. Curfew - EMCs shall be switched off completely after 2300h/11pm (or 30 minutes after the close of business for on -premises signs, whichever is later), and remain off until one hour before sunrise. EMC applications for traffic and safety information shall be exempt from curfew. BI «�n� sJ��l.��. I�+III a III �o g eI III III ent A number of best management practices are recommended for EMCs which can further decrease the negative impacts to the environment, reduce visual clutter, and improve the safety of drivers and pedestrians. The combination of adoption of these Minimum Requirements and Best Management Practices has the potential to result in no net increase or even a net reduction in light pollution caused by signage while simultaneously meeting the needs for commerce. Thus, the IDA strongly supports the incorporation of the following Best Management Practices into the relevant codes and regulations covering signs and/or outdoor lighting. BMP 1. Monitoring — EMC device owner or the permit holder should continuously monitor signs twenty-four (24) hours per day, including monitoring of the reliability of hardware, software, network and other support infrastructure. Should a problem occur, the EMC shall remain unlit.8 BMP 2. Sensitive Area Setback — EMCs should not be placed within or adjacent to sensitive areas. These may include, but are not limited to: natural areas, beaches, wetlands, state and national parks, wildlife refuges, residential areas, observatories, and military training grounds. Setbacks in excess of 1 mile (1600 meters) from sensitive areas may be warranted.9 Distance setbacks should be assessed on a case-by-case basis, considering the cumulative effect of multiple EMCs, and set forth by the appropriate authority in each community. Mobile EMCs should be addressed as well. BMP 3.Distraction Limitation — Messages appearing on EMCs should minimize distraction to vehicle operators and pedestrian by setting a minimum message duration, setting a maximum transition time between messages, and by maintaining adequate spacing between EMCs along thoroughfares. 10 BMP 4. Gradual Brightness Reduction — It is recommended that EMC luminance levels gradually dim between day and night modes (from sunset to 1 -hour after sunset) to provide the proper contrast ratio with the ambient illumination level, and similarly before sunrise. BMP 5. Size Limits — Larger EMCs have a proportionally greater impact upon the nighttime envi-ronment. While IDA does not commend a maximum size due to the diversity of EMC uses, it may be appropriate for planners to carefully assess the maximum area of illuminated ar-ea in the relevant code or regulation. BMP 6. Density Limits — Because of the rapid adoption of EMCs, the cumulative impact to the environment of multiple installations should be addressed. The total light emissions from EMCs can be controlled through limiting the number or combined size of signs that are permitted for a given length of roadway or a given area of land. The ideal opportunity to measure luminance from an EMC is at the point of installation. Verification from the manufacturer of meeting Minimum Requirements is strongly encouraged, in combination with "as installed" measurements. Luminance measures should be of a white screen at the programmed nighttime intensity level. Once installed and operating normally, it is substantially more difficult to obtain accurate luminance measures. Luminance measures require care in collecting accurate data, and are more exacting to obtain than the use of the more common illuminance meter or "light meter." Proper setting of luminance meter, a perpendicular viewing angle, and control of stray light from other sources are critical considerations. A good primer on this topic is Alex Ryer's "Light Measurement Handbook," which is widely available online. Guidance on collecting luminance measurements: • Measure between 1 hour after the sunset and 1 hour before sunrise (use the official daily sunset and sunrise time). • Take measurements in dry, cloudless weather conditions. Rainy, foggy, snowy conditions will result in erroneous measures. • The luminance meter should view the EMC perpendicular to the surface and should be aimed at the center of the EMC. • The luminance meter should be carefully aimed or mounted on a tripod, at least five replicate measurements should be taken and the median (e.g. middle) value utilized. Once installed and operating, the non -static images and different color composition on EMCs will dramatically complicate measurement. Therefore, every attempt should be made to verify compliance with IDA Minimum Requirements using the night -mode white screen setting, and to do so before normal EMC operations. Should there be a need to evaluate existing installation or reevaluate an installation, there are some tools that can be used to provide an approximate measure of luminance. A standard luminance meter used on moving color images will likely produce a measurement that is lower than the actual luminance due to shifting images and non-white colors (even when the luminance meter set to peak luminance mode). Smartphone applications have the potential to aid in this regard, yet there are no ideal solutions as of 2018.11 Illuminance meters, also known as foot- candle or lux meters, can also be used to derive an approximate measurement of luminance, yet are prone to bias from other sources of light and distance from the EMC must be precisely known. 12 Such alternative measures may indicate whether the EMC is grossly out of compliance or not, but will subsequently require that the EMC owner/vendor be contacted to set a pure white screen for proper measurement using a luminance meter and measurements coordinated with the appropriate code enforcement office. " x;,°'°'4,11' III s III o III li °',,r Due to the rapidly evolving technology and implementation of EMCs, these Minimum Requirements, Best Management Practices, and in particular measurement guidance in this document may be periodically updated and improved. For the latest information on EMCs, or to learn more about outdoor lighting and dark skies, see the IDA website at www.darksky.org. IDA Guidance for Electronic Message Centers (EMCs) Endnotes 1. IDA uses an expansive definition for EMCs, and does not differentiate between signs used for advertising vs. other uses, not does IDA differentiate between on -premise signs and off -premise signs. 2. Dukic, T; Ahlstrom C; Patten C; Kettwich C; Kircher K. Effects of Electronic Billboards on Driver Distraction. Traffic Inju-ry Prevention. 2003;14(5):469-476, doi:10.1080/15 389588.2012.731546; Belyusar D; Reimer B. Mehler B; Coughlin J. A Field Study on the Effects of Digital Billboards on Glance Behavior during Highway Driving. Accident Analysis & Prevention. 2016 (March) Vol 88: 88-96, doi:10.1016/j.aap.2015.12.014. 3. Luginbuhl, C; Boley, P; Davis, D. The impact of light source spectral power distribution on sky glow. Journal of Quanti-tative Spectroscopy and Radiative Transfer. 2014;139:21-26. doi:10.1016/j.jgsrt.2013.12.004. 4. Ho, C; Lin, H; Huang, K. A Study on Energy Saving and Light Pollution of LED Advertising Signs. Applied Mechanics and Materials, 2011;121-126:2979-2984, doi:10.4028/www. scientific.net/AMM.121-126.2979 5. e.g., IES Recommended Practice for Off -Roadway Sign Luminance (RP -39-19). 6. IES/IDA Model Lighting Ordinance (2011); CIE 150:2017 Standard Guide on the limitation of the effects of obtrusive light from outdoor lighting installations, Second Edition. 7. As a point of comparison, conventionally lit signs are typically illuminated to surface brightnesses of between 60 and 100 cd/m2. See C.B. Luginbuhl, H. Israel, P. Scowen, J. Polakis, T. Polakis, "Digital LED Billboard Luminance Recom-mendations How Bright Is Bright Enough?" (white paper, 2010). 8. A typical Best Management Practice is for EMCs to default to an unlit black screen when more than 50% of the LED emitters have failed or are otherwise not displaying properly. 9. A full-size electronic billboard at 50 cd/m2 as seen from 1 mile (1600 meters) away illuminates the landscape nearly three times greater than the planet Venus (the "evening star"), and is capable of casting a visible shadow and causing glare for an otherwise dark -adapted human observer. Since EMCs generally produce a range of colors, a broad range of wildlife may be impacted, giving further credence to substantial setbacks from sensitive areas. 10.IES Recommended Practice for Off -Roadway Sign Luminance (RP -39) recommends a minimum duration of at least 20 seconds. Other best practices to reduce distraction include transitions from one message to another in less than 0.5 seconds, and to require a minimum of 1200 feet (366 meters) between installations on roadways. 11. For example, the Candela App is no longer available. 12. IDA disagrees with the 2016 recommendation by the International Sign Association that EMC compliance measure-ments should use illuminance (foot-candles or lux) instead of luminance (candela per square meter). With EMCs be -coming increasingly popular, enforcement efforts should use the proper tool, and the growing market for luminance meters is bringing down the cost of these more accurate tools. III 111 II 111111111111111111111111111 IIIIIIIIIIIIIIIIIIIIIIIIIIII' 111111111111 u11111111111111111111111111111111111111111 111 1111 IIIIIIIIIIIIIIIIIIIIIIIIIIIIIII IIIIIIt 111111 1111111111111111111111111111111 IIIIIIII 11111111111111111111111111111111111111111 IIIIIIIII IIID IIIIIIIIIIIIIIIIIIIIIIIIIII IIIIIIIIIIIIIIIIIIIIIIIIIII' I IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII IIIllllllllllllllllllllllllllllllll IIIIIIIII 111111 111111 IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII 7 Be z 0 0 u LU U) _3 x u C u 0 (D U) < U) 0 U) a e a-0 U) m 00 es oVO) CD V) LO C �5 u m (U �5 D -U < > Cj cn -0 0 u m ::3 lrn v-0 Co M co L) u U) CD- m Q) Q) uo o u sz ,J) Q) 0 0 U bo E) m u (3) m �: -C >, U) J) > c < V) > CD O UA ccs r6 - 0 (3) Q) 0 a- , — 0 3: = 0 0 1c, C) U 0 > OLM M u L.Li C:) CD Q) D M OD M 0 C: cs m Q. Q) =... ') > 00 m n ............ -7- 0 m 17- m o Q) — Q) -0 0 ()0 Q- 0 U) U) a) of --(D Q) C - of = 0- 0 7:5 :Z M m E in m (::) -o JZ CD F= Q) 00 (3) CD > > = � - m 0 ) V) .......... -E 0 m (1) 0 ............. --j u EF- t > -D a-- 0 Cf) 0) � CT V) C: V) Q) < Cl o -QE 0 0 CL 0- m , L 21) C) = ' 0C' m Ll- E E m mi C-) —J M 0 0 cu C-) -0 z 0) > 0 C) —0 0 C) 0- C) ........................................................................... .......................................................................... Lj- r� �5 L) CD > U < 0 = x 0 0 (1)as .0� 0 0 0 ........................................................................... n n = .......................................................................... lh W U 0 _0 a—) E — m C) U > C7 (1) C� V) U W > 0 2 bO m UJ C) 0 v 0 � � 9 0 C) < C3 L.Li rn u 3 ........................................................................... .......................................................................... ........................................................................ CIL) II CD oz m .0 Fob a) M 0 ii N CO LD co 0 > < > 0 W cl 0 ca? 00) > u l- II III 0 CL < Lij a) OL CL mi sm 0 r-1 m 0 CO "I � � m (D It Ln 00 C\j m (n It It It LO Lf7 Ln Lf) �6 o co C= Ln � 0 < m m CD — M CL CV 0 C) (1) Cf CO ME M 0 Q) 0 20 (J — >1 I Cn -O0 V) S (1) o m 0 Q 0) (D U (n 0 =3 b -0 c) -0 >( (1) 0 0 (1) r —m - -- (Z -0 0 - (1) -= 0 5: L.L OL 0 m (1) _0 m (a) — 15 OnC6 U) M U J) U 2- C) O 7D m (D 7t� U 0 C, U=M (1) 0 M o w 0 > CCS - 0 (D -0 (3) E3 — r u -T) 0 Z5 W - M -= =}0 m 0 Lli - II U) (f) 0 L13 0- 0 m -.2 ­! NO 0 C) U -0 (1) -0 cn —0 OL u Fu LLJ C,- U m -C (n -t5 m m - - :E - U O C3 cC3 C _0 _0 0 (a) 40.3 -0 0 -0 0 0 U a) V) (1) CD 0 0 > 0� w C) E > U CL) OL (D -!Z 0 0 o X -0 o (a) I �) — - U) V) m (1) < v) 0 0) -0:3 (a) 4-- CCS 0 0 C) > 0 - 0 0 ID Z 7D 0 !�- Lo -�-) = - M (1) , -t� = > > 0 (D (3) aD O z -CO — o- 0 E ' OL m x -Q Q X 76 w= -o (D o E ui a) 0 Q) C06 u W C.) 0 '6 — 0 C) C -- C) 0 T-0 -0 U) 0 - U) .- CN C� 0 --- U) - a) -0 �6 = m O L7- W < LO m uo o07 901 CD (D 0 CD -0 CD IDM > 0 -CD U >1 V) c m 0 -CD 0 E m Ci r- CCS — OL (1) V) --o w a) D- (3) 00 — On r - (1) 2) CLy ro > N� O 0 -2 (D (1) U) O�O Q) (1) Q) -0 o oj - E (1) > o (.) C-- w 00 x — m --o > 0- a) ED U) _, -0 0 C6 -�n C) NO t 0 --(D U 0 M (3) M 0 >W< 0 w IIIIIII 2 - U) U :2, u 5, Q) X on 0,0 (1) p- of 2z� > m �-) = 0 o (J) 0 m -Fu V) C) 1�n 0 = . loil -0 W m D — C -0 C6 0 0 E w Ll- W U 4) E (n — C) (f) 0 .0 0 w 0 u -tf o -0 C) 0 (1) 0- .5 a) m -0 = 2 — m �: 0 on C 0 I - C 0 CCS N t6 0 U ciy0 0 7-, (1) u -0 5 tt= 0 uo 0wu 0 - Ob 0 0 - - -E 0 0 unnnnnnni u 0 2� . S� ca - _0 u (f) -- o 0 of 0 U) 0 N r6 u 0 T) C) > 0 U) -o U) -0 �G E 0 .- 0 Cts UJ m M u cn m -11�� 0 M 0 - cl 0 U M U U� a) u) Q) U -0 —0 cn O cn > — 0 C,4 CII co m U) ql Q) u Ln u - -co cz (Z (n V) w Cf) — CD a) - — V) w Q) (n cQ ca- 0 CA c U 2 - -- CJ - a) A CL W W EL 2 T S CD > -E :> m = u C) u In a w m -0 m = o CLin CL 0 a) m C) u m 0 > '), .- , - cn u -0 u m -a) CL U u a) m m cu CD- M 0 Q) 0 20 (J — >1 I Cn -O0 V) S (1) o m 0 Q 0) (D U (n 0 =3 b -0 c) -0 >( (1) 0 0 (1) r —m - -- (Z -0 0 - (1) -= 0 5: L.L OL 0 m (1) _0 m (a) — 15 OnC6 U) M U J) U 2- C) O 7D m (D 7t� U 0 C, U=M (1) 0 M o w 0 > CCS - 0 (D -0 (3) E3 — r u -T) 0 Z5 W - M -= =}0 m 0 Lli - II U) (f) 0 L13 0- 0 m -.2 ­! NO 0 C) U -0 (1) -0 cn —0 OL u Fu LLJ C,- U m -C (n -t5 m m - - :E - U O C3 cC3 C _0 _0 0 (a) 40.3 -0 0 -0 0 0 U a) V) (1) CD 0 0 > 0� w C) E > U CL) OL (D -!Z 0 0 o X -0 o (a) I �) — - U) V) m (1) < v) 0 0) -0:3 (a) 4-- CCS 0 0 C) > 0 - 0 0 ID Z 7D 0 !�- Lo -�-) = - M (1) , -t� = > > 0 (D (3) aD O z -CO — o- 0 E ' OL m x -Q Q X 76 w= -o (D o E ui a) 0 Q) C06 u W C.) 0 '6 — 0 C) C -- C) 0 T-0 -0 U) 0 - U) .- CN C� 0 --- U) - a) -0 �6 = m O L7- W < LO m uo o07 901 CD -0 CD IDM > U, 0 0 CL) --o Q o 2) (D m 0 0 Q) (1) Q) -0 o oj - E o (.) C-- w 00 x — m --o > 0- a) ED U) 0 — o -�n (1) > Q) (1) M M 0 UO (3) M 0 >W< 0 w IIIIIII 2 - U) -- - :2, — CD- 5, o 0- -Fo C) 0,0 (1) p- 0 0 C) o O o is > III UOCf) a) 0 -0 M C2- cn 0 M-0 0 (n w w Ll- W U :3 > 0 w 0 u -tf o -0 C) -0 = (D -0 0 - �t= I 0 p u 5 co En 0wu -�] 0 a) a) (Z > w 0 unnnnnnni u = C)- 2� . S� bD :3 u cn M 0 Q) 0 20 (J — >1 I Cn -O0 V) S (1) o m 0 Q 0) (D U (n 0 =3 b -0 c) -0 >( (1) 0 0 (1) r —m - -- (Z -0 0 - (1) -= 0 5: L.L OL 0 m (1) _0 m (a) — 15 OnC6 U) M U J) U 2- C) O 7D m (D 7t� U 0 C, U=M (1) 0 M o w 0 > CCS - 0 (D -0 (3) E3 — r u -T) 0 Z5 W - M -= =}0 m 0 Lli - II U) (f) 0 L13 0- 0 m -.2 ­! NO 0 C) U -0 (1) -0 cn —0 OL u Fu LLJ C,- U m -C (n -t5 m m - - :E - U O C3 cC3 C _0 _0 0 (a) 40.3 -0 0 -0 0 0 U a) V) (1) CD 0 0 > 0� w C) E > U CL) OL (D -!Z 0 0 o X -0 o (a) I �) — - U) V) m (1) < v) 0 0) -0:3 (a) 4-- CCS 0 0 C) > 0 - 0 0 ID Z 7D 0 !�- Lo -�-) = - M (1) , -t� = > > 0 (D (3) aD O z -CO — o- 0 E ' OL m x -Q Q X 76 w= -o (D o E ui a) 0 Q) C06 u W C.) 0 '6 — 0 C) C -- C) 0 T-0 -0 U) 0 - U) .- CN C� 0 --- U) - a) -0 �6 = m O L7- W < LO m uo o07 901 z 0 0 u Q) E (1) m op U� CID 0,0 (D Q) co E 00 0 0 Q) 0 Q) C) > -0 CIO cs Q) (1) (1) 0 < M 0Cs 0 V) C\J = 0 2 C: o m .0 CD 00 C) < C) -0 0 In 00 C) c� o = 0 M E ao ICU 0 0 0 N r0 0 OL 0 O ::3 z-0 0 u m M - = — (1) C)QS a) 0 cf) 0 U) U) a) 0 -E C: E o C-) 0 (1) 0 UD E (1) 0 M C6 u7 C.) M �5 N N(1) -0 u) c- 0 w CL ............. 2 Ecn 1) 0 0 :E �u L) C Cl) 0-- ( CD m 5, w 2 -0 0 JJ 0 OL 7� UO M L 0- U) u (10 U UO cl = 8 2 In U) U M CCS c) ............. CD Q) 0 Q) U) 0 Q, V) 0 CD O> CD Q) (/) �5 - ;- C 0) u-) 3: M CD - (f) Q) (2) W 0 1 0 U) C, Q) Q) Q1 - _0 z - - -0 mi mi0 M C) o E OL E5 0) CD M0 (n 7D Q) 0 0 w > Q) Q) V) C) c T3 N U C M Q) Q) >1 Op Q) 0 or) C� (D > Cc: m w C: 0 (3) c - -0 -C6 LO 0 (1) 0 cn C- Q) 0 0 0 w 0 'IT E (1) 0 -0un 0 0 la( SCJ 'Cq NE E 0 0 17 C) (1) z m 0 0 CO M 0 0 (n o 50-- -2 2 m .- c: 0 CD C3.) V) En 0 u 0 E .............. C) - — E — (D 0 0 0 C) U) 0 G U (Y) re V) 0 b-0 V) (n > m uo U) V) C-) CU U7 U) 0 Q) 0- U C) 0 G) CD = 0 m M U 0 0.0 0- a -�5 - :s - G) = E crj U) Ui, Co - u 0 -0 m 0 0 0 0 y 0-- -- o — 'CU 0 (z -0 U) C) U M CD M u - CD (L) 0 V) CL) (1) Q) m w m 2 m E E > m Q) i -U5 D C) C) Q) V) 4n W 0 Q) C) 0 m > j� 2 (T Q) m --o -- U) > Q) L m Q) (D - E w - -,:, - 0 = M C: �: 0 E .- (D o D 0 C: ............... U 0 U > (1) E oc > oo 00 Q) 0 o o (1) 4-a > U) (3.) 03 0 0 0 Z: (1) c) (1) ID - - I. .................... Ojo ICU (1) LIi E m- 0 CQ cC) -zz bo oo 0 a) LE (1) 0 -, E 5 Fn — >, 0 uN CCs M CD M M E w = F 4 E >C) (D u 0 -u 0 bfJ M .F - CD- L- 7- -Fu U 4 > 0 0 U2 —M (Z - m 0 CL K_ W F CD (1) M L) o F= =U) 2 ....................... 0 mn E C-: ---C = § 0- 0 co a_ m u u in 00 0 = (n ap 0 tl 0-0 -0 -0 1-- , , cu 0 0 0 CO Ln W E 0 CL Li- a) 2 2- - :F a- < C) E AN, ananc) 4onj I 404�� O"M ivamHry o 0 I _0 0) Ww �:� 4- C: C o Co sz2 4- u co E2 o u 0 0 > M.N 0 C) 0- u) AN, ananc) 4onj I 404�� O"M ivamHry o 0 I _0 Ww �:� 4- C: C 4- u co — W u� cu M bj- L M, 4 0 tt= O@ :u:" V)O CD a) N D L 0- Q) CL) C' CL) 0 E —Y CCS a) C'� (1) C) M 4f cu 0 0 (1) m M a) W CD C) (n 0)-a T-) -4-- C) N ) (3 o U 4 (1) C67 vYC6 00 E 2 Q) cA m _0 o o 0 M M 0 C) o Op w w E t- — �: M ', E 0 0 w �> w O> > N 0 CDL (3) 0 C: -0 O CCS 0 a) a) u) on v)sem w (1) 4'rl < -C 2: u = u U — C: cuo > , UD cu - 0 — _0 4 0- CL 75 > -0 (1) u C) 03 > § m 5-- -0 0 0 W u co — E -2 = = ?� C) (D V5 w 07 -0 u� -6 cn -(, -,,r w Vi Cmly L) -2 u) m U 0 > . (1) u =3 m -E 0 — 2 -(OD O 0 m -2 c: 0 = M M = = V) -0 -0 = c) 0 u 2 — 6 m I Im = — N V) m U) Qa " w— _0 Z O V) (- - = M 0 < 0 m m C p C CU Us M 2 0 V) 0 — 5 :F 0) - m C 7- 0 o Q) -E 0 '7- — M Q) w 0 :'®' 0 > 0 0 = (L) (=/3) F= — U) - LD U V) (3) > -0 .— — — - �5 f -0 CD u m CD (D — 0 0 > m cn 0 U) 0 0 — 0) --o U) 0 U CD 7D Q) CL m Ui ED =5 U) g - 0 > > N o U 6b — N - M 0 = — 0 -0 0 u U o C: -I-- E 0 K-- c>:' (MI) 7D 0 -- C: '0 0 CT 0 m -0 0 -0 0 0 0 7D 0 =3 0 :3 C-_ C) E > (D -o cea 2 o E m ' '--c> ii a) C: . — — = -0 0 C) 0 0 0 0 > D u OB E a) M m@ u 0 a) 0 .2 --5 LI) =3 > On m , — -0 m cn c a) �: 4- (D 0 o -0 = — 0 u a) a) 0 0 = — > cn 0 u m > m U 0 > U) D .L C) 0 LI) WLJ qq.- uo m 0 UO > (T = u 0 Ci 0 0 -C 0 —u cn o n 2 �-D C) U u 0 U) -t5 (3 — — n M -0 0 a) u U C, 0- -0 0 a) C: Z -- M m mo a) tm 3: C) a) u m _c- -0 ��: 2 2 a) bD -0 -0 07 -0 — = > — � > I U tp 6 U C) o — > 1 6 C/) 0 — 0 m (1) Q) 3: C) u _0 0 - F- Cc 0 (D (n M 0 M M < 00 m u OD 0 >< OL If) o c- m N —0 a) C) u C) < o u on 0 _0 O Ojo 0 C) > > 0 0 m U 0) 00,0 a) m C 0 L�-- � =3 4= I- (n CB 4- 0 u U M 0 C O U, 0 (1) 0 u uo U) 0 0 u -65 > -7D m c > LO -0 .0 0 C) C) s 0 ao a) U) CSCs > 57< an ED CS I Im = — N V) m U) Qa " w— _0 Z O V) (- - = M 0 < 0 m m C p C CU Us M 2 0 V) 0 — 5 :F 0) - m C 7- 0 o Q) -E 0 '7- — M Q) w 0 :'®' 0 > 0 0 = (L) (=/3) F= — U) - LD U V) (3) > -0 .— — — - �5 f -0 CD u m CD (D — 0 0 > m cn 0 U) 0 0 — 0) --o U) 0 U CD 7D Q) CL m Ui ED =5 U) g - 0 > > N o U 6b — N - M 0 = — 0 -0 0 u U o C: -I-- E 0 K-- c>:' (MI) 7D 0 -- C: '0 0 CT 0 m -0 0 -0 0 0 0 7D 0 =3 0 :3 C-_ C) E > (D -o cea 2 o E m ' '--c> ii a) C: . — — = -0 0 C) 0 0 0 0 > D u OB E a) M m@ u 0 a) 0 .2 --5 LI) =3 > On m , — -0 m cn c a) �: 4- (D 0 o -0 = — 0 u a) a) 0 0 = — > cn 0 u m > m U 0 > U) D .L C) 0 LI) WLJ qq.- uo m 0 UO > (T = u 0 Ci 0 0 -C 0 —u cn o n 2 �-D C) U u 0 U) -t5 (3 — — n M -0 0 a) u U C, 0- -0 0 a) C: Z -- M m mo a) tm 3: C) a) u m _c- -0 ��: 2 2 a) bD -0 -0 07 -0 — = > — � > I 6 U C) o — > 1 6 C/) 0 — 0 m (1) Q) 3: C) u _0 0 - F- Co 0 Z Ln C 0 Q00 i�-_ (n M 0 M M < 00 m u OD 0 >< OL If) o c- m N Ln 0 cnCc) C) u C) < o u on O Ojo 0 C) o .0 E2 Lf) 0 > C M < cu 0 C) 4- 0 u E 0 m (1) CD,- - C rap o F-, 0 0 C) U > LO 0 C) I Im = — N V) m U) Qa " w— _0 Z O V) (- - = M 0 < 0 m m C p C CU Us M 2 0 V) 0 — 5 :F 0) - m C 7- 0 o Q) -E 0 '7- — M Q) w 0 :'®' 0 > 0 0 = (L) (=/3) F= — U) - LD U V) (3) > -0 .— — — - �5 f -0 CD u m CD (D — 0 0 > m cn 0 U) 0 0 — 0) --o U) 0 U CD 7D Q) CL m Ui ED =5 U) g - 0 > > N o U 6b — N - M 0 = — 0 -0 0 u U o C: -I-- E 0 K-- c>:' (MI) 7D 0 -- C: '0 0 CT 0 m -0 0 -0 0 0 0 7D 0 =3 0 :3 C-_ C) E > (D -o cea 2 o E m ' '--c> ii a) C: . — — = -0 0 C) 0 0 0 0 > D u OB E a) M m@ u 0 a) 0 .2 --5 LI) =3 > On m , — -0 m cn c a) �: 4- (D 0 o -0 = — 0 u a) a) 0 0 = — > cn 0 u m > m U 0 > U) D .L C) 0 LI) WLJ qq.- uo m 0 UO > (T = u 0 Ci 0 0 -C 0 —u cn o n 2 �-D C) U u 0 U) -t5 (3 — — n M -0 0 a) u U C, 0- -0 0 a) C: Z -- M m mo a) tm 3: C) a) u m _c- -0 ��: 2 2 a) bD -0 -0 07 -0 — = > — � > I < n, co — 0 0 (1) C) O co CDa) CD 7 co > ::5 oo co 3: ( o on E O -0 O 0 CL o M 0 ao C/) -sJNm On E2 O (1) o ---------------- — V) a) m > CF f o 0 C) M.0 I bO C) U) 0 > 0 0 -0 Lf) uo -E 0 0j) Fu' u Ln 2 0- o 1� E 0 mu U, 00 0 E O O 70- L bA LL co O co CDa) CD 7 co > ::5 oo co 3: ( o on E < cr CL o E -sJNm On -UO a) a) 0 "iC: 'E ---------------- — V) a) m CL UM a) c- — M.0 I -5 Y U) �e > 0 0 E 0 uo -E 0 0j) 0 0 -E N 00 OD fII L20 E2 vi(1) V)> d U5 a7 0 Ln u _0 i O Ln o — m - < m O O 70- L bA LL co O < cr CL o - - ---------------- CL M.0 I Y U) �e r O O 70- L bA LL (1) > 0 X tsA (3) 0 M _0 O a) 0 Q) CT (D U) cz C) -2 0 (D co 0 =s (D —( (1)tuS (D Q)u u (u > o Ln O0 Q0 ub0 a) O U) uj m U) 4* co, co 0* P Q3 C V) (Y) OW -con as D _0 C: A C) W 0 c c C: 0I'd Ile a) C) U) E -0 0- 0 -0 2 2 (D _0 CD y (n 0 0 0 LD 1 0 u u 0 0 0 (U V) Q) cu ma Q) Q) m > m C) U) (3) > (1) > vy C', M m -0 m 0 Q) 0 0- = , = a) < CL L (n > W = > N 0 C) (1) v> u Ln (D U > 0 E > C) m V) O U5 a) 4-- 0 W 0 0 Q (j) OL u W m -0 CL U) cu 00 U'—) -0 0 0 C) w (1) cn "OPP", (n bD U) -L M c) C) Co v— U- 11 u > V) =3 U i u O > <Z N< < o m > U) 4 L >G<) 00 Q) r- W Ln CD 0 aj 0 cu OJD (n V) > -- Q) CD a) =3 M > =5 m CC�6 U) CD 4 >, (3) -t-- S u -E (7-0,0 UD 0 00 E a) = > 0 W — 3: c- 0 CL) 0 -0 Q CD — — - (13 0.0 C: = _0 CD 0 0 O CD m m (D 0 E - Q) c 0 m U) 0 (n (n 0 — !E Clj 0 CL cn > M 0 V) Q) E— C3 0 M (D (D (1) C) — (1) — C) lb p t - -- 1) 0 (1, Si CCS C Q) (Z) C 0 U o C) (1) CIO -0 = =3 4-- 0 CO Q) u u M CZ U) M u (1) U) 0 Co — 0 �: -�n OL = 0 0 0 0 0 0 7D C) U) U) U) CA -0 0 co m U) c) (1) 0 0 U -M U) F= U E U, as -C 0 >1 — (-) -0 (:7) _0 -0 w W _0 M M W 'n 0 — _0 V) C: j) (D CO '= , 03 0 C) en U) M -0 U) _0 (1) 0 E > tw U m V) V) C) 45 a) L C/� cu uyes m 0 IT C) (1) m a) (Z M r _0 A 0 - Ln 0 V) = a) 0 OL o (Y) �� L 2 E — M CU (U U) V) (3.) o 2!, 0 0 c -0 0 0 M r- 0cr) (3) co > CD- (3) CD U) -0 0 Lap C) E a) O E -0 a) US US Ci O m 00a) 0 >< E QU)) M CU u C) cn 0 U) E 0 0 0 0 0 LO a) cn Z, I- o co D --o Q) 2 o U) (n -0O 0 OX 0 OL 0 0 0 _0 CSlJ> 0 0 bJJ E 0 -0 m 0 -0 E M 0 O > C > o m U) b.p U) =mow 0 0 _0 0 0-�5 _0 2 —0 c75 0 O 0 0 0 0 I >1 Q) 0) C: Q) = > I — (D C: 0 on CD V) > (D � CO 0 LO ICt LO c 0 0 U) (D Q) > (D — (n M U) w 0 M a) a3 u ±f _0 E E E 6 V) Cl Cf) D cl u =5 U) Ob m 0- C) 0 -0 m 0 (n 00 C) 0 _0 Um) 0 a) v) z X i7 S2 cn b-0 cmu (3) (1) -CD C\l -(D CD 0 MU) CD 0 M m OD cu co c- (n a) OD >Q7 UD C1J 9J CJ C\j i 4f a) 0 -I- o U-) m -- =541 m >1 = u . Li > :�= -0 E — bn 0 10 %- uj a) 0 b1}0) 0 0 (D m ': U) u — . O Lo as o Fu Q) 0 ,2 m 0 Ln = 0 v) LO as as E E QJ o on c— M IS E I RV M, LW Lo CD N I 0) (D C: 0 O (D � CO 0 LO ICt as o Fu Q) 0 ,2 m 0 Ln = 0 v) LO as as E E QJ o on c— M IS E I RV M, LW Lo CD N I CD :7- J) a) Q) CD E 0 (3) Co -CD C cu U) 00 (D c) � C) 0 0 (n 0 0 CD Q) 0 CL m 0 0 0 0 0 = 0 u oCa U) 0 0 -0 _0 U 0 0 0 Nl_ U _0 0 C) 1-- 0 C (1) -0 Cf) (1) C: 0 E 0 u C2- 0 cu a a3 a3 cu (1) U CD Q) Q) n a)as as >, w a 0as cu — — m U 0 W C) c m E 0 0 o E j) 73 ca o u 0 u 0 (D 0 on > 2as > s a3 0- 0 cn >1 0 < C) 0 0 -�-) a) n �o (D 0 00 ca 0 o ub..T -0 0 a) -V) E 0 E m 0 -0 a) Co 0 On C) 2 C6 CCF cn ca- o � 0 m u �;_ M 0 M 0 M a) > 0 . U — — CL C-- m U Ya pO f CCS -in (a) X 0 a) m m =3 ,a) 03 0 0 0 O CD 0 0 CD 0 0 U)LD M L.L (3)0 LD C) U V) (1) 0 C) M MC-_ V) Cf) U -0 Yap CO L) 0 — cu0 C) D OL o 00 Co (3) C- 0 (13 m 0 CO (,o c - LT C) CCS bb CCSu V) 0 O0 cu Lf) = @ Q 0 r. m Sm ow ccs Ln c as 75 0 > er 0 m k2 L) 0 2 < O CO CD r. m Sm ow ccs Ln CL 0 _0 biO -2 uo LD L) 0- FLI, Ln li LL 0 CL O SIT Io 7FD IJ J TOM C-0 -i CL 0 _0 biO -2 uo LD L) 0- FLI, Ln li LL co co C: c r C: CU m m a)a, (u 2-2 1 2 *g *2 0 iN U) CD U t 0 Lo �C] U) bO 0 LD — c: 0 E , 2 w 2 m 00- C=, '> u ® D 0 -0 u Cl uo 0 E 0 _a 0 11) .0 Q) u 0 0 0O 0 u -zn OD UL — w 0 US O 0 0 M 0',0 0 = < CCS 0 Q) 0 M- M OD Cl M C) Vy U7 a2 o -2 -cD m 0 OD 0- a) E OD 0 CD C) 0 4-- (1) M 0 Q) U) O m OL C: Lao Z 0 m m 0 C) 2 �= = = 0 m (-) u — m 0 7D 7D'G o a) W— (1) 0 0 7:3 ul) -U) U) -2 a) 0 u < Cl) -0 o> M> — M = �E > -0 (1) -2 0 co — — o -- E .2 m ct-- 0 a) o -F,3 0 aj U M -0 0 U) 00 0 0 2 w F= in OL 0 0 0 o =5o o 0 > 0 0 U, 0 2 C: C U 0 0 M U (-) C) D CL 3: m 0 U) LO LaP -o 2:1 -C m 0 8� u C) 0 0 0 a) 0 x- bn:L-- 2 2 I= — E 4.1 co qp 4J Co �= -0 0 o < 0 CO .0 0 (D O SIT co co C: c r C: CU m m a)a, (u 2-2 1 2 *g *2 0 iN U) CD U t 0 Lo �C] U) bO 0 LD — c: 0 E , 2 w 2 m 00- C=, '> u ® D 0 -0 u Cl uo 0 E 0 _a 0 11) .0 Q) u 0 0 0O 0 u -zn OD UL — w 0 US O 0 0 M 0',0 0 = < CCS 0 Q) 0 M- M OD Cl M C) Vy U7 a2 o -2 -cD m 0 OD 0- a) E OD 0 CD C) 0 4-- (1) M 0 Q) U) O m OL C: Lao Z 0 m m 0 C) 2 �= = = 0 m (-) u — m 0 7D 7D'G o a) W— (1) 0 0 7:3 ul) -U) U) -2 a) 0 u < Cl) -0 o> M> — M = �E > -0 (1) -2 0 co — — o -- E .2 m ct-- 0 a) o -F,3 0 aj U M -0 0 U) 00 0 0 2 w F= in OL 0 0 0 o =5o o 0 > 0 0 U, 0 2 C: C U 0 0 M U (-) C) D CL 3: m 0 U) LO LaP -o 2:1 -C m 0 8� u C) 0 0 0 a) 0 x- bn:L-- 2 2 I= — E 4.1 co qp 4J Co �= -0 0 o < 0 CO .0 I _0 00 CL) 0 C CU u M 0 c- 0) 0 N VY D UM, CS on > b 0 uQ) 0v= m 07 a) Q) 0 -0 V) CQ 0 QS Q) CU 0 -0 C) CD 0 C CD CD U� 0 Ln 0 _0 km E W o > =3 �2 0 >, o -L U) LI) 0 co U) E 0 = U) w — (1) u U) (1) c) r, 0 0 o co = -0 2 CD- 0 u —0 m C 0 V7 > 0 > cl) -0 U .— — W = 0 U) C) w 0 U (D C: I OL 0 C) 0- 0 (U (3) u 'o u (1) > 0 (n -(1) 0 > 0 = 0 cn C/) 0 u E > — a) CL L-1 — = CL > — U (1) -0 -0 > 0 CCS U U) V) E L, m D >< 0 a) M u > > 0 _0 0 C) -0 W co m (1) (1) U cn -2 cn 0 -0 0 F= cn -0 m -0c6 CD tJ — cD U) (1) U) G) m L) a) -0 0 u 0 0 U) L+—i Q) = -00 co bD >< N CD cn 0 > u u u 0 -0 m 0 > 0 > u M) 12 cD -5;60 u _0 0 cu (L) Q) V) (n o 00 Ln 0 o E - CO o co 0 1 — 1 — V) C: 0 = 3: "5 U� -0 CCS U 0 C� = =n m = on .0 0 o 00 M a) 0 0 ZI EET 0 W cc - M 0 0 =3 V) m 0 o Q) > a) m (1) CCS E E = = E = 8 -0 — M X 0 C) C/) (1 ) L/) u (n > — .0 = — m CCSV) — 8 E E E , = c m — Q) no C Cu ") -0 o 2 a) — — 0 �G = �: -0 " 0 --o -0 OT (2 (1) ID 0 L — us= (1) C2- CIO :E m 0 m 0 0- 6 > (D (1) C) (1) - 0 cn o as -0 o Q) (1) -0 -2 y C6 0 > cn C: E 0 — 57< a) Q) 0 m -0 = (D 0 0 co > -0 (U 0 a) u 0 -0 w C) co cr > > m 0 4= u o E E T) U) U > a) coW 0 > V) E 2 a) = 0 u u U 0 (n 0 -0 2 u > Csq Ln u > UD ba G) 00`dy -C by 0ca- > ca- -sem 0=Ql m co E N is Ca ccs -0 Obto US cn cn (n cn 0) 0 w 0 -0 (S a) -0 -Fo Q) ce X U Q) N-0 0 0 0 -CD cu _0 (r) 0 W w M — a) 0 ya 22 j) =3 C} 0 m r - Lxo COCJ �D Q0 m< CJ CD (D (D LC) in = a) = (1) 0 -2 c- (2) �n V) u o m 3: U M _j:-- C: w m - 0 OJD Q) -0 N o o m m LO 0 m j) 0 M E 0 0 m Ni= OD on w ch t N Lo Lo -1- — = a) w >1 u m — =3 0 C cs Lapcu 0 — 0 . u (1) w U) N m V) (n > V) CQ --o _0W Q) U) 0) u m (3.) 0 (D 0 uO US 0- — C) D (1) 0 0 -E — 0 �7>1 G) -Y U r N Ci0 U) E08=,33:0—— U) > a) 7D 0 0 U 0Q, -C — �3 .9 cn — u m CO (3) U) M 0 4-- M (1) 0 CO Q) u = (1) U C6 = —= (n < — 'Z 0 C) 0 0 t)D CCS0 a _0 0 (n UD r 17- =5 -- m co (Y) a, -0 �: tw 0 00 -0 0 0 U Lc) Ob (-- >1 07 (1c) Q) 0 0 ---: cu 0 > > N p a) > > 2 cn -7D w X -0 �3 �5 -2 a) — — — 0 a) J- L/) — C C: Q) On > y� w 0 -�2 in C) . -, 0 c 0 U) > m m u = -C (1) 0 CD a) > 0 tw o (1, C- C C6 C -0 CL m CJ Lf < —C) m V) '4 ::3 T a)- o CL Ln E = u m I z 0 0 u LU V) I dJ Ln Ln N 0 m m tw CLC u a) v E a) c :3 u 00 E CCD) d LD C 0 z� NO m w O O o o a o c O Cuo C cu m O uo <C h bA O O E O � -0 -0 O m i 0 �� O Q7 U m s s O U s Q � .6 O cu T O O N u ......... C6 ® m C > a)l� O m u O 0 t8 N O a) > bn m ..., d® O O cn > O U 47 eII - ������� � o C C a �................ O OC,? m = N O by a N c �p O N � u CU 0 tl, +� - uo u m u s� aS' 0 °F O b0 m v :3 0 E d v® U >CL w CL v7 y O 0 M _+� o ct r - 4 O > 5 r 0 ca dJ Ln Ln N 0 m m tw CLC u a) v E a) c :3 u 00 E CCD) d LD C 0 z� NO m z 0 0 u vi CXI R Ur S_- -0 -�2 — 1 0- N :9 m — - 0 Cc, 0, a LD 0 0 w 2 3: Pm a) Ou w , > u 0 0 2 E E 2 LT on L) 0 3 CQ 0 > - > Cc, o 'o -0. 10 -0 -om 0) 'a) cm: Do- C, >, o> 0 :5- 00 0 E acs U0 an o 0, C) ea N o s�2 4 V) 0O 0-00 o cr 00 0 Cc) -,o u N T 0, -E c,: a,, 0,ay ug C) o ao) -,0) oLn coo 0 m ::3 o mm UW OML 0cs m as am > C) u 0--2 V I- ,o r- 0 mu 0 — I, , , E U) o -2 x -0 0 0 ' 2 v, w I-- 2 --(D >, >W M M) -,0, E2 �: 080 2 m 'D 8 22 0 -E = = U) 0 .T 75 Cj .`_`> 7a 0 U) cn -C0 CD /) C\j E 0 o E o o E E u) can) mo -I-- m w 2!- u C) to u E 0) u In 0 E o Q) CL U 0 0 cn (n -0 0 = - = 0 u OJD0 bn m -6 U 0 M :�� :D -E -0 0 -01 1-- VOT = E -C -0 �: E m i�: 0- Q- u w -C U) C) 0- to IN 0 =0 b Lu C) CD a) zn > U) E N CL) ob =5 In 0 22 uo 'o E L- E C/) Q) a) �g >; Q) J) V) E -0 �2 (n — U) 0 .K-- LLJ 0_ Ljj — Q) CD 0 -0 Q) w w M = -2 0 U 17 0- as -0 -0 0 cc -J 0 m v ui -E 0, E 0 CCs -0 D -0 C) 7D ( a IT 2 C) >, — -- w0 IS M 0 �2 0 w ::12 0 ea cJ 0 Vi 0 V) -0 CL x 0 0 0 m m 0D Ln Z- o u, t a) 0 U) 2 UP L) u c 0 1-- (n 0 M U) I=n -0 IS t IS V 2 >1 — -2 U -1-- 2 0 - =3 0 -U 0- -�OA- -W >V), (OD - — o -0 > o A uc): � im-_ -Fu > m u 0 0) m n -0 C) U C) --o 0 -C LL C_- >1 w c o U) 7p > o --o > 0 U, > 0 w 2 0 2 -0 4-3 u 0 0 M 0 0 �3 -F, E — -i-- = L- _0 -2 V) LIUZ 'Inn b C) C� u >, 6 w 2 5 �4- 2 2 bD u co 0 uj n :1E D :5 -0 a) a) U a) > u m - C_- �: = = - -0 0- ILI �� , ,) as S-- OL 0 m = 0 ea.s U) V) o -0 ch (o m C) � _::3 U) (0 V) 0 (-) W > -0 0 7E3 I z 0 0 u LU V) Q) (n -CD 0 0 0 0 0,0 m (1) C) 0 C) - CD 'E 0 T) --0 (D 0 41 (f) 0 0 �Z-- 0 E cu m > = w _0 0 m CD 0.00 C/) 0 >Q) = 0 ui V) > 0 u b,O >m u o 0 C: 0 C) cu '7 I-- CL >< 0 w> E0 Q) o bD ob C/)a s� -0 o > 0 L) 0 C) Co bb OL 0 m > b,O Q- 0 0 0 -0 2 CIO CDL cn d5 > CD 0 b m a0 u Co n C2- 0 (D 0 b VS U7 a3 3: >, w 0- 0 (o 0 0 L13 0 — (1) V) .0 Q) C) 0 0 0 X 0Lol 00 C: o (3) (3) C) C) M co U 0 -0 0 0 7D CD- C a-- w o o m u -E 0 (D (1) u 0 W LQ oo C: (f) = 0 (1) U o Cf) oQ)—U ) 000-> u w 0 o OL -0 0 07 an _0 u 0 m C) 22 0 .-0 0- E 0 8b cm) >, c m by o -C� uo C� 0 (D c 0 > E ou EV) 0 �m — a)um=cww— ma)m cn LmF=7t-- 0 0 CT a) C- 55 > -6 G) UD cl — c -Fu . Li) 2il C) 0 o 0 as Q Q ) 4-- 0 —M —u (A 0 0 E CD 0 Q) MU Q) a) -0 W 0- 0 z 2�1 0 u Q @ o0 u Q) Q) CD E w 0 0 0) -0 o w cu cn C) p 0 Q) m o > -rj -C OL 0 o o CD- > Ul) —- (o 0 to c a1 0 71 (1) GO 0 C-- > m 0 -Eb 0 C) M > C) 2 -0 bo =3 0 0 U) 0 -7— U U) CL u o EL U -0 0 0 0 4-- UO co -0 CL Q) u 0 V) u K:� �t — 0 CD, E o = c �3 U cl M 0 E 9-- --C) > C)- = m (1) 0 cn 0 On C) 0 U — — o3 ou U > -0 u 7C) ui m cn L) cn as 0 , 0 a) — cz E 2 u E 0 0 cn > in V) E o 0 0 o cWn —(n 0.5 fol CD (a U) V) M _0 . — C- m loo 7c a) > 0 (- - w — W , -tf = 1) (Ull) K- m 0 U CUv TS cu V) Q3 CCS v- 7D -0 M ((i)) Q7 m -0 US mw lu O — lu — " 'o ::3 o -0 .— a) > u o C: 0 76 m a) 0 E W M :t-- 3: u 0 0 2 w = 0 U5 ry W0 0 -sem ra m Q iL 0 M 0 U) -C u uCn =3 -C 00 0 U- -j O 76 ry ry TJ 43 ro O O P. 5.1 I I � U :D L) Q) 0 cn ul o ca -70- u 0 4 - LD Clo U I — U) 75 w o 12 > r m CU *3 in CL d U) V) M _0 . — C- m loo 7c a) > 0 (- - w — W , -tf = 1) (Ull) K- m 0 U CUv TS cu V) Q3 CCS v- 7D -0 M ((i)) Q7 m -0 US mw lu O — lu — " 'o ::3 o -0 .— a) > u o C: 0 76 m a) 0 E W M :t-- 3: u 0 0 2 w = 0 U5 ry W0 0 -sem ra m Q iL 0 M 0 U) -C u uCn =3 -C 00 0 U- -j O 76 ry ry TJ 43 ro O O P. 5.1 I I (1) (1) a) U) C) Cip DO < 0 C: o O o 0 > 60 (1) m 0 U . 0 0 CZ 0 :3 U M w E in o 3: U m u 0 O 0 Q) a) _0 .5 0 4(/7 > 0 E C-- 0 0 u m 72 U) (1) Q) u w th C: (D 0 E 0 — C) 1� u� bo CT CL C) LE , — 2 5 U S2 Q) _N — -0 K-- — .0- co m U (D 0 E f� 2? OTO CU:) (11T) —M m 0 — 75 w > -19 V) a) . — u UO C) U cu CD a) Q) 7D n 0 a) u > = -0 a) Cl CT CCS 0 mc w 5; 0 0— - V) 0 FD a) LaP — ID u > Q) 0 M0 a) Co 0- 0 > c,� D -2 m —1 —0 (D 0 N 0 M -C0,0 07 a) C: o bo o 10 u u c QS > > > X0 L) U a) u 4 0 S2 5, N -0 E u 10 w 2 o K-- 0-- = § Z Q) 0 0 1-- u) 0 M cy- M (1) (A 0 CL Cl 0CD LO LM Q) 0 8 -2 I O (a) (a) 0 -0 0 o 0 C,,4 _0 (2) = >1 (1) 0 O— m E 0- Q) On C\l 0 _N — -0 m 0 > X 0 70- Q Ly LD c u :" .22 --F, -Q) CJ 0 3: 0 Z.- O E (n 1 a) Q) — U (1) _0 — Q) 0- Q) — 0� G) .0 U`) 0 m E M .— 0 ;- 0 — 0 =3 M cu C:L C) U m -(D Q) -a 0 C) CCS 0 U O% 0 -7, U CD N -- — U) U (n -.x (i 0 E • 0) :E Q) o- C) (n — 0 CJ (D E --7- C: 0 W U I C) M Cl --y o V) D- o C�f o N Q) oar Co (1) Q) Q) 0 :3 --oQS z E > co 0 — U) (D (n .0- cc - >1 (D (D (D u UO (n CT a) 0 Co a) >1 ao M 0 0 — E 0)0 u (n 0 -!5� zbD U mw 0 0 E E 0 u U) (D U) m 0 U7 m 0 2!, QC� ul 0 U 0 0 70-C6 -r- Call(D uo UO LJ 0 u c,= cn 2 z of NO --a3 0 m 0 E 0 Cn 0 a) 0 0- u cy- M (1) (A 0 CL Cl 0CD LO LM Q) 0 8 -2 I O (a) (a) 0 -0 m ob o 0 C,,4 0 Q) m (1) 0 O— m E 0- T C\1 C6 C C\l Q) .z CD Nu cu CO 0 > X 0 on -0 Ly 4 -- p CSA CTS 0 CO U -0 CCS m 00 tz� u c) - 0 F Un -0 U G) m -0 m -u 0 (D -0 L�= --Fn 0 0 C) C) (n CT m CS cy- M (1) (A 0 CL Cl 0CD LO LM Q) 0 8 -2 I O (a) (a) 0 00 C) o (1) 0 uo ULo 0- - =5 00 c 00 Q) o 0 .5 = C (-) 0 0 CV 5 0 p CSA CTS 0 00 tz� u u �o G) m -0 m -u (D -0 L�= --Fn C) (1) o a) — C> 0 — 0 0 0 U) k.6 0 (Y) CS (Y) cy- M (1) (A 0 CL Cl 0CD LO LM Q) 0 8 -2 I z 0 0 u LU .2 E -2 0(.0 V)a ccs 0 0 0 0 0 (n -0 0 0 'D C) m 0 4-- cu 7D 0 I --o 0 (1) =3cn -0 0 .... . .... . m m OL § Ty,, MA 0 -Y, w a 0 c 0 :i:-- 0 0 0 0 0 7D 0 - 0- 0 u 0) CD- 0 _0 0 —0 E 0 (1) C) r w 0 U) 0 0 ` 0 0 o -0 2 E -E� cl CD m (1) (1) C) bJJ C) 4E Ln ay o m n a) E 6,0 - 0a) (1) 75 o 0 (1) a) ob (1) -0 cu (1) - a) E 0 o CL) bn 0as (D c D m C) Lo (n o n co -0 .F u) (n 0 (1) — CIO -0 0 F= > 0 CR M 0-7 u 0 0 0 — 0 = U N - 129 UO >, a) = 0 a 2 a) 0 Ll - U) a) > OD 0- LL cn U u) .2 -2 V)a ccs 0 o (n 0 .... . .... . &w Ty,, MA 0 :i:-- 0 0 N CCS C) 0 o Cll cn C) N iU0 IDw C: Lo C U)E r OL 0 m CT CD 0 bJJ C) 4E Ln ay n a) E 6,0 - C7 o U) a) a) CO :3 C7 CL) Q- U) c D _r_ 0 c U) M V) (n (1) m0 -0 0 F= 0 12 u 0 0 — = U N - Qi W (o n C -D = 0 I I Ij .... . .... . &w Ty,, MA OL CD co E ,-r a CO :3 C7 CL) _r_ V) (n (1) L) (CUL .0 I I 17� .2 AA bA u C\j 00 tds M M 00 T —u C)o 0 m 00 00 , 0') Ln N 010 C: u Z3 U— 0 t,a u u cy � O (a) QCf) 't Q0 00 C2 Q 0 0 -Y C) U m nf D _L I_- E -0 Q) 0-0 fV w -0 Q) cl -�;3 0 U M 0- (f) T (D S� �t= < CL Ln N 010 C: u N OD Ca t,a u u 0 � (a) QCf) J C2 Q 0 0 C) 0 D _L N CZ --0 CL'0 (D E -0 Q) 0-0 -0 Q) cl -�;3 0 U M 0- (f) LI) (D S� �t= E C: o - CD U 0 0 — m C) OD -LD cl) 0 m Cl Z3 — co E (1) --o - —1 9 = m M 0 p- Q) - -0 (3) (D — — (n -E Q) CL (13 (2) m 00 OL CL >1 V) CL — 0 = m 0 — C C_ 0 -- (D 5 0 _0 = 0 U) � cr 4= m 0 > (/) U Q7 C6 Qy N = CL 0cn CL 0 E C) m Q) -0 (3) cc� 0 — 0 (0 ) > 0 co CD- W U, (1) u on (a) (1) M (1) m C) 0- L.Li M CT a) C, =3 (1) — — 0 0 0 L.L 0 -iu- - -0 M 0 - 0 0 tap -Fa 0 — F- 0 C) u (1) U) - m U)mw Q) C) C) 0 -0 Up (D utz� (1) 0 0 C) U m c U (a) U) w C) — 0 C) 0 -0 CD- -) U) = C) C) 0 m 0 U U) U 0 bn U 0 >, U, w u 0 w a) Z, L U Of 0 a) a) -- S D 0 a) cn U) w :E- Q) 2 t — L,- a) — o :E- 4 -6 w cr: 0 cn ao (n 0- cl) 0 Lij C3 =— 0 --o — C� 0 — m --o 15 0) U) -0 V) m o u CT a) Ln N I U cu Ca4--; 0 CD Nw (1) .2 --C) c) m 0 Lc 0 (D 60 M o 0 C- 0 Ln C) m (1) 0,0 0 �L (D > C) U N 0 LD Go% 0 Q 0 CL 't 00 CYI) m 00 U CL r, �t m 00 m 00 00 (1) > (1) :D 2? U. 0 0 N 0 C6 0 > u C)N (D u U) 0 0 U c/7 CCS o u 0 0 -0 0 CL 0 m CD- U) (b a C) 00 't-sem N Oo w Lo 0 Q)>< C) m 't W0 N LC) 0,0 Q) (1) CL Lo N 00 w L6 LO u 0 CJ C) -0 -E -- c) E a m N to (1) 0 C) E U ii 0 C: 0 L)N 0(1)N0 Us a) Q) U) V) (1) m E U) ul 0 (3) Cl M 42 bD 0 0 0 = — - OL 00 = - (Y) — 0 0 co — C) V) 1:?- 7 E 5 m 0 m 00 0 00 N a) 00 00 — CD 0 -- 0 D Q) --F-- 0 M M 00 CY) W CT a) C,3 LO CL 0 — -0 C) E cl iCLl 0 (2) 0- -, -0 E Ln i� o C) 7D 0 0 7D CT > cn (U (n = V) a) T C) D F= . Ln E U- YA >1 00 7Di 2 1J V) m 01 a) =5 0 Qy o 0 0 0 u .0 =3 o -0 (1) m (1) "t 0 CO 00 u 00 LD 00 C) - U) W 0- 0 m 0- 1- 0 0 0 (n O (1) C) U Ca (Y) m (F3 N cu CY O UO 'n u a) o E C) C� M (1) U 0 > CL7w (n Z3 2 U) — E �) w Z3 u (D . 2 w _j 7h- :3 (n 0 CD U) 7t-- E u) W U) 'F5, < U- ILa) 0 N < LL- a- E� -c-- 0 0 -c- m — > F- CL (/) I 0 0 CV w O O O 4T 0 O U 't 00 Lo -0 -0 m 0 CL Om Ln 0 00 cy) 2 m �6 1" (1) cn 0 C) L.L U) c a a:' 00 o Ll� 0CL 'oh (Y) o N m W r, LO > UWI DO N Q3 x Lo 0 < > In w E 7D v V) C) 0 O L-0 UO LL 0 X 0 Lj N C3 -0 N I'D 00 0.0 E C: bD m CV 0 w 3 < U- IL L) moR I 0 00 C\j 00 CD 00 N ' CY) oq LO 0 tD 00 r- 't m 0 N 00 m N m (Y') Q0 LL W .2 u 00 't 00 0 C) M (o 00 00 CL , C\j N It C, C'j 16 M N U) E Q) _0 I E 0 -2� -.1 U) 0 , U) — — 3) 0 7D (u LO ca M 0 W W C — E = > -00 Q) 00 0 > o o --j 00 E u Q) 0 :5 0 (1) -- 0 'a Ll- 0 a) Clf !t- 0 -tf -= OL Q) (13 OL -C CU (1) o o w — ( (1) 0 0 L'.1 — U) W (1) 0 7D - C: Q(1) L.Lj > m >, Q) 0 00 o --o 0 (1) M 0 0 C� — 0 --1 V) 0 w o o 5 0 _0 CL) -e co -0 C) ® 0 0 :�E E . 2 C- > a) U) -0 �o aD < C 0 m > a) 0 0 LI - 2 0 -0 — -0 m < 0 0 u) o E u U) -7- a) 0 0 > (D E m 0 0 C- . cu o 7 - GO o Li- 0 C) 0 0 0 o (D K-- U 0 c Lo C C)f 0 m Ob c < 00 >, > d) Lo w 0- 00 0 U) — W - 0 o u C) V) = 0 o w m 0 (1) = M — E -C C) j -0 (1,) -0 o w --o U 0 -0 0 ca- 0 (D 0 bn CT .�L) U) a U) C/) U) (z u m w w (n C: V) C) L-- M.( (D 0 (f) 0 >, Cn Lo Cl U (,3 0 C) 'o U� :-E m o w L) W M W M m w Lf) a) U) 0 (3) OL < - < 0 c a) a) ba -0 u 0 0 uo 0 CD,- — -0 = -- (1) U) > > 0 cu 0 >1 0 > aa v m -2 t:2 Q U ams T (D (D L) 0 UO M -0 L.Li 0- N� 0 OF —a) E .�P t �= -C- Q) 2! 0 a) v 0 a) OC) 0 2 u g U) -E5 > o 'F u 2 75 co o F EL o a- m m m u (f) of 0 u m (J) Q) 0 U) u CO 4-- Q) m m V) 0 E 0 -0 -M OL M . - u U u — o D- F= :E 0 Go c =3 T qp (n — - — m c) -0 --CD C) — 0 = D , V) 0 tf CD -0 0 V) Q) o m o w (3) CD ui (2 -E2 OL u -CD ID Q) -0 u -0 -0 > 0 a) Q) -I C) = m 4E C: Q) E C) V) L') U5 a) OJD W m - 0 0 Q- — — W m b m o E E m 0 u -0 - = (n - U) 0 0 U) M 0 -0 U = U 0 E 75 0 a) 3: - E t E 4.� 0 m o E a) U) a) D (D 0 0 (1) 0 (n 0 (D u > 0 0cs = m —ao V) E E 6-5 2 >'E o 4 E > co I --a3 of 0 -0 E m (D o 75 LF-- 0 M w co 0 bo C- 2 0 -0 0 F a) M 0 0 5 .- — =3 — U) (1) 0 0 UD 0 w 2 > C: ou -= 0 0 — =5 L) "I o E U) (1) (1) w .- 0 0 U) -C LA 0 u) E u a) 2 7-5 a) FD w 0) >, cn m E 0 -0 a) — U� E -0 m = — = , -- = 0 En -0 V) U) — — — a) —C) :3 F= C) o (D < a) bo m Y) U u 0 o w) acs e :i:-- Y) w w w — u t- u Lo (r) a) (1) -0 > C� a) U CL 0 0 = = C) M C) 4-- (3) -0 a) m co U C) a) C: OL U a) 0 = E m >< 2 rn S w a) Ln U u 00-0 U) 0 = Q) 6 Q) E C c > > UD 0 > uo Q) o m m C: W m a) c LL- m m u Q) 0 0 0 0 m 0 -S� 0 C7 -0 — t: C/) Q) 0--o CD- 0 0 Q) U) (D m m 0 M 0 —W 0 cu Q) Q) M m > (10 0 LLJ Q) u cu Fn W Q) 0 4� us CD m Q) cl) D W M W E --C) Q) CU c 7D U) C: M K- Q) 0) CD > - CL) 0 =3 Q) E m o (3) x = (f) CIO (1) a) =3 co =3 M 0 0 0 >0 o® > 0 w o (D � 0 4-- -0 E -E a) 1) E -wo 0 cD- -0 0 -C: o E M U) V) u 0 a) -0 _0 -0 m 0) Q- m o CL 00 :2 CD- — U) L2 > m >1 _0 — -0 w 05 0 G) F- U) =3 (1) a) m 37) w > U 0 C- �5 w - D m o o On 0 V) 0 W 0 0 0 0 M > (3) 0 u 0 u On ay z o -0 -0 (3) 0 C: CO a) m C) < m --F M 0 0 0 0 LI- M 0 0 E Ln 0 C) — U) 0 (D — m N Cl U 0 - C (1) 0- 0 (D (1) w M CD- -0 (1) 00 m -V, 0 (1) = m2 - 4-- -0 M U) -U, u -0 ci 0 CT M C,,J 0 W -0 M 0 (D C) 0 Q� -0 tw (1) = 17r I — V) U) L) u -0 -F, 10 .2 N >, ( a) _0 U� > T) --F, co m Cc) m 0 (1) — CL > C_- bD 0 -0 -0 (1) m _0 0 o L < 0 — (1) CL a) S UD w U 0 0 (1) U) 4 S� S� --0 m < u U , (1) (1) m V) (A M C) - -, 5 T) 2 D - - 1) V) < < U) 0 L m — (n M- (1) co 0 -0 (f) I m I 9 I Q0 0 eon M Lo Lo b m 60 60 60 o Lo (n I -t I -t 't 't lzt LO Lo I C) 0 0 4T 0 Of 7 Q) ()o LiJ M (D M 0> > (f) U) 0 W0 (1) > 0 0 V) m C) T] E 0 o 0 -0 -M E a) C a) > 0 LL �5 CD - O o 0 U-0 0 0 u i0m I () — 00 L) u 2 > C) 2 (3) > 0- ui D < < Q) UD UO 0 Q OO o > vi = > 0 0CJ 0 CCS Q) 4�- a) CD U) > O C) 0 Q5 o 0 up cz -zn Ll - CF CL < 0 0 (1) �5 on U) app W7:) V) 0 L,- o 0 O LLJ 0 C: (1) >O 0 _0 0 E cn O 2 Lo a) -7 — -0 < > C--@ ia- 0 m 0 i-0 E O -Fa z C� m W bo bn C) 0 m U) = >1 — a)75 QS 47 Q7 _bp C) -0 > 0 a) 0 m I 9 I Q0 0 eon M Lo Lo b m 60 60 60 o Lo (n I -t I -t 't 't lzt LO Lo I � 0 cu ('31 'a-, Ql A u E M (D 0 0 CU M m E FP - tf g >. :,:,- -, -,o W ID, 1) P� 0 — > �92 , (D -2 C-) D 11) C, 0 00 . L , CS M > CT C(UDp> — U CJo E M 00 M -2 8al 2 a, a) E- ':, 0 0 ab 2 OR cc,: > UL) G am ) -2 0 n M ID 0 2 a) N 0, M '10 M M M M ::3 0 M 'D u -2 as M (,6 =u ar-) L 0 0 UD — 0 OL Cc) o ..U5 c v7U — C.) r-- _ig , 0 (D -0 0 < a) Lij 0 0 2 u o z C/5 00 E t M Z Upby q 'o, F -0 00 a) �2 L c_ - a) M M can) > It 2 > 0 0 S 0 Cl > > u 'o E " �3 0 0 0 73 w 0 0- U) O M a) Ln o - E 07 I= CD_ - a) 0) =3 =5 a) —C/) M 0 a) 0 0 0 'o a) - 0 CL 0 > ii (U M 75 —(n CD u w -0 t (D U 0 M L) a) ID I "0 '0 z > 75 =3 0 0 m c m (D (D (1) QN 0- N —0 —0 —0 —0 .2)-0 (1) 0)—o 2) .2) .2) .2) = �o o c: E —0 COLO a) a) a) a) m pt-- cm, 0 m CD C3)'o a) z -5 -, TD 2 > 60 -0Z :2Z *5 a) > 0 2 3: o u) °u) x m x x m m x M (DL 2- 0), t5 =3 0- -a 2i 2i 2 C: (D m m E - 2:1 " _> 1 7� o 2 LO �o VM zo ;t cy) M MC14 N It 0 a) a) M 0) M 0) O o. c14 D. E o mo R ,D2 S'Lo E --------------- Will; f 11. 1 ............. ......... I K.. .......... H I'D' ............................. H ............................ H ............................ r c"I coCOU 0 ;t u a. a. Ce) o c\l cL . .................... I 11111,01j, Its ....................... H . ................................ F� ...................... ....................... 1 7- 1 .0 Lo oocl) U;�a D. � 0 cu ('31 'a-, Ql A u E M (D 0 0 CU M m E FP - tf g >. :,:,- -, -,o W ID, 1) P� 0 — > �92 , (D -2 C-) D 11) C, 0 00 . L , CS M > CT C(UDp> — U CJo E M 00 M -2 8al 2 a, a) E- ':, 0 0 ab 2 OR cc,: > UL) G am ) -2 0 n M ID 0 2 a) N 0, M '10 M M M M ::3 0 M 'D u -2 as M (,6 =u ar-) L 0 0 UD — 0 OL Cc) o ..U5 c v7U — C.) r-- _ig , 0 (D -0 0 < a) Lij 0 0 2 u o z C/5 00 E t M Z Upby q 'o, F -0 00 a) �2 L c_ - a) M M can) > It 2 > 0 0 S 0 Cl > > u 'o E " �3 0 0 0 73 w 0 0- U) O M a) Ln o - E 07 I= CD_ - a) 0) =3 =5 a) —C/) M 0 a) 0 0 0 'o a) - 0 CL 0 > ii (U M 75 —(n CD u w -0 t (D U 0 M L) a) ID I -a t ,I m> (3)0 0 (a) 0 U V) 0 > r— 0 > r6 U I--0 V) Q) W CD -0 s (D Nc D- o 0 .— E — W -0 0 N X 0 -0 m 1�-- N -- cz (1) On m 0 0 Q) 00 0,0 m 0— O CS > cn M —M 0 0 C) o 0 -0 0 m 0 > cu -U) 0 0 0 0 0 M u W m > -E D 0 3: _0 m E — 0 m on u m>< M 0 = 0 0 m a) — a) cn 0 0 > 0 Ll- cQ E E U) E . 0 o m -o CL -oo u C) -a t ,I m> (3)0 (a) 0 > 0 V) Q) o -2 u s u CV m -0 w —CU 1�-- N -- — (1) 0 N Q) 00 M 0 -0 0 U) Q) 0 -0 (1) 0- U co C) (ca- > -E D 0 3: -E (1) O 0 m on (1) -0 0) 0 C) N> > 0 Ll- — — — U) Ln 10 V) E E E . 0 c 77 0 u 0 u E E =3 (D a) 0 w E 0- -5 0 OD,— c > 0 2 4-- u — ?1 c: 2 10 u� CL cn 0 u > 0 0� Cl =3 — m - 0 0 CL V) C) 0 0 >1 CO U) 0 M 0 K- 0 (1) V) 0 cl 0 0 V) :3 (D C 0 c6 N c6 cll U co on 2 U K-- CO c) 0 0- o m -0 = - cn m 0- 0 M CIO 0 cn — o D Q) 0 =3 0 0 U a) > 0 0 Cu CZ (1) 0j) V) 0 < CT t) d 0 ct) U uo 0 v) OD C) = j) C) OD (1) (1) -0 uo m 0 0 oo L) 0 (U a) -0 m > > C) 0 m E -�2 u cz cn C: a) -C C) u U) E 0 Cl o 5; o -0 a) m bn C: 0 E C) T) m 0) -2 C) o E —1 U U (D U) w (J) QO CD a) a) a) V) >1 cm =3 C: E2 w — u m -cf) _0 :L-- -0 0 a) u -0 E EL N 0CD Co (0 F — -t 7— _0 "2 F 0 5= D- Q) 0 o o =3 4�3OL m m Q) 0 (D !�-- (D LI) (o (1) = — > — CD- w CL lB (D Q) cl) 0 0 (D 0--p UD Q) U) ca- uo -0 Q) 0 Q) 0 Ln a) 0 CL (n M 0 CL UD O 0 m m m Eb -Lo 0 a) 0 0- OL o m OL > 5 m a) V) C) 0- 0 E 0 w Z7, m u —0 = (13 ("1 0 uo as a t v 0 a v 00 cn wou U —Ct --o o v) § _0 (n ci 0 m I 0 0 d Q0 0 O O LSA 0 0 O N O 0 cn 0 cu cu � as o m 0 0 N OM ° a®b00 Ln c®b ® m 00 ° Bib'Zz r e®b Ob Ln Ln Q3 ° tls Ln A m p M > 0 a®s �. Ln Cc M s®9 cs c� �a �a tA 0 00 en o � f® Ln It W M co . W 0 CL r • tw CL W w 0 as A w C W CL m ® m 0 C m 0 ......... C'4 0 4) v 0 O ° va N 0 �a u W O u u 0 C U 0 Cr7 0 .....°.� i �_ . a,..g........... M ea (74- i O 0 i Cfl ..,..,..RL) w W ® -'-' N U +� cn U 0 dcu CD f01 O i .............. N 02 N V)In � 0 N 0 CT U U c S 0 a- -0 -0� (n� O � u ®y c c6 O O u0 „° Co ®o 0®� 0 0 [6 Q Ln O NLn ® 0 LO r_ 0 Q 2 LO w0 cn 48 cn M O 0- .® y E®P a3 0 O O O .;;;;;;;;�w .,.,,,,,,,, a o O o0 O ® C O U „I,,,,,,,, O O C Ln O 2 O O s W a®b u 7..... E Ni C a' (U LO a 0 — M ') 71,11; EB N N N N ca 0 """ N Q7 QJ Q BPb t� -� U BBb rl.) 0E 0 N m Mtn w u7 Oo 0 0 as 0 ars L •� ° 0 mup r, m m m m m Li- LL_ L aww CL m CL CL 0 0 0 a a (n 6 ® cn 0 0 0 d Q0 0 O O LSA 0 0 O N O 0 cn 0 cu cu � as o m 0 0 N OM ° a®b00 Ln c®b ® m 00 ° Bib'Zz r e®b Ob Ln Ln Q3 ° tls Ln A m p M > 0 a®s �. Ln Cc M s®9 cs c� �a �a tA 0 00 en o � f® Ln It W M co z 0 d w d z 0 0 U) 11 ow wa ME a m 00m• Q a O N C - 't CCS to C6 C!5 O CJ °� Cfl O O O�,}Co a -ll a (ll Cy3 O 0 N � � M M E a < :D v7 O O y CD a) :30 > � v- N a7 . �= O O CCS CCS w U5 i a b� °O a O O rov7 v V n N o a @ a} v o � K- M o U) + u o a /5 OL L a v. a a> a> N <C a a� o Q w � m e o m o o Q o f a (D 0 K a a c� `� c Cs Ea a E C cap o v a a v o o a �a -0 f-- o v m °Q > ro a o c 0 0 _C) M a> Lf)O .> �� x n Q� 0- m o UOD > Lo a rll L- a -0 M v> � ceps a3 Q a 0 °� G) E , n o a ca . a 0 n on <C � v ' N o c5 - o a°, � as � o � � 0 ur au � - � o � E � b s2 � o < COO -`n CCF M N 2 di a1 0 >' -) CL7 raa E a C) a> � .v v cn U aU a 0 0 C v a ° sa sa 0 —� a as o = v: 0 0 n n U) m O�-0 u <[ >> O ca U o 0 I LID a> ca . > CC5 -0> -Q b6 C6 bA N °> CC$ U m m O C6 O� ii I > a v� C 7 to @ a3 vOi 73 v� i CC} y C6 h y, .� i VS OL --CD clon 9Sy- N W -sem m o <C op m 0 aa) o as zi ) a) a1 m a> > o u o o a) 0 �' 5, -o ,-. O 4 a� _0 a7 a 0 N ° as E 0 c 0 `� N U CECS o u a m U 00V) U o z a -0 a vs cu 4 c ro � O UO CHCS _ W N O w -'-' s C(3 W ? CC} -%� �' 1- - Ca ,� a) E i C7 m CCS i a — o C3 � a) Q In CCS O u- O O a O _0 C O _0 CCS 0 csr 0-CL)4) �_ y Q C°CS O C6 O ^ � Ca N a} O `�-CE U 0.0 N 00 Oh _ N -� � � C3 � S� U >n O -s-�i = a7 a a> s EN °� Q~ a v ® O ) 0 CCS a) a) °� C6 -0 CSA -�-� a) r c� E Cll w Q3 a} N 0 Cll CCS Cd N CCS O C1e -� a o M o C6 U)VS C a7 .- CCS S� O a3 ° O >� 0 a u cry ° a3� �— a7 Q C= U) aaE oma- E V) � M� n � U C6 C a3 - U co o CCS D a) -�- m E ap o (n a o a°s U ® = o -� . 4- ° `°- E (� M a} Qom,} m c- C— - 0 M -0 O a X a7 N a C6 O C) a r6 n E E M M C) N E Q} any w= o 0 (D o L o > m o ,� as ? o o an a� a> o°� S .� E3 a> U x ° as E o ay a o f a> c as v 0 o E Q c E a' o o cs ° c °o ar o c 6 o 0 U} 0 R U C0 ., cs 2 o� x U) C0 I Ln m 0 cl� u M L) L) L) L) C) C) C) uca = 0 0 C) C7 i00 QO r� 0 (� m Lo m m m -E m 0) z 0 0 0 0 -Fn (D E U) U) U) C (n ------------------ -------------- W ......... - 2m - - - - - - - - - - - ------------------ ----------------- 4 _0 C3 < C) L) L) L) C) bio 00 00 00 O 00 to a C\j0 ------------------ ------ ------------ ------------ -------------- ------------------ (D 0 0 u) CD 00 C\J (n Uo bD N WM CD t 00 (3) (a CD - 0 CL F- E5 CU Q) p E — S� C*l r ------------- ----------- .................................. . . .......... ------------ ------------ C) 0 0co < C/) a) U) COa) CD ---------------------- co C7 0 -M U, Q) 0 U 2 0 CV M c (D 0 4,;8 E 0..................... .................... ......................................... ---------- . ........ ....... ....................... U- 0 U) 3: o -0 -2 >, 0 — lao-I ui buioedS juior u 0 010 K-- = o o u < C) M -i:- U E Z �5 W U < m 21, E V) w 0 CD uo —Q) V) a) c —0 — — a) w -Lz U) a) c 73 0 M 0 m w o m U) U Fj o U m Jz :S2 + + U) < Y) Q) on 0 bo U) (n + x w o -0 tf 0 7C) ID u E C) — M M a ::3 C) U) U) On 0 0 c) oo E -0 Q. �: 6 0 E 0 -= U) 0 — M NU 2) —0 —C) — ?: -2 2 -- E u m E (1) J 0 0 m >, — M ry cl w (1) 0 a) CL 0 Cc: C6 S M 0 0 0 77) :3 C: U) < O (1) 0 - �: -Q) Cll 1-- > — (1) (1) U) m 0 < E -u (1) > (1) c Cl) M a) -W — t .0 t) -0 a) Lw = > �= 3: 4- cn C) ED u o :5 -�z U) u) w a) bJJE O cn E M U0 -6 E — M G) M -T) 0- U) C: �5 U) 0-- U) 0 Z = g CD U) . -0 L) < C) or- C) M u W 49 (1) U) U U M C) Ln m z 0 0 u LU V) (— 0 CS 0 C) E 2 0 CU 6 C) N c6 0 .0 rr V) 0 m CCS C) CSL) 0 0.0 OD Li- i > U) F (3) . c S� u 0 Co 00 a) o M n 0 bb U C co C) ri -Fo (1) 0 0 0 0 CSS -0 0 U 0 —0 (f)o 0 Cu m u c a0 0 es CD.- 0 1D- o u a) x � u C) m U OD o _0 U) U) W LLQ 2-D U C) D o its U) m Co 0 W 0 (D c6 v Lr) -E C) (a) C: 0as 0 Q) 0 CT Ci o u o E u 0 0 3: 0 0 0 Q) u 0 w (a) CT > 0 0 D 00 co '7- - m o U 75 m = (1) U� — :2 = 0 0 o X 0 -0 -0 V) — U) = (1) E M 0 U) 0 C\] (3) 00 �5 C) �= M '= = C) u 0 (D (3) CD > m CCS ()0 (1) M U) (1) 0 0 (13 CD — 0— CD (1) -0 < -Fu 0 (1) o 7D T) 0 C: w LD 7D =3o 0 0 0 m C) (1) N — , M a)Cd cn to Q7 C6 0 (Z) ?� OD U �-) 0 m 00 L -C) ul -0 00 LO U) cn UO 0 0 U C_- n C: 0 0 0c> .0 Lo F=v 0 0 U M 0 0-) o a) o a) 0i (D U) o _0 -0 C: CT u u o o C) 0) 0 C o E -- ?: , Z� o w < oE 0cf: E I 0 U o E -F CD �,o 0 > cu u _c 0 u LO C) C) E 0 m > (n o 0 cn U 0m s2 0 U� 0 — -- C- 0 0 0 irm OL U — C) (1) o -t 0 u u :3 -C —1 > o o CL (1) C: (-) u :-E OD bn CL LIJ — L) Lj- -0 — (y) -0 m u x , 0 C: 0 lull, V) o > <C7 (1) m -1 0 C: m m 0 CU 0 0 Q) 0 0 m U) 77- — u 00 4-- 0 - - F/) - J) , M 0 0 v) dO < 0 o V) 0 TJ 8 u 0 (3) 0 (D _0 0 M o F= On w w0 C: -,t� m 0 V) (D = — (v o O -0 0M NC) — = 0 q a(D > (D CU 2 (D m c) U) > m On < bn U) on 0 (3) L.C) -0 7� C) E CL U) z) U2 (1) --1- c 0- -0 -�5 a) D = — 0- w V) W 0 0 U) 00 0 m -0 C) U) 0 m CU cr) 2! (1) m U) = w - 0 > 0 T) LO U — M 0 — .- 0 .-- -2 E a) — 'n C) (1) = —c: co 4) (n OL > V) C) 00 0 CJ 0 V) 1-- m .5 ul) =3 cn = = C) - m CL = (1) - F= 0 0 -V) M —c: m (1) (1) m U) Co 0 U (2) a) U) > U 5 m U) > U) V) M (-) — 0- M o �: E c" 0 o -LD a 0 M 0 0- -"5 X a) 0 D- m o — = q) U) F= 0- tf 0 u U) C) cn N < U) L;-- y) - ci (1) 0 Ln V) _0 c 0 C) M 0 (1) 0 o- U) (Y� (1) 0 _0 m .0 0 00 c (1) 0 U) < Z_- C-- 8 V) 0 u (1) -0 U) 'o Of u E CL -0 1 C: U) c — o Q) m U-) V) U) M 0 CL (D 0 U) a) C) > 0- U U -7- E a) m m 0 Q) cn vq > Cf) cn -C =5 0 -C 0 'E a) U) C'n �E — — 0- cn m CD- - a) 0 -�] = CT m co -C CD cn 0-) CD u o 0 0 0 cn u cn c m 0 m 0 M W Q) 0- =5 V) U) < u V- U) LIJ (D U) C) NC: m 0- -0 (1) N -0 --o V) m u--) cu C.,7 C- OD W M o 0 ®a uoF�o — U, X z� W 0 0 W 0 -0 10 C) u CCS a) U -0 Cf) _0 On ys S -J a D- - 0 o --Fo U C = 0 C) 1:)- 0 < --o (f, - C) M m 0 (1) = 0 o w (1) 0 (f) U (n On -0 0 CD- 3� 75_ C 7- w 22 (1) 0- m U) -D u -0 m (n u U U) E 0 0 UO (1) u (n 0 0 — u o -E C) 0 0 Lo 'oc: o On m 0 as -0 E c b.0 0 0 0 g cr- m o -2 'o 7-- < (n -7- 0 -C CL w C C C 0 w 5- CD U) U) Q) -0 u 0 m cl m 0 E -CD 6 C3 m E C) CD CD 0 m 00(0 U) .2 0 U) 0 0 m (a) c e RS us CU > C) C) >1 0 E 0 :3 0 (f) — V) cu .— 0 0 -F 0 j) V) on ( 0 C: V) C/) 0 0 o2- 0 U (D C) U) -0 00 :5 iN m o ob co 0� o U) I L) w U (1) C� m V) C) 0 On C) C) 75 > l) < CDV) C) Q) 0 0 0 (1) a a U 0 < C-) E E =I—Ln C0 I 0 Q) C0 I U) (z byL cu V) D = 0 (1) -- Q) u :3 -0 (1) (n = V) Q) M CD- 11) C) 0 cu 0 < V) . C: C) — t� 0 (-) 0 < bci 00 0 o uo 0 CSp 0 C) CCS -semm . 0 -0 0 0 E = 0 Cy 0 (D — — — C) o U) V) 0- — (D 0 t) C) = 0 (3) 0 0 V) >< CLS .O V) > 0 4 uCll 0 00 M 0 (D (/) (L) U) :t-- =� cu V) M " --F,3 =3 - — M 0 0 Cll > (D 0 0 " < E _0 — o o a) Q) U) V) CHCS E u 0 o (D 0 C) -0 E = 0 c b , U) , = 0 CLS U) co a) !�- C: .— (D 0 Ct5 C6 0 U 0 0 0 U -0 co m 0 -0 0 0 0 -0 < O uu m on -��i = 0 — bD 0 M u < 00 Cl 0 0 m O op 0 @ cc u U (D cu C: 0 O CCS C6 cl U Cry > ID CD < o V) -0 0 L"o C: 0 U) (a) C -0 _Q > 0tll U C) 0 0 0 M u (1) — = < CL 00 0 E (1) > = U) C) 0 0 — = " Q) 0 U) 0 0 0 U 0 bD u) -0 a) C6 Cul -tn C: u) u) -- Lf) — n Lo M V) C: a) C) d7 CllC) C: — m U o u) -C 0 u) Cv o -n 0 0 C: 0 (1) U u) < Uo CD- j) cn (1) ( m m E u — 0 uo < 3: C)a u) (D 0 -L 0 a) OL UO u) M C: CD E2 (1) 'n a) C) u) (—I) (D E > v) (1) .— = (1) y) U� M- 0- t3 r x 00 -C -0 > -U OL u) OL 0 1-- cLs O 2!, _0 C M u) — cf) m u) < > Cl- o 0 0 -0 W ccCS Ln 5, u < u) < N co0 2 a 8� x N 0) x 11 CO co 0 cn O CD (n C9 0 E CCS CCS 7ro u 2 Ln a 0 U) = C) 0 ca U -)m C) > bci 00, — 0 0 CSp 0 U 0 CCS i m Cy U 75 0 CLS .O V) > 0 4 0 0 o U) 0 nCll 'G _0 QbLf) iD 0-) U) 0. u 3: Z 0 U) b-0 -a (U E 0 CLS U) (U a) (D _0 U) U� Ct5 C6 EE 0 0 0 < O uu on E Q) Q1 Q0 u U (D U) > ID CD < o v) L a -LC? _Q U) COOS 00 7:5 0 > = C) C) 0 Q) 0 U) 0 U rll Q) Uy > US to 0 Cv o C: c.0 .bb 0 uo < 3: N M -2 (D -L 0 a) OL UO o a) CL C\] y) U� M- co UO (1) t3 r < 0 U) N co0 2 a 8� x N 0) x 11 CO co 0 cn O CD (n C9 0 E CCS CCS 7ro u 2 Ln a ME -80 Ln I Q) -0 - E C.7 (f) C\j M M CD C) .0 -0 0 C: O (1) x 0 U > U) E -ID O 0 O x m g- m 5, cn W W 0-0 '7— — 0 U) bA U 0 '( M 73 =5 U — — 0 C: m M c 0 0 CL (f) C 0 - 75 @_0 U (1) C VF N — w 0 — --o < U cl E E D- W 0 a_ 0 0 0 (n O CAp Nl- -C a) (.37 -, a) 0 0E = 0 0 < U 0 bD 0 0 LO U 00 a) CD c) E bn 3: i� 00 u Fn m 0 >, 0) a) —0 -LL) U (3) -0 M V) o 29 0 N U) 0 =M—Q) >1 0 La EC: (11) U Z5 0 V) D Q— u (1) OD o CJ 0 Q 0 C u) - — —0 OD 0 u W CT 0 7D o -M u 0 N > a) N 0 w 0 CL C) CL _0 a) 0 u 0 0 0 — V) 0 X0 u V) V) ?: o U (1) C)0 0 0 0 u m C C) wO 0 0 0 U) >� O -0 Q@OL 2 , 0 CL C: (13 — . _Ma� 0 U 0 m E Z? 75 LD a) 0 C) u 0 (n U q_- 0 V) 0 O 3: 0 a) _0 V) > dl N (1) A- cn ul , 0 0 � � U = ::) -0 0 M 0 0 Q3 0--1 0 U — bap 0 0 > 2 1,3 0- (1) un 0 OL C) ch jE3 0m o U) u _0 E cn -0 0 U) o by > 0 > V) -0 0 M cn cl) c= n Q) CL U) _0 0) Ln U Q —ul E --cl a)G) > = 0 0 bb r (D C CL - Q) -0 - E C.7 (f) C\j M M CD C) .0 -0 0 C: O (1) x 0 U > U) E -ID O 0 O x m g- m 5, cn W W 0-0 '7— — 0 U) bA U 0 '( M 73 =5 U — — 0 C: m M c 0 0 CL (f) C 0 - 75 @_0 U (1) C VF N — w 0 — --o < U cl E E D- W 0 a_ 0 0 0 (n O CAp Nl- -C a) (.37 -, a) 0 0E = 0 0 < U 0 bD 0 0 LO U 00 a) CD c) E bn 3: i� 00 u Fn m 0 >, 0) a) —0 -LL) U (3) -0 M V) o 29 0 N U) 0 =M—Q) >1 0 La EC: (11) U Z5 0 V) D Q— u (1) OD o CJ 0 Q 0 C u) - — —0 OD 0 u W CT 0 7D o -M u 0 N > a) N 0 w 0 CL C) CL _0 a) 0 u 0 0 0 — V) 0 X0 u V) V) ?: o U (1) C)0 0 0 0 u m C C) wO 0 0 0 U) >� O -0 Q@OL 2 , 0 CL C: (13 — . _Ma� 0 U 0 m E Z? m LD a) 0 0 u 0 (n U q_- 0 V) 0 O 3: 0 a) _0 V) > dl N (1) A- 0 7D Q, -0 Z C_- ul , 0 0 � 0 0 Ljo a) 75 �o 0, 0 M 0 0 Q3 0--1 0 U — 0 o @ 0 0 0- (1) un E OL C) ch jE3 0m o U) u _0 E D LLJ U) o by > c c 0 0 cn 0 (3) L 0) Ln 0 — m 0 0 —u C) 75 bb r CD CL - .2 Q) -0 - E C.7 (f) C\j M M CD C) .0 -0 0 C: O (1) x 0 U > U) E -ID O 0 O x m g- m 5, cn W W 0-0 '7— — 0 U) bA U 0 '( M 73 =5 U — — 0 C: m M c 0 0 CL (f) C 0 - 75 @_0 U (1) C VF N — w 0 — --o < U cl E E D- W 0 a_ 0 0 0 (n O CAp Nl- -C a) (.37 -, a) 0 0E = 0 0 < U 0 bD 0 0 LO U 00 a) CD c) E bn 3: i� 00 u Fn m 0 >, 0) a) —0 -LL) U (3) -0 M V) o 29 0 N U) 0 =M—Q) >1 0 La EC: (11) U Z5 0 V) D Q— u (1) OD o CJ 0 Q 0 C u) - — —0 OD 0 u W CT 0 7D o -M u 0 N > a) N 0 w 0 CL C) CL _0 a) 0 u 0 0 0 — V) 0 X0 u V) V) ?: o U (1) C)0 0 0 0 u m C C) wO 0 0 0 U) >� O -0 Q@OL 2 , 0 CL C: (13 — . _Ma� 0 U 0 m E m LD a) 0 ou a) 0 (n U 0 (D CD V) 0 O 3: 0 a) _0 V) > dl N (1) A- 0 7D Q, -0 Z C_- ul , 0 0 � 0 0 Ljo a) 75 �o 0, 0 M Es Lf) U 0 U — -0 0) CU 0- (1) -0 -FA bo OL on cf) 0 E D LLJ >, bO -0 by > Cl) Q) -0 - E C.7 (f) C\j M M CD C) .0 -0 0 C: O (1) x 0 U > U) E -ID O 0 O x m g- m 5, cn W W 0-0 '7— — 0 U) bA U 0 '( M 73 =5 U — — 0 C: m M c 0 0 CL (f) C 0 - 75 @_0 U (1) C VF N — w 0 — --o < U cl E E D- W 0 a_ 0 0 0 (n O CAp Nl- -C a) (.37 -, a) 0 0E = 0 0 < U 0 bD 0 0 LO U 00 a) CD c) E bn 3: i� 00 u Fn m 0 >, 0) a) —0 -LL) U (3) -0 M V) o 29 0 N U) 0 =M—Q) >1 0 La EC: (11) U Z5 0 V) D Q— u (1) OD o CJ 0 Q 0 C u) - — —0 OD 0 u W CT 0 7D o -M u 0 N > a) N 0 w 0 CL C) CL _0 a) 0 u 0 0 0 — V) 0 X0 u V) V) ?: o U (1) C)0 0 0 0 u m C C) wO 0 0 0 U) >� O -0 Q@OL 2 , 0 CL C: (13 — . _Ma� 0 U 0 m I Q) (a) N— o o Q " � u U C) E (1) O 0 (n U 0 0 0 V) 3: 0 a) 0 0 (D W U) M —(n s� a) ul U� Q) (3) 0 O C)-0 V) m 0 U > 0 � _0 , 0 m u cn — — m C) uL-- U) < cn < m U.5� x (1) a) m S E U) QS v1 �6 D LLJ 0 o (1) C) 75 I o u > 0 0 Cl 0 0 0 V) 3: 0 a) 0 OD s� 0 ul U� Q) (3) 0 0 C) C)-0 V) .-0 — C-,-- F= cn > 0 o OD 77—N cn F= o ID U) 0 by > Cl) 0 (3) Cs 0) I o u CO 0 0 0 V) 0 OD s� 0 C) U� Q) (3) 0 L) (D OD 77—N c) -0 0 o by > Cl) 0 Cs 0) u 0 0 N CU O 0 u a) 0 L I o u V) 0 -0 E Cl 0 E w 0 c 0 -0 0 o 0 Cs I z 0 0 u LU V) 1@ 0 - , . 2 On U) . L.L (D 0 Q) Q) (3) > 0 13) m 00 E -2 — — (1) 1 (-) 0) 0 m V) S� > --a CL) (1) w 0 0 0 U M V) OL bn on = .�= �-) w op f-- . m 0 (3) > CD V) UD (D 0 E 0 �D E - > 0 Z -55 m 0 (D It= m 0 E 0 — C) V) 0 W > -0 0 > M . - E L > E -0 — U -�= -0 ID M M — -0 Zy 3� D co0 0 o co Q) - N UU bn - ) 0 a Li OOL V) 0 0 2 -S M 0- 0 c (D (n A U, 0 Li- u a) V)u 0 �5 @co 0 a) n - M (D u) o 1) E (n OL 0 0 0 CL (1) (1) 0 U) bD m U) C: 0 U a) 7 E -0 :E C) u U) -0 =3 m 0 u .- 11) 0 (1) U) > (D < C) I I 0 — — m m m 0 E >0 U) L) 0 L.L 4 a3_0 (u W - - - 0 W 0 m U) U) =3 — L.L 5- '= , E oL c -6 = cl) m C U) U) C) 0 > U 0 N (1) 3; o -F�s 2 1 -2 �5 L�= = = (D U') U) D - 4-- -0 =3 — -0 m 0 C: w an m -0 U) 0 O b'o CD E z c -=5 -- 0 E >, cn > w 0 ()o L) 0 M = u - F, -4-- — > (3) �;- -0 M 0 w m C: = > i2o 0 bn C) c- L.L u LI- w Li- -0 w m �5 -z) E) V) L6, m w 2 2 U) (n 00 a) F= m m u -4- 3) Q) UD -0 -2 u �5 a) bn 0 -, OL C7) Lf) CD �5 U) I I = M = - --- G < M> qo-- 0 0 CD u Q) --7- M - n to m Q) M Q) OL 25 0 lu — 0- 0 'o (1) �3 C) U) C) m c- co 5 V) w 0 0 M = U) -0 c7 —M u 0 0 --(D CD 11) U -F 0 M CD Q) LL q-- u > M -0 M vY M 0 w w 0 O Qom} LL (n U >1 (1) 0 — - Q) (13 O-0 Ul) U') > w 0 L- �z = — -0 w U� cu (f) (1) = (1) V) 7D 0 M .22 E a) L0 > m - M (_- c- (1) V) (1) -0 — - — > 0 LL- �z Q) w >, M CL m --o 0 a3 n C) CT J) 7D V) V) zi m 0 (1) Lo m !E (f) m m 7;5 a) m C 0 0 u 0 Q -)as o .0 0 0 2 -00 u m C- U) 0 m -( - - -1 --0 V) m t)JD — - C) -0 c) U) F= (1) C) 3 'n -F-- V) ul) 0 .0 m m -- > 0 > V) -0 0 0 0, -, - C) = — (1) cl U) �7- C 0 > 0 -0 C) > > u o -0 C) M (13 U) U) 0 0 -0 U M L 0 w (1) , — =@ QEi —CD- m —W cc Co 0 E U UD 0 4-- M V) U-) CL 0 0 -c: V) U, UD — -0 --o 0 LL = (D m m m =3 0 m u > _0 a) -0 m m i:Q -E m --cl u p- CL < :E E LT M U) V) w o cn u) 0 m -E u P- M M 0 0) U) Q) 0 co (3)a3 M = > >) m = = 0 — N M 0 On 15 S -L" a) V) co 0 0 Q) (3) @ Q) Q) U) Q) 0 O 0 U 0-- (ocu Q) 0 On m u Q) C) m 0 , 0 (/) OD m a) u < E) 0 I�z (,) o .— = — 0 �D V) CD -0 E 0 0 M (D W UD CQ -0 Lo (D (f) U tz' M V) Q) (1) = .— . CL 0- c cn (1) (3) b,' 0 (1) UD U m 0- M v :3 0 Co -0 `3 CT m > Op m mmo=ww=o-o 0 0 w D M OL (Uo E @ 0 f W :3 co C,,J 0 0 U) (n 0 0 Cl- Q) C: 00 U) -0 m 0 C: 0 =3 o-) o 2 U) > m 0 tw 0 > < a) Q- a) , M (1) 0 0 't7 - M Q� �� o 0 m w 0 (1) -4-- > 0 00 a) -Q -U) C)M 0 = OD 0 > m 0 0C6 E 0 M C) o u 0 > m 0,0 (1) Q.) U) �6 (1) = — U) = 0 -0 = =y . 0 -0 0 > u (1) f 2 a) 0 0 (1) -0 a) U u 75 E F) E --E) U) U) U) 0 2 > W U, M E E 0 0 Q) !E On 0- 0 > f > w U) 0 0 M w 0 LT C) U) m 23 w W 0 a) -a)- z 8- C -- E E E -9 1 = § (0) m (10 —o I V) N (A M 0N U) - - CL) U C)0 CD V) 0 - (1) 00 >1 M (3) 0 m M - E E - (--, , i -S I-- (D (n di o V) (D _0CJ 0 (1) .(n CL V) o -0 — M 0 Q) (D c) m =3 Comes > 73 (1) (1) N (1) LO C) E M -0 V) V) 00 U) (D a) Q) o D m E — 0 4- o '11) oo �z 0 u usFz m -0 Cf) CT bn dy ay c o Li -_0 o U) 0 00 j) C) F- U) 0 0 ob OL -6 = -E- -0 _0 o 0 C) 0 u OD - co C) o a) — M E3 CD,- U) cn U) 0 U W (f) (1) U) (f) C) (J) 0 cn M 0 0 -0 0 cl cn N V) CD- (1) -0 0 Lr) .- .— V) ay N 0 m U) o (1) V) = M a) C) 0 F bo 5 0 4- l) (1) 0 W (1) - (D C: (1) = m 0 -2 o) 0 C) .-0 0 Ct) by cn(1) u —U) > 4-- 0 a) zt w 2 t cn 0 U) uo U) -C 0) a) - E E _0 bB -a a) W - - - m 0 > (j) U) 0� W 0 0 Z < by a) W W w cn 0 00 Q) V) (n c Q) -0 (n W o E >V) 4-- - LO M (D M _0 E W 0 (D 0 > = M o 0E o o o U) 0 ab Lo cD = 0 (-) — �5 L - E w a) --F, C2- M m m o U) W M 0) �: W Z -0 m m T) (D cl M M C: C) • C) 0 LO 00 -- -= M m m =3O W 0 m C/) D >, 0 V) cn o a) C, zn 0 U Cly a V� -0 (1) —W v) mm m (n 42 m (3) U) a) vs 0 — m co C) L) >, cn U) 0) o o C) < - -0 cn zn 0 u m 70 a- u U) C -)N 0 0 2 -= (11 11 b-0 0 L— C� U -C -C U) —L 'n Ln cn n 0 m m u M M Ln C/) < u to 2 =3 Ln o) U) 0)m 0 C2- 0 (1) M Ll- V) 0 0 S1 m m Ll- Q- V)— m M 0 Q) 3�. ID Li (n E - 7 8 E Q) U- a) CCD u m OL 0-�� 0 2 Q) W CT N 0 (1) Q) (D LO 0 — 0 (3) X (1) (n — ccs o > C) D 'C'- LO V) (D ID 0 F= Ccs, -CD tJ 2vir- m ID U (1) M M �t= M -0m Lc) E U)0 (n C) W C 0 -Ln (n U� U- = m s- M - -�n m m W W E CT o --(D =3 >- -6 2 -0 E = F= V) M V) -i�� 0 w 0 u L.L 0 Q) X (1) Q) 7D (3 (D may (D o U) cn 0 (D 0- M w W 0- Ln ao us OL c U) 0 0 -0 0 0 U tn (2) V) z cl o V) (1) U M m m 0 = E - (/� (1) u m U) (1) E 4-- > -o a) 0 U) 0 -E U) (1) 0 Ll- c (Ii m 0 cn U N CCS -- (13 m M C®3 > _g- (n C,y.2 -0 U-) Cf) L) o (3) M U) UD U) (1) OD F u 0 (1) Li OL (1)- - — , 'I) 0 U) M Y) K-- Z') C--- M C) M bD CD -4-- m CyE Y) = .- - -= — wn(n M ' In c > L) 0 (3) On -Fu (13 L, > U) 0 (1) 0 7) 0 (1) C— -0 -C E m 0 --1 m (am) -E oi C:) 0 m (/) M 0 (-) ��: CL V) -0 m F- C) L,- -(T) L,- M 2 C) > Q) M —:3 0 CD CD 0 0 D (D (D - 0 0 -0 U -0 0 0 CD o M 0 0 uo Q) -0 0 u 0 a) U L4 OD 0 0 -0 -.6 0 LJ _0 — a) U CU = — 0 vi M C) U) a) C) 0- 0 U, CU 0 (D a) Q) o 0 0 > Lj- 0 0 0 cQS 0 > m a) C) (3) a) U) o co - E u C: U C) -0 C) (3) m U) >, C — o (.) L.Li m 0 U) �= Q) 49m (D C = < = -:5 M 7n �) U) w 0 11) C) (1) V) 0 > (1) (1) - — .- C: CO M ai 0 —M E u a) -0 (1) 0 0 > 6 c6 C: a) C� — -= M U U uo — 0 -0 u 0 u J) CL 0 — 0 o E C: = = --;- C: , FI-) 0 U) =5 u C) m 0 :3 0 -0 U 0 0 cn E w t 0 0 U OJO --CD (1) M 0 CU 0 m >1 r 0 w 0 u o 0 E > (1) C) U) C) -0 UOro (u (1) -0 — - -wo — . — E E w 41 — OL = 0 8 E- LL- E 0 m -0 m o m 0 (n (1) — (1) 0 '7- b-0 u) m U) U 4,� U) 0 (n LLJ 0 — - , a, C) U) 0 0 U) Z - E 0 (n LA 0 'u -C - u dJ 0 In 0 0 M C) V) as ate) > X o Lij Ca- M =3 m (B 'n Ln in 0 U 0) 4- 0 cn E 0 cn E o cn 0 = 0 cn T, w >1 cf) 0 a) cr U5 -Fu L/) 0 cn V) Q>), m w bo w 0 F= _— a) cn bn 0 is Q) 0 0 cl cn M E 0 CD 0) cl 0 - W u 0) U) = = - tn m - 0 m U) m T) n U U) Ln ub 0 cn -0 0 C) m a) cn CD 0 =5 0 Q) 0 > -0 --b0 0 0 M W cn 0 a) 0 -0 -410 M -0 5 TO --o CD --o U- a) N CD O U) 0 00 o 0 0 C) L.Lj 0 Eus 2 —U) U) 0 (n LL (n LU (D (n 0) a) 0 0 > 0 U OL 0 0 0 f5 w E 0 0 0 0 cis (D- CD - 0 0 0 x =5 _0 LL - 0 0 0 -0 E C: - No m Cj) m M = 0 C: 0 0 00 o u o o 0i 1c X U E -- U) —0 U) :3 -0 L�-- (n (1) U) 0 a) a) m E a) 0- >< _0 -C CO > U) w — - — (1) m E > o --Fu C: -0 222 E 0 > > gyres 0 m (>3<) Fi t::� < -C=D :5 B -C _0 (3) Q) 7-5 _0 00 0 (1) w 0 Q) cn CD C) - N 2 0 0 D = 0 0 W c co E 0 u-0 bJJ 0 'E- C: > a) CD ) , 0 In = E (D - (n Q) -- 0 o - o Cl D--70 4- — -ems0 w — — 0 — 00 0 E Q) 0 0 0 --o a) (D E _0 0 'ZM > -cn U 0 o o 00 oa Q) 0 cu -0 cn U) on X > U) I -0 x 6b > aaic o w 0 =3 X 0 > a) --0 --cl u = -5; m o C'3 0 u 0 u -0 0 a as 0 0 u) m o o cf) (D 0 bD -0 V) Fn 0 0 U) >< m E v CD CD m 0 w m x 0 a.) a) cn C CD CD n E E _0 CL I E o E (D o (D XCD a- CD V) LU l.j ------ --------- ------ I z 0 0 u LU V) CL) Q) 0 > m 0 (3) -0 0 -0 Q) > (n D 0 -E 0 00 0 0 -L:j N m 0 0 0 M CD 0 0 (—D C) 0 0 0 0) Q) V) Q=) o Q) 0 -E E _0 W 2 o m > >< 0 —a) w 0 M --o C: = u o o cn T < 0- 0- >1 0 a) -0 0 0 (n U) o --a -0 0 -0 0 u 00 0 — a) N m 0 2 0 0 w 0 CU 0 0 m m 0 0 U > m U ccs E N. — - 0 C (n U) 0 W W 0 0 C U a) E (D a) U) W 0 D 0 E 0 r- 0 0 I= co U) (D 4-- 0 --o 73 0 0 C) C) 0 (f) M 0 (1) (2) V) — M M 0 0 o C�- 0 0 0 0 >1 0 0 LD vi— 0 w (D (1) — (n 0 (1) (1) u -C m M 0 -0 > 7D 60 -C o > :15- -�6 (n 0 W W a) 0 0 ui 0 -0 0 D cf) 0 U V) Z-- -- 0 U) 0 0 K-- V) o 0 u 0 = LP cn z U) 5-- -0 -0 — 0 co ui M 0 D —0 0 0 C� > u a) 0 0 0 -1 C: = 0 C) CT 0 U) m 0 0 w (1) — F= 010 U) (1) C: § C: Z-- = - C: C) 0 W -C 0 0 W C� U) 0 0 (1) CL (j) 0- bO (1) b.0 Q) 4-- tw Q) U u V) cn V) t UO cn G) 'n (n 0 C) 0 X C) b-0 u) u 0 0 m 2 u — =5 a) '5 Ln > = — 2 (n -C C) -0 -0 -0 (D M — cn -0 U, uo C, 0 E 0 W '51 - 0 0 u u (1) _0 a) m >1 0 0 0- 0 u 0 a- CD a) OL -0 0 W X C Lr: �5 (D M 0 D- � M -C -0 u -0 w o w /) -0 -C U) U) -0 U) 0 -0 U) L co m V) (1) N On (1) 0 0 0 Q) _0 0CD C: cz (1) cl r3 v on M u 0 _0 — V) 0 E a) (1) U) 0 > 0 j) C) UD — [-- -CD cs �5 0 m 0o 0 U 0 u m ul m >1 - C) CU -= (,) — a) 3� (3) M 0 0 3: 0 > -CD C) 0 -- U) C (1) C) 0 Q) M C: —M 0 Q) > 0 m — -- C: — m 0 Q) > M .0 w =3 (10 = = 0 0 CD M �: c - t o co Q) 0 v ca Q) (1) 0 0 0 a) U Q) C)ani00 C) (Z) 0 — U) > 0 0 DL.o 0 0 E (1) Ojo E -Q C) > E (3) 0 a) cn — C) U) 0 E -U� > < 0 -0 — C) a) 0 0 0 CL 0 w m K-- a) cu - -- 0 0 U C� u) 0 W -0 0 0 o = = 0 E -- o 0 1 00 0 u =3 M C) —.- " _0 0 0 U) 0 U) — ccs E 0 0 C_- 0 m m u up C) _0 U 0 U Co 0 (1) u (1) co 0 u U) (n (1) 0 > — m 0 M -0 V) (n (1) > o 0 CL 0 C) M — — (n -- — 1� E 0 0 — 6= 0 = — u 0 C) (1) u --d5 m C) o C U M C)- > (1) 0 0 cl U) 0 . LI) 0 --C) L�� — U) U 0 L) u o 11) CT m C) 0 0 Q) S C) C) E E 5 Ff E -L > F 0 u -m 2 -c-- L�= of E o ou m 0 a) o > m L) -0 c: -C a) ) a) — = m = u - ) -2 E > 0 — 0 0 m �22 c�ncs G) 4 0 0 -0 0 =3 m !F, o Q) a) 0 o U 0 0 > 0 2 =D 0 3: 0 U U) 0 0 >— 0 w = w -0 0 C.) 0 In 5, _0 Q0 o 0 - 0 w x > 0 U) = U o 0 CL) u U -0 m a) �o 0 o LO Co 0 0 CL) 0 0 '�5 0 -E Q) 3: C: 0 m E IF -D o 0 Q) LI) C7 C: x -CD U -0 CL) C- C\j a) > D a) a) m E cp E o -4-- 0 C) 0 (-) 7- (n 7D w 00 o m -0 M m 0 — E > C- 0 CD (2) (1) 0 cu a) 0 0 L N <n cl cn 0 0 m M 0 M 0 C) -0 C -0 w o 0 — -0 — 0 U) > cl 0 C: C) V) ao 0 - (n CL a) (1) UP > u --CD 0 m (1) 0 > Q) 0 0 > L -L (1) o 0 0 0 m 0 0 m u C) 0 0 -c- 4-- (1) u 0 0 (1) 0 >, > , — .2 --o _0 Cl -�= (1) m C: > a) -0 o ?: = (1) — — V) U (1) o C) (1) (1) I= = 0 - m -0 cn = 4- — - >, C) M CU U) W 0 U) 0 In 0 C) -0 = m (1) C: 0 0 0 c) c) E o �5 - > 0 a) — C) m w > E '3� -.2 m — - =3 C) o m }tea = — = co -a5 --: _0 0 E t a) 0 0) (n u U) T 0 0 0) 0 0- cn U) = 2 .> co a) C 0 'A �; — — 2 0 0 -0 2 0- 0 > _2 S� a) M U cn Q� ?: a) 0 C) a) u > _0 (1) 0 CL E > C3 (1) m QJ q: 0 U) 0 0 (1) 4= 0 0 (3) M _0 E 0 W 0 0 0 bD 0) biO ±f u I 0V) U) CD W rlo cn m co 0 OD :3 -0 o 17 0 4--0--o 0 cu0 >, -E LaP O V) m - c CD o V) 0 (1) o < (1) 0 (3) OL 0 -0 O C0 U5 m U) S2 C U V) U) uCll 0 CU --o o w U)C6 >. z 0- O 0U (3) O m 0 — . g a) 0 < 0 2 as po ao i-0CS N. D V) CO -0 6 M M (3) — 0 -0 &; > 5; U) cn :3 Cl -o 0 E 0 E 0 0 U) 4 -- 0 0- E w CD - on (z o E 0 �= w m u) E m E 0 M K- . co cx) m -E U) b 0 93 cu -0 cv m C:to > cn (n a) u7 u3 m >1 Ll 0 -E 75 , 2 x LT C: C) to Lo t p>, 5 2 — — " 4 00 R - -C !] 0 = C: u e 0 I U) M rlo cn m :3 -0 o 17 0 -E LaP O V) m (1) o < (1) 0 O C0 U5 O U) S2 C U V) U) uCll --o o w U)C6 >. z 0- M 0U 0 bo — . g a) 0 2 as po ao -C 0 o CO I > > uj-) 0 0 0 0 u c —0 0 I— CC1 CJ 0 > 21, cl- J) 0) (1)V) 0 _0 comes o 0 w E 0 0.0 C)- 00 0 >1 0 0 -F> cl 0 ) 0 0 5, (n Q) m cu = > _0 0--c 0 m 0 m 0 0 o 0 M m m 0o w 0 w m . = U) ® 0) u m 0 -0 0 -0 o _0 0 -0 cn C) m u 0 0 0(1) > 0 (f) 0 C) (1) — 0- -0 -0 . (-) u — 2 0 — (U (13 1 F :p E U) (1) 0 u E (z -C >< O 2 m LO =3 (1) 2 C E L 0 -C m -,Fz u m cn U) m �= — [-- _0 cj 0 > m 7a C- o _0 CD C)> E Cl (1) w m CL) -0 u 0 (1) cu (3) C 0 (D —V) 0 a) (-) -t� = >, — cu U) F= = o u 0) -0 E q u > 0 W L ED u Q) — 0 0- > 0- 0 m X 0 M 1�-- o (1)0 V) (L) 0- -o m 0 Cl m 0 0 > — , �f= Q) (D -- E >, M -0 — M 0 OD E 0 0- WU) -a E cu o ry U) <> a 0 y V) >, 0 Of) -0 U) 0- (o — — (1) V) — c -- (1) 0 0 C: — — m - o > 0 --C) :E , (p > 0 U) m Lo CL — m C) (1) (1) M -0 — U5 > 0 > 0 0 > E2 0 L4 C: 0 (Z o co -0 zt� a) 0-2 vi C) C) bD -0 0 cu eE 0 E a) > Ln 't m I m M, I E E O O 0 0 r, m N co 0 U u c 7 N -7 m m m S m O 0 0 s 0 C) -T E E E v E by E E E -E x m x m E E E 0 0 0 E 0 0 W W =5 (D =u =u =u E =0 a) (D Q) (D 2 oA CD CD 0.1 cll LO (n CD U) 5, m LD C) E ap 0 E 75 cn 0 x 0, Ln < -0 CD 0 u 0 LL U cf3 00 0 OL Lo 0 Li- ll -0 0 by > U) OL < n Q w I 10 0 I Ri I a 0 I a) Q) 'n L),P (D CIO D UD X - 4D (DD -o -M -=w- (1) . U 0 O Q)- (/) cli 0 00 4T T) >N 600 > OD -- 0 OL C) A0 -M < ob U) m -0 6 CCS CLC6_0 M CCS C: C CS 0 �o = CCS = CCS CCS �--cn-o C6 d3 v>(1) u 2 ao U C/) — —1 CO 0 0 U -C U -C C/)u) C) —0 -00 U) (j) > 0 -0 ca LI) -0 0 irs 0 0 V) U C) N Q) CCS 7D Q) Q) (3) a) co 0 7:) by N 0 _0 0 E 0 4-- --0 (1) OL 0 S� QHS of 0 (a) < a) cn N Q Li— on (D CT -,m (n cn CD (D CD c) 0 C) C) on —(1) -0 (1) V) (1) 0 'E C) — -0 M L;- = U (D CL CT (n .1 -- (1) (1) U) (D E (1) W -0 CD 00 CD (T C) E o CL CT (U �6 O-�3 = 2 --1-- > 00 -0 I O O= -LD Q- (1) -1 C) V) CD Q) (1) M j) (/) u (D I w E o E -0 , OL F- V) z C-) M M (-) -0 00 > C) 0bJJ i- 0 0 U) Z"f E O o m a) 0 0 `"® Q) 0 -- CL M 0 o C) 0 w 0 (D 4�f o CV > :3 CCS 0 0 LI) (1) U W )ab u CZ cf) OL 0 by E (0 :3 m u ob (1) 0 b C6(n 0 UP NJ i -0 C) C6 C) U a) Q- -CO :2 (n -0 u) Ll- 0 - c: 0 = P < o V) mg 2a- u) 0 > 0 00 G) tw C) C� = u a) -0 U u u) K-- Q, (1) t (Y C:) eBM 4-, C -a5 -- = CD i GC Cf) o m (D O-0-0-0 -0 -0 m u -0 ca - a) Q) 'n L),P (D CIO D UD X - 4D (DD -o -M -=w- (1) . U 0 O Q)- (/) cli 0 00 4T T) >N 600 > OD -- 0 OL C) A0 -M < ob U) m -0 6 CCS CLC6_0 M CCS C: C CS 0 �o = CCS = CCS CCS �--cn-o C6 d3 v>(1) u 2 ao U C/) — —1 CO 0 0 U -C U -C C/)u) C) —0 -00 U) (j) > 0 -0 ca LI) -0 0 irs 0 0 V) U C) N Q) CCS 7D Q) Q) (3) a) co 0 7:) by N 0 _0 0 E 0 4-- --0 (1) OL 0 S� QHS of 0 (a) < a) cn N Q Li— on (D CT -,m (n cn CD (D CD c) 0 C) C) on —(1) -0 (1) V) (1) 0 'E C) — -0 M L;- = U (D CL CT (n .1 -- (1) (1) U) (D E (1) W -0 CD 00 CD (T C) E o CL CT (U �6 O-�3 = 2 --1-- > 00 -0 I ra LL c cu 00 Q) m -0 C)- 0 C) (1) -0 OD 0 -0 M U) m = w CD (1) 0 - L15 -o -0 C) (1) > W o (10 0 - 0 < 4– -0 0 m K-- !�n 0 D 00 E N > C o 0 O 0 ku u - (1)-C - C-: C[f u 0 on vi Q CS 0 (3) U -00 C—) 0 , C: C) 0 Q 0 u u C) -0 -0 0 m 0 C/i cu C� > 0 CL CJ C) 0 -) 0 0 — 7 c7 CU m y a O X 0 U) U)(a) -0 L) a) 00 0 D N 0 > CD _Q -0 — m w 0 (,) dJ 0 0 E (D -0 m 0 -- 0 U) 0- 0) — a) 0 Ff T QM) = E Em m0 0 (D -0 F= (n U 3: 0 w 0 w = 0 > 0 00 0 C6 CV U7 0 M = , o 0 :3 m oo-5, o o- Lap ---4 -E) CD > ao) > O -0 (13O aJ vii - w 0 -0 0 F= 11 LO 0 C) > 0 c) 0 0- co -0 -4- U > 0 co 4-- 'D cn -0 0 L o D UO U (n o — m 0 I V) x on =3 cu 0 -0 (,-) -2 — -0 No 0 -0 o cl) 0 T) M (1) 0 < W0- w 0 E (D — — z S :�, D oE 0 u 0� (D 0 -0 C/) 0 (D 7D Co C) 0 0 L — (,� (D Lf) �= (1) 0 N — 0 ll Y 0 0 MM on - 4-- (n M� CD N(n ul E 0 o u 0 o C) 0 ay O U} CCyS 0 V) 7C) C) W (D cn U 0 > 0 -0 0 0 -0 -0 Fn == Cu 0 cn CL =3 2 (u = 4– -4– .0 C/) .= _0 on .§ �) Cu 1–D 70 W u < U) C: V) 2 u (1) 0 U) U)(a) -0 L) a) 00 0 D N 0 > CD _Q -0 — m w 0 (,) dJ 0 0 E (D -0 m 0 -- 0 U) 0- 0) — a) 0 Ff T QM) = E Em m0 0 (D -0 F= (n U 3: 0 w 0 w = 0 > 0 00 0 C6 CV U7 0 M = , o 0 :3 m oo-5, o o- Lap ---4 -E) CD > ao) > O -0 (13O aJ vii - w 0 -0 0 F= 11 LO 0 C) > 0 c) 0 0- co -0 -4- U > 0 co 4-- 'D cn -0 0 L o D UO U (n o — m 0 I El 1, I' 9 m E 0 E .2 U) 0 41 m CL r_ m w E > 0 E 0 w u 0 0 0 W 12 I C\j CL 0 0 0 0') 0 cuw W 00 Od (D 0 VMW 00 L 0 w ccs = CT 0 CT 0 0 o m0 >, (D .— E O 0 0 CD 0 CD W Q) IUD — a) CD CD m D M a) 00 CO a M (T 0 > 0 r_ CU 0 C) 0 C) 0 m Z cy CD CD CD o C5 CD CD CD 4b 0 0 :3 CD C� C� 00 C\j M 0- Ln 00 CL (D Ln CL 0 a o 0 C U as as Cl) w V) m 0 — — — m co 00 E 02 m m ma U_ -0 9 0 CnC-N 0 — OANl- 0 .0 U-0 C_- 0 q} Ln 0 U)NN U) In Co = =5 (1) = OL c 0 o C) E (7) E L/I N C) i N m 0 5 OA (D zn 0 ub E 0 a) -0 > u -0 E -0Op =3 a) -Fz 0- >1 U') eco -t6 0 U U) u 0- (n 0 > 0 0 C) 0 -E (10 b , '— E uo E (P M esg 0 0 m 0 a) 0 (1r) (D 2' 0 o N CCS>< =3 u �t= 0- E = a) = cn cn _0 = = 0 CL E -0 2 -�U V) EL u o u uo u a) 0 u m 5- M a) t — 0 = 0 �6 z.; N uo 0 U) bD Q) is N32 0 (n 0 V) a) -0 w Ln 0 U) U) CCF U0 m 4.1 LA cn --F- m .- 2 = �3is — CO 0 E u U) > CCS LI) o m = co LD ui- C) > a) = UO U) -�e in C:L 0) U) m LO o -Ln — a) -0 0 V) 0 — Q) 0 Ojo LI) EFz OL U) CD CD C CD u) O -Vj) a) N La W (D U') xu -J W D- >, m CDCU U m M (D -0 o =3 a) o CIO M OD C) U t-- CCF N N CHCS -O -�n b Cm W LL— CL m -t-- a) -0 0 — a) V) (n 2E 0 z-- = C) cl u 0) > CD- 0) Ln CD - CIO U) 0 t-- _0 LL) D C) �: m = u 0 0 U) a) U) OD (1) (A (n m uo v) 70 W 0 N V) M cn L) On Y) nus CL a)CQ 0- U) c- a) 0 0 .......in ....... 0 u a) nnn U -0 O U M L) __j 0 !�= = W (1) :F -Fu -= —m 10 U) 0 tf _0 -0 -ao) bB m 2 F E a) -0 , 2 0 — U) (-) bD �b -C v) w M o E 0 K -o E 2 p m u :F 0 0 0 -- cn CCS F= 0 -0 ca- ca- cn -0 -0 > ul 5, 0 0 M (D E -0— M 0 4f Q) Co 77- > w 0 M 0 0- m Q) x 0 m o o U) -0 (n Lf) EO -0 U 0 E 0 M CD _0 =3 fn o I 0 -0 M 0- 0 -7— 0 OL (D CD m Q V) 6 N -(n 0 a a) N 0 0 j) — 0 — (D OCOS C) = -0 (1) — — = -- (-) — (3) E =� (3) _0 C',J W 0 0 -0 m -0 C) 0 (3) -0 0 Uj > OD 0 O O 0) ul — K- (n -= — 0 0 C) a) CU > U) < to 7DcCS 0 U (1) U) -0 m a) 13 C) (1) �6 U) m _0 � U3m -t� (D C) --o -0 M 23 >, E -�;5 a) 0 i7- --0 0- >1 CD >, m >< >, C) u a) -0 0 0 cn — > M m a) c -0 0 a) a) m U) E a) o Ll) C17 z w m cr, C: 0 a) T) C) (A > M cn —C) -.0 L) CL 0 < 0 0 0 0 Lu (n u 0 0 m 2 -FD LD -0 0- cl) :r ®6 co ID-— C� -0 0.0 UO u ct) CL — zn m a) U) 0 (z -C W CCS V) 0-- U) N --o E m 2 0 F — m E F m — Fz a) — >, L) U ............. I bA o--- F= L') o u) o w a) ci 0 a) 0- a) S� § E _0 cf) F L--- F= z 0 0 u LU V) N m u > (3) (Ij M M C 0 a) 00 0 m 0 U V) M CT E m a) OD M U (1) 0 -0 0 — �u Q) m > 3: -T) V) m m V) 0) V) > w 0 m aj -T) (D :L-- 00 0 > 0 1E Q) Q) U W w 0 o Fn 0) m 0 CD 0 D D — V) 0 (D N= o 0 - - 0 o = — Q) U) o -0 .- U) V) M U) 0- CT o Q) -,z, — I a) u a) o o 0) g-- M — 0) C) — Q) q-- 0 = - U) (D - — cn -0 u OB C) u -1 >, — U- 0' M C- bD 0 U) > M (D U -0 > m u w o E m a) , m — -,cs (D U) 0 -0 — E E E E 0 0 -0 M _0 Ub cf u U) a) - 0) a) a) , up - 9-- 0 u X u N 0 > 0 (o C) m a) w --o 0- c a) 0 a) -0 m Z-- (n 0 Cf) -0 7p 0 0 0 Q) u cn N -0 co a) W 0 M 0 a) < U a,) ca a) m o E �7 -c o u (n E m E a) a) > M as -0 U M U� X 0 0 0 2 m 0 0 M s -�o > 0 u U) 0 -0 0 a) > a) 0 0 a) — > - -C tan cn -0 W a) > . _0 Cn u cn a) — a) In U < N U) UO -0 0- uo _0 =3 m m U) U) -0 C) -C m b =5 a) 0 u -0 >, -4- 0 'd- U 0 > V) — a) c O o E - - w a) > 0 0 L) o 0- > 3 N 0 a) a) u co 0 C� U) > Q) U C) CD c) C_- a) C: :L-- _0 �5 0 0 c 0 0 M 5 , E L -0 0 > > -_ -0 0 C) U�5—Q, _0 o o 0 U M M Q) aq 0 CL) -Fu S� CD cu (1) (1) > 0 cz cli 2 0 m CL) (D 0 U) m a) (D Q) -0 00-0 0 o 0- u t5 Q) E CD a) a) V) >N N' ->< > Q) Q) COL do Q) N 00 0 -0 x CD w E M 00 4) o 'E C:L CD (V x 0 E ip 0 0- 2 (D C) 0 Q) m 0 m ZI E E 0 (1) cn Ci - 4-- U) U� (1) C: > 0 0 K-- -= CU C>15 -b o r U) CL bn (n — - M > M --o N a) Q) Q) (D ty m CL 0 (D M 0 't 0 0 M 0,0 > 4m Q) . -0 0 o 0 m C) (D = 0--o CL -0 > D a) CL CL 0 C- r- m - U (D m 0 0 o > E 5 �) *� a) CL U) 0,0 0 D- r- 0- z-- obA m 0 > m -7 -0 D E Q) 0 c- c o — 0) N U-) 0 [-- 0 > -F) cn u 0 q > 0 - a) Cl U a) -0 -�-) a) C: M 1�m o > a) 0 — W a) M — 0 D — u 0 —(n > u u C) x a) = E a) a—) U) -0 M 0 E 00 CL < =3 > 0 = C: U 0 - 4-- — r ' — 1� No N tr: (1) -- , — o m 0 w C: - CL U) CD M -0 o 0 -= — m C) Lp C) 0 m > 0 u U 0 biO M (o U� >< 0 0 f 114 -F-- > >1 C) Lu t-- X 0 =3 u C) u E E x S o CL v) > 0 -j cn (1) QD N _0 -0 0 -0 C: > M b -O C/) 0 mo 0 0 C) (13 Lij 0 -0 -0 P- u u o M on U) E C) 'a) Q) U cu V) (o 2: 0 co (n CIJ U) -0 7t-� (1) V) (1) > V� ut D V) cu 6j -o Q) C) 0 (D u 0- u' -2 w Q) M 0 -5 U CI - (D M CD (L) �5 = E: m — (1) (D 0 U) >, Q) 0 0 -0 0 cu U) Z- (1) V) CD 0) o-0> u 0 't co — �:_ - a — m N --(D . — - CD- 0 = (3) m -7- -0 0 0 N C) - w 0 0 tz� (/) 0 X C: .— C,3 0 o (D (n o (D 7D 0 m — D 7:3 — CO UD 0 = D - -E - w a) 0 0 0 CL Q — c 0 m (f) IE 6 c E (1) > E 0 0 00 > 0 Ln 0 E o 0 0 U < (D > - = Q) 0 :3 o m m 0 m (1) Co > uo m -0 -0 — 0 V) 0 EU — U) --CD N 0 00 X > C- Cl) E 0 0 -'-Zz (D �= -- — — -2 N o E U 0 -E)- 0 _0 cn = >1 F2 — . . 2 u �q = C—: 0 7m �J — 'n bio w U) �5 , -6 E E G) U) U) 'n W -2 E -E M U) b -o C) a) w (D C) .(D — = C: 4-- < > < -.9 < 0 t a) u cn -C 0 co , x LI) m x m =3 0 (3) —0 �3 Q) -0 0 y) 0- a) bO 0 ��: C: 0 -0 a 0 0 a I cn vs Q) Q) O 4--; o = -0 0 -0 M N N m m 0OWN0:30 N N CDQ)(D CD N _0 ID w 0 OO C) 0 -0 E CO cCf N >11) > 0 (1) U) 0on OL 0 o 1 (1) — �t- 0 0 (n w C) -- (\j m IIII 0 o 0 0lix , 3: 0 `- 4--; o -, 0 0 0 — oCC u) — (U 0 a) -0 S C) m o 0 0 V) E 0 o 0 u w = -a = E 2 0 C) IIAIIIICI > 0 CD- — CL 0 C) 0 0 W 6 -A- Z3 cn V) 0 U) >< - 0 (1) LT- -C Q) a) 0 -0 0 C-) 0 -0 CV L) (a)�5 >, -0 u i 0 u M C) u -4 t a)cn 2 > > q C) m u -C c r_- -0 0 0 0 :3 IIII !0-- (D T) 0 C) — . u) F- > (/) N C) C) -(D W 0 C) N C) m U) 0 IN IN n=), I= 4(� t),o < 4<�IIII Q) > .N -- = E NM 0 .0- E -5 Q) �= >a) 0 Q 0 V) J) 0 CL CCS 0 0�5 Al 0 L) L) U o Lgi M 'E m 0) 4 4C6 7a OD M 0 .7 N W CLL. 0 -0 — 0 -�-_ 0 (1) C)f — LD NM E- U N u) Ll ul - C (/) C/) 0 (1) L.Lj - _0 (13 (13 N .— 'C: M a) i�2 (6 u (1) B �i 0 CL U) N .- OL m 0 �u) w -0 (1) E u) 7� F= UD m z 2 4- V) (3) = 1- 0 V) c , --o Q) U 0 0 u) U 0 - -E 0 u) C) 4= f O —M 2 0 (1) IaO CL) L) C N 0 Qi UO 4L% cu 0 p g) O 0 0 0 = N —v) U Q) (1) U 0 -CD 0 -CD 0 o C) C, o C) L) = a) 0 >1 Q) 0 u) o -0 o Q) D W - u) M 4- 0 M > —u C) = - m 0 E 0 >Cc 0 0 - (D Q) = ') Cl LJ 0 F= -0 0- m U) v; w > m C) a) .0 0 cl E V) cu m m 0 (D -0 0 0 K-- _0 (1) U) Cl)Q) m > U co 0 Q) 7D 0 (A N U) cu > CL w w CL 0 lu Lr-- 0 W 0 W D- -E > 0 m L: - C) co C) -0 o E 0 M 0 0 co > (1) u) u) u Q) C) C) -- (1) -v) — Fn C) 1:-- cu M 0 m m 0 :5 _0 !Ev5) =4- OE =M' M- =C) 2 (1).d CL3 C 0 0 -0 C) (7) (D - — -0 0 0 0 0 U m 4(-5 M > OL u) = u) 0 - E (1) E = m CL 75 V) (D cu (1) E 0- u (1) 7D C-- o u (1) = m F -r- 0 CL u) (1) J) >, -E I-- (-) — (1) ca c) m M — t 0 - m E _0 (1) M E 0 o- (1) m 0 — c/) 0 o = , — CD 0 (n -0 (1) 0 0 F= M L) 0 -0 0- 0 -7 -0 2 4-a 0 :� E (n u) - 0 M M 'n UP (1) u� M 0 1 -0 (1) 0 -0 (1) D 0 > laO U F 0 m C) (1) < > m W u) bD W Z-- 'n 4(:� CICS M u U U F= > F= t Ff -4 E C� 0 CL) 0 W of 0) — = V) 3: u 0 E -0 -0 2m S E C) C/) --o -0 > vu < o — u) >1 u) -0 0- 0 C/) 0 < -5 2 m CL C) = c/) m I 2L, o LD on a) 0 OD 0 O (D U Q) m CD (D W a) CD 0 U VS CU 0 M w 5, > w (D 22 -a Q = 0 C) 0 in N 0 > cu C�f 0 o E 7D Q) 0 > (1) C) M (1) 0 W — m = C) �: (n 0 o `*® U-) 0 C) >1 > > S� CCS (Z V) c) M m > U U) W 4-- U) M -0 V) .— O o — =3 = >, U) -imf =3 a, o m 2 15 dJ < :t-- Q) (1) 0 o Q) if o F= -0 2 cn > a) L7- -E CCF E < U) w 0 U V) = 0) m F13 u -0 (n• U N w o U) V) =5 _0 -0 0) UD 0 -0 0 U 0 -- > — V) 0 Q) C: co u — Z-- U) _0 m 0 w -0 > N U C) — -0 U) U) �F-- C) w V) 0 0 w 0 =5 CD 0- (D 0 CD 0 u -E (n m_0 >, Q) — V) m — :E CD (/� (n — — D 4-- 'E u �6 = D —0- (,3 CD .0 -0 0 — 0 =3 = C) — --, C) CU 't E cD (A CL) CD = CD 0-- C) = Q) �:- a V) 0 — -0 o t-- E C: 0 M 0- E a>) >, CL —0 E W T) ob --(D E E a>) E D = -0 C) N 0 0 OL (1) Q) N (1) W C) 0 W 0 7D 0 0 E uo -0 — (n Q) .— 7 a 0 0 0 0 a) Z-- N 0 Q) -E _0 5 u E =3 0 > m = c (n F (1) o 0 o w 0 U N (1) C 0 m -0 N US (n m -a E o C 0 0 = > Q) 7� E 0 — .— ui -Fu Ln a) u U) >, QS -C3 a� u cn 0 '�ao 0 0 U -E In -2 m Ln — LC6 C:) C7 C Cd (SCF CCS co QL UD CLE5 = > U by 'u a) C7 U/7 C) 0 — _0 m 0 -5 W _n u V) -0 () -0 Q) 2 (3.) E W cu a) 0 CL -0S0 2m = �z 18 F= 105 < f2 O d Ln al Ln Ln 0 M m (1) 0 0 0 — 0 = CD > (D ir-, 0 m E u 7D 0 0 (1) m E 0 M C6 bJJ 0 0 U m CCS =5 (1) CD 0 W n m tw w o OD m a) U (1) P US m C) ct) LT 0 L) U = U m (f) 0 cn U E >, uo a) O C:L U, C= (3) U) O U) CU Q) CD (D m 7D CN 0 0 = ID I - 0 0 0 0 0 -0 M OL U) Q) _Q (D U 0 C, F m -- N yr co 4 Do U cu on 0 u) u C) u 0 m (NCS z 0 C:_0 > M — > Nu > C/) < x m (3) u 0 _0 N c:CL) -0 0 m E m -0 0 -0 CD o w > a) z- 0- 0 ca 0 M m C: 0 U) CD U) o m U) (D E 0 E U) > o m o v Qy 0 —0 >< - N -0 > m U� a) a) !E p = m — — -E (1 ) u) C: -cc U = a) 0 L) co < u 0 M -, bb E -6 (1) bo -�c - 0 C2 C.) --o Fn Z- = a) D V) U) Ln Ln bli Z =5 E C5 7[5 E (A CCS 0 -0 CD (A =5 0) M E O LU LL �D Ln z 0 0 u LU V) m M, row, M a) � u Lp E 0 a) Qu EL I L) C: cn 0 U) 0 � _0 I 11 a - T C -E0 C14 L) -�2 0 - Q. U o C"i FD M l:F— Cl. a) :J:f u 1 83 0 .Cow Z66, -V '71 as c (D —t r U) (n — (D('J CO Q C\j -FD (D 0 . C- -6-D 0 Q C: ..r (1) US :3 S: CIO M N 0 mmmm) o c 0 8,Q 0 — OL U 7 1-- 0 0 (n T D 1,) 0 - CL m u0 Oo U) o 0 o 23 rap 0 0) O M . ..... n 75b mu j ,D co I -Li Ca. c C\J U (1) 1 1 1 1 'o 11 "1'-,, 1� 11 -0 N n.. < C rn ..c Lo — Cil cu U� o CD U) E U) .2 w r 0 (-) :� m 1\1 E 0 'D C) 11 U f.-. — bp 0 m U, < 0 -ID :3 Q_ < =0 >< <c > .5 ca CL) r-) Ui'cU O 0 rl- 3 01) E 7 LL Z) n -13 Er CD 6 n 0 3 u 8 LLJ F LLJ o 9 ob (1) V) = 0 E > 0 LI..j M V) u Ln Lj..j (Z) Lo C\J m C)o Fu ID Ell On (8) : 0 C) 1-1 — (3) , CL --(D U) r (D zt, CD 'D -0 O CD, V) U) U m 70- 0 o 7. -0- I'll 0 -0 r, 7D cz cu 0 u) C— 0 IF) Ln (D C) CQ C 0 F I :E m cO < -0 0 " 2 C -, u - --:, 4) 0 c) U) -E U) E F 0 q) E (D c) m 21 U < A 11 (D Lf) C/) z 0 \§ C) CD 0 CD Lu < CD 02 ,l) > CL 0 Lu Q 0 CD LO \[ LO 0 LU (Y) q3 0