diff options
| author | Stefan Reinauer <stepan@openbios.org> | 2003-11-22 15:15:47 +0000 |
|---|---|---|
| committer | Stefan Reinauer <stepan@openbios.org> | 2003-11-22 15:15:47 +0000 |
| commit | 37414ca2c6e59649f8eee4da4a37b5ae57617dcf (patch) | |
| tree | 7f912dfe8cb9321c341c093f337d8d69ebd051a5 | |
| parent | dcac0161d443c6846092afedd58bb84e84e458ad (diff) | |
initial version of LinuxBIOS on AMD64 paper
git-svn-id: svn://svn.coreboot.org/coreboot/trunk@1298 2b7e53f0-3cfb-0310-b3e9-8179ed1497e1
| -rw-r--r-- | documentation/LinuxBIOS-AMD64.tex | 1407 | ||||
| -rw-r--r-- | documentation/Makefile | 33 | ||||
| -rw-r--r-- | documentation/codeflow.eps | 1141 | ||||
| -rw-r--r-- | documentation/hypertransport.eps | 527 |
4 files changed, 3108 insertions, 0 deletions
diff --git a/documentation/LinuxBIOS-AMD64.tex b/documentation/LinuxBIOS-AMD64.tex new file mode 100644 index 0000000000..b9b309cb65 --- /dev/null +++ b/documentation/LinuxBIOS-AMD64.tex @@ -0,0 +1,1407 @@ +% +% This document is released under the GPL +% Initially written by Stefan Reinauer, <stepan@openbios.org> +% + +\documentclass[titlepage,12pt]{article} +\usepackage{a4} +\usepackage{graphicx} +\usepackage{url} +\usepackage[pdftex]{hyperref} +% \usepackage{makeidx} +% \makeindex + +\hypersetup{ + urlbordercolor={1 1 1}, + menubordercolor={1 1 1}, + linkbordercolor={1 1 1}, + colorlinks=false, + % pdfpagemode=None, % PDF-Viewer starts without TOC + % pdfstartview=FitH, + pdftitle={LinuxBIOS on AMD64}, + pdfauthor={Stefan Reinauer}, + pdfsubject={LinuxBIOS configuration and build process}, + pdfkeywords={LinuxBIOS, Opteron, AMD64, Athlon64, Build} +} + + +% \newcommand{\sh}[1]{\begin{verbatim}\texttt{#1}\end{verbatim}} +% \newcommand{\prog}[1]{\textit{#1}} + +\setlength{\parindent}{0pt} + +\title{LinuxBIOS on AMD64} +\author{Stefan Reinauer $<$stepan@openbios.org$>$} +\date{November 18, 2003} + +\begin{document} + +\maketitle + +\thispagestyle{empty} + +\tableofcontents + +\newpage + +% +% 1 Abstract +% + +\section{Abstract} + +This document targets porting LinuxBIOS to new Motherboards and creating +custom firmware images using LinuxBIOS. It describes how to build +LinuxBIOS images for the AMD64 platform, including hypertransport +configuration and pertinent utilities. If you are missing information or +find errors in the following descriptions, contact +\href{mailto:stepan@openbios.org}{\textit{Stefan Reinauer $<$stepan@openbios.org$>$}} + + +% +% 2 What is LinuxBIOS +% + +\section{What is LinuxBIOS?} + +LinuxBIOS aims to replace the normal BIOS found on PCs, Alphas, and +other machines with a Linux kernel that can boot Linux from a cold +start. The startup code of an average LinuxBIOS port is about 500 lines +of assembly and 5000 lines of C. It executes 16 instructions to get into +32bit mode and then performs DRAM and other hardware initializations +required before Linux can take over. + +The projects primary motivation initially was maintenance of large +clusters. Not surprisingly interest and contributions have come from +people with varying backgrounds. Nowadays a large and growing number of +Systems can be booted with LinuxBIOS, including embedded systems, +Desktop PCs and Servers. + +% +% 3 Build Requirements +% + +\section{Build Requirements} +To build LinuxBIOS for AMD64 from the sources you need a recent Linux +system for x86 or AMD64. SUSE Linux 8.2 or 9.0 are known to work fine. +The following toolchain is recommended: + + \begin{itemize} + \item GCC 3.3.1 + \item binutils 2.14.90.0.5 + \item Python 2.3 + \item CVS 1.11.6 + \end{itemize} + +\textbf{NOTE:} Later versions should also work. Prior versions might lead to problems. + +\newpage + +% +% 4 Getting the Sources +% + +\section{Getting the Sources} + +The latest LinuxBIOS sources are available via CVS. The CVS repository +is maintained at SourceForge.net (the project name is \emph{FreeBIOS}). You +can get the entire source tree via CVS: + +{ \small +\begin{verbatim} +% cvs -d:pserver:anonymous@cvs.freebios.sourceforge.net:/cvsroot/freebios login +\end{verbatim} +} + +Hit return when you are asked for a password. Then checkout (or update) +the freebios source tree as follows: + +{ \small +\begin{verbatim} +% cvs -z3 -d:pserver:anonymous@cvs.freebios.sourceforge.net:/cvsroot/freebios co freebios2 +\end{verbatim} +} + +Once the source tree is checked out, it can be updated with: + +{ \small +\begin{verbatim} +% cvs update Pd +\end{verbatim} +} + +Due to recent problems with SourceForge's CVS infrastructure we set up a +snapshot site that keeps hourly source trees of the last four days. It +is available at \url{http://snapshots.linuxbios.org/}. +Due to major structural enhancements to \hbox{LinuxBIOS}, AMD64 support +is only available in the \texttt{freebios2} tree. This tree reflects (as +of November 2003) LinuxBIOS version 1.1.5 and will lead to LinuxBIOS 2.0 +when finished. Most x86 hardware is currently only supported by the +LinuxBIOS 1.0 tree. + +% +% 5 LinuxBIOS configuration overview +% + +\section{LinuxBIOS configuration overview} +To support a large variety of existing hardware LinuxBIOS allows for a +lot of configuration options that can be tweaked in several ways: + +\begin{itemize} +\item +Firmware image specific configuration options can be set in the image +configuration file which is usually found in +\texttt{freebios2/targets/$<$vendor$>$/$<$motherboard$>$/}. Such +options are the default amount of output verbosity during bootup, image +size, use of fallback mechanisms, firmware image size and payloads +(Linux Kernel, Bootloader...) The default configuration file name is +\texttt{Config.lb}, but LinuxBIOS allows multiple configurations to +reside in that directory. + +\item Motherboard specific configuration options can be set in the +motherboard configuration file placed in +\texttt{freebios2/src/mainboard/$<$vendor$>$/$<$motherboard$>$}. The +motherboard configuration file is always called \texttt{Config.lb}. It +contains information on the onboard components of the motherboard like +CPU type, northbridge, southbridge, hypertransport configuration and +SuperIO configuration. This configuration file also allows to include +addon code to hook into the LinuxBIOS initialization mechanism at +basically any point. + +\end{itemize} + +This document describes different approaches of changing and configuring the +LinuxBIOS source tree when building for AMD64. + +\section{Building LinuxBIOS} +One of the design goals for building LinuxBIOS was to keep object files +out of the source tree in a seperate place. This is mandatory for +building parallel LinuxBIOS images for several distinct motherboards +and/or platforms. Therefore building LinuxBIOS consists of two steps: +\begin{itemize} +\item +creating a build tree which holds all files automatically created by the +configuration utility and the object files +\item +compiling the LinuxBIOS code and creating a flashable firmware image. +\end{itemize} + +The first of these two steps is accomplished by the \texttt{buildtarget} +script found in \texttt{freebios2/targets/}. To build LinuxBIOS for +instance for the AMD Solo Athlon64 motherboard enter: + +\begin{verbatim} +% cd freebios2/targets +% ./buildtarget amd/solo +\end{verbatim} + +This will create a directory containing a Makefile and other software +components needed for this build. The directory name is defined in the +firmware image specific configuration file. In the case of AMD's Solo +motherboard the default directory resides in +\texttt{freebios2/targets/amd/solo/solo}. To build the LinuxBIOS image, do + +\begin{verbatim} +% cd amd/solo/solo +% make +\end{verbatim} + +The LinuxBIOS image filename is specified in the firmware image specific +configuration file. The default filename for AMD's Solo motherboard is +\texttt{solo.rom}. + +\section{Programming LinuxBIOS to flash memory} +The image resulting from a LinuxBIOS build can be directly programmed to +a flash device, either using a hardware flash programmer or by using the +Linux flash driver devbios or mtd. This document assumes that you use a +hardware flash programmer. If you are interested in doing in-system +software flash programming, find detailed information: + +\begin{itemize} +\item \url{http://www.openbios.org/development/devbios.html} (/dev/bios) +\item \url{http://www.linuxmtd.infradead.org/} (Memory Technology Device Subsystem MTD) +\end{itemize} + +\newpage + +\section{LinuxBIOS configuration} +The following chapters will cope with configuring LinuxBIOS. All +configuration files share some basic rules +\begin{itemize} +\item +The default configuration file name in LinuxBIOS is \texttt{Config.lb}. +\item +All variables used in a configuration file have to be declared in this +file with \texttt{uses VARNAME} before usage. +\item +Comments can be added on a new line by using the comment identifier +\texttt{\#} at the beginning of the line. +\item +LinuxBIOS distinguishes between statements and options. Statements cause +the LinuxBIOS configuration mechanism to act, whereas options set +variables that are used by the build scripts or source code. +\item +Default configuration values can be set in the motherboard configuration +files (keyword default) +\item +Option overrides to the default configuration can only be specified in +the build target configuration file +\texttt{freebios2/targets/$<$vendor$>$/$<$mainboard$>$/Config.lb} +(keyword option) +\end{itemize} + +\subsection{Common Configuration Statements} + +\begin{itemize} + +\item \begin{verbatim}uses\end{verbatim} + +All local configuration variables have to be declared before they can be +used. Example: +\begin{verbatim} + uses ROM_IMAGE_SIZE +\end{verbatim} + +\textbf{NOTE:} Only configuration variables known to the configuration +system can be used in configuration files. LinuxBIOS checks +\texttt{freebios2/src/config/Options.lb} to see whether a configuration +variable is known. + +\item \begin{verbatim}default\end{verbatim} + +The \texttt{default} statement is used to set a configuration variable +with an overridable default value. It is commonly used in motherboard +configuration files. + +Example: + +\begin{verbatim} + default ROM_IMAGE_SIZE=0x10000 +\end{verbatim} + +It is also possible to assign the value of one configuration variable to +another one, i.e.: + +\begin{verbatim} + default FALLBACK_SIZE=ROM_SIZE +\end{verbatim} + +Also, simple expressions are allowed: + +\begin{verbatim} + default FALLBACK_SIZE=(ROM_SIZE - NORMAL_SIZE) +\end{verbatim} + +If an option contains a string, this string has to be protected with +quotation marks: + +\begin{verbatim} + default CC="gcc m32" +\end{verbatim} + +\item \begin{verbatim}option\end{verbatim} + +The \texttt{option} statement basically behaves identically to the +\texttt{default} statement. But unlike default it can only be used in +build target configuration files +(\texttt{freebios2/targets/$<$vendor$>$/$<$mainboard$>$}). The option +statement allows either to set new options or to override default values +set with the default statement in a motherboard configuration file. +Syntax and application are the same as with default. + +\end{itemize} + +\subsection{Firmware image specific configuration} +LinuxBIOS allows to create different firmware images for the same +hardware. Such images can differ in the amount of output they produce, +the payload, the number of subimages they consist of etc. + +The firmware image specific configuration file can be found in +\texttt{freebios2/targets/$<$vendor$>$/<motherboard$>$}. + +\subsubsection{Firmware image specific keywords} +In addition to the above described keywords the following statements are +available in firmware image specific configuration files: + +\begin{itemize} +\item \begin{verbatim}romimage\end{verbatim} + +The \texttt{romimage} definition describes a single rom build within the +final LinuxBIOS image. Normally there are two romimage definitions per +LinuxBIOS build: \texttt{normal} and \texttt{fallback}. + +Each \texttt{romimage} section needs to specify a mainboard directory and a +payload. The mainboard directory contains the mainboard specific +configuration file and source code. It is specified relatively to +\texttt{freebios2/src/mainboard}. The payload definition is an absolute +path to a static elf binary (i.e Linux kernel or etherboot) + +\begin{verbatim} +romimage "normal" + option USE_FALLBACK_IMAGE=0 + option ROM_IMAGE_SIZE=0x10000 + option LINUXBIOS_EXTRA_VERSION=".0Normal" + mainboard amd/solo + payload /suse/stepan/tg3ide_ + disk.zelf +end +\end{verbatim} + +\item \begin{verbatim}buildrom\end{verbatim} + +The \texttt{buildrom} statement is used to determine which of the +LinuxBIOS image builds (created using \texttt{romimage}) are packed +together to the final LinuxBIOS image. It also specifies the order of +the images and the final image size: + +\begin{verbatim} + buildrom ./solo.rom ROM_SIZE "normal" "fallback" +\end{verbatim} + +\end{itemize} + + +\subsubsection{Firmware image configuration options} +In addition to the definitions described above there are a number of +commonly used options. Configuration options set in the firmware image +specific configuration file can override default selections from the +Motherboard specific configuration. See above examples about +option on how to set them. + +\begin{itemize} + +\item \begin{verbatim}CC\end{verbatim} + +Target C Compiler. Default is \texttt{\$(CROSS\_COMPILE)gcc}. Set to +\texttt{gcc m32} for compiling AMD64 LinuxBIOS images on an AMD64 +machine. + +\item \begin{verbatim}CONFIG_CHIP_CONFIGURE \end{verbatim} + +Use new \textit{chip\_configure} method for configuring (nonpci) +devices. Set to \texttt{1} for all AMD64 motherboards. + +\item \begin{verbatim}MAXIMUM_CONSOLE_LOGLEVEL\end{verbatim} + +Errors or log messages up to this level can be printed. Default is +\texttt{8}, minimum is \texttt{0}, maximum is \texttt{10}. + +\item \begin{verbatim}DEFAULT_CONSOLE_LOGLEVEL\end{verbatim} + +Console will log at this level unless changed. Default is \texttt{7}, +minimum is \texttt{0}, maximum is \texttt{10}. + +\item \begin{verbatim}CONFIG_CONSOLE_SERIAL8250\end{verbatim} + +Log messages to 8250 uart based serial console. Default is \texttt{0} +(don't log to serial console). This value should be set to \texttt{1} +for all AMD64 builds. + +\item \begin{verbatim}ROM_SIZE\end{verbatim} + +Size of final ROM image. This option has no default value. + +\item \begin{verbatim}FALLBACK_SIZE\end{verbatim} + +Fallback image size. Defaults to \texttt{65536} bytes. \textbf{NOTE:} +This does not include the fallback payload. + +\item \begin{verbatim}HAVE_OPTION_TABLE\end{verbatim} + +Export CMOS option table. Default is \texttt{0}. Set to \texttt{1} if +your motherboard has CMOS memory and you want to use it to store +LinuxBIOS parameters (Loglevel, serial line speed, ...) + +\item \begin{verbatim}CONFIG_ROM_STREAM\end{verbatim} + +Boot image is located in ROM (as opposed to \texttt{CONFIG\_IDE\_STREAM}, which +will boot from an IDE disk) + +\item \begin{verbatim}HAVE_FALLBACK_BOOT\end{verbatim} + +Set to \texttt{1} if fallback booting is required. Defaults to +\texttt{0}. + +\end{itemize} + + +The following options should be used within a romimage section: + +\begin{itemize} + +\item \begin{verbatim}USE_FALLBACK_IMAGE\end{verbatim} + +Set to \texttt{1} to build a fallback image. Defaults to \texttt{0} + +\item \begin{verbatim}ROM_IMAGE_SIZE\end{verbatim} + +Default image size. Defaults to \texttt{65535} bytes. + +\item \begin{verbatim}LINUXBIOS_EXTRA_VERSION\end{verbatim} + +LinuxBIOS extra version. This option has an empty string as default. Set +to any string to add an extra version string to your LinuxBIOS build. + +\end{itemize} + +\newpage + +\subsection{Motherboard specific configuration} + +Motherboard specific configuration files describe the onboard +motherboard components, i.e. bridges, number and type of CPUs. They also +contain rules for building the low level start code which is translated +using romcc and/or the GNU assembler. This code enables caches and +registers, early mtrr settings, fallback mechanisms, dram init and +possibly more. + +\textbf{NOTE:} The option keyword can not be used in motherboard specific +configuration files. Options shall instead be set using the default +keyword so that they can be overridden by the image specific +configuration files if needed. + +\subsubsection{Motherboard specific keywords} + +The following statements are used in motherboard specific configuration +files: + +\begin{itemize} +\item \begin{verbatim}arch\end{verbatim} + +Sets the CPU architecture. This should be \texttt{i386} for AMD64 boards. +Example: + +\begin{verbatim} + arch i386 end +\end{verbatim} + +\item \begin{verbatim}cpu\end{verbatim} + +The cpu statement is needed once per possibly available CPU. In a +one-node system, write: + +\begin{verbatim} + cpu k8 "cpu0" end +\end{verbatim} + +\item \begin{verbatim}driver\end{verbatim} + +The \texttt{driver} keyword adds an object file to the driver section of a +LinuxBIOS image. This means it can be used by the PCI device +initialization code. Example: + +\begin{verbatim} + driver mainboard.o +\end{verbatim} + +\item \begin{verbatim}object\end{verbatim} + +The \texttt{object} keyword adds an object file to the LinuxBIOS image. +Per default the object file will be compiled from a \texttt{.c} file +with the same name. Symbols defined in such an object file can be used +in other object files and drivers. Example: + +\begin{verbatim} + object reset.o +\end{verbatim} + +\item \begin{verbatim}makerule\end{verbatim} + +This keyword can be used to extend the existing file creation rules +during the build process. This is useful if external utilities have to +be used for the build. LinuxBIOS on AMD64 uses romcc for it's early +startup code placed in auto.c. + +To tell the configuration mechanism how to build \texttt{romcc} files, +do: + +\begin{verbatim} +makerule ./auto.E + depends "$(MAINBOARD)/auto.c" + action "$(CPP) I$(TOP)/src $(ROMCCPPFLAGS) $(CPPFLAGS) \ + $(MAINBOARD)/auto.c > ./auto.E" +end +makerule ./auto.inc + depends "./auto.E ./romcc" + action "./romcc mcpu=k8 O ./auto.E > auto.inc" +end +\end{verbatim} + +Each makerule section contains file dependencies (using the depend +keyword) and an action that is taken when the dependencies are satisfied +(using the action keyword). + +\item \begin{verbatim}mainboardinit\end{verbatim} + +With the mainboardinit keyword it's possible to include assembler code +directly into the LinuxBIOS image. This is used for early infrastructure +initialization, i.e. to switch to protected mode. Example: + +\begin{verbatim} + mainboardinit cpu/i386/entry16.inc +\end{verbatim} + +\item \begin{verbatim}ldscript\end{verbatim} + +The GNU linker ld is used to link object files together to a LinuxBIOS +ROM image. + +Since it is a lot more comfortable and flexible to use the GNU linker +with linker scripts (ldscripts) than to create complex command line +calls, LinuxBIOS features including linker scripts to control image +creation. Example: + +\begin{verbatim} + ldscript /cpu/i386/entry16.lds +\end{verbatim} + + +\item \begin{verbatim}dir\end{verbatim} + +LinuxBIOS reuses as much code between the different ports as possible. +To achieve this, commonly used code can be stored in a seperate +directory. For a new motherboard, it is enough to know that the code in +that directory can be used as is. + +LinuxBIOS will also read a \texttt{Config.lb} file stored in that +directory. This happens with: + +\begin{verbatim} + dir /pc80 +\end{verbatim} + + +\item \begin{verbatim}config\end{verbatim} + +This keyword is needed by the new chip configuration scheme. Should be +used as: + +\begin{verbatim} + config chip.h +\end{verbatim} + +\item \begin{verbatim}register\end{verbatim} +The \texttt{register} keyword can occur in any section, passing +additional parameters to the code handling the according device. +Example: + +\begin{verbatim} + register "com1" = "{1, 0, 0x3f8, 4}" +\end{verbatim} + +\item \begin{verbatim}northbridge\end{verbatim} + +The \texttt{northbridge} keyword describes a system northbridge. Some +systems, like AMD64, can have more than one northbridge, i.e. one per +CPU node. Each northbridge is described by the path to the northbridge +code in LinuxBIOS (relative to \texttt{freebios2/src/northbridge}), i.e. +\texttt{amd/amdk8} and a unique name (i.e ´mc0' ) Example: + +\begin{verbatim} + northbridge amd/amdk8 "mc0" + [..] + end +\end{verbatim} + +\item \begin{verbatim}southbridge\end{verbatim} + +To simplify the handling of bus bridges in a LinuxBIOS system, all +bridges available in a system that are not northbridges (i.e AGP, IO, +PCIX) are seen as southbridges. + +Since from the CPUs point of view any southbridge is connected via the +northbridge, a southbridge section is declared within the northbridge +section of the north bridge it is attached to. + +Like the northbridge, any other bridge is described by the path to it's +driver code, and a unique name. If the described bridge is a +hypertransport device, the northbridge's hypertransport link it connects +to can be specified using the \texttt{link} keyword. Example: + +\begin{verbatim} +northbridge amd/amdk8 "mc0" + [..] + southbridge amd/amd8111 "amd8111" link 0 + [..] + end + [..] +end +\end{verbatim} + +\item \begin{verbatim}pci\end{verbatim} + +The \texttt{pci} keyword can only occur within a \texttt{northbridge} or +\texttt{southbridge} section. It is used to describe the PCI devices +that are provided by the bridge. Generally all bridge sections have a +couple of \texttt{pci} keywords. + +The first occurrence of the \texttt{pci} keyword tells LinuxBIOS where +the bridge devices start, relative to the PCI configuration space used +by the bridge. The following occurences of the \texttt{pci} keyword +describe the provided devices. + +Adding the option \texttt{on} or \texttt{off} to a PCI device will +enable or disable this device. This feature can be used if some bridge +devices are not wired to hardware outputs and thus are not used. + +Example: + +\begin{verbatim} +northbridge amd/amdk8 "mc1" + pci 0:19.0 + pci 0:19.0 + pci 0:19.0 + pci 0:19.1 + pci 0:19.2 + pci 0:19.3 +end +\end{verbatim} + +or + +\begin{verbatim} +southbridge amd/amd8111 "amd8111" link 0 + pci 0:0.0 + pci 0:1.0 on + pci 0:1.1 on + pci 0:1.2 on + pci 0:1.3 on + pci 0:1.5 off + pci 0:1.6 off + pci 1:0.0 on + pci 1:0.1 on + pci 1:0.2 on + pci 1:1.0 off + [..] +end +\end{verbatim} + +\item \begin{verbatim}superio\end{verbatim} + +SuperIO devices are basically handled like brigdes. They are taking +their driver code from \texttt{freebios2/src/superio/}. They don't +provide a PCI compatible configuration interface, but instead are ISA +PnP devices. Normally they are connected to a southbridge. If this is +the case, the \texttt{superio} section will be a subsection of the +\texttt{southbridge} section of the southbridge it is connected to. +Example: + +\begin{verbatim} +superio NSC/pc87360 link 1 + pnp 2e.0 + pnp 2e.1 + pnp 2e.2 + pnp 2e.3 + pnp 2e.4 + pnp 2e.5 + pnp 2e.6 + pnp 2e.7 + pnp 2e.8 + pnp 2e.9 + pnp 2e.a + register "com1" = "{1, 0, 0x3f8, 4}" + register "lpt" = "{1}" +end +\end{verbatim} + +\end{itemize} + +\newpage + +\subsubsection{Motherboard specific configuration options} + +The following options are commonly used in motherboard specific +configuration files. + +They should be set using the \texttt{default} keyword: + +\begin{itemize} + +\item \begin{verbatim}HAVE_HARD_RESET\end{verbatim} + +If set to \texttt{1}, this option defines that there is a hard reset +function for this mainboard. This option is not defined per default. + +\item \begin{verbatim}HAVE_PIRQ_TABLE\end{verbatim} + +If set to \texttt{1}, this option defines that there is an IRQ Table for +this mainboard. This option is not defined per default. + +\item \begin{verbatim}IRQ_SLOT_COUNT\end{verbatim} + +Number of IRQ slots. This option is not defined per default. + +\item \begin{verbatim}HAVE_MP_TABLE\end{verbatim} + +Define this option to build an MP table (v1.4). The default is not to +build an MP table. + +\item \begin{verbatim}HAVE_OPTION_TABLE\end{verbatim} + +Define this option to export a CMOS option table. The default is not to +export a CMOS option table. + +\item \begin{verbatim}CONFIG_SMP\end{verbatim} + +Set this option to \texttt{1} if the mainboard supports symmetric +multiprocessing (SMP). This option defaults to \texttt{0} (no SMP). + +\item \begin{verbatim}CONFIG_MAX_CPUS\end{verbatim} + +If \begin{verbatim}CONFIG_SMP\end{verbatim} is set, this option defines +the maximum number of CPUs (i.e. the number of CPU sockets) in the +system. Defaults to \texttt{1}. + +\item \begin{verbatim}CONFIG_IOAPIC\end{verbatim} + +Set this option to \texttt{1} to enable IOAPIC support. This is +mandatory if you want to boot a 64bit Linux kernel on an AMD64 system. + +\item \begin{verbatim}STACK_SIZE\end{verbatim} + +LinuxBIOS stack size. The size of the function call stack defaults to +\texttt{0x2000} (8k). + +\item \begin{verbatim}HEAP_SIZE\end{verbatim} + +LinuxBIOS heap size. The heap is used when LinuxBIOS allocates memory +with malloc(). The default heap size is \texttt{0x2000}, but AMD64 boards +generally set it to \texttt{0x4000} (16k) + +\item \begin{verbatim}XIP_ROM_BASE\end{verbatim} + +Start address of area to cache during LinuxBIOS execution directly from +ROM. + +\item \begin{verbatim}XIP_ROM_SIZE\end{verbatim} + +Size of area to cache during LinuxBIOS execution directly from ROM + +\item \begin{verbatim}CONFIG_COMPRESS\end{verbatim} + +Set this option to \texttt{1} for a compressed image. If set to +\texttt{0}, the image is bigger but will start slightly faster (since no +decompression is needed). + +\end{itemize} + + +\newpage +% +% 9. Tweaking the source code +% +\section{Tweaking the source code} +Besides configuring the existing code it is sometimes necessary or +wished to tweak certain parts of LinuxBIOS by direct changes to the +code. This chapter covers some possible enhancements and changes that +are needed when porting LinuxBIOS to a new motherboard or just come +handy now and then. + +\subsection{Hypertransport configuration} +Before LinuxBIOS is able to activate all CPUs and detect bridges +attached to these CPUs (and thus, see all devices attached to the +system) it has to initialize the coherent hypertransport devices. + +The current algorithms to do coherent hypertransport initialization are +not fully automatically evaluating the hypertransport chain graph. +Therefore the code needs to be adapted when porting LinuxBIOS to a new +AMD64 motherboard. An example arrangement of hypertransport devices +looks like this: + +\begin{figure}[htb] +\centering +\includegraphics[scale=1.0]{hypertransport.pdf} +\caption{Example: Hypertransport Link Connections} +\label{fix:hypertransport} +\end{figure} + +Each hypertransport device has one to three hypertransport links that +are used for device interconnection. These links are called LDT$[$012$]$, or +accordingly UP, ACROSS, DOWN. Communication between the hypertransport +devices can be freely routed, honoring the physical wiring. Teaching the +coherent hypertransport initialization algorithm this wiring happens in +two steps. + +\newpage + +\begin{enumerate} +\item Setting outgoing connections +The algorithm needs to know which outgoing port of a CPU node is +connected to the directly succeeding node. This is done in +\texttt{freebios2/src/mainboard/$<$vendor$>$/$<$mainboard$>$/auto.c} +with a number of preprocessor defines (one define for two-node systems, +three defines for four-node systems). + +The ports in question are flagged with a circle in the graph for +illustration. For the example graph above (all outgoing connections are +realized using LDT1/ACROSS) the defines are: + +\begin{verbatim} +#define CONNECTION_0_1 ACROSS +#define CONNECTION_0_2 ACROSS +#define CONNECTION_1_3 ACROSS +\end{verbatim} + +\item Describing routing information between CPUs. + +There are basically three different message types for hypertransport +communication: +\begin{enumerate} +\item request packages +\item response packages +\item broadcast packages +\end{enumerate} + +These three message types are routed using different hypertransport +ports. The routing information is written to the AMD K8 routing table. +In an Nnode system this routing table consists of 3*N*N entries , one +for each message type and for each possible CPU --> CPU communication. For +simplicity LinuxBIOS keeps the 3 routing entries for each CPU --> CPU +communication in one machine word. The routing table of each node looks +like this: + +\begin{verbatim} +/* Routing Table for Node i + * + * F0: 0x40, 0x44, 0x48, 0x4c, 0x50, 0x54, 0x58, 0x5c + * i: 0, 1, 2, 3, 4, 5, 6, 7 + * + * [ 0: 3] Request Route + * [0] Route to this node + * [1] Route to Link 0 + * [2] Route to Link 1 + * [3] Route to Link 2 + * [11: 8] Response Route + * [0] Route to this node + * [1] Route to Link 0 + * [2] Route to Link 1 + * [3] Route to Link 2 + * [19:16] Broadcast route + * [0] Route to this node + * [1] Route to Link 0 + * [2] Route to Link 1 + * [3] Route to Link 2 + */ +\end{verbatim} + +The routing table is passed to the coherent hypertransport +initialization algorithm by defining a function called +\texttt{generate\_row()} in \texttt{auto.c}: + +\begin{verbatim} +static unsigned int generate_row + (uint8_t node, uint8_t row, uint8_t maxnodes) +\end{verbatim} + +This function is trivial if there is only one CPU in the system, since +no routing has to be done: + +\begin{verbatim} +static unsigned int generate_row + (uint8_t node, uint8_t row, uint8_t maxnodes) +{ + return 0x00010101; /* default row entry */ +} +\end{verbatim} + +On a two-node system things look slightly more complicated. Since the +coherent hypertransport initialization algorithm works by consecutively +enabling CPUs, it contains routing information for driving the system +with one node and two nodes: + +\begin{verbatim} +static unsigned int generate_row + (uint8_t node, uint8_t row, uint8_t maxnodes) +{ + uint32_t ret=0x00010101; /* default row entry */ + static const unsigned int rows_2p[2][2] = { + { 0x00050101, 0x00010404 }, + { 0x00010404, 0x00050101 } + }; + if(maxnodes>2) maxnodes=2; + if (!(node>=maxnodes || row>=maxnodes)) { + ret=rows_2p[node][row]; + } + return ret; +} +\end{verbatim} + +Systems with four nodes have to contain routing information for one, two +and four-node setups: + +\begin{verbatim} +static unsigned int generate_row + (uint8_t node, uint8_t row, uint8_t maxnodes) +{ + uint32_t ret=0x00010101; /* default row entry */ + static const unsigned int rows_2p[2][2] = { + { 0x00030101, 0x00010202 }, + { 0x00010202, 0x00030101 } + }; + static const unsigned int rows_4p[4][4] = { + { 0x00070101, 0x00010202, 0x00030404, 0x00010204 }, + { 0x00010202, 0x000b0101, 0x00010208, 0x00030808 }, + { 0x00030808, 0x00010208, 0x000b0101, 0x00010202 }, + { 0x00010204, 0x00030404, 0x00010202, 0x00070101 } + }; + if (!(node>=maxnodes || row>=maxnodes)) { + if (maxnodes==2) + ret=rows_2p[node][row]; + if (maxnodes==4) + ret=rows_4p[node][row]; + } + return ret; +} +\end{verbatim} +\end{enumerate} + +\subsection{DRAM configuration} +Setting up the RAM controller(s) is probably the most complex part of +LinuxBIOS. Basically LinuxBIOS serially initializes all RAM controllers +in the system, using SPDROM (serial presence detect) data to set +timings, size and other properties. The SPD data is usually read +utilizing the I2C SMBUS interface of the southbridge. + +There is one central data structure that describes the RAM controllers +available on an AMD64 system and the concerned devices: + +\begin{verbatim} +struct mem_controller { + unsigned node_id; + device_t f0, f1, f2, f3; + uint8_t channel0[4]; + uint8_t channel1[4]; +}; +\end{verbatim} + +Available motherboard implementations and CPUs create the need to add +special setup code to RAM initialization in a number of places. +LinuxBIOS provides hooks to easily add code in these places without +having to change the generic code. Whether these hooks have to be used +depends on the motherboard design. In many cases the functions executed +by the hooks just carry out trivial default settings or they are even +empty. + +Some motherboard/CPU combinations need to trigger an additional memory +controller reset before the memory can be initialized properly. This is, +for example, used to get memory working on preC stepping AMD64 +processors. LinuxBIOS provides two hooks for triggering onboard memory +reset logic: + +\begin{itemize} +\item \begin{verbatim}static void memreset_setup(void)\end{verbatim} +\item \begin{verbatim}static void memreset(int controllers, const struct + mem_controller *ctrl)\end{verbatim} +\end{itemize} + +Some motherboards utilize an SMBUS hub or possibly other mechanisms to +allow using a large number of SPDROMs and thus ram sockets. The result +is that only the SPDROM information of one cpu node is visible at a +time. The following function, defined in \texttt{auto.c}, is called every time +before a memory controller is initialized and gets the memory controller +information of the next controller as a parameter: + +\begin{verbatim} +static inline void activate_spd_rom (const struct mem_controller *ctrl) +\end{verbatim} + +The way SMBUS hub information is coded into the \texttt{mem\_controller} +structure is motherboard implementation specific and not closer +described here. See \texttt{freebios2/src/mainboard/amd/quartet/auto.c} +for an example. + +LinuxBIOS folks have agreed on SPD data being the central information +source for RAM specific information. But not all motherboards/RAM +modules feature a physical SPD ROM. To still allow an easytouse SPD +driven setup, there is a hook that abstracts reading the SPD ROM +ingredients that are used by the memory initialization mechanism: + +\begin{verbatim} +static inline int spd_read_byte(unsigned device, unsigned address) +\end{verbatim} + +This function, defined in \texttt{auto.c}, directly maps it's calls to +\texttt{smbus\_read\_byte()} calls if SPD ROM information is read via +the I2C SMBUS: + +\begin{verbatim} +static inline int spd_read_byte(unsigned device, unsigned address) +{ + return smbus_read_byte(device & 0xff, address); +} +\end{verbatim} + +If there is no SPD ROM available in the system design, this function +keeps an array of SPD ROM information hard coded per logical RAM module. +It returns the ´faked' SPD ROM information using device and address +as indices to this array. + + +\subsection {IRQ Tables} + +Motherboards that provide an IRQ table should have the following two +variables set in their \texttt{Config.lb} file: + +\begin{verbatim} +default HAVE_PIRQ_TABLE=1 +default IRQ_SLOT_COUNT=7 +\end{verbatim} + +This will make LinuxBIOS look for the file +\texttt{freebios2/src/mainboard/<vendor>/<motherboard>/irq\_tables.c} which +contains the source code definition of the IRQ table. LinuxBIOS corrects +small inconsistencies in the IRQ table during startup (checksum and +number of entries), but it is not yet writing IRQ tables in a completely +dynamic way. + +\textbf{NOTE:} To get Linux to understand and actually use the IRQ +table, it is not always a good idea to specify the vendor and device id +of the actually present interrupt router device. Linux 2.4 for example +does not know about the interrupt router of the AMD8111 southbridge. In +such cases it is advised to choose the vendor/device id of a compatible +device that is supported by the Linux kernel. In case of the AMD8111 +interrupt router it is advised to specify the AMD768/Opus interrupt +controller instead (vendor id=\texttt{0x1022}, device id=\texttt{0x7443}) + +\subsection {MP Tables} + +LinuxBIOS contains code to create MP tables conforming the +Multiprocessor Specification V1.4. To include an MP Table in a LinuxBIOS +image, the following configuration variables have to be set (in the +mainboard specific configuration file +\texttt{freebios2/src/mainboard/<vendor><mainboard>/Config.lb}): + +\begin{verbatim} +default CONFIG_SMP=1 +default CONFIG_MAX_CPUS=1 # 2,4,.. +default HAVE_MP_TABLE=1 +\end{verbatim} + +LinuxBIOS will then look for a function for setting up the MP table in +the file \texttt{freebios2/src/mainboard<vendor>/<mainboard>/mptable.c}: + +\begin{verbatim} +void *smp_write_config_table(void *v, unsigned long * processor_map) +\end{verbatim} + +MP Table generation is still somewhat static, i.e. changing the bus +numbering will force +you to adopt the code in mptable.c. This is subject to change in future +revisions. + +\subsection{POST} +LinuxBIOS has three different methods of handling POST codes. They can +be triggered using configuration file options. +\begin{itemize} +\item +\emph{Ignore POST completely}. No early code debugging is possible with +this setting. Set the configuration variable \texttt{NO\_POST} to +\texttt{1} to switch off all POST handling in LinuxBIOS. +\item +\emph{Normal IO port 80 POST}. This is the default behavior of +LinuxBIOS. No configuration variables have to be set. To be able to see +port 80 POST output, you need a POST expansion card for ISA or PCI. Port +80 POST allows simple debugging without any other output method +available (serial interface or VGA display) +\item +\emph{Serial POST}. +This option allows to push POST messages to the serial interface instead +of using IO ports. \textbf{NOTE:} The serial interface has to be +initialized before serial POST can work. To use serial POST, set the +configuration variable \texttt{CONFIG\_SERIAL\_POST} to the value 1. +\end{itemize} + + +\subsection{HDT Debugging} +If you are debugging your LinuxBIOS code with a Hardware Debug Tool +(HDT), you can find the source code line for a given physical EIP +address as follows: Look the address up in the file linuxbios.map. Then +search the label Lxx in the file auto.inc created by romcc. The original +source code file and line number is mentioned in auto.inc. + + +\subsection{Device Drivers} +With only a few data structures LinuxBIOS features a simple but flexible +device driver interface. This interface is not intended for autonomously +driving the devices but to initialize all system components so that they +can be used by the booted operating system. + +Since nowadays most systems are PCI centric, the data structures used +are tuned towards (onboard and expansion bus) PCI devices. Each driver +consists of at least two structures. + +The \texttt{pci\_driver} structure maps PCI vendor/device id pairs to a +second structure that describes a set of functions that together +initialize and operate the device: + +\begin{verbatim} + static void adaptec_scsi_init(struct device *dev) + { + [..] + } + static struct device_operations lsi_scsi_ops = { + .read_resources = pci_dev_read_resources, + .set_resources = pci_dev_set_resources, + .enable_resources = pci_dev_enable_resources, + .init = lsi_scsi_init, + .scan_bus = 0, + }; + static struct pci_driver lsi_scsi_driver __pci_driver = { + .ops = &lsi_scsi_ops, + .vendor = 0xXXXX, + .device = 0xXXXX, + }; +\end{verbatim} + +By separating the two structures above, M:N relations between compatible +devices and drivers can be described. The driver source code containing +above data structures and code have to be added to a LinuxBIOS image +using the driver keyword in the motherboard specific configuration file +\texttt{freebios2/src/mainboard/<vendor>/<mainboard>/Config.lb}: + +\begin{verbatim} + driver lsi_scsi.o +\end{verbatim} + +\subsection{Bus Bridges} + +Currently all bridges supported in the LinuxBIOS2 tree are transparent +bridges. This means, once the bridge is initialized, it's remote devices +are visible on one of the PCI buses without special probing. LinuxBIOS +supports also bridges that are nontransparent. The driver support code +can provide a \texttt{scan\_bus} function to scan devices behind the bridge. + +\subsection{CPU Reset} +When changing speed and width of hypertransport chain connections +LinuxBIOS has to either assert an LDTSTOP or a reset to make the changes +become active. Additionally Linux can do a firmware reset, if LinuxBIOS +provides the needed infrastructure. To use this capability, define the +option \texttt{HAVE\_HARD\_RESET} and add an object file specifying the +reset code in your mainboard specific configuration file +\texttt{freebios2/src/mainboard/$<$vendor$>$/$<$mainboard$>$/Config.lb}: + +\begin{verbatim} + default HAVE_HARD_RESET=1 + object reset.o +\end{verbatim} + +The C source file \texttt{reset.c} (resulting in \texttt{reset.o} +during compilation) shall define the following function to take care +of the system reset: + +\begin{verbatim} + void hard_reset(void); +\end{verbatim} + +See \texttt{freebios2/src/mainboard/arima/hdama/reset.c} for an example +implementation. + +\newpage + +% +% 10. LinuxBIOS Internals +% + +\section{LinuxBIOS Internals} +This chapter covers some of the internal structures and algorithms of +LinuxBIOS that have not been mentioned so far. + +\subsection{Code Flow} + +\begin{figure}[htb] +\centering +\includegraphics[scale=0.7]{codeflow.pdf} +\caption{LinuxBIOS rough Code Flow} +\label{fix:codeflow} +\end{figure} + +\newpage + +\subsection{Fallback mechanism} +LinuxBIOS provides a mechanism to pack two different LinuxBIOS builds +within one LinuxBIOS ROM image. Using the system CMOS memory LinuxBIOS +determines whether the last boot with a default image succeeded and +boots a failsafe image on failure. This allows insystem testing without +the risk to render the system unusable. See +\texttt{freebios2/src/mainboard/arima/hdama/failover.c} for example +code. The fallback mechanism can be used with the \texttt{cmos\_util}. + +\subsection{(Un) Supported Standards} +LinuxBIOS supports the following standards +\begin{itemize} +\item Multiprocessing Specification (MPSPEC) 1.4 +\item IRQ Tables +\item Elf Booting +\end{itemize} +However, the following standards are not supported until now, and will +probably not be supported in future revisions: +\begin{itemize} +\item ACPI +\item APM +\end{itemize} + +\subsection{LinuxBIOS table} +LinuxBIOS stores information about the system in a data structure called +the LinuxBIOS table. This table can be read under Linux using the tool +lxbios from the Lawrence Livermore National Laboratory. + +Get more information about lxbios and the utility itself at +\url{http://www.llnl.gov/linux/lxbios/lxbios.html} + +\subsection{ROMCC limitations} +ROMCC, part of the LinuxBIOS project, is a C compiler that translates to +completely rommable code. This means the resulting code does not need +any memory to work. This is one of the major improvements in LinuxBIOS +V2, since it allows almost all code to be written in C. DRAM +initialization can be factored and reused more easily among mainboards +and platforms. + +Since no memory is available during this early initialization point, +romcc has to map all used variables in registers for their time being. +Same applies for their stack usage. Generally the less registers are +used up by the algorithms, the better code can be factored, resulting in +a smaller object size. Since getting the best register usage is an NP +hard problem, some heuristics are used to get reasonable translation +time. If you run out of registers during compilation, try to refactor +your code. + +\subsection{CMOS handling} +LinuxBIOS can use the motherboard's CMOS memory to store information +defined in a data structure called the CMOS table . This information +contains serial line speed, fallback boot control, output verbosity, +default boot device, ECC control, and more. It can be easily enhanced by +enhancing the CMOS table. This table, if present, is found at +\texttt{freebios2/src/mainboard/$<$vendor$>$/$<$mainboard$>$/cmos.layout}. +It describes the available options, their possible values and their +position within the CMOS memory. The layout file looks as follows: +\begin{verbatim} + # startbit length config configID name + [..] + 392 3 e 5 baud_rate + [..] + + # configid value human readable description + 5 0 115200 + 5 1 57600 + 5 2 38400 + 5 3 19200 + 5 4 9600 + 5 5 4800 + 5 6 2400 + 5 7 1200 + +\end{verbatim} + +To change CMOS values from a running Linux system, use the +\texttt{cmos\_util}, provided by Linux Networks as part of the LinuxBIOS +utilities suite. Get it at +\textit{ftp://ftp.lnxi.com/pub/linuxbios/utilities/} + +\subsection {Booting Payloads} +LinuxBIOS can load a payload binary from a Flash device or IDE. This +payload can be a boot loader, like FILO or Etherboot, a kernel image, or +any other static ELF binary. + +To create a Linux kernel image, that is bootable in LinuxBIOS, you have +to use mkelfImage. The command line I used, looks like follows: + +\begin{verbatim} + objdir/sbin/mkelfImage t bzImagei386 kernel /boot/vmlinuz \ + commandline="console=ttyS0,115200 root=/dev/hda3" \ + initrd=/boot/initrd output vmlinuz.elf +\end{verbatim} + + +This will create the file \texttt{vmlinuz.elf} from a distribution +kernel, console redirected to the serial port and using an initial +ramdisk. + +\subsection{Kernel on dhcp/tftp} + +One possible scenario during testing is that you keep your kernel (or +any additional payload) on a different machine on the network. This can +quickly be done using a DHCP and TFTP server. + +Use for example following \texttt{/etc/dhcpd.conf} (adapt to your +network): + +\begin{verbatim} + subnet 192.168.1.0 netmask 255.255.255.0 { + range 192.168.1.0 192.168.1.31; + option broadcastaddress 192.168.1.255; + } + + ddnsupdatestyle adhoc; + + host hammer12 { + hardware ethernet 00:04:76:EA:64:31; + fixedaddress 192.168.1.24; + filename "vmlinuz.elf"; + } +\end{verbatim} + + +Additionally you have to run a \texttt{tftp} server. You can start one +using \texttt{inetd}. To do this, you have to remove the comment from +the following line in \texttt{/etc/inetd.conf}: + +\begin{verbatim} + tftp dgram udp wait root /usr/sbin/in.tftpd in.tftpd -s /tftpboot +\end{verbatim} + +Then put your kernel image \texttt{vmlinuz.elf} to \texttt{/tftpboot} on +the \texttt{tftp} server. + + +\newpage + +% +% 11 Glossary +% + +\section{Glossary} +\begin{itemize} +\item payload + +LinuxBIOS only cares about lowlevel machine initialization, but also has +very simple mechanisms to boot a file either from FLASHROM or IDE. That +file, possibly a Linux Kernel, a boot loader or Etherboot, are called +payload, since it is the first software executed that does not cope with +pure initialization. + +\item flash device + +Flash devices are commonly used in all different computers since unlike +ROMs they can be electronically erased and reprogrammed. +\end{itemize} + +\newpage + +% +% 12 Bibliography +% + +\section{Bibliography} +\subsection{Additional Papers on LinuxBIOS} + +\begin{itemize} + \item { \small + \textit{\url{http://www.linuxnetworx.com/products/linuxbios_white_paper.pdf}} + } + \item + \textit{\url{http://www.linuxbios.org/papers/}} + \item + \textit{\url{http://www.lysator.liu.se/upplysning/fa/linuxbios.pdf}} + \item + \textit{\url{http://portal.acm.org/citation.cfm?id=512627}} +\end{itemize} + +\subsection {Links} + +\begin{itemize} + \item Etherboot: \textit{\url{http://www.etherboot.org/}} + \item Filo: \textit{\url{http://te.to/~ts1/filo/}} + \item OpenBIOS: \textit{\url{http://www.openbios.org/}} +\end{itemize} + +\end{document} diff --git a/documentation/Makefile b/documentation/Makefile new file mode 100644 index 0000000000..1b063ffa3f --- /dev/null +++ b/documentation/Makefile @@ -0,0 +1,33 @@ +# +# Makefile for LinuxBIOS paper. +# hacked together by Stefan Reinauer <stepan@openbios.org> +# + +PDFLATEX=pdflatex -t a4 + +FIGS=codeflow.pdf hypertransport.pdf + +all: LinuxBIOS-AMD64.pdf + + +codeflow.pdf: codeflow.eps + epstopdf $< -o=$@ + +hypertransport.pdf: hypertransport.eps + epstopdf $< -o=$@ + +LinuxBIOS-AMD64.toc: $(FIGS) LinuxBIOS-AMD64.tex + # 2 times to make sure we have a current toc. + $(PDFLATEX) LinuxBIOS-AMD64.tex + $(PDFLATEX) LinuxBIOS-AMD64.tex + +LinuxBIOS-AMD64.pdf: $(FIGS) LinuxBIOS-AMD64.tex LinuxBIOS-AMD64.toc + $(PDFLATEX) LinuxBIOS-AMD64.tex + +clean: + rm -f *.aux *.idx *.log *.toc *.out $(FIGS) + +distclean: clean + rm -f LinuxBIOS-AMD64.pdf + + diff --git a/documentation/codeflow.eps b/documentation/codeflow.eps new file mode 100644 index 0000000000..68d3ab8715 --- /dev/null +++ b/documentation/codeflow.eps @@ -0,0 +1,1141 @@ +%!PS-Adobe-3.0 EPSF-3.0 +%%BoundingBox: 0 0 233 617 +%%Pages: 0 +%%Creator: Sun Microsystems, Inc. +%%Title: none +%%CreationDate: none +%%LanguageLevel: 2 +%%EndComments +%%BeginProlog +%%BeginResource: SDRes +/b4_inc_state save def +/dict_count countdictstack def +/op_count count 1 sub def +userdict begin +0 setgray 0 setlinecap 1 setlinewidth 0 setlinejoin 10 setmiterlimit[] 0 setdash newpath +/languagelevel where {pop languagelevel 1 ne {false setstrokeadjust false setoverprint} if} if +/bdef {bind def} bind def +/c {setrgbcolor} bdef +/l {neg lineto} bdef +/rl {neg rlineto} bdef +/lc {setlinecap} bdef +/lj {setlinejoin} bdef +/lw {setlinewidth} bdef +/ml {setmiterlimit} bdef +/ld {setdash} bdef +/m {neg moveto} bdef +/ct {6 2 roll neg 6 2 roll neg 6 2 roll neg curveto} bdef +/r {rotate} bdef +/t {neg translate} bdef +/s {scale} bdef +/sw {show} bdef +/gs {gsave} bdef +/gr {grestore} bdef +/f {findfont dup length dict begin +{1 index /FID ne {def} {pop pop} ifelse} forall /Encoding ISOLatin1Encoding def +currentdict end /NFont exch definefont pop /NFont findfont} bdef +/p {closepath} bdef +/sf {scalefont setfont} bdef +/ef {eofill}bdef +/pc {closepath stroke}bdef +/ps {stroke}bdef +/pum {matrix currentmatrix}bdef +/pom {setmatrix}bdef +/bs {/aString exch def /nXOfs exch def /nWidth exch def currentpoint nXOfs 0 rmoveto pum nWidth aString stringwidth pop div 1 scale aString show pom moveto} bdef +%%EndResource +%%EndProlog +%%BeginSetup +%%EndSetup +%%Page: 1 1 +%%BeginPageSetup +%%EndPageSetup +pum +0.02838 0.02832 s +0 -21781 t +/tm matrix currentmatrix def +tm setmatrix +-3068 -1826 t +1 1 s +0.703 0.703 0.703 c 7143 8527 m 3068 8527 l 3068 7415 l 11218 7415 l +11218 8527 l 7143 8527 l p ef +0 lw 1 lj 0.003 0.003 0.003 c 7143 8527 m 3068 8527 l 3068 7415 l 11218 7415 l +11218 8527 l 7143 8527 l pc +gs +pum +5714 8202 t +338 -163 m 338 -326 l 321 -326 l 313 -270 300 -259 244 -259 ct 141 -259 l +141 -416 l 141 -436 145 -440 164 -440 ct 260 -440 l 340 -440 355 -429 367 -366 ct +385 -366 l 383 -467 l 8 -467 l 8 -453 l 60 -449 69 -439 69 -390 ct 69 -84 l +69 -26 62 -16 8 -13 ct 8 0 l 206 0 l 206 -13 l 151 -16 141 -26 141 -76 ct +141 -230 l 244 -230 l 301 -230 313 -220 321 -163 ct p ef +709 -46 m 697 -36 688 -33 677 -33 ct 661 -33 656 -43 656 -74 ct 656 -211 l +656 -248 653 -268 642 -285 ct 627 -311 596 -324 555 -324 ct 488 -324 436 -290 436 -245 ct +436 -229 450 -215 466 -215 ct 483 -215 498 -229 498 -244 ct 498 -247 497 -251 497 -256 ct +495 -262 495 -268 495 -273 ct 495 -292 517 -307 545 -307 ct 580 -307 599 -287 599 -249 ct +599 -206 l 490 -162 478 -156 448 -129 ct 433 -115 423 -91 423 -68 ct 423 -24 454 7 497 7 ct +528 7 557 -7 600 -44 ct 603 -7 616 7 645 7 ct 669 7 684 -1 709 -28 ct p +599 -86 m 599 -64 596 -58 581 -50 ct 564 -40 544 -33 529 -33 ct 505 -33 485 -57 485 -88 ct +485 -91 l 485 -132 514 -158 599 -189 ct p ef +727 -439 m 731 -439 l 739 -440 747 -441 753 -441 ct 776 -441 783 -431 783 -398 ct +783 -61 l 783 -23 773 -14 728 -10 ct 728 0 l 895 0 l 895 -10 l 850 -13 842 -20 842 -59 ct +842 -480 l 839 -482 l 802 -470 776 -463 727 -451 ct p ef +939 -439 m 943 -439 l 951 -440 959 -441 965 -441 ct 988 -441 995 -431 995 -398 ct +995 -61 l 995 -23 985 -14 940 -10 ct 940 0 l 1107 0 l 1107 -10 l 1062 -13 1054 -20 1054 -59 ct +1054 -480 l 1051 -482 l 1014 -470 988 -463 939 -451 ct p ef +1246 -480 m 1242 -482 l 1212 -471 1193 -465 1160 -456 ct 1140 -451 l 1140 -439 l +1144 -440 1147 -440 1152 -440 ct 1180 -440 1186 -434 1186 -404 ct 1186 -38 l +1186 -16 1246 7 1303 7 ct 1396 7 1468 -70 1468 -171 ct 1468 -258 1414 -324 1344 -324 ct +1301 -324 1260 -299 1246 -264 ct p +1246 -227 m 1246 -254 1279 -280 1315 -280 ct 1370 -280 1406 -225 1406 -139 ct +1406 -60 1372 -15 1314 -15 ct 1277 -15 1246 -31 1246 -49 ct p ef +1820 -46 m 1808 -36 1799 -33 1788 -33 ct 1772 -33 1767 -43 1767 -74 ct 1767 -211 l +1767 -248 1764 -268 1753 -285 ct 1738 -311 1707 -324 1666 -324 ct 1599 -324 1547 -290 1547 -245 ct +1547 -229 1561 -215 1577 -215 ct 1594 -215 1609 -229 1609 -244 ct 1609 -247 1608 -251 1608 -256 ct +1606 -262 1606 -268 1606 -273 ct 1606 -292 1628 -307 1656 -307 ct 1691 -307 1710 -287 1710 -249 ct +1710 -206 l 1601 -162 1589 -156 1559 -129 ct 1544 -115 1534 -91 1534 -68 ct +1534 -24 1565 7 1608 7 ct 1639 7 1668 -7 1711 -44 ct 1714 -7 1727 7 1756 7 ct 1780 7 1795 -1 1820 -28 ct +p +1710 -86 m 1710 -64 1707 -58 1692 -50 ct 1675 -40 1655 -33 1640 -33 ct 1616 -33 1596 -57 1596 -88 ct +1596 -91 l 1596 -132 1625 -158 1710 -189 ct p ef +2106 -110 m 2073 -60 2047 -43 2007 -43 ct 1943 -43 1898 -100 1898 -181 ct 1898 -254 1936 -304 1994 -304 ct +2019 -304 2028 -296 2035 -270 ct 2039 -254 l 2045 -235 2058 -222 2073 -222 ct +2091 -222 2106 -235 2106 -252 ct 2106 -291 2057 -324 1998 -324 ct 1963 -324 1927 -310 1898 -285 ct +1863 -254 1843 -206 1843 -150 ct 1843 -58 1899 7 1977 7 ct 2009 7 2037 -4 2063 -26 ct +2082 -43 2095 -62 2116 -103 ct p ef +2147 -439 m 2157 -440 2163 -441 2170 -441 ct 2193 -441 2200 -432 2200 -398 ct +2200 -57 l 2200 -21 2198 -19 2147 -10 ct 2147 0 l 2313 0 l 2313 -10 l +2299 -11 l 2270 -12 2260 -22 2260 -47 ct 2260 -177 l 2359 -45 l 2361 -42 l +2362 -40 2363 -38 2366 -36 ct 2371 -28 2373 -24 2373 -21 ct 2373 -14 2367 -10 2359 -10 ct +2345 -10 l 2345 0 l 2499 0 l 2499 -10 l 2468 -12 2446 -26 2416 -62 ct +2308 -199 l 2329 -218 l 2379 -264 2423 -297 2443 -302 ct 2454 -305 2464 -307 2476 -307 ct +2481 -307 l 2481 -317 l 2337 -317 l 2337 -307 l 2365 -307 2373 -304 2373 -294 ct +2373 -288 2366 -278 2356 -270 ct 2260 -184 l 2260 -480 l 2257 -482 l 2230 -473 2210 -468 2169 -456 ct +2147 -451 l p ef +2686 -115 m 2694 -163 2706 -191 2732 -224 ct 2764 -264 2764 -264 2774 -278 ct +2797 -313 2806 -338 2806 -367 ct 2806 -394 2797 -420 2780 -436 ct 2756 -461 2714 -477 2676 -477 ct +2611 -477 2562 -433 2562 -374 ct 2562 -346 2574 -331 2595 -331 ct 2612 -331 2624 -343 2624 -360 ct +2624 -369 2620 -378 2610 -390 ct 2601 -400 2598 -406 2598 -412 ct 2598 -434 2630 -456 2665 -456 ct +2707 -456 2741 -418 2741 -371 ct 2741 -338 2732 -300 2715 -261 ct 2695 -216 l +2682 -181 2674 -146 2674 -115 ct p +2681 -69 m 2660 -69 2643 -52 2643 -30 ct 2643 -9 2659 5 2680 5 ct 2703 5 2719 -9 2719 -31 ct +2719 -52 l 2701 -69 l p ef +pom +gr +0.703 0.703 0.703 c 7143 2938 m 3068 2938 l 3068 1826 l 11218 1826 l +11218 2938 l 7143 2938 l p ef +0.003 0.003 0.003 c 7143 2938 m 3068 2938 l 3068 1826 l 11218 1826 l 11218 2938 l +7143 2938 l pc +gs +pum +3994 2619 t +421 -119 m 401 -119 l 366 -43 336 -26 235 -26 ct 216 -26 l 181 -26 151 -29 146 -34 ct +143 -36 141 -44 141 -56 ct 141 -230 l 250 -230 l 308 -230 319 -221 328 -163 ct +344 -163 l 344 -326 l 328 -326 l 323 -297 320 -287 312 -277 ct 303 -265 283 -259 250 -259 ct +141 -259 l 141 -416 l 141 -436 146 -440 165 -440 ct 260 -440 l 340 -440 355 -429 367 -366 ct +385 -366 l 383 -467 l 8 -467 l 8 -453 l 60 -449 69 -439 69 -390 ct 69 -76 l +69 -27 60 -16 8 -13 ct 8 0 l 389 0 l p ef +461 -280 m 465 -283 472 -283 480 -283 ct 500 -283 506 -273 506 -238 ct 506 -63 l +506 -23 498 -13 462 -10 ct 462 0 l 612 0 l 612 -10 l 576 -13 565 -21 565 -47 ct +565 -245 l 599 -277 615 -285 638 -285 ct 673 -285 690 -264 690 -217 ct 690 -69 l +690 -25 680 -13 645 -10 ct 645 0 l 792 0 l 792 -10 l 757 -14 749 -22 749 -57 ct +749 -218 l 749 -285 718 -324 666 -324 ct 633 -324 611 -312 563 -267 ct 563 -323 l +558 -324 l 524 -312 500 -304 461 -292 ct p ef +1000 -317 m 928 -317 l 928 -399 l 928 -406 928 -408 923 -408 ct 918 -402 914 -396 909 -389 ct +882 -350 852 -316 841 -313 ct 833 -308 829 -303 829 -300 ct 829 -297 829 -296 832 -295 ct +869 -295 l 869 -82 l 869 -23 890 7 932 7 ct 966 7 993 -9 1016 -46 ct 1007 -54 l +992 -36 980 -29 965 -29 ct 939 -29 928 -48 928 -93 ct 928 -295 l 1000 -295 l +p ef +1320 -115 m 1286 -62 1255 -41 1210 -41 ct 1170 -41 1140 -62 1119 -102 ct 1106 -129 1101 -152 1100 -195 ct +1317 -195 l 1312 -241 1305 -261 1287 -284 ct 1266 -309 1233 -324 1197 -324 ct +1161 -324 1128 -312 1101 -288 ct 1068 -259 1049 -208 1049 -151 ct 1049 -53 1100 7 1181 7 ct +1248 7 1301 -34 1331 -110 ct p +1101 -218 m 1109 -273 1133 -299 1176 -299 ct 1219 -299 1236 -279 1245 -218 ct +p ef +1353 -275 m 1363 -277 1370 -278 1378 -278 ct 1396 -278 1402 -266 1402 -235 ct +1402 -59 l 1402 -24 1397 -19 1352 -10 ct 1352 0 l 1521 0 l 1521 -10 l +1473 -12 1461 -23 1461 -63 ct 1461 -222 l 1461 -244 1492 -280 1511 -280 ct +1515 -280 1521 -276 1529 -269 ct 1541 -259 1548 -255 1557 -255 ct 1574 -255 1585 -267 1585 -287 ct +1585 -310 1570 -324 1546 -324 ct 1517 -324 1496 -308 1461 -258 ct 1461 -323 l +1458 -324 l 1421 -309 1395 -300 1353 -286 ct p ef +1779 -277 m 1785 -278 1790 -278 1797 -278 ct 1821 -278 1825 -271 1825 -237 ct +1825 92 l 1825 129 1818 136 1776 141 ct 1776 153 l 1947 153 l 1947 140 l +1894 139 1885 132 1885 87 ct 1885 -23 l 1909 0 1926 7 1956 7 ct 2039 7 2104 -72 2104 -174 ct +2104 -261 2055 -324 1986 -324 ct 1947 -324 1916 -307 1885 -268 ct 1885 -323 l +1881 -324 l 1842 -309 1818 -300 1779 -288 ct p +1885 -235 m 1885 -256 1924 -282 1957 -282 ct 2009 -282 2044 -228 2044 -146 ct +2044 -68 2009 -15 1958 -15 ct 1925 -15 1885 -40 1885 -62 ct p ef +2147 -275 m 2157 -277 2164 -278 2172 -278 ct 2190 -278 2196 -266 2196 -235 ct +2196 -59 l 2196 -24 2191 -19 2146 -10 ct 2146 0 l 2315 0 l 2315 -10 l +2267 -12 2255 -23 2255 -63 ct 2255 -222 l 2255 -244 2286 -280 2305 -280 ct +2309 -280 2315 -276 2323 -269 ct 2335 -259 2342 -255 2351 -255 ct 2368 -255 2379 -267 2379 -287 ct +2379 -310 2364 -324 2340 -324 ct 2311 -324 2290 -308 2255 -258 ct 2255 -323 l +2252 -324 l 2215 -309 2189 -300 2147 -286 ct p ef +2557 -324 m 2465 -324 2401 -256 2401 -159 ct 2401 -64 2467 7 2556 7 ct 2645 7 2712 -67 2712 -165 ct +2712 -257 l 2647 -324 l p +2548 -304 m 2607 -304 2649 -237 2649 -140 ct 2649 -60 2617 -12 2564 -12 ct +2537 -12 2510 -29 2496 -57 ct 2476 -94 2465 -144 2465 -194 ct 2465 -261 l 2498 -304 l +p ef +2932 -317 m 2860 -317 l 2860 -399 l 2860 -406 2860 -408 2855 -408 ct 2850 -402 2846 -396 2841 -389 ct +2814 -350 2784 -316 2773 -313 ct 2765 -308 2761 -303 2761 -300 ct 2761 -297 2761 -296 2764 -295 ct +2801 -295 l 2801 -82 l 2801 -23 2822 7 2864 7 ct 2898 7 2925 -9 2948 -46 ct +2939 -54 l 2924 -36 2912 -29 2897 -29 ct 2871 -29 2860 -48 2860 -93 ct 2860 -295 l +2932 -295 l p ef +3251 -115 m 3217 -62 3186 -41 3141 -41 ct 3101 -41 3071 -62 3050 -102 ct 3037 -129 3032 -152 3031 -195 ct +3248 -195 l 3243 -241 3236 -261 3218 -284 ct 3197 -309 3164 -324 3128 -324 ct +3092 -324 3059 -312 3032 -288 ct 2999 -259 2980 -208 2980 -151 ct 2980 -53 3031 7 3112 7 ct +3179 7 3232 -34 3262 -110 ct p +3032 -218 m 3040 -273 3064 -299 3107 -299 ct 3150 -299 3167 -279 3176 -218 ct +p ef +3561 -110 m 3528 -60 3502 -43 3462 -43 ct 3398 -43 3353 -100 3353 -181 ct 3353 -254 3391 -304 3449 -304 ct +3474 -304 3483 -296 3490 -270 ct 3494 -254 l 3500 -235 3513 -222 3528 -222 ct +3546 -222 3561 -235 3561 -252 ct 3561 -291 3512 -324 3453 -324 ct 3418 -324 3382 -310 3353 -285 ct +3318 -254 3298 -206 3298 -150 ct 3298 -58 3354 7 3432 7 ct 3464 7 3492 -4 3518 -26 ct +3537 -43 3550 -62 3571 -103 ct p ef +3778 -317 m 3706 -317 l 3706 -399 l 3706 -406 3706 -408 3701 -408 ct 3696 -402 3692 -396 3687 -389 ct +3660 -350 3630 -316 3619 -313 ct 3611 -308 3607 -303 3607 -300 ct 3607 -297 3607 -296 3610 -295 ct +3647 -295 l 3647 -82 l 3647 -23 3668 7 3710 7 ct 3744 7 3771 -9 3794 -46 ct +3785 -54 l 3770 -36 3758 -29 3743 -29 ct 3717 -29 3706 -48 3706 -93 ct 3706 -295 l +3778 -295 l p ef +4098 -115 m 4064 -62 4033 -41 3988 -41 ct 3948 -41 3918 -62 3897 -102 ct 3884 -129 3879 -152 3878 -195 ct +4095 -195 l 4090 -241 4083 -261 4065 -284 ct 4044 -309 4011 -324 3975 -324 ct +3939 -324 3906 -312 3879 -288 ct 3846 -259 3827 -208 3827 -151 ct 3827 -53 3878 7 3959 7 ct +4026 7 4079 -34 4109 -110 ct p +3879 -218 m 3887 -273 3911 -299 3954 -299 ct 3997 -299 4014 -279 4023 -218 ct +p ef +4370 7 m 4474 -29 l 4474 -40 l 4461 -40 4460 -40 4458 -40 ct 4432 -40 4427 -48 4427 -80 ct +4427 -480 l 4423 -482 l 4389 -470 4365 -463 4320 -451 ct 4320 -439 l 4325 -440 4329 -440 4335 -440 ct +4361 -440 4368 -433 4368 -404 ct 4368 -294 l 4341 -317 4322 -324 4293 -324 ct +4212 -324 4147 -244 4147 -144 ct 4147 -54 4200 7 4277 7 ct 4317 7 4344 -7 4368 -40 ct +4368 4 l p +4368 -72 m 4368 -67 4363 -58 4356 -50 ct 4343 -36 4325 -29 4305 -29 ct 4246 -29 4207 -86 4207 -172 ct +4207 -252 4242 -304 4296 -304 ct 4333 -304 4368 -271 4368 -234 ct p ef +4696 -280 m 4705 -283 4711 -283 4719 -283 ct 4737 -283 4743 -272 4743 -238 ct +4743 -60 l 4743 -21 4733 -11 4694 -10 ct 4694 0 l 4851 0 l 4851 -10 l +4813 -12 4803 -19 4803 -47 ct 4803 -246 l 4803 -247 4808 -254 4813 -259 ct +4831 -276 4861 -288 4886 -288 ct 4917 -288 4932 -263 4932 -213 ct 4932 -60 l +4932 -21 4925 -13 4884 -10 ct 4884 0 l 5043 0 l 5043 -10 l 5002 -11 4992 -23 4992 -67 ct +4992 -244 l 5013 -275 5036 -288 5069 -288 ct 5109 -288 5122 -268 5122 -210 ct +5122 -61 l 5122 -21 5116 -15 5075 -10 ct 5075 0 l 5230 0 l 5230 -10 l +5211 -12 l 5190 -13 5181 -26 5181 -53 ct 5181 -199 l 5181 -282 5153 -324 5099 -324 ct +5058 -324 5022 -306 4984 -265 ct 4971 -305 4947 -324 4909 -324 ct 4878 -324 4858 -314 4800 -270 ct +4800 -323 l 4795 -324 l 4759 -311 4735 -303 4696 -292 ct p ef +5415 -324 m 5323 -324 5259 -256 5259 -159 ct 5259 -64 5325 7 5414 7 ct 5503 7 5570 -67 5570 -165 ct +5570 -257 l 5505 -324 l p +5406 -304 m 5465 -304 5507 -237 5507 -140 ct 5507 -60 5475 -12 5422 -12 ct +5395 -12 5368 -29 5354 -57 ct 5334 -94 5323 -144 5323 -194 ct 5323 -261 l 5356 -304 l +p ef +5851 7 m 5955 -29 l 5955 -40 l 5942 -40 5941 -40 5939 -40 ct 5913 -40 5908 -48 5908 -80 ct +5908 -480 l 5904 -482 l 5870 -470 5846 -463 5801 -451 ct 5801 -439 l 5806 -440 5810 -440 5816 -440 ct +5842 -440 5849 -433 5849 -404 ct 5849 -294 l 5822 -317 5803 -324 5774 -324 ct +5693 -324 5628 -244 5628 -144 ct 5628 -54 5681 7 5758 7 ct 5798 7 5825 -7 5849 -40 ct +5849 4 l p +5849 -72 m 5849 -67 5844 -58 5837 -50 ct 5824 -36 5806 -29 5786 -29 ct 5727 -29 5688 -86 5688 -172 ct +5688 -252 5723 -304 5777 -304 ct 5814 -304 5849 -271 5849 -234 ct p ef +6268 -115 m 6234 -62 6203 -41 6158 -41 ct 6118 -41 6088 -62 6067 -102 ct 6054 -129 6049 -152 6048 -195 ct +6265 -195 l 6260 -241 6253 -261 6235 -284 ct 6214 -309 6181 -324 6145 -324 ct +6109 -324 6076 -312 6049 -288 ct 6016 -259 5997 -208 5997 -151 ct 5997 -53 6048 7 6129 7 ct +6196 7 6249 -34 6279 -110 ct p +6049 -218 m 6057 -273 6081 -299 6124 -299 ct 6167 -299 6184 -279 6193 -218 ct +p ef +pom +gr +0.703 0.703 0.703 c 7143 13041 m 3068 13041 l 3068 10711 l 11218 10711 l +11218 13041 l 7143 13041 l p ef +0.003 0.003 0.003 c 7143 13041 m 3068 13041 l 3068 10711 l 11218 10711 l +11218 13041 l 7143 13041 l pc +gs +pum +4444 12091 t +81 -76 m 81 -24 72 -15 12 -13 ct 12 0 l 222 0 l 222 -13 l 164 -15 153 -25 153 -76 ct +153 -390 l 153 -441 163 -451 222 -453 ct 222 -467 l 12 -467 l 12 -453 l +72 -450 81 -442 81 -390 ct p ef +249 -280 m 253 -283 260 -283 268 -283 ct 288 -283 294 -273 294 -238 ct 294 -63 l +294 -23 286 -13 250 -10 ct 250 0 l 400 0 l 400 -10 l 364 -13 353 -21 353 -47 ct +353 -245 l 387 -277 403 -285 426 -285 ct 461 -285 478 -264 478 -217 ct 478 -69 l +478 -25 468 -13 433 -10 ct 433 0 l 580 0 l 580 -10 l 545 -14 537 -22 537 -57 ct +537 -218 l 537 -285 506 -324 454 -324 ct 421 -324 399 -312 351 -267 ct 351 -323 l +346 -324 l 312 -312 288 -304 249 -292 ct p ef +732 -324 m 623 -285 l 623 -275 l 628 -276 l 637 -277 646 -278 652 -278 ct +669 -278 676 -266 676 -235 ct 676 -72 l 676 -21 669 -13 620 -10 ct 620 0 l +787 0 l 787 -10 l 741 -14 735 -21 735 -72 ct 735 -322 l p +699 -482 m 680 -482 664 -465 664 -446 ct 664 -426 679 -410 699 -410 ct 719 -410 736 -425 736 -446 ct +736 -465 l 719 -482 l p ef +1000 -317 m 928 -317 l 928 -399 l 928 -406 928 -408 923 -408 ct 918 -402 914 -396 909 -389 ct +882 -350 852 -316 841 -313 ct 833 -308 829 -303 829 -300 ct 829 -297 829 -296 832 -295 ct +869 -295 l 869 -82 l 869 -23 890 7 932 7 ct 966 7 993 -9 1016 -46 ct 1007 -54 l +992 -36 980 -29 965 -29 ct 939 -29 928 -48 928 -93 ct 928 -295 l 1000 -295 l +p ef +1155 -324 m 1046 -285 l 1046 -275 l 1051 -276 l 1060 -277 1069 -278 1075 -278 ct +1092 -278 1099 -266 1099 -235 ct 1099 -72 l 1099 -21 1092 -13 1043 -10 ct 1043 0 l +1210 0 l 1210 -10 l 1164 -14 1158 -21 1158 -72 ct 1158 -322 l p +1122 -482 m 1103 -482 1087 -465 1087 -446 ct 1087 -426 1102 -410 1122 -410 ct +1142 -410 1159 -425 1159 -446 ct 1159 -465 l 1142 -482 l p ef +1556 -46 m 1544 -36 1535 -33 1524 -33 ct 1508 -33 1503 -43 1503 -74 ct 1503 -211 l +1503 -248 1500 -268 1489 -285 ct 1474 -311 1443 -324 1402 -324 ct 1335 -324 1283 -290 1283 -245 ct +1283 -229 1297 -215 1313 -215 ct 1330 -215 1345 -229 1345 -244 ct 1345 -247 1344 -251 1344 -256 ct +1342 -262 1342 -268 1342 -273 ct 1342 -292 1364 -307 1392 -307 ct 1427 -307 1446 -287 1446 -249 ct +1446 -206 l 1337 -162 1325 -156 1295 -129 ct 1280 -115 1270 -91 1270 -68 ct +1270 -24 1301 7 1344 7 ct 1375 7 1404 -7 1447 -44 ct 1450 -7 1463 7 1492 7 ct 1516 7 1531 -1 1556 -28 ct +p +1446 -86 m 1446 -64 1443 -58 1428 -50 ct 1411 -40 1391 -33 1376 -33 ct 1352 -33 1332 -57 1332 -88 ct +1332 -91 l 1332 -132 1361 -158 1446 -189 ct p ef +1574 -439 m 1578 -439 l 1586 -440 1594 -441 1600 -441 ct 1623 -441 1630 -431 1630 -398 ct +1630 -61 l 1630 -23 1620 -14 1575 -10 ct 1575 0 l 1742 0 l 1742 -10 l +1697 -13 1689 -20 1689 -59 ct 1689 -480 l 1686 -482 l 1649 -470 1623 -463 1574 -451 ct +p ef +1896 -324 m 1787 -285 l 1787 -275 l 1792 -276 l 1801 -277 1810 -278 1816 -278 ct +1833 -278 1840 -266 1840 -235 ct 1840 -72 l 1840 -21 1833 -13 1784 -10 ct 1784 0 l +1951 0 l 1951 -10 l 1905 -14 1899 -21 1899 -72 ct 1899 -322 l p +1863 -482 m 1844 -482 1828 -465 1828 -446 ct 1828 -426 1843 -410 1863 -410 ct +1883 -410 1900 -425 1900 -446 ct 1900 -465 l 1883 -482 l p ef +2279 -95 m 2266 -98 l 2259 -62 2255 -51 2245 -39 ct 2236 -27 2212 -21 2176 -21 ct +2078 -21 l 2268 -307 l 2268 -317 l 2023 -317 l 2021 -234 l 2034 -234 l +2040 -285 2051 -296 2093 -296 ct 2190 -296 l 2003 -10 l 2003 0 l 2269 0 l +p ef +2590 -115 m 2556 -62 2525 -41 2480 -41 ct 2440 -41 2410 -62 2389 -102 ct 2376 -129 2371 -152 2370 -195 ct +2587 -195 l 2582 -241 2575 -261 2557 -284 ct 2536 -309 2503 -324 2467 -324 ct +2431 -324 2398 -312 2371 -288 ct 2338 -259 2319 -208 2319 -151 ct 2319 -53 2370 7 2451 7 ct +2518 7 2571 -34 2601 -110 ct p +2371 -218 m 2379 -273 2403 -299 2446 -299 ct 2489 -299 2506 -279 2515 -218 ct +p ef +3120 -477 m 3105 -477 l 3102 -461 3095 -453 3083 -453 ct 3076 -453 3064 -456 3052 -461 ct +3025 -471 2999 -477 2977 -477 ct 2946 -477 2915 -465 2892 -444 ct 2867 -422 2855 -393 2855 -356 ct +2855 -300 2886 -260 2965 -218 ct 3016 -192 3052 -163 3070 -136 ct 3076 -127 3080 -112 3080 -95 ct +3080 -48 3045 -15 2993 -15 ct 2930 -15 2886 -54 2850 -140 ct 2834 -140 l 2855 9 l +2871 9 l 2872 -4 2880 -14 2891 -14 ct 2898 -14 2910 -11 2924 -6 ct 2951 4 2979 9 3007 9 ct +3088 9 3151 -45 3151 -118 ct 3151 -176 3112 -222 3019 -272 ct 2945 -313 2915 -344 2915 -382 ct +2915 -421 2945 -448 2989 -448 ct 3021 -448 3050 -434 3075 -409 ct 3097 -386 3107 -368 3118 -326 ct +3136 -326 l p ef +3274 -76 m 3274 -26 3265 -16 3212 -13 ct 3212 0 l 3412 0 l 3494 0 3568 -23 3612 -62 ct +3658 -104 3684 -167 3684 -235 ct 3684 -299 3663 -354 3624 -393 ct 3576 -441 3499 -467 3402 -467 ct +3212 -467 l 3212 -453 l 3268 -449 3274 -442 3274 -390 ct p +3346 -413 m 3346 -435 3354 -441 3383 -441 ct 3443 -441 3489 -429 3523 -405 ct +3578 -367 3607 -307 3607 -230 ct 3607 -147 3578 -88 3521 -55 ct 3485 -34 3444 -26 3383 -26 ct +3354 -26 3346 -32 3346 -55 ct p ef +4196 -13 m 4169 -15 4155 -22 4134 -46 ct 3989 -225 l 4036 -234 4057 -242 4081 -261 ct +4103 -280 4117 -309 4117 -343 ct 4117 -373 4108 -399 4089 -420 ct 4062 -449 4004 -467 3937 -467 ct +3743 -467 l 3743 -453 l 3795 -448 3803 -440 3803 -390 ct 3803 -84 l 3803 -26 3795 -17 3743 -13 ct +3743 0 l 3938 0 l 3938 -13 l 3884 -16 3875 -26 3875 -76 ct 3875 -216 l +3914 -217 l 4082 0 l 4196 0 l p +3875 -415 m 3875 -435 3882 -441 3911 -441 ct 3999 -441 4040 -410 4040 -344 ct +4040 -309 4025 -279 3999 -266 ct 3967 -247 3942 -243 3875 -242 ct p ef +4705 -13 m 4673 -15 4666 -22 4641 -74 ct 4466 -475 l 4451 -475 l 4305 -129 l +4259 -26 4251 -14 4217 -13 ct 4217 0 l 4357 0 l 4357 -13 l 4323 -13 4309 -22 4309 -42 ct +4309 -50 4311 -60 4315 -69 ct 4347 -152 l 4532 -152 l 4561 -84 l 4569 -65 4574 -47 4574 -37 ct +4574 -19 4562 -14 4525 -13 ct 4525 0 l 4705 0 l p +4359 -181 m 4440 -375 l 4522 -181 l p ef +5211 -404 m 5211 -84 l 5211 -26 5203 -16 5147 -13 ct 5147 0 l 5345 0 l +5345 -13 l 5293 -16 5283 -26 5283 -76 ct 5283 -390 l 5283 -440 5293 -449 5345 -453 ct +5345 -467 l 5204 -467 l 5048 -110 l 4885 -467 l 4745 -467 l 4745 -453 l +4803 -450 4812 -441 4812 -390 ct 4812 -103 l 4812 -31 4803 -17 4744 -13 ct +4744 0 l 4910 0 l 4910 -13 l 4856 -16 4844 -32 4844 -103 ct 4844 -388 l +5021 0 l 5031 0 l p ef +pom +gr +0.703 0.703 0.703 c 7143 10525 m 3068 10525 l 3068 9151 l 11218 9151 l +11218 10525 l 7143 10525 l p ef +0.003 0.003 0.003 c 7143 10525 m 3068 10525 l 3068 9151 l 11218 9151 l +11218 10525 l 7143 10525 l pc +gs +pum +5026 10054 t +465 -13 m 438 -15 424 -22 403 -46 ct 258 -225 l 305 -234 326 -242 350 -261 ct +372 -280 386 -309 386 -343 ct 386 -373 377 -399 358 -420 ct 331 -449 273 -467 206 -467 ct +12 -467 l 12 -453 l 64 -448 72 -440 72 -390 ct 72 -84 l 72 -26 64 -17 12 -13 ct +12 0 l 207 0 l 207 -13 l 153 -16 144 -26 144 -76 ct 144 -216 l 183 -217 l +351 0 l 465 0 l p +144 -415 m 144 -435 151 -441 180 -441 ct 268 -441 309 -410 309 -344 ct 309 -309 294 -279 268 -266 ct +236 -247 211 -243 144 -242 ct p ef +764 -115 m 730 -62 699 -41 654 -41 ct 614 -41 584 -62 563 -102 ct 550 -129 545 -152 544 -195 ct +761 -195 l 756 -241 749 -261 731 -284 ct 710 -309 677 -324 641 -324 ct 605 -324 572 -312 545 -288 ct +512 -259 493 -208 493 -151 ct 493 -53 544 7 625 7 ct 692 7 745 -34 775 -110 ct +p +545 -218 m 553 -273 577 -299 620 -299 ct 663 -299 680 -279 689 -218 ct p ef +1106 -46 m 1094 -36 1085 -33 1074 -33 ct 1058 -33 1053 -43 1053 -74 ct 1053 -211 l +1053 -248 1050 -268 1039 -285 ct 1024 -311 993 -324 952 -324 ct 885 -324 833 -290 833 -245 ct +833 -229 847 -215 863 -215 ct 880 -215 895 -229 895 -244 ct 895 -247 894 -251 894 -256 ct +892 -262 892 -268 892 -273 ct 892 -292 914 -307 942 -307 ct 977 -307 996 -287 996 -249 ct +996 -206 l 887 -162 875 -156 845 -129 ct 830 -115 820 -91 820 -68 ct 820 -24 851 7 894 7 ct +925 7 954 -7 997 -44 ct 1000 -7 1013 7 1042 7 ct 1066 7 1081 -1 1106 -28 ct p +996 -86 m 996 -64 993 -58 978 -50 ct 961 -40 941 -33 926 -33 ct 902 -33 882 -57 882 -88 ct +882 -91 l 882 -132 911 -158 996 -189 ct p ef +1353 7 m 1457 -29 l 1457 -40 l 1444 -40 1443 -40 1441 -40 ct 1415 -40 1410 -48 1410 -80 ct +1410 -480 l 1406 -482 l 1372 -470 1348 -463 1303 -451 ct 1303 -439 l 1308 -440 1312 -440 1318 -440 ct +1344 -440 1351 -433 1351 -404 ct 1351 -294 l 1324 -317 1305 -324 1276 -324 ct +1195 -324 1130 -244 1130 -144 ct 1130 -54 1183 7 1260 7 ct 1300 7 1327 -7 1351 -40 ct +1351 4 l p +1351 -72 m 1351 -67 1346 -58 1339 -50 ct 1326 -36 1308 -29 1288 -29 ct 1229 -29 1190 -86 1190 -172 ct +1190 -252 1225 -304 1279 -304 ct 1316 -304 1351 -271 1351 -234 ct p ef +1748 -76 m 1748 -24 1739 -15 1679 -13 ct 1679 0 l 1889 0 l 1889 -13 l +1831 -15 1820 -25 1820 -76 ct 1820 -390 l 1820 -441 1830 -451 1889 -453 ct +1889 -467 l 1679 -467 l 1679 -453 l 1739 -450 1748 -442 1748 -390 ct p ef +2240 -96 m 2231 -100 l 2205 -60 2195 -53 2164 -53 ct 1995 -53 l 2113 -177 l +2176 -243 2204 -297 2204 -352 ct 2204 -422 2147 -477 2073 -477 ct 2034 -477 1998 -461 1972 -433 ct +1949 -409 1938 -386 1926 -336 ct 1941 -333 l 1969 -402 1995 -425 2044 -425 ct +2103 -425 2143 -384 2143 -325 ct 2143 -270 2111 -204 2051 -141 ct 1926 -8 l +1926 0 l 2201 0 l p ef +2712 -317 m 2706 -477 l 2691 -477 l 2687 -462 2676 -453 2661 -453 ct 2655 -453 2644 -456 2634 -460 ct +2599 -471 2564 -477 2531 -477 ct 2473 -477 2414 -455 2371 -416 ct 2321 -372 2294 -307 2294 -229 ct +2294 -163 2315 -103 2351 -62 ct 2394 -16 2459 9 2529 9 ct 2608 9 2678 -22 2721 -79 ct +2709 -92 l 2656 -42 2610 -21 2551 -21 ct 2507 -21 2467 -35 2437 -62 ct 2398 -96 2376 -160 2376 -238 ct +2376 -366 2442 -449 2544 -449 ct 2584 -449 2621 -434 2649 -405 ct 2672 -383 2683 -363 2696 -317 ct +p ef +3252 -477 m 3237 -477 l 3234 -461 3227 -453 3215 -453 ct 3208 -453 3196 -456 3184 -461 ct +3157 -471 3131 -477 3109 -477 ct 3078 -477 3047 -465 3024 -444 ct 2999 -422 2987 -393 2987 -356 ct +2987 -300 3018 -260 3097 -218 ct 3148 -192 3184 -163 3202 -136 ct 3208 -127 3212 -112 3212 -95 ct +3212 -48 3177 -15 3125 -15 ct 3062 -15 3018 -54 2982 -140 ct 2966 -140 l 2987 9 l +3003 9 l 3004 -4 3012 -14 3023 -14 ct 3030 -14 3042 -11 3056 -6 ct 3083 4 3111 9 3139 9 ct +3220 9 3283 -45 3283 -118 ct 3283 -176 3244 -222 3151 -272 ct 3077 -313 3047 -344 3047 -382 ct +3047 -421 3077 -448 3121 -448 ct 3153 -448 3182 -434 3207 -409 ct 3229 -386 3239 -368 3250 -326 ct +3268 -326 l p ef +3476 -205 m 3494 -204 3506 -203 3525 -203 ct 3580 -203 3618 -210 3648 -227 ct +3691 -249 3716 -292 3716 -339 ct 3716 -369 3706 -396 3687 -416 ct 3659 -447 3598 -467 3531 -467 ct +3345 -467 l 3345 -453 l 3397 -448 3404 -441 3404 -390 ct 3404 -84 l 3404 -25 3398 -18 3345 -13 ct +3345 0 l 3542 0 l 3542 -13 l 3487 -15 3476 -25 3476 -76 ct p +3476 -417 m 3476 -436 3481 -441 3500 -441 ct 3595 -441 3639 -408 3639 -335 ct +3639 -266 3598 -231 3516 -231 ct 3502 -231 3492 -232 3476 -233 ct p ef +3804 -76 m 3804 -26 3795 -16 3742 -13 ct 3742 0 l 3942 0 l 4024 0 4098 -23 4142 -62 ct +4188 -104 4214 -167 4214 -235 ct 4214 -299 4193 -354 4154 -393 ct 4106 -441 4029 -467 3932 -467 ct +3742 -467 l 3742 -453 l 3798 -449 3804 -442 3804 -390 ct p +3876 -413 m 3876 -435 3884 -441 3913 -441 ct 3973 -441 4019 -429 4053 -405 ct +4108 -367 4137 -307 4137 -230 ct 4137 -147 4108 -88 4051 -55 ct 4015 -34 3974 -26 3913 -26 ct +3884 -26 3876 -32 3876 -55 ct p ef +pom +gr +0.703 0.703 0.703 c 7143 5468 m 3068 5468 l 3068 3562 l 11218 3562 l +11218 5468 l 7143 5468 l p ef +0.003 0.003 0.003 c 7143 5468 m 3068 5468 l 3068 3562 l 11218 3562 l 11218 5468 l +7143 5468 l pc +gs +pum +3253 4736 t +437 -317 m 431 -477 l 416 -477 l 412 -462 401 -453 386 -453 ct 380 -453 369 -456 359 -460 ct +324 -471 289 -477 256 -477 ct 198 -477 139 -455 96 -416 ct 46 -372 19 -307 19 -229 ct +19 -163 40 -103 76 -62 ct 119 -16 184 9 254 9 ct 333 9 403 -22 446 -79 ct 434 -92 l +381 -42 335 -21 276 -21 ct 232 -21 192 -35 162 -62 ct 123 -96 101 -160 101 -238 ct +101 -366 167 -449 269 -449 ct 309 -449 346 -434 374 -405 ct 397 -383 408 -363 421 -317 ct +p ef +652 -324 m 560 -324 496 -256 496 -159 ct 496 -64 562 7 651 7 ct 740 7 807 -67 807 -165 ct +807 -257 l 742 -324 l p +643 -304 m 702 -304 744 -237 744 -140 ct 744 -60 712 -12 659 -12 ct 632 -12 605 -29 591 -57 ct +571 -94 560 -144 560 -194 ct 560 -261 l 593 -304 l p ef +957 -242 m 987 -274 1008 -286 1036 -286 ct 1071 -286 1089 -261 1089 -211 ct +1089 -72 l 1089 -24 1082 -14 1041 -10 ct 1041 0 l 1190 0 l 1190 -10 l +1152 -17 1148 -23 1148 -72 ct 1148 -212 l 1148 -286 1118 -324 1061 -324 ct +1019 -324 990 -307 957 -265 ct 957 -480 l 954 -482 l 930 -473 912 -468 873 -456 ct +854 -451 l 854 -439 l 856 -440 859 -440 862 -440 ct 892 -440 898 -434 898 -404 ct +898 -72 l 898 -22 894 -16 853 -10 ct 853 0 l 1005 0 l 1005 -10 l 964 -14 957 -23 957 -72 ct +p ef +1505 -115 m 1471 -62 1440 -41 1395 -41 ct 1355 -41 1325 -62 1304 -102 ct 1291 -129 1286 -152 1285 -195 ct +1502 -195 l 1497 -241 1490 -261 1472 -284 ct 1451 -309 1418 -324 1382 -324 ct +1346 -324 1313 -312 1286 -288 ct 1253 -259 1234 -208 1234 -151 ct 1234 -53 1285 7 1366 7 ct +1433 7 1486 -34 1516 -110 ct p +1286 -218 m 1294 -273 1318 -299 1361 -299 ct 1404 -299 1421 -279 1430 -218 ct +p ef +1539 -275 m 1549 -277 1556 -278 1564 -278 ct 1582 -278 1588 -266 1588 -235 ct +1588 -59 l 1588 -24 1583 -19 1538 -10 ct 1538 0 l 1707 0 l 1707 -10 l +1659 -12 1647 -23 1647 -63 ct 1647 -222 l 1647 -244 1678 -280 1697 -280 ct +1701 -280 1707 -276 1715 -269 ct 1727 -259 1734 -255 1743 -255 ct 1760 -255 1771 -267 1771 -287 ct +1771 -310 1756 -324 1732 -324 ct 1703 -324 1682 -308 1647 -258 ct 1647 -323 l +1644 -324 l 1607 -309 1581 -300 1539 -286 ct p ef +2061 -115 m 2027 -62 1996 -41 1951 -41 ct 1911 -41 1881 -62 1860 -102 ct 1847 -129 1842 -152 1841 -195 ct +2058 -195 l 2053 -241 2046 -261 2028 -284 ct 2007 -309 1974 -324 1938 -324 ct +1902 -324 1869 -312 1842 -288 ct 1809 -259 1790 -208 1790 -151 ct 1790 -53 1841 7 1922 7 ct +1989 7 2042 -34 2072 -110 ct p +1842 -218 m 1850 -273 1874 -299 1917 -299 ct 1960 -299 1977 -279 1986 -218 ct +p ef +2101 -280 m 2105 -283 2112 -283 2120 -283 ct 2140 -283 2146 -273 2146 -238 ct +2146 -63 l 2146 -23 2138 -13 2102 -10 ct 2102 0 l 2252 0 l 2252 -10 l +2216 -13 2205 -21 2205 -47 ct 2205 -245 l 2239 -277 2255 -285 2278 -285 ct +2313 -285 2330 -264 2330 -217 ct 2330 -69 l 2330 -25 2320 -13 2285 -10 ct 2285 0 l +2432 0 l 2432 -10 l 2397 -14 2389 -22 2389 -57 ct 2389 -218 l 2389 -285 2358 -324 2306 -324 ct +2273 -324 2251 -312 2203 -267 ct 2203 -323 l 2198 -324 l 2164 -312 2140 -304 2101 -292 ct +p ef +2641 -317 m 2569 -317 l 2569 -399 l 2569 -406 2569 -408 2564 -408 ct 2559 -402 2555 -396 2550 -389 ct +2523 -350 2493 -316 2482 -313 ct 2474 -308 2470 -303 2470 -300 ct 2470 -297 2470 -296 2473 -295 ct +2510 -295 l 2510 -82 l 2510 -23 2531 7 2573 7 ct 2607 7 2634 -9 2657 -46 ct +2648 -54 l 2633 -36 2621 -29 2606 -29 ct 2580 -29 2569 -48 2569 -93 ct 2569 -295 l +2641 -295 l p ef +3005 -253 m 3005 -390 l 3005 -441 3013 -449 3067 -453 ct 3067 -467 l 2871 -467 l +2871 -453 l 2925 -449 2933 -441 2933 -390 ct 2933 -84 l 2933 -25 2926 -16 2871 -13 ct +2871 0 l 3067 0 l 3067 -13 l 3014 -17 3005 -26 3005 -76 ct 3005 -222 l +3219 -222 l 3219 -84 l 3219 -25 3212 -16 3157 -13 ct 3157 0 l 3353 0 l +3353 -13 l 3300 -17 3291 -26 3291 -76 ct 3291 -390 l 3291 -441 3299 -449 3353 -453 ct +3353 -467 l 3157 -467 l 3157 -453 l 3211 -449 3219 -441 3219 -390 ct 3219 -253 l +p ef +3566 -437 m 3566 -84 l 3566 -24 3558 -16 3499 -13 ct 3499 0 l 3706 0 l +3706 -13 l 3648 -16 3638 -25 3638 -76 ct 3638 -437 l 3676 -437 l 3756 -437 3772 -425 3788 -347 ct +3805 -347 l 3801 -467 l 3403 -467 l 3399 -347 l 3415 -347 l 3432 -424 3449 -437 3528 -437 ct +p ef +4103 -76 m 4103 -24 4094 -15 4034 -13 ct 4034 0 l 4244 0 l 4244 -13 l +4186 -15 4175 -25 4175 -76 ct 4175 -390 l 4175 -441 4185 -451 4244 -453 ct +4244 -467 l 4034 -467 l 4034 -453 l 4094 -450 4103 -442 4103 -390 ct p ef +4271 -280 m 4275 -283 4282 -283 4290 -283 ct 4310 -283 4316 -273 4316 -238 ct +4316 -63 l 4316 -23 4308 -13 4272 -10 ct 4272 0 l 4422 0 l 4422 -10 l +4386 -13 4375 -21 4375 -47 ct 4375 -245 l 4409 -277 4425 -285 4448 -285 ct +4483 -285 4500 -264 4500 -217 ct 4500 -69 l 4500 -25 4490 -13 4455 -10 ct 4455 0 l +4602 0 l 4602 -10 l 4567 -14 4559 -22 4559 -57 ct 4559 -218 l 4559 -285 4528 -324 4476 -324 ct +4443 -324 4421 -312 4373 -267 ct 4373 -323 l 4368 -324 l 4334 -312 4310 -304 4271 -292 ct +p ef +4753 -324 m 4644 -285 l 4644 -275 l 4649 -276 l 4658 -277 4667 -278 4673 -278 ct +4690 -278 4697 -266 4697 -235 ct 4697 -72 l 4697 -21 4690 -13 4641 -10 ct 4641 0 l +4808 0 l 4808 -10 l 4762 -14 4756 -21 4756 -72 ct 4756 -322 l p +4720 -482 m 4701 -482 4685 -465 4685 -446 ct 4685 -426 4700 -410 4720 -410 ct +4740 -410 4757 -425 4757 -446 ct 4757 -465 l 4740 -482 l p ef +5022 -317 m 4950 -317 l 4950 -399 l 4950 -406 4950 -408 4945 -408 ct 4940 -402 4936 -396 4931 -389 ct +4904 -350 4874 -316 4863 -313 ct 4855 -308 4851 -303 4851 -300 ct 4851 -297 4851 -296 4854 -295 ct +4891 -295 l 4891 -82 l 4891 -23 4912 7 4954 7 ct 4988 7 5015 -9 5038 -46 ct +5029 -54 l 5014 -36 5002 -29 4987 -29 ct 4961 -29 4950 -48 4950 -93 ct 4950 -295 l +5022 -295 l p ef +5177 -324 m 5068 -285 l 5068 -275 l 5073 -276 l 5082 -277 5091 -278 5097 -278 ct +5114 -278 5121 -266 5121 -235 ct 5121 -72 l 5121 -21 5114 -13 5065 -10 ct 5065 0 l +5232 0 l 5232 -10 l 5186 -14 5180 -21 5180 -72 ct 5180 -322 l p +5144 -482 m 5125 -482 5109 -465 5109 -446 ct 5109 -426 5124 -410 5144 -410 ct +5164 -410 5181 -425 5181 -446 ct 5181 -465 l 5164 -482 l p ef +5577 -46 m 5565 -36 5556 -33 5545 -33 ct 5529 -33 5524 -43 5524 -74 ct 5524 -211 l +5524 -248 5521 -268 5510 -285 ct 5495 -311 5464 -324 5423 -324 ct 5356 -324 5304 -290 5304 -245 ct +5304 -229 5318 -215 5334 -215 ct 5351 -215 5366 -229 5366 -244 ct 5366 -247 5365 -251 5365 -256 ct +5363 -262 5363 -268 5363 -273 ct 5363 -292 5385 -307 5413 -307 ct 5448 -307 5467 -287 5467 -249 ct +5467 -206 l 5358 -162 5346 -156 5316 -129 ct 5301 -115 5291 -91 5291 -68 ct +5291 -24 5322 7 5365 7 ct 5396 7 5425 -7 5468 -44 ct 5471 -7 5484 7 5513 7 ct 5537 7 5552 -1 5577 -28 ct +p +5467 -86 m 5467 -64 5464 -58 5449 -50 ct 5432 -40 5412 -33 5397 -33 ct 5373 -33 5353 -57 5353 -88 ct +5353 -91 l 5353 -132 5382 -158 5467 -189 ct p ef +5596 -439 m 5600 -439 l 5608 -440 5616 -441 5622 -441 ct 5645 -441 5652 -431 5652 -398 ct +5652 -61 l 5652 -23 5642 -14 5597 -10 ct 5597 0 l 5764 0 l 5764 -10 l +5719 -13 5711 -20 5711 -59 ct 5711 -480 l 5708 -482 l 5671 -470 5645 -463 5596 -451 ct +p ef +5917 -324 m 5808 -285 l 5808 -275 l 5813 -276 l 5822 -277 5831 -278 5837 -278 ct +5854 -278 5861 -266 5861 -235 ct 5861 -72 l 5861 -21 5854 -13 5805 -10 ct 5805 0 l +5972 0 l 5972 -10 l 5926 -14 5920 -21 5920 -72 ct 5920 -322 l p +5884 -482 m 5865 -482 5849 -465 5849 -446 ct 5849 -426 5864 -410 5884 -410 ct +5904 -410 5921 -425 5921 -446 ct 5921 -465 l 5904 -482 l p ef +6301 -95 m 6288 -98 l 6281 -62 6277 -51 6267 -39 ct 6258 -27 6234 -21 6198 -21 ct +6100 -21 l 6290 -307 l 6290 -317 l 6045 -317 l 6043 -234 l 6056 -234 l +6062 -285 6073 -296 6115 -296 ct 6212 -296 l 6025 -10 l 6025 0 l 6291 0 l +p ef +6636 -46 m 6624 -36 6615 -33 6604 -33 ct 6588 -33 6583 -43 6583 -74 ct 6583 -211 l +6583 -248 6580 -268 6569 -285 ct 6554 -311 6523 -324 6482 -324 ct 6415 -324 6363 -290 6363 -245 ct +6363 -229 6377 -215 6393 -215 ct 6410 -215 6425 -229 6425 -244 ct 6425 -247 6424 -251 6424 -256 ct +6422 -262 6422 -268 6422 -273 ct 6422 -292 6444 -307 6472 -307 ct 6507 -307 6526 -287 6526 -249 ct +6526 -206 l 6417 -162 6405 -156 6375 -129 ct 6360 -115 6350 -91 6350 -68 ct +6350 -24 6381 7 6424 7 ct 6455 7 6484 -7 6527 -44 ct 6530 -7 6543 7 6572 7 ct 6596 7 6611 -1 6636 -28 ct +p +6526 -86 m 6526 -64 6523 -58 6508 -50 ct 6491 -40 6471 -33 6456 -33 ct 6432 -33 6412 -57 6412 -88 ct +6412 -91 l 6412 -132 6441 -158 6526 -189 ct p ef +6821 -317 m 6749 -317 l 6749 -399 l 6749 -406 6749 -408 6744 -408 ct 6739 -402 6735 -396 6730 -389 ct +6703 -350 6673 -316 6662 -313 ct 6654 -308 6650 -303 6650 -300 ct 6650 -297 6650 -296 6653 -295 ct +6690 -295 l 6690 -82 l 6690 -23 6711 7 6753 7 ct 6787 7 6814 -9 6837 -46 ct +6828 -54 l 6813 -36 6801 -29 6786 -29 ct 6760 -29 6749 -48 6749 -93 ct 6749 -295 l +6821 -295 l p ef +6976 -324 m 6867 -285 l 6867 -275 l 6872 -276 l 6881 -277 6890 -278 6896 -278 ct +6913 -278 6920 -266 6920 -235 ct 6920 -72 l 6920 -21 6913 -13 6864 -10 ct 6864 0 l +7031 0 l 7031 -10 l 6985 -14 6979 -21 6979 -72 ct 6979 -322 l p +6943 -482 m 6924 -482 6908 -465 6908 -446 ct 6908 -426 6923 -410 6943 -410 ct +6963 -410 6980 -425 6980 -446 ct 6980 -465 l 6963 -482 l p ef +7240 -324 m 7148 -324 7084 -256 7084 -159 ct 7084 -64 7150 7 7239 7 ct 7328 7 7395 -67 7395 -165 ct +7395 -257 l 7330 -324 l p +7231 -304 m 7290 -304 7332 -237 7332 -140 ct 7332 -60 7300 -12 7247 -12 ct +7220 -12 7193 -29 7179 -57 ct 7159 -94 7148 -144 7148 -194 ct 7148 -261 l 7181 -304 l +p ef +7446 -280 m 7450 -283 7457 -283 7465 -283 ct 7485 -283 7491 -273 7491 -238 ct +7491 -63 l 7491 -23 7483 -13 7447 -10 ct 7447 0 l 7597 0 l 7597 -10 l +7561 -13 7550 -21 7550 -47 ct 7550 -245 l 7584 -277 7600 -285 7623 -285 ct +7658 -285 7675 -264 7675 -217 ct 7675 -69 l 7675 -25 7665 -13 7630 -10 ct 7630 0 l +7777 0 l 7777 -10 l 7742 -14 7734 -22 7734 -57 ct 7734 -218 l 7734 -285 7703 -324 7651 -324 ct +7618 -324 7596 -312 7548 -267 ct 7548 -323 l 7543 -324 l 7509 -312 7485 -304 7446 -292 ct +p ef +pom +gr +0.703 0.703 0.703 c 7143 6792 m 3068 6792 l 3068 5680 l 11218 5680 l +11218 6792 l 7143 6792 l p ef +0.003 0.003 0.003 c 7143 6792 m 3068 6792 l 3068 5680 l 11218 5680 l 11218 6792 l +7143 6792 l pc +gs +pum +4153 6456 t +432 7 m 432 -363 l 432 -405 439 -432 452 -441 ct 462 -448 472 -451 499 -453 ct +499 -467 l 333 -467 l 333 -453 l 360 -451 369 -449 380 -442 ct 394 -432 401 -407 401 -363 ct +401 -125 l 129 -467 l 8 -467 l 8 -453 l 38 -453 48 -448 76 -415 ct 76 -103 l +76 -31 67 -17 8 -13 ct 8 0 l 174 0 l 174 -13 l 120 -16 108 -32 108 -103 ct +108 -380 l 420 7 l p ef +966 -317 m 960 -477 l 945 -477 l 941 -462 930 -453 915 -453 ct 909 -453 898 -456 888 -460 ct +853 -471 818 -477 785 -477 ct 727 -477 668 -455 625 -416 ct 575 -372 548 -307 548 -229 ct +548 -163 569 -103 605 -62 ct 648 -16 713 9 783 9 ct 862 9 932 -22 975 -79 ct 963 -92 l +910 -42 864 -21 805 -21 ct 761 -21 721 -35 691 -62 ct 652 -96 630 -160 630 -238 ct +630 -366 696 -449 798 -449 ct 838 -449 875 -434 903 -405 ct 926 -383 937 -363 950 -317 ct +p ef +1152 -253 m 1152 -390 l 1152 -441 1160 -449 1214 -453 ct 1214 -467 l 1018 -467 l +1018 -453 l 1072 -449 1080 -441 1080 -390 ct 1080 -84 l 1080 -25 1073 -16 1018 -13 ct +1018 0 l 1214 0 l 1214 -13 l 1161 -17 1152 -26 1152 -76 ct 1152 -222 l +1366 -222 l 1366 -84 l 1366 -25 1359 -16 1304 -13 ct 1304 0 l 1500 0 l +1500 -13 l 1447 -17 1438 -26 1438 -76 ct 1438 -390 l 1438 -441 1446 -449 1500 -453 ct +1500 -467 l 1304 -467 l 1304 -453 l 1358 -449 1366 -441 1366 -390 ct 1366 -253 l +p ef +1714 -437 m 1714 -84 l 1714 -24 1706 -16 1647 -13 ct 1647 0 l 1854 0 l +1854 -13 l 1796 -16 1786 -25 1786 -76 ct 1786 -437 l 1824 -437 l 1904 -437 1920 -425 1936 -347 ct +1953 -347 l 1949 -467 l 1551 -467 l 1547 -347 l 1563 -347 l 1580 -424 1597 -437 1676 -437 ct +p ef +2591 -119 m 2571 -119 l 2536 -43 2506 -26 2405 -26 ct 2386 -26 l 2351 -26 2321 -29 2316 -34 ct +2313 -36 2311 -44 2311 -56 ct 2311 -230 l 2420 -230 l 2478 -230 2489 -221 2498 -163 ct +2514 -163 l 2514 -326 l 2498 -326 l 2493 -297 2490 -287 2482 -277 ct 2473 -265 2453 -259 2420 -259 ct +2311 -259 l 2311 -416 l 2311 -436 2316 -440 2335 -440 ct 2430 -440 l 2510 -440 2525 -429 2537 -366 ct +2555 -366 l 2553 -467 l 2178 -467 l 2178 -453 l 2230 -449 2239 -439 2239 -390 ct +2239 -76 l 2239 -27 2230 -16 2178 -13 ct 2178 0 l 2559 0 l p ef +2630 -280 m 2634 -283 2641 -283 2649 -283 ct 2669 -283 2675 -273 2675 -238 ct +2675 -63 l 2675 -23 2667 -13 2631 -10 ct 2631 0 l 2781 0 l 2781 -10 l +2745 -13 2734 -21 2734 -47 ct 2734 -245 l 2768 -277 2784 -285 2807 -285 ct +2842 -285 2859 -264 2859 -217 ct 2859 -69 l 2859 -25 2849 -13 2814 -10 ct 2814 0 l +2961 0 l 2961 -10 l 2926 -14 2918 -22 2918 -57 ct 2918 -218 l 2918 -285 2887 -324 2835 -324 ct +2802 -324 2780 -312 2732 -267 ct 2732 -323 l 2727 -324 l 2693 -312 2669 -304 2630 -292 ct +p ef +3328 -35 m 3324 -35 l 3292 -35 3284 -43 3284 -75 ct 3284 -317 l 3172 -317 l +3172 -305 l 3216 -303 3225 -296 3225 -261 ct 3225 -95 l 3225 -75 3221 -65 3211 -57 ct +3192 -42 3170 -33 3149 -33 ct 3122 -33 3099 -57 3099 -87 ct 3099 -317 l 2996 -317 l +2996 -307 l 3030 -305 3040 -295 3040 -262 ct 3040 -84 l 3040 -28 3074 7 3125 7 ct +3151 7 3179 -4 3198 -23 ct 3228 -53 l 3228 4 l 3231 6 l 3266 -7 3292 -15 3328 -25 ct +p ef +3373 -280 m 3382 -283 3388 -283 3396 -283 ct 3414 -283 3420 -272 3420 -238 ct +3420 -60 l 3420 -21 3410 -11 3371 -10 ct 3371 0 l 3528 0 l 3528 -10 l +3490 -12 3480 -19 3480 -47 ct 3480 -246 l 3480 -247 3485 -254 3490 -259 ct +3508 -276 3538 -288 3563 -288 ct 3594 -288 3609 -263 3609 -213 ct 3609 -60 l +3609 -21 3602 -13 3561 -10 ct 3561 0 l 3720 0 l 3720 -10 l 3679 -11 3669 -23 3669 -67 ct +3669 -244 l 3690 -275 3713 -288 3746 -288 ct 3786 -288 3799 -268 3799 -210 ct +3799 -61 l 3799 -21 3793 -15 3752 -10 ct 3752 0 l 3907 0 l 3907 -10 l +3888 -12 l 3867 -13 3858 -26 3858 -53 ct 3858 -199 l 3858 -282 3830 -324 3776 -324 ct +3735 -324 3699 -306 3661 -265 ct 3648 -305 3624 -324 3586 -324 ct 3555 -324 3535 -314 3477 -270 ct +3477 -323 l 3472 -324 l 3436 -311 3412 -303 3373 -292 ct p ef +4204 -115 m 4170 -62 4139 -41 4094 -41 ct 4054 -41 4024 -62 4003 -102 ct 3990 -129 3985 -152 3984 -195 ct +4201 -195 l 4196 -241 4189 -261 4171 -284 ct 4150 -309 4117 -324 4081 -324 ct +4045 -324 4012 -312 3985 -288 ct 3952 -259 3933 -208 3933 -151 ct 3933 -53 3984 7 4065 7 ct +4132 7 4185 -34 4215 -110 ct p +3985 -218 m 3993 -273 4017 -299 4060 -299 ct 4103 -299 4120 -279 4129 -218 ct +p ef +4237 -275 m 4247 -277 4254 -278 4262 -278 ct 4280 -278 4286 -266 4286 -235 ct +4286 -59 l 4286 -24 4281 -19 4236 -10 ct 4236 0 l 4405 0 l 4405 -10 l +4357 -12 4345 -23 4345 -63 ct 4345 -222 l 4345 -244 4376 -280 4395 -280 ct +4399 -280 4405 -276 4413 -269 ct 4425 -259 4432 -255 4441 -255 ct 4458 -255 4469 -267 4469 -287 ct +4469 -310 4454 -324 4430 -324 ct 4401 -324 4380 -308 4345 -258 ct 4345 -323 l +4342 -324 l 4305 -309 4279 -300 4237 -286 ct p ef +4783 -46 m 4771 -36 4762 -33 4751 -33 ct 4735 -33 4730 -43 4730 -74 ct 4730 -211 l +4730 -248 4727 -268 4716 -285 ct 4701 -311 4670 -324 4629 -324 ct 4562 -324 4510 -290 4510 -245 ct +4510 -229 4524 -215 4540 -215 ct 4557 -215 4572 -229 4572 -244 ct 4572 -247 4571 -251 4571 -256 ct +4569 -262 4569 -268 4569 -273 ct 4569 -292 4591 -307 4619 -307 ct 4654 -307 4673 -287 4673 -249 ct +4673 -206 l 4564 -162 4552 -156 4522 -129 ct 4507 -115 4497 -91 4497 -68 ct +4497 -24 4528 7 4571 7 ct 4602 7 4631 -7 4674 -44 ct 4677 -7 4690 7 4719 7 ct 4743 7 4758 -1 4783 -28 ct +p +4673 -86 m 4673 -64 4670 -58 4655 -50 ct 4638 -40 4618 -33 4603 -33 ct 4579 -33 4559 -57 4559 -88 ct +4559 -91 l 4559 -132 4588 -158 4673 -189 ct p ef +4969 -317 m 4897 -317 l 4897 -399 l 4897 -406 4897 -408 4892 -408 ct 4887 -402 4883 -396 4878 -389 ct +4851 -350 4821 -316 4810 -313 ct 4802 -308 4798 -303 4798 -300 ct 4798 -297 4798 -296 4801 -295 ct +4838 -295 l 4838 -82 l 4838 -23 4859 7 4901 7 ct 4935 7 4962 -9 4985 -46 ct +4976 -54 l 4961 -36 4949 -29 4934 -29 ct 4908 -29 4897 -48 4897 -93 ct 4897 -295 l +4969 -295 l p ef +5124 -324 m 5015 -285 l 5015 -275 l 5020 -276 l 5029 -277 5038 -278 5044 -278 ct +5061 -278 5068 -266 5068 -235 ct 5068 -72 l 5068 -21 5061 -13 5012 -10 ct 5012 0 l +5179 0 l 5179 -10 l 5133 -14 5127 -21 5127 -72 ct 5127 -322 l p +5091 -482 m 5072 -482 5056 -465 5056 -446 ct 5056 -426 5071 -410 5091 -410 ct +5111 -410 5128 -425 5128 -446 ct 5128 -465 l 5111 -482 l p ef +5388 -324 m 5296 -324 5232 -256 5232 -159 ct 5232 -64 5298 7 5387 7 ct 5476 7 5543 -67 5543 -165 ct +5543 -257 l 5478 -324 l p +5379 -304 m 5438 -304 5480 -237 5480 -140 ct 5480 -60 5448 -12 5395 -12 ct +5368 -12 5341 -29 5327 -57 ct 5307 -94 5296 -144 5296 -194 ct 5296 -261 l 5329 -304 l +p ef +5594 -280 m 5598 -283 5605 -283 5613 -283 ct 5633 -283 5639 -273 5639 -238 ct +5639 -63 l 5639 -23 5631 -13 5595 -10 ct 5595 0 l 5745 0 l 5745 -10 l +5709 -13 5698 -21 5698 -47 ct 5698 -245 l 5732 -277 5748 -285 5771 -285 ct +5806 -285 5823 -264 5823 -217 ct 5823 -69 l 5823 -25 5813 -13 5778 -10 ct 5778 0 l +5925 0 l 5925 -10 l 5890 -14 5882 -22 5882 -57 ct 5882 -218 l 5882 -285 5851 -324 5799 -324 ct +5766 -324 5744 -312 5696 -267 ct 5696 -323 l 5691 -324 l 5657 -312 5633 -304 5594 -292 ct +p ef +pom +gr +0.703 0.703 0.703 c 7143 18163 m 3068 18163 l 3068 13664 l 11218 13664 l +11218 18163 l 7143 18163 l p ef +0.003 0.003 0.003 c 7143 18163 m 3068 18163 l 3068 13664 l 11218 13664 l +11218 18163 l 7143 18163 l pc +gs +pum +4206 14578 t +315 -477 m 300 -477 l 297 -461 290 -453 278 -453 ct 271 -453 259 -456 247 -461 ct +220 -471 194 -477 172 -477 ct 141 -477 110 -465 87 -444 ct 62 -422 50 -393 50 -356 ct +50 -300 81 -260 160 -218 ct 211 -192 247 -163 265 -136 ct 271 -127 275 -112 275 -95 ct +275 -48 240 -15 188 -15 ct 125 -15 81 -54 45 -140 ct 29 -140 l 50 9 l 66 9 l +67 -4 75 -14 86 -14 ct 93 -14 105 -11 119 -6 ct 146 4 174 9 202 9 ct 283 9 346 -45 346 -118 ct +346 -176 307 -222 214 -272 ct 140 -313 110 -344 110 -382 ct 110 -421 140 -448 184 -448 ct +216 -448 245 -434 270 -409 ct 292 -386 302 -368 313 -326 ct 331 -326 l p ef +685 -115 m 651 -62 620 -41 575 -41 ct 535 -41 505 -62 484 -102 ct 471 -129 466 -152 465 -195 ct +682 -195 l 677 -241 670 -261 652 -284 ct 631 -309 598 -324 562 -324 ct 526 -324 493 -312 466 -288 ct +433 -259 414 -208 414 -151 ct 414 -53 465 7 546 7 ct 613 7 666 -34 696 -110 ct +p +466 -218 m 474 -273 498 -299 541 -299 ct 584 -299 601 -279 610 -218 ct p ef +894 -317 m 822 -317 l 822 -399 l 822 -406 822 -408 817 -408 ct 812 -402 808 -396 803 -389 ct +776 -350 746 -316 735 -313 ct 727 -308 723 -303 723 -300 ct 723 -297 723 -296 726 -295 ct +763 -295 l 763 -82 l 763 -23 784 7 826 7 ct 860 7 887 -9 910 -46 ct 901 -54 l +886 -36 874 -29 859 -29 ct 833 -29 822 -48 822 -93 ct 822 -295 l 894 -295 l +p ef +1264 -35 m 1260 -35 l 1228 -35 1220 -43 1220 -75 ct 1220 -317 l 1108 -317 l +1108 -305 l 1152 -303 1161 -296 1161 -261 ct 1161 -95 l 1161 -75 1157 -65 1147 -57 ct +1128 -42 1106 -33 1085 -33 ct 1058 -33 1035 -57 1035 -87 ct 1035 -317 l 932 -317 l +932 -307 l 966 -305 976 -295 976 -262 ct 976 -84 l 976 -28 1010 7 1061 7 ct +1087 7 1115 -4 1134 -23 ct 1164 -53 l 1164 4 l 1167 6 l 1202 -7 1228 -15 1264 -25 ct +p ef +1302 -277 m 1308 -278 1313 -278 1320 -278 ct 1344 -278 1348 -271 1348 -237 ct +1348 92 l 1348 129 1341 136 1299 141 ct 1299 153 l 1470 153 l 1470 140 l +1417 139 1408 132 1408 87 ct 1408 -23 l 1432 0 1449 7 1479 7 ct 1562 7 1627 -72 1627 -174 ct +1627 -261 1578 -324 1509 -324 ct 1470 -324 1439 -307 1408 -268 ct 1408 -323 l +1404 -324 l 1365 -309 1341 -300 1302 -288 ct p +1408 -235 m 1408 -256 1447 -282 1480 -282 ct 1532 -282 1567 -228 1567 -146 ct +1567 -68 1532 -15 1481 -15 ct 1448 -15 1408 -40 1408 -62 ct p ef +1994 -205 m 2012 -204 2024 -203 2043 -203 ct 2098 -203 2136 -210 2166 -227 ct +2209 -249 2234 -292 2234 -339 ct 2234 -369 2224 -396 2205 -416 ct 2177 -447 2116 -467 2049 -467 ct +1863 -467 l 1863 -453 l 1915 -448 1922 -441 1922 -390 ct 1922 -84 l 1922 -25 1916 -18 1863 -13 ct +1863 0 l 2060 0 l 2060 -13 l 2005 -15 1994 -25 1994 -76 ct p +1994 -417 m 1994 -436 1999 -441 2018 -441 ct 2113 -441 2157 -408 2157 -335 ct +2157 -266 2116 -231 2034 -231 ct 2020 -231 2010 -232 1994 -233 ct p ef +2686 -317 m 2680 -477 l 2665 -477 l 2661 -462 2650 -453 2635 -453 ct 2629 -453 2618 -456 2608 -460 ct +2573 -471 2538 -477 2505 -477 ct 2447 -477 2388 -455 2345 -416 ct 2295 -372 2268 -307 2268 -229 ct +2268 -163 2289 -103 2325 -62 ct 2368 -16 2433 9 2503 9 ct 2582 9 2652 -22 2695 -79 ct +2683 -92 l 2630 -42 2584 -21 2525 -21 ct 2481 -21 2441 -35 2411 -62 ct 2372 -96 2350 -160 2350 -238 ct +2350 -366 2416 -449 2518 -449 ct 2558 -449 2595 -434 2623 -405 ct 2646 -383 2657 -363 2670 -317 ct +p ef +2806 -76 m 2806 -24 2797 -15 2737 -13 ct 2737 0 l 2947 0 l 2947 -13 l +2889 -15 2878 -25 2878 -76 ct 2878 -390 l 2878 -441 2888 -451 2947 -453 ct +2947 -467 l 2737 -467 l 2737 -453 l 2797 -450 2806 -442 2806 -390 ct p ef +3153 -275 m 3163 -277 3170 -278 3178 -278 ct 3196 -278 3202 -266 3202 -235 ct +3202 -59 l 3202 -24 3197 -19 3152 -10 ct 3152 0 l 3321 0 l 3321 -10 l +3273 -12 3261 -23 3261 -63 ct 3261 -222 l 3261 -244 3292 -280 3311 -280 ct +3315 -280 3321 -276 3329 -269 ct 3341 -259 3348 -255 3357 -255 ct 3374 -255 3385 -267 3385 -287 ct +3385 -310 3370 -324 3346 -324 ct 3317 -324 3296 -308 3261 -258 ct 3261 -323 l +3258 -324 l 3221 -309 3195 -300 3153 -286 ct p ef +3675 -115 m 3641 -62 3610 -41 3565 -41 ct 3525 -41 3495 -62 3474 -102 ct 3461 -129 3456 -152 3455 -195 ct +3672 -195 l 3667 -241 3660 -261 3642 -284 ct 3621 -309 3588 -324 3552 -324 ct +3516 -324 3483 -312 3456 -288 ct 3423 -259 3404 -208 3404 -151 ct 3404 -53 3455 7 3536 7 ct +3603 7 3656 -34 3686 -110 ct p +3456 -218 m 3464 -273 3488 -299 3531 -299 ct 3574 -299 3591 -279 3600 -218 ct +p ef +3926 -221 m 3923 -317 l 3915 -317 l 3914 -316 l 3908 -311 3907 -310 3904 -310 ct +3900 -310 3893 -312 3885 -315 ct 3869 -321 3854 -324 3836 -324 ct 3780 -324 3740 -288 3740 -237 ct +3740 -197 3762 -169 3822 -135 ct 3863 -112 l 3888 -98 3900 -81 3900 -59 ct +3900 -28 3877 -8 3841 -8 ct 3817 -8 3795 -17 3782 -33 ct 3767 -50 3761 -67 3752 -107 ct +3740 -107 l 3740 2 l 3749 2 l 3754 -4 3757 -5 3766 -5 ct 3772 -5 3782 -4 3798 0 ct +3818 4 3837 7 3850 7 ct 3904 7 3949 -33 3949 -83 ct 3949 -118 3932 -141 3890 -167 ct +3814 -212 l 3794 -223 3783 -241 3783 -260 ct 3783 -288 3805 -308 3838 -308 ct +3878 -308 3899 -284 3915 -221 ct p ef +4171 -324 m 4079 -324 4015 -256 4015 -159 ct 4015 -64 4081 7 4170 7 ct 4259 7 4326 -67 4326 -165 ct +4326 -257 l 4261 -324 l p +4162 -304 m 4221 -304 4263 -237 4263 -140 ct 4263 -60 4231 -12 4178 -12 ct +4151 -12 4124 -29 4110 -57 ct 4090 -94 4079 -144 4079 -194 ct 4079 -261 l 4112 -304 l +p ef +4704 -35 m 4700 -35 l 4668 -35 4660 -43 4660 -75 ct 4660 -317 l 4548 -317 l +4548 -305 l 4592 -303 4601 -296 4601 -261 ct 4601 -95 l 4601 -75 4597 -65 4587 -57 ct +4568 -42 4546 -33 4525 -33 ct 4498 -33 4475 -57 4475 -87 ct 4475 -317 l 4372 -317 l +4372 -307 l 4406 -305 4416 -295 4416 -262 ct 4416 -84 l 4416 -28 4450 7 4501 7 ct +4527 7 4555 -4 4574 -23 ct 4604 -53 l 4604 4 l 4607 6 l 4642 -7 4668 -15 4704 -25 ct +p ef +4740 -275 m 4750 -277 4757 -278 4765 -278 ct 4783 -278 4789 -266 4789 -235 ct +4789 -59 l 4789 -24 4784 -19 4739 -10 ct 4739 0 l 4908 0 l 4908 -10 l +4860 -12 4848 -23 4848 -63 ct 4848 -222 l 4848 -244 4879 -280 4898 -280 ct +4902 -280 4908 -276 4916 -269 ct 4928 -259 4935 -255 4944 -255 ct 4961 -255 4972 -267 4972 -287 ct +4972 -310 4957 -324 4933 -324 ct 4904 -324 4883 -308 4848 -258 ct 4848 -323 l +4845 -324 l 4808 -309 4782 -300 4740 -286 ct p ef +5254 -110 m 5221 -60 5195 -43 5155 -43 ct 5091 -43 5046 -100 5046 -181 ct 5046 -254 5084 -304 5142 -304 ct +5167 -304 5176 -296 5183 -270 ct 5187 -254 l 5193 -235 5206 -222 5221 -222 ct +5239 -222 5254 -235 5254 -252 ct 5254 -291 5205 -324 5146 -324 ct 5111 -324 5075 -310 5046 -285 ct +5011 -254 4991 -206 4991 -150 ct 4991 -58 5047 7 5125 7 ct 5157 7 5185 -4 5211 -26 ct +5230 -43 5243 -62 5264 -103 ct p ef +5580 -115 m 5546 -62 5515 -41 5470 -41 ct 5430 -41 5400 -62 5379 -102 ct 5366 -129 5361 -152 5360 -195 ct +5577 -195 l 5572 -241 5565 -261 5547 -284 ct 5526 -309 5493 -324 5457 -324 ct +5421 -324 5388 -312 5361 -288 ct 5328 -259 5309 -208 5309 -151 ct 5309 -53 5360 7 5441 7 ct +5508 7 5561 -34 5591 -110 ct p +5361 -218 m 5369 -273 5393 -299 5436 -299 ct 5479 -299 5496 -279 5505 -218 ct +p ef +5831 -221 m 5828 -317 l 5820 -317 l 5819 -316 l 5813 -311 5812 -310 5809 -310 ct +5805 -310 5798 -312 5790 -315 ct 5774 -321 5759 -324 5741 -324 ct 5685 -324 5645 -288 5645 -237 ct +5645 -197 5667 -169 5727 -135 ct 5768 -112 l 5793 -98 5805 -81 5805 -59 ct +5805 -28 5782 -8 5746 -8 ct 5722 -8 5700 -17 5687 -33 ct 5672 -50 5666 -67 5657 -107 ct +5645 -107 l 5645 2 l 5654 2 l 5659 -4 5662 -5 5671 -5 ct 5677 -5 5687 -4 5703 0 ct +5723 4 5742 7 5755 7 ct 5809 7 5854 -33 5854 -83 ct 5854 -118 5837 -141 5795 -167 ct +5719 -212 l 5699 -223 5688 -241 5688 -260 ct 5688 -288 5710 -308 5743 -308 ct +5783 -308 5804 -284 5820 -221 ct p ef +pom +pum +7050 17648 t +pom +gr +0.800 0.800 0.800 c 7408 18163 m 3599 18163 l 3599 15094 l 11218 15094 l +11218 18163 l 7408 18163 l p ef +0.003 0.003 0.003 c 7408 18163 m 3599 18163 l 3599 15094 l 11218 15094 l +11218 18163 l 7408 18163 l pc +gs +pum +5740 16854 t +142 -205 m 160 -204 172 -203 191 -203 ct 246 -203 284 -210 314 -227 ct 357 -249 382 -292 382 -339 ct +382 -369 372 -396 353 -416 ct 325 -447 264 -467 197 -467 ct 11 -467 l 11 -453 l +63 -448 70 -441 70 -390 ct 70 -84 l 70 -25 64 -18 11 -13 ct 11 0 l 208 0 l +208 -13 l 153 -15 142 -25 142 -76 ct p +142 -417 m 142 -436 147 -441 166 -441 ct 261 -441 305 -408 305 -335 ct 305 -266 264 -231 182 -231 ct +168 -231 158 -232 142 -233 ct p ef +834 -317 m 828 -477 l 813 -477 l 809 -462 798 -453 783 -453 ct 777 -453 766 -456 756 -460 ct +721 -471 686 -477 653 -477 ct 595 -477 536 -455 493 -416 ct 443 -372 416 -307 416 -229 ct +416 -163 437 -103 473 -62 ct 516 -16 581 9 651 9 ct 730 9 800 -22 843 -79 ct 831 -92 l +778 -42 732 -21 673 -21 ct 629 -21 589 -35 559 -62 ct 520 -96 498 -160 498 -238 ct +498 -366 564 -449 666 -449 ct 706 -449 743 -434 771 -405 ct 794 -383 805 -363 818 -317 ct +p ef +954 -76 m 954 -24 945 -15 885 -13 ct 885 0 l 1095 0 l 1095 -13 l 1037 -15 1026 -25 1026 -76 ct +1026 -390 l 1026 -441 1036 -451 1095 -453 ct 1095 -467 l 885 -467 l 885 -453 l +945 -450 954 -442 954 -390 ct p ef +1538 7 m 1642 -29 l 1642 -40 l 1629 -40 1628 -40 1626 -40 ct 1600 -40 1595 -48 1595 -80 ct +1595 -480 l 1591 -482 l 1557 -470 1533 -463 1488 -451 ct 1488 -439 l 1493 -440 1497 -440 1503 -440 ct +1529 -440 1536 -433 1536 -404 ct 1536 -294 l 1509 -317 1490 -324 1461 -324 ct +1380 -324 1315 -244 1315 -144 ct 1315 -54 1368 7 1445 7 ct 1485 7 1512 -7 1536 -40 ct +1536 4 l p +1536 -72 m 1536 -67 1531 -58 1524 -50 ct 1511 -36 1493 -29 1473 -29 ct 1414 -29 1375 -86 1375 -172 ct +1375 -252 1410 -304 1464 -304 ct 1501 -304 1536 -271 1536 -234 ct p ef +1671 -275 m 1681 -277 1688 -278 1696 -278 ct 1714 -278 1720 -266 1720 -235 ct +1720 -59 l 1720 -24 1715 -19 1670 -10 ct 1670 0 l 1839 0 l 1839 -10 l +1791 -12 1779 -23 1779 -63 ct 1779 -222 l 1779 -244 1810 -280 1829 -280 ct +1833 -280 1839 -276 1847 -269 ct 1859 -259 1866 -255 1875 -255 ct 1892 -255 1903 -267 1903 -287 ct +1903 -310 1888 -324 1864 -324 ct 1835 -324 1814 -308 1779 -258 ct 1779 -323 l +1776 -324 l 1739 -309 1713 -300 1671 -286 ct p ef +2028 -324 m 1919 -285 l 1919 -275 l 1924 -276 l 1933 -277 1942 -278 1948 -278 ct +1965 -278 1972 -266 1972 -235 ct 1972 -72 l 1972 -21 1965 -13 1916 -10 ct 1916 0 l +2083 0 l 2083 -10 l 2037 -14 2031 -21 2031 -72 ct 2031 -322 l p +1995 -482 m 1976 -482 1960 -465 1960 -446 ct 1960 -426 1975 -410 1995 -410 ct +2015 -410 2032 -425 2032 -446 ct 2032 -465 l 2015 -482 l p ef +2453 -317 m 2355 -317 l 2355 -307 l 2378 -304 2388 -297 2388 -284 ct 2388 -277 2387 -270 2384 -263 ct +2314 -80 l 2242 -261 l 2238 -271 2236 -280 2236 -287 ct 2236 -300 2244 -304 2268 -307 ct +2268 -317 l 2130 -317 l 2130 -307 l 2157 -305 2162 -298 2194 -225 ct 2279 -23 l +2280 -19 2282 -14 2285 -8 ct 2289 4 2293 9 2297 9 ct 2301 9 2306 0 2317 -25 ct +2407 -252 l 2428 -300 2432 -304 2453 -307 ct p ef +2775 -115 m 2741 -62 2710 -41 2665 -41 ct 2625 -41 2595 -62 2574 -102 ct 2561 -129 2556 -152 2555 -195 ct +2772 -195 l 2767 -241 2760 -261 2742 -284 ct 2721 -309 2688 -324 2652 -324 ct +2616 -324 2583 -312 2556 -288 ct 2523 -259 2504 -208 2504 -151 ct 2504 -53 2555 7 2636 7 ct +2703 7 2756 -34 2786 -110 ct p +2556 -218 m 2564 -273 2588 -299 2631 -299 ct 2674 -299 2691 -279 2700 -218 ct +p ef +2809 -275 m 2819 -277 2826 -278 2834 -278 ct 2852 -278 2858 -266 2858 -235 ct +2858 -59 l 2858 -24 2853 -19 2808 -10 ct 2808 0 l 2977 0 l 2977 -10 l +2929 -12 2917 -23 2917 -63 ct 2917 -222 l 2917 -244 2948 -280 2967 -280 ct +2971 -280 2977 -276 2985 -269 ct 2997 -259 3004 -255 3013 -255 ct 3030 -255 3041 -267 3041 -287 ct +3041 -310 3026 -324 3002 -324 ct 2973 -324 2952 -308 2917 -258 ct 2917 -323 l +2914 -324 l 2877 -309 2851 -300 2809 -286 ct p ef +3265 -221 m 3262 -317 l 3254 -317 l 3253 -316 l 3247 -311 3246 -310 3243 -310 ct +3239 -310 3232 -312 3224 -315 ct 3208 -321 3193 -324 3175 -324 ct 3119 -324 3079 -288 3079 -237 ct +3079 -197 3101 -169 3161 -135 ct 3202 -112 l 3227 -98 3239 -81 3239 -59 ct +3239 -28 3216 -8 3180 -8 ct 3156 -8 3134 -17 3121 -33 ct 3106 -50 3100 -67 3091 -107 ct +3079 -107 l 3079 2 l 3088 2 l 3093 -4 3096 -5 3105 -5 ct 3111 -5 3121 -4 3137 0 ct +3157 4 3176 7 3189 7 ct 3243 7 3288 -33 3288 -83 ct 3288 -118 3271 -141 3229 -167 ct +3153 -212 l 3133 -223 3122 -241 3122 -260 ct 3122 -288 3144 -308 3177 -308 ct +3217 -308 3238 -284 3254 -221 ct p ef +pom +gr +0.703 0.703 0.703 c 7143 19899 m 3068 19899 l 3068 18787 l 11218 18787 l +11218 19899 l 7143 19899 l p ef +0.003 0.003 0.003 c 7143 19899 m 3068 19899 l 3068 18787 l 11218 18787 l +11218 19899 l 7143 19899 l pc +gs +pum +3200 19579 t +437 -317 m 431 -477 l 416 -477 l 412 -462 401 -453 386 -453 ct 380 -453 369 -456 359 -460 ct +324 -471 289 -477 256 -477 ct 198 -477 139 -455 96 -416 ct 46 -372 19 -307 19 -229 ct +19 -163 40 -103 76 -62 ct 119 -16 184 9 254 9 ct 333 9 403 -22 446 -79 ct 434 -92 l +381 -42 335 -21 276 -21 ct 232 -21 192 -35 162 -62 ct 123 -96 101 -160 101 -238 ct +101 -366 167 -449 269 -449 ct 309 -449 346 -434 374 -405 ct 397 -383 408 -363 421 -317 ct +p ef +618 -205 m 636 -204 648 -203 667 -203 ct 722 -203 760 -210 790 -227 ct 833 -249 858 -292 858 -339 ct +858 -369 848 -396 829 -416 ct 801 -447 740 -467 673 -467 ct 487 -467 l 487 -453 l +539 -448 546 -441 546 -390 ct 546 -84 l 546 -25 540 -18 487 -13 ct 487 0 l +684 0 l 684 -13 l 629 -15 618 -25 618 -76 ct p +618 -417 m 618 -436 623 -441 642 -441 ct 737 -441 781 -408 781 -335 ct 781 -266 740 -231 658 -231 ct +644 -231 634 -232 618 -233 ct p ef +1304 -363 m 1304 -435 1312 -446 1370 -453 ct 1370 -467 l 1206 -467 l 1206 -453 l +1262 -449 1273 -434 1273 -363 ct 1273 -172 l 1273 -124 1268 -98 1257 -76 ct +1238 -43 1192 -21 1139 -21 ct 1089 -21 1055 -38 1036 -71 ct 1023 -93 1018 -120 1018 -164 ct +1018 -390 l 1018 -441 1026 -449 1082 -453 ct 1082 -467 l 882 -467 l 882 -453 l +938 -449 946 -441 946 -390 ct 946 -170 l 946 -48 1003 9 1123 9 ct 1200 9 1253 -14 1281 -62 ct +1298 -92 1304 -124 1304 -179 ct p ef +1900 -46 m 1888 -36 1879 -33 1868 -33 ct 1852 -33 1847 -43 1847 -74 ct 1847 -211 l +1847 -248 1844 -268 1833 -285 ct 1818 -311 1787 -324 1746 -324 ct 1679 -324 1627 -290 1627 -245 ct +1627 -229 1641 -215 1657 -215 ct 1674 -215 1689 -229 1689 -244 ct 1689 -247 1688 -251 1688 -256 ct +1686 -262 1686 -268 1686 -273 ct 1686 -292 1708 -307 1736 -307 ct 1771 -307 1790 -287 1790 -249 ct +1790 -206 l 1681 -162 1669 -156 1639 -129 ct 1624 -115 1614 -91 1614 -68 ct +1614 -24 1645 7 1688 7 ct 1719 7 1748 -7 1791 -44 ct 1794 -7 1807 7 1836 7 ct 1860 7 1875 -1 1900 -28 ct +p +1790 -86 m 1790 -64 1787 -58 1772 -50 ct 1755 -40 1735 -33 1720 -33 ct 1696 -33 1676 -57 1676 -88 ct +1676 -91 l 1676 -132 1705 -158 1790 -189 ct p ef +1916 -280 m 1920 -283 1927 -283 1935 -283 ct 1955 -283 1961 -273 1961 -238 ct +1961 -63 l 1961 -23 1953 -13 1917 -10 ct 1917 0 l 2067 0 l 2067 -10 l +2031 -13 2020 -21 2020 -47 ct 2020 -245 l 2054 -277 2070 -285 2093 -285 ct +2128 -285 2145 -264 2145 -217 ct 2145 -69 l 2145 -25 2135 -13 2100 -10 ct 2100 0 l +2247 0 l 2247 -10 l 2212 -14 2204 -22 2204 -57 ct 2204 -218 l 2204 -285 2173 -324 2121 -324 ct +2088 -324 2066 -312 2018 -267 ct 2018 -323 l 2013 -324 l 1979 -312 1955 -304 1916 -292 ct +p ef +2517 7 m 2621 -29 l 2621 -40 l 2608 -40 2607 -40 2605 -40 ct 2579 -40 2574 -48 2574 -80 ct +2574 -480 l 2570 -482 l 2536 -470 2512 -463 2467 -451 ct 2467 -439 l 2472 -440 2476 -440 2482 -440 ct +2508 -440 2515 -433 2515 -404 ct 2515 -294 l 2488 -317 2469 -324 2440 -324 ct +2359 -324 2294 -244 2294 -144 ct 2294 -54 2347 7 2424 7 ct 2464 7 2491 -7 2515 -40 ct +2515 4 l p +2515 -72 m 2515 -67 2510 -58 2503 -50 ct 2490 -36 2472 -29 2452 -29 ct 2393 -29 2354 -86 2354 -172 ct +2354 -252 2389 -304 2443 -304 ct 2480 -304 2515 -271 2515 -234 ct p ef +3306 -404 m 3306 -84 l 3306 -26 3298 -16 3242 -13 ct 3242 0 l 3440 0 l +3440 -13 l 3388 -16 3378 -26 3378 -76 ct 3378 -390 l 3378 -440 3388 -449 3440 -453 ct +3440 -467 l 3299 -467 l 3143 -110 l 2980 -467 l 2840 -467 l 2840 -453 l +2898 -450 2907 -441 2907 -390 ct 2907 -103 l 2907 -31 2898 -17 2839 -13 ct +2839 0 l 3005 0 l 3005 -13 l 2951 -16 2939 -32 2939 -103 ct 2939 -388 l +3116 0 l 3126 0 l p ef +3778 -46 m 3766 -36 3757 -33 3746 -33 ct 3730 -33 3725 -43 3725 -74 ct 3725 -211 l +3725 -248 3722 -268 3711 -285 ct 3696 -311 3665 -324 3624 -324 ct 3557 -324 3505 -290 3505 -245 ct +3505 -229 3519 -215 3535 -215 ct 3552 -215 3567 -229 3567 -244 ct 3567 -247 3566 -251 3566 -256 ct +3564 -262 3564 -268 3564 -273 ct 3564 -292 3586 -307 3614 -307 ct 3649 -307 3668 -287 3668 -249 ct +3668 -206 l 3559 -162 3547 -156 3517 -129 ct 3502 -115 3492 -91 3492 -68 ct +3492 -24 3523 7 3566 7 ct 3597 7 3626 -7 3669 -44 ct 3672 -7 3685 7 3714 7 ct 3738 7 3753 -1 3778 -28 ct +p +3668 -86 m 3668 -64 3665 -58 3650 -50 ct 3633 -40 3613 -33 3598 -33 ct 3574 -33 3554 -57 3554 -88 ct +3554 -91 l 3554 -132 3583 -158 3668 -189 ct p ef +3907 -324 m 3798 -285 l 3798 -275 l 3803 -276 l 3812 -277 3821 -278 3827 -278 ct +3844 -278 3851 -266 3851 -235 ct 3851 -72 l 3851 -21 3844 -13 3795 -10 ct 3795 0 l +3962 0 l 3962 -10 l 3916 -14 3910 -21 3910 -72 ct 3910 -322 l p +3874 -482 m 3855 -482 3839 -465 3839 -446 ct 3839 -426 3854 -410 3874 -410 ct +3894 -410 3911 -425 3911 -446 ct 3911 -465 l 3894 -482 l p ef +4006 -280 m 4010 -283 4017 -283 4025 -283 ct 4045 -283 4051 -273 4051 -238 ct +4051 -63 l 4051 -23 4043 -13 4007 -10 ct 4007 0 l 4157 0 l 4157 -10 l +4121 -13 4110 -21 4110 -47 ct 4110 -245 l 4144 -277 4160 -285 4183 -285 ct +4218 -285 4235 -264 4235 -217 ct 4235 -69 l 4235 -25 4225 -13 4190 -10 ct 4190 0 l +4337 0 l 4337 -10 l 4302 -14 4294 -22 4294 -57 ct 4294 -218 l 4294 -285 4263 -324 4211 -324 ct +4178 -324 4156 -312 4108 -267 ct 4108 -323 l 4103 -324 l 4069 -312 4045 -304 4006 -292 ct +p ef +4474 -480 m 4470 -482 l 4440 -471 4421 -465 4388 -456 ct 4368 -451 l 4368 -439 l +4372 -440 4375 -440 4380 -440 ct 4408 -440 4414 -434 4414 -404 ct 4414 -38 l +4414 -16 4474 7 4531 7 ct 4624 7 4696 -70 4696 -171 ct 4696 -258 4642 -324 4572 -324 ct +4529 -324 4488 -299 4474 -264 ct p +4474 -227 m 4474 -254 4507 -280 4543 -280 ct 4598 -280 4634 -225 4634 -139 ct +4634 -60 4600 -15 4542 -15 ct 4505 -15 4474 -31 4474 -49 ct p ef +4912 -324 m 4820 -324 4756 -256 4756 -159 ct 4756 -64 4822 7 4911 7 ct 5000 7 5067 -67 5067 -165 ct +5067 -257 l 5002 -324 l p +4903 -304 m 4962 -304 5004 -237 5004 -140 ct 5004 -60 4972 -12 4919 -12 ct +4892 -12 4865 -29 4851 -57 ct 4831 -94 4820 -144 4820 -194 ct 4820 -261 l 4853 -304 l +p ef +5418 -46 m 5406 -36 5397 -33 5386 -33 ct 5370 -33 5365 -43 5365 -74 ct 5365 -211 l +5365 -248 5362 -268 5351 -285 ct 5336 -311 5305 -324 5264 -324 ct 5197 -324 5145 -290 5145 -245 ct +5145 -229 5159 -215 5175 -215 ct 5192 -215 5207 -229 5207 -244 ct 5207 -247 5206 -251 5206 -256 ct +5204 -262 5204 -268 5204 -273 ct 5204 -292 5226 -307 5254 -307 ct 5289 -307 5308 -287 5308 -249 ct +5308 -206 l 5199 -162 5187 -156 5157 -129 ct 5142 -115 5132 -91 5132 -68 ct +5132 -24 5163 7 5206 7 ct 5237 7 5266 -7 5309 -44 ct 5312 -7 5325 7 5354 7 ct 5378 7 5393 -1 5418 -28 ct +p +5308 -86 m 5308 -64 5305 -58 5290 -50 ct 5273 -40 5253 -33 5238 -33 ct 5214 -33 5194 -57 5194 -88 ct +5194 -91 l 5194 -132 5223 -158 5308 -189 ct p ef +5428 -275 m 5438 -277 5445 -278 5453 -278 ct 5471 -278 5477 -266 5477 -235 ct +5477 -59 l 5477 -24 5472 -19 5427 -10 ct 5427 0 l 5596 0 l 5596 -10 l +5548 -12 5536 -23 5536 -63 ct 5536 -222 l 5536 -244 5567 -280 5586 -280 ct +5590 -280 5596 -276 5604 -269 ct 5616 -259 5623 -255 5632 -255 ct 5649 -255 5660 -267 5660 -287 ct +5660 -310 5645 -324 5621 -324 ct 5592 -324 5571 -308 5536 -258 ct 5536 -323 l +5533 -324 l 5496 -309 5470 -300 5428 -286 ct p ef +5904 7 m 6008 -29 l 6008 -40 l 5995 -40 5994 -40 5992 -40 ct 5966 -40 5961 -48 5961 -80 ct +5961 -480 l 5957 -482 l 5923 -470 5899 -463 5854 -451 ct 5854 -439 l 5859 -440 5863 -440 5869 -440 ct +5895 -440 5902 -433 5902 -404 ct 5902 -294 l 5875 -317 5856 -324 5827 -324 ct +5746 -324 5681 -244 5681 -144 ct 5681 -54 5734 7 5811 7 ct 5851 7 5878 -7 5902 -40 ct +5902 4 l p +5902 -72 m 5902 -67 5897 -58 5890 -50 ct 5877 -36 5859 -29 5839 -29 ct 5780 -29 5741 -86 5741 -172 ct +5741 -252 5776 -304 5830 -304 ct 5867 -304 5902 -271 5902 -234 ct p ef +6533 -477 m 6518 -477 l 6515 -461 6508 -453 6496 -453 ct 6489 -453 6477 -456 6465 -461 ct +6438 -471 6412 -477 6390 -477 ct 6359 -477 6328 -465 6305 -444 ct 6280 -422 6268 -393 6268 -356 ct +6268 -300 6299 -260 6378 -218 ct 6429 -192 6465 -163 6483 -136 ct 6489 -127 6493 -112 6493 -95 ct +6493 -48 6458 -15 6406 -15 ct 6343 -15 6299 -54 6263 -140 ct 6247 -140 l 6268 9 l +6284 9 l 6285 -4 6293 -14 6304 -14 ct 6311 -14 6323 -11 6337 -6 ct 6364 4 6392 9 6420 9 ct +6501 9 6564 -45 6564 -118 ct 6564 -176 6525 -222 6432 -272 ct 6358 -313 6328 -344 6328 -382 ct +6328 -421 6358 -448 6402 -448 ct 6434 -448 6463 -434 6488 -409 ct 6510 -386 6520 -368 6531 -326 ct +6549 -326 l p ef +6903 -115 m 6869 -62 6838 -41 6793 -41 ct 6753 -41 6723 -62 6702 -102 ct 6689 -129 6684 -152 6683 -195 ct +6900 -195 l 6895 -241 6888 -261 6870 -284 ct 6849 -309 6816 -324 6780 -324 ct +6744 -324 6711 -312 6684 -288 ct 6651 -259 6632 -208 6632 -151 ct 6632 -53 6683 7 6764 7 ct +6831 7 6884 -34 6914 -110 ct p +6684 -218 m 6692 -273 6716 -299 6759 -299 ct 6802 -299 6819 -279 6828 -218 ct +p ef +7112 -317 m 7040 -317 l 7040 -399 l 7040 -406 7040 -408 7035 -408 ct 7030 -402 7026 -396 7021 -389 ct +6994 -350 6964 -316 6953 -313 ct 6945 -308 6941 -303 6941 -300 ct 6941 -297 6941 -296 6944 -295 ct +6981 -295 l 6981 -82 l 6981 -23 7002 7 7044 7 ct 7078 7 7105 -9 7128 -46 ct +7119 -54 l 7104 -36 7092 -29 7077 -29 ct 7051 -29 7040 -48 7040 -93 ct 7040 -295 l +7112 -295 l p ef +7482 -35 m 7478 -35 l 7446 -35 7438 -43 7438 -75 ct 7438 -317 l 7326 -317 l +7326 -305 l 7370 -303 7379 -296 7379 -261 ct 7379 -95 l 7379 -75 7375 -65 7365 -57 ct +7346 -42 7324 -33 7303 -33 ct 7276 -33 7253 -57 7253 -87 ct 7253 -317 l 7150 -317 l +7150 -307 l 7184 -305 7194 -295 7194 -262 ct 7194 -84 l 7194 -28 7228 7 7279 7 ct +7305 7 7333 -4 7352 -23 ct 7382 -53 l 7382 4 l 7385 6 l 7420 -7 7446 -15 7482 -25 ct +p ef +7520 -277 m 7526 -278 7531 -278 7538 -278 ct 7562 -278 7566 -271 7566 -237 ct +7566 92 l 7566 129 7559 136 7517 141 ct 7517 153 l 7688 153 l 7688 140 l +7635 139 7626 132 7626 87 ct 7626 -23 l 7650 0 7667 7 7697 7 ct 7780 7 7845 -72 7845 -174 ct +7845 -261 7796 -324 7727 -324 ct 7688 -324 7657 -307 7626 -268 ct 7626 -323 l +7622 -324 l 7583 -309 7559 -300 7520 -288 ct p +7626 -235 m 7626 -256 7665 -282 7698 -282 ct 7750 -282 7785 -228 7785 -146 ct +7785 -68 7750 -15 7699 -15 ct 7666 -15 7626 -40 7626 -62 ct p ef +pom +gr +7143 3562 m 7292 3111 l 6992 3112 l 7143 3562 l p ef +1 lw 0 lj 7143 2938 m 7143 3202 l ps +7143 7415 m 7292 6964 l 6992 6965 l 7143 7415 l p ef +7143 6792 m 7143 7055 l ps +7143 9151 m 7292 8700 l 6992 8701 l 7143 9151 l p ef +7143 8527 m 7143 8791 l ps +7143 13664 m 7292 13213 l 6992 13214 l 7143 13664 l p ef +7143 13041 m 7143 13304 l ps +7143 18787 m 7292 18336 l 6992 18337 l 7143 18787 l p ef +7143 18163 m 7143 18427 l ps +0.703 0.703 0.703 c 7156 23574 m 3068 23574 l 3068 20902 l 11245 20902 l +11245 23574 l 7156 23574 l p ef +0 lw 1 lj 0.003 0.003 0.003 c 7156 23574 m 3068 23574 l 3068 20902 l 11245 20902 l +11245 23574 l 7156 23574 l pc +gs +pum +5238 21590 t +421 -119 m 401 -119 l 366 -43 336 -26 235 -26 ct 216 -26 l 181 -26 151 -29 146 -34 ct +143 -36 141 -44 141 -56 ct 141 -230 l 250 -230 l 308 -230 319 -221 328 -163 ct +344 -163 l 344 -326 l 328 -326 l 323 -297 320 -287 312 -277 ct 303 -265 283 -259 250 -259 ct +141 -259 l 141 -416 l 141 -436 146 -440 165 -440 ct 260 -440 l 340 -440 355 -429 367 -366 ct +385 -366 l 383 -467 l 8 -467 l 8 -453 l 60 -449 69 -439 69 -390 ct 69 -76 l +69 -27 60 -16 8 -13 ct 8 0 l 389 0 l p ef +854 -122 m 842 -96 832 -79 822 -67 ct 797 -40 758 -27 699 -27 ct 652 -27 l +601 -27 591 -31 591 -56 ct 591 -390 l 591 -440 601 -450 657 -453 ct 657 -467 l +458 -467 l 458 -453 l 510 -449 519 -439 519 -390 ct 519 -76 l 519 -27 510 -16 458 -13 ct +458 0 l 838 0 l 872 -122 l p ef +1238 -163 m 1238 -326 l 1221 -326 l 1213 -270 1200 -259 1144 -259 ct 1041 -259 l +1041 -416 l 1041 -436 1045 -440 1064 -440 ct 1160 -440 l 1240 -440 1255 -429 1267 -366 ct +1285 -366 l 1283 -467 l 908 -467 l 908 -453 l 960 -449 969 -439 969 -390 ct +969 -84 l 969 -26 962 -16 908 -13 ct 908 0 l 1106 0 l 1106 -13 l 1051 -16 1041 -26 1041 -76 ct +1041 -230 l 1144 -230 l 1201 -230 1213 -220 1221 -163 ct p ef +1624 -205 m 1642 -204 1654 -203 1673 -203 ct 1728 -203 1766 -210 1796 -227 ct +1839 -249 1864 -292 1864 -339 ct 1864 -369 1854 -396 1835 -416 ct 1807 -447 1746 -467 1679 -467 ct +1493 -467 l 1493 -453 l 1545 -448 1552 -441 1552 -390 ct 1552 -84 l 1552 -25 1546 -18 1493 -13 ct +1493 0 l 1690 0 l 1690 -13 l 1635 -15 1624 -25 1624 -76 ct p +1624 -417 m 1624 -436 1629 -441 1648 -441 ct 1743 -441 1787 -408 1787 -335 ct +1787 -266 1746 -231 1664 -231 ct 1650 -231 1640 -232 1624 -233 ct p ef +2191 -46 m 2179 -36 2170 -33 2159 -33 ct 2143 -33 2138 -43 2138 -74 ct 2138 -211 l +2138 -248 2135 -268 2124 -285 ct 2109 -311 2078 -324 2037 -324 ct 1970 -324 1918 -290 1918 -245 ct +1918 -229 1932 -215 1948 -215 ct 1965 -215 1980 -229 1980 -244 ct 1980 -247 1979 -251 1979 -256 ct +1977 -262 1977 -268 1977 -273 ct 1977 -292 1999 -307 2027 -307 ct 2062 -307 2081 -287 2081 -249 ct +2081 -206 l 1972 -162 1960 -156 1930 -129 ct 1915 -115 1905 -91 1905 -68 ct +1905 -24 1936 7 1979 7 ct 2010 7 2039 -7 2082 -44 ct 2085 -7 2098 7 2127 7 ct 2151 7 2166 -1 2191 -28 ct +p +2081 -86 m 2081 -64 2078 -58 2063 -50 ct 2046 -40 2026 -33 2011 -33 ct 1987 -33 1967 -57 1967 -88 ct +1967 -91 l 1967 -132 1996 -158 2081 -189 ct p ef +2531 -317 m 2436 -317 l 2436 -307 l 2458 -307 2469 -300 2469 -289 ct 2469 -286 2469 -282 2467 -277 ct +2398 -82 l 2317 -261 l 2313 -271 2310 -280 2310 -288 ct 2310 -300 2320 -305 2351 -307 ct +2351 -317 l 2205 -317 l 2205 -307 l 2224 -304 2236 -297 2241 -285 ct 2322 -111 l +2324 -105 l 2335 -84 l 2354 -49 2366 -24 2366 -13 ct 2366 -2 2349 41 2337 62 ct +2328 81 2312 94 2302 94 ct 2298 94 2292 93 2284 89 ct 2271 84 2259 81 2247 81 ct +2231 81 2217 96 2217 112 ct 2217 136 2239 153 2269 153 ct 2316 153 2350 114 2388 12 ct +2497 -275 l 2506 -297 2514 -304 2531 -307 ct p ef +2579 -439 m 2583 -439 l 2591 -440 2599 -441 2605 -441 ct 2628 -441 2635 -431 2635 -398 ct +2635 -61 l 2635 -23 2625 -14 2580 -10 ct 2580 0 l 2747 0 l 2747 -10 l +2702 -13 2694 -20 2694 -59 ct 2694 -480 l 2691 -482 l 2654 -470 2628 -463 2579 -451 ct +p ef +2954 -324 m 2862 -324 2798 -256 2798 -159 ct 2798 -64 2864 7 2953 7 ct 3042 7 3109 -67 3109 -165 ct +3109 -257 l 3044 -324 l p +2945 -304 m 3004 -304 3046 -237 3046 -140 ct 3046 -60 3014 -12 2961 -12 ct +2934 -12 2907 -29 2893 -57 ct 2873 -94 2862 -144 2862 -194 ct 2862 -261 l 2895 -304 l +p ef +3461 -46 m 3449 -36 3440 -33 3429 -33 ct 3413 -33 3408 -43 3408 -74 ct 3408 -211 l +3408 -248 3405 -268 3394 -285 ct 3379 -311 3348 -324 3307 -324 ct 3240 -324 3188 -290 3188 -245 ct +3188 -229 3202 -215 3218 -215 ct 3235 -215 3250 -229 3250 -244 ct 3250 -247 3249 -251 3249 -256 ct +3247 -262 3247 -268 3247 -273 ct 3247 -292 3269 -307 3297 -307 ct 3332 -307 3351 -287 3351 -249 ct +3351 -206 l 3242 -162 3230 -156 3200 -129 ct 3185 -115 3175 -91 3175 -68 ct +3175 -24 3206 7 3249 7 ct 3280 7 3309 -7 3352 -44 ct 3355 -7 3368 7 3397 7 ct 3421 7 3436 -1 3461 -28 ct +p +3351 -86 m 3351 -64 3348 -58 3333 -50 ct 3316 -40 3296 -33 3281 -33 ct 3257 -33 3237 -57 3237 -88 ct +3237 -91 l 3237 -132 3266 -158 3351 -189 ct p ef +3708 7 m 3812 -29 l 3812 -40 l 3799 -40 3798 -40 3796 -40 ct 3770 -40 3765 -48 3765 -80 ct +3765 -480 l 3761 -482 l 3727 -470 3703 -463 3658 -451 ct 3658 -439 l 3663 -440 3667 -440 3673 -440 ct +3699 -440 3706 -433 3706 -404 ct 3706 -294 l 3679 -317 3660 -324 3631 -324 ct +3550 -324 3485 -244 3485 -144 ct 3485 -54 3538 7 3615 7 ct 3655 7 3682 -7 3706 -40 ct +3706 4 l p +3706 -72 m 3706 -67 3701 -58 3694 -50 ct 3681 -36 3663 -29 3643 -29 ct 3584 -29 3545 -86 3545 -172 ct +3545 -252 3580 -304 3634 -304 ct 3671 -304 3706 -271 3706 -234 ct p ef +pom +gr +0.800 0.800 0.800 c 7434 23574 m 3624 23574 l 3624 22092 l 11245 22092 l +11245 23574 l 7434 23574 l p ef +0.003 0.003 0.003 c 7434 23574 m 3624 23574 l 3624 22092 l 11245 22092 l +11245 23574 l 7434 23574 l pc +gs +pum +5476 23045 t +404 -122 m 392 -96 382 -79 372 -67 ct 347 -40 308 -27 249 -27 ct 202 -27 l +151 -27 141 -31 141 -56 ct 141 -390 l 141 -440 151 -450 207 -453 ct 207 -467 l +8 -467 l 8 -453 l 60 -449 69 -439 69 -390 ct 69 -76 l 69 -27 60 -16 8 -13 ct +8 0 l 388 0 l 422 -122 l p ef +573 -324 m 464 -285 l 464 -275 l 469 -276 l 478 -277 487 -278 493 -278 ct +510 -278 517 -266 517 -235 ct 517 -72 l 517 -21 510 -13 461 -10 ct 461 0 l +628 0 l 628 -10 l 582 -14 576 -21 576 -72 ct 576 -322 l p +540 -482 m 521 -482 505 -465 505 -446 ct 505 -426 520 -410 540 -410 ct 560 -410 577 -425 577 -446 ct +577 -465 l 560 -482 l p ef +672 -280 m 676 -283 683 -283 691 -283 ct 711 -283 717 -273 717 -238 ct 717 -63 l +717 -23 709 -13 673 -10 ct 673 0 l 823 0 l 823 -10 l 787 -13 776 -21 776 -47 ct +776 -245 l 810 -277 826 -285 849 -285 ct 884 -285 901 -264 901 -217 ct 901 -69 l +901 -25 891 -13 856 -10 ct 856 0 l 1003 0 l 1003 -10 l 968 -14 960 -22 960 -57 ct +960 -218 l 960 -285 929 -324 877 -324 ct 844 -324 822 -312 774 -267 ct 774 -323 l +769 -324 l 735 -312 711 -304 672 -292 ct p ef +1370 -35 m 1366 -35 l 1334 -35 1326 -43 1326 -75 ct 1326 -317 l 1214 -317 l +1214 -305 l 1258 -303 1267 -296 1267 -261 ct 1267 -95 l 1267 -75 1263 -65 1253 -57 ct +1234 -42 1212 -33 1191 -33 ct 1164 -33 1141 -57 1141 -87 ct 1141 -317 l 1038 -317 l +1038 -307 l 1072 -305 1082 -295 1082 -262 ct 1082 -84 l 1082 -28 1116 7 1167 7 ct +1193 7 1221 -4 1240 -23 ct 1270 -53 l 1270 4 l 1273 6 l 1308 -7 1334 -15 1370 -25 ct +p ef +1598 0 m 1740 0 l 1740 -10 l 1718 -10 1704 -21 1682 -52 ct 1591 -191 l +1650 -276 l 1663 -295 1685 -306 1707 -307 ct 1707 -317 l 1596 -317 l 1596 -307 l +1617 -305 1624 -301 1624 -291 ct 1624 -283 1615 -267 1598 -245 ct 1594 -241 1586 -228 1577 -214 ct +1567 -228 l 1547 -258 1534 -282 1534 -291 ct 1534 -301 1543 -306 1565 -307 ct +1565 -317 l 1418 -317 l 1418 -307 l 1425 -307 l 1446 -307 1457 -297 1479 -264 ct +1546 -163 l 1465 -46 l 1444 -17 1437 -12 1414 -10 ct 1414 0 l 1516 0 l +1516 -10 l 1496 -10 1488 -14 1488 -23 ct 1488 -27 1493 -38 1502 -52 ct 1558 -139 l +1622 -40 l 1625 -36 1626 -31 1626 -27 ct 1626 -14 1621 -12 1598 -10 ct p ef +2249 -453 m 2258 -453 2265 -453 2267 -453 ct 2289 -451 2297 -446 2297 -432 ct +2297 -416 2281 -395 2242 -359 ct 2117 -245 l 2117 -390 l 2117 -441 2125 -449 2182 -453 ct +2182 -467 l 1982 -467 l 1982 -453 l 2037 -449 2045 -440 2045 -390 ct 2045 -84 l +2045 -26 2037 -16 1982 -13 ct 1982 0 l 2181 0 l 2181 -13 l 2126 -16 2117 -25 2117 -76 ct +2117 -208 l 2135 -223 l 2210 -149 l 2264 -96 2302 -46 2302 -29 ct 2302 -19 2292 -14 2272 -14 ct +2269 -14 2261 -14 2253 -13 ct 2253 0 l 2468 0 l 2468 -13 l 2431 -14 2421 -21 2357 -89 ct +2193 -266 l 2327 -398 l 2375 -444 2386 -450 2434 -453 ct 2434 -467 l 2249 -467 l +p ef +2775 -115 m 2741 -62 2710 -41 2665 -41 ct 2625 -41 2595 -62 2574 -102 ct 2561 -129 2556 -152 2555 -195 ct +2772 -195 l 2767 -241 2760 -261 2742 -284 ct 2721 -309 2688 -324 2652 -324 ct +2616 -324 2583 -312 2556 -288 ct 2523 -259 2504 -208 2504 -151 ct 2504 -53 2555 7 2636 7 ct +2703 7 2756 -34 2786 -110 ct p +2556 -218 m 2564 -273 2588 -299 2631 -299 ct 2674 -299 2691 -279 2700 -218 ct +p ef +2809 -275 m 2819 -277 2826 -278 2834 -278 ct 2852 -278 2858 -266 2858 -235 ct +2858 -59 l 2858 -24 2853 -19 2808 -10 ct 2808 0 l 2977 0 l 2977 -10 l +2929 -12 2917 -23 2917 -63 ct 2917 -222 l 2917 -244 2948 -280 2967 -280 ct +2971 -280 2977 -276 2985 -269 ct 2997 -259 3004 -255 3013 -255 ct 3030 -255 3041 -267 3041 -287 ct +3041 -310 3026 -324 3002 -324 ct 2973 -324 2952 -308 2917 -258 ct 2917 -323 l +2914 -324 l 2877 -309 2851 -300 2809 -286 ct p ef +3054 -280 m 3058 -283 3065 -283 3073 -283 ct 3093 -283 3099 -273 3099 -238 ct +3099 -63 l 3099 -23 3091 -13 3055 -10 ct 3055 0 l 3205 0 l 3205 -10 l +3169 -13 3158 -21 3158 -47 ct 3158 -245 l 3192 -277 3208 -285 3231 -285 ct +3266 -285 3283 -264 3283 -217 ct 3283 -69 l 3283 -25 3273 -13 3238 -10 ct 3238 0 l +3385 0 l 3385 -10 l 3350 -14 3342 -22 3342 -57 ct 3342 -218 l 3342 -285 3311 -324 3259 -324 ct +3226 -324 3204 -312 3156 -267 ct 3156 -323 l 3151 -324 l 3117 -312 3093 -304 3054 -292 ct +p ef +3701 -115 m 3667 -62 3636 -41 3591 -41 ct 3551 -41 3521 -62 3500 -102 ct 3487 -129 3482 -152 3481 -195 ct +3698 -195 l 3693 -241 3686 -261 3668 -284 ct 3647 -309 3614 -324 3578 -324 ct +3542 -324 3509 -312 3482 -288 ct 3449 -259 3430 -208 3430 -151 ct 3430 -53 3481 7 3562 7 ct +3629 7 3682 -34 3712 -110 ct p +3482 -218 m 3490 -273 3514 -299 3557 -299 ct 3600 -299 3617 -279 3626 -218 ct +p ef +3744 -439 m 3748 -439 l 3756 -440 3764 -441 3770 -441 ct 3793 -441 3800 -431 3800 -398 ct +3800 -61 l 3800 -23 3790 -14 3745 -10 ct 3745 0 l 3912 0 l 3912 -10 l +3867 -13 3859 -20 3859 -59 ct 3859 -480 l 3856 -482 l 3819 -470 3793 -463 3744 -451 ct +p ef +pom +gr +7156 20902 m 7305 20451 l 7005 20452 l 7156 20902 l p ef +1 lw 0 lj 7143 19899 m 7143 20401 l 7156 20401 l 7156 20542 l ps +tm setmatrix +0 0 t +1 1 s +0 21781 t +pom +count op_count sub {pop} repeat countdictstack dict_count sub {end} repeat b4_inc_state restore +%%PageTrailer +%%Trailer +%%EOF diff --git a/documentation/hypertransport.eps b/documentation/hypertransport.eps new file mode 100644 index 0000000000..3e34482989 --- /dev/null +++ b/documentation/hypertransport.eps @@ -0,0 +1,527 @@ +%!PS-Adobe-3.0 EPSF-3.0 +%%BoundingBox: 0 0 174 228 +%%Pages: 0 +%%Creator: Sun Microsystems, Inc. +%%Title: none +%%CreationDate: none +%%LanguageLevel: 2 +%%EndComments +%%BeginProlog +%%BeginResource: SDRes +/b4_inc_state save def +/dict_count countdictstack def +/op_count count 1 sub def +userdict begin +0 setgray 0 setlinecap 1 setlinewidth 0 setlinejoin 10 setmiterlimit[] 0 setdash newpath +/languagelevel where {pop languagelevel 1 ne {false setstrokeadjust false setoverprint} if} if +/bdef {bind def} bind def +/c {setrgbcolor} bdef +/l {neg lineto} bdef +/rl {neg rlineto} bdef +/lc {setlinecap} bdef +/lj {setlinejoin} bdef +/lw {setlinewidth} bdef +/ml {setmiterlimit} bdef +/ld {setdash} bdef +/m {neg moveto} bdef +/ct {6 2 roll neg 6 2 roll neg 6 2 roll neg curveto} bdef +/r {rotate} bdef +/t {neg translate} bdef +/s {scale} bdef +/sw {show} bdef +/gs {gsave} bdef +/gr {grestore} bdef +/f {findfont dup length dict begin +{1 index /FID ne {def} {pop pop} ifelse} forall /Encoding ISOLatin1Encoding def +currentdict end /NFont exch definefont pop /NFont findfont} bdef +/p {closepath} bdef +/sf {scalefont setfont} bdef +/ef {eofill}bdef +/pc {closepath stroke}bdef +/ps {stroke}bdef +/pum {matrix currentmatrix}bdef +/pom {setmatrix}bdef +/bs {/aString exch def /nXOfs exch def /nWidth exch def currentpoint nXOfs 0 rmoveto pum nWidth aString stringwidth pop div 1 scale aString show pom moveto} bdef +%%EndResource +%%EndProlog +%%BeginSetup +%%EndSetup +%%Page: 1 1 +%%BeginPageSetup +%%EndPageSetup +pum +0.02838 0.02838 s +0 -8033 t +/tm matrix currentmatrix def +tm setmatrix +-2275 -2118 t +1 1 s +0.753 0.753 0.753 c 3288 7132 m 2275 7132 l 2275 5104 l 4301 5104 l +4301 7132 l 3288 7132 l p ef +0 lw 1 lj 0.003 0.003 0.003 c 3288 7132 m 2275 7132 l 2275 5104 l 4301 5104 l +4301 7132 l 3288 7132 l pc +gs +pum +2645 6299 t +327 -238 m 323 -357 l 312 -357 l 308 -346 300 -340 289 -340 ct 285 -340 277 -341 269 -344 ct +243 -353 216 -357 192 -357 ct 148 -357 104 -341 71 -312 ct 34 -279 14 -230 14 -171 ct +14 -122 30 -77 57 -47 ct 89 -12 138 7 190 7 ct 250 7 302 -16 334 -59 ct 325 -69 l +286 -31 251 -15 207 -15 ct 174 -15 144 -26 121 -46 ct 92 -72 76 -120 76 -178 ct +76 -274 125 -336 202 -336 ct 232 -336 259 -325 280 -304 ct 297 -287 305 -272 315 -238 ct +p ef +450 -153 m 464 -152 473 -152 487 -152 ct 528 -152 557 -157 579 -170 ct 611 -187 630 -219 630 -254 ct +630 -276 623 -296 609 -312 ct 587 -335 541 -350 492 -350 ct 352 -350 l 352 -340 l +391 -335 396 -330 396 -292 ct 396 -63 l 396 -19 392 -13 352 -10 ct 352 0 l +500 0 l 500 -10 l 458 -11 450 -19 450 -57 ct p +450 -312 m 450 -326 454 -330 468 -330 ct 540 -330 573 -305 573 -251 ct 573 -199 541 -173 481 -173 ct +470 -173 463 -174 450 -175 ct p ef +958 -272 m 958 -326 964 -334 1007 -340 ct 1007 -350 l 885 -350 l 885 -340 l +926 -336 934 -325 934 -272 ct 934 -129 l 934 -93 931 -73 922 -57 ct 908 -32 874 -15 834 -15 ct +797 -15 771 -28 757 -53 ct 747 -70 743 -89 743 -123 ct 743 -292 l 743 -330 749 -336 792 -340 ct +792 -350 l 642 -350 l 642 -340 l 684 -336 690 -331 690 -292 ct 690 -127 l +690 -35 732 7 822 7 ct 880 7 920 -11 940 -47 ct 953 -69 958 -93 958 -134 ct p ef +1139 -357 m 1110 -357 1088 -348 1068 -330 ct 1037 -300 1017 -239 1017 -177 ct +1017 -120 1035 -58 1060 -28 ct 1079 -5 1106 7 1137 7 ct 1164 7 1186 -1 1206 -20 ct +1236 -49 1256 -110 1256 -174 ct 1256 -283 l 1208 -357 l p +1137 -343 m 1182 -343 1206 -284 1206 -173 ct 1206 -62 1182 -6 1137 -6 ct 1091 -6 1068 -62 1068 -172 ct +1068 -285 l 1092 -343 l p ef +pom +gr +0.753 0.753 0.753 c 7182 7132 m 6169 7132 l 6169 5104 l 8195 5104 l +8195 7132 l 7182 7132 l p ef +0.003 0.003 0.003 c 7182 7132 m 6169 7132 l 6169 5104 l 8195 5104 l 8195 7132 l +7182 7132 l pc +gs +pum +6535 6299 t +327 -238 m 323 -357 l 312 -357 l 308 -346 300 -340 289 -340 ct 285 -340 277 -341 269 -344 ct +243 -353 216 -357 192 -357 ct 148 -357 104 -341 71 -312 ct 34 -279 14 -230 14 -171 ct +14 -122 30 -77 57 -47 ct 89 -12 138 7 190 7 ct 250 7 302 -16 334 -59 ct 325 -69 l +286 -31 251 -15 207 -15 ct 174 -15 144 -26 121 -46 ct 92 -72 76 -120 76 -178 ct +76 -274 125 -336 202 -336 ct 232 -336 259 -325 280 -304 ct 297 -287 305 -272 315 -238 ct +p ef +450 -153 m 464 -152 473 -152 487 -152 ct 528 -152 557 -157 579 -170 ct 611 -187 630 -219 630 -254 ct +630 -276 623 -296 609 -312 ct 587 -335 541 -350 492 -350 ct 352 -350 l 352 -340 l +391 -335 396 -330 396 -292 ct 396 -63 l 396 -19 392 -13 352 -10 ct 352 0 l +500 0 l 500 -10 l 458 -11 450 -19 450 -57 ct p +450 -312 m 450 -326 454 -330 468 -330 ct 540 -330 573 -305 573 -251 ct 573 -199 541 -173 481 -173 ct +470 -173 463 -174 450 -175 ct p ef +958 -272 m 958 -326 964 -334 1007 -340 ct 1007 -350 l 885 -350 l 885 -340 l +926 -336 934 -325 934 -272 ct 934 -129 l 934 -93 931 -73 922 -57 ct 908 -32 874 -15 834 -15 ct +797 -15 771 -28 757 -53 ct 747 -70 743 -89 743 -123 ct 743 -292 l 743 -330 749 -336 792 -340 ct +792 -350 l 642 -350 l 642 -340 l 684 -336 690 -331 690 -292 ct 690 -127 l +690 -35 732 7 822 7 ct 880 7 920 -11 940 -47 ct 953 -69 958 -93 958 -134 ct p ef +1158 -357 m 1063 -309 l 1063 -302 l 1070 -304 1075 -306 1078 -307 ct 1087 -311 1096 -313 1101 -313 ct +1112 -313 1117 -305 1117 -288 ct 1117 -49 l 1117 -31 1113 -19 1104 -14 ct 1097 -10 1089 -8 1067 -7 ct +1067 0 l 1213 0 l 1213 -7 l 1171 -8 1163 -13 1163 -39 ct 1163 -356 l p ef +pom +gr +0.753 0.753 0.753 c 3288 4146 m 2275 4146 l 2275 2118 l 4301 2118 l +4301 4146 l 3288 4146 l p ef +0.003 0.003 0.003 c 3288 4146 m 2275 4146 l 2275 2118 l 4301 2118 l 4301 4146 l +3288 4146 l pc +gs +pum +2645 3309 t +327 -238 m 323 -357 l 312 -357 l 308 -346 300 -340 289 -340 ct 285 -340 277 -341 269 -344 ct +243 -353 216 -357 192 -357 ct 148 -357 104 -341 71 -312 ct 34 -279 14 -230 14 -171 ct +14 -122 30 -77 57 -47 ct 89 -12 138 7 190 7 ct 250 7 302 -16 334 -59 ct 325 -69 l +286 -31 251 -15 207 -15 ct 174 -15 144 -26 121 -46 ct 92 -72 76 -120 76 -178 ct +76 -274 125 -336 202 -336 ct 232 -336 259 -325 280 -304 ct 297 -287 305 -272 315 -238 ct +p ef +450 -153 m 464 -152 473 -152 487 -152 ct 528 -152 557 -157 579 -170 ct 611 -187 630 -219 630 -254 ct +630 -276 623 -296 609 -312 ct 587 -335 541 -350 492 -350 ct 352 -350 l 352 -340 l +391 -335 396 -330 396 -292 ct 396 -63 l 396 -19 392 -13 352 -10 ct 352 0 l +500 0 l 500 -10 l 458 -11 450 -19 450 -57 ct p +450 -312 m 450 -326 454 -330 468 -330 ct 540 -330 573 -305 573 -251 ct 573 -199 541 -173 481 -173 ct +470 -173 463 -174 450 -175 ct p ef +958 -272 m 958 -326 964 -334 1007 -340 ct 1007 -350 l 885 -350 l 885 -340 l +926 -336 934 -325 934 -272 ct 934 -129 l 934 -93 931 -73 922 -57 ct 908 -32 874 -15 834 -15 ct +797 -15 771 -28 757 -53 ct 747 -70 743 -89 743 -123 ct 743 -292 l 743 -330 749 -336 792 -340 ct +792 -350 l 642 -350 l 642 -340 l 684 -336 690 -331 690 -292 ct 690 -127 l +690 -35 732 7 822 7 ct 880 7 920 -11 940 -47 ct 953 -69 958 -93 958 -134 ct p ef +1256 -72 m 1249 -75 l 1229 -44 1222 -40 1199 -40 ct 1072 -40 l 1161 -133 l +1208 -182 1229 -222 1229 -263 ct 1229 -316 1186 -357 1131 -357 ct 1102 -357 1074 -345 1055 -324 ct +1038 -306 1030 -289 1021 -252 ct 1032 -249 l 1053 -301 1072 -318 1109 -318 ct +1153 -318 1183 -288 1183 -243 ct 1183 -202 1159 -153 1115 -106 ct 1020 -6 l +1020 0 l 1227 0 l p ef +pom +gr +0.753 0.753 0.753 c 7182 4146 m 6169 4146 l 6169 2118 l 8195 2118 l +8195 4146 l 7182 4146 l p ef +0.003 0.003 0.003 c 7182 4146 m 6169 4146 l 6169 2118 l 8195 2118 l 8195 4146 l +7182 4146 l pc +gs +pum +6535 3309 t +327 -238 m 323 -357 l 312 -357 l 308 -346 300 -340 289 -340 ct 285 -340 277 -341 269 -344 ct +243 -353 216 -357 192 -357 ct 148 -357 104 -341 71 -312 ct 34 -279 14 -230 14 -171 ct +14 -122 30 -77 57 -47 ct 89 -12 138 7 190 7 ct 250 7 302 -16 334 -59 ct 325 -69 l +286 -31 251 -15 207 -15 ct 174 -15 144 -26 121 -46 ct 92 -72 76 -120 76 -178 ct +76 -274 125 -336 202 -336 ct 232 -336 259 -325 280 -304 ct 297 -287 305 -272 315 -238 ct +p ef +450 -153 m 464 -152 473 -152 487 -152 ct 528 -152 557 -157 579 -170 ct 611 -187 630 -219 630 -254 ct +630 -276 623 -296 609 -312 ct 587 -335 541 -350 492 -350 ct 352 -350 l 352 -340 l +391 -335 396 -330 396 -292 ct 396 -63 l 396 -19 392 -13 352 -10 ct 352 0 l +500 0 l 500 -10 l 458 -11 450 -19 450 -57 ct p +450 -312 m 450 -326 454 -330 468 -330 ct 540 -330 573 -305 573 -251 ct 573 -199 541 -173 481 -173 ct +470 -173 463 -174 450 -175 ct p ef +958 -272 m 958 -326 964 -334 1007 -340 ct 1007 -350 l 885 -350 l 885 -340 l +926 -336 934 -325 934 -272 ct 934 -129 l 934 -93 931 -73 922 -57 ct 908 -32 874 -15 834 -15 ct +797 -15 771 -28 757 -53 ct 747 -70 743 -89 743 -123 ct 743 -292 l 743 -330 749 -336 792 -340 ct +792 -350 l 642 -350 l 642 -340 l 684 -336 690 -331 690 -292 ct 690 -127 l +690 -35 732 7 822 7 ct 880 7 920 -11 940 -47 ct 953 -69 958 -93 958 -134 ct p ef +1085 -174 m 1117 -174 1129 -173 1142 -168 ct 1174 -157 1195 -126 1195 -90 ct +1195 -46 1165 -11 1126 -11 ct 1111 -11 1101 -15 1081 -28 ct 1065 -37 1056 -41 1047 -41 ct +1035 -41 1027 -33 1027 -22 ct 1027 -4 1050 7 1087 7 ct 1128 7 1170 -6 1194 -28 ct +1219 -49 1233 -80 1233 -115 ct 1233 -142 1225 -167 1209 -184 ct 1199 -195 1189 -202 1165 -212 ct +1202 -236 1215 -256 1215 -285 ct 1215 -327 1181 -357 1133 -357 ct 1106 -357 1083 -348 1064 -331 ct +1048 -317 1040 -303 1028 -271 ct 1036 -269 l 1058 -308 1082 -325 1115 -325 ct +1149 -325 1173 -302 1173 -269 ct 1173 -250 1165 -231 1152 -217 ct 1136 -202 1121 -194 1085 -181 ct +p ef +pom +gr +0.753 0.753 0.753 c 7182 10118 m 6169 10118 l 6169 8090 l 8195 8090 l +8195 10118 l 7182 10118 l p ef +0.003 0.003 0.003 c 7182 10118 m 6169 10118 l 6169 8090 l 8195 8090 l 8195 10118 l +7182 10118 l pc +gs +pum +6852 8945 t +236 -357 m 225 -357 l 223 -345 217 -339 208 -339 ct 203 -339 194 -341 185 -345 ct +165 -353 146 -357 129 -357 ct 106 -357 83 -348 65 -333 ct 47 -316 37 -294 37 -267 ct +37 -224 60 -195 120 -163 ct 158 -143 185 -122 198 -102 ct 203 -95 206 -84 206 -71 ct +206 -35 179 -11 141 -11 ct 94 -11 60 -40 34 -105 ct 22 -105 l 38 6 l 49 6 l +50 -3 56 -10 64 -10 ct 70 -10 79 -8 89 -4 ct 109 3 130 7 151 7 ct 212 7 259 -34 259 -88 ct +259 -132 230 -166 160 -204 ct 105 -234 83 -258 83 -286 ct 83 -315 105 -335 138 -335 ct +161 -335 184 -325 202 -306 ct 219 -289 226 -276 234 -244 ct 248 -244 l p ef +300 -350 m 300 -340 l 344 -337 350 -331 350 -292 ct 350 -57 l 350 -18 343 -11 300 -10 ct +300 0 l 476 0 l 517 0 555 -11 575 -29 ct 594 -46 604 -69 604 -95 ct 604 -118 595 -139 578 -155 ct +562 -169 548 -175 514 -184 ct 541 -190 552 -196 565 -207 ct 578 -219 586 -238 586 -260 ct +586 -319 539 -350 448 -350 ct p +404 -172 m 456 -172 480 -169 499 -161 ct 529 -149 543 -128 543 -94 ct 543 -66 532 -45 511 -33 ct +494 -23 472 -19 438 -19 ct 412 -19 404 -24 404 -41 ct p +404 -193 m 404 -314 l 404 -325 408 -330 416 -330 ct 439 -330 l 500 -330 532 -305 532 -258 ct +532 -216 504 -193 454 -193 ct p ef +pom +pum +6455 9607 t +156 -357 m 116 -332 101 -318 81 -294 ct 43 -248 25 -195 25 -133 ct 25 -66 44 -14 91 39 ct +113 65 126 76 154 93 ct 160 85 l 118 51 103 33 89 -6 ct 76 -41 70 -82 70 -134 ct +70 -190 77 -233 92 -266 ct 106 -299 122 -318 160 -349 ct p ef +338 -196 m 390 -224 409 -246 409 -282 ct 409 -325 371 -357 318 -357 ct 260 -357 217 -322 217 -274 ct +217 -239 227 -224 283 -175 ct 226 -132 214 -115 214 -79 ct 214 -28 256 7 316 7 ct +379 7 420 -27 420 -82 ct 420 -122 l 402 -148 l p +328 -141 m 367 -114 380 -95 380 -65 ct 380 -31 356 -7 322 -7 ct 281 -7 254 -38 254 -84 ct +254 -117 266 -140 297 -165 ct p +323 -205 m 275 -236 256 -260 256 -290 ct 256 -321 280 -342 314 -342 ct 350 -342 372 -319 372 -283 ct +372 -252 357 -229 327 -208 ct 325 -207 l 325 -207 l p ef +603 -357 m 508 -309 l 508 -302 l 515 -304 520 -306 523 -307 ct 532 -311 541 -313 546 -313 ct +557 -313 562 -305 562 -288 ct 562 -49 l 562 -31 558 -19 549 -14 ct 542 -10 534 -8 512 -7 ct +512 0 l 658 0 l 658 -7 l 616 -8 608 -13 608 -39 ct 608 -356 l p ef +867 -357 m 772 -309 l 772 -302 l 779 -304 784 -306 787 -307 ct 796 -311 805 -313 810 -313 ct +821 -313 826 -305 826 -288 ct 826 -49 l 826 -31 822 -19 813 -14 ct 806 -10 798 -8 776 -7 ct +776 0 l 922 0 l 922 -7 l 880 -8 872 -13 872 -39 ct 872 -356 l p ef +1132 -357 m 1037 -309 l 1037 -302 l 1044 -304 1049 -306 1052 -307 ct 1061 -311 1070 -313 1075 -313 ct +1086 -313 1091 -305 1091 -288 ct 1091 -49 l 1091 -31 1087 -19 1078 -14 ct 1071 -10 1063 -8 1041 -7 ct +1041 0 l 1187 0 l 1187 -7 l 1145 -8 1137 -13 1137 -39 ct 1137 -356 l p ef +1264 93 m 1303 68 1319 54 1338 30 ct 1376 -15 1394 -68 1394 -130 ct 1394 -198 1375 -249 1328 -303 ct +1306 -329 1293 -340 1265 -357 ct 1259 -349 l 1301 -315 1315 -297 1330 -257 ct +1343 -222 1349 -181 1349 -129 ct 1349 -74 1342 -30 1328 2 ct 1313 35 1297 54 1259 85 ct +p ef +pom +gr +0.753 0.753 0.753 c 3288 10118 m 2275 10118 l 2275 8090 l 4301 8090 l +4301 10118 l 3288 10118 l p ef +0.003 0.003 0.003 c 3288 10118 m 2275 10118 l 2275 8090 l 4301 8090 l 4301 10118 l +3288 10118 l pc +gs +pum +2593 8945 t +106 -153 m 120 -152 129 -152 143 -152 ct 184 -152 213 -157 235 -170 ct 267 -187 286 -219 286 -254 ct +286 -276 279 -296 265 -312 ct 243 -335 197 -350 148 -350 ct 8 -350 l 8 -340 l +47 -335 52 -330 52 -292 ct 52 -63 l 52 -19 48 -13 8 -10 ct 8 0 l 156 0 l 156 -10 l +114 -11 106 -19 106 -57 ct p +106 -312 m 106 -326 110 -330 124 -330 ct 196 -330 229 -305 229 -251 ct 229 -199 197 -173 137 -173 ct +126 -173 119 -174 106 -175 ct p ef +618 -238 m 614 -357 l 603 -357 l 599 -346 591 -340 580 -340 ct 576 -340 568 -341 560 -344 ct +534 -353 507 -357 483 -357 ct 439 -357 395 -341 362 -312 ct 325 -279 305 -230 305 -171 ct +305 -122 321 -77 348 -47 ct 380 -12 429 7 481 7 ct 541 7 593 -16 625 -59 ct 616 -69 l +577 -31 542 -15 498 -15 ct 465 -15 435 -26 412 -46 ct 383 -72 367 -120 367 -178 ct +367 -274 416 -336 493 -336 ct 523 -336 550 -325 571 -304 ct 588 -287 596 -272 606 -238 ct +p ef +695 -57 m 695 -17 688 -11 644 -10 ct 644 0 l 801 0 l 801 -10 l 758 -11 749 -19 749 -57 ct +749 -292 l 749 -331 757 -338 801 -340 ct 801 -350 l 644 -350 l 644 -340 l +689 -337 695 -331 695 -292 ct p ef +840 -135 m 840 -102 l 970 -102 l 970 -135 l p ef +1373 -350 m 1247 -350 l 1247 -340 l 1275 -339 1284 -335 1284 -323 ct 1284 -315 1278 -305 1263 -286 ct +1203 -213 l 1181 -244 l 1148 -289 1136 -312 1136 -324 ct 1136 -334 1144 -339 1161 -339 ct +1176 -340 l 1176 -350 l 1016 -350 l 1016 -340 l 1051 -338 1060 -330 1112 -257 ct +1170 -172 l 1087 -70 l 1039 -14 1037 -12 1010 -10 ct 1010 0 l 1133 0 l +1133 -10 l 1102 -12 1093 -16 1093 -28 ct 1093 -36 1101 -49 1120 -74 ct 1183 -152 l +1234 -78 l 1251 -52 1261 -34 1261 -26 ct 1261 -16 1252 -11 1234 -11 ct 1232 -11 1226 -10 1220 -10 ct +1220 0 l 1377 0 l 1377 -10 l 1349 -13 1341 -18 1318 -49 ct 1217 -194 l +1294 -290 l 1328 -331 1339 -338 1373 -340 ct p ef +pom +pum +2566 9607 t +156 -357 m 116 -332 101 -318 81 -294 ct 43 -248 25 -195 25 -133 ct 25 -66 44 -14 91 39 ct +113 65 126 76 154 93 ct 160 85 l 118 51 103 33 89 -6 ct 76 -41 70 -82 70 -134 ct +70 -190 77 -233 92 -266 ct 106 -299 122 -318 160 -349 ct p ef +338 -196 m 390 -224 409 -246 409 -282 ct 409 -325 371 -357 318 -357 ct 260 -357 217 -322 217 -274 ct +217 -239 227 -224 283 -175 ct 226 -132 214 -115 214 -79 ct 214 -28 256 7 316 7 ct +379 7 420 -27 420 -82 ct 420 -122 l 402 -148 l p +328 -141 m 367 -114 380 -95 380 -65 ct 380 -31 356 -7 322 -7 ct 281 -7 254 -38 254 -84 ct +254 -117 266 -140 297 -165 ct p +323 -205 m 275 -236 256 -260 256 -290 ct 256 -321 280 -342 314 -342 ct 350 -342 372 -319 372 -283 ct +372 -252 357 -229 327 -208 ct 325 -207 l 325 -207 l p ef +603 -357 m 508 -309 l 508 -302 l 515 -304 520 -306 523 -307 ct 532 -311 541 -313 546 -313 ct +557 -313 562 -305 562 -288 ct 562 -49 l 562 -31 558 -19 549 -14 ct 542 -10 534 -8 512 -7 ct +512 0 l 658 0 l 658 -7 l 616 -8 608 -13 608 -39 ct 608 -356 l p ef +794 -174 m 826 -174 838 -173 851 -168 ct 883 -157 904 -126 904 -90 ct 904 -46 874 -11 835 -11 ct +820 -11 810 -15 790 -28 ct 774 -37 765 -41 756 -41 ct 744 -41 736 -33 736 -22 ct +736 -4 759 7 796 7 ct 837 7 879 -6 903 -28 ct 928 -49 942 -80 942 -115 ct 942 -142 934 -167 918 -184 ct +908 -195 898 -202 874 -212 ct 911 -236 924 -256 924 -285 ct 924 -327 890 -357 842 -357 ct +815 -357 792 -348 773 -331 ct 757 -317 749 -303 737 -271 ct 745 -269 l 767 -308 791 -325 824 -325 ct +858 -325 882 -302 882 -269 ct 882 -250 874 -231 861 -217 ct 845 -202 830 -194 794 -181 ct +p ef +1132 -357 m 1037 -309 l 1037 -302 l 1044 -304 1049 -306 1052 -307 ct 1061 -311 1070 -313 1075 -313 ct +1086 -313 1091 -305 1091 -288 ct 1091 -49 l 1091 -31 1087 -19 1078 -14 ct 1071 -10 1063 -8 1041 -7 ct +1041 0 l 1187 0 l 1187 -7 l 1145 -8 1137 -13 1137 -39 ct 1137 -356 l p ef +1264 93 m 1303 68 1319 54 1338 30 ct 1376 -15 1394 -68 1394 -130 ct 1394 -198 1375 -249 1328 -303 ct +1306 -329 1293 -340 1265 -357 ct 1259 -349 l 1301 -315 1315 -297 1330 -257 ct +1343 -222 1349 -181 1349 -129 ct 1349 -74 1342 -30 1328 2 ct 1313 35 1297 54 1259 85 ct +p ef +pom +gr +3288 7132 m 3288 8090 l ps +4301 9104 m 6169 9104 l ps +4301 6118 m 6169 6118 l ps +3288 5104 m 3288 4146 l ps +7182 5104 m 7182 4146 l ps +6169 3132 m 4301 3132 l ps +gs +pum +3360 7489 t +161 -49 m 156 -38 152 -31 148 -27 ct 138 -16 123 -11 99 -11 ct 80 -11 l 60 -11 56 -12 56 -22 ct +56 -155 l 56 -175 60 -179 82 -181 ct 82 -186 l 3 -186 l 3 -181 l 24 -179 27 -175 27 -155 ct +27 -30 l 27 -11 23 -6 3 -5 ct 3 0 l 155 0 l 168 -49 l p ef +214 -30 m 214 -10 210 -6 189 -5 ct 189 0 l 269 0 l 302 0 331 -9 349 -25 ct +367 -41 378 -66 378 -94 ct 378 -119 369 -141 354 -157 ct 335 -176 304 -186 265 -186 ct +189 -186 l 189 -181 l 211 -179 214 -176 214 -155 ct p +243 -165 m 243 -174 246 -176 257 -176 ct 282 -176 300 -171 313 -162 ct 335 -146 347 -122 347 -92 ct +347 -58 335 -35 313 -22 ct 298 -13 282 -10 257 -10 ct 246 -10 243 -12 243 -22 ct +p ef +468 -174 m 468 -33 l 468 -9 465 -6 442 -5 ct 442 0 l 524 0 l 524 -5 l +501 -6 497 -10 497 -30 ct 497 -174 l 512 -174 l 544 -174 550 -169 557 -138 ct +564 -138 l 562 -186 l 403 -186 l 401 -138 l 408 -138 l 415 -169 421 -174 453 -174 ct +p ef +653 -190 m 638 -190 626 -185 615 -175 ct 599 -160 588 -127 588 -94 ct 588 -64 598 -31 611 -15 ct +621 -2 636 3 652 3 ct 666 3 679 0 689 -10 ct 705 -26 716 -58 716 -93 ct 716 -150 l +690 -190 l p +652 -183 m 676 -183 689 -151 689 -92 ct 689 -33 676 -3 652 -3 ct 628 -3 615 -33 615 -92 ct +615 -152 l 628 -183 l p ef +pom +gr +gs +pum +5424 6484 t +161 -49 m 156 -38 152 -31 148 -27 ct 138 -16 123 -11 99 -11 ct 80 -11 l 60 -11 56 -12 56 -22 ct +56 -155 l 56 -175 60 -179 82 -181 ct 82 -186 l 3 -186 l 3 -181 l 24 -179 27 -175 27 -155 ct +27 -30 l 27 -11 23 -6 3 -5 ct 3 0 l 155 0 l 168 -49 l p ef +214 -30 m 214 -10 210 -6 189 -5 ct 189 0 l 269 0 l 302 0 331 -9 349 -25 ct +367 -41 378 -66 378 -94 ct 378 -119 369 -141 354 -157 ct 335 -176 304 -186 265 -186 ct +189 -186 l 189 -181 l 211 -179 214 -176 214 -155 ct p +243 -165 m 243 -174 246 -176 257 -176 ct 282 -176 300 -171 313 -162 ct 335 -146 347 -122 347 -92 ct +347 -58 335 -35 313 -22 ct 298 -13 282 -10 257 -10 ct 246 -10 243 -12 243 -22 ct +p ef +468 -174 m 468 -33 l 468 -9 465 -6 442 -5 ct 442 0 l 524 0 l 524 -5 l +501 -6 497 -10 497 -30 ct 497 -174 l 512 -174 l 544 -174 550 -169 557 -138 ct +564 -138 l 562 -186 l 403 -186 l 401 -138 l 408 -138 l 415 -169 421 -174 453 -174 ct +p ef +653 -190 m 638 -190 626 -185 615 -175 ct 599 -160 588 -127 588 -94 ct 588 -64 598 -31 611 -15 ct +621 -2 636 3 652 3 ct 666 3 679 0 689 -10 ct 705 -26 716 -58 716 -93 ct 716 -150 l +690 -190 l p +652 -183 m 676 -183 689 -151 689 -92 ct 689 -33 676 -3 652 -3 ct 628 -3 615 -33 615 -92 ct +615 -152 l 628 -183 l p ef +pom +gr +gs +pum +7302 4446 t +161 -49 m 156 -38 152 -31 148 -27 ct 138 -16 123 -11 99 -11 ct 80 -11 l 60 -11 56 -12 56 -22 ct +56 -155 l 56 -175 60 -179 82 -181 ct 82 -186 l 3 -186 l 3 -181 l 24 -179 27 -175 27 -155 ct +27 -30 l 27 -11 23 -6 3 -5 ct 3 0 l 155 0 l 168 -49 l p ef +214 -30 m 214 -10 210 -6 189 -5 ct 189 0 l 269 0 l 302 0 331 -9 349 -25 ct +367 -41 378 -66 378 -94 ct 378 -119 369 -141 354 -157 ct 335 -176 304 -186 265 -186 ct +189 -186 l 189 -181 l 211 -179 214 -176 214 -155 ct p +243 -165 m 243 -174 246 -176 257 -176 ct 282 -176 300 -171 313 -162 ct 335 -146 347 -122 347 -92 ct +347 -58 335 -35 313 -22 ct 298 -13 282 -10 257 -10 ct 246 -10 243 -12 243 -22 ct +p ef +468 -174 m 468 -33 l 468 -9 465 -6 442 -5 ct 442 0 l 524 0 l 524 -5 l +501 -6 497 -10 497 -30 ct 497 -174 l 512 -174 l 544 -174 550 -169 557 -138 ct +564 -138 l 562 -186 l 403 -186 l 401 -138 l 408 -138 l 415 -169 421 -174 453 -174 ct +p ef +653 -190 m 638 -190 626 -185 615 -175 ct 599 -160 588 -127 588 -94 ct 588 -64 598 -31 611 -15 ct +621 -2 636 3 652 3 ct 666 3 679 0 689 -10 ct 705 -26 716 -58 716 -93 ct 716 -150 l +690 -190 l p +652 -183 m 676 -183 689 -151 689 -92 ct 689 -33 676 -3 652 -3 ct 628 -3 615 -33 615 -92 ct +615 -152 l 628 -183 l p ef +pom +gr +gs +pum +3413 4473 t +161 -49 m 156 -38 152 -31 148 -27 ct 138 -16 123 -11 99 -11 ct 80 -11 l 60 -11 56 -12 56 -22 ct +56 -155 l 56 -175 60 -179 82 -181 ct 82 -186 l 3 -186 l 3 -181 l 24 -179 27 -175 27 -155 ct +27 -30 l 27 -11 23 -6 3 -5 ct 3 0 l 155 0 l 168 -49 l p ef +214 -30 m 214 -10 210 -6 189 -5 ct 189 0 l 269 0 l 302 0 331 -9 349 -25 ct +367 -41 378 -66 378 -94 ct 378 -119 369 -141 354 -157 ct 335 -176 304 -186 265 -186 ct +189 -186 l 189 -181 l 211 -179 214 -176 214 -155 ct p +243 -165 m 243 -174 246 -176 257 -176 ct 282 -176 300 -171 313 -162 ct 335 -146 347 -122 347 -92 ct +347 -58 335 -35 313 -22 ct 298 -13 282 -10 257 -10 ct 246 -10 243 -12 243 -22 ct +p ef +468 -174 m 468 -33 l 468 -9 465 -6 442 -5 ct 442 0 l 524 0 l 524 -5 l +501 -6 497 -10 497 -30 ct 497 -174 l 512 -174 l 544 -174 550 -169 557 -138 ct +564 -138 l 562 -186 l 403 -186 l 401 -138 l 408 -138 l 415 -169 421 -174 453 -174 ct +p ef +653 -190 m 638 -190 626 -185 615 -175 ct 599 -160 588 -127 588 -94 ct 588 -64 598 -31 611 -15 ct +621 -2 636 3 652 3 ct 666 3 679 0 689 -10 ct 705 -26 716 -58 716 -93 ct 716 -150 l +690 -190 l p +652 -183 m 676 -183 689 -151 689 -92 ct 689 -33 676 -3 652 -3 ct 628 -3 615 -33 615 -92 ct +615 -152 l 628 -183 l p ef +pom +gr +gs +pum +4418 3467 t +161 -49 m 156 -38 152 -31 148 -27 ct 138 -16 123 -11 99 -11 ct 80 -11 l 60 -11 56 -12 56 -22 ct +56 -155 l 56 -175 60 -179 82 -181 ct 82 -186 l 3 -186 l 3 -181 l 24 -179 27 -175 27 -155 ct +27 -30 l 27 -11 23 -6 3 -5 ct 3 0 l 155 0 l 168 -49 l p ef +214 -30 m 214 -10 210 -6 189 -5 ct 189 0 l 269 0 l 302 0 331 -9 349 -25 ct +367 -41 378 -66 378 -94 ct 378 -119 369 -141 354 -157 ct 335 -176 304 -186 265 -186 ct +189 -186 l 189 -181 l 211 -179 214 -176 214 -155 ct p +243 -165 m 243 -174 246 -176 257 -176 ct 282 -176 300 -171 313 -162 ct 335 -146 347 -122 347 -92 ct +347 -58 335 -35 313 -22 ct 298 -13 282 -10 257 -10 ct 246 -10 243 -12 243 -22 ct +p ef +468 -174 m 468 -33 l 468 -9 465 -6 442 -5 ct 442 0 l 524 0 l 524 -5 l +501 -6 497 -10 497 -30 ct 497 -174 l 512 -174 l 544 -174 550 -169 557 -138 ct +564 -138 l 562 -186 l 403 -186 l 401 -138 l 408 -138 l 415 -169 421 -174 453 -174 ct +p ef +664 -190 m 613 -164 l 613 -161 l 616 -162 619 -163 620 -164 ct 625 -166 630 -167 633 -167 ct +639 -167 642 -163 642 -153 ct 642 -26 l 642 -16 639 -10 635 -7 ct 631 -5 627 -4 615 -4 ct +615 0 l 693 0 l 693 -4 l 670 -4 666 -7 666 -20 ct 666 -190 l p ef +pom +gr +gs +pum +2513 5002 t +161 -49 m 156 -38 152 -31 148 -27 ct 138 -16 123 -11 99 -11 ct 80 -11 l 60 -11 56 -12 56 -22 ct +56 -155 l 56 -175 60 -179 82 -181 ct 82 -186 l 3 -186 l 3 -181 l 24 -179 27 -175 27 -155 ct +27 -30 l 27 -11 23 -6 3 -5 ct 3 0 l 155 0 l 168 -49 l p ef +214 -30 m 214 -10 210 -6 189 -5 ct 189 0 l 269 0 l 302 0 331 -9 349 -25 ct +367 -41 378 -66 378 -94 ct 378 -119 369 -141 354 -157 ct 335 -176 304 -186 265 -186 ct +189 -186 l 189 -181 l 211 -179 214 -176 214 -155 ct p +243 -165 m 243 -174 246 -176 257 -176 ct 282 -176 300 -171 313 -162 ct 335 -146 347 -122 347 -92 ct +347 -58 335 -35 313 -22 ct 298 -13 282 -10 257 -10 ct 246 -10 243 -12 243 -22 ct +p ef +468 -174 m 468 -33 l 468 -9 465 -6 442 -5 ct 442 0 l 524 0 l 524 -5 l +501 -6 497 -10 497 -30 ct 497 -174 l 512 -174 l 544 -174 550 -169 557 -138 ct +564 -138 l 562 -186 l 403 -186 l 401 -138 l 408 -138 l 415 -169 421 -174 453 -174 ct +p ef +715 -38 m 712 -40 l 701 -23 698 -21 685 -21 ct 618 -21 l 665 -71 l 690 -97 701 -118 701 -140 ct +701 -168 678 -190 649 -190 ct 633 -190 619 -184 608 -173 ct 599 -163 595 -154 590 -134 ct +596 -133 l 607 -160 618 -169 637 -169 ct 661 -169 677 -153 677 -130 ct 677 -108 664 -81 640 -56 ct +590 -3 l 590 0 l 700 0 l p ef +pom +gr +gs +pum +5397 3044 t +161 -49 m 156 -38 152 -31 148 -27 ct 138 -16 123 -11 99 -11 ct 80 -11 l 60 -11 56 -12 56 -22 ct +56 -155 l 56 -175 60 -179 82 -181 ct 82 -186 l 3 -186 l 3 -181 l 24 -179 27 -175 27 -155 ct +27 -30 l 27 -11 23 -6 3 -5 ct 3 0 l 155 0 l 168 -49 l p ef +214 -30 m 214 -10 210 -6 189 -5 ct 189 0 l 269 0 l 302 0 331 -9 349 -25 ct +367 -41 378 -66 378 -94 ct 378 -119 369 -141 354 -157 ct 335 -176 304 -186 265 -186 ct +189 -186 l 189 -181 l 211 -179 214 -176 214 -155 ct p +243 -165 m 243 -174 246 -176 257 -176 ct 282 -176 300 -171 313 -162 ct 335 -146 347 -122 347 -92 ct +347 -58 335 -35 313 -22 ct 298 -13 282 -10 257 -10 ct 246 -10 243 -12 243 -22 ct +p ef +468 -174 m 468 -33 l 468 -9 465 -6 442 -5 ct 442 0 l 524 0 l 524 -5 l +501 -6 497 -10 497 -30 ct 497 -174 l 512 -174 l 544 -174 550 -169 557 -138 ct +564 -138 l 562 -186 l 403 -186 l 401 -138 l 408 -138 l 415 -169 421 -174 453 -174 ct +p ef +664 -190 m 613 -164 l 613 -161 l 616 -162 619 -163 620 -164 ct 625 -166 630 -167 633 -167 ct +639 -167 642 -163 642 -153 ct 642 -26 l 642 -16 639 -10 635 -7 ct 631 -5 627 -4 615 -4 ct +615 0 l 693 0 l 693 -4 l 670 -4 666 -7 666 -20 ct 666 -190 l p ef +pom +gr +gs +pum +6376 5028 t +161 -49 m 156 -38 152 -31 148 -27 ct 138 -16 123 -11 99 -11 ct 80 -11 l 60 -11 56 -12 56 -22 ct +56 -155 l 56 -175 60 -179 82 -181 ct 82 -186 l 3 -186 l 3 -181 l 24 -179 27 -175 27 -155 ct +27 -30 l 27 -11 23 -6 3 -5 ct 3 0 l 155 0 l 168 -49 l p ef +214 -30 m 214 -10 210 -6 189 -5 ct 189 0 l 269 0 l 302 0 331 -9 349 -25 ct +367 -41 378 -66 378 -94 ct 378 -119 369 -141 354 -157 ct 335 -176 304 -186 265 -186 ct +189 -186 l 189 -181 l 211 -179 214 -176 214 -155 ct p +243 -165 m 243 -174 246 -176 257 -176 ct 282 -176 300 -171 313 -162 ct 335 -146 347 -122 347 -92 ct +347 -58 335 -35 313 -22 ct 298 -13 282 -10 257 -10 ct 246 -10 243 -12 243 -22 ct +p ef +468 -174 m 468 -33 l 468 -9 465 -6 442 -5 ct 442 0 l 524 0 l 524 -5 l +501 -6 497 -10 497 -30 ct 497 -174 l 512 -174 l 544 -174 550 -169 557 -138 ct +564 -138 l 562 -186 l 403 -186 l 401 -138 l 408 -138 l 415 -169 421 -174 453 -174 ct +p ef +664 -190 m 613 -164 l 613 -161 l 616 -162 619 -163 620 -164 ct 625 -166 630 -167 633 -167 ct +639 -167 642 -163 642 -153 ct 642 -26 l 642 -16 639 -10 635 -7 ct 631 -5 627 -4 615 -4 ct +615 0 l 693 0 l 693 -4 l 670 -4 666 -7 666 -20 ct 666 -190 l p ef +pom +gr +gs +pum +4524 6060 t +161 -49 m 156 -38 152 -31 148 -27 ct 138 -16 123 -11 99 -11 ct 80 -11 l 60 -11 56 -12 56 -22 ct +56 -155 l 56 -175 60 -179 82 -181 ct 82 -186 l 3 -186 l 3 -181 l 24 -179 27 -175 27 -155 ct +27 -30 l 27 -11 23 -6 3 -5 ct 3 0 l 155 0 l 168 -49 l p ef +214 -30 m 214 -10 210 -6 189 -5 ct 189 0 l 269 0 l 302 0 331 -9 349 -25 ct +367 -41 378 -66 378 -94 ct 378 -119 369 -141 354 -157 ct 335 -176 304 -186 265 -186 ct +189 -186 l 189 -181 l 211 -179 214 -176 214 -155 ct p +243 -165 m 243 -174 246 -176 257 -176 ct 282 -176 300 -171 313 -162 ct 335 -146 347 -122 347 -92 ct +347 -58 335 -35 313 -22 ct 298 -13 282 -10 257 -10 ct 246 -10 243 -12 243 -22 ct +p ef +468 -174 m 468 -33 l 468 -9 465 -6 442 -5 ct 442 0 l 524 0 l 524 -5 l +501 -6 497 -10 497 -30 ct 497 -174 l 512 -174 l 544 -174 550 -169 557 -138 ct +564 -138 l 562 -186 l 403 -186 l 401 -138 l 408 -138 l 415 -169 421 -174 453 -174 ct +p ef +664 -190 m 613 -164 l 613 -161 l 616 -162 619 -163 620 -164 ct 625 -166 630 -167 633 -167 ct +639 -167 642 -163 642 -153 ct 642 -26 l 642 -16 639 -10 635 -7 ct 631 -5 627 -4 615 -4 ct +615 0 l 693 0 l 693 -4 l 670 -4 666 -7 666 -20 ct 666 -190 l p ef +pom +gr +1.000 0.003 0.003 c 4303 6248 m 4229 6248 4169 6187 4169 6113 ct 4169 6039 4229 5978 4303 5978 ct +4377 5978 4437 6039 4437 6113 ct 4437 6187 4377 6248 4303 6248 ct 4303 6248 l +p ef +0.003 0.003 0.003 c 4303 6248 m 4229 6248 4169 6187 4169 6113 ct 4169 6039 4229 5978 4303 5978 ct +4377 5978 4437 6039 4437 6113 ct 4437 6187 4377 6248 4303 6248 ct 4303 6248 l +pc +1.000 0.003 0.003 c 7216 5229 m 7142 5229 7082 5169 7082 5095 ct 7082 5021 7142 4961 7216 4961 ct +7290 4961 7350 5021 7350 5095 ct 7350 5169 7290 5229 7216 5229 ct 7216 5229 l +p ef +0.003 0.003 0.003 c 7216 5229 m 7142 5229 7082 5169 7082 5095 ct 7082 5021 7142 4961 7216 4961 ct +7290 4961 7350 5021 7350 5095 ct 7350 5169 7290 5229 7216 5229 ct 7216 5229 l +pc +1.000 0.003 0.003 c 6179 3279 m 6105 3279 6045 3219 6045 3145 ct 6045 3071 6105 3011 6179 3011 ct +6253 3011 6313 3071 6313 3145 ct 6313 3219 6253 3279 6179 3279 ct 6179 3279 l +p ef +0.003 0.003 0.003 c 6179 3279 m 6105 3279 6045 3219 6045 3145 ct 6045 3071 6105 3011 6179 3011 ct +6253 3011 6313 3071 6313 3145 ct 6313 3219 6253 3279 6179 3279 ct 6179 3279 l +pc +tm setmatrix +0 0 t +1 1 s +0 8033 t +pom +count op_count sub {pop} repeat countdictstack dict_count sub {end} repeat b4_inc_state restore +%%PageTrailer +%%Trailer +%%EOF |