chengyewang/TexOCR-eval huggingface dataset:
\title{TÓXICOS E GUERRAS}
\author{HUMBERTO EUSTÁQUIO SOARES MARTINS \\ Desembargador do Tribunal de Justiça de Alagoas}

A Organização das Nações Unidas, ONU, recomenda a todas as nações a fixação de impostos mais altos para bebidas alcoólicas e fumo, assim como medidas especiais de proteção para segmentos da população que julga mais frágeis e vulneráveis, tais como profissionais do sexo e usuários de drogas injetáveis. Recomenda também que a publicidade de bebidas alcoólicas seja limitada. Esses segmentos estão em situação de alto risco, no que concerne ao consumo de tóxicos e ao alcoolismo.

A maconha é a droga mais consumida pela juventude, porém, nos últimos anos, tem ocorrido um enorme crescimento do uso de substâncias sintéticas. Embora reconheça o esforço da maior parte das nações para conter a utilização de estimulantes ilícitos, a ONU destaca que os jovens consomem cada vez mais pílulas, como o ecstasy, principalmente em locais de diversão.

Nas nações subdesenvolvidas, inclusive no Brasil, o crescimento do consumo de drogas sintéticas ocorre mais em camadas economicamente privilegiadas, de maior poder aquisitivo. Nos países ricos, esse fenômeno é generalizado.

Além de tóxicos e fumo, a ONU está preocupada com as consequências de conflitos localizados nas camadas mais jovens da população. Embora atinjam a totalidade da comunidade, as guerras localizadas prejudicam mais os jovens, que têm tolhidas assim suas oportunidades de educação e trabalho. Nessas oportunidades, crescem também as dimensões de crimes tais como a violência sexual.
\title{Duality for Crossed Products of von Neumann Algebras by Locally Compact Groups}
\author{Yoshiomi Nakagami}

The duality for crossed products of von Neumann algebras by locally compact abelian groups has been obtained by Takesaki \cite{4}. We shall generalize this result to a locally compact (not necessarily abelian) group by using the Fourier algebra in place of the dual group.

Let $G$ denote a locally compact group with a right invariant Haar measure $dt$, and $M$ denote a von Neumann algebra over a Hilbert space $H$. By an action of $G$ on $M$ we mean a homomorphism $\sigma : t \in G \mapsto \sigma_t \in \mathrm{Aut}(M)$ such that for each $x \in M$ the mapping $t \in G \mapsto \sigma_t(x)$ is $\sigma$-strongly* continuous. Let $\{\pi_\sigma, \lambda\}$ be a covariant representation of $[M,\sigma]$ on $H \otimes L^2(G)$ defined by
\[
(\pi_\sigma(x)\xi)(s)=\sigma_s(x)\xi(s), \qquad \xi \in H \otimes L^2(G),
\]
\[
(\lambda(r)\xi)(s)=\xi(sr), \qquad r,s \in G.
\]
Then the crossed product $R(M;\pi_\sigma)$ of $M$ by $G$ is the von Neumann algebra generated by $\pi_\sigma(M)$ and $\lambda(G)$.

\textbf{Theorem 1.} A necessary and sufficient condition that a mapping $\alpha$ of $M$ into $M \otimes L^{\infty}(G)$ be induced by an action $\sigma$ with
\[
(\alpha(x)\xi)(s)=\sigma_s(x)\xi(s), \qquad x \in M,\; \xi \in H \otimes L^2(G),
\]
is that $\alpha$ be an isomorphism with the commutative diagram:
\[
\begin{array}{ccc}
M & \xrightarrow{\alpha} & M \otimes L^{\infty}(G) \\
\alpha \downarrow & & \downarrow \alpha \otimes \iota \\
M \otimes L^{\infty}(G) & \xrightarrow{\iota \otimes \delta} & M \otimes L^{\infty}(G) \otimes L^{\infty}(G)
\end{array}
\]
where $(\delta f)(s,t)=f(st)$ for $f \in L^{\infty}(G)$.

For the right regular representation $\lambda_G$ of $G$ on $L^2(G)$, i.e.,
\[
(\lambda_G(s)f)(t)=f(ts), \qquad f \in L^2(G),\; s,t \in G,
\]
let $R(G)$ denote the von Neumann algebra generated by $\lambda_G(G)$. Let $\gamma$ denote the isomorphism of $R(G)$ into $R(G) \otimes R(G)$ defined by
\title{O23 Surgical Repair of Parastomal Bulging - A Register-Based Study}

\author{Marianne Krogsgaard$^{1}$, Ismail G\"ogenur$^{2}$, Frederik Helgstrand$^{2}$, Rune Martens Andersen$^{3}$, Anne Kj\ae rgaard Danielsen$^{4}$, Anders Vinther$^{4}$, Tobias Klausen$^{4}$, Jens Hillings\o $^{5}$, Bo Marcel Christensen$^{5}$, Thordis Thomsen$^{4}$\\
$^{1}$Zealand University Hospital, Koege, Department of Surgery, Koege, Denmark\\
$^{2}$Zealand University Hospital, Department of Surgery, Koege, Denmark\\
$^{3}$N\ae stved-Slagelse-Ringsted Region Zealand, The Research Unit Progrez, Denmark\\
$^{4}$Herlev and Gentofte Hospital, Denmark\\
$^{5}$Rigshospitalet, Denmark}

\begin{abstract}
\textbf{Aim:} To examine the incidence of primary and recurrent repair and types of repair performed in patients with parastomal bulging.

\textbf{Material and Methods:} We linked prospectively collected data on parastomal bulging from the Danish Stoma Database to surgical data on repair of parastomal bulging from the Danish National Patient Register. Survival statistics provided cumulative incidences and time until primary and recurrent repair.

\textbf{Results:} Of 1016 patients, registered from 2010--2017 with a permanent stoma and a parastomal bulge, 180 (18\%) underwent surgical repair. The cumulative incidence of a primary repair was 9\% (95\% CI [8\%; 11\%]) within 1 year and 19\% (95\% CI [17\%; 22\%]) within 5 years after the occurrence of a parastomal bulge. For colostomies and ileostomies, we found similar probability of undergoing primary repair.

For recurrent repair, the 5-year cumulative incidence was 5\% (95\% CI [3\%; 7\%]). The probability of undergoing further recurrent repair was 33\% (95\% CI [21\%; 46\%]) within 5 years. For primary repair, open or laparoscopic repair with mesh (43\%) and stoma revision (39\%) were performed almost equally frequent. Stoma revision and repair with mesh could precede and follow one another as primary and recurrent repair. Stoma reversal was performed in 17\% of patients.

\textbf{Conclusions:} Our data offered a new and comprehensive view of the course of surgical treatment of parastomal bulging. Five years after the occurrence of a parastomal bulge the estimated probability of undergoing a repair was 19\%. The probability of undergoing recurrent repair was high and stoma reversal more common than expected.
\end{abstract}
\title{Didaktika animované tvorby s využitím digitálních technologií\\Didactics of Animated Art Using Digital Technologies}
\author{Mgr. MgA. Pavel Trnka}
\title{A Closer Look at Credit Ratings for CDOs}

\author{Rama CONT \\ Dept of Statistics \& Center for Financial Engineering \\ Columbia University, New York \\ \and Amal MOUSSA \\ Dept of Statistics \& Center for Financial Engineering \\ Columbia University, New York \\ Laboratoire de Probabilit\'es et Mod\`eles Al\'eatoires, CNRS (Paris)}

\begin{abstract}
Credit ratings assigned by rating agencies to structured credit products have played an important role in the development of the structured credit market, which has been cast into the limelight by the recent credit crisis. This study aims at clarifying some misconceptions related to CDO ratings, their interpretation and their use.

We first describe the rating approaches used by major agencies for CDOs and other structured credit products. Most rating agencies have been using static factor models which are slight variations on the Gaussian copula model allowing for intersector and intrasector correlations. Using this framework, we explore several issues related to CDO ratings. Our findings can be summarized as follows:

\begin{itemize}
\item Given the leveraged nature of CDOs, the downgrade risk of a CDO tranche can be quite different from a bond with same initial rating. Therefore, a simple labeling via default probability or expected loss does not discriminate sufficiently their downgrade risk.

\item CDO tranche ratings require assumptions on the dependence structure of the default times and are thus exposed to \emph{model risk}. We explore this model risk for CDO and CDO-squared tranches in a multifactor factor model.

\item The interaction between the rating threshold and the structuring procedure can cause new issues to have tranches structured ``at the limit'' of rating categories and thus a high probability of downgrading.

\item Migration probabilities for tranches with similar rating can vary from structure to structure even for the same underlying debt portfolio: two tranches with the same rating can have completely different transition probabilities.
\end{itemize}
\end{abstract}
\begin{table}[h]
\centering
\caption{Threshold voltage assignment of the three proposed registers.}
\label{tab:table_2}
\begin{tabular}{c|c|c|c}
 & Register 1 & Register 2 & Register 3 \\
\hline
M1 & low-$V_{th}$ & low-$V_{th}$ & low-$V_{th}$ \\
M2 & low-$V_{th}$ & high-$V_{th}$ & low-$V_{th}$ \\
M3 & low-$V_{th}$ & high-$V_{th}$ & low-$V_{th}$ \\
M4 & low-$V_{th}$ & low-$V_{th}$ & low-$V_{th}$ \\
M7 & low-$V_{th}$ & low-$V_{th}$ & high-$V_{th}$ \\
M8 & low-$V_{th}$ & low-$V_{th}$ & high-$V_{th}$ \\
M9 & low-$V_{th}$ & low-$V_{th}$ & high-$V_{th}$ \\
M10 & low-$V_{th}$ & low-$V_{th}$ & high-$V_{th}$ \\
M13 & high-$V_{th}$ & low-$V_{th}$ & low-$V_{th}$ \\
M14 & high-$V_{th}$ & low-$V_{th}$ & low-$V_{th}$ \\
M17 & high-$V_{th}$ & low-$V_{th}$ & low-$V_{th}$ \\
M18 & high-$V_{th}$ & low-$V_{th}$ & low-$V_{th}$ \\
M19 & high-$V_{th}$ & low-$V_{th}$ & low-$V_{th}$ \\
M20 & high-$V_{th}$ & low-$V_{th}$ & low-$V_{th}$ \\
M21 & high-$V_{th}$ & low-$V_{th}$ & low-$V_{th}$ \\
M22 & high-$V_{th}$ & low-$V_{th}$ & low-$V_{th}$ \\
\end{tabular}
\end{table}

\subsection{Reduction in the Leakage Current}

The amount of reduction in the leakage current achieved by utilizing the proposed three registers is evaluated in this section. Four CMOS technology generations, 45 nm, 32 nm, 22 nm, and 16 nm, are considered using a predictive technology model \cite{28,29}.

The register illustrated in Figure \ref{fig:figure_8} is simulated for each technology node where the $W/L$ ratios of the transistors are maintained constant. The leakage current drawn from the power supply is evaluated for the three registers and the results are compared with the leakage current of the original register where only low-$V_{th}$ transistors are used.

The results are illustrated in Figure \ref{fig:figure_9}. Note that for the first register, the state of the clock signal does not change the results since all of the high-$V_{th}$ transistors are within the slave latch. For the second and third registers, however, high-$V_{th}$ transistors exist within the tristate inverters. The state of the clock signal is therefore important in evaluating the results. For example, for the second register, clock signal should be at $V_{SS}$ to guarantee that the initial tristate inverter is not in the high impedance state. Similarly, for the third register, clock signal should be at $V_{DD}$ so that the second tristate inverter located along the feedback path is not in the high impedance state. The leakage current of the original register is therefore compared with the first two registers and third register when the clock signal is, respectively, at $V_{SS}$ and $V_{DD}$.

The leakage current increases with technology, exhibiting a large jump in the 16 nm node. A significant amount of reduction in the leakage current, 79\% on average, is achieved by the first register since the number of high-$V_{th}$ transistors is higher, as listed in Table \ref{tab:table_2}. The second register also achieves a considerable amount of reduction in the leakage current, 13\% on average and higher below 32 nm
\begin{figure}
\centering
\includegraphics{figure_1.pdf}
\caption{Flow cytometric analysis of human ICAM3 (CD50) expression on human peripheral blood lymphocytes. Cells were stained with purified anti-Human ICAM3 (CD50), then a FITC-conjugated second step antibody. The histogram were derived from events with the forward and side light-scatter characteristics of viable lymphocytes.}
\label{figure_1}
\end{figure}

Flow cytometry was performed on a BD FACSCalibur flow cytometry system. Please refer to www.sinobiological.com/Flow-Cytometry-FACS-Protocols-a-750.html for technical protocols.
special education teachers. Two special education teachers were selected for interview from the San Francisco Bay area. The following is a summary of the questions, responses and discussions obtained from the interview with the special and education teachers:

\section{Special Education Teachers}

\textit{How would you describe your opportunities to work with your students outside of the main classroom?}

Both teachers states that they spend 60\% or more of their time outside of the general education classroom. During this time they either teach special day classes such as math or language arts or work with small groups of students on content areas of need as set out in their IEP. These time allotments are dictated and controlled by the IEP requirements of their students. One of the other main tasks they undertake is testing IEP goals through, among other things, the progress monitoring of students. During these progress monitoring sessions these students are tested one-on-one through informal assessments. The time periods that the special education teachers are working with the students that are being ``pulled out'' range from 15 minutes to an hour.

The teachers also use IPads in their classrooms to play academic games. When the teachers are working with the students on their IEP goals they are, most of the time, using their own special education curriculum, which is either phonics, based or touch math. One of the two teachers sent a note to all of the general education teachers saying that she would be happy to work with the students sent to her on all assignments and projects that were being worked on in the general education classroom. However the other teacher states that the only time she works on general education assignments is when there is a test or quiz that needs to be finished.
Lattice models with N=2 supersymmetry

Fendley, P.; Schoutens, K.; de Boer, J.

Publication date
2003

Published in
Physical Review Letters

Citation for published version (APA):
Fendley, P., Schoutens, K., \& de Boer, J. (2003). Lattice models with N=2 supersymmetry. Physical Review Letters, 90, 120402.
\begin{itemize}
\item Balancing resistance and infection tolerance through metabolic means. PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA\\
Chambers, M. C., Schneider, D. S.\\
2012; 109 (35): 13886--13887

\item Immunity in Society: Diverse Solutions to Common Problems. PLOS BIOLOGY\\
Babayan, S. A., Schneider, D. S.\\
2012; 10 (4)

\item Disease Tolerance as a Defense Strategy. SCIENCE\\
Medzhitov, R., Schneider, D. S., Soares, M. P.\\
2012; 335 (6071): 936--941

\item Pioneering immunology: insect style. CURRENT OPINION IN IMMUNOLOGY\\
Chambers, M. C., Schneider, D. S.\\
2012; 24 (1): 10--14

\item Tolerance of Infections. ANNUAL REVIEW OF IMMUNOLOGY, VOL 30\\
Ayres, J. S., Schneider, D. S.\\
2012; 30: 271--294

\item Drosophila immunity research on the move. Fly\\
Eleftherianos, I., Schneider, D.\\
2011; 5 (3): 247--254

\item Reciprocal Analysis of Francisella novicida Infections of a Drosophila melanogaster Model Reveal Host-Pathogen Conflicts Mediated by Reactive Oxygen and imd-Regulated Innate Immune Response. PLOS PATHOGENS\\
Moule, M. G., Monack, D. M., Schneider, D. S.\\
2010; 6 (8)

\item Relating immune and stress responses to infection resistance and tolerance. BRAIN BEHAVIOR AND IMMUNITY\\
Schneider, D.\\
2010; 24 (2): 193--193

\item The Drosophila TNF Ortholog Eiger Is Required in the Fat Body for a Robust Immune Response. JOURNAL OF INNATE IMMUNITY\\
Mabery, E. M., Schneider, D. S.\\
2010; 2 (4): 371--378

\item The Imd Pathway Is Involved in Antiviral Immune Responses in Drosophila. PLOS ONE\\
Costa, A., Jan, E., Sarnow, P., Schneider, D.\\
2009; 4 (10)

\item A Signaling Protease Required for Melanization in Drosophila Affects Resistance and Tolerance of Infections. PLOS BIOLOGY\\
Ayres, J. S., Schneider, D. S.\\
2008; 6 (12): 2764--2773

\item MICROBIOLOGY Rogue Insect Immunity. SCIENCE\\
Schneider, D. S., Chambers, M. C.\\
2008; 322 (5905): 1199--1200

\item Two ways to survive infection: what resistance and tolerance can teach us about treating infectious diseases. NATURE REVIEWS IMMUNOLOGY\\
Schneider, D. S., Ayres, J. S.\\
2008; 8 (11): 889--895

\item Use of a Drosophila Model to Identify Genes Regulating Plasmodium Growth in the Mosquito. GENETICS\\
Brandt, S. M., Jaramillo-Gutierrez, G., Kumar, S., Barillas-Mury, C., Schneider, D. S.\\
2008; 180 (3): 1671--1678

\item Models of infectious diseases in the fruit fly Drosophila melanogaster. DISEASE MODELS \& MECHANISMS\\
Dionne, M. S., Schneider, D. S.
\end{itemize}
\section{Papallones de Catalunya}
Terra Baixa Mediterr\`ania

Papallona tigre (Danaus chrysippus)\\
Papallona reina (Papilio machaon)\\
Blanqueta de la col (Pieris rapae)\\
Capgr\`os com\'u (Carcharodus alceae)\\
Migradora dels cards (Vanessa cardui)\\
Aurora groga (Anthocharis euphenoides)\\
Pontia comuna (Pontia daplidice)\\
Griseta mediterr\`ania (Polyommatus hispana)\\
Escac ferrugin\'os (Melanargia occitanica)\\
Lleonada de garriga (Coenonympha dorus)\\
Saltabardisses de solell (Pyronia cecilia)\\
Faune zig-zaga (Hipparchia fidia)\\
Arlequ\'i (Zerynthia rumina)\\
Margenera comuna (Lasiommata megera)\\
Blaveta del crespinell (Scolitantides orion)\\
Murri de la pimpinella (Spialia sertorius)\\
Turquesa mediterr\`ania (Glaucopsyche melanops)\\
Marbrada comuna (Euchloe crameri)\\
Safranera de l’alfals (Colias crocea)\\
Barrinadora del gerani (Cacyreus marshalli)\\
Blaveta comuna (Polyommatus icarus)\\
Blaveta estriada (Leptotes pirithous)\\
Coure com\'u (Lycaena phlaeas)\\
Moreneta meridional (Aricia cramera)\\
Papallona de l’arbo\c{c} (Charaxes jasius)\\
Verdeta d’ull ros (Callophrys avis)\\
Verdeta d’ull blanc (Callophrys rubi)\\
Papallona del lledoner (Libythea celtis)\\
Cle\`opatra (Gonepteryx cleopatra)\\
Damer de la cent\`aurea (Melitaea phoebe)\\
\`Angelot com\'u (Leptidea sinapis)\\
Blaveta de l’heura (Celastrina argiolus)\\
Escac ib\`eric (Melanargia lachesis)\\
Bruna de bosc (Pararge aegeria)\\
Nimfa mediterr\`ania (Limenitis reducta)\\
Saltabardisses cendrada (Pyronia bathseba)\\
Bruixa (Brintesia circe)\\
Brocat variable (Euphydryas aurinia)\\
Maroneta de l’alzina (Satyrium esculi)\\
Blaveta de la farigola (Pseudophilotes panoptes)\\
Daurat fosc (Thymelicus acteon)\\
Merlet ruderal (Pyrgus armoricanus)\\
Blaveta dels p\`esols (Lampides boeticus)
square method. The values of $B$ and $C$, so obtained, are given in Table \ref{tab:table_2} with the standard deviation, $\sigma$, and the probable error, P. E., calculated by the equation
\begin{equation}
P.E.=0.6745\sigma.
\end{equation}

In Fig.~\ref{fig:figure_3}, the excess viscosity of Freon-12 and Freon-22 vapours is plotted \textit{versus} density.

\subsection{Zero-density viscosity of Freon-12 and Freon-22 vapours}

It is important to realize that the determination of viscosity at any temperature and density requires information regarding the temperature dependence of zero-density viscosity. The temperature dependence of zero-density viscosity may be represented by an equation of the form
\begin{equation}
\mu_0 = \frac{B_0}{\sqrt{T}} - C_0
\end{equation}
where the constants, $B_0$ and $C_0$, depend on the nature of the vapour.

The constants, $B_0$ and $C_0$, for Freon-12 and Freon-22 vapours are evaluated by matching equation (6) to the zero-density viscosity-temperature data presented in Table \ref{tab:table_1} using the method of least squares. The values of $B_0$ and $C_0$, so obtained, are given in Table \ref{tab:table_3}. The standard deviation is calculated by equation (4) and the probable error by equation (5).

\begin{table}[h]
\centering
\caption{Constants, $B_0$, $C_0$ and reliability information for Freon-12 and Freon-22 vapours based on zero-density viscosity data given in Table \ref{tab:table_1}}
\label{table_3}
\begin{tabular}{lcccc}
Refrigerant & $B_0 \times 10^6$ (Poise/K$^{1/2}$) & $C_0 \times 10^6$ (Poise) & Standard deviation $\sigma \times 10^6$ (Poise) & Probable error P.E. $\times 10^6$ (Poise) \\
Freon-12 & 10.57 & 59.77 & 1.6643 & 1.1226 \\
Freon-22 & 13.25 & 102.65 & 0.5334 & 0.3598 \\
\end{tabular}
\end{table}

\begin{figure}[h]
\centering
\includegraphics{figure_3.pdf}
\caption{Variation of excess viscosity of Freon-12 and Freon-22 vapours with density}
\label{figure_3}
\end{figure}

\begin{figure}[h]
\centering
\includegraphics{figure_4.pdf}
\caption{Zero-density viscosity of Freon-12 and Freon-22 vapours}
\label{figure_4}
\end{figure}
\subsection{C. Expiring Work Authorization}

Human Resources notification will initiate the reverification process by prompting the Foreign National Administrator to notify the employee of the need to reverify his or her employment eligibility in advance of the expiration and to complete reverification before the expiration of employment eligibility. (See Section V(C)(1) Extension of Nonimmigrant Petitions: Reverify Employees in H, TN, or O Status)

\subsection{D. Examining Original Documents after Receipts are Presented}

A tickler must also be kept by the Foreign National Administrator to initiate reverification for an employee who, at the time of hire presents a receipt for replacement document(s). Notification should be sent 30 days and 14 days before the expiration of the initial 90-day period of employment and should remind the employee to present the original document(s) no later than 90 days from the first day of hire. The tickler should also prompt the examination of the original document before the expiration of the 90-day period.

\section{VII. Central Retention and Storage of I-9 Forms}

I-9 forms for current and terminated employees should be stored in different files.

\subsection{A. Current Employees}

The law requires employers to properly complete and retain a Form I-9 for every current employee hired after November 6, 1986.

All I-9 forms must be maintained separately from the employee's personnel file. I-9s should remain stored and locked with availability to limited authorized personnel. All documents may be used only for I-9 purposes. The records may not be copied or distributed without authorization from the Vice Chancellor of Human Resources and the University's Chief Legal Office.

\subsection{B. Terminated Employees}

I-9 forms for terminated employees must be kept for either one year from the date of termination of employment OR three years from the date of hire, whichever is longer.

\subsection{C. Rehires}

An employee who leaves the University, regardless of the length of separation and is subsequently rehired must complete a new Form I-9, unless the employee is being hired within 3 years of completion of the original I-9 Form and is still eligible to be employed based upon the same documentation.

\subsection{D. Foreign National (non-immigrant)}

I-9 forms for foreign national (non-immigrant) employees will be filed separate from other I-9 forms.
majority-black district was 66.1\% black, while the part placed in the majority-white district was 44.5\% black. The split precinct map, APSX 269, clearly shows how the drafters separated majority-black blocks from majority-white blocks in this precinct.

c. In the Wall Street Comm Ctr precinct, the drafters placed 817 blacks and 507 whites in majority-black HD 82, while they placed 51 blacks and 229 whites in majority-white HD 81. SDX 405 at 170--71. The part of this precinct placed in the majority-black district was 60.3\% black, while the part placed in the majority-white district was 17.8\% black. The split precinct map, APSX 270, clearly shows how the drafters separated majority-black blocks from majority-white blocks in this precinct.

116. Race was the predominant factor motivating the drafters’ decision to place a significant number of voters within or without HD 82.

\subsection{HD 83, Lee, Chambers, and Russell Counties.}

117. The drafters reached and exceeded their 57.03\% black target for HD 83 by only 0.67\%. APSX 01. A net total of 4,934 persons were added to HD 83 to bring it within $\pm$1\% deviation, 3,086 blacks and 1,595 whites. SDX 403 at 7; SDX 406 at 7.

118. The drafters split the Lee County boundary in 4 House districts, the