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Commit 34c9dd93 by Bridger Maxwell
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More cleanup of templates folder. Moved some xmodule templates to common.

parent 72a01e02
Showing with 6 additions and 453 deletions
common/djangoapps/student/views.py
......@@ -147,7 +147,7 @@ def dashboard(request):
'errored_courses': errored_courses,
'show_courseware_links_for' : show_courseware_links_for}
return render_to_response('dashboard.html', context)
return render_to_response('portal/dashboard.html', context)
def try_change_enrollment(request):
......
lms/djangoapps/courseware/views.py
......@@ -95,7 +95,7 @@ def render_accordion(request, course, chapter, section):
context = dict([('toc', toc),
('course_id', course.id),
('csrf', csrf(request)['csrf_token'])] + template_imports.items())
return render_to_string('accordion.html', context)
return render_to_string('courseware/accordion.html', context)
def get_current_child(xmodule):
......
lms/templates/book_toc.xml deleted 100644 → 0
<?xml version="1.0"?>
<table_of_contents>
<entry page="9" page_label="ix" name="Contents"/>
<entry page="1" page_label="i" name="Preamble">
<entry page="1" page_label="i" name="Comments on the Book"/>
<entry page="4" page_label="iv" name="About the Authors"/>
<entry page="7" page_label="vii" name="Dedication"/>
<entry page="19" page_label="xix" name="Preface"/>
<entry page="19" page_label="xix" name="Approach"/>
<entry page="21" page_label="xxi" name="Overview"/>
<entry page="23" page_label="xxiii" name="Course Organization"/>
<entry page="23" page_label="xxiii" name="Web Supplements"/>
<entry page="24" page_label="xxiv" name="Acknowledgments"/>
</entry>
<entry page="27" page_label="3" name="The Circuit Abstraction" chapter="1">
<entry page="27" page_label="3" name="The Power of Abstraction" chapter="1.1"/>
<entry page="29" page_label="4" name="The Lumped Circuit Abstraction" chapter="1.2"/>
<entry page="33" page_label="9" name="The Lumped Matter Discipline" chapter="1.3"/>
<entry page="37" page_label="13" name="Limitations of the Lumped Circuit Abstraction" chapter="1.4"/>
<entry page="39" page_label="15" name="Practical Two-Terminal Elements" chapter="1.5">
<entry page="40" page_label="16" name="Batteries" chapter="1.5.1"/>
<entry page="42" page_label="18" name="Linear Resistors" chapter="1.5.2"/>
<entry page="49" page_label="25" name="Associated Variables Convention" chapter="1.5.3"/>
</entry>
<entry page="53" page_label="29" name="Ideal Two-Terminal Elements" chapter="1.6">
<entry page="54" page_label="30" name="Ideal Voltage Sources, Wires and Resistors" chapter="1.6.1"/>
<entry page="56" page_label="32" name="Element Laws" chapter="1.6.2"/>
<entry page="57" page_label="33" name="The Current Source" chapter="1.6.3"/>
</entry>
<entry page="60" page_label="36" name="Modeling Physical Elements" chapter="1.7"/>
<entry page="64" page_label="40" name="Signal Representation" chapter="1.8">
<entry page="65" page_label="41" name="Analog Signals" chapter="1.8.1"/>
<entry page="66" page_label="42" name="Digital Signals" chapter="1.8.3"/>
</entry>
<entry page="70" page_label="46" name="Summary" chapter="1.9"/>
</entry>
<entry page="77" page_label="53" name="Resistive Networks" chapter="2">
<entry page="78" page_label="54" name="Terminology" chapter="2.1"/>
<entry page="79" page_label="55" name="Kirchhoff's Laws" chapter="2.2">
<entry page="80" page_label="56" name="KCL" chapter="2.2.1"/>
<entry page="84" page_label="60" name="KVL" chapter="2.2.1"/>
</entry>
<entry page="90" page_label="66" name="Circuit Analysis: Basic Method" chapter="2.3">
<entry page="91" page_label="67" name="Single-Resistor Circuits" chapter="2.3.1"/>
<entry page="94" page_label="70" name="Quick Intuitive Analysis of Single-Resistor Circuits" chapter="2.3.2"/>
<entry page="95" page_label="71" name="Energy Conservation" chapter="2.3.3"/>
<entry page="97" page_label="73" name="Voltage and Current Dividers" chapter="2.3.4"/>
<entry page="99" page_label="73" name="Voltage Dividers" chapter="2.3.4.1"/>
<entry page="100" page_label="76" name="Resistors in Series" chapter="2.3.4.2"/>
<entry page="104" page_label="80" name="Current Dividers" chapter="2.3.4.3"/>
<entry page="108" page_label="82" name="Resistors in Parallel" chapter="2.3.4.4"/>
<entry page="108" page_label="84" name="A More Complex Circuit" chapter="2.3.5"/>
</entry>
<entry page="113" page_label="89" name="Intuitive Method of Circuit Analysis" chapter="2.4"/>
<entry page="119" page_label="95" name="More Examples" chapter="2.5"/>
<entry page="122" page_label="98" name="Dependent Sources and the Control Concept" chapter="2.6">
<entry page="126" page_label="102" name="Circuits with Dependent Sources" chapter="2.6.1"/>
</entry>
<entry page="131" page_label="107" name="A Formulation Suitable for a Computer Solution *" chapter="2.7"/>
<entry page="132" page_label="108" name="Summary" chapter="2.8"/>
</entry>
<entry page="143" page_label="119" name="Network Theorems" chapter="3">
<entry page="143" page_label="119" name="Introduction" chapter="3.1"/>
<entry page="143" page_label="119" name="The Node Voltage" chapter="3.2"/>
<entry page="149" page_label="125" name="The Node Method" chapter="3.3">
<entry page="154" page_label="130" name="Node Method: A Second Example" chapter="3.3.1"/>
<entry page="159" page_label="135" name="Floating Independent Voltage Sources" chapter="3.3.2"/>
<entry page="163" page_label="139" name="Dependent Sources and the Node Method" chapter="3.3.3"/>
<entry page="169" page_label="145" name="The Conductance and Source Matrices *" chapter="3.3.4"/>
</entry>
<entry page="169" page_label="145" name="Loop Method *" chapter="3.4"/>
<entry page="169" page_label="145" name="Superposition" chapter="3.5">
<entry page="176" page_label="152" name="Superposition Rules for Dependent Sources" chapter="3.5.1"/>
</entry>
<entry page="182" page_label="158" name="Thevenin's Theorem and Norton's Theorem" chapter="3.6">
<entry page="182" page_label="158" name="The Thevenin Equivalent Network" chapter="3.6.1"/>
<entry page="192" page_label="168" name="The Norton Equivalent Network" chapter="3.6.2"/>
<entry page="195" page_label="171" name="More Examples" chapter="3.6.3"/>
</entry>
<entry page="201" page_label="177" name="Summary" chapter="3.7"/>
</entry>
<entry page="217" page_label="193" name="Analysis of Nonlinear Circuits" chapter="4">
<entry page="217" page_label="193" name="Introduction to Nonlinear Elements" chapter="4.1"/>
<entry page="221" page_label="197" name="Analytical Solutions" chapter="4.2"/>
<entry page="227" page_label="203" name="Graphical Analysis" chapter="4.3"/>
<entry page="230" page_label="206" name="Piecewise Linear Analysis" chapter="4.4">
<entry page="238" page_label="214" name="Improved Piecewise Linear Models for Nonlinear Elements *" chapter="4.4.1"/>
</entry>
<entry page="238" page_label="214" name="Incremental Analysis" chapter="4.5"/>
<entry page="253" page_label="229" name="Summary" chapter="4.6"/>
</entry>
<entry page="267" page_label="243" name="The Digital Abstraction" chapter="5">
<entry page="269" page_label="245" name="Voltage Levels and the Static Discipline" chapter="5.1"/>
<entry page="280" page_label="256" name="Boolean Logic" chapter="5.2"/>
<entry page="282" page_label="258" name="Combinational Gates" chapter="5.3"/>
<entry page="285" page_label="261" name="Standard Sum-of-Products Representation" chapter="5.4"/>
<entry page="286" page_label="262" name="Simplifying Logic Expressions *" chapter="5.5"/>
<entry page="291" page_label="267" name="Number Representation" chapter="5.6"/>
<entry page="298" page_label="274" name="Summary" chapter="5.7"/>
</entry>
<entry page="309" page_label="285" name="The MOSFET Switch" chapter="6">
<entry page="309" page_label="285" name="The Switch" chapter="6.1"/>
<entry page="312" page_label="288" name="Logic Functions Using Switches" chapter="6.2"/>
<entry page="322" page_label="298" name="The MOSFET Device and Its S Model" chapter="6.3"/>
<entry page="315" page_label="291" name="MOSFET Switch Implementation of Logic Gates" chapter="6.4"/>
<entry page="320" page_label="296" name="Static Analysis Using the S Model" chapter="6.5"/>
<entry page="324" page_label="300" name="The SR Model of the MOSFET" chapter="6.6"/>
<entry page="325" page_label="301" name="Physical Structure of the MOSFET *" chapter="6.7"/>
<entry page="330" page_label="306" name="Static Analysis Using the SR Model" chapter="6.8">
<entry page="335" page_label="311" name="Static Analysis of the NAND Gate Using the SR Model" chapter="6.8.1"/>
</entry>
<entry page="338" page_label="314" name="Signal Restoration" chapter="6.9">
<entry page="338" page_label="314" name="Signal Restoration and Gain" chapter="6.9.1"/>
<entry page="341" page_label="317" name="Signal Restoration and Nonlinearity" chapter="6.9.2"/>
<entry page="342" page_label="318" name="Buffer Characteristics and the Static Discipline" chapter="6.9.3"/>
<entry page="343" page_label="319" name="Inverter Transfer Characteristics and the Static Discipline" chapter="6.9.4"/>
</entry>
<entry page="344" page_label="320" name="Power Consumption in Logic Gates" chapter="6.10"/>
<entry page="345" page_label="321" name="Active Pullups" chapter="6.11"/>
<entry page="346" page_label="322" name="Summary" chapter="6.12"/>
</entry>
<entry page="355" page_label="331" name="The MOSFET Amplifier" chapter="7">
<entry page="356" page_label="332" name="Signal Amplification" chapter="7.1"/>
<entry page="356" page_label="332" name="Review of Dependent Sources" chapter="7.2"/>
<entry page="359" page_label="335" name="Actual MOSFET Characteristics" chapter="7.3"/>
<entry page="364" page_label="340" name="The Switch Current Source (SCS) MOSFET Model" chapter="7.4"/>
<entry page="368" page_label="344" name="The MOSFET Amplifier" chapter="7.5">
<entry page="373" page_label="349" name="Biasing the MOSFET Amplifier" chapter="7.5.1"/>
<entry page="376" page_label="352" name="The Amplifier Abstraction and the Saturation Discipline" chapter="7.5.2"/>
</entry>
<entry page="377" page_label="353" name="Large Signal Analysis of the MOSFET Amplifier" chapter="7.6">
<entry page="377" page_label="353" name="v_IN versus v_OUT in the Saturation Region" chapter="7.6.1"/>
<entry page="380" page_label="356" name="Valid Input and Output Voltage Ranges" chapter="7.6.2"/>
<entry page="387" page_label="363" name="Alternative Method for Valid Input and Output Voltage Ranges" chapter="7.6.3"/>
</entry>
<entry page="409" page_label="385" name="Operating Point Selection" chapter="7.7"/>
<entry page="410" page_label="386" name="Switch Unified (SU) MOSFET Model *" chapter="7.8"/>
<entry page="413" page_label="389" name="Summary" chapter="7.9"/>
</entry>
<entry page="429" page_label="405" name="The Small Signal Model" chapter="8">
<entry page="429" page_label="405" name="Overview of the Nonlinear MOSFET Amplifier" chapter="8.1"/>
<entry page="429" page_label="405" name="The Small Signal Model" chapter="8.2">
<entry page="437" page_label="413" name="Small Signal Circuit Representation" chapter="8.2.1"/>
<entry page="442" page_label="418" name="Small Signal Circuit for the MOSFET Amplifier" chapter="8.3.2"/>
<entry page="444" page_label="420" name="Selecting an Operating Point" chapter="8.2.3"/>
<entry page="447" page_label="423" name="Input and Output Resistance, Current and Power Gain" chapter="8.2.4"/>
</entry>
<entry page="471" page_label="447" name="Summary" chapter="8.3"/>
</entry>
<entry page="481" page_label="457" name="Energy Storage Elements" chapter="9">
<entry page="485" page_label="461" name="Constitutive Laws" chapter="1-Sep">
<entry page="485" page_label="461" name="Capacitors" chapter="9.1.1"/>
<entry page="490" page_label="466" name="Inductors" chapter="9.1.2"/>
</entry>
<entry page="494" page_label="470" name="Series &amp; Parallel Connections" chapter="9.2">
<entry page="495" page_label="471" name="Capacitors" chapter="9.2.1"/>
<entry page="496" page_label="472" name="Inductors" chapter="9.2.2"/>
</entry>
<entry page="497" page_label="473" name="Special Examples" chapter="9.3">
<entry page="497" page_label="473" name="MOSFET Gate Capacitance" chapter="9.3.1"/>
<entry page="500" page_label="476" name="Wiring Loop Inductance" chapter="9.3.2"/>
<entry page="501" page_label="477" name="IC Wiring Capacitance and Inductance" chapter="9.3.3"/>
<entry page="502" page_label="478" name="Transformers *" chapter="9.3.4"/>
</entry>
<entry page="504" page_label="480" name="Simple Circuit Examples" chapter="9.4">
<entry page="506" page_label="482" name="Sinusoidal Inputs *" chapter="9.4.1"/>
<entry page="506" page_label="482" name="Step Inputs" chapter="9.4.2"/>
<entry page="512" page_label="488" name="Impulse Inputs" chapter="9.4.3"/>
<entry page="513" page_label="489" name="Role Reversal *" chapter="9.4.4"/>
</entry>
<entry page="513" page_label="489" name="Energy, Charge and Flux Conservation" chapter="9.5"/>
<entry page="516" page_label="492" name="Summary" chapter="9.6"/>
</entry>
<entry page="527" page_label="503" name="First-order Transients" chapter="10">
<entry page="528" page_label="504" name="Analysis of RC Circuits" chapter="10.1.1">
<entry page="528" page_label="504" name="Parallel RC Circuit, Step Input" chapter="10.1.2"/>
<entry page="533" page_label="509" name="RC Discharge Transient" chapter="10.1.3"/>
<entry page="535" page_label="511" name="Series RC Circuit, Step Input" chapter="10.1.4"/>
<entry page="539" page_label="515" name="Series RC Circuit, Square Wave Input" chapter="10.2"/>
</entry>
<entry page="541" page_label="517" name="Analysis of RL Circuits" chapter="10.2.1">
<entry page="541" page_label="517" name="Series RL Circuit, Step Input" chapter="10.3"/>
</entry>
<entry page="544" page_label="520" name="Intuitive Analysis" chapter="10.4"/>
<entry page="549" page_label="525" name="Propagation Delay and the Digital Abstraction" chapter="10.4.1">
<entry page="551" page_label="527" name="Definitions" chapter="10.4.2"/>
<entry page="553" page_label="529" name="Computing t_pd from the SRC MOSFET Model" chapter="10.5"/>
</entry>
<entry page="562" page_label="538" name="State and State Variables *" chapter="10.5.1">
<entry page="562" page_label="538" name="The Concept of State" chapter="10.5.2"/>
<entry page="564" page_label="540" name="Computer Analysis using the State Equation" chapter="10.5.3"/>
<entry page="565" page_label="541" name="Zero-input and Zero-state Response" chapter="10.5.4"/>
<entry page="568" page_label="544" name="Solution by Integrating Factors*" chapter="10.6"/>
</entry>
<entry page="569" page_label="545" name="Additional Examples" chapter="10.6.1">
<entry page="569" page_label="545" name="Effect of Wire Inductance in Digital Circuits" chapter="10.6.2"/>
<entry page="569" page_label="545" name="Ramp Inputs and Linearity" chapter="10.6.3"/>
<entry page="574" page_label="550" name="Response of an RC Circuit to Short Pulses and the Impulse Response" chapter="10.6.4"/>
<entry page="577" page_label="553" name="Intuitive Method for the Impulse Response" chapter="10.6.5"/>
<entry page="578" page_label="554" name="Clock Signals and Clock Fanout" chapter="10.6.6"/>
<entry page="582" page_label="558" name="RC Response to Decaying Exponential *" chapter="10.6.7"/>
<entry page="582" page_label="558" name="Series RL Circuit with Sinewave Input" chapter="10.7"/>
</entry>
<entry page="585" page_label="561" name="Digital Memory" chapter="10.7.1">
<entry page="585" page_label="561" name="The Concept of Digital State" chapter="10.7.2"/>
<entry page="586" page_label="562" name="An Abstract Digital Memory Element" chapter="10.7.3"/>
<entry page="587" page_label="563" name="Design of the Digital Memory Element" chapter="10.7.4"/>
<entry page="591" page_label="567" name="A Static Memory Element" chapter="10.7.5"/>
</entry>
<entry page="592" page_label="568" name="Summary" chapter="10.8"/>
</entry>
<entry page="619" page_label="595" name="Energy and Power in Digital Circuits" chapter="11">
<entry page="619" page_label="595" name="Power and Energy Relations for a Simple RC Circuit" chapter="11.1"/>
<entry page="621" page_label="597" name="Average Power in an RC Circuit" chapter="11.2">
<entry page="623" page_label="599" name="Energy Dissipated during Interval T_1" chapter="11.2.1"/>
<entry page="625" page_label="601" name="Energy Dissipated during Interval T_2" chapter="11.2.2"/>
<entry page="627" page_label="603" name="Total Energy Dissipated" chapter="11.2.3"/>
</entry>
<entry page="628" page_label="604" name="Power Dissipation in Logic Gates" chapter="11.3">
<entry page="628" page_label="604" name="Static Power Dissipation" chapter="11.3.1"/>
<entry page="629" page_label="605" name="Total Power Dissipation" chapter="11.3.2"/>
</entry>
<entry page="635" page_label="611" name="NMOS Logic" chapter="11.4"/>
<entry page="635" page_label="611" name="CMOS Logic" chapter="11.5">
<entry page="640" page_label="616" name="CMOS Logic Gate Design" chapter="11.5.1"/>
</entry>
<entry page="642" page_label="618" name="Summary" chapter="11.6"/>
</entry>
<entry page="649" page_label="625" name="Transients in Second Order Circuits" chapter="12">
<entry page="651" page_label="627" name="Undriven LC Circuit" chapter="12.1"/>
<entry page="664" page_label="640" name="Undriven, Series RLC Circuit" chapter="12.2">
<entry page="668" page_label="644" name="Under-Damped Dynamics" chapter="12.2.1"/>
<entry page="672" page_label="648" name="Over-Damped Dynamics" chapter="12.2.2"/>
<entry page="673" page_label="649" name="Critically-Damped Dynamics" chapter="12.2.3"/>
</entry>
<entry page="675" page_label="651" name="Stored Energy in Transient, Series RLC Circuit" chapter="12.3"/>
<entry page="678" page_label="654" name="Undriven, Parallel RLC Circuit *" chapter="12.4">
<entry page="678" page_label="654" name="Under-Damped Dynamics" chapter="12.4.1"/>
<entry page="678" page_label="654" name="Over-Damped Dynamics" chapter="12.4.2"/>
<entry page="678" page_label="654" name="Critically-Damped Dynamics" chapter="12.4.3"/>
</entry>
<entry page="678" page_label="654" name="Driven, Series RLC Circuit" chapter="12.5">
<entry page="681" page_label="657" name="Step Response" chapter="12.5.1"/>
<entry page="685" page_label="661" name="Impulse Response *" chapter="12.5.2"/>
</entry>
<entry page="702" page_label="678" name="Driven, Parallel RLC Circuit *" chapter="12.6">
<entry page="702" page_label="678" name="Step Response" chapter="12.6.1"/>
<entry page="702" page_label="678" name="Impulse Response" chapter="12.6.2"/>
</entry>
<entry page="702" page_label="678" name="Intuitive Analysis of Second-Order Circuits" chapter="12.7"/>
<entry page="708" page_label="684" name="Two-Capacitor Or Two-Inductor Circuits" chapter="12.8"/>
<entry page="713" page_label="689" name="State-Variable Method *" chapter="12.9"/>
<entry page="715" page_label="691" name="State-Space Analysis *" chapter="12.10">
<entry page="715" page_label="691" name="Numerical Solution *" chapter="12.10.1"/>
</entry>
<entry page="715" page_label="691" name="Higher-Order Circuits*" chapter="12.11"/>
<entry page="716" page_label="692" name="Summary" chapter="12.12"/>
</entry>
<entry page="727" page_label="703" name="Sinusoidal Steady State" chapter="13">
<entry page="727" page_label="703" name="Introduction" chapter="13.1"/>
<entry page="730" page_label="706" name="Analysis using Complex Exponential Drive" chapter="13.2">
<entry page="730" page_label="706" name="Homogeneous Solution" chapter="13.2.1"/>
<entry page="731" page_label="707" name="Particular Solution" chapter="13.2.2"/>
<entry page="734" page_label="710" name="Complete Solution" chapter="13.2.3"/>
<entry page="734" page_label="710" name="Sinusoidal Steady State Response" chapter="13.2.4"/>
</entry>
<entry page="736" page_label="712" name="The Boxes: Impedance" chapter="13.3">
<entry page="742" page_label="718" name="Example: Series RL Circuit" chapter="13.3.1"/>
<entry page="746" page_label="722" name="Example: Another RC Circuit" chapter="13.3.2"/>
<entry page="748" page_label="724" name="Example: RC Circuit with Two Capacitors" chapter="13.3.3"/>
<entry page="753" page_label="729" name="Example: Analysis of Small Signal Amplifier with Capacitive Load" chapter="13.3.4"/>
</entry>
<entry page="755" page_label="731" name="Frequency Response: Magnitude/Phase vs. Frequency" chapter="13.4">
<entry page="756" page_label="732" name="Frequency Response of Capacitors, Inductor" chapter="13.4.1"/>
<entry page="761" page_label="737" name="Intuitively Sketching th" chapter="13.4.2"/>
<entry page="765" page_label="741" name="The Bode Plot: Sketching the Frequency Response of General Functions *" chapter="13.4.3"/>
</entry>
<entry page="766" page_label="742" name="Filters" chapter="13.5">
<entry page="768" page_label="744" name="Filter Design Example: Crossover Network" chapter="13.5.1"/>
<entry page="770" page_label="746" name="Decoupling Amplifier Stages" chapter="13.5.2"/>
</entry>
<entry page="775" page_label="751" name="Time Domain" chapter="13.6">
<entry page="775" page_label="751" name="Frequency Domain Analysis" chapter="13.6.1"/>
<entry page="778" page_label="754" name="Time Domain Analysis" chapter="13.6.2"/>
<entry page="780" page_label="756" name="Comparing Time Domain and Frequency Domain Analyses" chapter="13.6.3"/>
</entry>
<entry page="781" page_label="757" name="Power and Energy in an Impedance" chapter="13.7">
<entry page="782" page_label="758" name="Arbitrary Impedance" chapter="13.7.1"/>
<entry page="784" page_label="760" name="Pure Resistance" chapter="13.7.2"/>
<entry page="785" page_label="761" name="Pure Reactance" chapter="13.7.3"/>
<entry page="787" page_label="763" name="Example: Power in an RC Circuit" chapter="13.7.4"/>
</entry>
<entry page="789" page_label="765" name="Summary" chapter="13.8"/>
</entry>
<entry page="801" page_label="777" name="Sinusoidal Steady State: Resonance" chapter="14">
<entry page="801" page_label="777" name="Parallel RLC, Sinusoidal Response" chapter="14.1">
<entry page="802" page_label="778" name="Homogeneous Solution" chapter="14.1.1"/>
<entry page="804" page_label="780" name="Particular Solution" chapter="14.1.2"/>
<entry page="805" page_label="781" name="Total Solution for the Parallel RLC Circuit" chapter="14.1.3"/>
</entry>
<entry page="807" page_label="783" name="Frequency Response for Resonant Systems" chapter="14.2">
<entry page="816" page_label="792" name="The Resonant Region of the Frequency Response" chapter="14.2.1"/>
</entry>
<entry page="825" page_label="801" name="Series RLC" chapter="14.3"/>
<entry page="832" page_label="808" name="The Bode Plot for Resonant Functions *" chapter="14.4"/>
<entry page="832" page_label="808" name="Filter Examples" chapter="14.5">
<entry page="833" page_label="809" name="Bandpass Filter" chapter="14.5.1"/>
<entry page="834" page_label="810" name="Lowpass Filter" chapter="14.5.2"/>
<entry page="836" page_label="812" name="Highpass Filter" chapter="14.5.3"/>
<entry page="839" page_label="815" name="Notch Filter" chapter="14.5.4"/>
</entry>
<entry page="840" page_label="816" name="Stored Energy in a Resonant Circuit" chapter="14.6"/>
<entry page="845" page_label="821" name="Summary" chapter="14.7"/>
</entry>
<entry page="861" page_label="837" name="The Operational Amplifier Abstraction" chapter="15">
<entry page="861" page_label="837" name="Introduction" chapter="15.1">
<entry page="862" page_label="838" name="Historical Perspective" chapter="15.1.1"/>
</entry>
<entry page="863" page_label="839" name="Device Properties of the Operational Amplifier" chapter="15.2">
<entry page="863" page_label="839" name="The Op Amp Model" chapter="15.2"/>
</entry>
<entry page="866" page_label="842" name="Simple Op Amp Circuits" chapter="15.3">
<entry page="866" page_label="842" name="The Non-inverting Op Amp" chapter="15.3.1"/>
<entry page="868" page_label="844" name="A Second Example: The Inverting Connection" chapter="15.3.2"/>
<entry page="870" page_label="846" name="Sensitivity" chapter="15.3.3"/>
<entry page="871" page_label="847" name="A Special Case: The Voltage Follower" chapter="15.3.4"/>
<entry page="872" page_label="848" name="An Additional Constraint: v+ - v- ~ 0" chapter="15.3.5"/>
</entry>
<entry page="873" page_label="849" name="Input and Output Resistances" chapter="15.4">
<entry page="873" page_label="849" name="Output Resistance, Inverting Op Amp" chapter="15.4.1"/>
<entry page="875" page_label="851" name="Input Resistance, Inverting Connection" chapter="15.4.2"/>
<entry page="877" page_label="853" name="Input and Output R for Non-Inverting Op Amp" chapter="15.4.3"/>
<entry page="879" page_label="855" name="Generalization on Input Resistance *" chapter="15.4.4"/>
<entry page="879" page_label="855" name="Example: Op Amp Current Source" chapter="15.4.5"/>
</entry>
<entry page="881" page_label="857" name="Additional Examples" chapter="15.5">
<entry page="882" page_label="858" name="Adder" chapter="15.5.1"/>
<entry page="882" page_label="858" name="Subtracter" chapter="15.5.2"/>
</entry>
<entry page="883" page_label="859" name="Op Amp RC Circuits" chapter="15.6">
<entry page="883" page_label="859" name="Op Amp Integrator" chapter="15.6.1"/>
<entry page="886" page_label="862" name="Op Amp Differentiator" chapter="15.6.2"/>
<entry page="887" page_label="863" name="An RC Active Filter" chapter="15.6.3"/>
<entry page="889" page_label="865" name="The RC Active Filter -- Impedance Analysis" chapter="15.6.4"/>
<entry page="890" page_label="866" name="Sallen-Key Filter" chapter="15.6.5"/>
</entry>
<entry page="890" page_label="866" name="Op Amp in Saturation" chapter="15.7">
<entry page="891" page_label="867" name="Op Amp Integrator in Saturation" chapter="15.7.1"/>
</entry>
<entry page="893" page_label="869" name="Positive Feedback" chapter="15.8">
<entry page="893" page_label="869" name="RC Oscillator" chapter="15.8.1"/>
</entry>
<entry page="896" page_label="872" name="Two-ports*" chapter="15.9"/>
<entry page="897" page_label="873" name="Summary" chapter="15.10"/>
</entry>
<entry page="929" page_label="905" name="Diodes" chapter="16">
<entry page="929" page_label="905" name="Introduction" chapter="16.1"/>
<entry page="929" page_label="905" name="Semiconductor Diode Characteristics" chapter="16.2"/>
<entry page="932" page_label="908" name="Analysis of Diode Circuits" chapter="16.3">
<entry page="932" page_label="908" name="Method of Assumed States" chapter="16.3.1"/>
</entry>
<entry page="936" page_label="912" name="Nonlinear Analysis with RL and RC" chapter="16.4">
<entry page="936" page_label="912" name="Peak Detector" chapter="16.4.1"/>
<entry page="939" page_label="915" name="Example: Clamping Circuit" chapter="16.4.2"/>
<entry page="942" page_label="918" name="A Switched Power Supply Using a Diode" chapter="16.4.3"/>
</entry>
<entry page="942" page_label="918" name="Additional Examples" chapter="16.5">
<entry page="942" page_label="918" name="Piecewise Linear Example: Clipping Circuit" chapter="16.5.1"/>
<entry page="942" page_label="918" name="Exponentiation Circuit" chapter="16.5.2"/>
<entry page="942" page_label="918" name="Piecewise Linear Example: Limiter" chapter="16.5.3"/>
<entry page="942" page_label="918" name="Example: Full-Wave Diode Bridge" chapter="16.5.4"/>
<entry page="942" page_label="918" name="Incremental Example: Zener Diode Regulator" chapter="16.5.5"/>
<entry page="942" page_label="918" name="Incremental Example: Diode Attenuator" chapter="16.5.6"/>
</entry>
<entry page="943" page_label="919" name="Summary" chapter="16.6"/>
</entry>
<entry page="951" page_label="927" name="Maxwell's Equations and the LMD" chapter="A1">
<entry page="951" page_label="927" name="The Lumped Matter Discipline" chapter="A.1">
<entry page="951" page_label="927" name="The First Constraint of the Lumped Matter Discipline" chapter="A.1.1"/>
<entry page="954" page_label="930" name="The Second Constraint of the Lumped Matter Discipline" chapter="A.1.2"/>
<entry page="956" page_label="932" name="The Third Constraint of the Lumped Matter Discipline" chapter="A.1.3"/>
<entry page="957" page_label="933" name="The Lumped Matter Discipline Applied to Circuits" chapter="A.1.4"/>
</entry>
<entry page="958" page_label="934" name="Deriving Kirchhoff's Laws" chapter="A.2"/>
<entry page="960" page_label="936" name="Deriving the Resistance of a Piece of Material" chapter="A.3"/>
</entry>
<entry page="965" page_label="941" name="Trigonometric Functions &amp; Identities" chapter="B">
<entry page="965" page_label="941" name="Negative Arguments" chapter="B.1"/>
<entry page="966" page_label="942" name="Phase-Shifted Arguments" chapter="B.2"/>
<entry page="966" page_label="942" name="Sum and Difference Arguments" chapter="B.3"/>
<entry page="967" page_label="943" name="Products" chapter="B.4"/>
<entry page="967" page_label="943" name="Half-Angle &amp; Twice-Angle Arguments" chapter="B.5"/>
<entry page="967" page_label="943" name="Squares" chapter="B.6"/>
<entry page="967" page_label="943" name="Miscellaneous" chapter="B.7"/>
<entry page="968" page_label="944" name="Taylor Series Expansions" chapter="B.8"/>
<entry page="968" page_label="944" name="Relations to e^j\theta" chapter="B.9"/>
</entry>
<entry page="971" page_label="947" name="Complex Numbers" chapter="C">
<entry page="971" page_label="947" name="Magnitude and Phase" chapter="C.1"/>
<entry page="972" page_label="948" name="Polar Representation" chapter="C.2"/>
<entry page="973" page_label="949" name="Addition and Subtraction" chapter="C.3"/>
<entry page="973" page_label="949" name="Multiplication and Division" chapter="C.4"/>
<entry page="974" page_label="950" name="Complex Conjugate" chapter="C.5"/>
<entry page="975" page_label="951" name="Properties of e^j\theta" chapter="C.6"/>
<entry page="975" page_label="951" name="Rotation" chapter="C.7"/>
<entry page="976" page_label="952" name="Complex Functions of Time" chapter="C.8"/>
<entry page="976" page_label="952" name="Numerical Examples" chapter="C.9"/>
</entry>
<entry page="981" page_label="957" name="Solving Simultaneous Linear Equations" chapter="D"/>
<entry page="983" page_label="959" name="Answers to Selected Problems"/>
<entry page="995" page_label="971" name="Figure Acknowledgments"/>
<entry page="997" page_label="973" name="Index"/>
</table_of_contents>
lms/templates/contact.html deleted 100644 → 0
<%namespace name='static' file='static_content.html'/>
<%inherit file="main.html" />
<section class="container about">
<nav>
<a href="/t/about.html">Vision</a>
<a href="/t/faq.html">Faq</a>
<a href="/t/press.html">Press</a>
<a href="/t/contact.html" class="active">Contact</a>
</nav>
<section class="contact">
<div class="photo">
<img src="${static.url('images/contact-page.jpg')}">
</div>
<div class="contacts">
<h2>Class Feedback</h2>
<p>We are always seeking feedback to improve our courses. If you are an enrolled student and have any questions, feedback, suggestions, or any other issues specific to a particular class, please post on the discussion forums of that&nbsp;class.</p>
<h2>General Inquiries and Feedback</h2>
<p>"If you have a general question about edX please email <a href="mailto:info@edx.org">info@edx.org</a>. To see if your question has already been answered, visit our <a href="${reverse('faq_edx')}">FAQ page</a>. You can also join the discussion on our <a href="http://www.facebook.com/EdxOnline">facebook page</a>. Though we may not have a chance to respond to every email, we take all feedback into consideration.</p>
<h2>Technical Inquiries and Feedback</h2>
<p>If you have suggestions/feedback about the overall edX platform, or are facing general technical issues with the platform (e.g., issues with email addresses and passwords), you can reach us at <a href="mailto:technical@edx.org">technical@edx.org</a>. For technical questions, please make sure you are using a current version of Firefox or Chrome, and include browser and version in your e-mail, as well as screenshots or other pertinent details. If you find a bug or other issues, you can reach us at the following: <a href="mailto:bugs@edx.org">bugs@edx.org</a>.</p>
<h2>Media</h2>
<p>Please visit our <a href="${reverse('faq_edx')}">media/press page</a> for more information. 
For any media or press inquiries, please email <a href="mailto:press@edx.org">press@edx.org</a>.</p>
<h2>Universities</h2>
<p>If you are a university wishing to Collaborate or with questions about edX, please email <a href="mailto:university@edx.org">university@edx.org</a>.</p>
</div>
</section>
</section>
lms/templates/accordion.html → lms/templates/courseware/accordion.html
## mako
<%! from django.core.urlresolvers import reverse %>
<%def name="make_chapter(chapter)">
......
lms/templates/dashboard.html → lms/templates/portal/dashboard.html
## mako
<%!
from django.core.urlresolvers import reverse
from courseware.courses import course_image_url, get_course_about_section
from courseware.access import has_access
%>
<%inherit file="main.html" />
<%inherit file="../main.html" />
<%namespace name='static' file='static_content.html'/>
<%namespace name='static' file='../static_content.html'/>
<%block name="title"><title>Dashboard</title></%block>
......
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