diff --git a/User Manual/help.html b/User Manual/help.html
index f13ea40cb1a226943f1dcc0e2617cb5f822eebe0..76541d5a9c71c709b43b3611efe26528858916cf 100644
--- a/User Manual/help.html	
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@@ -106,6 +143,7 @@
 <li><a href="#rolling-resistance-coefficient">Rolling Resistance Coefficient</a></li>
 <li><a href="#engine-startstop">Engine Start/Stop</a></li>
 <li><a href="#fuel-consumption-calculation">Fuel Consumption Calculation</a></li>
+<li><a href="#engine-transient-full-load">Engine: Transient Full Load</a></li>
 <li><a href="#engine-whtc-correction">Engine: WHTC Correction</a></li>
 <li><a href="#gear-shift-model">Gear Shift Model</a></li>
 <li><a href="#torque-converter-model">Torque Converter Model</a></li>
@@ -195,7 +233,7 @@ Version: VECTO 2.2 / VectoCore 3.0.2 / VectoCmd 3.0.2</p>
 <p>The Main Form includes three tabs as described below:</p>
 <ul>
 <li>Job Files Tab</li>
-<li>Driving Cycles Tab (only if <a href="#batch-mode">Batch Mode</a> is enabled)</li>
+<li>Driving Cycles Tab (only if <a href="#batch-mode-1">Batch Mode</a> is enabled)</li>
 <li>Options Tab</li>
 </ul>
 </div>
@@ -1014,24 +1052,29 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 </div>
 <div id="options" class="section level3">
 <h3>Options</h3>
-<p>The option depends on the driving cycle and cannot be chosen explicitely. For more information see <a href="#driving-cycles">Driving Cycles</a>.</p>
-</div>
-<div id="target-speed" class="section level3">
-<h3>Target Speed</h3>
-<p>This option is the a target vehicle speed distance based cycle (like in Declaration Mode). With this option experiments can be made by the manufacturer.</p>
-</div>
-<div id="measured-speed" class="section level3">
-<h3>Measured Speed</h3>
-<p>See <a href="#engineering-mode-measured-speed-time-based-cycle">Measured speed, time-based cycle</a>.</p>
-</div>
-<div id="measured-speed-with-gear" class="section level3">
-<h3>Measured Speed with Gear</h3>
-<p>See <a href="#engineering-mode-measured-speed-with-gear-time-based-cycle">Measured speed with gear, time-based cycle</a>.</p>
-</div>
-<div id="pwheel-sico" class="section level3">
-<h3>Pwheel (SiCo)</h3>
-<p>In Pwheel mode the measured power at the wheels is given, and the simulation takes that as input.</p>
-<p>For more information see <a href="#pwheel-input-sico-mode">P<sub>wheel</sub>-Input (SiCo Mode)</a>.</p>
+<p>The Driving Cycle determines the simulation method in engineering mode. The option depends directly on the driving cycle input and cannot be set explicitely. For more information about the formats see <a href="#driving-cycles">Driving Cycles</a>.</p>
+<ul>
+<li><dl>
+<dt><a href="#engineering-mode-target-speed-distance-based-cycle">Target speed, distance-based</a></dt>
+<dd>This option is the a target vehicle speed distance based cycle (like in Declaration Mode). With this option experiments can be made by the manufacturer.
+</dd>
+</dl></li>
+<li><dl>
+<dt><a href="#engineering-mode-measured-speed-time-based-cycle">Measured speed, time-based</a></dt>
+<dd>Driving Mode where the actual speed from measurements is simulated.
+</dd>
+</dl></li>
+<li><dl>
+<dt><a href="#engineering-mode-measured-speed-with-gear-time-based-cycle">Measured speed with gear, time-based</a></dt>
+<dd>Driving Mode where the actual speed from measurements is simulated. Also defines the chosen gear.
+</dd>
+</dl></li>
+<li><dl>
+<dt><a href="#engineering-mode-pwheel-sico-time-based">Pwheel (SiCo) Mode, time-based</a></dt>
+<dd>In Pwheel mode the measured power at the wheels is given, and the simulation takes that as input.
+</dd>
+</dl></li>
+</ul>
 </div>
 </div>
 <div id="declaration-mode" class="section level2">
@@ -1104,17 +1147,16 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 </ul>
 <div id="acceleration-limiting" class="section level2">
 <h2>Acceleration Limiting</h2>
-<p>To model a realistic driver behavior, VECTO limits the vehicle acceleration and deceleration according to speed-dependent limits. These limits are defined in the <a href="#acceleration-limiting-input-file-.vacc">Acceleration Limiting Input File (.vacc)</a>, which is defined in the <a href="#job-file">Job File</a>.</p>
+<p>VECTO limits the vehicle acceleration and deceleration depending on current vehicle speed, to model a realistic driver behavior. These limits are defined in the <a href="#acceleration-limiting-input-file-.vacc">Acceleration Limiting Input File (.vacc)</a>, which can be set in the <a href="#job-file">Job File</a>. In Declaration mode this is already predefined.</p>
 <ul>
 <li>If the engine can’t provide the required power, the vehicle might accelerate slower than the defined driver limit.</li>
 <li>The minimum deceleration can always be maintained via the brakes.</li>
-<li>In <a href="#engineering-mode-measured-speed">Measured Speed Mode</a> this limits are not used, due to the nature of this mode (speeds and accelerations are already real measured values, therefore VECTO uses these directly).</li>
+<li>In Measured Speed Mode these limits are not used, due to the nature of this mode (speeds and accelerations are already real measured values, therefore VECTO uses them directly without limitation).</li>
 </ul>
 <div class="figure">
-<img 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" 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" alt="The graph shows the acceleration and deceleration limits depending on the current vehicle speed." />
+<p class="caption">The graph shows the acceleration and deceleration limits depending on the current vehicle speed.</p>
 </div>
-<p>The Image shows the acceleration and deceleration limits depending on the current vehicle speed.</p>
 </div>
 <div id="look-ahead-coasting" class="section level2">
 <h2>Look-Ahead Coasting</h2>
@@ -1180,13 +1222,13 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 <p>VECTO offers three different modes to consider cross wind influence on the drag coefficient. It is configured in the <a href="#vehicle-file">Vehicle File</a>.</p>
 <div id="speed-dependent-correction-declaration-mode" class="section level3">
 <h3>Speed dependent correction (Declaration Mode)</h3>
-<p>This is the default mode which is used in <a href="#declaration-mode">Declaration Mode</a>. The speed dependent c<sub>d</sub> x A curve (see below) is calculated based on generic parameters for each vehicle class and the base c<sub>d</sub> x A value from the <a href="#vehicle-file">Vehicle File</a>.</p>
+<p>This is the mode which is used in <a href="#declaration-mode">Declaration Mode</a>. The speed dependent C<sub>d</sub>A curve (see below) is calculated based on generic parameters for each vehicle class and the C<sub>d</sub>A value from the <a href="#vehicle-file">Vehicle File</a>.</p>
 </div>
 <div id="speed-dependent-correction-user-defined" class="section level3">
 <h3>Speed dependent correction (User-defined)</h3>
-<p>The base c<sub>d</sub> x A value (see <a href="#vehicle-file">Vehicle File</a>) is corrected with a user-defined speed dependent scaling function. The input file (.vcdv) format is described <a href="#speed-dependent-cross-wind-correction-input-file-.vcdv">here</a>.</p>
-<p>The CdxA value given in the vehicle configuration is corrected depending on the vehicle’s speed and the CD scaling factor from the input file as follows:</p>
-<p>C<sub>d</sub>xA<sub>effective</sub> = CdxA * Cd(v_veh)</p>
+<p>The base C<sub>d</sub>A value (see <a href="#vehicle-file">Vehicle File</a>) is corrected with a user-defined speed dependent scaling function. A <a href="#speed-dependent-cross-wind-correction-input-file-.vcdv">vcdv-File</a> is needed for this calculation.</p>
+<p>The C<sub>d</sub>A value given in the vehicle configuration is corrected depending on the vehicle’s speed and the C<sub>d</sub> scaling factor from the input file as follows:</p>
+<p><span class="math inline">\(C_dA_{effective} = C_dA * C_d(v_{veh})\)</span></p>
 <div class="figure">
 <img 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" />
 
@@ -1194,9 +1236,9 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 </div>
 <div id="correction-using-vair-beta-input" class="section level3">
 <h3>Correction using Vair &amp; Beta Input</h3>
-<p>The actual (measured) air speed and direction can be used to correct cross-wid influence if available. The input file (.vcdb) defines delta C<sub>d</sub>xA in square meters depending on the wind speed and wind angle. The input file (.vcdb) format is described <a href="#vair-beta-cross-wind-correction-input-file-.vcdb">here</a>. The <a href="#driving-cycles">driving cycle</a> must include the air speed relative to the vehicle v<sub>air</sub> (&lt;vair_res&gt;) and the wind yaw angle (&lt;vair_beta&gt;).</p>
-<p>The CdxA value given in the vehicle configuration is corrected depending on the wind speed and wind angle (given in the driving cycle) using the input file as follows:</p>
-<p>C<sub>d</sub>xA<sub>effective</sub> = CdxA + delta-Cd(beta)</p>
+<p>The actual (measured) air speed and direction can be used to correct cross-wid influence if available. A <a href="#vair-beta-cross-wind-correction-input-file-.vcdb">vcdb-File</a> is needed for this calculation. This file defines a ΔC<sub>d</sub>A value in [m²] depending on the wind angle. The <a href="#driving-cycles">driving cycle</a> must include the air speed relative to the vehicle v<sub>air</sub> (&lt;vair_res&gt;) and the wind yaw angle (&lt;vair_beta&gt;).</p>
+<p>The C<sub>d</sub>A value given in the vehicle configuration is corrected depending on the wind speed and wind angle (given in the driving cycle) using the input file as follows:</p>
+<p><span class="math inline">\(C_dA_{effective} = C_dA + {\Delta}C_d(\beta)\)</span></p>
 <div class="figure">
 <img 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@@ -1206,13 +1248,14 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 <div id="rolling-resistance-coefficient" class="section level2">
 <h2>Rolling Resistance Coefficient</h2>
 <p>The rolling resistance is calculated using a speed-independent rolling resistance coefficient (RRC). In order to consider that the RRC depends on the vehicle weight it is modelled as a function of the total vehicle mass. The total RRC is calculated in VECTO using the following equation (the index i refers to the vehicle’s axle (truck and trailer)):</p>
-<p><span class="math inline">\(RRC = \sum_{i=1}^{n} s_{(i)} \cdot RRC_{ISO(i)} \cdot \left( \frac{s_{(i)} \cdot m \cdot g }{w_{(i)} \cdot F_{zISO(i)} } \right)^{\beta-1}\)</span></p>
+<p><span class="math inline">\(RRC = \sum_{i=1}^{n} s_{(i)} \cdot RRC_{ISO(i)} \cdot \left( \fracs{_{(i)} \cdot m \cdot g }{w_{(i)} \cdot F_{zISO(i)} } \right)^{\beta-1}\)</span></p>
+<p>with:</p>
 <table>
 <colgroup>
-<col width="8%"></col>
-<col width="5%"></col>
-<col width="69%"></col>
-<col width="17%"></col>
+<col width="7%"></col>
+<col width="4%"></col>
+<col width="71%"></col>
+<col width="16%"></col>
 </colgroup>
 <tbody>
 <tr class="odd">
@@ -1234,6 +1277,18 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 <td align="left">[user input]</td>
 </tr>
 <tr class="even">
+<td align="left">w<sub>(i)</sub></td>
+<td align="left">[-]</td>
+<td align="left">Number of tyres (4 if Twin Tyres, else 2). Defined in the <a href="#vehicle-file">Vehicle File</a>.</td>
+<td align="left">[user input]</td>
+</tr>
+<tr class="odd">
+<td align="left">F<sub>zISO(i)</sub></td>
+<td align="left">[N]</td>
+<td align="left">Tyre test load according to ISO 28580 (85% of max. load capacity). Defined in the <a href="#vehicle-file">Vehicle File</a>.</td>
+<td align="left">[user input]</td>
+</tr>
+<tr class="even">
 <td align="left">m</td>
 <td align="left">[kg]</td>
 <td align="left">Vehicle mass plus loading.</td>
@@ -1246,18 +1301,6 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 <td align="left">[constant model parameter]</td>
 </tr>
 <tr class="even">
-<td align="left">w<sub>(i)</sub></td>
-<td align="left">[-]</td>
-<td align="left">Number of tyres (4 if Twin Tyres, else 2). Defined in the Vehicle File.</td>
-<td align="left">[user input]</td>
-</tr>
-<tr class="odd">
-<td align="left">F<sub>zISO(i)</sub></td>
-<td align="left">[N]</td>
-<td align="left">Tyre test load according to ISO 28580 (85% of max. load capacity). Defined in the <a href="#vehicle-editor">Vehicle File</a>.</td>
-<td align="left">[user input]</td>
-</tr>
-<tr class="even">
 <td align="left">β</td>
 <td align="left">[-]</td>
 <td align="left">Constant parameter = 0.9</td>
@@ -1313,17 +1356,18 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 <li>The correction of the fuel consumption is performed for all 1Hz time steps using: ΔFC (unit: grams per hour) = ΔPe * k where k = gradient in the regression. If the engine is running in motoring conditions ΔFC is set to zero.</li>
 </ol>
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" />
  </defs>
  <use
     height="100%"
     width="100%"
     y="0"
     x="0"
     id="use14"
     transform="scale(0.266824,0.360476)"
     mask="url(#mask0)"
     xlink:href="#image6" />
</svg>
" alt="Example of a linear regression between engine power and fuel consumption" />
+<p class="caption">Example of a linear regression between engine power and fuel consumption</p>
 </div>
-<p><em>Example of a linear regression between engine power and fuel consumption</em></p>
 </div>
 </div>
-<div id="engine-transient-full-load" class="section level3">
-<h3>Engine: Transient Full Load</h3>
+</div>
+<div id="engine-transient-full-load" class="section level2">
+<h2>Engine: Transient Full Load</h2>
+<p>The engine implements a PT1 behaviour to model transient torque build up.</p>
 <div class="vecto2">
-<p>VECTO uses a PT1 function to model transient torque build up using this formula:</p>
-<p><span class="math inline">\(P_{fld\ dyn_{i}} = \frac{1}{T(n_{i})+1} \cdot [P_{fld\ stat}(n_{i})+T(n_{i}) \cdot P_{act_{i-1}}]\)</span></p>
+<p>VECTO 2 uses a PT1 function to model transient torque build up using this formula:</p>
+<p><span class="math inline">\(P_{fld\ dyn_{i}} = \frac{1}{T(n_{i})+1} \cdot \left(P_{fld\ stat}(n_{i})+T(n_{i}) \cdot P_{act_{i-1}}\right)\)</span></p>
 <p>with:</p>
 <ul>
 <li>n<sub>i</sub> … current engine speed</li>
@@ -1334,11 +1378,10 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 </div>
 <div class="vecto3">
 <p>Vecto 3 uses basically the same PT1 behavior to model transient torque build up. However, due to the dynamic time steps the formula is implemented as follows:</p>
-<p><span class="math inline">\(P_{fld\ dyn_{i}} = P_{fld\ stat}(n_i) \cdot (1 - exp(-\frac{t_i^*}{PT1}))\)</span></p>
-<p>where <span class="math inline">\(t^*\)</span> is computed from the dynamic full-load power in the previous simulation interval:</p>
-<p><span class="math inline">\(t_{i-1}^* = PT1 \cdot ln(\frac{1.0}{1 - \frac{P_{eng_{i - 1}}}{P_{fld\ stat}(n_i)}})\)</span></p>
+<p><span class="math inline">\(P_{fld\ dyn_{i}} = P_{fld\ stat}(n_i) \cdot \left(1 - e^{-\frac{t_i^*}{\mathit{PT1}}}\right)\)</span></p>
+<p>where t* is computed from the dynamic full-load power in the previous simulation interval:</p>
 <p><span class="math inline">\(t_i^* = t_{i-1}^* + dt\)</span></p>
-</div>
+<p><span class="math inline">\(t_{i-1}^* = \mathit{PT1} \cdot ln\left(\frac{1}{1 - \frac{P_{eng_{i - 1}}}{P_{fld\ stat}(n_i)}}\right)\)</span></p>
 </div>
 </div>
 <div id="engine-whtc-correction" class="section level2">
@@ -1346,82 +1389,75 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 <div class="declaration">
 <p>In declaration mode the fuel consumption is corrected as follows:</p>
 <p>To prevent inconsistencies of regulated emissions and fuel consumption between the WHTC (hot part) test and the steady state fuel map as well as considering effects of transient engine behaviour a “WHTC correction factor” is used.</p>
-<p>Based on the target engine operation points of the particular engine in WHTC the fuel consumption is interpolated from the steady state fuel map (“backward calculation”) in each of the three parts of the WHTC separately. The measured specific fuel consumption per WHTC part in [g/kWh] is then divided by the interpolated specific fuel consumption to obtain the “WHTC correction factors” CF<sub>Urb</sub>, CF<sub>Road</sub>, CF<sub>MW</sub>. For the interpolation the same method as for interpolation in VECTO is applied (Delauney triangulation).</p>
-<p>All calculations regarding the brake specific fuel consumption from the interpolation as well as from the measurement and the three correction factors CF<sub>Urb</sub>, CF<sub>Road</sub>, CF<sub>MW</sub> are fully implemented in the VECTO-Engine evaluation tool.</p>
-<p>The total correction factor CF<sub>Tot-i</sub> depends on the mission profile “i” and is produced in VECTO by mission profile specific weighting factors (WF<sub>i</sub>) listed in the table below.</p>
-<p>CF<sub>Tot-i</sub> = CF<sub>Urb</sub> * WF<sub>Urb-i</sub> + CF<sub>Rur</sub> * WF<sub>Rur-i</sub> + CF<sub>MW</sub> * WF<sub>MW-i</sub></p>
+<p>Based on the target engine operation points of the particular engine in WHTC the fuel consumption is interpolated from the steady state fuel map (“backward calculation”) in each of the three parts of the WHTC separately. The measured specific fuel consumption per WHTC part in [g/kWh] is then divided by the interpolated specific fuel consumption to obtain the “WHTC correction factors” CF<sub>urb</sub> (Urban), CF<sub>rur</sub> (Rural), CF<sub>mot</sub> (Motorway). For the interpolation the same method as for interpolation in VECTO is applied (Delauney triangulation).</p>
+<p>All calculations regarding the brake specific fuel consumption from the interpolation as well as from the measurement and the three correction factors CF<sub>urb</sub>, CF<sub>rur</sub>, CF<sub>mot</sub> are fully implemented in the VECTO-Engine evaluation tool.</p>
+<p>The total correction factor CF<sub>total</sub> depends on the mission profile and is produced in VECTO by mission profile specific weighting factors listed in the table below.</p>
+<p><span class="math inline">\(CF_{total} = CF_{urb} \cdot WF_{urb} + CF_{rur} \cdot WF_{rur} + CF_{mot} \cdot WF_{mot}\)</span></p>
+<p>with the correction factor CF<sub>urb</sub>, CF<sub>rur</sub>, CF<sub>mot</sub> coming from the <a href="#engine-file">Engine</a>, and weighting factors WF<sub>urb</sub>, WF<sub>rur</sub>, WF<sub>mot</sub> predefined in the declaration data:</p>
 <table>
 <thead>
 <tr class="header">
-<th align="left">Index</th>
 <th align="left">Mission profile</th>
-<th align="left">WF<sub>MW</sub></th>
-<th align="left">WF<sub>Road</sub></th>
-<th align="left">WF<sub>Urb</sub></th>
+<th align="left">WF<sub>urb</sub></th>
+<th align="left">WF<sub>rur</sub></th>
+<th align="left">WF<sub>mot</sub></th>
 </tr>
 </thead>
 <tbody>
 <tr class="odd">
-<td align="left">1</td>
 <td align="left">Long haul</td>
-<td align="left">89%</td>
-<td align="left">0%</td>
 <td align="left">11%</td>
+<td align="left">0%</td>
+<td align="left">89%</td>
 </tr>
 <tr class="even">
-<td align="left">2</td>
 <td align="left">Regional delivery</td>
-<td align="left">53%</td>
-<td align="left">30%</td>
 <td align="left">17%</td>
+<td align="left">30%</td>
+<td align="left">53%</td>
 </tr>
 <tr class="odd">
-<td align="left">3</td>
 <td align="left">Urban delivery</td>
-<td align="left">4%</td>
-<td align="left">27%</td>
 <td align="left">69%</td>
+<td align="left">27%</td>
+<td align="left">4%</td>
 </tr>
 <tr class="even">
-<td align="left">4</td>
 <td align="left">Municipial utility</td>
-<td align="left">2%</td>
-<td align="left">0%</td>
 <td align="left">98%</td>
+<td align="left">0%</td>
+<td align="left">2%</td>
 </tr>
 <tr class="odd">
-<td align="left">5</td>
 <td align="left">Construction</td>
-<td align="left">6%</td>
-<td align="left">32%</td>
 <td align="left">62%</td>
+<td align="left">32%</td>
+<td align="left">6%</td>
 </tr>
 <tr class="even">
-<td align="left">6</td>
 <td align="left">Citybus</td>
+<td align="left">100%</td>
 <td align="left">0%</td>
 <td align="left">0%</td>
-<td align="left">100%</td>
 </tr>
 <tr class="odd">
-<td align="left">7</td>
 <td align="left">Interurban bus</td>
-<td align="left">19%</td>
-<td align="left">36%</td>
 <td align="left">45%</td>
+<td align="left">36%</td>
+<td align="left">19%</td>
 </tr>
 <tr class="even">
-<td align="left">8</td>
 <td align="left">Coach</td>
-<td align="left">78%</td>
-<td align="left">22%</td>
 <td align="left">0%</td>
+<td align="left">22%</td>
+<td align="left">78%</td>
 </tr>
 </tbody>
 </table>
+<p>The whtc fuel consumption is then calculated with: <span class="math inline">\(FC_{whtc} = FC \cdot CF_{total}\)</span></p>
 </div>
 <div class="engineering">
-<p>In engineering mode no WHTC correction is applied by Vecto. For an arbitrary cycle the weighting factors are not known, hence the total correction factor CF<sub>Tot</sub> can not be computed. WHTC correction can be applied manually as a post-processing step.</p>
+<p>In engineering mode no WHTC correction is applied by Vecto. For an arbitrary cycle the weighting factors are not known, hence the total correction factor CF<sub>total</sub> can not be computed. WHTC correction can be applied manually as a post-processing step.</p>
 </div>
 </div>
 <div id="gear-shift-model" class="section level2">
@@ -1689,7 +1725,7 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 <tbody>
 <tr class="odd">
 <td align="left"><strong>Header:</strong></td>
-<td align="left">Vecto CSV needs exactly one header line with the definition of the columns at the beginning of the file. Columns can be surrounded with “&lt;” and “&gt;” to mark them as identifiers (which makes them position independent) (In Vecto 3.x every column is seen as identifier, regardless of “&lt;&gt;”). Columns may be succeded with unit information (enclosed in “[&quot; and “]”) for documentation purposes.</td>
+<td align="left">Vecto CSV needs exactly one header line with the definition of the columns at the beginning of the file. <br>Columns can be surrounded with “&lt;” and “&gt;” to mark them as identifiers (which makes them position independent). In Vecto 3.x every column is seen as identifier, regardless of “&lt;&gt;”. <br>Columns may be succeded with unit information (enclosed in “[&quot; and “]”) for documentation purposes.</td>
 </tr>
 <tr class="even">
 <td align="left"><strong>Column Separator:</strong></td>
@@ -1777,63 +1813,73 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 <li>File format is <a href="#json">JSON</a>.</li>
 <li>Filetype ending is “.vecto”</li>
 </ul>
+<p>Refers to other files:</p>
+<ul>
+<li><a href="#vehicle-file">Vehicle (VVEH)</a></li>
+<li><a href="#engine-file">Engine (VENG)</a></li>
+<li><a href="#gearbox-file">Gearbox (VGBX)</a></li>
+<li><a href="#driving-cycles">Driving Cycle (VDRI)</a></li>
+<li><a href="#auxiliary-input-file-.vaux">Auxiliary Input File (VAUX)</a></li>
+<li><a href="#acceleration-limiting-input-file-.vacc">Acceleration Limiting (VACC)</a></li>
+</ul>
 <p><strong>Example:</strong></p>
-<pre><code>{
-  &quot;Header&quot;: {
-    &quot;CreatedBy&quot;: &quot; ()&quot;,
-    &quot;Date&quot;: &quot;3/4/2015 2:09:13 PM&quot;,
-    &quot;AppVersion&quot;: &quot;2.0.4-beta3&quot;,
-    &quot;FileVersion&quot;: 2
-  },
-  &quot;Body&quot;: {
-    &quot;SavedInDeclMode&quot;: false,
-    &quot;VehicleFile&quot;: &quot;24t Coach.vveh&quot;,
-    &quot;EngineFile&quot;: &quot;24t Coach.veng&quot;,
-    &quot;GearboxFile&quot;: &quot;24t Coach.vgbx&quot;,
-    &quot;Cycles&quot;: [
-      &quot;LOT2_rural Engine Only.vdri&quot;
-    ],
-    &quot;Aux&quot;: [
-      {
-        &quot;ID&quot;: &quot;ALT1&quot;,
-        &quot;Type&quot;: &quot;Alternator&quot;,
-        &quot;Path&quot;: &quot;24t_Coach_ALT.vaux&quot;,
-        &quot;Technology&quot;: &quot;&quot;
-      },
-      {
-        &quot;ID&quot;: &quot;ALT2&quot;,
-        &quot;Type&quot;: &quot;Alternator&quot;,
-        &quot;Path&quot;: &quot;24t_Coach_ALT.vaux&quot;,
-        &quot;Technology&quot;: &quot;&quot;
-      },
-      {
-        &quot;ID&quot;: &quot;ALT3&quot;,
-        &quot;Type&quot;: &quot;Alternator&quot;,
-        &quot;Path&quot;: &quot;24t_Coach_ALT.vaux&quot;,
-        &quot;Technology&quot;: &quot;&quot;
-      }
-    ],
-    &quot;VACC&quot;: &quot;Coach.vacc&quot;,
-    &quot;EngineOnlyMode&quot;: true,
-    &quot;StartStop&quot;: {
-      &quot;Enabled&quot;: false,
-      &quot;MaxSpeed&quot;: 5.0,
-      &quot;MinTime&quot;: 0.0,
-      &quot;Delay&quot;: 0
-    },
-    &quot;LAC&quot;: {
-      &quot;Enabled&quot;: true,
-      &quot;Dec&quot;: -0.5,
-      &quot;MinSpeed&quot;: 50.0
-    },
-    &quot;OverSpeedEcoRoll&quot;: {
-      &quot;Mode&quot;: &quot;OverSpeed&quot;,
-      &quot;MinSpeed&quot;: 70.0,
-      &quot;OverSpeed&quot;: 5.0,
-      &quot;UnderSpeed&quot;: 5.0
-    }
-  }
-}</code></pre>
+<div class="sourceCode"><pre class="sourceCode json"><code class="sourceCode json"><span class="fu">{</span>
+  <span class="dt">&quot;Header&quot;</span><span class="fu">:</span> <span class="fu">{</span>
+    <span class="dt">&quot;CreatedBy&quot;</span><span class="fu">:</span> <span class="st">&quot;Michael Krisper (Graz University of Technology)&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;Date&quot;</span><span class="fu">:</span> <span class="st">&quot;2016-03-18T14:37:05+01:00&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;AppVersion&quot;</span><span class="fu">:</span> <span class="st">&quot;3.0.2&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;FileVersion&quot;</span><span class="fu">:</span> <span class="dv">2</span>
+  <span class="fu">},</span>
+  <span class="dt">&quot;Body&quot;</span><span class="fu">:</span> <span class="fu">{</span>
+    <span class="dt">&quot;SavedInDeclMode&quot;</span><span class="fu">:</span> <span class="kw">false</span><span class="fu">,</span>
+    <span class="dt">&quot;VehicleFile&quot;</span><span class="fu">:</span> <span class="st">&quot;Vehicle.vveh&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;EngineFile&quot;</span><span class="fu">:</span> <span class="st">&quot;Engine.veng&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;GearboxFile&quot;</span><span class="fu">:</span> <span class="st">&quot;Gearbox.vgbx&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;Cycles&quot;</span><span class="fu">:</span> <span class="ot">[</span>
+      <span class="st">&quot;DrivingCycle_Rural.vdri&quot;</span><span class="ot">,</span>
+      <span class="st">&quot;DrivingCycle_Urban.vdri&quot;</span>
+    <span class="ot">]</span><span class="fu">,</span>
+    <span class="dt">&quot;Aux&quot;</span><span class="fu">:</span> <span class="ot">[</span>
+      <span class="fu">{</span>
+        <span class="dt">&quot;ID&quot;</span><span class="fu">:</span> <span class="st">&quot;ALT&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;Type&quot;</span><span class="fu">:</span> <span class="st">&quot;Alternator&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;Path&quot;</span><span class="fu">:</span> <span class="st">&quot;Alternator.vaux&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;Technology&quot;</span><span class="fu">:</span> <span class="st">&quot;&quot;</span>
+      <span class="fu">}</span><span class="ot">,</span>
+      <span class="fu">{</span>
+        <span class="dt">&quot;ID&quot;</span><span class="fu">:</span> <span class="st">&quot;PN&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;Type&quot;</span><span class="fu">:</span> <span class="st">&quot;PneumaticSystem&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;Path&quot;</span><span class="fu">:</span> <span class="st">&quot;Pneumatic System.vaux&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;Technology&quot;</span><span class="fu">:</span> <span class="st">&quot;&quot;</span>
+      <span class="fu">}</span><span class="ot">,</span>
+      <span class="fu">{</span>
+        <span class="dt">&quot;ID&quot;</span><span class="fu">:</span> <span class="st">&quot;HVAC&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;Type&quot;</span><span class="fu">:</span> <span class="st">&quot;HVAC&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;Path&quot;</span><span class="fu">:</span> <span class="st">&quot;AirCondition.vaux&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;Technology&quot;</span><span class="fu">:</span> <span class="st">&quot;&quot;</span>
+      <span class="fu">}</span>
+    <span class="ot">]</span><span class="fu">,</span>
+    <span class="dt">&quot;VACC&quot;</span><span class="fu">:</span> <span class="st">&quot;Driver.vacc&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;EngineOnlyMode&quot;</span><span class="fu">:</span> <span class="kw">true</span><span class="fu">,</span>
+    <span class="dt">&quot;StartStop&quot;</span><span class="fu">:</span> <span class="fu">{</span>
+      <span class="dt">&quot;Enabled&quot;</span><span class="fu">:</span> <span class="kw">false</span><span class="fu">,</span>
+      <span class="dt">&quot;MaxSpeed&quot;</span><span class="fu">:</span> <span class="fl">5.0</span><span class="fu">,</span>
+      <span class="dt">&quot;MinTime&quot;</span><span class="fu">:</span> <span class="fl">0.0</span><span class="fu">,</span>
+      <span class="dt">&quot;Delay&quot;</span><span class="fu">:</span> <span class="dv">0</span>
+    <span class="fu">},</span>
+    <span class="dt">&quot;LAC&quot;</span><span class="fu">:</span> <span class="fu">{</span>
+      <span class="dt">&quot;Enabled&quot;</span><span class="fu">:</span> <span class="kw">true</span><span class="fu">,</span>
+      <span class="dt">&quot;Dec&quot;</span><span class="fu">:</span> <span class="fl">-0.5</span><span class="fu">,</span>
+      <span class="dt">&quot;MinSpeed&quot;</span><span class="fu">:</span> <span class="fl">50.0</span>
+    <span class="fu">},</span>
+    <span class="dt">&quot;OverSpeedEcoRoll&quot;</span><span class="fu">:</span> <span class="fu">{</span>
+      <span class="dt">&quot;Mode&quot;</span><span class="fu">:</span> <span class="st">&quot;OverSpeed&quot;</span><span class="fu">,</span>
+      <span class="dt">&quot;MinSpeed&quot;</span><span class="fu">:</span> <span class="fl">70.0</span><span class="fu">,</span>
+      <span class="dt">&quot;OverSpeed&quot;</span><span class="fu">:</span> <span class="fl">5.0</span><span class="fu">,</span>
+      <span class="dt">&quot;UnderSpeed&quot;</span><span class="fu">:</span> <span class="fl">5.0</span>
+    <span class="fu">}</span>
+  <span class="fu">}</span>
+<span class="fu">}</span></code></pre></div>
 </div>
 <div id="vehicle-file" class="section level2">
 <h2>Vehicle File</h2>
@@ -1842,142 +1888,146 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 <li>File format is <a href="#json">JSON</a>.</li>
 <li>Filetype ending is “.vveh”</li>
 </ul>
+<p>Refers to other files:</p>
+<ul>
+<li><a href="#cross-wind-correction">Cross Wind Correction (VCDV, VCDB)</a></li>
+<li><a href="#retarder-loss-torque-input-file-.vrlm">Retarder Loss Map (VRLM)</a></li>
+</ul>
 <p><strong>Example:</strong></p>
-<pre><code>{
-  &quot;Header&quot;: {
-    &quot;CreatedBy&quot;: &quot;Raphael Luz IVT TU-Graz (14fea510-e457-4bf6-860f-a9514dc327f1)&quot;,
-    &quot;Date&quot;: &quot;02.07.2015 13:55:46&quot;,
-    &quot;AppVersion&quot;: &quot;2.2 beta-2&quot;,
-    &quot;FileVersion&quot;: 7
-  },
-  &quot;Body&quot;: {
-    &quot;SavedInDeclMode&quot;: false,
-    &quot;VehCat&quot;: &quot;Coach&quot;,
-    &quot;CurbWeight&quot;: 15700.0,
-    &quot;CurbWeightExtra&quot;: 0.0,
-    &quot;Loading&quot;: 3300.0,
-    &quot;MassMax&quot;: 24.0,
-    &quot;CdA&quot;: 3.2634,
-    &quot;rdyn&quot;: 520.0,
-    &quot;Rim&quot;: &quot;-&quot;,
-    &quot;CdCorrMode&quot;: &quot;CdOfVeng&quot;,
-    &quot;CdCorrFile&quot;: &quot;24t Coach.vcdv&quot;,
-    &quot;Retarder&quot;: {
-      &quot;Type&quot;: &quot;Secondary&quot;,
-      &quot;Ratio&quot;: 1.0,
-      &quot;File&quot;: &quot;Retarder.vrlm&quot;
-    },
-    &quot;AxleConfig&quot;: {
-      &quot;Type&quot;: &quot;6x2&quot;,
-      &quot;Axles&quot;: [
-        {
-          &quot;Inertia&quot;: 21.66667,
-          &quot;Wheels&quot;: &quot;-&quot;,
-          &quot;AxleWeightShare&quot;: 0.4375,
-          &quot;TwinTyres&quot;: false,
-          &quot;RRCISO&quot;: 0.0055,
-          &quot;FzISO&quot;: 62538.75
-        },
-        {
-          &quot;Inertia&quot;: 10.83333,
-          &quot;Wheels&quot;: &quot;-&quot;,
-          &quot;AxleWeightShare&quot;: 0.375,
-          &quot;TwinTyres&quot;: true,
-          &quot;RRCISO&quot;: 0.0065,
-          &quot;FzISO&quot;: 52532.55
-        },
-        {
-          &quot;Inertia&quot;: 21.66667,
-          &quot;Wheels&quot;: &quot;-&quot;,
-          &quot;AxleWeightShare&quot;: 0.1875,
-          &quot;TwinTyres&quot;: false,
-          &quot;RRCISO&quot;: 0.0055,
-          &quot;FzISO&quot;: 62538.75
-        }
-      ]
-    }
-  }
-}</code></pre>
+<div class="sourceCode"><pre class="sourceCode json"><code class="sourceCode json"><span class="fu">{</span>
+  <span class="dt">&quot;Header&quot;</span><span class="fu">:</span> <span class="fu">{</span>
+    <span class="dt">&quot;CreatedBy&quot;</span><span class="fu">:</span> <span class="st">&quot;Michael Krisper (Graz University of Technology)&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;Date&quot;</span><span class="fu">:</span> <span class="st">&quot;2016-03-18T14:42:45+01:00&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;AppVersion&quot;</span><span class="fu">:</span> <span class="st">&quot;3.0.2&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;FileVersion&quot;</span><span class="fu">:</span> <span class="dv">7</span>
+  <span class="fu">},</span>
+  <span class="dt">&quot;Body&quot;</span><span class="fu">:</span> <span class="fu">{</span>
+    <span class="dt">&quot;SavedInDeclMode&quot;</span><span class="fu">:</span> <span class="kw">false</span><span class="fu">,</span>
+    <span class="dt">&quot;VehCat&quot;</span><span class="fu">:</span> <span class="st">&quot;RigidTruck&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;CurbWeight&quot;</span><span class="fu">:</span> <span class="fl">6000.0</span><span class="fu">,</span>
+    <span class="dt">&quot;CurbWeightExtra&quot;</span><span class="fu">:</span> <span class="fl">0.0</span><span class="fu">,</span>
+    <span class="dt">&quot;Loading&quot;</span><span class="fu">:</span> <span class="fl">0.0</span><span class="fu">,</span>
+    <span class="dt">&quot;MassMax&quot;</span><span class="fu">:</span> <span class="fl">11.9</span><span class="fu">,</span>
+    <span class="dt">&quot;CdA&quot;</span><span class="fu">:</span> <span class="fl">4.5</span><span class="fu">,</span>
+    <span class="dt">&quot;rdyn&quot;</span><span class="fu">:</span> <span class="dv">450</span><span class="fu">,</span>
+    <span class="dt">&quot;Rim&quot;</span><span class="fu">:</span> <span class="st">&quot;15° DC Rims&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;CdCorrMode&quot;</span><span class="fu">:</span> <span class="st">&quot;CdOfVeng&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;CdCorrFile&quot;</span><span class="fu">:</span> <span class="st">&quot;CrossWindCorrection.vcdv&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;Retarder&quot;</span><span class="fu">:</span> <span class="fu">{</span>
+      <span class="dt">&quot;Type&quot;</span><span class="fu">:</span> <span class="st">&quot;Secondary&quot;</span><span class="fu">,</span>
+      <span class="dt">&quot;Ratio&quot;</span><span class="fu">:</span> <span class="fl">1.0</span><span class="fu">,</span>
+      <span class="dt">&quot;File&quot;</span><span class="fu">:</span> <span class="st">&quot;Retarder.vrlm&quot;</span>
+    <span class="fu">},</span>
+    <span class="dt">&quot;AxleConfig&quot;</span><span class="fu">:</span> <span class="fu">{</span>
+      <span class="dt">&quot;Type&quot;</span><span class="fu">:</span> <span class="st">&quot;4x2&quot;</span><span class="fu">,</span>
+      <span class="dt">&quot;Axles&quot;</span><span class="fu">:</span> <span class="ot">[</span>
+        <span class="fu">{</span>
+          <span class="dt">&quot;Inertia&quot;</span><span class="fu">:</span> <span class="fl">6.0</span><span class="fu">,</span>
+          <span class="dt">&quot;Wheels&quot;</span><span class="fu">:</span> <span class="st">&quot;245/70 R19.5&quot;</span><span class="fu">,</span>
+          <span class="dt">&quot;AxleWeightShare&quot;</span><span class="fu">:</span> <span class="fl">0.0</span><span class="fu">,</span>
+          <span class="dt">&quot;TwinTyres&quot;</span><span class="fu">:</span> <span class="kw">false</span><span class="fu">,</span>
+          <span class="dt">&quot;RRCISO&quot;</span><span class="fu">:</span> <span class="fl">0.008343465</span><span class="fu">,</span>
+          <span class="dt">&quot;FzISO&quot;</span><span class="fu">:</span> <span class="fl">20800.0</span>
+        <span class="fu">}</span><span class="ot">,</span>
+        <span class="fu">{</span>
+          <span class="dt">&quot;Inertia&quot;</span><span class="fu">:</span> <span class="fl">6.0</span><span class="fu">,</span>
+          <span class="dt">&quot;Wheels&quot;</span><span class="fu">:</span> <span class="st">&quot;245/70 R19.5&quot;</span><span class="fu">,</span>
+          <span class="dt">&quot;AxleWeightShare&quot;</span><span class="fu">:</span> <span class="fl">0.0</span><span class="fu">,</span>
+          <span class="dt">&quot;TwinTyres&quot;</span><span class="fu">:</span> <span class="kw">true</span><span class="fu">,</span>
+          <span class="dt">&quot;RRCISO&quot;</span><span class="fu">:</span> <span class="fl">0.00943769</span><span class="fu">,</span>
+          <span class="dt">&quot;FzISO&quot;</span><span class="fu">:</span> <span class="fl">20800.0</span>
+        <span class="fu">}</span>
+      <span class="ot">]</span>
+    <span class="fu">}</span>
+  <span class="fu">}</span>
+<span class="fu">}</span></code></pre></div>
 </div>
 <div id="speed-dependent-cross-wind-correction-input-file-.vcdv" class="section level2">
 <h2>Speed Dependent Cross Wind Correction Input File (.vcdv)</h2>
 <p>The file is needed for speed dependent <a href="#cross-wind-correction">Cross Wind Correction</a>. The file uses the <a href="#csv">VECTO CSV format</a>.</p>
 <ul>
 <li>Filetype: .vcdv</li>
-<li>Header: <strong>vehicle speed [km/h], c<sub>d</sub>xA scaling factor [-]</strong></li>
+<li>Header: <strong>v_veh [km/h], Cd [-]</strong>
+<ul>
+<li><strong>v_veh [km/h]</strong>: the vehicle speed</li>
+<li><strong>Cd [-]</strong>: the scaling factor which will be multiplied with the base C<sub>d</sub>A value.</li>
+</ul></li>
 <li>Requires at least 2 data entries</li>
 </ul>
-<p>The CdxA value given in the vehicle configuration is corrected depending on the vehicle’s speed and the CD scaling factor from the input file as follows:</p>
-<p>C<sub>d</sub>xA<sub>effective</sub> = CdxA * Cd(v_veh)</p>
 <p><strong>Example:</strong></p>
-<pre><code>v_veh [km/h], Cd [-]
-0, 1.173 
-5, 1.173 
-10, 1.173
-15, 1.173
-20, 1.173
-25, 1.173
-30, 1.173
-35, 1.173
-40, 1.173
-45, 1.173
-50, 1.173
-55, 1.173
-60, 1.173
-65, 1.153
-70, 1.136
-75, 1.121
-80, 1.109
-85, 1.099
-90, 1.090
-95, 1.082
-100, 1.07</code></pre>
+<pre><code>v_veh [km/h],Cd [-]
+0           ,1.173
+5           ,1.173
+10          ,1.173
+15          ,1.173
+20          ,1.173
+25          ,1.173
+30          ,1.173
+35          ,1.173
+40          ,1.173
+45          ,1.173
+50          ,1.173
+55          ,1.173
+60          ,1.173
+65          ,1.153
+70          ,1.136
+75          ,1.121
+80          ,1.109
+85          ,1.099
+90          ,1.090
+95          ,1.082
+100         ,1.07</code></pre>
 </div>
 <div id="vair-beta-cross-wind-correction-input-file-.vcdb" class="section level2">
 <h2>Vair &amp; Beta Cross Wind Correction Input File (.vcdb)</h2>
 <p>The file is needed for Vair &amp; Beta <a href="#cross-wind-correction">Cross Wind Correction</a>. The file uses the <a href="#csv">VECTO CSV format</a>.</p>
 <ul>
 <li>Filetype: .vcdb</li>
-<li>Header: <strong>beta [°], delta CdA [m^2]</strong></li>
+<li>Header: <strong>beta [°], delta CdA [m^2]</strong>
+<ul>
+<li><strong>beta [°]</strong>: the wind yaw angle (0° means that the wind comes directly from the front)</li>
+<li><strong>delta CdA [m^2]</strong>: The ΔC<sub>d</sub>A value which will be added to the base C<sub>d</sub>A value.</li>
+</ul></li>
 <li>Requires at least 2 data entries</li>
 </ul>
 <p><strong>Example:</strong></p>
-<pre><code>beta [°],delta CdA [m²]
-0,0.00
-1,0.07
-2,0.21
-3,0.40
-4,0.64
-5,0.90
-6,1.19
-7,1.48
-8,1.76
-9,2.02
-10,2.25
-20,3.14
-40,3.24
-60,-0.76
-80,-4.76
-100,-9.01
-120,-15.01
-140,-21.01
-160,-20.86
-180,-16.15</code></pre>
+<pre><code>beta [°],delta CdA [m^2]
+0       ,0.00
+1       ,0.07
+2       ,0.21
+3       ,0.40
+4       ,0.64
+5       ,0.90
+6       ,1.19
+7       ,1.48
+8       ,1.76
+9       ,2.02
+10      ,2.25
+20      ,3.14
+40      ,3.24
+60      ,-0.76
+80      ,-4.76
+100     ,-9.01
+120     ,-15.01
+140     ,-21.01
+160     ,-20.86
+180     ,-16.15</code></pre>
 </div>
 <div id="retarder-loss-torque-input-file-.vrlm" class="section level2">
 <h2>Retarder Loss Torque Input File (.vrlm)</h2>
 <p>This file is used to define retarder idling losses. It can be used for primary and secondary retarders and must be set in the <a href="#vehicle-editor">Vehicle File</a>. The file uses the <a href="#csv">VECTO CSV format</a>.</p>
 <ul>
 <li>Filetype: .vrlm</li>
-<li>Header: <strong>Retarder Speed [1/min], Loss Torque [Nm]</strong></li>
+<li>Header: <strong>Retarder Speed [1/min], Torque Loss [Nm]</strong></li>
 <li>Requires at least 2 data entries</li>
 </ul>
 <p><strong>Example:</strong></p>
-<pre><code>Retarder Speed [1/min],Loss Torque [Nm]
-0,10
-100,10.02
-200,10.08
-300,10.18</code></pre>
+<pre><code>Retarder Speed [1/min],Torque Loss [Nm]
+0                     ,10
+100                   ,10.02
+200                   ,10.08
+300                   ,10.18
+...</code></pre>
 </div>
 <div id="engine-file" class="section level2">
 <h2>Engine File</h2>
@@ -1986,48 +2036,60 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 <li>File format is <a href="#json">JSON</a>.</li>
 <li>Filetype ending is “.veng”</li>
 </ul>
+<p>Refers to other files:</p>
+<ul>
+<li><a href="#full-load-and-drag-curves-.vfld">Full Load And Drag Curve (VFLD)</a></li>
+<li><a href="#fuel-consumption-map-.vmap">Fuel Consumption (VMAP)</a></li>
+</ul>
 <p><strong>Example:</strong></p>
-<pre><code>{
-  &quot;Header&quot;: {
-    &quot;CreatedBy&quot;: &quot;Raphael Luz IVT TU-Graz (14fea510-e457-4bf6-860f-a9514dc327f1)&quot;,
-    &quot;Date&quot;: &quot;25.06.2015 11:23:22&quot;,
-    &quot;AppVersion&quot;: &quot;2.2 beta&quot;,
-    &quot;FileVersion&quot;: 3
-  },
-  &quot;Body&quot;: {
-    &quot;SavedInDeclMode&quot;: false,
-    &quot;ModelName&quot;: &quot;Generic 24t Coach&quot;,
-    &quot;Displacement&quot;: 12730.0,
-    &quot;IdlingSpeed&quot;: 560.0,
-    &quot;Inertia&quot;: 3.8,
-    &quot;FullLoadCurve&quot;: &quot;24t Coach.vfld&quot;,
-    &quot;FuelMap&quot;: &quot;24t Coach.vmap&quot;,
-    &quot;WHTC-Urban&quot;: 0.0,
-    &quot;WHTC-Rural&quot;: 0.0,
-    &quot;WHTC-Motorway&quot;: 0.0
-  }
-}</code></pre>
+<div class="sourceCode"><pre class="sourceCode json"><code class="sourceCode json"><span class="fu">{</span>
+  <span class="dt">&quot;Header&quot;</span><span class="fu">:</span> <span class="fu">{</span>
+    <span class="dt">&quot;CreatedBy&quot;</span><span class="fu">:</span> <span class="st">&quot;Michael Krisper (Graz University of Technology&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;Date&quot;</span><span class="fu">:</span> <span class="st">&quot;2016-03-18T14:48:38+01:00&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;AppVersion&quot;</span><span class="fu">:</span> <span class="st">&quot;3.0.2&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;FileVersion&quot;</span><span class="fu">:</span> <span class="dv">3</span>
+  <span class="fu">},</span>
+  <span class="dt">&quot;Body&quot;</span><span class="fu">:</span> <span class="fu">{</span>
+    <span class="dt">&quot;SavedInDeclMode&quot;</span><span class="fu">:</span> <span class="kw">false</span><span class="fu">,</span>
+    <span class="dt">&quot;ModelName&quot;</span><span class="fu">:</span> <span class="st">&quot;Engine&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;Displacement&quot;</span><span class="fu">:</span> <span class="fl">7700.0</span><span class="fu">,</span>
+    <span class="dt">&quot;IdlingSpeed&quot;</span><span class="fu">:</span> <span class="fl">600.0</span><span class="fu">,</span>
+    <span class="dt">&quot;Inertia&quot;</span><span class="fu">:</span> <span class="fl">3.789</span><span class="fu">,</span>
+    <span class="dt">&quot;FullLoadCurve&quot;</span><span class="fu">:</span> <span class="st">&quot;EngineFullLoadCurve.vfld&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;FuelMap&quot;</span><span class="fu">:</span> <span class="st">&quot;FuelConsumptionMap.vmap&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;WHTC-Urban&quot;</span><span class="fu">:</span> <span class="fl">0.97</span><span class="fu">,</span>
+    <span class="dt">&quot;WHTC-Rural&quot;</span><span class="fu">:</span> <span class="fl">0.99</span><span class="fu">,</span>
+    <span class="dt">&quot;WHTC-Motorway&quot;</span><span class="fu">:</span> <span class="fl">1.05</span>
+  <span class="fu">}</span>
+<span class="fu">}</span></code></pre></div>
 </div>
 <div id="full-load-and-drag-curves-.vfld" class="section level2">
 <h2>Full Load and Drag Curves (.vfld)</h2>
-<p>This file contains the full load and drag curves and the PT1 values for the <a href="#transient-full-load">transient full load calculation</a>. The file uses the <a href="#csv">VECTO CSV format</a>.</p>
+<p>This file contains the full load and drag curves and the PT1 values for the <a href="#engine-transient-full-load">transient full load calculation</a>. The file uses the <a href="#csv">VECTO CSV format</a>.</p>
 <ul>
 <li>Filetype: .vfld</li>
-<li>Header: <strong>engine speed [1/min], full load torque [Nm], motoring torque [Nm], PT1 time constant [s]</strong></li>
+<li>Header: <strong>engine speed [1/min], full load torque [Nm], motoring torque [Nm], PT1 [s]</strong>
+<ul>
+<li><strong>engine speed [1/min]</strong>: the engine speed in rpm.</li>
+<li><strong>full load torque [Nm]</strong>: the maximum possible full load for the engine speed.</li>
+<li><strong>motoring torque [Nm]</strong>: the minimum possible drag load in motoring for the engine speed.</li>
+<li><strong>PT1 [s]</strong>: the PT1 constant for the transient full load calculation.</li>
+</ul></li>
 <li>Requires at least 2 data entries</li>
 </ul>
 <p><strong>Example:</strong></p>
-<pre><code>engine speed [1/min],full load torque [Nm],motoring torque [Nm],PT1 time constant [s]
-560,1180,-149,0.6
-600,1282,-148,0.6
-799.9999999,1791,-149,0.6</code></pre>
+<pre><code>engine speed [1/min],full load torque [Nm],motoring torque [Nm],PT1 [s]
+560                 ,1180                 ,-149                ,0.6
+600                 ,1282                 ,-148                ,0.6
+800                 ,1791                 ,-149                ,0.6
+...</code></pre>
 </div>
 <div id="fuel-consumption-map-.vmap" class="section level2">
 <h2>Fuel Consumption Map (.vmap)</h2>
 <p>The FC map is used to interpolate the base fuel consumption before corrections are applied. For details see <a href="#fuel-consumption-calculation">Fuel Consumption Calculation</a>. The file uses the <a href="#csv">VECTO CSV format</a>.</p>
 <ul>
 <li>Filetype: .vmap</li>
-<li>Header: <strong>engine speed [rpm], engine torque [Nm], Fuel Consumption [g/h]</strong></li>
+<li>Header: <strong>engine speed [rpm], torque [Nm], fuel consumption [g/h]</strong></li>
 <li>Requires at least 3 data entries</li>
 <li>The map must cover the full engine range between full load and motoring curve.</li>
 </ul>
@@ -2035,18 +2097,19 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 <p>Extrapolation of fuel consumption map is not possible.</p>
 </div>
 <div class="vecto3">
-<p>Extrapolation of fuel consumption map is possible, but only allowed in Engineering Mode (with warnings). In Declaration Mode the simulation aborts.</p>
+<p>Extrapolation of fuel consumption map is possible in Engineering Mode (with warnings!). In Declaration Mode it is not allowed.</p>
 </div>
 <p><strong>Example:</strong></p>
-<pre><code>engine speed [rpm], engine torque [Nm], Fuel Consumption [g/h]
-600,-45,0,
-600,0,767,
-600,100,1759,
-600,200,2890,
-600,300,4185,
-600,400,5404,
-600,500,6535,
-600,600,7578,</code></pre>
+<pre><code>engine speed [rpm],torque [Nm],fuel consumption [g/h]
+600               ,-45        ,0
+600               ,0          ,767
+600               ,100        ,1759
+600               ,200        ,2890
+600               ,300        ,4185
+600               ,400        ,5404
+600               ,500        ,6535
+600               ,600        ,7578
+...</code></pre>
 </div>
 <div id="gearbox-file" class="section level2">
 <h2>Gearbox File</h2>
@@ -2055,116 +2118,125 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 <li>File format is <a href="#json">JSON</a>.</li>
 <li>Filetype ending is “.vgbx”</li>
 </ul>
+<p>Refers to other files:</p>
+<ul>
+<li><a href="#shift-polygons-input-file-.vgbs">Shift Polygon (VGBS)</a></li>
+<li><a href="#transmission-loss-map">Loss Map (VTLM)</a></li>
+<li><a href="#full-load-and-drag-curves-.vfld">Full Load Curve (VFLD)</a></li>
+<li><a href="#torque-converter-characteristics-.vtcc">Torque Converter (VTCC)</a></li>
+</ul>
 <p><strong>Example:</strong></p>
-<pre><code>{
-  &quot;Header&quot;: {
-    &quot;CreatedBy&quot;: &quot;Raphael Luz IVT TU-Graz (14fea510-e457-4bf6-860f-a9514dc327f1)&quot;,
-    &quot;Date&quot;: &quot;25.06.2015 11:23:31&quot;,
-    &quot;AppVersion&quot;: &quot;2.2 beta&quot;,
-    &quot;FileVersion&quot;: 5
-  },
-  &quot;Body&quot;: {
-    &quot;SavedInDeclMode&quot;: false,
-    &quot;ModelName&quot;: &quot;Generic 24t Coach&quot;,
-    &quot;Inertia&quot;: 0.0,
-    &quot;TracInt&quot;: 1.0,
-    &quot;Gears&quot;: [
-      {
-        &quot;Ratio&quot;: 3.240355,
-        &quot;LossMap&quot;: &quot;Axle.vtlm&quot;
-      },
-      {
-        &quot;Ratio&quot;: 6.38,
-        &quot;LossMap&quot;: &quot;Indirect Gear.vtlm&quot;,
-        &quot;TCactive&quot;: false,
-        &quot;ShiftPolygon&quot;: &quot;ShiftPolygons.vgbs&quot;,
-        &quot;FullLoadCurve&quot;: &quot;&lt;NOFILE&gt;&quot;
-      },
-      {
-        &quot;Ratio&quot;: 4.63,
-        &quot;LossMap&quot;: &quot;Indirect Gear.vtlm&quot;,
-        &quot;TCactive&quot;: false,
-        &quot;ShiftPolygon&quot;: &quot;ShiftPolygons.vgbs&quot;,
-        &quot;FullLoadCurve&quot;: &quot;&lt;NOFILE&gt;&quot;
-      },
-      {
-        &quot;Ratio&quot;: 3.44,
-        &quot;LossMap&quot;: &quot;Indirect Gear.vtlm&quot;,
-        &quot;TCactive&quot;: false,
-        &quot;ShiftPolygon&quot;: &quot;ShiftPolygons.vgbs&quot;,
-        &quot;FullLoadCurve&quot;: &quot;&lt;NOFILE&gt;&quot;
-      },
-      {
-        &quot;Ratio&quot;: 2.59,
-        &quot;LossMap&quot;: &quot;Indirect Gear.vtlm&quot;,
-        &quot;TCactive&quot;: false,
-        &quot;ShiftPolygon&quot;: &quot;ShiftPolygons.vgbs&quot;,
-        &quot;FullLoadCurve&quot;: &quot;&lt;NOFILE&gt;&quot;
-      },
-      {
-        &quot;Ratio&quot;: 1.86,
-        &quot;LossMap&quot;: &quot;Indirect Gear.vtlm&quot;,
-        &quot;TCactive&quot;: false,
-        &quot;ShiftPolygon&quot;: &quot;ShiftPolygons.vgbs&quot;,
-        &quot;FullLoadCurve&quot;: &quot;&lt;NOFILE&gt;&quot;
-      },
-      {
-        &quot;Ratio&quot;: 1.35,
-        &quot;LossMap&quot;: &quot;Indirect Gear.vtlm&quot;,
-        &quot;TCactive&quot;: false,
-        &quot;ShiftPolygon&quot;: &quot;ShiftPolygons.vgbs&quot;,
-        &quot;FullLoadCurve&quot;: &quot;&lt;NOFILE&gt;&quot;
-      },
-      {
-        &quot;Ratio&quot;: 1.0,
-        &quot;LossMap&quot;: &quot;Direct Gear.vtlm&quot;,
-        &quot;TCactive&quot;: false,
-        &quot;ShiftPolygon&quot;: &quot;ShiftPolygons.vgbs&quot;,
-        &quot;FullLoadCurve&quot;: &quot;&lt;NOFILE&gt;&quot;
-      },
-      {
-        &quot;Ratio&quot;: 0.76,
-        &quot;LossMap&quot;: &quot;Indirect Gear.vtlm&quot;,
-        &quot;TCactive&quot;: false,
-        &quot;ShiftPolygon&quot;: &quot;ShiftPolygons.vgbs&quot;,
-        &quot;FullLoadCurve&quot;: &quot;&lt;NOFILE&gt;&quot;
-      }
-    ],
-    &quot;TqReserve&quot;: 20.0,
-    &quot;SkipGears&quot;: true,
-    &quot;ShiftTime&quot;: 2,
-    &quot;EaryShiftUp&quot;: true,
-    &quot;StartTqReserve&quot;: 20.0,
-    &quot;StartSpeed&quot;: 2.0,
-    &quot;StartAcc&quot;: 0.6,
-    &quot;GearboxType&quot;: &quot;AMT&quot;,
-    &quot;TorqueConverter&quot;: {
-      &quot;Enabled&quot;: false,
-      &quot;File&quot;: &quot;&lt;NOFILE&gt;&quot;,
-      &quot;RefRPM&quot;: 0.0,
-      &quot;Inertia&quot;: 0.0
-    }
-  }
-}</code></pre>
+<div class="sourceCode"><pre class="sourceCode json"><code class="sourceCode json"><span class="fu">{</span>
+  <span class="dt">&quot;Header&quot;</span><span class="fu">:</span> <span class="fu">{</span>
+    <span class="dt">&quot;CreatedBy&quot;</span><span class="fu">:</span> <span class="st">&quot;Michael Krisper (Graz University of Technology)&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;Date&quot;</span><span class="fu">:</span> <span class="st">&quot;2016-03-18T14:37:18+01:00&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;AppVersion&quot;</span><span class="fu">:</span> <span class="st">&quot;3.0.2&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;FileVersion&quot;</span><span class="fu">:</span> <span class="dv">5</span>
+  <span class="fu">},</span>
+  <span class="dt">&quot;Body&quot;</span><span class="fu">:</span> <span class="fu">{</span>
+    <span class="dt">&quot;SavedInDeclMode&quot;</span><span class="fu">:</span> <span class="kw">false</span><span class="fu">,</span>
+    <span class="dt">&quot;ModelName&quot;</span><span class="fu">:</span> <span class="st">&quot;Generic 8 Gears&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;Inertia&quot;</span><span class="fu">:</span> <span class="fl">0.0</span><span class="fu">,</span>
+    <span class="dt">&quot;TracInt&quot;</span><span class="fu">:</span> <span class="fl">1.0</span><span class="fu">,</span>
+    <span class="dt">&quot;Gears&quot;</span><span class="fu">:</span> <span class="ot">[</span>
+      <span class="fu">{</span>
+        <span class="dt">&quot;Ratio&quot;</span><span class="fu">:</span> <span class="fl">3.2</span><span class="fu">,</span>
+        <span class="dt">&quot;LossMap&quot;</span><span class="fu">:</span> <span class="st">&quot;Axle.vtlm&quot;</span>
+      <span class="fu">}</span><span class="ot">,</span>
+      <span class="fu">{</span>
+        <span class="dt">&quot;Ratio&quot;</span><span class="fu">:</span> <span class="fl">6.4</span><span class="fu">,</span>
+        <span class="dt">&quot;LossMap&quot;</span><span class="fu">:</span> <span class="st">&quot;Indirect Gear.vtlm&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;TCactive&quot;</span><span class="fu">:</span> <span class="kw">false</span><span class="fu">,</span>
+        <span class="dt">&quot;ShiftPolygon&quot;</span><span class="fu">:</span> <span class="st">&quot;ShiftPolygon.vgbs&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;FullLoadCurve&quot;</span><span class="fu">:</span> <span class="st">&quot;&lt;NOFILE&gt;&quot;</span>
+      <span class="fu">}</span><span class="ot">,</span>
+      <span class="fu">{</span>
+        <span class="dt">&quot;Ratio&quot;</span><span class="fu">:</span> <span class="fl">4.6</span><span class="fu">,</span>
+        <span class="dt">&quot;LossMap&quot;</span><span class="fu">:</span> <span class="st">&quot;Indirect Gear.vtlm&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;TCactive&quot;</span><span class="fu">:</span> <span class="kw">false</span><span class="fu">,</span>
+        <span class="dt">&quot;ShiftPolygon&quot;</span><span class="fu">:</span> <span class="st">&quot;ShiftPolygon.vgbs&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;FullLoadCurve&quot;</span><span class="fu">:</span> <span class="st">&quot;&lt;NOFILE&gt;&quot;</span>
+      <span class="fu">}</span><span class="ot">,</span>
+      <span class="fu">{</span>
+        <span class="dt">&quot;Ratio&quot;</span><span class="fu">:</span> <span class="fl">3.4</span><span class="fu">,</span>
+        <span class="dt">&quot;LossMap&quot;</span><span class="fu">:</span> <span class="st">&quot;Indirect Gear.vtlm&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;TCactive&quot;</span><span class="fu">:</span> <span class="kw">false</span><span class="fu">,</span>
+        <span class="dt">&quot;ShiftPolygon&quot;</span><span class="fu">:</span> <span class="st">&quot;ShiftPolygon.vgbs&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;FullLoadCurve&quot;</span><span class="fu">:</span> <span class="st">&quot;&lt;NOFILE&gt;&quot;</span>
+      <span class="fu">}</span><span class="ot">,</span>
+      <span class="fu">{</span>
+        <span class="dt">&quot;Ratio&quot;</span><span class="fu">:</span> <span class="fl">2.6</span><span class="fu">,</span>
+        <span class="dt">&quot;LossMap&quot;</span><span class="fu">:</span> <span class="st">&quot;Indirect Gear.vtlm&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;TCactive&quot;</span><span class="fu">:</span> <span class="kw">false</span><span class="fu">,</span>
+        <span class="dt">&quot;ShiftPolygon&quot;</span><span class="fu">:</span> <span class="st">&quot;ShiftPolygon.vgbs&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;FullLoadCurve&quot;</span><span class="fu">:</span> <span class="st">&quot;&lt;NOFILE&gt;&quot;</span>
+      <span class="fu">}</span><span class="ot">,</span>
+      <span class="fu">{</span>
+        <span class="dt">&quot;Ratio&quot;</span><span class="fu">:</span> <span class="fl">1.9</span><span class="fu">,</span>
+        <span class="dt">&quot;LossMap&quot;</span><span class="fu">:</span> <span class="st">&quot;Indirect Gear.vtlm&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;TCactive&quot;</span><span class="fu">:</span> <span class="kw">false</span><span class="fu">,</span>
+        <span class="dt">&quot;ShiftPolygon&quot;</span><span class="fu">:</span> <span class="st">&quot;ShiftPolygon.vgbs&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;FullLoadCurve&quot;</span><span class="fu">:</span> <span class="st">&quot;&lt;NOFILE&gt;&quot;</span>
+      <span class="fu">}</span><span class="ot">,</span>
+      <span class="fu">{</span>
+        <span class="dt">&quot;Ratio&quot;</span><span class="fu">:</span> <span class="fl">1.3</span><span class="fu">,</span>
+        <span class="dt">&quot;LossMap&quot;</span><span class="fu">:</span> <span class="st">&quot;Indirect Gear.vtlm&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;TCactive&quot;</span><span class="fu">:</span> <span class="kw">false</span><span class="fu">,</span>
+        <span class="dt">&quot;ShiftPolygon&quot;</span><span class="fu">:</span> <span class="st">&quot;ShiftPolygon.vgbs&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;FullLoadCurve&quot;</span><span class="fu">:</span> <span class="st">&quot;&lt;NOFILE&gt;&quot;</span>
+      <span class="fu">}</span><span class="ot">,</span>
+      <span class="fu">{</span>
+        <span class="dt">&quot;Ratio&quot;</span><span class="fu">:</span> <span class="dv">1</span><span class="fu">,</span>
+        <span class="dt">&quot;LossMap&quot;</span><span class="fu">:</span> <span class="st">&quot;Direct Gear.vtlm&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;TCactive&quot;</span><span class="fu">:</span> <span class="kw">false</span><span class="fu">,</span>
+        <span class="dt">&quot;ShiftPolygon&quot;</span><span class="fu">:</span> <span class="st">&quot;ShiftPolygon.vgbs&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;FullLoadCurve&quot;</span><span class="fu">:</span> <span class="st">&quot;&lt;NOFILE&gt;&quot;</span>
+      <span class="fu">}</span><span class="ot">,</span>
+      <span class="fu">{</span>
+        <span class="dt">&quot;Ratio&quot;</span><span class="fu">:</span> <span class="fl">0.75</span><span class="fu">,</span>
+        <span class="dt">&quot;LossMap&quot;</span><span class="fu">:</span> <span class="st">&quot;Indirect Gear.vtlm&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;TCactive&quot;</span><span class="fu">:</span> <span class="kw">false</span><span class="fu">,</span>
+        <span class="dt">&quot;ShiftPolygon&quot;</span><span class="fu">:</span> <span class="st">&quot;ShiftPolygon.vgbs&quot;</span><span class="fu">,</span>
+        <span class="dt">&quot;FullLoadCurve&quot;</span><span class="fu">:</span> <span class="st">&quot;&lt;NOFILE&gt;&quot;</span>
+      <span class="fu">}</span>
+    <span class="ot">]</span><span class="fu">,</span>
+    <span class="dt">&quot;TqReserve&quot;</span><span class="fu">:</span> <span class="fl">20.0</span><span class="fu">,</span>
+    <span class="dt">&quot;SkipGears&quot;</span><span class="fu">:</span> <span class="kw">true</span><span class="fu">,</span>
+    <span class="dt">&quot;ShiftTime&quot;</span><span class="fu">:</span> <span class="dv">2</span><span class="fu">,</span>
+    <span class="dt">&quot;EaryShiftUp&quot;</span><span class="fu">:</span> <span class="kw">true</span><span class="fu">,</span>
+    <span class="dt">&quot;StartTqReserve&quot;</span><span class="fu">:</span> <span class="fl">20.0</span><span class="fu">,</span>
+    <span class="dt">&quot;StartSpeed&quot;</span><span class="fu">:</span> <span class="fl">2.0</span><span class="fu">,</span>
+    <span class="dt">&quot;StartAcc&quot;</span><span class="fu">:</span> <span class="fl">0.6</span><span class="fu">,</span>
+    <span class="dt">&quot;GearboxType&quot;</span><span class="fu">:</span> <span class="st">&quot;AMT&quot;</span><span class="fu">,</span>
+    <span class="dt">&quot;TorqueConverter&quot;</span><span class="fu">:</span> <span class="fu">{</span>
+      <span class="dt">&quot;Enabled&quot;</span><span class="fu">:</span> <span class="kw">false</span><span class="fu">,</span>
+      <span class="dt">&quot;File&quot;</span><span class="fu">:</span> <span class="st">&quot;&lt;NOFILE&gt;&quot;</span><span class="fu">,</span>
+      <span class="dt">&quot;RefRPM&quot;</span><span class="fu">:</span> <span class="fl">0.0</span><span class="fu">,</span>
+      <span class="dt">&quot;Inertia&quot;</span><span class="fu">:</span> <span class="fl">0.0</span>
+    <span class="fu">}</span>
+  <span class="fu">}</span>
+<span class="fu">}</span></code></pre></div>
 </div>
 <div id="shift-polygons-input-file-.vgbs" class="section level2">
 <h2>Shift Polygons Input File (.vgbs)</h2>
 <p>Defines up- and down-shift curves. See <a href="#gear-shift-model">Gear Shift Model</a> for details. The file uses the <a href="#csv">VECTO CSV format</a>.</p>
 <ul>
 <li>Filetype: .vgbs</li>
-<li>Header: <strong>Engine Torque [Nm], Downshift rpm [1/min], Upshift rpm [1/min]</strong></li>
+<li>Header: <strong>engine torque [Nm], downshift rpm [1/min], upshift rpm [1/min]</strong></li>
 <li>Requires at least 2 data entries</li>
 </ul>
+<p><strong>Example:</strong></p>
+<pre><code>engine torque [Nm],downshift rpm [1/min],upshift rpm [1/min]
+-400              ,560                  ,1289
+759               ,560                  ,1289
+1252              ,742                  ,1289
+2372              ,1155                 ,1942
+...</code></pre>
+<p><strong>Example Graph:</strong></p>
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" alt="A typical shift curve." />
+<p class="caption">A typical shift curve.</p>
 </div>
-<p><strong>Example:</strong></p>
-<pre><code>Engine Torque [Nm], Downshift rpm [1/min], Upshift rpm [1/min]
--400,560,1289
-759,560,1289
-1252,742,1289
-2372,1155,1942</code></pre>
 </div>
 <div id="transmission-loss-map" class="section level2">
 <h2>Transmission Loss Map</h2>
@@ -2177,22 +2249,22 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 <p>Input speed and input torque are meant at the engine-side.</p>
 <p><strong>Example:</strong></p>
 <pre><code>Input Speed [rpm],Input Torque [Nm],Torque Loss [Nm]
-0,-350,6.81
-0,-150,5.81
-0,50,5.31
-0,250,6.31
-0,450,7.31
-0,650,8.31</code></pre>
-<div id="sign-of-torque-values" class="section level3">
-<h3>Sign of torque values</h3>
+0                ,-350             ,6.81
+0                ,-150             ,5.81
+0                ,50               ,5.31
+0                ,250              ,6.31
+0                ,450              ,7.31
+0                ,650              ,8.31</code></pre>
+<div id="sign-of-torque-values" class="section level4">
+<h4>Sign of torque values</h4>
 <ul>
 <li>Input Torque &gt;0 means normal driving operation.</li>
 <li>Input Torque &lt;0 means motoring operation. <strong>The Torque Loss Map must include negative torque values for engine motoring operation!</strong></li>
 <li>Torque Loss is always positive!</li>
 </ul>
 </div>
-<div id="calculation-of-output-torque" class="section level3">
-<h3>Calculation of Output Torque</h3>
+<div id="calculation-of-output-torque" class="section level4">
+<h4>Calculation of Output Torque</h4>
 <p>VECTO calculates the output torque using this formula, independent from the current operation mode (driving/braking):</p>
 <p><span class="math inline">\(T_{output} = (T_{input} - T_{loss}) * r_{gear}\)</span></p>
 <p>with:</p>
@@ -2207,6 +2279,7 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 <div id="torque-converter-characteristics-.vtcc" class="section level2">
 <h2>Torque Converter Characteristics (.vtcc)</h2>
 <p><strong>!!! The Torque Converter Model is still in development !!!</strong></p>
+<div class="vecto2">
 <p>The file uses the <a href="#csv">VECTO CSV format</a>.</p>
 <ul>
 <li>Filetype: .vtlm</li>
@@ -2215,6 +2288,7 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 </ul>
 <p>See <a href="#torque-converter-model">Torque Converter Model</a> for more information about the component model.</p>
 </div>
+</div>
 <div id="auxiliary-input-file-.vaux" class="section level2">
 <h2>Auxiliary Input File (.vaux)</h2>
 <p>This file is used to configure a single auxiliary. Multiple .vaux files can be defined in the <a href="#job-file">Job File</a> via the <a href="#auxiliary-dialog">Auxiliary Dialog</a>. The file uses the <a href="#csv">VECTO CSV format</a> with three additional parameters on top of the efficiency map.</p>
@@ -2223,12 +2297,15 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
 <li>Filetype: .vaux</li>
 <li>Multiple Header must exist in the following sequence:
 <ul>
-<li><strong><a href="#auxiliaries">TransRatio [-]</a></strong>: Speed ratio between auxiliary and engine. 1 Value.</li>
-<li><strong><a href="#auxiliaries">EffToEng [-]</a></strong>: Efficiency of auxiliary (belt/gear) drive. 1 Value.</li>
-<li><strong><a href="#auxiliaries">EffToSply [-]</a></strong>: Consumer efficiency. 1 Value.</li>
-<li><strong>Auxiliary speed [rpm], Mechanical power [kW],Supply power [kW]</strong></li>
+<li><strong>Transmission ration to engine rpm [-]</strong>: Speed ratio between auxiliary and engine. Followed by just one value line.</li>
+<li><strong>Efficiency to engine [-]</strong>: Efficiency of auxiliary (belt/gear) drive. Followed by just one value line.</li>
+<li><strong>Efficiency auxiliary to supply [-]</strong>: Consumer efficiency. Followed by just one value line.</li>
+<li><strong>Auxiliary speed [rpm], Mechanical power [kW], Supply power [kW]</strong>
+<ul>
+<li>Actual map entries</li>
+</ul></li>
 </ul></li>
-<li>Requires at least 3 data entries for the last header.</li>
+<li>Requires exact one value for the first 3 headers, and at least 3 data lines for the map entries.</li>
 </ul>
 <p><strong>Example:</strong></p>
 <pre><code>Transmission ration to engine rpm [-]
@@ -2237,11 +2314,11 @@ Efficiency to engine [-]
 0.96
 Efficiency auxiliary to supply [-]
 1
-Auxiliary speed [rpm], Mechanical power [kW],Supply power [kW]
-1415,0.07,0
-1415,0.87,0.53
-1415,1.03,0.64
-1415,1.17,0.75
+Auxiliary speed [rpm],Mechanical power [kW],Supply power [kW]
+1415                 ,0.07                 ,0
+1415                 ,0.87                 ,0.53
+1415                 ,1.03                 ,0.64
+1415                 ,1.17                 ,0.75
 ...</code></pre>
 </div>
 <div id="driving-cycles" class="section level2">
@@ -2451,7 +2528,7 @@ Auxiliary speed [rpm], Mechanical power [kW],Supply power [kW]
 <table>
 <thead>
 <tr class="header">
-<th align="left">&lt;t&gt; [m]</th>
+<th align="left">&lt;t&gt; [s]</th>
 <th align="left">&lt;v&gt; [km/h]</th>
 <th align="left">&lt;grad&gt; [%]</th>
 <th align="left">&lt;Padd&gt; [kW]</th>
@@ -2554,7 +2631,7 @@ Auxiliary speed [rpm], Mechanical power [kW],Supply power [kW]
 <table>
 <thead>
 <tr class="header">
-<th align="left">&lt;t&gt; [m]</th>
+<th align="left">&lt;t&gt; [s]</th>
 <th align="left">&lt;v&gt; [km/h]</th>
 <th align="left">&lt;n&gt; [rpm]</th>
 <th align="left">&lt;gear&gt; [-]</th>
@@ -2647,7 +2724,7 @@ Auxiliary speed [rpm], Mechanical power [kW],Supply power [kW]
 <table>
 <thead>
 <tr class="header">
-<th align="left">&lt;t&gt; [m]</th>
+<th align="left">&lt;t&gt; [s]</th>
 <th align="left">&lt;Pwheel&gt; [kW]</th>
 <th align="left">&lt;gear&gt; [-]</th>
 <th align="left">&lt;n&gt; [rpm]</th>
@@ -2735,7 +2812,7 @@ Auxiliary speed [rpm], Mechanical power [kW],Supply power [kW]
 <table>
 <thead>
 <tr class="header">
-<th align="left">&lt;t&gt; [m]</th>
+<th align="left">&lt;t&gt; [s]</th>
 <th align="left">&lt;n&gt; [rpm]</th>
 <th align="left">&lt;Pe&gt; [kW]</th>
 <th align="left">&lt;Padd&gt; [kW]</th>
@@ -2788,16 +2865,16 @@ Auxiliary speed [rpm], Mechanical power [kW],Supply power [kW]
 <li>Data should cover the whole possible range of vehicle speeds</li>
 </ul>
 <p><strong>Example Data:</strong></p>
-<pre><code>v [km/h], acc [m/s^2]      , dec [m/s^2]
-0       , 1.01570922360353, -0.231742702878269
-5       , 1.38546581120225, -0.45346198022574
-10      , 1.34993329755465, -0.565404125020508
-15      , 1.29026714002479, -0.703434814668512
-...</code></pre>
-<p><strong>Example Graph:</strong></p>
+<pre><code>v [km/h],acc [m/s^2],dec [m/s^2]
+0       ,1          ,-1
+25      ,1          ,-1
+50      ,0.6        ,-1
+60      ,0.5        ,-0.5
+120     ,0.5        ,-0.5</code></pre>
+<p><strong>Example Graph: </strong></p>
 <div class="figure">
-<img 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tCKc4MvELCl28PpMSK3oK2vtxCSa8OxpSHrtQPYH3vO9/IgYvEV7MPXv3+nalrdIh6V1ekthOTaarUaa7Rx5Ki1tQxZ1q2MOSqjtpi5sbRfvDyIWBywep10ur/lFeyIbLK9hZBcG84hDdkWQQtgO5sE7Fn1DNhWY402jpyhtnuDduTa7nXUcYTayvZUm/aLlwcRBGwFm2xvISTXhvO5N2QBbKtrwM7dGp466q3ingHbaqzRxpGz1bYkaPdS2xJHHUeorWxPtWm/eHkQQcBWsMn2FkJybcCSoAWwne4B6717eOqo7ya2+ryFkFxbrVZjjTaOnLm2aMjusbaoo44j1Fa2p9q0X7w8iOA12Ao22d5CSK4NSEWDFsB2CNiOegZsq7FGG0eo7a+5kD1CbXOOOo5QW9meatN+8fIggoCtYJPtLYTk2oA5achOgxbAdgjYjmyyLUjX3Jpo/7mtifaf25po/7NuTbR/up0GbfRxua2J9md739ZE+89tTbT/3NZE+591a+b2e3kQQcBWsMnW5HtybUDUNGi9PgDWR8B21DNgW4012jhCbWXTkF0atKxbGXMUc8batF+8PIggYCvYZHsLIbk2YKkWQQugHgHbUc+AbTXWaOOMeE57qW0atJGw3UttS4w2jlBb2Z5q037x8iCCgK1gk+0thOTagFaWBC2AegRsRz0DttVYo40j1FYWGScStHutLWK0cYTayvZUm/aLlwcRBGwFm2xvISTXBqypFLQA6g0VsHzh+vr/R1VrtHGE2sqWjjMN2pZhe9R1azWOUFvZnmrTfvHyIGJxwH758e+fg5ujfsi/sTq9hZBcG9CTF7Ti9QXgs+d8Lw8iFgWsvlXn21d9bd3lijXZzxXs+v9HVWu0cYTaylqN44VsynvMnKOuW6txhNrK9lSb9ouXBxGLAzbyvbBHY5PtLYTk2oAReCGb8h4DnNUmASsPulp9fbnZ1/IK9p8ff793VrejvT6zLueg29X2+IevL28/nX61x7C+3kJIrq1Wq7FGG0eorazXOF7IptK+e6stqtU4Qm1le6pN+8XLg4jFV7DeF683ew32EtwPj3/HeX78fj3mTZ8cBazC3mszC45hdXoLIbk2YA+8kE15jwGOyp7zvTyIaHqLuNUVrMa+CbtLGFZdxQYCdskxegZsq7FGG0eorWyEcbyAnfIeV3KkOZqitrI91ab94uVBxOJbxGvywu96SzrpkzW9RZxcqZolx7DxcmxR2LI92tYL2KnIOGzZ7mVrvDyIOGbATui11unj7wlYTb4n11ar1VijjSPUVraX2ryQnZo+5mxztAS1lfWoTfvFy4OIxQGrcEpfh235N7BLbt9mObeMlxzDavUWQnJtwBl4ATvlPQ4YkT3ne3kQsThgv+i2axKoCiu9USjts9gk7Nw3IH3cBvbeIfz8ePuu4J9PzruEI8eY6BmwrcYabRyhtrIj1eaFrMd7bM6R5miK2sp61Kb94uVBxJBvchKFpBXnXllmAlbSx8/d+i0eY8L6egshuTYA77xwzfHGAHqw53wvDyKGDdgR9QzYVmONNo5QW9kZa/PCNeeMc1SL2mLmxtJ+8fIgYvEtYr0zV28esp91BagrwrTP0dhkewshuTYAy3jh6vEeC9xjs4AVhaydwNHDVaxWbyEk11ar1VijjSPUVkZtZV7IprzHeI48R9QWMzeW9ouXBxF3BezZ2GR7CyG5NgDr8kLWeP2BEgK2o54B22qs0cYRaiujtrLcOF7IptK+Z52jWmesTfvFy4MIAraCTba3EJJrA7AdL2RT3mOAoQKWdxGv/39UtUYbR6itjNrK7hnHC1nj9Y860hxNnbE27RcvDyII2Ao22d5CSK4NwJi8kDVef5xHt4DVhznoQx30bmH9HeyqX1c3KKvTWwjJtdVqNdZo4wi1lVFb2RrjeCFr0sfMOeocyRlr037x8iBi0RXs2T9owhaDLVu2x956QSvRx7Pd99Z4eRDBLeIKNtmafE+urVarsUYbR6itjNrKeo/jBa2kfY46R3LG2rRfvDyIaBqwR2eT7S2E5NoAHIcXtMbrj30iYDvqGbCtxhptHKG2MmorG2UcL2SN1z9itDmSo61bam4s7RcvDyK4RVzBJttbCMm1ATg+L2RT3mMwrs0CVh/ubwc3vIt4/f+jqjXaOEJtZdRWtoc58kLWpP2m9lDbUnuqTfvFy4OIxQH7TV+4/t+v9+9RfX15+/b638236xyRTba3EJJrA3BuXsimvMdgW5sEbPpnOtcvM78ErP7bQjfteyQ9A7bVWKONI9RWRm1le58jL2RT3mNqbVVbzp7WTfvFy4OIRQGrD514fnwPVbuCvf43r8G6+wGgxAtZ4/XH+jYJWLEvXNet4Z9PT9fQ/fL1ErQEbBOtxhptHKG2MmorO/IceSGb8h7jGbG2Pa2b9ouXBxGLAzZlX7yuoPXaj8Im21sIybUBwFJeyBqvP9qw53wvDyKaBOxZ9AzYVmONNo5QWxm1lZ11jryQTaV991ZbjR61ab94eRAxbMDq9rMVd32d1+kz79fbt4/Hzj7+9+v1z4qsj77IQLe5P/VLWF9vISTXBgBr8EI25T0GMfac7+VBxN2vwXptd3t9uY5vPz8/fr++c/mmT4a+8UevDb///B62f3/+oIDVm7LSfQU9A7bVWKONI9RWRm1lzJHPC1nj9Y8647ppv3h5ELEoYNf+Nh2NfROol8Ctv4r9658fL58DevCABYB7eSGb8h6DvzYJWPmiK8xJmK4ZsNe/t036hClIk6vhm/0fkyfpFfMc65tji3Lv1kT7z21NtP/c1kT7n3Vrov3ntibaf25rov3Z3rc10f5zWxPtP7c19rMXsqnSeEfdmrn9Xh5ELA5YBeC3r7qK/Rt8wwWsHnc5x09Xrw7d7i4dwyZbk+/JtQHAaLyQTXmPOZNNAlaBpeCyg5tWn0Xc4hbxNTADb1z6Q1e0AwVsq7FGG0eorYzaypijstpxvJBNeY+ptad1037x8iBiyNdgp4Hqvsnp4xavF6LXcE1u+ernaUDrjVDpPv0NbynEbbK9hZBcGwDsiRewHu+xR7FJwPagALTi3OCbC9iP/fbY3BjpMSK3oK2vtxCSa6vVaqzRxhFqK6O2MuaorGVtXrjmeGPIntZN+8XLg4hhA3ZENtneQkiuDQCOyAvXHG+MUW0WsLpq1NXj9eCvfF2d5NpqtRprtHGE2sqorYw5KtuyNi9co7zxpnrUpv3i5UHE4oC9vsZp7+69bLWPr6trt+AAcEReoC7hjd3aJgGrNxzpjUf67zRgm73JaVA9A7bVWKONI9RWRm1lzFHZXmvzAnVt3nnoXMXLg4i2AasrWAIWALAyLyTv4R1jk4C111/TW8Ta8nV17QK21VijjSPUVkZtZcxRGbXFzI2l/eLlQUSTNznJ0cNVrFZvISTXBgDYF3vO9/IgYnHAnlHPgG011mjjjHhO1LbP3yXWv4zaYubG0n7x8iCCgK1gk+0thOTaAAD7QsB21DNgW4012jhCbWXUVsYclVFbzNxY2i9eHkQ0Ddiz/JmOLQZbtmzZsj3u1nh5EEHAVrDJ1uR7cm21Wo012jhCbWXUVsYclVFbzNxY2i9eHkRUBaz+/tX7mjrT6uvqRmV1egshuTYAwL7Yc76XBxHVAet9TZ3hCnb9/6OqNdo4Qm1l1FbGHJVRW8zcWNovXh5EcIu4gk22txCSawMA7MtQAXt0PQO21VijjSPUVkZtZcxRGbXFzI2l/eLlQQQBW8Em21sIybUBAPaFgO2oZ8C2Gmu0cYTayqitjDkqo7aYubG0X7w8iFgcsHzhur8Y3n4AwP7Yc76XBxGLA5YvXPcXw9u/RKuxRhtHqK2M2sqYozJqi5kbS/vFy4OIRQHLF65/XgjJtQEA9mWsgOUL1939S7Qaa7RxhNrKqK2MOSqjtpi5sbRfvDyIWBSwPb5wXa/nWnFffvzr9smJPL72GNbXWwjJtQEA9sWe8708iGjyJidp+oXrCuzr67nvP+tqWVfNN31yIo9fcAyr1VsIybXVajXWaOMItZVRWxlzVEZtMXNjab94eRCxOGDXpI9jvAm7SxjWXMVGHr/kGDbZ3kJIrg0AsC+nCdjrreikT07k8UuOYZMNADgPLw8iFr/JSd+q8+164PdQstdip32XGD1gvf/TkVwbAGBfNglYmf7Nq16TfX5cL2DPdou41VijjSPUVkZtZcxRGbXFzI2l/eLlQcTiK1gF1HR/sz/TmYSd+waky3H0/bN6o5XC/aYt8vhInwmbbG8hJNcGANiXzQJWgTTd3/KDJp4f3wsT98oyF7AXxccH+6Ssr7cQkmur1Wqs0cYRaiujtjLmqIzaYubG0n7x8iBi8S1i/YlL+tnD+ixiBVba52hssr2FkFwbAGBfNgtYUcjaCaRveDoqq9VbCMm11Wo11mjjCLWVUVsZc1RGbTFzY2m/eHkQcVfAno1NtrcQkmsDAOwLAdtRz4BtNdZo4wi1lVFbGXNURm0xc2Npv3h5ELH4TU5r/h3sqGyyvYWQXBsAYF82CVhZ8+9gR9UzYFuNNdo4Qm1l1FbGHJVRW8zcWNovXh5ELL6CXfXvYAdlk+0thOTaAAD/8/a//8//HY53nrJZwK79d7Aj6hmwrcYabRyhtjJqK2OOyraozQuwPfBqUc3i5UHE4lvE/B2svxjefgA4Ai+YlvDGHtFmASv8HeznxfD2L9FqrNHGEWoro7Yy5qhsyTheINbwxkztad20X7w8iLgrYM/GJtsWgy1btmz3uvXCsSQy7pG2xsuDCAK2gk22Jt+Ta6vVaqzRxhFqK6O2MuaoTON4QZnjjSMj1ubtX2JuLO0XLw8imgYsb3Jqt+AAUMsLzDne43Frs4DVt8/YwY2+3YaA9dtqtRprtHGE2sqorYw5igWq97glzrhu2i9eHkQsDlj7oInr17y9vlzfRZy+q/iIbLK9hZBcGwDcwwvPKe9xWG6TgE0/aCL9iMTppzsdTc+AbTXWaOMItZVRW9nR58gL0CnvsalRa/P21+pRm/aLlwcRiwI2/VhEu4K9/jevwbr7AWCOF5we77FY1yYBK/ZBE7o1/PPp6Rq6X75egpaAbaLVWKONI9RWRm1le5sjLzRzvDFq9aqtxp7WTfvFy4OIxQGbsg+cUNB67Udhk+0thOTaAJyDF5Y53hgYgz3ne3kQ0SRgz6JnwLYaa7RxhNrKqK1si3G8gIzyxpsz2hzJntetZG4s7RcvDyII2Ao22d5CSK4NwLi8QFzKGx/7RMB21DNgW4012jhCbWXUVhYdxwvBJbyxp/Y6RxFnrE37xcuDiGEDVm+gsuKu71R2+sz7df3ygezjf79ePxjD+jx8fbm+UetTv4T19RZCcm0A2vOCcAlvbMCe8708iBgzYF9frm+csp/13bP629ubPhn62jy9u/n95/ew/fvzBwWs/qwo3VdQCtiW/1hbhfVo4wi1lVHbZ2kg1vDGSh1pjqaoLWZuLO0XLw8ihgxYfYjFTaBeArf+Kvavf368fA7oFQM28o8aQF7672mO9zigldME7PUTo5I+YQrS5Gr4Zv/H5El6xTzH+uak//j1sy1S7dZE+89tTbT/3NZE+591a6L957Ym2n9ua6L9t9qm/27mRMbZemui/ee2Jtp/bmui/c+6NXP7vTyI2CBgb18fNWnANQtYPe5r7PayXvMtHcPOVZPvsbb0SWHaBwBXp9gHe8738iDisLeIr4EZeOPSH4FbxtGAlXufJHLHqTHaOEJtZUeqLQ3NOd7jSo40R1PUVtajNu0XLw8ihn2TUxqo7pucPm7xeiF6Ddfkilg/TwNab4RK9+lTqEohbpPtLYRM2+558gD2Kg3OOd7jgNEcM2AvFIBWnBt8cwE7eW01N0Z6jMgtaOvrLYR4bUufUHLHqTHaOEJtZXupLQ3NOdPHnG2OlqC2sh61ab94eRAxbMCOyCbbWwiZa5t7ogH2Jg3OOd7jgD0iYDu6N2Brnnxyx6kx2jhCbWWjjJP+7nq8x5QcbY5S1Fa2p9q0X7w8iCBgK9hkewshubZ7n5SAHtLfU4/3GOCoCNiO7glYqXmiKo0VNdo4Qm1lvcZJfyc9ad+91RbVahyhtrI91ab94uVBBAFbwSbbWwjJtZm5Jy+gh/T3z+M9BjgrArajFgErkSe06Fglo40j1FbWapz0d83jPWbOUdet1ThCbWV7qk37xcuDCAK2gk22txCSa5ta+iQHlKS/Wx7vMQA+I2A7ahmwknvCqx1rzmjjCLWV1Y6TBuiU13+Jo65bq3GE2sr2VJv2i5cHEQRsBZtsbyEk1zan9ZMgziMN0SmvP4A6BGxHawSseE+KS8eaGm0cobayuXHSEJ3y+u+ptlqjjSPUVran2rRfvDyIIGAr2GTbYrTcpk+Skf5sz7NNQ3Qq8ni2bNku2xovDyII2Ao22Zp8T66tZO5J816jjSPUVpb+Pkx5/eewbmXMUcwZa9N+8fIggoCtYJPtLYTk2iKWPoniGNL1n/L6A1gXAdvR2gErrZ9UW5yTtBpHRjunrWpL19rjPaYW61bGHMWcsTbtFy8PIgjYCjbZ3kJIrq3GGk+0GMN0bVNefwDbIWA76hWw4j0Bi9c3p9U5taxttHNaszZvDVNp39QealvqqOMItZXtqTbtFy8PIgjYCjbZ3kJIru0eNU/M2Ja3VinvMQDGRMB21DNgvbG8J2yZ9ku1Oqe1a1tipHG8dRGvbwTrVsYclVFbzNxY2i9eHkQQsBVssr2FkFxbay2fzLEc6wAcFwHbUc+ArRkr9yTf6py2qi1nq3H2NN+txpGj1sYcxZyxNu0XLw8iCNgKNtneQkiurQfviV+8vqjH3ALnctiA/efH9z/Fffnxr9tn1u/Xty8fj5WHry9vP51+tcewvt5CSK6t1r1jeWEgXt+IkWozvcapmce91VbjqLUxRzFnrE37xcuDiDED9vXl7eHx9c/Pz4/f355/T/rkKGCffvltZsExbLK9hZBc21a8cDBef7xjvgAcMmB/Pk3C7hKGVVexgYBdcoyeAdtqrHQcLzRM+hjP6LXdozRHad+SkWu711FrY45izlib9ouXBxG7CdiH0hVpanqLOLlSNUuOYePl2KKMvvWCxEQef6StNwcSfTxbtmyPuTVeHkRsELC/3r4lJ27SELw7YCf0Wuv08fcErCbfk2ur1WqsyDheuBjrs9fa5ni1ite3xgi1pY62binmqIzaYubG0n7x8iDimLeIp5xbxkuOYZPtLYTk2vbCCx3j9d8Lr56U9xgA53bIgJ2GnfsGpI/bwN47hJ8fb98V/PPJeZdw5BgTPQO21Vj3jOMFUYk3zlSv2rzzM2m/o61bitrKmKOYM9am/eLlQcSYAXuhkLTi3CvLTMBK+vi5W7/FY0xYX28hJNe2d15ILeWN34J3rJT3GACYY8/5Xh5EDBuwI+oZsK3G6j2OF2xb8c7Pw7rFHLU25ijmjLVpv3h5EEHAVrDJ9hZCcm34ywvDFrxjAcBSBGxHPQO21VijjSPUVkZtZcxRGbXFzI2l/eLlQQQBW8Em21sIybUBAPaFgO2oZ8C2Gmu0cYTayqitjDkqo7aYubG0X7w8iCBgK9hkewshuTYAwL4QsB31DNhWY402jlBbGbWVMUdl1BYzN5b2i5cHEQRsBZtsbyEk1wYA2BcCtqOeAdtqrNHGEWoro7Yy5qiM2mLmxtJ+8fIggoCtYJPtLYTk2gAA+0LAdmSTbUG65tZE+89tTbT/3NZE+591a6L957Ym2n9ua6L92d63NdH+c1sT7T+3NdH+Z92auf1eHkQQsBVssjX5nlzbVjinMuYohnUrY47K9nRO2i9eHkQQsBVssr2FkFxbrVZjjTaOUFsZtZUxR2XUFjM3lvaLlwcRBGwFm2xvISTXthXOqYw5imHdypijsj2dk/aLlwcRBGwFm2xvISTXVqvVWKONI9RWRm1lzFEZtcXMjaX94uVBBAFbwSbbWwjJtW2FcypjjmJYtzLmqGxP56T94uVBBAFbwSYbAHAeXh5EELCVvMkHAByTrmS9LIggYAEAWAEBCwDACghYAABWQMACALACAhYAgBUQsAAArICABQBgBQQsAAArIGAb+OfH9z9/lPzlx79un7U9P+aP3/8cf719+zje3DF7n1N6vIenX9n2ruv4+/Xty8wxu5/Tx7nYMR++vrz9nPTZZJ5eX/6e0+PrTVvf87n9vTbfXm/79Z4j+/c/d7wt1uzn0/bndO/z4r3nSMDe6/IPP/0H//z4/e3596TPyvRLoMW37ac+G5yjfrH/Pum8PyndPAl1Pif9Y0+Pp5+3PJ/U9Vg/Xj6v3RbnpIB1/ufjjw3OSb/XXtBfdT8f/S7fnsvWv0vTf/efjrfF79GnY/afo7ufFxucIwF7p59PnxfFXcwO5n6RRjjHfy4Bkp7D1uc0fVLc6nx0HtfjOMfb5JwKAdv9nHQ+yZPc1Pa/217g9j2nz7/L2/9u67noJlAnv1c9z2np82KLcyRg7+Qtgnf7sYeaX6Su5+g8SW5zTn9v702PtcX5aL3+HMP5x7vJHGmtPuboOk9br5vm5enCzicQZqvPUco5Xv9zur1tvf35XOgYye+OQv/2537ntPR5scU5ErB32uSXd8aQAatjfZ0c/2LreZvestrifNLXzczW5zR18z8BF73PSce/mZfJ8baeo+nV4vu+zud0Gf/292aM/wnR3Njv9cPlnL4RsKjlLYK3mD3U/CL1OMfrk/PMa2ebz9uGt6xczvGG+N3aeJ6uv0M3V9GXq7XCE3W/Ofp8e1h6n9P0eJqz0v+onen3aOnzYotzJGDvNZn0Lm8gmDH3i7TFOU6fGD+dW+dzml6x6uctz+cT7x/vBuc0nRddhWw9TzfHmDxRb7pul2O7VzSdz6kUsJvO0YdPx+x4ToufFxucIwHbQHqrz13IlaW3Ysz0H37Xc5y8jjd33L7zln+dSrZax3T9prcbtzin9JhDzFPy++S93LDluk3Xy3Q9p8m/t+nr5tJ9ji7hZMebO+ba59TiefHecyRgAQBYAQELAMAKCFgAAFZAwAIAsAICFgCAFRCwAACsgIAFMKzcn8IAoyNggTP6+NtJ94MSAvTH+9e/K5x8kpH+bnD2m29q6Rwnf9Npx82GbvJ3oYQztkTAAmelILojYOc/ZKFNwM5dvUavanPnCPRAwAJd3H6S1JfHvx+i/+eqL/n0G/cqcPqJPdNwrGi/fiLS67oBm36SzsOl3usVs20v9T3bVbDzyUPXc/X2X1wD9mn+C9gNAYutEbBAB9Mn+2uoJuH26dbqJWynwTH9LFQFze0YuXYFfNL+EbafQjgoGrA3NVyP+X4Oery1ffpQ9eu++avU67jJXM31JWCxNQIW6GF6dfkpPD+HxE3wTB7/aZxS++SDy23fOgH7cezp2DrHj316vJ3P54D1v6XGTAM1HStFwGJrBCywAT35564+5VPATkL5Rqm9c8DqFu6n29zBgJ0LTEPAYi8IWKCDaYDqyf82YKdXfJeruElg5m6bSr7981Xh52PG5cLLbhFfa0xrCAVs/upVCFjsBQELdGC3TT/duv3T/nK56rvt8zkcFD63fW7HKbRfrljTti+Xq8ylr8POhdc1tD8CMq35249LuH78t46nx1/P4RKMCkz7Grq5sDT2uLT/n2NMzmfuHIFeCFhgAK3+tKWXdcKrfPVag4DF1ghYYGPpld7SW7a9/b2SHPB/DHQreuaqFuiJgAUAYAUELAAAKyBgAQBYAQELAMAKCFgAAFZAwAIA0Nx/b/8fOrquYsy/KccAAAAASUVORK5CYII=" 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" alt="The graph shows the acceleration and deceleration limits depending on the current vehicle speed." />
+<p class="caption">The graph shows the acceleration and deceleration limits depending on the current vehicle speed.</p>
 </div>
 </div>
 <div id="modal-results-.vmod" class="section level2">
@@ -3072,7 +3149,7 @@ Auxiliary speed [rpm], Mechanical power [kW],Supply power [kW]
 <tr class="odd">
 <td align="left">Tq_full</td>
 <td align="left">[Nm]</td>
-<td align="left">Engine’s transient maximum torque (see <a href="l#transient-full-load">transient full load</a>)</td>
+<td align="left">Engine’s transient maximum torque (see <a href="#engine-transient-full-load">transient full load</a>)</td>
 </tr>
 <tr class="even">
 <td align="left">Tq_drag</td>
@@ -3087,7 +3164,7 @@ Auxiliary speed [rpm], Mechanical power [kW],Supply power [kW]
 <tr class="even">
 <td align="left">P_eng_full</td>
 <td align="left">[kW]</td>
-<td align="left">Engine’s transient maximum power (see <a href="l#transient-full-load">transient full load</a>)</td>
+<td align="left">Engine’s transient maximum power (see <a href="#engine-transient-full-load">transient full load</a>)</td>
 </tr>
 <tr class="odd">
 <td align="left">P_eng_drag</td>
@@ -3222,11 +3299,11 @@ Auxiliary speed [rpm], Mechanical power [kW],Supply power [kW]
 <h2>Summary Results (.vsum)</h2>
 <p>The .vsum file includes total / average results for each calculation run in one execution (ie. click of <a href="#main-form">START Button</a>). The file is located in the directory of the fist run .vecto file.</p>
 <p><strong><em>Quantities:</em></strong></p>
-<table style="width:74%;">
+<table>
 <colgroup>
-<col width="8%"></col>
-<col width="6%"></col>
-<col width="58%"></col>
+<col width="9%"></col>
+<col width="18%"></col>
+<col width="72%"></col>
 </colgroup>
 <thead>
 <tr class="header">
@@ -3272,7 +3349,7 @@ Auxiliary speed [rpm], Mechanical power [kW],Supply power [kW]
 <td align="left">Average vehicle speed</td>
 </tr>
 <tr class="even">
-<td align="left">∆altitude</td>
+<td align="left">altitudeDelta</td>
 <td align="left">[m]</td>
 <td align="left">Altitude difference between start and end of cycle</td>
 </tr>
@@ -3312,7 +3389,7 @@ Auxiliary speed [rpm], Mechanical power [kW],Supply power [kW]
 <td align="left">Fuel consumption after <a href="#fuel-consumption-calculation">WHTC Correction</a>. (Based on FC-AUXc.)</td>
 </tr>
 <tr class="even">
-<td align="left">Co<sub>2</sub></td>
+<td align="left">CO2</td>
 <td align="left">[g/km], [g/tkm]</td>
 <td align="left">Average CO<sub>2</sub> emissions.</td>
 </tr>
@@ -3519,6 +3596,10 @@ Auxiliary speed [rpm], Mechanical power [kW],Supply power [kW]
 <li>Bugfix: retarder takes the retarder ratio into account for lossmap lookup</li>
 <li>Bugfix: use unique identifier for jobs in job list</li>
 <li>Bugfix: error in triagulation of fuel consumption map</li>
+<li>Bugfix: better error message roll resistance calculation could not be calculated</li>
+<li>Bugfix: measured speed now calculates distance correctly</li>
+<li>Bugfix: measured speed fills missing moddata columns (acc, dist, grad)</li>
+<li>Bugfix: better error message when driving cycle is missing.</li>
 </ul>
 <p><strong>VECTO 3.0.1</strong></p>
 <ul>
diff --git a/User Manual/includes/style.css b/User Manual/includes/style.css
index c7c986f4e17de369fcc0fcd3f30cac62401b77b3..479649fce85c3a8c0103d8b8b5b67396d83a4394 100644
--- a/User Manual/includes/style.css	
+++ b/User Manual/includes/style.css	
@@ -104,7 +104,6 @@ div.vecto2:before {
   margin-left: -8px;
   font-weight: bold;
   display: inline-block;
-  margin-bottom:-1em;
   font-size: smaller;
 }
 
@@ -123,7 +122,6 @@ div.vecto3:before {
   margin-left: -8px;
   font-weight: bold;
   display: inline-block;
-  margin-bottom:-1em;
   font-size: smaller;
 }