14 been imported into Carbide.c++ and opened with Analyzer. The thread load data

    14 been imported into Carbide.c++ and opened with Analyzer. Figure 1 is an example

    15 in the main analysis view is built from the address/thread trace. Other trace

    15 view of imported profiler data that has been opened with the analyzer,

    16 data is also shown in the main analysis view, such as dynamic binary support

    16 including memory and power usage information, with a time interval of 4 to 8

    17 trace and function call trace. Figure 1 is an example view of imported profiler

    17 seconds selected.The Interrups graph and Performance Counters graph have been

    18 data that has been opened with the analyzer, including memory and power usage

    18 minized.</p>

    19 information, with a time interval of 4 to 8 seconds selected.The Interrups

    20 graph and Performance Counters graph have been minized.</p>

    28 <p>The address/thread trace graph is the most generic and perhaps most

    26 <p>You can select a portion of the graph by clicking on the graph. The legend

    29 informative visual of the sampled data. The different colors represent

    27 table beneath the graph displays information about the currently selected part

    30 different items. Time is represented on the horizontal axis of the graph and

    28 of the graph. For example, thread load statistics are shown in the table if the

    31 share of CPU use is represented on the vertical axis. You can select Thread

    29 thread load graph is selected.</p>

    32 load, Binary load, or Function load by selecting the respective tabs at the

    33 bottom of the main view, as shown in Figure 2.</p>

    35 <p align="center"><img src="images/analz_loads_tabs.png" width="423"

    31 <p>You can use the buttons on the title bars to manipulate what is displayed in

    36 height="84"></p>

    32 Analyser. For more information, see <a href="GUI_tour.htm">Analyzer GUI

    33 Controls</a>. </p>

    38 <p align="center" class="figure">Figure 2. Selecting Threads, Binaries,

    35 <p>For more specific information on all the views and graps available in PI

    39 Functions, or Function Calls</p>

    36 Analyser, use the links below in Related references.</p>

    40 

    41 <p>Each of the lines in the thread table represents a single thread. The color

    42 codes in the thread list correspond to the colors in the thread load graphs.

    43 Therefore, each color in the thread load graph represents the load of its

    44 corresponding thread.</p>

    45 

    46 <p>You can select a portion of the graph by clicking on the trace graph. The

    47 legend table beneath the graph displays information about the currently

    48 selected part of the graph. For example, thread load statistics are shown in

    49 the table if the thread load graph is selected.</p>

    53   <li><a href="GUI_tour.htm">Analyzer GUI Controls </a></li>

    40   <li><a href="view_CPU.htm">CPU Views</a></li>

    54   <li><a href="thread_load.htm">Thread Load</a></li>

    41   <li><a href="view_memory_usage.htm">Memory Usage view</a></li>

    55   <li><a href="binary_load.htm">Binary Load</a></li>

    42   <li><a href="view_graphics_memory_usage.htm">Graphics Memory Usage

    56   <li><a href="function_load.htm">Function Load</a></li>

    43   view</a></li>

    57   <li><a href="function_calls.htm">Function Calls</a></li>

    44   <li><a href="view_power_usage.htm">Power Usage view</a></li>

    45   <li><a href="interrupts_view.htm">Interrupts view</a></li>

    46   <li><a href="view_performance_counters.htm">Performance Counters view</a></li>

    47   <li><a href="view_IPC.htm">Interconnect Performance Counters view</a></li>

    48   <li><a href="GUI_tour.htm">Analyzer GUI Controls</a></li>