diff --git a/User Manual/1-user-interface/ENG-Editor.md b/User Manual/1-user-interface/ENG-Editor.md
index 1f98ed680b64ee4b78b94feced2a85eb0e675a1a..b134a47f79c60b1bdbcd3c65a4ab787b41ca2e4b 100644
--- a/User Manual/1-user-interface/ENG-Editor.md
+++ b/User Manual/1-user-interface/ENG-Editor.md
@@ -4,7 +4,7 @@
###Description
-The Engine File (.veng) defines all engine-related parameters and input files like Fuel Consumption Map and Full Load Curve.
+The [Engine File (.veng)](#engine-file) defines all engine-related parameters and input files like Fuel Consumption Map and Full Load Curve.
###Relative File Paths
diff --git a/User Manual/1-user-interface/GBX-Editor.md b/User Manual/1-user-interface/GBX-Editor.md
index 1c0019f62e6745db716a90fb1c2e67e1168a18f6..6b94b078a67d37602384a05240c180a3e61fa7de 100644
--- a/User Manual/1-user-interface/GBX-Editor.md
+++ b/User Manual/1-user-interface/GBX-Editor.md
@@ -9,7 +9,7 @@
-The Gearbox File (.vgbx) defines alls gearbox-related input parameters like gear ratios and transmission loss maps. See [Gear Shift Model](#gear-shift-model) for details.
+The [Gearbox File (.vgbx)](#gearbox-file) defines alls gearbox-related input parameters like gear ratios and transmission loss maps. See [Gear Shift Model](#gear-shift-model) for details.
###Relative File Paths
diff --git a/User Manual/1-user-interface/VECTO-Editor.md b/User Manual/1-user-interface/VECTO-Editor.md
index 42489632c4b0db2ab4a6b31a11bdc918e10bf205..35296eebf4a1c6cbccdaee4e6d33c7e96e4e5ab5 100644
--- a/User Manual/1-user-interface/VECTO-Editor.md
+++ b/User Manual/1-user-interface/VECTO-Editor.md
@@ -6,7 +6,7 @@
###Description
-The job file (.vecto) includes all informations to run a VECTO calculation. It defines the vehicle and the driving cycle(s) to be used for calculation. In summary it defines:
+The [job file (.vecto)](#job-file) includes all informations to run a VECTO calculation. It defines the vehicle and the driving cycle(s) to be used for calculation. In summary it defines:
- Filepath to the [Vehicle File (.vveh)](#vehicle-editor) which defines the not-engine/gearbox-related vehicle parameters
- Filepath to the [Engine File (.veng)](#engine-editor) which includes full load curve(s) and the fuel consumption map
@@ -30,7 +30,7 @@ VECTO automatically uses relative paths if the input file (e.g. Vehicle File) is
: Enables [Engine Only Mode](#engine-only-mode). Only the following parameters are needed for this mode:
- Filepath to the [Engine File (.veng)](#engine-editor)
-- [Driving Cycles](#driving-cycle-.vdri) including engine torque (or power) and engine speed
+- [Driving Cycles](#driving-cycles) including engine torque (or power) and engine speed
Filepath to the Vehicle File (.vveh)
@@ -43,7 +43,7 @@ Filepath ot the Gearbox File(.vgbx)
: Files can be created and edited using the [Gearbox Editor](#gearbox-editor).
Auxiliaries
-: This list contains all auxiliaries used for calculation. The auxiliaries are configured using the [Auxiliary Dialog](#auxiliary-dialog). For each auxiliary an [Auxiliary Input File (.vaux)](#auxiliary-input-file-.vaux) must be provided and the [driving cycle](#driving-cycle-.vdri) must include the corresponding supply power.
+: This list contains all auxiliaries used for calculation. The auxiliaries are configured using the [Auxiliary Dialog](#auxiliary-dialog). For each auxiliary an [Auxiliary Input File (.vaux)](#auxiliary-input-file-.vaux) must be provided and the [driving cycle](#driving-cycles) must include the corresponding supply power.
**Double-click** entries to edit with the [Auxiliary Dialog](#auxiliary-dialog).
:  Add new Auxiliary
@@ -52,7 +52,7 @@ Auxiliaries
: See [Auxiliaries](#auxiliaries) for details.
Cycles
-: List of cycles used for calculation. The .vdri format is described [here](#driving-cycle-.vdri).
+: List of cycles used for calculation. The .vdri format is described [here](#driving-cycles).
**Double-click** an entry to open the file (see [File Open Command](#settings)).
**Click** selected items to edit file paths.
diff --git a/User Manual/1-user-interface/VEH-Editor.md b/User Manual/1-user-interface/VEH-Editor.md
index 795f8eac095ad7651bdbc1ae04a24af4adadc457..cadf6ffc2f2d5668e7931fd98862e1cc577d1e1e 100644
--- a/User Manual/1-user-interface/VEH-Editor.md
+++ b/User Manual/1-user-interface/VEH-Editor.md
@@ -6,13 +6,13 @@
###Description
-The Vehicle File (.vveh) defines the main vehicle/chassis parameters like axles including [RRC](#rolling-resistance-coefficient)s, air resistance and weight.
+The [Vehicle File (.vveh)](#vehicle-file) defines the main vehicle/chassis parameters like axles including [RRC](#rolling-resistance-coefficient)s, air resistance and weight.
###Relative File Paths
It is recommended to define relative filepaths. This way the Job File and all input files can be moved without having to update the paths.
-Example: "Demo\RT1.vrlm" points to the "Demo" subdirectory of the Vehicle File's directoy.
+Example: "Demo\\RT1.vrlm" points to the "Demo" subdirectory of the Vehicle File's directoy.
VECTO automatically uses relative paths if the input file (e.g. Retarder Losses File) is in the same directory as the Vehicle File. (The Vehicle File must be saved before browsing for input files.)
@@ -46,7 +46,7 @@ The product of Drag Coefficient [-] and Cross Sectional Area [m²] (**c~d~ x A**
###Axles/Wheels
-For each axle the parameters **Relative axle load, RRC~ISO~** and **F~zISO~** have to be defined in order to calculate the total [Rolling Resistance Coefficient](#rolling-resistance-coefficient).
+For each axle the parameters **Relative axle load, RRC~ISO~** and **F~zISO~** have to be defined in order to calculate the total [Rolling Resistance Coefficient](#rolling-resistance-coefficient).
Furthermore the **Wheels Inertia [kgm²]** has to be set per wheel for each axle. In [Declaration Mode](#declaration-mode) the inertia is defined automatically according to the selected tyres.
Use the  and  buttons to add or remove axles form the vehicle. Doubleclick entries to edit existing axle configurations.
@@ -71,7 +71,7 @@ Three options are available:
Both, primary and secondary retarders, require an [Retarder Loss Torque Input File (.vrlm)](#retarder-loss-torque-input-file-.vrlm).
-###Cross Wind Correction
+###Cross Wind Correction Options
Four different options are available:
diff --git a/User Manual/1-user-interface/mainform.md b/User Manual/1-user-interface/mainform.md
index d4f7293439bd7d36365c90fdaa7826bc412fcb73..b48d5ade3eff683edcc54e95b69a313edd74f42a 100644
--- a/User Manual/1-user-interface/mainform.md
+++ b/User Manual/1-user-interface/mainform.md
@@ -79,11 +79,11 @@ In this tab the global calculation settings can be changed.
 Cycle Distance Correction
: Toggle Cycle Distance Correction. Always ON in Declaration Mode. Cycle Distance Correction monitors the driven distance in each time step and, if necessary, adds or removes time steps in order to keep the original distance given in the driving cycle.
: - If **enabled** the vehicle drives the same **distance** as given in the driving cycle
-- If ***disabled*** the vehicle travels the same **time** as given in the driving cycle (Note that distance-based cycles (see [here](#driving-cycle-.vdri)) are always converted to time-based cycles internally)
+- If ***disabled*** the vehicle travels the same **time** as given in the driving cycle (Note that distance-based cycles (see [here](#driving-cycles)) are always converted to time-based cycles internally)
 Use gears/rpm's form driving cycle
-: If activated VECTO will use gear and/or engine speed defintions included in the driving cycle (see [here](#driving-cycle-.vdri)).
+: If activated VECTO will use gear and/or engine speed defintions included in the driving cycle (see [here](#driving-cycles)).
 Write modal results
diff --git a/User Manual/3-functions/Auxiliaries.md b/User Manual/3-functions/Auxiliaries.md
index faf8403ba8fa5bf418d5ace744a58abf0c5a95f3..d8513b91373808265c99ef88c012b394e6043232 100644
--- a/User Manual/3-functions/Auxiliaries.md
+++ b/User Manual/3-functions/Auxiliaries.md
@@ -26,7 +26,7 @@ For each auxiliary the power demand is calculated using the following steps:
| n~Eng~ | Calculated engine speed. | \[1/min\] |
| TransRatio | Speed ratio between auxiliary and engine. [Defined in the Auxiliary File](#auxiliary-input-file-.vaux). | \[-\] |
| n~aux~ | Auxiliary speed | \[1/min\] |
-| P~supply~ | Effective supply power demand. [Defined in the driving cycle](#driving-cycle-.vdri). | \[kW\] |
+| P~supply~ | Effective supply power demand. [Defined in the driving cycle](#driving-cycles). | \[kW\] |
| EffToSply | Consumer efficiency. [Defined in the Auxiliary File](#auxiliary-input-file-.vaux). | \[-\] |
| P~auxOut~ | Auxiliary output power | \[kW\] |
| EffMap | Auxiliary efficiency map. [Defined in the Auxiliary File](#auxiliary-input-file-.vaux). | \[kW\] = f( \[1/min\], \[kW\] ) |
@@ -40,7 +40,7 @@ For each auxiliary the power demand is calculated using the following steps:
-Each auxiliary must be defined in the [Job File](#job-editor) and each [driving cycle](#driving-cycle-.vdri) used with this vehicle must include supply power for each auxiliary. To link the supply power in the driving cycle to the correct auxiliary in the Job File an ID is used. The corresponding supply power is then named *"<Aux\_ID>"*.
+Each auxiliary must be defined in the [Job File](#job-editor) and each [driving cycle](#driving-cycles) used with this vehicle must include supply power for each auxiliary. To link the supply power in the driving cycle to the correct auxiliary in the Job File an ID is used. The corresponding supply power is then named *"<Aux\_ID>"*.
***Example:*** *The Auxiliary with the ID "ALT" (in the Job File) is linked to the supply power in the column "<AUX\_ALT>" in the driving cylce.*
diff --git a/User Manual/3-functions/EngOnlyMode.md b/User Manual/3-functions/EngOnlyMode.md
index d951768c28068396ccc23864db2759f6c0be36f3..faa5c98d20051fe6c11a7f4a9ac2386eb8f7430a 100644
--- a/User Manual/3-functions/EngOnlyMode.md
+++ b/User Manual/3-functions/EngOnlyMode.md
@@ -1,19 +1,8 @@
##Engine Only Mode
-
-
When this mode is enabled in the Job File then VECTO only calculates the fuel consumption based on a load cycle (engine speed and torque). In the [Job File](#job-editor) only the following parameters are needed:
- Filepath to the Engine File (.veng)
- Driving Cycles including engine torque (or power) and engine speed
-The [driving cylce (.vdri)](#driving-cycle-.vdri) must contain:
-
-- Engine speed: header: <n>
-- Engine torque <Me> ***or*** engine power <Pe> at clutch. To explicitly define *motoring operation* use the **<DRAG>** keyword,see below. VECTO replaces the keyword with the motoring torque/power from the [.vfld file](../GUI/ENG-Editor.html#fld) during calculation.
-- \[Optional\] Additional power demand (aux) <Padd>
-
-**Note that VECTO adds the engine's inertia to the given power demand!**
-
- **Example .vdri cycle:**
- 
+The driving cycle also has to be in a special format which is described here: [Engine Only Driving Cycle](#engine-only-mode-engine-only-driving-cycle).
\ No newline at end of file
diff --git a/User Manual/3-functions/PwheelInput.md b/User Manual/3-functions/PwheelInput.md
index 5dcec2b125adf6ba00c33d1259291f5dd5ceee71..10959c2af1feb688a910d205597eddf138240dbb 100644
--- a/User Manual/3-functions/PwheelInput.md
+++ b/User Manual/3-functions/PwheelInput.md
@@ -1,15 +1,15 @@
##P~wheel~-Input (SiCo Mode)
-
-For verification tasks it is possible to manually input the power at wheels (P~wheel~) which is normally calculated via longitudinal dynamics. In this case VECTO only calculates the losses between wheels and engine and auxiliary power demand.
-This mode is active as soon as P~wheel~, Gear and Engine Speed are defined in the driving cycle.
+For verification tasks it is possible to manually input the power at wheels (P~wheel~) which is normally calculated via longitudinal dynamics. In this case VECTO only calculates the losses between wheels and engine and auxiliary power demand. This mode is active as soon as P~wheel~, Gear and Engine Speed are defined in the driving cycle.
###Requirements
-
-- Driving Cycle must include P~wheel~ (Pwheel), Gear (Gear) and Engine Speed (n), see [Driving Cycle (.vdri) format](#driving-cycle-.vdri).
+- Driving Cycle must include t, P~wheel~ (Pwheel), Gear (Gear) and Engine Speed (n), see [Driving Cycle (.vdri) format](#driving-cycles).
- The driving cycle must be time-based.
-- Distance Correction must be disabled ([Options tab in Main Form](#options-tab)).
+
+<div class="vecto2">
+Distance Correction must be disabled ([Options tab in Main Form](#options-tab)).
+</div>
**Example driving cycle with P~wheel~ input.**
@@ -19,8 +19,4 @@ This mode is active as soon as P~wheel~, Gear and Engine Speed are defined in th
|2 |0.0 |0 |560.0
|3 |14.0 |1 |593.2
|4 |51.9 |1 |705.5
-|5 |60.0 |2 |690.0
-|6 |85.6 |2 |868.4
-|7 |92.0 |3 |820.0
-|8 |112.3 |3 |897.6
|... |... |... |...
diff --git a/User Manual/3-functions/RRC.md b/User Manual/3-functions/RRC.md
index ae04f9b73d6136f076fedc7528aa2372ed04cd0e..68fb3b13832836d4fd5e25b2f84ad2ef8f2fb3f2 100644
--- a/User Manual/3-functions/RRC.md
+++ b/User Manual/3-functions/RRC.md
@@ -4,21 +4,17 @@
The rolling resistance is calculated using a speed-independent rolling resistance coefficient (RRC).
In order to consider that the RRC is dependent from the vehicle weight it is modelled as a function of the total vehicle mass. The total RRC is calculated in VECTO using the following formula. The index i refers to each single vehicle axle (truck and trailer).
-
-
$RRC = \sum_{i=1}^{n} s_{(i)} \cdot RRC_{ISO(i)} \cdot \left( \frac{s_{(i)} \cdot m \cdot g }{w_{(i)} \cdot F_{zISO(i)} } \right)^{\beta-1}$
-
-
-| | | |
-| ------- |----| ----------- |
-RRC | [-] | Total rolling resistance coefficient used for calculation | [calculated]
-s~(i)~ | [-] | Relative axle load. Defined in the [Vehicle File](#vehicle-editor).| [user input]
-RRC~ISO(i)~ | [-] | ...Tyre RRC according to ISO 28580. Defined in the [Vehicle File](#vehicle-editor). | [user input]
-m | [kg] | Vehicle mass plus loading. | [calculated]
-g | [m/s²] | Earth gravity acceleration (constant = 9.81) | [constant model parameter]
-w~(i)~ | [-] | Number of tyres (4 if Twin Tyres, else 2). Defined in the Vehicle File. | [user input]
-F~zISO(i)~ | [N] | Tyre test load according to ISO 28580 (85% of max. load capacity). Defined in the [Vehicle File](#vehicle-editor). | [user input]
-β | [-] | Constant parameter = 0.9 | [constant model parameter]
+| | | | |
+|-------------|--------|--------------------------------------------------------------------------------------------------------------------|----------------------------|
+| RRC | [-] | Total rolling resistance coefficient used for calculation | [calculated] |
+| s~(i)~ | [-] | Relative axle load. Defined in the [Vehicle File](#vehicle-editor). | [user input] |
+| RRC~ISO(i)~ | [-] | ...Tyre RRC according to ISO 28580. Defined in the [Vehicle File](#vehicle-editor). | [user input] |
+| m | [kg] | Vehicle mass plus loading. | [calculated] |
+| g | [m/s²] | Earth gravity acceleration (constant = 9.81) | [constant model parameter] |
+| w~(i)~ | [-] | Number of tyres (4 if Twin Tyres, else 2). Defined in the Vehicle File. | [user input] |
+| F~zISO(i)~ | [N] | Tyre test load according to ISO 28580 (85% of max. load capacity). Defined in the [Vehicle File](#vehicle-editor). | [user input] |
+| β | [-] | Constant parameter = 0.9 | [constant model parameter] |
For each axle the parameters **Relative axle load, RRC~ISO~** and **F~zISO~** have to be defined. Axles with twin tyres have to be marked using the respective checkbox in the [Vehicle-Editor](#vehicle-editor).
diff --git a/User Manual/3-functions/cd.md b/User Manual/3-functions/cd.md
index a8bd239a92e3933c9d9dd23f4054eae7add03b8f..3fefbd18ddd7a2dfc5d7886cc0809963cb6389e3 100644
--- a/User Manual/3-functions/cd.md
+++ b/User Manual/3-functions/cd.md
@@ -21,6 +21,6 @@ The base c~d~ x A value (see [Vehicle File](#vehicle-editor)) is corrected with
###Correction using Vair & Beta Input
If available the actual (measured) air speed and direction can be used. The input file (.vcdb) defines the drag coefficient scaling factor. The
-input file (.vcdb) format is described [here](#vair-beta-cross-wind-correction-input-file-.vcdb). The [driving cycle](#driving-cycle-.vdri) must include the air speed relative to the vehicle v~air~ (<vair\_res>) and the wind yaw angle (<vair\_beta>).
+input file (.vcdb) format is described [here](#vair-beta-cross-wind-correction-input-file-.vcdb). The [driving cycle](#driving-cycles) must include the air speed relative to the vehicle v~air~ (<vair\_res>) and the wind yaw angle (<vair\_beta>).
diff --git a/User Manual/5-input-and-output-files/App.md b/User Manual/5-input-and-output-files/App.md
index a411cb2257d6cf47ab2f39d803dd21f99314514a..7fae53fbacbe777e3394cdd61d65d1d2e6125292 100644
--- a/User Manual/5-input-and-output-files/App.md
+++ b/User Manual/5-input-and-output-files/App.md
@@ -3,8 +3,7 @@
VECTO uses a numbers of files to save GUI settings and file lists. All files are text-based and can be changed outside of VECTO ***if VECTO is not running***.
###Settings.json
-This file is located in VECTO's **config** folder. Here all parameters of the [Settings Dialog](#settings) are saved. The file uses the [JSON format](http://en.wikipedia.org/wiki/JSON)
-.
+This file is located in VECTO's **config** folder. Here all parameters of the [Settings Dialog](#settings) are saved. The file uses the [JSON format](#json).
###Job / Cycle lists
diff --git a/User Manual/5-input-and-output-files/CSV.md b/User Manual/5-input-and-output-files/CSV.md
index d6ba1986aac0bf7c5f5fe759ee9ba0e1a78448e3..9478d26afdb5b36d76d6334416fea8f092255137 100644
--- a/User Manual/5-input-and-output-files/CSV.md
+++ b/User Manual/5-input-and-output-files/CSV.md
@@ -1,17 +1,66 @@
-##CSV Format
-The following format applies to all CSV (Comma-separated values) Input Files used in VECTO:
+##CSV
+Many data files in Vecto use CSV (Comma Separated Values) as common file format. They consist of a header which defines the columns and data entries which are separated by a comma (",").
-| | |
-| --------------------|-------------------------------------------------------------------------------------------------|
-| **List Separator:** | Comma "," |
-| **Decimal-Mark:** | Dot "." |
-| **Comments:** | "\#" at the beginning of the comment line. Number and position of comment lines is not limited. |
-| **Header:** | One header line (***not*** **a comment line**) at the beginning of the file. |
+###Definition###
+| | |
+| ----------------------- | -------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- |
+| **Header:** | Vecto CSV needs exactly one header line with the definition of the columns at the beginning of the file. Columns can be surrounded with "<" and ">" to mark them as identifiers (which makes them position independent) (In Vecto 3.x every column is seen as identifier, regardless of "<>"). Columns may be succeded with unit information (enclosed in "[" and "]") for documentation purposes. |
+| **Column Separator:** | **,** (Comma. Separates the columns of a data line.) |
+| **Decimal-Mark:** | **.** (Dot. Splits numbers into integer part and decimal part.) |
+| **Thousand-Separator:** | Vecto CSV does not allow a thousand-separator. |
+| **Comments:** | **#** (Number sign. Declares text coming afterwards in the current line as comment.) |
+| **Whitespace:** | Whitespaces between columns will be stripped away. Therefore it is possible to align the columns for better readability, if desired. |
+Following files use the csv:
+- [Speed Dependent Cross Wind Correction Input File (.vcdv)](#speed-dependent-cross-wind-correction-input-file-.vcdv)
+- [Vair & Beta Cross Wind Correction Input File (.vcdb)](#vair-beta-cross-wind-correction-input-file-.vcdb)
+- [Retarder Loss Torque Input File (.vrlm)](#retarder-loss-torque-input-file-.vrlm)
+- [Full Load and Drag Curves (.vfld)](#full-load-and-drag-curves-.vfld)
+- [Fuel Consumption Map (.vmap)](#fuel-consumption-map-.vmap)
+- [Shift Polygons Input File (.vgbs)](#shift-polygons-input-file-.vgbs)
+- [Transmission Loss Map (.vtlm)](#transmission-loss-map-.vtlm)
+- [Torque Converter Characteristics (.vtcc)](#torque-converter-characteristics-.vtcc)
+- [Auxiliary Input File (.vaux)](#auxiliary-input-file-.vaux)
+- [Driving Cycles (.vdri)](#driving-cycles)
+- [Acceleration Limiting Input File (.vacc)](#acceleration-limiting-input-file-.vacc)
+- [Modal Results (.vmod)](#modal-results-.vmod)
+- [Summary Results (.vsum)](#summary-results-.vsum)
-###Exceptions
-- The main input files ([Job](#job-editor), [Vehicle](#vehicle-editor), [Engine](#engine-editor) and [Gearbox](#gearbox-editor)) use the [JSON format](http://en.wikipedia.org/wiki/JSON) .
-- The [Auxiliary Input File (.vaux)](#auxiliary-input-file-.vaux) uses a modified format.
-- The [Driving Cycle (.vdri)](#driving-cycle-.vdri) uses keywords to identify columns and therefore the header line must follow certain specifications.
+**Notes**
+
+- The [Auxiliary Input File (.vaux)](#auxiliary-input-file-.vaux) uses a modified csv format with some special headers.
+- The main configuration input files use the [JSON format](#json):
+ - [Job](#job-editor)
+ - [Vehicle](#vehicle-editor)
+ - [Engine](#engine-editor)
+ - [Gearbox](#gearbox-editor)
+
+###Examples###
+####Acceleration Limiting File####
+~~~
+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
+~~~
+
+####Driving Cycle####
+~~~
+<s>,<v>,<grad> ,<stop>,<Padd>,<Aux_ALT1>,<Aux_ALT2>,<Aux_ALT3>
+0 ,0 ,-0.020237973,2 ,6.1 ,0.25 ,0.25 ,0.25
+1 ,64 ,-0.020237973,0 ,6.1 ,0.25 ,0.25 ,0.25
+2 ,64 ,-0.020237973,0 ,6.1 ,0.25 ,0.25 ,0.25
+3 ,64 ,-0.020237973,0 ,6.1 ,0.25 ,0.25 ,0.25
+~~~
+
+####Transmission Loss Map####
+~~~
+Input Speed [rpm],Input Torque [Nm],Torque Loss [Nm]
+0 ,-2500 ,77.5
+0 ,-1500 ,62.5
+0 ,-500 ,47.5
+0 ,500 ,47.5
+~~~
diff --git a/User Manual/5-input-and-output-files/JSON.md b/User Manual/5-input-and-output-files/JSON.md
new file mode 100644
index 0000000000000000000000000000000000000000..3d06a8fd17b04d8315f0b285f29668278d2c386d
--- /dev/null
+++ b/User Manual/5-input-and-output-files/JSON.md
@@ -0,0 +1,9 @@
+##JSON
+Configuration and component files in Vecto use [JSON](http://en.wikipedia.org/wiki/JSON)  as common file format.
+
+Following files use JSON:
+
+* [Job](#job-file)
+* [Vehicle](#vehicle-file)
+* [Engine](#engine-file)
+* [Gearbox](#gearbox-file)
diff --git a/User Manual/5-input-and-output-files/VACC.md b/User Manual/5-input-and-output-files/VACC.md
index a874a21f583763f50bbdea19bc26c4c754d86f84..89bbe9ce38a6af9e3a7521d5b48742bc84ba9960 100644
--- a/User Manual/5-input-and-output-files/VACC.md
+++ b/User Manual/5-input-and-output-files/VACC.md
@@ -1,20 +1,19 @@
##Acceleration Limiting Input File (.vacc)
+
The file is used for [Acceleration Limiting](#acceleration-limiting). It defines the acceleration and deceleration limits as function of
-vehicle speed. The filepath has to be defined in the [Job File](#job-editor).
+vehicle speed. The filepath has to be defined in the [Job File](#job-editor). The file uses the [VECTO CSV format](#csv).
-###File Format
-The file uses the [VECTO CSV format](#user-interface).
-
-Format:
-: - Three columns
-- One header line
-- At least two lines with numeric values (below file header)
+- Filetype: .vacc
+- Header: **vehicle speed \[km/h\], Max. acceleration \[m/s^2^\], Max. deceleration \[m/s^2^\]**
+- Requires at least 2 data entries
-***Columns:***
+**Example:**
- | **vehicle speed \[km/h\]** | **Max. acceleration \[m/s^2^\]** | **Max. deceleration \[m/s^2^\]** |
- | -------------------------- | -------------------------------- | -------------------------------- |
- | ... | ... | ... |
- | ... | ... | ... |
+ v [km/h],acc [m/s²],dec [m/s²]
+ 0,1.01570922360353,-0.231742702878269
+ 5,1.38546581120225,-0.45346198022574
+ 10,1.34993329755465,-0.565404125020508
+ 15,1.29026714002479,-0.703434814668512
+ ...
\ No newline at end of file
diff --git a/User Manual/5-input-and-output-files/VAUX.md b/User Manual/5-input-and-output-files/VAUX.md
index 5652104a5bde7b0636b749b4dc01bc275aa43210..f0cd3294c454d03804e1314977842e38726f8ac5 100644
--- a/User Manual/5-input-and-output-files/VAUX.md
+++ b/User Manual/5-input-and-output-files/VAUX.md
@@ -1,28 +1,28 @@
##Auxiliary Input File (.vaux)
-This file is used to configure a single auxiliary. Multiple .vaux files can be defined in the [Job File](#job-editor) via the [Auxiliary Dialog](#auxiliary-dialog).
+This file is used to configure a single auxiliary. Multiple .vaux files can be defined in the [Job File](#job-editor) via the [Auxiliary Dialog](#auxiliary-dialog). The file uses the [VECTO CSV format](#csv) with three additional parameters on top of the efficiency map.
See [Auxiliaries](#auxiliaries) for details on how the power demand for each auxiliary is calculated.
-###File Format
-The file uses the VECTO CSV format with three additional parameters on top of the efficiency map.
+- Filetype: .vaux
+- Multiple Header must exist in the following sequence:
+ - **[TransRatio \[-\]](#auxiliaries)**: Speed ratio between auxiliary and engine. 1 Value.
+ - **[EffToEng \[-\]](#auxiliaries)**: Efficiency of auxiliary (belt/gear) drive. 1 Value.
+ - **[EffToSply \[-\]](#auxiliaries)**: Consumer efficiency. 1 Value.
+ - **Auxiliary speed [rpm], Mechanical power [kW],Supply power [kW]**
-Format:
-: - Lines 1,3,5 and 7 are reserved for headers. Theses lines are skipped during file read.
-- Line 2: [TransRatio](#auxiliaries) = Speed ratio between auxiliary and engine. \[-\]
-- Line 4: [EffToEng](#auxiliaries) = Efficiency of auxiliary (belt/gear) drive \[-\]
-- Line 6: [EffToSply](#auxiliaries) = Consumer efficiency \[-\]
-- Line 8 and following (at least four): [EffMap](#auxiliaries) = Auxiliary efficiency map.
+- Requires at least 3 data entries for the last header.
-***Format:***
+**Example:**
-| | | |
-| ----------------------------- | -------------------------------- | -------------------------------- |
-| **TransRatio \[-\]** | **Max. acceleration \[m/s^2^\]** | **Max. deceleration \[m/s^2^\]** |
-| ... | | |
-| **EffToEng \[-\]** | | |
-| ... | | |
-| **EffToSply \[-\]** | | |
-| ... | | |
-| **Auxiliary speed \[1/min\]** | **Mechanical power \[kW\]** | **Supply power \[kW\]** |
-| ... | ... | ... |
-| ... | ... | ... |
+ Transmission ration to engine rpm [-]
+ 4.078
+ 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
+ ...
\ No newline at end of file
diff --git a/User Manual/5-input-and-output-files/VCDB.md b/User Manual/5-input-and-output-files/VCDB.md
index ec780acfe7965282459beb31bfbf61e3383f0b32..8d0bc83a3601878f53d9842842d135c6899a0d6e 100644
--- a/User Manual/5-input-and-output-files/VCDB.md
+++ b/User Manual/5-input-and-output-files/VCDB.md
@@ -1,22 +1,12 @@
##Vair & Beta Cross Wind Correction Input File (.vcdb)
-The file is needed for Vair & Beta [Cross Wind Correction](#cross-wind-correction).
+The file is needed for Vair & Beta [Cross Wind Correction](#cross-wind-correction). The file uses the [VECTO CSV format](#csv).
-###File Format
+- Filetype: .vcdb
+- Header: **Beta [°], cd Delta Value [m^2]**
+- Requires at least 2 data entries
-The file uses the VECTO CSV format [VECTO CSV format](#csv-format).
-
-**Format:**
-
-- Two columns
-- One header line
-- At least two lines with numeric values (below file header)
-
-***Columns:***
-
-| **Beta [°]** | **cd Scaling Factor [-]** |
-|--------------|---------------------------|
-| ... | ... |
-| ... | ... |
+**Example:**
+TODO
diff --git a/User Manual/5-input-and-output-files/VCDV.md b/User Manual/5-input-and-output-files/VCDV.md
index 139f00aea8501c7d680b8fa3df0ca9be4a7b3569..eb398fccb1c2893d1024b082f5db60c2eca2b665 100644
--- a/User Manual/5-input-and-output-files/VCDV.md
+++ b/User Manual/5-input-and-output-files/VCDV.md
@@ -1,19 +1,12 @@
##Speed Dependent Cross Wind Correction Input File (.vcdv)
-The file is needed for speed dependent [Cross Wind Correction](#cross-wind-correction).
+The file is needed for speed dependent [Cross Wind Correction](#cross-wind-correction). The file uses the [VECTO CSV format](#csv).
-###File Format
+- Filetype: .vcdv
+- Header: **vehicle speed [km/h], cd Delta Value [m^2]**
+- Requires at least 2 data entries
-The file uses the [VECTO CSV format](#csv-format).
+**Example:**
-Format:
-: - Two columns
-- One header line
-- At least two lines with numeric values (below file header)
+TODO
-***Columns:***
-
-| **vehicle speed [km/h]** | **cd Scaling Factor [-]** |
-| ------------------------ |---------------------------|
-| ... | ... |
-| ... | ... |
diff --git a/User Manual/5-input-and-output-files/VDRI.md b/User Manual/5-input-and-output-files/VDRI.md
index cf591f4e78807082ad5e6eac0a49979edc7451c5..484fcbf7469ba9ba384b49051343c3af1c84b2f4 100644
--- a/User Manual/5-input-and-output-files/VDRI.md
+++ b/User Manual/5-input-and-output-files/VDRI.md
@@ -1,7 +1,7 @@
-##Driving Cycle (.vdri)
+##Driving Cycles
-The Driving Cycle defines the parameters of a simulated route in Vecto. It is either time-based or distance-based and has different fields depending on the driving cycle type.
-The basic file format is [Vecto-CSV](#csv-format). A Job must have at least one driving cycle (except in Declaration mode, where the driving cycles are predefined).
+A Driving Cycle defines the parameters of a simulated route in Vecto. It is either time-based or distance-based and has different fields depending on the driving cycle type.
+The basic file format is [Vecto-CSV](#csv) and the file type ending is ".vdri". A Job must have at least one driving cycle (except in Declaration mode, where the driving cycles are predefined).
###Driving Cycle Types
- **Declaration Mode**: [Target speed, distance-based](#declaration-mode-cycles)
@@ -138,7 +138,7 @@ Header: **\<t>, \<Pwheel>, \<gear>, \<n>***\[, \<Padd>]*
###Engine Only Mode: Engine Only Driving Cycle
-This driving cycle directly defines the power or torque at the output shaft of the engine over time.
+This driving cycle directly defines the power or torque at the output shaft of the engine over time. Vecto add the engine's inertia to the given power demand and simulates the engine.
Header: **\<t>, \<n>, (\<Pe>|\<Me>)***\[, \<Padd>]*
@@ -158,3 +158,7 @@ Header: **\<t>, \<n>, (\<Pe>|\<Me>)***\[, \<Padd>]*
| 1 | 950 | 25.3 | 1.3 |
| 2 | 1200 | 65.344 | 1.3 |
| 3 | 1400 | 110.1 | 1.3 |
+
+<div class="vecto2">
+To explicitly define *motoring operation* use the **\<DRAG>** keyword as power demand (column \<Pe> or \<Me>). VECTO v2 replaces the keyword with the corresponding motoring torque/power from the drag curve during calculation (see [Full Load and Drag Curve File](#full-load-and-drag-curves-.vfld)).
+</div>
\ No newline at end of file
diff --git a/User Manual/5-input-and-output-files/VECTO.md b/User Manual/5-input-and-output-files/VECTO.md
index 4d801b605065ccc2c10ace46cfac61c4c25579c0..125926ff54b784041fa84f292346de226618076e 100644
--- a/User Manual/5-input-and-output-files/VECTO.md
+++ b/User Manual/5-input-and-output-files/VECTO.md
@@ -1,8 +1,8 @@
-## Vecto Job File
+## Job File
File for the definition of an job in vecto. A job contains everything what is needed to run a simulation. Can be created with the [Job Editor](#job-editor).
-- File format is JSON.
+- File format is [JSON](#json).
- Filetype ending is ".vecto"
**Example:**
diff --git a/User Manual/5-input-and-output-files/VENG.md b/User Manual/5-input-and-output-files/VENG.md
index 768576b80640a2d7b0a1b14436fc26b247d3a1f7..3eaa0595ae6413770c9e885e592c3b795a84685f 100644
--- a/User Manual/5-input-and-output-files/VENG.md
+++ b/User Manual/5-input-and-output-files/VENG.md
@@ -2,7 +2,7 @@
File for the definition of an engine in Vecto. Can be created with the [Engine Editor](#engine-editor).
-- File format is JSON.
+- File format is [JSON](#json).
- Filetype ending is ".veng"
**Example:**
diff --git a/User Manual/5-input-and-output-files/VFLD.md b/User Manual/5-input-and-output-files/VFLD.md
index 1f46338bd32683fa4b94e5edac39776566d507e9..9198a92a7dd4df31910675fef91ddbeee1e763e9 100644
--- a/User Manual/5-input-and-output-files/VFLD.md
+++ b/User Manual/5-input-and-output-files/VFLD.md
@@ -1,18 +1,15 @@
##Full Load and Drag Curves (.vfld)
-This file contains the full load and drag curves and the PT1 values for the [transient full load calculation](#transient-full-load).
+This file contains the full load and drag curves and the PT1 values for the [transient full load calculation](#transient-full-load). The file uses the [VECTO CSV format](#csv).
-###File Format
-The file uses the [VECTO CSV format](#csv-format).
+- Filetype: .vfld
+- Header: **engine speed [1/min], full load torque [Nm], motoring torque [Nm], PT1 time constant [s]**
+- Requires at least 2 data entries
-Format:
-: - Four columns
-- One header line
-- At least two lines with numeric values (below file header)
+**Example:**
-***Columns:***
+ 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
-| **engine speed [1/min]** | **full load torque [Nm]** | **motoring torque [Nm]** | **PT1 time constant [s]** |
-| ------------------------ | ------------------------- | ------------------------ |---------------------------|
-| ... | ... | ... | ... |
-| ... | ... | ... | ... |
diff --git a/User Manual/5-input-and-output-files/VGBS.md b/User Manual/5-input-and-output-files/VGBS.md
index beac3233af9af7fe570bc0fa15fed83aca581166..e93d14331e897143318e0b927e1c13a3d90c323c 100644
--- a/User Manual/5-input-and-output-files/VGBS.md
+++ b/User Manual/5-input-and-output-files/VGBS.md
@@ -1,20 +1,18 @@
##Shift Polygons Input File (.vgbs)
-Defines up- and down-shift curves. See [Gear Shift Model](#gear-shift-model) for details.
+Defines up- and down-shift curves. See [Gear Shift Model](#gear-shift-model) for details. The file uses the [VECTO CSV format](#csv).
+
+- Filetype: .vgbs
+- Header: **Engine Torque [Nm], Downshift rpm [1/min], Upshift rpm [1/min]**
+- Requires at least 2 data entries
-###File Format
-The file uses the [VECTO CSV format](#csv-format).
+**Example:**
-Format:
-: - Three columns
-- One header line
-- At least two lines with numeric values (below file header)
-
-***Columns:***
+ Engine Torque [Nm], Downshift rpm [1/min], Upshift rpm [1/min]
+ -400,560,1289
+ 759,560,1289
+ 1252,742,1289
+ 2372,1155,1942
-| **Engine Torque [Nm]** | **Downshift rpm [1/min]** | **Upshift rpm [1/min]** |
-| ---------------------- | ------------------------- | ----------------------- |
-| ... | ... | ... |
-| ... | ... | ... |
diff --git a/User Manual/5-input-and-output-files/VGBX.md b/User Manual/5-input-and-output-files/VGBX.md
index 6a0c42685a800be00217cdb36767cca72dfb9d11..e85e7c401570fa609384f0cdb9ea82634cd8d37f 100644
--- a/User Manual/5-input-and-output-files/VGBX.md
+++ b/User Manual/5-input-and-output-files/VGBX.md
@@ -2,7 +2,7 @@
File for the definition of a gearbox in Vecto. Can be created with the [Gearbox Editor](#gearbox-editor).
-- File format is JSON.
+- File format is [JSON](#json).
- Filetype ending is ".vgbx"
**Example:**
diff --git a/User Manual/5-input-and-output-files/VMAP.md b/User Manual/5-input-and-output-files/VMAP.md
index fb5812b739ca78adaf2b7f1fa04c940ece44858e..0c27d1b967f2716dca33885eaa0809f6c4be4905 100644
--- a/User Manual/5-input-and-output-files/VMAP.md
+++ b/User Manual/5-input-and-output-files/VMAP.md
@@ -1,20 +1,24 @@
##Fuel Consumption Map (.vmap)
-The FC map is used to interpolate the base fuel consumption before corrections are applied. For details see [Fuel Consumption Calculation](#fuel-consumption-calculation).
+The FC map is used to interpolate the base fuel consumption before corrections are applied. For details see [Fuel Consumption Calculation](#fuel-consumption-calculation). The file uses the [VECTO CSV format](#csv).
-###File Format
-The file uses the [VECTO CSV format](#csv-format).
-Format:
-: - Three columns
-- One header line
-- At least four lines with numeric values (below file header)
-- The map must cover the full engine range between full load and motoring curve. **Extrapolation is not possible!**
+- Filetype: .vmap
+- Header: **engine speed [rpm], engine torque [Nm], Fuel Consumption [g/h]**
+- Requires at least 3 data entries
+- The map must cover the full engine range between full load and motoring curve.
-***Columns:***
+<div class="vecto2">
+Extrapolation of fuel consumption map is not possible.
+</div>
-| **engine speed [1/min]** | **engine torque [Nm]** | **Fuel Consumption [g/h]** |
-| ------------------------ | ---------------------- | -------------------------- |
-| ... | ... | ... |
-| ... | ... | ... |
-| ... | ... | ... |
-| ... | ... | ... |
+<div class="vecto3">
+Extrapolation of fuel consumption map is possible, but only allowed in Engineering Mode (with warnings). In Declaration Mode the simulation aborts.
+</div>
+
+**Example:**
+
+ Retarder Speed [1/min],Loss Torque [Nm]
+ 0,10
+ 100,10.02
+ 200,10.08
+ 300,10.18
diff --git a/User Manual/5-input-and-output-files/VMOD.md b/User Manual/5-input-and-output-files/VMOD.md
index 60c70b2890280e68941884c55c6566faf9efeecf..35c1dcb0643c080036dfb3eafa1e9fe332b2152e 100644
--- a/User Manual/5-input-and-output-files/VMOD.md
+++ b/User Manual/5-input-and-output-files/VMOD.md
@@ -35,7 +35,7 @@ Modal results are only created if enabled in the [Options](#main-form) tab. One
| Paux | [kW] | Total auxiliary power demand. |
| Pwheel | [kW] | Total power demand at wheel = sum of rolling, air, acceleration and road gradient resistance. |
| Pbrake | [kW] | Brake power. Drag power is included in **Pe**. |
-| Paux_xxx | [kW] | Power demand of Auxiliary with ID xxx. See also [Aux Dialog](#auxiliary-dialog) and [Driving Cycle](#driving-cycle-.vdri). |
+| Paux_xxx | [kW] | Power demand of Auxiliary with ID xxx. See also [Aux Dialog](#auxiliary-dialog) and [Driving Cycle](#driving-cycles). |
| FC-Map | [g/h] | Fuel consumption interpolated from FC map. |
| FC-AUXc | [g/h] | Fuel consumption after [Auxiliary-Start/Stop Correction](#fuel-consumption-calculation). (Based on FC.) |
| FC-WHTCc | [g/h] | Fuel consumption after [WHTC Correction](#fuel-consumption-calculation). (Based on FC-AUXc.) |
diff --git a/User Manual/5-input-and-output-files/VRLM.md b/User Manual/5-input-and-output-files/VRLM.md
index aa7f30ceeddba25eadb719ee69a3c3200cd50289..5e8446d4767eb833420b0a5f028b8840387fb5d4 100644
--- a/User Manual/5-input-and-output-files/VRLM.md
+++ b/User Manual/5-input-and-output-files/VRLM.md
@@ -1,17 +1,15 @@
##Retarder Loss Torque Input File (.vrlm)
-This file is used to define retarder idling losses. It can be used for primary and secondary retarders and must be set in the [Vehicle File](#vehicle-editor).
+This file is used to define retarder idling losses. It can be used for primary and secondary retarders and must be set in the [Vehicle File](#vehicle-editor). The file uses the [VECTO CSV format](#csv).
-###File Format
-The file uses the [VECTO CSV format](#csv-format).
+- Filetype: .vrlm
+- Header: **Retarder Speed \[1/min], Loss Torque \[Nm]**
+- Requires at least 2 data entries
-Format:
-: - Two columns
-- One header line
-- At least two lines with numeric values (below file header)
+**Example:**
-***Columns:***
+ Retarder Speed [1/min],Loss Torque [Nm]
+ 0,10
+ 100,10.02
+ 200,10.08
+ 300,10.18
-| **Retarder Speed \[1/min\]** | **Loss Torque \[Nm\]** |
-| ---------------------------- | ---------------------- |
-| ... | ... |
-| ... | ... |
diff --git a/User Manual/5-input-and-output-files/VSUM.md b/User Manual/5-input-and-output-files/VSUM.md
index b56c3128f7f668c9bb839223b674cf1c8cff8531..c2acf5151d153453f1a3658c8d511f133fb556a5 100644
--- a/User Manual/5-input-and-output-files/VSUM.md
+++ b/User Manual/5-input-and-output-files/VSUM.md
@@ -29,7 +29,7 @@ The .vsum file includes total / average results for each calculation run in one
| Egrad | [kWh] | Total work of gradient resistance
| Eacc | [kWh] | Total work from accelerations (<0) / decelerations (>0)
| Eaux | [kWh] | Total energy demand of auxiliaries
-| Eaux_xxx | [kWh] | Energy demand of auxiliary with ID xxx. See also [Aux Dialog](#auxiliary-dialog) and [Driving Cycle](#driving-cycle-.vdri).
+| Eaux_xxx | [kWh] | Energy demand of auxiliary with ID xxx. See also [Aux Dialog](#auxiliary-dialog) and [Driving Cycle](#driving-cycles).
| Ebrake | [kWh] | Total work dissipated in mechanical braking (sum of service brakes, retader and additional engine exhaust brakes)
| Etransm | [kWh] | Total work of transmission losses
| Eretarder | [kWh] | Total retarder losses
diff --git a/User Manual/5-input-and-output-files/VTCC.md b/User Manual/5-input-and-output-files/VTCC.md
index 02ada37b98d20b970a94710f76ef66c5afef8cf8..ddcf5aaa5c126dbbe5a1b098d0805396ee5149f6 100644
--- a/User Manual/5-input-and-output-files/VTCC.md
+++ b/User Manual/5-input-and-output-files/VTCC.md
@@ -1,6 +1,12 @@
##Torque Converter Characteristics (.vtcc)
-**!!! The Torque Converter Model is still in development !!!**
+The file uses the [VECTO CSV format](#csv).
+
+- Filetype: .vtlm
+- Header: **Speed Ratio, Torque Ratio, Input Torque at reference rpm**
+- Requires at least 2 data entries
+------------
+**!!! The Torque Converter Model is still in development !!!**
This file defines the torque converter characteristics as described in VDI 2153:
@@ -10,7 +16,6 @@ This file defines the torque converter characteristics as described in VDI 2153:
The Input Torque at reference engine speed is needed to calculate the actual engine torque using this formula:
-
$T_{in} = T_{ref}(v) \cdot ( \frac{n_{in}}{n_{ref}} )^{2}$
with:
@@ -20,25 +25,5 @@ with:
- n~in~ = engine speed \[1/min\]
- n~ref~ = reference rpm \[1/min\] (see below)
-
-
-
The torque converter characteristics must also be defined for speed ratios of more than one (ν>1) in order to calculate overrun conditions (torque<0).
-###File Format
-The file uses the [VECTO CSV format](#csv-format).
-
-Format:
-: - Three columns
-- One header line
-- At least two lines with numeric values (below file header)\
-
-
-***Columns:***
-
-| **Speed Ratio ν** | **Torque Ratio μ** | **Input Torque at reference rpm** |
-| ----------------- | ------------------ | --------------------------------- |
-| ... | ... | ... |
-| ... | ... | ... |
-| ... | ... | ... |
-| ... | ... | ... |
diff --git a/User Manual/5-input-and-output-files/VTLM.md b/User Manual/5-input-and-output-files/VTLM.md
index f134497e8668c9afc5e3960d02a8a89e56a26322..6459fc293deb13e15c7049b85740e0d816583c8f 100644
--- a/User Manual/5-input-and-output-files/VTLM.md
+++ b/User Manual/5-input-and-output-files/VTLM.md
@@ -1,34 +1,40 @@
-##Transmission Loss Map (.vtlm)
-This file defines losses in gearbox and axle transmission and must be provided for each gear in the [Gearbox File](#gearbox-editor).
+##Transmission Loss Map
+This file defines losses in gearbox and axle transmission and must be provided for each gear in the [Gearbox File](#gearbox-editor). The file uses the [VECTO CSV format](#csv).
-###File Format
-The file uses the [VECTO CSV format](#csv-format).
+- Filetype: .vtlm
+- Header: **Input Speed \[rpm], Input Torque \[Nm], Torque Loss [Nm]**
+- Requires at least 3 data entries
-Format:
-: - Three columns
-- One header line
-- At least four lines with numeric values (below file header)
+Input speed and input torque are meant at the engine-side.
-***Columns:***
+**Example:**
-| **Input Speed \[1/min\]** | **Input Torque \[Nm\]** | **Torque Loss** |
-| ------------------------- | ----------------------- | --------------- |
-| ... | ... | ... |
-| ... | ... | ... |
-| ... | ... | ... |
-| ... | ... | ... |
+ 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
+###Sign of torque values###
-Input Speed & Torque always means **engine-side**.
+* Input Torque >0 means normal driving operation.
+* Input Torque \<0 means motoring operation. **The Torque Loss Map must include negative torque values for engine motoring operation!**
+* Torque Loss is always positive!
-Sign of torque values:
-: - Input Torque > 0 for normal driving operation
-- Input Torque < 0 for motoring operation. ***The Torque Loss Map must include negative torque values for engine motoring operation!***
-- Torque Loss is always positive!
+###Calculation of Output Torque###
-Calculation of Output Torque:
-: VECTO calculates the output torque using this formula, independent from the current operation mode (driving/braking).
+VECTO calculates the output torque using this formula, independent from the current operation mode (driving/braking):
+
+$T_{output} = (T_{input} - T_{loss}) * r_{gear}$
+
+with:
+
+* T~output~ ... Output torque
+* T~input~ ... Input torque
+* T~loss~ ... Torque loss
+* r~gear~ ... The tranmission ratio for the gurrent gear
-$Output\ Torque = (Input\ Torque-Torque\ Loss) \times GearRatio$
diff --git a/User Manual/5-input-and-output-files/VVEH.md b/User Manual/5-input-and-output-files/VVEH.md
index 08632da032cf2f64054ca00f337d669a1087a609..7c185ca5bdb4946800eed70aceaa3b11c0531ec0 100644
--- a/User Manual/5-input-and-output-files/VVEH.md
+++ b/User Manual/5-input-and-output-files/VVEH.md
@@ -2,7 +2,7 @@
File for the definition of a vehicle in vecto. Can be created with the [Vehicle Editor](#vehicle-editor).
-- File format is JSON.
+- File format is [JSON](#json).
- Filetype ending is ".vveh"
**Example:**
diff --git a/User Manual/5-input-and-output-files/input-output.md b/User Manual/5-input-and-output-files/input-output.md
index 36df9ce449cf403fdbe6ae5c14e0b35ceb480568..b724875d44558bf51dcdf3e6216760d563f29126 100644
--- a/User Manual/5-input-and-output-files/input-output.md
+++ b/User Manual/5-input-and-output-files/input-output.md
@@ -1,2 +1,16 @@
-#Input and Output Files
+#Input and Output
+Vecto uses data files for input and output of data. These are stored in different formats which are listed here.
+
+
+**Input:**
+
+- [JSON](#json)
+- [Vecto CSV](#csv)
+
+
+**Output:**
+
+- [JSON](#json)
+- [Vecto CSV](#csv)
+- PDF (for Declaration Report)
diff --git a/User Manual/files.txt b/User Manual/files.txt
index abd642f4793b1b2d9f1005480a44516feae05b66..b69a96a79fbb289006c1fbcd967a90d926244cb2 100644
--- a/User Manual/files.txt
+++ b/User Manual/files.txt
@@ -29,6 +29,7 @@
4-command-line-arguments/cmd.md
5-input-and-output-files/input-output.md
5-input-and-output-files/CSV.md
+5-input-and-output-files/JSON.md
5-input-and-output-files/VECTO.md
5-input-and-output-files/VVEH.md
5-input-and-output-files/VCDV.md
diff --git a/User Manual/help.html b/User Manual/help.html
index bff661f4712189dfced53423dce972cb4e460492..b989d52f24ae5b82bf4d3958ebce8f2a8a77531b 100644
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@@ -98,9 +98,8 @@
<li><a href="#functions">Functions</a><ul>
<li><a href="#acceleration-limiting">Acceleration Limiting</a></li>
<li><a href="#auxiliaries">Auxiliaries</a></li>
-<li><a href="#cross-wind-correction-1">Cross Wind Correction</a></li>
+<li><a href="#cross-wind-correction">Cross Wind Correction</a></li>
<li><a href="#engine-only-mode">Engine Only Mode</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="#gear-shift-model">Gear Shift Model</a></li>
<li><a href="#look-ahead-coasting">Look-Ahead Coasting</a></li>
@@ -111,22 +110,23 @@
<li><a href="#transient-full-load">Transient Full Load</a></li>
<li><a href="#command-line-arguments">Command Line Arguments</a></li>
</ul></li>
-<li><a href="#input-and-output-files">Input and Output Files</a><ul>
-<li><a href="#csv-format">CSV Format</a></li>
-<li><a href="#job-editor-1">Job Editor</a></li>
-<li><a href="#vehicle-editor-1">Vehicle Editor</a></li>
+<li><a href="#input-and-output">Input and Output</a><ul>
+<li><a href="#csv">CSV</a></li>
+<li><a href="#json">JSON</a></li>
+<li><a href="#job-file">Job File</a></li>
+<li><a href="#vehicle-file">Vehicle File</a></li>
<li><a href="#speed-dependent-cross-wind-correction-input-file-.vcdv">Speed Dependent Cross Wind Correction Input File (.vcdv)</a></li>
<li><a href="#vair-beta-cross-wind-correction-input-file-.vcdb">Vair & Beta Cross Wind Correction Input File (.vcdb)</a></li>
<li><a href="#retarder-loss-torque-input-file-.vrlm">Retarder Loss Torque Input File (.vrlm)</a></li>
-<li><a href="#engine-editor-1">Engine Editor</a></li>
+<li><a href="#engine-file">Engine File</a></li>
<li><a href="#full-load-and-drag-curves-.vfld">Full Load and Drag Curves (.vfld)</a></li>
<li><a href="#fuel-consumption-map-.vmap">Fuel Consumption Map (.vmap)</a></li>
-<li><a href="#gearbox-editor-1">Gearbox Editor</a></li>
+<li><a href="#gearbox-file">Gearbox File</a></li>
<li><a href="#shift-polygons-input-file-.vgbs">Shift Polygons Input File (.vgbs)</a></li>
-<li><a href="#transmission-loss-map-.vtlm">Transmission Loss Map (.vtlm)</a></li>
+<li><a href="#transmission-loss-map-1">Transmission Loss Map</a></li>
<li><a href="#torque-converter-characteristics-.vtcc">Torque Converter Characteristics (.vtcc)</a></li>
<li><a href="#auxiliary-input-file-.vaux">Auxiliary Input File (.vaux)</a></li>
-<li><a href="#driving-cycle-.vdri">Driving Cycle (.vdri)</a></li>
+<li><a href="#driving-cycles">Driving Cycles</a></li>
<li><a href="#acceleration-limiting-input-file-.vacc">Acceleration Limiting Input File (.vacc)</a></li>
<li><a href="#modal-results-.vmod">Modal Results (.vmod)</a></li>
<li><a href="#summary-results-.vsum">Summary Results (.vsum)</a></li>
@@ -233,11 +233,11 @@ VECTO 2.2</p>
</dd>
<dd><ul>
<li>If <strong>enabled</strong> the vehicle drives the same <strong>distance</strong> as given in the driving cycle</li>
-<li>If <strong><em>disabled</em></strong> the vehicle travels the same <strong>time</strong> as given in the driving cycle (Note that distance-based cycles (see <a href="#driving-cycle-.vdri">here</a>) are always converted to time-based cycles internally)</li>
+<li>If <strong><em>disabled</em></strong> the vehicle travels the same <strong>time</strong> as given in the driving cycle (Note that distance-based cycles (see <a href="#driving-cycles">here</a>) are always converted to time-based cycles internally)</li>
</ul>
</dd>
<dt><img src="data:image/png;base64,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" alt="cb" /> Use gears/rpm’s form driving cycle</dt>
-<dd>If activated VECTO will use gear and/or engine speed defintions included in the driving cycle (see <a href="#driving-cycle-.vdri">here</a>).
+<dd>If activated VECTO will use gear and/or engine speed defintions included in the driving cycle (see <a href="#driving-cycles">here</a>).
</dd>
<dt><img src="data:image/png;base64,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" alt="cb" /> Write modal results</dt>
<dd>Toggle output of modal results (.vmod files). Summary files (.vsum, .vres) are always created.
@@ -384,7 +384,7 @@ VECTO 2.2</p>
</div>
<div id="description-2" class="section level3">
<h3>Description</h3>
-<p>The job file (.vecto) includes all informations to run a VECTO calculation. It defines the vehicle and the driving cycle(s) to be used for calculation. In summary it defines:</p>
+<p>The <a href="#job-file">job file (.vecto)</a> includes all informations to run a VECTO calculation. It defines the vehicle and the driving cycle(s) to be used for calculation. In summary it defines:</p>
<ul>
<li>Filepath to the <a href="#vehicle-editor">Vehicle File (.vveh)</a> which defines the not-engine/gearbox-related vehicle parameters</li>
<li>Filepath to the <a href="#engine-editor">Engine File (.veng)</a> which includes full load curve(s) and the fuel consumption map</li>
@@ -408,7 +408,7 @@ VECTO 2.2</p>
</dl>
<ul>
<li>Filepath to the <a href="#engine-editor">Engine File (.veng)</a></li>
-<li><a href="#driving-cycle-.vdri">Driving Cycles</a> including engine torque (or power) and engine speed</li>
+<li><a href="#driving-cycles">Driving Cycles</a> including engine torque (or power) and engine speed</li>
</ul>
<dl>
<dt>Filepath to the Vehicle File (.vveh)</dt>
@@ -421,7 +421,7 @@ VECTO 2.2</p>
<dd>Files can be created and edited using the <a href="#gearbox-editor">Gearbox Editor</a>.
</dd>
<dt>Auxiliaries</dt>
-<dd>This list contains all auxiliaries used for calculation. The auxiliaries are configured using the <a href="#auxiliary-dialog">Auxiliary Dialog</a>. For each auxiliary an <a href="#auxiliary-input-file-.vaux">Auxiliary Input File (.vaux)</a> must be provided and the <a href="#driving-cycle-.vdri">driving cycle</a> must include the corresponding supply power. <strong>Double-click</strong> entries to edit with the <a href="#auxiliary-dialog">Auxiliary Dialog</a>.
+<dd>This list contains all auxiliaries used for calculation. The auxiliaries are configured using the <a href="#auxiliary-dialog">Auxiliary Dialog</a>. For each auxiliary an <a href="#auxiliary-input-file-.vaux">Auxiliary Input File (.vaux)</a> must be provided and the <a href="#driving-cycles">driving cycle</a> must include the corresponding supply power. <strong>Double-click</strong> entries to edit with the <a href="#auxiliary-dialog">Auxiliary Dialog</a>.
</dd>
<dd><p><img src="data:image/png;base64,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" alt="addaux" /> Add new Auxiliary</p>
</dd>
@@ -430,7 +430,7 @@ VECTO 2.2</p>
<dd><p>See <a href="#auxiliaries">Auxiliaries</a> for details.</p>
</dd>
<dt>Cycles</dt>
-<dd>List of cycles used for calculation. The .vdri format is described <a href="#driving-cycle-.vdri">here</a>. <strong>Double-click</strong> an entry to open the file (see <a href="#settings">File Open Command</a>). <strong>Click</strong> selected items to edit file paths.
+<dd>List of cycles used for calculation. The .vdri format is described <a href="#driving-cycles">here</a>. <strong>Double-click</strong> an entry to open the file (see <a href="#settings">File Open Command</a>). <strong>Click</strong> selected items to edit file paths.
</dd>
<dd><p><img src="data:image/png;base64,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" alt="addcycle" /> Add cycle (.vdri)</p>
</dd>
@@ -528,11 +528,11 @@ VECTO 2.2</p>
</div>
<div id="description-4" class="section level3">
<h3>Description</h3>
-<p>The Vehicle File (.vveh) defines the main vehicle/chassis parameters like axles including <a href="#rolling-resistance-coefficient">RRC</a>s, air resistance and weight.</p>
+<p>The <a href="#vehicle-file">Vehicle File (.vveh)</a> defines the main vehicle/chassis parameters like axles including <a href="#rolling-resistance-coefficient">RRC</a>s, air resistance and weight.</p>
</div>
<div id="relative-file-paths-1" class="section level3">
<h3>Relative File Paths</h3>
-<p>It is recommended to define relative filepaths. This way the Job File and all input files can be moved without having to update the paths. Example: “Demo1.vrlm” points to the “Demo” subdirectory of the Vehicle File’s directoy.</p>
+<p>It is recommended to define relative filepaths. This way the Job File and all input files can be moved without having to update the paths. Example: “Demo\RT1.vrlm” points to the “Demo” subdirectory of the Vehicle File’s directoy.</p>
<p>VECTO automatically uses relative paths if the input file (e.g. Retarder Losses File) is in the same directory as the Vehicle File. (The Vehicle File must be saved before browsing for input files.)</p>
</div>
<div id="general-vehicle-parameters" class="section level3">
@@ -587,8 +587,8 @@ VECTO 2.2</p>
</dl>
<p>Both, primary and secondary retarders, require an <a href="#retarder-loss-torque-input-file-.vrlm">Retarder Loss Torque Input File (.vrlm)</a>.</p>
</div>
-<div id="cross-wind-correction" class="section level3">
-<h3>Cross Wind Correction</h3>
+<div id="cross-wind-correction-options" class="section level3">
+<h3>Cross Wind Correction Options</h3>
<dl>
<dt>Four different options are available:</dt>
<dd><ul>
@@ -632,7 +632,7 @@ VECTO 2.2</p>
</div>
<div id="description-5" class="section level3">
<h3>Description</h3>
-<p>The Engine File (.veng) defines all engine-related parameters and input files like Fuel Consumption Map and Full Load Curve.</p>
+<p>The <a href="#engine-file">Engine File (.veng)</a> defines all engine-related parameters and input files like Fuel Consumption Map and Full Load Curve.</p>
</div>
<div id="relative-file-paths-2" class="section level3">
<h3>Relative File Paths</h3>
@@ -712,7 +712,7 @@ VECTO 2.2</p>
</div>
<div id="description-6" class="section level3">
<h3>Description</h3>
-<p>The Gearbox File (.vgbx) defines alls gearbox-related input parameters like gear ratios and transmission loss maps. See <a href="#gear-shift-model">Gear Shift Model</a> for details.</p>
+<p>The <a href="#gearbox-file">Gearbox File (.vgbx)</a> defines alls gearbox-related input parameters like gear ratios and transmission loss maps. See <a href="#gear-shift-model">Gear Shift Model</a> for details.</p>
</div>
<div id="relative-file-paths-3" class="section level3">
<h3>Relative File Paths</h3>
@@ -979,7 +979,7 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
</tr>
<tr class="even">
<td align="left">P<sub>supply</sub></td>
-<td align="left">Effective supply power demand. <a href="#driving-cycle-.vdri">Defined in the driving cycle</a>.</td>
+<td align="left">Effective supply power demand. <a href="#driving-cycles">Defined in the driving cycle</a>.</td>
<td align="left">[kW]</td>
</tr>
<tr class="odd">
@@ -1014,10 +1014,10 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
</tr>
</tbody>
</table>
-<p>Each auxiliary must be defined in the <a href="#job-editor">Job File</a> and each <a href="#driving-cycle-.vdri">driving cycle</a> used with this vehicle must include supply power for each auxiliary. To link the supply power in the driving cycle to the correct auxiliary in the Job File an ID is used. The corresponding supply power is then named <em>“<Aux_ID>”</em>.</p>
+<p>Each auxiliary must be defined in the <a href="#job-editor">Job File</a> and each <a href="#driving-cycles">driving cycle</a> used with this vehicle must include supply power for each auxiliary. To link the supply power in the driving cycle to the correct auxiliary in the Job File an ID is used. The corresponding supply power is then named <em>“<Aux_ID>”</em>.</p>
<p><strong><em>Example:</em></strong> <em>The Auxiliary with the ID “ALT” (in the Job File) is linked to the supply power in the column “<AUX_ALT>” in the driving cylce.</em></p>
</div>
-<div id="cross-wind-correction-1" class="section level2">
+<div id="cross-wind-correction" class="section level2">
<h2>Cross Wind Correction</h2>
<p>VECTO offers two different modes to consider cross wind influence on the drag coefficient. It is configured in the <a href="#vehicle-editor">Vehicle File</a>.</p>
<div id="speed-dependent-correction-declaration-mode" class="section level3">
@@ -1034,7 +1034,7 @@ 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 & Beta Input</h3>
-<p>If available the actual (measured) air speed and direction can be used. The input file (.vcdb) defines the drag coefficient scaling factor. The input file (.vcdb) format is described <a href="#vair-beta-cross-wind-correction-input-file-.vcdb">here</a>. The <a href="#driving-cycle-.vdri">driving cycle</a> must include the air speed relative to the vehicle v<sub>air</sub> (<vair_res>) and the wind yaw angle (<vair_beta>).</p>
+<p>If available the actual (measured) air speed and direction can be used. The input file (.vcdb) defines the drag coefficient scaling factor. 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> (<vair_res>) and the wind yaw angle (<vair_beta>).</p>
<div class="figure">
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" />
@@ -1048,17 +1048,7 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
<li>Filepath to the Engine File (.veng)</li>
<li>Driving Cycles including engine torque (or power) and engine speed</li>
</ul>
-<p>The <a href="#driving-cycle-.vdri">driving cylce (.vdri)</a> must contain:</p>
-<ul>
-<li>Engine speed: header: <n></li>
-<li>Engine torque <Me> <strong><em>or</em></strong> engine power <Pe> at clutch. To explicitly define <em>motoring operation</em> use the <strong><DRAG></strong> keyword,see below. VECTO replaces the keyword with the motoring torque/power from the <a href="../GUI/ENG-Editor.html#fld">.vfld file</a> during calculation.</li>
-<li>[Optional] Additional power demand (aux) <Padd></li>
-</ul>
-<p><strong>Note that VECTO adds the engine’s inertia to the given power demand!</strong></p>
-<p><strong>Example .vdri cycle:</strong> <img src="data:image/svg+xml;base64,<?xml version="1.0" encoding="UTF-8" standalone="no"?>
<svg
   xmlns:dc="http://purl.org/dc/elements/1.1/"
   xmlns:cc="http://creativecommons.org/ns#"
   xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#"
   xmlns:svg="http://www.w3.org/2000/svg"
   xmlns="http://www.w3.org/2000/svg"
   xmlns:xlink="http://www.w3.org/1999/xlink"
   xmlns:sodipodi="http://sodipodi.sourceforge.net/DTD/sodipodi-0.dtd"
   xmlns:inkscape="http://www.inkscape.org/namespaces/inkscape"
   width="422.09811pt"
   height="255.60001pt"
   viewBox="0 0 422.09811 255.60001"
   version="1.1"
   id="svg2"
   inkscape:version="0.91 r13725"
   sodipodi:docname="VECTO-EngOnlyCycle.svg">
  <metadata
     id="metadata297">
    <rdf:RDF>
      <cc:Work
         rdf:about="">
        <dc:format>image/svg+xml</dc:format>
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-</div>
-<div id="engine-startstop" class="section level2">
-<h2>Engine Start/Stop</h2>
+<p>The driving cycle also has to be in a special format which is described here: <a href="#engine-only-mode-engine-only-driving-cycle">Engine Only Driving Cycle</a>. ##Engine Start/Stop</p>
<p>If enabled the engine will be turned off after the set <strong>Activation Delay [s] </strong>if the following conditions apply:</p>
<ul>
<li>Power demand ≤ 0</li>
@@ -1255,10 +1245,12 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
<div id="requirements-3" class="section level3">
<h3>Requirements</h3>
<ul>
-<li>Driving Cycle must include P<sub>wheel</sub> (Pwheel), Gear (Gear) and Engine Speed (n), see <a href="#driving-cycle-.vdri">Driving Cycle (.vdri) format</a>.</li>
+<li>Driving Cycle must include t, P<sub>wheel</sub> (Pwheel), Gear (Gear) and Engine Speed (n), see <a href="#driving-cycles">Driving Cycle (.vdri) format</a>.</li>
<li>The driving cycle must be time-based.</li>
-<li>Distance Correction must be disabled (<a href="#options-tab">Options tab in Main Form</a>).</li>
</ul>
+<div class="vecto2">
+<p>Distance Correction must be disabled (<a href="#options-tab">Options tab in Main Form</a>).</p>
+</div>
<p><strong>Example driving cycle with P<sub>wheel</sub> input.</strong></p>
<table>
<thead>
@@ -1295,30 +1287,6 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
<td align="left">705.5</td>
</tr>
<tr class="odd">
-<td align="left">5</td>
-<td align="left">60.0</td>
-<td align="left">2</td>
-<td align="left">690.0</td>
-</tr>
-<tr class="even">
-<td align="left">6</td>
-<td align="left">85.6</td>
-<td align="left">2</td>
-<td align="left">868.4</td>
-</tr>
-<tr class="odd">
-<td align="left">7</td>
-<td align="left">92.0</td>
-<td align="left">3</td>
-<td align="left">820.0</td>
-</tr>
-<tr class="even">
-<td align="left">8</td>
-<td align="left">112.3</td>
-<td align="left">3</td>
-<td align="left">897.6</td>
-</tr>
-<tr class="odd">
<td align="left">…</td>
<td align="left">…</td>
<td align="left">…</td>
@@ -1332,52 +1300,61 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
<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 is dependent from the vehicle weight it is modelled as a function of the total vehicle mass. The total RRC is calculated in VECTO using the following formula. The index i refers to each single vehicle 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>
-<table style="width:35%;">
+<table>
<colgroup>
-<col width="11%"></col>
-<col width="6%"></col>
-<col width="16%"></col>
+<col width="8%"></col>
+<col width="5%"></col>
+<col width="69%"></col>
+<col width="17%"></col>
</colgroup>
<tbody>
<tr class="odd">
<td align="left">RRC</td>
<td align="left">[-]</td>
<td align="left">Total rolling resistance coefficient used for calculation</td>
+<td align="left">[calculated]</td>
</tr>
<tr class="even">
<td align="left">s<sub>(i)</sub></td>
<td align="left">[-]</td>
<td align="left">Relative axle load. Defined in the <a href="#vehicle-editor">Vehicle File</a>.</td>
+<td align="left">[user input]</td>
</tr>
<tr class="odd">
<td align="left">RRC<sub>ISO(i)</sub></td>
<td align="left">[-]</td>
<td align="left">…Tyre RRC according to ISO 28580. Defined in the <a href="#vehicle-editor">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>
+<td align="left">[calculated]</td>
</tr>
<tr class="odd">
<td align="left">g</td>
<td align="left">[m/s²]</td>
<td align="left">Earth gravity acceleration (constant = 9.81)</td>
+<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>
+<td align="left">[constant model parameter]</td>
</tr>
</tbody>
</table>
@@ -1476,1356 +1453,1120 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
</div>
</div>
</div>
-<div id="input-and-output-files" class="section level1">
-<h1>Input and Output Files</h1>
-<div id="csv-format" class="section level2">
-<h2>CSV Format</h2>
-<p>The following format applies to all CSV (Comma-separated values) Input Files used in VECTO:</p>
+<div id="input-and-output" class="section level1">
+<h1>Input and Output</h1>
+<p>Vecto uses data files for input and output of data. These are stored in different formats which are listed here.</p>
+<p><strong>Input:</strong></p>
+<ul>
+<li><a href="#json">JSON</a></li>
+<li><a href="#csv">Vecto CSV</a></li>
+</ul>
+<p><strong>Output:</strong></p>
+<ul>
+<li><a href="#json">JSON</a></li>
+<li><a href="#csv">Vecto CSV</a></li>
+<li>PDF (for Declaration Report)</li>
+</ul>
+<div id="csv" class="section level2">
+<h2>CSV</h2>
+<p>Many data files in Vecto use CSV (Comma Separated Values) as common file format. They consist of a header which defines the columns and data entries which are separated by a comma (“,”).</p>
+<div id="definition" class="section level3">
+<h3>Definition</h3>
<table>
<colgroup>
-<col width="17%"></col>
-<col width="82%"></col>
+<col width="5%"></col>
+<col width="94%"></col>
</colgroup>
<tbody>
<tr class="odd">
-<td align="left"><strong>List Separator:</strong></td>
-<td align="left">Comma “,”</td>
+<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 “<” and “>” to mark them as identifiers (which makes them position independent) (In Vecto 3.x every column is seen as identifier, regardless of “<>”). Columns may be succeded with unit information (enclosed in “[" and “]”) for documentation purposes.</td>
</tr>
<tr class="even">
+<td align="left"><strong>Column Separator:</strong></td>
+<td align="left"><strong>,</strong> (Comma. Separates the columns of a data line.)</td>
+</tr>
+<tr class="odd">
<td align="left"><strong>Decimal-Mark:</strong></td>
-<td align="left">Dot “.”</td>
+<td align="left"><strong>.</strong> (Dot. Splits numbers into integer part and decimal part.)</td>
+</tr>
+<tr class="even">
+<td align="left"><strong>Thousand-Separator:</strong></td>
+<td align="left">Vecto CSV does not allow a thousand-separator.</td>
</tr>
<tr class="odd">
<td align="left"><strong>Comments:</strong></td>
-<td align="left">“#” at the beginning of the comment line. Number and position of comment lines is not limited.</td>
+<td align="left"><strong>#</strong> (Number sign. Declares text coming afterwards in the current line as comment.)</td>
</tr>
<tr class="even">
-<td align="left"><strong>Header:</strong></td>
-<td align="left">One header line (<strong><em>not</em></strong> <strong>a comment line</strong>) at the beginning of the file.</td>
+<td align="left"><strong>Whitespace:</strong></td>
+<td align="left">Whitespaces between columns will be stripped away. Therefore it is possible to align the columns for better readability, if desired.</td>
</tr>
</tbody>
</table>
-<div id="exceptions" class="section level3">
-<h3>Exceptions</h3>
+<p>Following files use the csv:</p>
+<ul>
+<li><a href="#speed-dependent-cross-wind-correction-input-file-.vcdv">Speed Dependent Cross Wind Correction Input File (.vcdv)</a></li>
+<li><a href="#vair-beta-cross-wind-correction-input-file-.vcdb">Vair & Beta Cross Wind Correction Input File (.vcdb)</a></li>
+<li><a href="#retarder-loss-torque-input-file-.vrlm">Retarder Loss Torque Input File (.vrlm)</a></li>
+<li><a href="#full-load-and-drag-curves-.vfld">Full Load and Drag Curves (.vfld)</a></li>
+<li><a href="#fuel-consumption-map-.vmap">Fuel Consumption Map (.vmap)</a></li>
+<li><a href="#shift-polygons-input-file-.vgbs">Shift Polygons Input File (.vgbs)</a></li>
+<li><a href="#transmission-loss-map-.vtlm">Transmission Loss Map (.vtlm)</a></li>
+<li><a href="#torque-converter-characteristics-.vtcc">Torque Converter Characteristics (.vtcc)</a></li>
+<li><a href="#auxiliary-input-file-.vaux">Auxiliary Input File (.vaux)</a></li>
+<li><a href="#driving-cycles">Driving Cycles (.vdri)</a></li>
+<li><a href="#acceleration-limiting-input-file-.vacc">Acceleration Limiting Input File (.vacc)</a></li>
+<li><a href="#modal-results-.vmod">Modal Results (.vmod)</a></li>
+<li><a href="#summary-results-.vsum">Summary Results (.vsum)</a></li>
+</ul>
+<p><strong>Notes</strong></p>
+<ul>
+<li>The <a href="#auxiliary-input-file-.vaux">Auxiliary Input File (.vaux)</a> uses a modified csv format with some special headers.</li>
+<li>The main configuration input files use the <a href="#json">JSON format</a>:
<ul>
-<li>The main input files (<a href="#job-editor">Job</a>, <a href="#vehicle-editor">Vehicle</a>, <a href="#engine-editor">Engine</a> and <a href="#gearbox-editor">Gearbox</a>) use the <a href="http://en.wikipedia.org/wiki/JSON">JSON format</a> <img src="data:image/png;base64,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" />.</li>
-<li>The <a href="#auxiliary-input-file-.vaux">Auxiliary Input File (.vaux)</a> uses a modified format.</li>
-<li>The <a href="#driving-cycle-.vdri">Driving Cycle (.vdri)</a> uses keywords to identify columns and therefore the header line must follow certain specifications.</li>
+<li><a href="#job-editor">Job</a></li>
+<li><a href="#vehicle-editor">Vehicle</a></li>
+<li><a href="#engine-editor">Engine</a></li>
+<li><a href="#gearbox-editor">Gearbox</a></li>
+</ul></li>
</ul>
</div>
+<div id="examples" class="section level3">
+<h3>Examples</h3>
+<div id="acceleration-limiting-file" class="section level4">
+<h4>Acceleration Limiting File</h4>
+<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>
</div>
-<div id="job-editor-1" class="section level2">
-<h2>Job Editor</h2>
-<div class="figure">
-<img src="data:image/svg+xml;base64,<?xml version="1.0" encoding="UTF-8" standalone="no"?>
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-
+<div id="driving-cycle" class="section level4">
+<h4>Driving Cycle</h4>
+<pre><code><s>,<v>,<grad> ,<stop>,<Padd>,<Aux_ALT1>,<Aux_ALT2>,<Aux_ALT3>
+0 ,0 ,-0.020237973,2 ,6.1 ,0.25 ,0.25 ,0.25
+1 ,64 ,-0.020237973,0 ,6.1 ,0.25 ,0.25 ,0.25
+2 ,64 ,-0.020237973,0 ,6.1 ,0.25 ,0.25 ,0.25
+3 ,64 ,-0.020237973,0 ,6.1 ,0.25 ,0.25 ,0.25</code></pre>
</div>
-<div id="description-8" class="section level3">
-<h3>Description</h3>
-<p>The job file (.vecto) includes all informations to run a VECTO calculation. It defines the vehicle and the driving cycle(s) to be used for calculation. In summary it defines:</p>
+<div id="transmission-loss-map" class="section level4">
+<h4>Transmission Loss Map</h4>
+<pre><code>Input Speed [rpm],Input Torque [Nm],Torque Loss [Nm]
+0 ,-2500 ,77.5
+0 ,-1500 ,62.5
+0 ,-500 ,47.5
+0 ,500 ,47.5</code></pre>
+</div>
+</div>
+</div>
+<div id="json" class="section level2">
+<h2>JSON</h2>
+<p>Configuration and component files in Vecto use <a href="http://en.wikipedia.org/wiki/JSON">JSON</a> <img src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAwAAAAMCAYAAABWdVznAAAAAXNSR0IArs4c6QAAAAZiS0dEAP8A/wD/oL2nkwAAAAlwSFlzAAALEwAACxMBAJqcGAAAAAd0SU1FB9wLCAk5DBOvlRQAAAHDSURBVCjPbZE9aBNxGMZ//8tdYu4Sk5ogDurg4qDi5FDpomZxUSqCGZxExF1RlIKLBApG5xYEFwVFBHXQQUp1sEtprAaNKK1IJCbNh83l8nHJ3euQlkLbHzzL+/C8L7yPYhOXM1XLF5WwHR+lhjOlkHhUq03dTLT1zYFuzxtLxLS3F1JRWm0PgE7P5+X75nUgy3akb/04M/moKOL7IiJSrrsydil/B0AfvThr7oqFn1imcVYBZjhAu7PK15+OrLZ2q2hExxt4rFQrw217T77Yl5n+Iut8mC/JjWxO3L4nr2Z++5mpz2I7fUkcfza8YDcdpeHhul35vtRUC/kVJq4c5OPCX27fn1dd15/49ad5NxTwFIAmouP7Qq3uqMVChfETI+TyJbIPFzmX2sNIzJp+PVNM7wgZBQA9GNoJYtD412P0SJxixSP3zebetcM8flNludgwq3PppwAHUs/RLStJQLdIxKPS6XnK0AeMn4oTDCoJhwcqEulLde17S+/Oo5tGf1CqGXa5EYwGNIVlQqsLfUdUuR6yQ5rtAQoQABUMJ5P7jz04HbAOHQWlbbQhvt8ufFqeuzo7cJt1oL3uqDVtxxbvP3LDzpFcrgV0AAAAAElFTkSuQmCC" /> as common file format.</p>
+<p>Following files use JSON:</p>
<ul>
-<li>Filepath to the <a href="#vehicle-editor">Vehicle File (.vveh)</a> which defines the not-engine/gearbox-related vehicle parameters</li>
-<li>Filepath to the <a href="#engine-editor">Engine File (.veng)</a> which includes full load curve(s) and the fuel consumption map</li>
-<li>Filepath ot the <a href="#gearbox-editor">Gearbox File (.vgbx)</a> which defines gear ratios and transmission losses</li>
-<li>Auxiliaries</li>
-<li>Driver Assist parameters</li>
-<li>Driving Cycles (not used in Batch Mode)</li>
+<li><a href="#job-file">Job</a></li>
+<li><a href="#vehicle-file">Vehicle</a></li>
+<li><a href="#engine-file">Engine</a></li>
+<li><a href="#gearbox-file">Gearbox</a></li>
</ul>
</div>
-<div id="relative-file-paths-4" class="section level3">
-<h3>Relative File Paths</h3>
-<p>It is recommended to define relative filepaths. This way the Job File and all input files can be moved without having to update the paths. Example: “Vehicles\Vehicle1.vveh” points to the “Vehicles” subdirectory of the Job File’s directoy.</p>
-<p>VECTO automatically uses relative paths if the input file (e.g. Vehicle File) is in the same directory as the Job File. (The Job File must be saved before browsing for input files.)</p>
-</div>
-<div id="general-settings-1" class="section level3">
-<h3>General Settings</h3>
-<dl>
-<dt><img src="data:image/png;base64,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" /> Engine Only Mode</dt>
-<dd><p>Enables <a href="#engine-only-mode">Engine Only Mode</a>. Only the following parameters are needed for this mode:</p>
-</dd>
-</dl>
+<div id="job-file" class="section level2">
+<h2>Job File</h2>
+<p>File for the definition of an job in vecto. A job contains everything what is needed to run a simulation. Can be created with the <a href="#job-editor">Job Editor</a>.</p>
<ul>
-<li>Filepath to the <a href="#engine-editor">Engine File (.veng)</a></li>
-<li><a href="#driving-cycle-.vdri">Driving Cycles</a> including engine torque (or power) and engine speed</li>
+<li>File format is <a href="#json">JSON</a>.</li>
+<li>Filetype ending is “.vecto”</li>
</ul>
-<dl>
-<dt>Filepath to the Vehicle File (.vveh)</dt>
-<dd>Files can be created and edited using the <a href="#vehicle-editor">Vehicle Editor</a>.
-</dd>
-<dt>Filepath to the Engine File (.veng)</dt>
-<dd>Files can be created and edited using the <a href="#engine-editor">Engine Editor</a>.
-</dd>
-<dt>Filepath ot the Gearbox File(.vgbx)</dt>
-<dd>Files can be created and edited using the <a href="#gearbox-editor">Gearbox Editor</a>.
-</dd>
-<dt>Auxiliaries</dt>
-<dd>This list contains all auxiliaries used for calculation. The auxiliaries are configured using the <a href="#auxiliary-dialog">Auxiliary Dialog</a>. For each auxiliary an <a href="#auxiliary-input-file-.vaux">Auxiliary Input File (.vaux)</a> must be provided and the <a href="#driving-cycle-.vdri">driving cycle</a> must include the corresponding supply power. <strong>Double-click</strong> entries to edit with the <a href="#auxiliary-dialog">Auxiliary Dialog</a>.
-</dd>
-<dd><p><img src="data:image/png;base64,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" alt="addaux" /> Add new Auxiliary</p>
-</dd>
-<dd><img src="data:image/png;base64,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" alt="remaux" /> Remove the selected Auxiliary from the list
-</dd>
-<dd><p>See <a href="#auxiliaries">Auxiliaries</a> for details.</p>
-</dd>
-<dt>Cycles</dt>
-<dd>List of cycles used for calculation. The .vdri format is described <a href="#driving-cycle-.vdri">here</a>. <strong>Double-click</strong> an entry to open the file (see <a href="#settings">File Open Command</a>). <strong>Click</strong> selected items to edit file paths.
-</dd>
-<dd><p><img src="data:image/png;base64,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" alt="addcycle" /> Add cycle (.vdri)</p>
-</dd>
-<dd><img src="data:image/png;base64,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" alt="remcycle" /> Remove the selected cycle from the list
-</dd>
-</dl>
+<p><strong>Example:</strong></p>
+<pre><code>{
+ "Header": {
+ "CreatedBy": " ()",
+ "Date": "3/4/2015 2:09:13 PM",
+ "AppVersion": "2.0.4-beta3",
+ "FileVersion": 2
+ },
+ "Body": {
+ "SavedInDeclMode": false,
+ "VehicleFile": "24t Coach.vveh",
+ "EngineFile": "24t Coach.veng",
+ "GearboxFile": "24t Coach.vgbx",
+ "Cycles": [
+ "LOT2_rural Engine Only.vdri"
+ ],
+ "Aux": [
+ {
+ "ID": "ALT1",
+ "Type": "Alternator",
+ "Path": "24t_Coach_ALT.vaux",
+ "Technology": ""
+ },
+ {
+ "ID": "ALT2",
+ "Type": "Alternator",
+ "Path": "24t_Coach_ALT.vaux",
+ "Technology": ""
+ },
+ {
+ "ID": "ALT3",
+ "Type": "Alternator",
+ "Path": "24t_Coach_ALT.vaux",
+ "Technology": ""
+ }
+ ],
+ "VACC": "Coach.vacc",
+ "EngineOnlyMode": true,
+ "StartStop": {
+ "Enabled": false,
+ "MaxSpeed": 5.0,
+ "MinTime": 0.0,
+ "Delay": 0
+ },
+ "LAC": {
+ "Enabled": true,
+ "Dec": -0.5,
+ "MinSpeed": 50.0
+ },
+ "OverSpeedEcoRoll": {
+ "Mode": "OverSpeed",
+ "MinSpeed": 70.0,
+ "OverSpeed": 5.0,
+ "UnderSpeed": 5.0
+ }
+ }
+}</code></pre>
+</div>
+<div id="vehicle-file" class="section level2">
+<h2>Vehicle File</h2>
+<p>File for the definition of a vehicle in vecto. Can be created with the <a href="#vehicle-editor">Vehicle Editor</a>.</p>
+<ul>
+<li>File format is <a href="#json">JSON</a>.</li>
+<li>Filetype ending is “.vveh”</li>
+</ul>
+<p><strong>Example:</strong></p>
+<pre><code>{
+ "Header": {
+ "CreatedBy": "Raphael Luz IVT TU-Graz (14fea510-e457-4bf6-860f-a9514dc327f1)",
+ "Date": "02.07.2015 13:55:46",
+ "AppVersion": "2.2 beta-2",
+ "FileVersion": 7
+ },
+ "Body": {
+ "SavedInDeclMode": false,
+ "VehCat": "Coach",
+ "CurbWeight": 15700.0,
+ "CurbWeightExtra": 0.0,
+ "Loading": 3300.0,
+ "MassMax": 24.0,
+ "CdA": 3.2634,
+ "rdyn": 520.0,
+ "Rim": "-",
+ "CdCorrMode": "CdOfVeng",
+ "CdCorrFile": "24t Coach.vcdv",
+ "Retarder": {
+ "Type": "Secondary",
+ "Ratio": 1.0,
+ "File": "Retarder.vrlm"
+ },
+ "AxleConfig": {
+ "Type": "6x2",
+ "Axles": [
+ {
+ "Inertia": 21.66667,
+ "Wheels": "-",
+ "AxleWeightShare": 0.4375,
+ "TwinTyres": false,
+ "RRCISO": 0.0055,
+ "FzISO": 62538.75
+ },
+ {
+ "Inertia": 10.83333,
+ "Wheels": "-",
+ "AxleWeightShare": 0.375,
+ "TwinTyres": true,
+ "RRCISO": 0.0065,
+ "FzISO": 52532.55
+ },
+ {
+ "Inertia": 21.66667,
+ "Wheels": "-",
+ "AxleWeightShare": 0.1875,
+ "TwinTyres": false,
+ "RRCISO": 0.0055,
+ "FzISO": 62538.75
+ }
+ ]
+ }
+ }
+}</code></pre>
</div>
-<div id="driver-assist-tab-1" class="section level3">
-<h3>Driver Assist Tab</h3>
-<p>In this tab the driver assistance functions are enabled and parameterised.</p>
-<dl>
-<dt>Engine Start/Stop</dt>
-<dd>See <a href="#engine-startstop">Engine Start/Stop</a> for details.
-</dd>
-<dt>Overspeed / Eco-Roll</dt>
-<dd>See <a href="#overspeed-eco-roll">Overspeed / Eco-Roll</a> for details.
-</dd>
-<dt>Look-Ahead Coasting</dt>
-<dd>See <a href="#look-ahead-coasting">Look-Ahead Coasting</a> for details.
-</dd>
-<dt>Acceleration Limiting</dt>
-<dd>See <a href="#acceleration-limiting">Acceleration Limiting</a> for details.
-</dd>
-</dl>
+<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], cd Delta Value [m^2]</strong></li>
+<li>Requires at least 2 data entries</li>
+</ul>
+<p><strong>Example:</strong></p>
+<p>TODO</p>
</div>
-<div id="chart-area-3" class="section level3">
-<h3>Chart Area</h3>
-<p>If a valid <a href="#vehicle-editor">Vehicle File</a>, <a href="#engine-editor">Engine File</a> and <a href="#gearbox-editor">Gearbox File</a> is loaded into the Editor the main vehicle parameters like HDV class and axle configuration are shown here. The plot shows the full load curve(s) and shift polygons. In <a href="#declaration-mode">Declaration Mode</a> the <strong>generic</strong> shift polygons are shown, not the ones from the Gearbox File.</p>
+<div id="vair-beta-cross-wind-correction-input-file-.vcdb" class="section level2">
+<h2>Vair & Beta Cross Wind Correction Input File (.vcdb)</h2>
+<p>The file is needed for Vair & 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 [°], cd Delta Value [m^2]</strong></li>
+<li>Requires at least 2 data entries</li>
+</ul>
+<p><strong>Example:</strong></p>
+<p>TODO</p>
</div>
-<div id="controls-8" class="section level3">
-<h3>Controls</h3>
-<dl>
-<dt><img src="data:image/png;base64,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" alt="new" /> New Job File</dt>
-<dd>Create a new empty .vecto file
-</dd>
-<dt><img src="data:image/png;base64,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" alt="open" /> Open existing Job File</dt>
-<dd>Open an existing .vecto file
-</dd>
-</dl>
-<p><img src="data:image/png;base64,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" alt="save" /> <strong><em>Save current Job File</em></strong></p>
-<p><img src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAAC9UlEQVR42qWTWUhUYRTH/3OdzVGvy2TaIEhK5YOh4Ea+RVFZaIttWjouKA1uueVDVKSJormglkuaGwaK9NKGmppGhaZoSEaZpWJu4546znq795O0ee7C4dzvu5zf+f+/71we/vPh/X2JjIhcZxeSS6GRcDngAh6PxwZIZlZXsNb5GvTRY+DTFvg8/AVNT+ohEgo3tgGhIaEMt4iKSYCj077tDgbdOkz6w/Araw7QCmBf3YBp1W9Ulj4An8/fURAuD2O4HB0TDy8Pd7LHGHRYGwxFbVMPiiuXkSlYhdvNAiz4+KKqtMQYEHLlKgFExe4ooMbuouddG+Jy53HKQ4kkuS/0B+sxPz+Lx6XFxoDgy0EEEK6Ih6urK6i5BowOPoX81ghc7CaRm+yMVcdaSO2dMfLtK+rKS2BiYrIDuHj+AgHIr8Vjr60S/IWXCE7pgdgwirI0GiNmBbDc4w4zcxozE9/R8Ii18C8g8Ow5ZkvJYfjuV0Ke0g7l1DAepWjRt64AZe2NXba7oTcYMDX+E92tz40VnPEPYOykFG4nHEJq1hsMDgygInEZje+dMDRhC9rCAhRFGc2AESAo0I/JTDuCwupevGr7gCLFAvp+yNAyYAepjQ0EAgEMbHcuOBVgGAIkgDvRDuLTgcGqF12zqGnsRnrIPKQyN/TNnSAHKpPJyEDpdDokX09kAXpYW1nvAIZbFDld/dOp96uGEBuwCG83GcIyNiEUilBWUU4UcsVarRaZ6RnQ6fUQsoq2AZ86i8baOlodV2b6cNxTg7qP/uhofwuxqSnyCvJJIRcajQaFefnEBmdJwM1BQoSfV+BJh1712iRGx5ZR+2wB8qgk5OXkQs8YkJWdDbVaTQBcLn9YSvyLRKItBd6e7vesJJtOM3Nr4wyPvsGSKUVcLCtfSDpubGyQYj0rm+tcU1lFzoP7zmaGJxTwZRqtjrMiZa/F3crSUujt42NO07RAIpFQYrGYG1k9W6BWqVTrzc3NS0uLiwbyrwCrfwAs4zedOLKsGAAAAABJRU5ErkJggg==" alt="SaveAs" /> <strong><em>Save Job File as…</em></strong></p>
-<dl>
-<dt><img src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAACA0lEQVR42o3TMWvbQBQA4Hc6V5Zky66LRRrSlJDBpIVS6Nh08RAKCZis/gE2XbpkzVA8ZDKBlmYphXqwCZk8BpKxXTp0qIMwDR7iQGxqGduyjbEUIblPqpz26qbpg0N36O7j7t07AhiO47zVdf0Zdm34S4RCoVvpdPpNuVz+8Oc/4gOnvV4vAddEOByGTCYDk8kkWywW388Atm1XEXhwHSCKIuTzeWi32xCPx1/kcrl3DGBZ1j+BKcJxHEiSpBFC5hjANM0bgWlEIpEGIvcYYDQaVTGJ/w3IsswCg8HgRoBIEkwsC2RBaMRiMRbodrszAAkGAQ99tbiztQXyxgbEU6mLO4HAIgNomsYA7uLh/j44nY6HcDwP7cNDGKsq3M9mB0/29qIM0Gw2GYBGo3CyugqXrRYQSn9ORMTt2+MxxObnR0vLy+sPj44+ekC9Xq/2+30G+Lq2BpeaBpwP/B5YeCAg2JekRQ+o1WoMEEDgczI5uwM8joM7CPL8F5PS5y91vesBqqoyACcI0Dg4AMMHvBwcH8Pw7AwebW+3Ujs7d5kcVCqVU7xK5i1QRKa34Pa/7e7CwuYmKCsrzceJxMIVUCgUBEVRXlNKkzjmsQXdTfjfX6Aomg7WgWUYJ4ZhvMLSHmKck1KptIRJeYovTcF5t30k4iNM7tyaw3dgYRtj+47jTz8AN7jeFErzKnEAAAAASUVORK5CYII=" alt="sendto" /> Send current file to Job List in <a href="#main-form">Main Form</a></dt>
-<dd><strong>Note:</strong> The file will be sent to the Job List automatically when saved.
-</dd>
-</dl>
-<p><img src="data:image/png;base64,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" alt="veh" /> <strong><em>Open <a href="#vehicle-editor">Vehicle Editor</a></em></strong></p>
-<p><img src="data:image/png;base64,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" alt="eng" /> <strong><em>Open <a href="#engine-editor">Engine Editor</a></em></strong></p>
-<p><img src="data:image/png;base64,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" alt="gbx" /> <strong><em>Open <a href="#gearbox-editor">Gearbox Editor</a></em></strong></p>
-<p><img src="data:image/png;base64,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" /> <strong><em>Browse for vehicle/engine/gearbox files</em></strong></p>
-<dl>
-<dt><img src="data:image/png;base64,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" alt="OK" /> Save and close file</dt>
-<dd>File will be added to Job List in the <a href="#main-form">Main Form</a>.
-</dd>
-</dl>
-<p><img src="data:image/png;base64,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" alt="Cancel" /> <strong><em>Cancel without saving</em></strong></p>
+<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>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>
</div>
+<div id="engine-file" class="section level2">
+<h2>Engine File</h2>
+<p>File for the definition of an engine in Vecto. Can be created with the <a href="#engine-editor">Engine Editor</a>.</p>
+<ul>
+<li>File format is <a href="#json">JSON</a>.</li>
+<li>Filetype ending is “.veng”</li>
+</ul>
+<p><strong>Example:</strong></p>
+<pre><code>{
+ "Header": {
+ "CreatedBy": "Raphael Luz IVT TU-Graz (14fea510-e457-4bf6-860f-a9514dc327f1)",
+ "Date": "25.06.2015 11:23:22",
+ "AppVersion": "2.2 beta",
+ "FileVersion": 3
+ },
+ "Body": {
+ "SavedInDeclMode": false,
+ "ModelName": "Generic 24t Coach",
+ "Displacement": 12730.0,
+ "IdlingSpeed": 560.0,
+ "Inertia": 3.8,
+ "FullLoadCurve": "24t Coach.vfld",
+ "FuelMap": "24t Coach.vmap",
+ "WHTC-Urban": 0.0,
+ "WHTC-Rural": 0.0,
+ "WHTC-Motorway": 0.0
+ }
+}</code></pre>
</div>
-<div id="vehicle-editor-1" class="section level2">
-<h2>Vehicle Editor</h2>
-<div class="figure">
-<img src="data:image/png;base64,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" />
-
+<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>
+<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>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>
</div>
-<div id="description-9" class="section level3">
-<h3>Description</h3>
-<p>The Vehicle File (.vveh) defines the main vehicle/chassis parameters like axles including <a href="#rolling-resistance-coefficient">RRC</a>s, air resistance and weight.</p>
+<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>Requires at least 3 data entries</li>
+<li>The map must cover the full engine range between full load and motoring curve.</li>
+</ul>
+<div class="vecto2">
+<p>Extrapolation of fuel consumption map is not possible.</p>
</div>
-<div id="relative-file-paths-5" class="section level3">
-<h3>Relative File Paths</h3>
-<p>It is recommended to define relative filepaths. This way the Job File and all input files can be moved without having to update the paths. Example: “Demo1.vrlm” points to the “Demo” subdirectory of the Vehicle File’s directoy.</p>
-<p>VECTO automatically uses relative paths if the input file (e.g. Retarder Losses File) is in the same directory as the Vehicle File. (The Vehicle File must be saved before browsing for input files.)</p>
+<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>
</div>
-<div id="general-vehicle-parameters-1" class="section level3">
-<h3>General vehicle parameters</h3>
-<dl>
-<dt>Vehicle Category</dt>
-<dd>Needed for <a href="#declaration-mode">Declaration Mode</a> to identify the HDV Class.
-</dd>
-<dt>Axle Configuration</dt>
-<dd>Needed for <a href="#declaration-mode">Declaration Mode</a> to identify the HDV Class.
-</dd>
-<dt>Gross Vehicle Mass Rating [t]</dt>
-<dd>Needed for <a href="#declaration-mode">Declaration Mode</a> to identify the HDV Class.
-</dd>
-<dt>HDV Class</dt>
-<dd>Displays the automatically selected HDV Class depending on the settings above.
-</dd>
-</dl>
+<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>
</div>
-<div id="weightloading-1" class="section level3">
-<h3>Weight/Loading</h3>
-<p>These fields define the weight and loading of the vehicle. <strong>Max. Loading</strong> displays the maximum possible loading for the selected vehicle depending on curb weight and GVW values.</p>
-<p><strong><em>Note:</em></strong> <em>VECTO uses the sum of</em> <strong><em>Curb Weight Vehicle, Curb Weight Extra Trailer/Body</em></strong> <em>and</em> <strong><em>Loading</em></strong> <em>for calculation!</em></p>
+<div id="gearbox-file" class="section level2">
+<h2>Gearbox File</h2>
+<p>File for the definition of a gearbox in Vecto. Can be created with the <a href="#gearbox-editor">Gearbox Editor</a>.</p>
+<ul>
+<li>File format is <a href="#json">JSON</a>.</li>
+<li>Filetype ending is “.vgbx”</li>
+</ul>
+<p><strong>Example:</strong></p>
+<pre><code>{
+ "Header": {
+ "CreatedBy": "Raphael Luz IVT TU-Graz (14fea510-e457-4bf6-860f-a9514dc327f1)",
+ "Date": "25.06.2015 11:23:31",
+ "AppVersion": "2.2 beta",
+ "FileVersion": 5
+ },
+ "Body": {
+ "SavedInDeclMode": false,
+ "ModelName": "Generic 24t Coach",
+ "Inertia": 0.0,
+ "TracInt": 1.0,
+ "Gears": [
+ {
+ "Ratio": 3.240355,
+ "LossMap": "Axle.vtlm"
+ },
+ {
+ "Ratio": 6.38,
+ "LossMap": "Indirect Gear.vtlm",
+ "TCactive": false,
+ "ShiftPolygon": "ShiftPolygons.vgbs",
+ "FullLoadCurve": "<NOFILE>"
+ },
+ {
+ "Ratio": 4.63,
+ "LossMap": "Indirect Gear.vtlm",
+ "TCactive": false,
+ "ShiftPolygon": "ShiftPolygons.vgbs",
+ "FullLoadCurve": "<NOFILE>"
+ },
+ {
+ "Ratio": 3.44,
+ "LossMap": "Indirect Gear.vtlm",
+ "TCactive": false,
+ "ShiftPolygon": "ShiftPolygons.vgbs",
+ "FullLoadCurve": "<NOFILE>"
+ },
+ {
+ "Ratio": 2.59,
+ "LossMap": "Indirect Gear.vtlm",
+ "TCactive": false,
+ "ShiftPolygon": "ShiftPolygons.vgbs",
+ "FullLoadCurve": "<NOFILE>"
+ },
+ {
+ "Ratio": 1.86,
+ "LossMap": "Indirect Gear.vtlm",
+ "TCactive": false,
+ "ShiftPolygon": "ShiftPolygons.vgbs",
+ "FullLoadCurve": "<NOFILE>"
+ },
+ {
+ "Ratio": 1.35,
+ "LossMap": "Indirect Gear.vtlm",
+ "TCactive": false,
+ "ShiftPolygon": "ShiftPolygons.vgbs",
+ "FullLoadCurve": "<NOFILE>"
+ },
+ {
+ "Ratio": 1.0,
+ "LossMap": "Direct Gear.vtlm",
+ "TCactive": false,
+ "ShiftPolygon": "ShiftPolygons.vgbs",
+ "FullLoadCurve": "<NOFILE>"
+ },
+ {
+ "Ratio": 0.76,
+ "LossMap": "Indirect Gear.vtlm",
+ "TCactive": false,
+ "ShiftPolygon": "ShiftPolygons.vgbs",
+ "FullLoadCurve": "<NOFILE>"
+ }
+ ],
+ "TqReserve": 20.0,
+ "SkipGears": true,
+ "ShiftTime": 2,
+ "EaryShiftUp": true,
+ "StartTqReserve": 20.0,
+ "StartSpeed": 2.0,
+ "StartAcc": 0.6,
+ "GearboxType": "AMT",
+ "TorqueConverter": {
+ "Enabled": false,
+ "File": "<NOFILE>",
+ "RefRPM": 0.0,
+ "Inertia": 0.0
+ }
+ }
+}</code></pre>
</div>
-<div id="air-resistance-1" class="section level3">
-<h3>Air Resistance</h3>
-<p>The product of Drag Coefficient [-] and Cross Sectional Area [m²] (<strong>c<sub>d</sub> x A</strong>) and <strong>Air Density</strong> [kg/m³] (see <a href="#settings">Settings</a>) together with the vehicle speed defines the Air Resistance. Note that the Drag Coefficient may be altered when using <a href="#cross-wind-correction"><strong>Cross Wind Correction</strong></a>.</p>
+<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>Requires at least 2 data entries</li>
+</ul>
+<div class="figure">
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+
</div>
-<div id="axleswheels-1" class="section level3">
-<h3>Axles/Wheels</h3>
-<p>For each axle the parameters <strong>Relative axle load, RRC<sub>ISO</sub></strong> and <strong>F<sub>zISO</sub></strong> have to be defined in order to calculate the total <a href="#rolling-resistance-coefficient">Rolling Resistance Coefficient</a>. Furthermore the <strong>Wheels Inertia [kgm²]</strong> has to be set per wheel for each axle. In <a href="#declaration-mode">Declaration Mode</a> the inertia is defined automatically according to the selected tyres. Use the <img src="data:image/png;base64,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" /> and <img src="data:image/png;base64,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" /> buttons to add or remove axles form the vehicle. Doubleclick entries to edit existing axle configurations.</p>
-<dl>
-<dt>Dynamic Tyre Radius [mm]</dt>
-<dd>Effective (dynamic) wheel radius used to calculate engine speed. In <a href="#declaration-mode">Declaration Mode</a> the radius calculated automatically using tyres/rims of the powered axle.
-</dd>
-<dt>Powered axle tyres/rims</dt>
-<dd>Needed for <a href="#declaration-mode">Declaration Mode</a> to calculate the dynamic tyre radius.
-</dd>
-</dl>
+<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="retarder-losses-1" class="section level3">
-<h3>Retarder Losses</h3>
-<p>If available a <strong>Retarder Torque Loss Map</strong> can be defined here to consider idling losses caused by the retarder. <strong><em>Note: Do not use this function if the retarder’s losses are already included in the Transmission Loss Maps!</em></strong></p>
-<dl>
-<dt>Three options are available:</dt>
-<dd><ul>
-<li>Included in Transmission Loss Maps: Use this if the <a href="#transmission-loss-map-.vtlm">Transmission Loss Maps</a> already include retarder losses.</li>
-<li>Primary Retarder (before gearbox): The rpm ratio is relative to the engine speed</li>
-<li>Secondary Retarder (after gearbox): The rpm ratio is relative to the cardan shaft speed</li>
+<div id="transmission-loss-map-1" class="section level2">
+<h2>Transmission Loss Map</h2>
+<p>This file defines losses in gearbox and axle transmission and must be provided for each gear in the <a href="#gearbox-editor">Gearbox File</a>. The file uses the <a href="#csv">VECTO CSV format</a>.</p>
+<ul>
+<li>Filetype: .vtlm</li>
+<li>Header: <strong>Input Speed [rpm], Input Torque [Nm], Torque Loss [Nm]</strong></li>
+<li>Requires at least 3 data entries</li>
+</ul>
+<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>
+<ul>
+<li>Input Torque >0 means normal driving operation.</li>
+<li>Input Torque <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>
-</dd>
-</dl>
-<p>Both, primary and secondary retarders, require an <a href="#retarder-loss-torque-input-file-.vrlm">Retarder Loss Torque Input File (.vrlm)</a>.</p>
</div>
-<div id="cross-wind-correction-2" class="section level3">
-<h3>Cross Wind Correction</h3>
-<dl>
-<dt>Four different options are available:</dt>
-<dd><ul>
-<li>No Correction</li>
-<li>Speed dependent (User-defined)</li>
-<li>Speed dependent (Declaration Mode)</li>
-<li>Vair & Beta Input</li>
+<div id="calculation-of-output-torque" class="section level3">
+<h3>Calculation of Output Torque</h3>
+<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>
+<ul>
+<li>T<sub>output</sub> … Output torque</li>
+<li>T<sub>input</sub> … Input torque</li>
+<li>T<sub>loss</sub> … Torque loss</li>
+<li>r<sub>gear</sub> … The tranmission ratio for the gurrent gear</li>
</ul>
-</dd>
-</dl>
-<p>Depending on the chosen mode either a <a href="#speed-dependent-cross-wind-correction-input-file-.vcdv">Speed Dependent Cross Wind Correction Input File (.vcdv)</a> or a <a href="#speed-dependent-cross-wind-correction-input-file-.vcdv">Vair & Beta Cross Wind Correction Input File (.vcdb)</a> must be defined. For details see <a href="#cross-wind-correction">Cross Wind Correction</a>.</p>
</div>
-<div id="controls-9" class="section level3">
-<h3>Controls</h3>
-<dl>
-<dt><img src="data:image/png;base64,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" /> New file</dt>
-<dd>Create a new empty .vveh file
-</dd>
-<dt><img src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAAC2UlEQVR42o2TTUwTQRTH/9ttwQClJRAhGvkQi8g3QSHxQMRgTPxI0HiTg4SrRkgwmqgHjeGCJhqjJ/k4iXAxUmOiCUIRA8QIJeUzVKTlSwTa7ZZCu8vOOp0WLPHiS15m5s17v/m/mV1uqLN6BECRltdAq6XOc+A4DpGm0bC1oChqfe6FlrbIPY4C1NLzBVhdcEH4JcK9IiLhYCaS0nLYuGN+cQ32vg4h/2Jrwj+A4+fyATUU2JYVCBQyZ1tA6YlCmhHONKTDbGnHbV8ftv3k6Uytq34XUHI2j+WoDBIiDX8aR1HWfgRbC7eAd1N2NHgt2CLb4EWu11nnqWCA4spcWqbuqgiatXsCeYeTwFNAdBTPYiPTK7jy21yxqZF7JKpU5+YfMEBhxbHw6SEBwanNMomjaYnQaTk4VS9uOQbBbQHm6nEu5VncW48+ULXPyQsMkF+eTQEqIkWM908j44ARDiKiYWUAN08/wivLS3y4bOGSG2N7xBTpFO/gQneQczLrb7HKmsHU4Aw2DQpeKAu4WnYDvfPv0fW1C5vu7TYlllzzGWRw9vAlZpeZmAKVhHoIiun+bsUbvQvXy++jY/I5RldGsDy7AVmjQIpXsCHLIJNqCGAqyaTF4RaoB7YCqHV8xJ0zTeiceAK7ewZeKYANSdp134YMZZj0MkBmYQY7Paji59gcg9zT2HDkUApWA05aLO0BeDepj0qCIpLQM2bkpYMQlalwTjmx7iFwKCJeExti0rVQdWAAQfRjfX4LoiMwp/jJJbmZWBkgNTuVFQchi/YFLK/J8EsqYow6NAn9IGl0L4pgZsiF+oQS3K3/wkV+yu74RIMxzqBnkOW5RUz+WIfXJyE5MRbReh4PlwagmACnzYNO08XiyppOayTASMdWXZSuSp9ghOgS0G4eq3vc8s1M47PBpLi6KKMikVYloApSs1Kz52famVBQVRBE3ThgXSqoa/xsw3/YH0GTmCzvIdojAAAAAElFTkSuQmCC" /> Open existing file</dt>
-<dd>Open an existing .vveh file
-</dd>
-</dl>
-<p><img src="data:image/png;base64,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" /> <strong><em>Save current file</em></strong></p>
-<p><img src="data:image/png;base64,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" /> <strong><em>Save file as…</em></strong></p>
-<dl>
-<dt><img src="data:image/png;base64,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" /> Send current file to the <a href="#job-editor">VECTO Editor</a></dt>
-<dd><strong>Note:</strong> If the current file was opened via the <a href="#job-editor">VECTO Editor</a> the file will be sent automatically when saved.
-</dd>
-<dt><img src="data:image/png;base64,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" /> Save and close file</dt>
-<dd>If necessary the file path in the <a href="#job-editor">VECTO Editor</a> will be updated.
-</dd>
-</dl>
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-</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>.</p>
-<div id="file-format" class="section level3">
-<h3>File Format</h3>
-<p>The file uses the <a href="#csv-format">VECTO CSV format</a>.</p>
-<dl>
-<dt>Format:</dt>
-<dd><ul>
-<li>Two columns</li>
-<li>One header line</li>
-<li>At least two lines with numeric values (below file header)</li>
-</ul>
-</dd>
-</dl>
-<p><strong><em>Columns:</em></strong></p>
-<table>
-<thead>
-<tr class="header">
-<th align="left"><strong>vehicle speed [km/h]</strong></th>
-<th align="left"><strong>cd Scaling Factor [-]</strong></th>
-</tr>
-</thead>
-<tbody>
-<tr class="odd">
-<td align="left">…</td>
-<td align="left">…</td>
-</tr>
-<tr class="even">
-<td align="left">…</td>
-<td align="left">…</td>
-</tr>
-</tbody>
-</table>
-</div>
-</div>
-<div id="vair-beta-cross-wind-correction-input-file-.vcdb" class="section level2">
-<h2>Vair & Beta Cross Wind Correction Input File (.vcdb)</h2>
-<p>The file is needed for Vair & Beta <a href="#cross-wind-correction">Cross Wind Correction</a>.</p>
-<div id="file-format-1" class="section level3">
-<h3>File Format</h3>
-<p>The file uses the VECTO CSV format <a href="#csv-format">VECTO CSV format</a>.</p>
-<p><strong>Format:</strong></p>
-<ul>
-<li>Two columns</li>
-<li>One header line</li>
-<li>At least two lines with numeric values (below file header)</li>
-</ul>
-<p><strong><em>Columns:</em></strong></p>
-<table>
-<thead>
-<tr class="header">
-<th align="left"><strong>Beta [°]</strong></th>
-<th align="left"><strong>cd Scaling Factor [-]</strong></th>
-</tr>
-</thead>
-<tbody>
-<tr class="odd">
-<td align="left">…</td>
-<td align="left">…</td>
-</tr>
-<tr class="even">
-<td align="left">…</td>
-<td align="left">…</td>
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-</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>.</p>
-<div id="file-format-2" class="section level3">
-<h3>File Format</h3>
-<p>The file uses the <a href="#csv-format">VECTO CSV format</a>.</p>
-<dl>
-<dt>Format:</dt>
-<dd><ul>
-<li>Two columns</li>
-<li>One header line</li>
-<li>At least two lines with numeric values (below file header)</li>
-</ul>
-</dd>
-</dl>
-<p><strong><em>Columns:</em></strong></p>
-<table>
-<thead>
-<tr class="header">
-<th align="left"><strong>Retarder Speed [1/min]</strong></th>
-<th align="left"><strong>Loss Torque [Nm]</strong></th>
-</tr>
-</thead>
-<tbody>
-<tr class="odd">
-<td align="left">…</td>
-<td align="left">…</td>
-</tr>
-<tr class="even">
-<td align="left">…</td>
-<td align="left">…</td>
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-<div id="description-10" class="section level3">
-<h3>Description</h3>
-<p>The Engine File (.veng) defines all engine-related parameters and input files like Fuel Consumption Map and Full Load Curve.</p>
-</div>
-<div id="relative-file-paths-6" class="section level3">
-<h3>Relative File Paths</h3>
-<p>It is recommended to define relative filepaths. This way the Job File and all input files can be moved without having to update the paths.</p>
-<p>Example: “Demo\FLD1.vfld” points to the “Demo” subdirectory of the Engine File’s directory.</p>
-<p>VECTO automatically uses relative paths if the input file (e.g. FC Map) is in the same directory as the Engine File. The Engine File must be saved before browsing for input files.)</p>
-</div>
-<div id="main-engine-parameters-1" class="section level3">
-<h3>Main Engine Parameters</h3>
-<dl>
-<dt>Make and Model [text]</dt>
-<dd>Free text defining the engine model, type, etc.
-</dd>
-<dt>Idling Engine Speed [rpm]</dt>
-<dd>Low idle, applied in simulation for vehicle standstill in neutral gear position.
-</dd>
-<dt>Displacement [ccm]</dt>
-<dd>Used in <a href="#declaration-mode">Declaration Mode</a> to calculate inertia.
-</dd>
-<dt>Inertia including Flywheel [kgm²]</dt>
-<dd>Inertia for rotating parts including engine flywheel. In <a href="#declaration-mode">Declaration Mode</a> the inertia is calculated automatically.
-</dd>
-</dl>
-</div>
-<div id="full-load-and-drag-curves-1" class="section level3">
-<h3>Full Load and Drag Curves</h3>
-<p>The <a href="#full-load-and-drag-curves-.vfld">Full Load and Drag Curves (.vfld)</a> Note that gear-specific full load curves can be defined in the <a href="#gearbox-editor">Gearbox File</a> to limit the maximum gearbox input torque.</p>
-<p>The input file (.vfld) file format is described <a href="#full-load-and-drag-curves-.vfld">here</a>.</p>
-</div>
-<div id="fuel-consumption-map-1" class="section level3">
-<h3>Fuel Consumption Map</h3>
-<p>The <a href="#fuel-consumption-map-.vmap">Fuel Consumption Map</a> is used to calculate the base FC value. See <a href="#fuel-consumption-calculation">Fuel Consumption Calculation</a> for details.</p>
-<p>The input file (.vmap) file format is described <a href="#fuel-consumption-map-.vmap">here</a>.</p>
</div>
-<div id="whtc-correction-factors-1" class="section level3">
-<h3>WHTC Correction Factors</h3>
-<p>The WHTC Correction Factors are required in <a href="#declaration-mode">Declaration Mode</a> for the <a href="#fuel-consumption-calculation">WHTC FC Correction</a>.</p>
-</div>
-<div id="chart-area-4" class="section level3">
-<h3>Chart Area</h3>
-<p>The Chart Area shows the fuel consumption map and the selected full load curve.</p>
-</div>
-<div id="controls-10" class="section level3">
-<h3>Controls</h3>
-<dl>
-<dt><img src="data:image/png;base64,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" alt="new" />New file</dt>
-<dd>Create a new empty .veng file
-</dd>
-<dt><img src="data:image/png;base64,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" alt="open" />Open existing file</dt>
-<dd>Open an existing .veng file
-</dd>
-</dl>
-<p><img src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAACdUlEQVR42qWTXWgTQRCA5y7JRTSSxCcpgUBR7EMe/IWKoCIoRYn4/5um1lBRo1GpNlUQtUXsg41VqzE20f7YolVRsYgKUqkgggURSStSqUUQIfZBIYUkd7fOzuZiI7553OwMNzPfzM7uSfCfj8SXwO5AGo2pW/0BKJtTBpIkoUBeC1sGRjo5NAy9PV1gVZSJCxdbphHAX+ln3KgJHgJ36eziCgUYQnD58vkTxKNXwGw2w7XrMYkA1VW7GNd7giFYtGDuX00yYOhluOg6g8F37yERbSVAWyIuAJU7fQSoOTCpA0YvTy8AuHwdHYEb0csEuNnRLgA7tm0nQPW+EHg8nj+1eVJeY3Hq4ONwEjpjrWAymaCr+5YAbNm0mQBVe0Mw0z2LJstYvn3D5hBU38dGoLsNt4CAnju3BWDj+g0UvrzCCy53KdFlWaYBcoeu66BrOuQ0Fb6NjcLA8z6K6b13VwDWedeyfx+yNGmWxSEccP/hAxHhXb2myMur8wDjHoDRBYqGwmE85lHfY+GtWLmKGYnH6sNgs9kKQzTugqqqUHv4CAI0cDqcFPvk2VMBWLF0GUWa8GjCJ45D45kGyGQycD7STBCenMvl4GxDI6iaBorFQoAXL/sFYEn5YgHAjydPn4L6ujBkc1kERCiRSzabhZbmCG3DggALFut/NSAAC+fNz6ChmNHBO6irPQoqtnquqYk64QCuY1ejtH+r1UodvBl8KwBOuyPoKim5pCiKvD90kCrwpHQ6TVrDtrm0xxM0D4zjmn0YSk43zmkGTr3c5XJN8fl8Drvdjj+bYsH9y7p4cqlUaqKzo/Pn+PiP/BWDXzib178BELUfNpS+QSsAAAAASUVORK5CYII=" alt="save" /><strong><em>Save current file</em></strong><br />
-</p>
-<p><img src="data:image/png;base64,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" alt="SaveAs" /><strong><em>Save file as…</em></strong><br />
-</p>
-<dl>
-<dt><img src="data:image/png;base64,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" alt="sendto" />Send current file to the <a href="#job-editor">VECTO Editor</a></dt>
-<dd><strong>Note:</strong> If the current file was opened via the <a href="#job-editor">VECTO Editor</a> the file will be sent automatically when saved.
-</dd>
-</dl>
-<p><img src="data:image/png;base64,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" /><strong><em>Open file browser</em></strong>.</p>
-<p><img src="data:image/png;base64,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" /><strong><em>Open file</em></strong> (see <a href="#settings">File Open Command)</a>.</p>
-<dl>
-<dt><img src="data:image/png;base64,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" alt="OK" />Save and close file</dt>
-<dd>If necessary the file path in the <a href="#job-editor">VECTO Editor</a> will be updated.
-</dd>
-</dl>
-<p><img src="data:image/png;base64,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" alt="Cancel" /><strong><em>Cancel without saving</em></strong></p>
-</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>.</p>
-<div id="file-format-3" class="section level3">
-<h3>File Format</h3>
-<p>The file uses the <a href="#csv-format">VECTO CSV format</a>.</p>
-<dl>
-<dt>Format:</dt>
-<dd><ul>
-<li>Four columns</li>
-<li>One header line</li>
-<li>At least two lines with numeric values (below file header)</li>
-</ul>
-</dd>
-</dl>
-<p><strong><em>Columns:</em></strong></p>
-<table>
-<colgroup>
-<col width="24%"></col>
-<col width="25%"></col>
-<col width="24%"></col>
-<col width="26%"></col>
-</colgroup>
-<thead>
-<tr class="header">
-<th align="left"><strong>engine speed [1/min]</strong></th>
-<th align="left"><strong>full load torque [Nm]</strong></th>
-<th align="left"><strong>motoring torque [Nm]</strong></th>
-<th align="left"><strong>PT1 time constant [s]</strong></th>
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-</thead>
-<tbody>
-<tr class="odd">
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
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-<tr class="even">
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
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-<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>.</p>
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-<td align="left">…</td>
-<td align="left">…</td>
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-<td align="left">…</td>
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-<td align="left">…</td>
-<td align="left">…</td>
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-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
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-
-</div>
-<div id="description-11" class="section level3">
-<h3>Description</h3>
-<p>The Gearbox File (.vgbx) defines alls gearbox-related input parameters like gear ratios and transmission loss maps. See <a href="#gear-shift-model">Gear Shift Model</a> for details.</p>
-</div>
-<div id="relative-file-paths-7" class="section level3">
-<h3>Relative File Paths</h3>
-<p>It is recommended to define relative filepaths. This way the Job File and all input files can be moved without having to update the paths.<br />
-Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Gearbox File’s directoy.</p>
-<p>VECTO automatically uses relative paths if the input file (e.g. Shift Polygons File) is in the same directory as the Gearbox File. (The Gearbox File must be saved before browsing for input files.)</p>
-</div>
-<div id="main-gearbox-parameters-1" class="section level3">
-<h3>Main Gearbox Parameters</h3>
-<dl>
-<dt>Make and Model</dt>
-<dd>Free text defining the gearbox model, type, etc.
-</dd>
-<dt>Transmission Type</dt>
-<dd>Depending on the transmission type some options below are not available. The following types are available:
-</dd>
-<dd><ul>
-<li><strong>MT</strong>: Manual Transmission</li>
-<li><strong>AMT</strong>: Automated Manual Transmission</li>
-<li><strong>AT</strong>: Automatic Transmission</li>
-<li><strong>Custom</strong></li>
-</ul>
-</dd>
-<dd>Note: The types AT and Custom are not available in <a href="#declaration-mode">Declaration Mode</a>.
-</dd>
-<dt>Inertia [kgm²]</dt>
-<dd>Rotational inertia of the gearbox (constant for all gears).
-</dd>
-<dt>Traction Interruption [s]</dt>
-<dd>Interruption during gear shift event.
-</dd>
-</dl>
-</div>
-<div id="gears-1" class="section level3">
-<h3>Gears</h3>
-<p>Use the <img src="data:image/png;base64,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" alt="add" /> and <img src="data:image/png;base64,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" alt="remove" /> buttons to add or remove gears from the vehicle. Doubleclick entries to edit existing gears.</p>
+<div id="torque-converter-characteristics-.vtcc" class="section level2">
+<h2>Torque Converter Characteristics (.vtcc)</h2>
+<p>The file uses the <a href="#csv">VECTO CSV format</a>.</p>
<ul>
-<li>Gear <strong>“A”</strong> defines the ratio of the axle transmission / differential.</li>
-<li>Column <strong>“TC”</strong> (AT only) defines which gears are using the torque converter (lock-up clutch open).</li>
-<li>Column <strong>“Loss Map or Efficiency”</strong> allows to define either a constant efficiency value or a <a href="#transmission-loss-map-.vtlm">loss map (.vtlm)</a>.</li>
-<li>Column <strong>“Shift polygons”</strong> defines the <a href="#shift-polygons-input-file-.vgbs">Shift Polygons InputFile (.vgbs)</a> for each gear. Not required in <a href="#declaration-mode">Declaration Mode</a>. See <a href="#gear-shift-model">GearShift Model</a> for details.</li>
-<li>Column <strong>“Full Load Curves”</strong> defines the <a href="#full-load-and-drag-curves-.vfld">Full Load Curve for (.vfld)</a> each gear. It is used for torque limiting and <a href="#gear-shift-model">generic shift polygons</a> in Declaration Mode. If no file is defined the engine full load curve will be used.</li>
+<li>Filetype: .vtlm</li>
+<li>Header: <strong>Speed Ratio, Torque Ratio, Input Torque at reference rpm</strong></li>
+<li>Requires at least 2 data entries</li>
</ul>
+<hr />
+<p><strong>!!! The Torque Converter Model is still in development !!!</strong></p>
+<p>This file defines the torque converter characteristics as described in VDI 2153:</p>
+<ul>
+<li><strong>Speed Ratio</strong> (ν) = Output Speed / Input Speed</li>
+<li><strong>Torque Ratio</strong> (μ) = Output Torque / Input Torque</li>
+<li><strong>Input Torque</strong> (T<sub>ref(ν)</sub>) is the input torque (over ν) for a specific reference engine speed (see below).</li>
+</ul>
+<p>The Input Torque at reference engine speed is needed to calculate the actual engine torque using this formula:</p>
+<p><span class="math inline">\(T_{in} = T_{ref}(v) \cdot ( \frac{n_{in}}{n_{ref}} )^{2}\)</span></p>
+<p>with:</p>
+<ul>
+<li>T<sub>in</sub> = engine torque [Nm]</li>
+<li>T<sub>ref(ν)</sub> = reference torque at reference rpm (form .vtcc file) [Nm]</li>
+<li>n<sub>in</sub> = engine speed [1/min]</li>
+<li>n<sub>ref</sub> = reference rpm [1/min] (see below)</li>
+</ul>
+<p>The torque converter characteristics must also be defined for speed ratios of more than one (ν>1) in order to calculate overrun conditions (torque<0).</p>
</div>
-<div id="gear-shift-parameters-1" class="section level3">
-<h3>Gear shift parameters</h3>
-<dl>
-<dt><img src="data:image/png;base64,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" /> Allow shift-up inside polygons</dt>
-<dd>See <a href="#gear-shift-model">Gear Shift Model</a>.
-</dd>
-<dt><img src="data:image/png;base64,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" /> Skip Gears</dt>
-<dd>See <a href="#gear-shift-model">Gear Shift Model</a>.
-</dd>
-<dt>Torque Reserve [%]</dt>
-<dd>This parameter is required for the <strong>Allow shift-up inside polygons</strong> and <strong>Skip Gears</strong> options.
-</dd>
-<dt>Minimum shift time [s]</dt>
-<dd>Limits the time between two gear shifts in whole seconds. This rule will be ignored if rpms are too high or too low. Note that high values may cause high rpms during acceleration.
-</dd>
-<dt>Start Gear</dt>
-<dd>In order to calculate an appropriate gear for vehicle start (first gear after vehicle standstill) a fictional load case is calculated using a specified <strong>reference vehicle speed</strong> and <strong>reference acceleration</strong> together with the actual road gradient, transmission losses and auxiliary power demand. This way the start gear is independent from the target speed. VECTO uses the highest possible gear which provides the defined <strong>torque reserve</strong>.
-</dd>
-</dl>
-</div>
-<div id="chart-area-5" class="section level3">
-<h3>Chart Area</h3>
-<p>The Chart Area displays the <a href="#shift-polygons-input-file-.vgbs">Shift Polygons Input File(.vgbs)</a> for the selected gear.</p>
-</div>
-<div id="torque-converter-1" class="section level3">
-<h3>Torque Converter</h3>
-<p>The <a href="#torque-converter-model">Torque Converter Model</a> is still in development.</p>
-<dl>
-<dt>Inertia [kgm²]</dt>
-<dd>Rotational inertia of the engine-side part of the torque converter. (Gearbox-side inertia is not considered in VECTO.)
-</dd>
-</dl>
-</div>
-<div id="controls-11" class="section level3">
-<h3>Controls</h3>
-<dl>
-<dt><img src="data:image/png;base64,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" /> New file</dt>
-<dd>Create a new empty .vgbx file
-</dd>
-<dt><img src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAAC2UlEQVR42o2TTUwTQRTH/9ttwQClJRAhGvkQi8g3QSHxQMRgTPxI0HiTg4SrRkgwmqgHjeGCJhqjJ/k4iXAxUmOiCUIRA8QIJeUzVKTlSwTa7ZZCu8vOOp0WLPHiS15m5s17v/m/mV1uqLN6BECRltdAq6XOc+A4DpGm0bC1oChqfe6FlrbIPY4C1NLzBVhdcEH4JcK9IiLhYCaS0nLYuGN+cQ32vg4h/2Jrwj+A4+fyATUU2JYVCBQyZ1tA6YlCmhHONKTDbGnHbV8ftv3k6Uytq34XUHI2j+WoDBIiDX8aR1HWfgRbC7eAd1N2NHgt2CLb4EWu11nnqWCA4spcWqbuqgiatXsCeYeTwFNAdBTPYiPTK7jy21yxqZF7JKpU5+YfMEBhxbHw6SEBwanNMomjaYnQaTk4VS9uOQbBbQHm6nEu5VncW48+ULXPyQsMkF+eTQEqIkWM908j44ARDiKiYWUAN08/wivLS3y4bOGSG2N7xBTpFO/gQneQczLrb7HKmsHU4Aw2DQpeKAu4WnYDvfPv0fW1C5vu7TYlllzzGWRw9vAlZpeZmAKVhHoIiun+bsUbvQvXy++jY/I5RldGsDy7AVmjQIpXsCHLIJNqCGAqyaTF4RaoB7YCqHV8xJ0zTeiceAK7ewZeKYANSdp134YMZZj0MkBmYQY7Paji59gcg9zT2HDkUApWA05aLO0BeDepj0qCIpLQM2bkpYMQlalwTjmx7iFwKCJeExti0rVQdWAAQfRjfX4LoiMwp/jJJbmZWBkgNTuVFQchi/YFLK/J8EsqYow6NAn9IGl0L4pgZsiF+oQS3K3/wkV+yu74RIMxzqBnkOW5RUz+WIfXJyE5MRbReh4PlwagmACnzYNO08XiyppOayTASMdWXZSuSp9ghOgS0G4eq3vc8s1M47PBpLi6KKMikVYloApSs1Kz52famVBQVRBE3ThgXSqoa/xsw3/YH0GTmCzvIdojAAAAAElFTkSuQmCC" alt="open" />Open existing file</dt>
-<dd>Open an existing .vgbx file
-</dd>
-</dl>
-<p><img src="data:image/png;base64,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" alt="save" /> <strong><em>Save current file</em></strong></p>
-<p><img src="data:image/png;base64,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" alt="SaveAs" /> <strong><em>Save file as…</em></strong></p>
-<dl>
-<dt><img src="data:image/png;base64,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" alt="sendto" /> Send current file to the <a href="#job-editor">VECTO Editor</a></dt>
-<dd><strong>Note:</strong> If the current file was opened via the <a href="#job-editor">VECTO Editor</a> the file will be sent automatically when saved.
-</dd>
-</dl>
-<p><img src="data:image/png;base64,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" /> <strong><em>Open file browser</em></strong></p>
-<p><img src="data:image/png;base64,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" /> <strong><em>Open file</em></strong> (see <a href="#settings">File Open Command)</a>.</p>
-<dl>
-<dt><img src="data:image/png;base64,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" alt="OK" /> Save and close file</dt>
-<dd>If necessary the file path in the <a href="#job-editor">VECTO Editor</a> will be updated.
-</dd>
-</dl>
-<p><img src="data:image/png;base64,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" alt="Cancel" /> <strong><em>Cancel without saving</em></strong></p>
+<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-editor">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>
+<p>See <a href="#auxiliaries">Auxiliaries</a> for details on how the power demand for each auxiliary is calculated.</p>
+<ul>
+<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>
+</ul></li>
+<li>Requires at least 3 data entries for the last header.</li>
+</ul>
+<p><strong>Example:</strong></p>
+<pre><code>Transmission ration to engine rpm [-]
+4.078
+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
+...</code></pre>
+</div>
+<div id="driving-cycles" class="section level2">
+<h2>Driving Cycles</h2>
+<p>A Driving Cycle defines the parameters of a simulated route in Vecto. It is either time-based or distance-based and has different fields depending on the driving cycle type. The basic file format is <a href="#csv">Vecto-CSV</a> and the file type ending is “.vdri”. A Job must have at least one driving cycle (except in Declaration mode, where the driving cycles are predefined).</p>
+<div id="driving-cycle-types" class="section level3">
+<h3>Driving Cycle Types</h3>
+<ul>
+<li><strong>Declaration Mode</strong>: <a href="#declaration-mode-cycles">Target speed, distance-based</a></li>
+<li><strong>Engineering Mode</strong>:
+<ul>
+<li><a href="#engineering-mode-target-speed-distance-based-cycle">Target speed, distance-based</a></li>
+<li><a href="#engineering-mode-measured-speed-time-based-cycle">Measured speed, time-based</a></li>
+<li><a href="#engineering-mode-measured-speed-with-gear-time-based-cycle">Measured speed with gear, time-based</a></li>
+<li><a href="#engineering-mode-pwheel-sico-time-based">Pwheel (SiCo) Mode, time-based</a></li>
+</ul></li>
+<li><strong>Engine Only Mode</strong>: <a href="#engine-only-mode-engine-only-driving-cycle">Engine Only Mode, time-based</a></li>
+</ul>
+<div class="vecto2">
+<ul>
+<li>Distance-based cycles must have at least a resolution of 1[m].</li>
+<li>Time-based cycles must have exactly a resolution of 1[s].</li>
+</ul>
</div>
+<div class="vecto3">
+<ul>
+<li>Distance-based cycles can be defined in any distance resolution, including variable distance steps.</li>
+<li>Time-based cycles can be defined in any time resolution, including variable time steps.</li>
+</ul>
</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.</p>
-<div class="figure">
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" />
-
</div>
-<div id="file-format-5" class="section level3">
-<h3>File Format</h3>
-<p>The file uses the <a href="#csv-format">VECTO CSV format</a>.</p>
-<dl>
-<dt>Format:</dt>
-<dd><ul>
-<li>Three columns</li>
-<li>One header line</li>
-<li>At least two lines with numeric values (below file header)</li>
+<div id="declaration-mode-cycles" class="section level3">
+<h3>Declaration Mode Cycles</h3>
+<p>In Declaration Mode driving cycles are automatically chosen depending on vehicle category and cannot be changed by the user. These predefined cycles are of type target-speed, distance-based.</p>
+<ul>
+<li>Coach: 275km</li>
+<li>Construction: 21km</li>
+<li>Heavy Urban: 30km</li>
+<li>Inter Urban: 123km</li>
+<li>Long Haul: 100km</li>
+<li>Municipal Utility: 10km</li>
+<li>Regional Delivery: 26km</li>
+<li>Sub Urban: 23km</li>
+<li>Urban: 40km</li>
+<li>Urban Delivery: 28km</li>
</ul>
-</dd>
-</dl>
-<p><strong><em>Columns:</em></strong></p>
+</div>
+<div id="engineering-mode-target-speed-distance-based-cycle" class="section level3">
+<h3>Engineering Mode: Target-Speed, Distance-Based Cycle</h3>
+<p>This driving cycle defines the target speed over distance. Vecto tries to achieve and maintain this target speed.</p>
+<p>Header: <strong><s>, <v>, <stop></strong><em>[, <Padd>][, <grad>][, <vair_res>, <vair_beta>][, <Aux_ID>]</em></p>
<table>
+<colgroup>
+<col width="4%"></col>
+<col width="2%"></col>
+<col width="93%"></col>
+</colgroup>
<thead>
<tr class="header">
-<th align="left"><strong>Engine Torque [Nm]</strong></th>
-<th align="left"><strong>Downshift rpm [1/min]</strong></th>
-<th align="left"><strong>Upshift rpm [1/min]</strong></th>
+<th align="left">Identifier</th>
+<th align="left">Unit</th>
+<th align="left">Description</th>
</tr>
</thead>
<tbody>
<tr class="odd">
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
+<td align="left"><strong>s</strong></td>
+<td align="left">[m]</td>
+<td align="left">Traveled distance. Must always be increasing.</td>
</tr>
<tr class="even">
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
+<td align="left"><strong>v</strong></td>
+<td align="left">[km/h]</td>
+<td align="left">The target vehicle velocity. Must be >= 0 km/h.</td>
</tr>
-</tbody>
-</table>
-</div>
-</div>
-<div id="transmission-loss-map-.vtlm" class="section level2">
-<h2>Transmission Loss Map (.vtlm)</h2>
-<p>This file defines losses in gearbox and axle transmission and must be provided for each gear in the <a href="#gearbox-editor">Gearbox File</a>.</p>
-<div id="file-format-6" class="section level3">
-<h3>File Format</h3>
-<p>The file uses the <a href="#csv-format">VECTO CSV format</a>.</p>
-<dl>
-<dt>Format:</dt>
-<dd><ul>
-<li>Three columns</li>
-<li>One header line</li>
-<li>At least four lines with numeric values (below file header)</li>
-</ul>
-</dd>
-</dl>
-<p><strong><em>Columns:</em></strong></p>
-<table>
-<thead>
-<tr class="header">
-<th align="left"><strong>Input Speed [1/min]</strong></th>
-<th align="left"><strong>Input Torque [Nm]</strong></th>
-<th align="left"><strong>Torque Loss</strong></th>
+<tr class="odd">
+<td align="left"><strong>stop</strong></td>
+<td align="left">[s]</td>
+<td align="left">Stopping Time. Defines the time span the vehicle is standing still (time the vehicle spending in a stop phase). After this time, the vehicle tries to accelerate to <v>.</td>
+</tr>
+<tr class="even">
+<td align="left"><em>Padd</em></td>
+<td align="left">[kW]</td>
+<td align="left">Additional auxiliary power demand. This power demand will be directly added to the engine power in addition to possible other auxiliaries. Must be >= 0 kW.</td>
</tr>
-</thead>
-<tbody>
<tr class="odd">
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
+<td align="left"><em>grad</em></td>
+<td align="left">[%]</td>
+<td align="left">The road gradient.</td>
</tr>
<tr class="even">
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
+<td align="left"><em>vair_res</em></td>
+<td align="left">[km/h]</td>
+<td align="left">Air speed relative to vehicle for cross wind correction. Only required if <a href="#cross-wind-correction"><strong>Cross Wind Correction</strong></a> is set to <strong>Vair & Beta Input</strong>.</td>
</tr>
<tr class="odd">
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
+<td align="left"><em>vair_beta</em></td>
+<td align="left">[°]</td>
+<td align="left">Wind Yaw Angle for cross wind correction. Only required if <a href="#cross-wind-correction"><strong>Cross Wind Correction</strong></a> is set to <strong>Vair & Beta Input</strong>.</td>
</tr>
<tr class="even">
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
+<td align="left"><em>Aux_ID</em></td>
+<td align="left">[kW]</td>
+<td align="left">Auxiliary Supply Power. Can be defined multiple times with different Identifiers. The supply power input for each auxiliary defined in the <a href="#job-editor">.vecto file</a> with the corresponding ID. ID’s are not case sensitive and must only contain letters and numbers [a-z,A-Z,0-9]. Must be >= 0 kW.</td>
</tr>
</tbody>
</table>
-<p>Input Speed & Torque always means <strong>engine-side</strong>.</p>
-<dl>
-<dt>Sign of torque values:</dt>
-<dd><ul>
-<li>Input Torque > 0 for normal driving operation</li>
-<li>Input Torque < 0 for motoring operation. <strong><em>The Torque Loss Map must include negative torque values for engine motoring operation!</em></strong></li>
-<li>Torque Loss is always positive!</li>
-</ul>
-</dd>
-<dt>Calculation of Output Torque:</dt>
-<dd>VECTO calculates the output torque using this formula, independent from the current operation mode (driving/braking).
-</dd>
-</dl>
-<p><span class="math inline">\(Output\ Torque = (Input\ Torque-Torque\ Loss) \times GearRatio\)</span></p>
-</div>
-</div>
-<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>
-<p>This file defines the torque converter characteristics as described in VDI 2153:</p>
-<ul>
-<li><strong>Speed Ratio</strong> (ν) = Output Speed / Input Speed</li>
-<li><strong>Torque Ratio</strong> (μ) = Output Torque / Input Torque</li>
-<li><strong>Input Torque</strong> (T<sub>ref(ν)</sub>) is the input torque (over ν) for a specific reference engine speed (see below).</li>
-</ul>
-<p>The Input Torque at reference engine speed is needed to calculate the actual engine torque using this formula:</p>
-<p><span class="math inline">\(T_{in} = T_{ref}(v) \cdot ( \frac{n_{in}}{n_{ref}} )^{2}\)</span></p>
-<p>with:</p>
-<ul>
-<li>T<sub>in</sub> = engine torque [Nm]</li>
-<li>T<sub>ref(ν)</sub> = reference torque at reference rpm (form .vtcc file) [Nm]</li>
-<li>n<sub>in</sub> = engine speed [1/min]</li>
-<li>n<sub>ref</sub> = reference rpm [1/min] (see below)</li>
-</ul>
-<p>The torque converter characteristics must also be defined for speed ratios of more than one (ν>1) in order to calculate overrun conditions (torque<0).</p>
-<div id="file-format-7" class="section level3">
-<h3>File Format</h3>
-<p>The file uses the <a href="#csv-format">VECTO CSV format</a>.</p>
-<dl>
-<dt>Format:</dt>
-<dd><ul>
-<li>Three columns</li>
-<li>One header line</li>
-<li>At least two lines with numeric values (below file header)<br />
-</li>
-</ul>
-</dd>
-</dl>
-<p><strong><em>Columns:</em></strong></p>
+<p><strong>Example:</strong></p>
<table>
<thead>
<tr class="header">
-<th align="left"><strong>Speed Ratio ν</strong></th>
-<th align="left"><strong>Torque Ratio μ</strong></th>
-<th align="left"><strong>Input Torque at reference rpm</strong></th>
+<th align="left"><s> [m]</th>
+<th align="left"><v> [km/h]</th>
+<th align="left"><stop> [s]</th>
+<th align="left"><grad> [%]</th>
+<th align="left"><Padd> [kW]</th>
</tr>
</thead>
<tbody>
<tr class="odd">
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
+<td align="left">0</td>
+<td align="left">10</td>
+<td align="left">10</td>
+<td align="left">2.95</td>
+<td align="left">1.5</td>
</tr>
<tr class="even">
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
+<td align="left">1</td>
+<td align="left">20</td>
+<td align="left">0</td>
+<td align="left">2.97</td>
+<td align="left">1.3</td>
</tr>
<tr class="odd">
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
+<td align="left">2</td>
+<td align="left">35</td>
+<td align="left">0</td>
+<td align="left">3.03</td>
+<td align="left">1.3</td>
</tr>
<tr class="even">
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
+<td align="left">3</td>
+<td align="left">50</td>
+<td align="left">0</td>
+<td align="left">2.99</td>
+<td align="left">1.3</td>
</tr>
</tbody>
</table>
</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-editor">Job File</a> via the <a href="#auxiliary-dialog">Auxiliary Dialog</a>.</p>
-<p>See <a href="#auxiliaries">Auxiliaries</a> for details on how the power demand for each auxiliary is calculated.</p>
-<div id="file-format-8" class="section level3">
-<h3>File Format</h3>
-<p>The file uses the VECTO CSV format with three additional parameters on top of the efficiency map.</p>
-<dl>
-<dt>Format:</dt>
-<dd><ul>
-<li>Lines 1,3,5 and 7 are reserved for headers. Theses lines are skipped during file read.</li>
-<li>Line 2: <a href="#auxiliaries">TransRatio</a> = Speed ratio between auxiliary and engine. [-]</li>
-<li>Line 4: <a href="#auxiliaries">EffToEng</a> = Efficiency of auxiliary (belt/gear) drive [-]</li>
-<li>Line 6: <a href="#auxiliaries">EffToSply</a> = Consumer efficiency [-]</li>
-<li>Line 8 and following (at least four): <a href="#auxiliaries">EffMap</a> = Auxiliary efficiency map.</li>
-</ul>
-</dd>
-</dl>
-<p><strong><em>Format:</em></strong></p>
-<table>
+<div id="engineering-mode-measured-speed-time-based-cycle" class="section level3">
+<h3>Engineering Mode: Measured-Speed, Time-Based Cycle</h3>
+<p>This driving cycle defines the actual measured speed over time. Vecto tries to simulate the vehicle model using this speed as the actual vehicle speed. Due to differences in the real and simulated shift strategies a short difference in speed could occur, but Vecto immediately tries to catch up after the gear is engaged again.</p>
+<p>Header: <strong><t>, <v></strong><em>[, <grad>][, <Padd>][, <vair_res>, <vair_beta>][, <Aux_ID>]</em></p>
+<table style="width:100%;">
+<colgroup>
+<col width="3%"></col>
+<col width="2%"></col>
+<col width="93%"></col>
+</colgroup>
+<thead>
+<tr class="header">
+<th align="left">Identifier</th>
+<th align="left">Unit</th>
+<th align="left">Description</th>
+</tr>
+</thead>
<tbody>
<tr class="odd">
-<td align="left"><strong>TransRatio [-]</strong></td>
-<td align="left"><strong>Max. acceleration [m/s<sup>2</sup>]</strong></td>
-<td align="left"><strong>Max. deceleration [m/s<sup>2</sup>]</strong></td>
+<td align="left"><strong>t</strong></td>
+<td align="left">[s]</td>
+<td align="left">The absolute time. Must always be increasing.</td>
</tr>
<tr class="even">
-<td align="left">…</td>
-<td align="left"></td>
-<td align="left"></td>
+<td align="left"><strong>v</strong></td>
+<td align="left">[km/h]</td>
+<td align="left">The actual velocity of the vehicle. Must be >= 0 km/h.</td>
</tr>
<tr class="odd">
-<td align="left"><strong>EffToEng [-]</strong></td>
-<td align="left"></td>
-<td align="left"></td>
+<td align="left"><em>Padd</em></td>
+<td align="left">[kW]</td>
+<td align="left">Additional auxiliary power demand. This power demand will be directly added to the engine power in addition to possible other auxiliaries. Must be >= 0 kW.</td>
</tr>
<tr class="even">
-<td align="left">…</td>
-<td align="left"></td>
-<td align="left"></td>
+<td align="left"><em>grad</em></td>
+<td align="left">[%]</td>
+<td align="left">The road gradient.</td>
</tr>
<tr class="odd">
-<td align="left"><strong>EffToSply [-]</strong></td>
-<td align="left"></td>
-<td align="left"></td>
+<td align="left"><em>vair_res</em></td>
+<td align="left">[km/h]</td>
+<td align="left">Air speed relative to vehicle for cross wind correction. Only required if <a href="#cross-wind-correction"><strong>Cross Wind Correction</strong></a> is set to <strong>Vair & Beta Input</strong>.</td>
</tr>
<tr class="even">
-<td align="left">…</td>
-<td align="left"></td>
-<td align="left"></td>
+<td align="left"><em>vair_beta</em></td>
+<td align="left">[°]</td>
+<td align="left">Wind Yaw Angle for cross wind correction. Only required if <a href="#cross-wind-correction"><strong>Cross Wind Correction</strong></a> is set to <strong>Vair & Beta Input</strong>.</td>
+</tr>
+<tr class="odd">
+<td align="left"><em>Aux_ID</em></td>
+<td align="left">[kW]</td>
+<td align="left">Auxiliary Supply Power. Can be defined multiple times with different Identifiers. The supply power input for each auxiliary defined in the <a href="#job-editor">.vecto file</a> with the corresponding ID. ID’s are not case sensitive and must only contain letters and numbers [a-z,A-Z,0-9]. Must be >= 0 kW.</td>
+</tr>
+</tbody>
+</table>
+<p><strong>Example:</strong></p>
+<table>
+<thead>
+<tr class="header">
+<th align="left"><t> [m]</th>
+<th align="left"><v> [km/h]</th>
+<th align="left"><grad> [%]</th>
+<th align="left"><Padd> [kW]</th>
</tr>
+</thead>
+<tbody>
<tr class="odd">
-<td align="left"><strong>Auxiliary speed [1/min]</strong></td>
-<td align="left"><strong>Mechanical power [kW]</strong></td>
-<td align="left"><strong>Supply power [kW]</strong></td>
+<td align="left">0</td>
+<td align="left">0</td>
+<td align="left">2.95</td>
+<td align="left">1.5</td>
</tr>
<tr class="even">
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
+<td align="left">1</td>
+<td align="left">0.6</td>
+<td align="left">2.97</td>
+<td align="left">1.3</td>
</tr>
<tr class="odd">
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
+<td align="left">2</td>
+<td align="left">1.2</td>
+<td align="left">3.03</td>
+<td align="left">1.3</td>
+</tr>
+<tr class="even">
+<td align="left">3</td>
+<td align="left">2.4</td>
+<td align="left">2.99</td>
+<td align="left">1.3</td>
</tr>
</tbody>
</table>
</div>
-</div>
-<div id="driving-cycle-.vdri" class="section level2">
-<h2>Driving Cycle (.vdri)</h2>
-<p>The Driving Cycle defines vehicle speed, road gradient and other parameters for a test route. It is either time-based or distance-based and defines a simulated route the vehicle should be tested with. The format is <a href="#csv-format">Vecto-CSV</a> and the columns depend on the cycle type:</p>
-<ul>
-<li><strong>Declaration Mode</strong>: <a href="#declaration-mode-cycle">Target speed, time-based, predefined!</a></li>
-<li><strong>Engineering Mode</strong>:
-<ul>
-<li><a href="#distance-based-cycle">Target speed, distance-based</a></li>
-<li><a href="#measured-speed-cycle-without-gear">Measured speed, time-based</a></li>
-<li><a href="#measured-speed-cycle-with-gear-and-engine-speed">Measured speed with gear, time-based</a></li>
-<li><a href="#pwheel-sico-mode-cycle">Pwheel (SiCo) Mode, time-based</a></li>
-</ul></li>
-<li><strong>Engine Only Mode</strong>: <a href="#engine-only-mode-cycle">Engine Only Mode, time-based</a></li>
-</ul>
-<p><strong>Important Notes:</strong></p>
-<ul>
-<li>Distance-based cycles must have at least a resolution of 1[m].</li>
-<li>Time-based cycles can be defined in any given time resolution, including variable time steps. If the time column (“<t>”) is missing, the data will be interpreted to have a 1[s] resolution.</li>
-</ul>
-<div id="declaration-mode-cycle" class="section level3">
-<h3>Declaration Mode Cycle</h3>
-<p>Cycles are always distance-based and are predefined default cycles depending on vehicle category. They represent a typical usage cycle of the corresponding vehicle category. Depending on the vehicle category, up two 3 different cycles could be chosen for a simulation.</p>
-<ul>
-<li>Long Haul - 100km</li>
-<li>Regional Delivery - 26km</li>
-<li>Urban Delivery - 28km</li>
-<li>Coach - 275km</li>
-<li>Urban - 40km</li>
-<li>Sub Urban - 23km</li>
-<li>Inter Urban - 123km</li>
-<li>Heavy Urban - 30km</li>
-<li>Municipal Utility - 10km</li>
-<li>Construction - 21km</li>
-</ul>
-</div>
-<div id="engineering-mode-driving-cycles" class="section level3">
-<h3>Engineering Mode Driving Cycles</h3>
-<p>Cycles can be defined in <a href="#job-editor">Job</a>. A job is time based if the column <t> is defined. A job is distance based if the column <s> is defined. If both are defined, the time column is prefered (=> time-based). If none are defined, the entries will be interpreted with 1Hz (=> time-based).</p>
-<div id="distance-based-cycle" class="section level4">
-<h4>Distance-Based Cycle</h4>
-<p>Header: <strong><s></strong>,<strong><v></strong>,<em>[<grad>]</em>,<strong><stop></strong>,<strong><Padd></strong> <em>[,<vair_res>,<vair_beta>][,<Aux_xxx>]</em></p>
-<table>
+<div id="engineering-mode-measured-speed-with-gear-time-based-cycle" class="section level3">
+<h3>Engineering Mode: Measured-Speed With Gear, Time-Based Cycle</h3>
+<p>This driving cycle defines the actual measured speed of the vehicle, the gear, and the engine speed over time. It overrides the shift strategy of Vecto and also directly sets the engine speed.</p>
+<p>Header: <strong><t>, <v>, <n>, <gear></strong><em>[, <grad>][, <Padd>][, <vair_res>, <vair_beta>][, <Aux_ID>]</em></p>
+<table style="width:100%;">
<colgroup>
-<col width="14%"></col>
-<col width="11%"></col>
-<col width="9%"></col>
-<col width="64%"></col>
+<col width="3%"></col>
+<col width="2%"></col>
+<col width="93%"></col>
</colgroup>
<thead>
<tr class="header">
<th align="left">Identifier</th>
-<th align="left">Quantity</th>
<th align="left">Unit</th>
<th align="left">Description</th>
</tr>
</thead>
<tbody>
<tr class="odd">
-<td align="left"><strong><s></strong></td>
-<td align="left">Distance</td>
-<td align="left">[m]</td>
-<td align="left">Travelled distance.</td>
+<td align="left"><strong>t</strong></td>
+<td align="left">[s]</td>
+<td align="left">The absolute time. Must always be increasing.</td>
</tr>
<tr class="even">
-<td align="left"><strong><v></strong></td>
-<td align="left">Vehicle Speed</td>
+<td align="left"><strong>v</strong></td>
<td align="left">[km/h]</td>
-<td align="left">The target vehicle velocity.</td>
+<td align="left">The actual velocity of the vehicle. Must be >= 0 km/h.</td>
</tr>
<tr class="odd">
-<td align="left"><em><grad></em></td>
-<td align="left">Road Gradient</td>
-<td align="left">[%]</td>
-<td align="left">Optional.</td>
+<td align="left"><strong>n</strong></td>
+<td align="left">[rpm]</td>
+<td align="left">The actual engine speed. Must always be >= 0 rpm.</td>
</tr>
<tr class="even">
-<td align="left"><strong><stop></strong></td>
-<td align="left">Stopping Time</td>
-<td align="left">[s]</td>
-<td align="left">Required for distance-based cycles. Not used in time based cycles. <stop> defines the time the vehicle spends in stop phases.</td>
+<td align="left"><strong>gear</strong></td>
+<td align="left">[-]</td>
+<td align="left">The current gear. Must be >= 0 (0 is neutral).</td>
</tr>
<tr class="odd">
-<td align="left"><strong><Padd></strong></td>
-<td align="left">Additional Aux Power Demand</td>
+<td align="left"><em>Padd</em></td>
<td align="left">[kW]</td>
-<td align="left">This power input will be directly added to the engine power in addition to possible other auxiliaries..</td>
+<td align="left">Additional auxiliary power demand. This power demand will be directly added to the engine power in addition to possible other auxiliaries. Must be >= 0 kW.</td>
</tr>
<tr class="even">
-<td align="left"><em><vair_res></em></td>
-<td align="left">Air speed relative to vehicle</td>
-<td align="left">[km/h]</td>
-<td align="left">Only required if <a href="#cross-wind-correction"><strong>Cross Wind Correction</strong></a> is set to <strong>Vair & Beta Input</strong>.</td>
+<td align="left"><em>grad</em></td>
+<td align="left">[%]</td>
+<td align="left">The road gradient.</td>
</tr>
<tr class="odd">
-<td align="left"><em><vair_beta></em></td>
-<td align="left">Wind Yaw Angle</td>
-<td align="left">[°]</td>
-<td align="left">Only required if <a href="#cross-wind-correction"><strong>Cross Wind Correction</strong></a> is set to <strong>Vair & Beta Input</strong>.</td>
+<td align="left"><em>vair_res</em></td>
+<td align="left">[km/h]</td>
+<td align="left">Air speed relative to vehicle for cross wind correction. Only required if <a href="#cross-wind-correction"><strong>Cross Wind Correction</strong></a> is set to <strong>Vair & Beta Input</strong>.</td>
</tr>
<tr class="even">
-<td align="left"><em><Aux_xxx></em></td>
-<td align="left">Auxiliary Supply Power</td>
+<td align="left"><em>vair_beta</em></td>
+<td align="left">[°]</td>
+<td align="left">Wind Yaw Angle for cross wind correction. Only required if <a href="#cross-wind-correction"><strong>Cross Wind Correction</strong></a> is set to <strong>Vair & Beta Input</strong>.</td>
+</tr>
+<tr class="odd">
+<td align="left"><em>Aux_ID</em></td>
<td align="left">[kW]</td>
-<td align="left">Supply Power input for each auxiliary defined in the <a href="#job-editor">.vecto file</a> where xxx matches the ID of the corresponding <a href="#auxiliary-dialog">Auxiliary</a>. ID’s are not case sensitive and must not contain space or special characters.</td>
+<td align="left">Auxiliary Supply Power. Can be defined multiple times with different Identifiers. The supply power input for each auxiliary defined in the <a href="#job-editor">.vecto file</a> with the corresponding ID. ID’s are not case sensitive and must only contain letters and numbers [a-z,A-Z,0-9]. Must be >= 0 kW.</td>
</tr>
</tbody>
</table>
-<p><strong><bold></strong> identifiers are required, <em><italic></em> are optional.</p>
<p><strong>Example:</strong></p>
<table>
<thead>
<tr class="header">
-<th align="left"><s></th>
-<th align="left"><v></th>
-<th align="left"><grad></th>
-<th align="left"><stop></th>
-<th align="left"><Aux_Alt></th>
-<th align="left"><Aux_Demo></th>
+<th align="left"><t> [m]</th>
+<th align="left"><v> [km/h]</th>
+<th align="left"><n> [rpm]</th>
+<th align="left"><gear> [-]</th>
+<th align="left"><grad> [%]</th>
+<th align="left"><Padd> [kW]</th>
</tr>
</thead>
<tbody>
<tr class="odd">
<td align="left">0</td>
-<td align="left">60</td>
-<td align="left">2.95016969</td>
<td align="left">0</td>
-<td align="left">0.5</td>
-<td align="left">4.752</td>
+<td align="left">600</td>
+<td align="left">0</td>
+<td align="left">2.95</td>
+<td align="left">1.5</td>
</tr>
<tr class="even">
<td align="left">1</td>
-<td align="left">60</td>
-<td align="left">2.95016969</td>
-<td align="left">0</td>
-<td align="left">0.5</td>
-<td align="left">4.752</td>
+<td align="left">0.6</td>
+<td align="left">950</td>
+<td align="left">3</td>
+<td align="left">2.97</td>
+<td align="left">1.3</td>
</tr>
<tr class="odd">
<td align="left">2</td>
-<td align="left">60</td>
-<td align="left">2.95016969</td>
-<td align="left">0</td>
-<td align="left">0.5</td>
-<td align="left">4.752</td>
+<td align="left">1.2</td>
+<td align="left">1200</td>
+<td align="left">3</td>
+<td align="left">3.03</td>
+<td align="left">1.3</td>
</tr>
<tr class="even">
<td align="left">3</td>
-<td align="left">60</td>
-<td align="left">2.95016969</td>
-<td align="left">0</td>
-<td align="left">0.5</td>
-<td align="left">4.752</td>
+<td align="left">2.4</td>
+<td align="left">1400</td>
+<td align="left">3</td>
+<td align="left">2.99</td>
+<td align="left">1.3</td>
</tr>
</tbody>
</table>
</div>
-</div>
-<div id="engineering-mode-measured-speed" class="section level3">
-<h3>Engineering Mode: Measured Speed</h3>
-<div id="measured-speed-cycle-without-gear" class="section level4">
-<h4>Measured Speed Cycle Without Gear</h4>
-<p>This cycle type defines the measured vehicle velocity and the road gradient. It uses the built-in shift strategy of vecto to determine the current gear and the resulting engine power. If the cross wind correction for the <a href="#vehicle-editor">Vehicle</a> is set to “Vair & Beta” the columns <vair_res> and <vair_beta> are required.</p>
-<p>Header: <strong><t>,<v>,<grad>,<Padd></strong> <em>[,<vair_res>,<vair_beta>][,<Aux_xxx>]</em></p>
+<div id="engineering-mode-pwheel-sico-time-based" class="section level3">
+<h3>Engineering Mode: Pwheel (SiCo), Time-Based</h3>
+<p>This driving cycle defines the power measured at the wheels over time. Vecto tries to simulate the vehicle with this power requirement.</p>
+<p>Header: <strong><t>, <Pwheel>, <gear>, <n></strong><em>[, <Padd>]</em></p>
<table>
<colgroup>
-<col width="14%"></col>
-<col width="11%"></col>
-<col width="9%"></col>
-<col width="64%"></col>
+<col width="8%"></col>
+<col width="4%"></col>
+<col width="87%"></col>
</colgroup>
<thead>
<tr class="header">
<th align="left">Identifier</th>
-<th align="left">Quantity</th>
<th align="left">Unit</th>
-<th align="left">Description</th>
+<th align="left">Quantity Description</th>
</tr>
</thead>
<tbody>
<tr class="odd">
-<td align="left"><strong><t></strong></td>
-<td align="left">Time</td>
+<td align="left"><strong>t</strong></td>
<td align="left">[s]</td>
-<td align="left">The absolute time.</td>
-</tr>
-<tr class="even">
-<td align="left"><strong><v></strong></td>
-<td align="left">Vehicle Speed</td>
-<td align="left">[km/h]</td>
-<td align="left">The actual velocity of the vehicle.</td>
-</tr>
-<tr class="odd">
-<td align="left"><strong><grad></strong></td>
-<td align="left">Road Gradient</td>
-<td align="left">[%]</td>
-<td align="left">The road gradient.</td>
+<td align="left">The absolute time. Must always be increasing.</td>
</tr>
<tr class="even">
-<td align="left"><strong><Padd></strong></td>
-<td align="left">Additional Aux Power Demand</td>
+<td align="left"><strong>Pwheel</strong></td>
<td align="left">[kW]</td>
-<td align="left">This power input will be directly added to the engine power.</td>
+<td align="left">Power at the wheels.</td>
</tr>
<tr class="odd">
-<td align="left"><em><vair_res></em></td>
-<td align="left">Air speed relative to vehicle</td>
-<td align="left">[km/h]</td>
-<td align="left">Only required if <a href="#cross-wind-correction">Cross Wind Correction</a> in <a href="#vehicle-editor">Vehicle</a> is set to <strong>Vair & Beta Input</strong>.</td>
+<td align="left"><strong>gear</strong></td>
+<td align="left">[-]</td>
+<td align="left">The current gear. Must be >= 0 (0 is neutral).</td>
</tr>
<tr class="even">
-<td align="left"><em><vair_beta></em></td>
-<td align="left">Wind Yaw Angle</td>
-<td align="left">[°]</td>
-<td align="left">Only required if <a href="#cross-wind-correction">Cross Wind Correction</a> in <a href="#vehicle-editor">Vehicle</a> is set to <strong>Vair & Beta Input</strong>.</td>
+<td align="left"><strong>n</strong></td>
+<td align="left">[rpm]</td>
+<td align="left">The actual engine speed. Must be >= 0 rpm.</td>
</tr>
<tr class="odd">
-<td align="left"><em><Aux_xxx></em></td>
-<td align="left">Auxiliary Supply Power</td>
+<td align="left"><em>Padd</em></td>
<td align="left">[kW]</td>
-<td align="left">Power input for each auxiliary defined in the <a href="#job-editor">.vecto file</a> where “xxx” matches the ID of the corresponding <a href="#auxiliary-dialog">Auxiliary</a>. ID’s are not case sensitive and may consist of word-characters only (A-Z, a-z, 0-9).</td>
+<td align="left">Additional auxiliary power demand. This power demand will be directly added to the engine power. Must be >= 0 kW.</td>
</tr>
</tbody>
</table>
-<p><strong><bold></strong> identifiers are required, <em><italic></em> are optional.</p>
-</div>
-<div id="measured-speed-cycle-with-gear-and-engine-speed" class="section level4">
-<h4>Measured Speed Cycle With Gear and Engine Speed</h4>
-<p>This cycle type defines the measured vehicle velocity, the road gradient and the gear and engine speed. It overrides the built-in shift strategy. From the vehicle speed and gear the needed torque can be calculated, and together with the engine speed the resulting engine power which is used for fuel consumption can be calculated. If the cross wind correction for the <a href="#vehicle-editor">Vehicle</a> is set to “Vair & Beta” the columns <vair_res> and <vair_beta> are required.</p>
-<p>Header: <strong><t>,<v>,<grad>,<Padd>,<n>,<gear></strong> <em>[,<vair_res>,<vair_beta>][,<Aux_xxx>]</em></p>
+<p><strong>Example:</strong></p>
<table>
-<colgroup>
-<col width="14%"></col>
-<col width="11%"></col>
-<col width="9%"></col>
-<col width="64%"></col>
-</colgroup>
<thead>
<tr class="header">
-<th align="left">Identifier</th>
-<th align="left">Quantity</th>
-<th align="left">Unit</th>
-<th align="left">Description</th>
+<th align="left"><t> [m]</th>
+<th align="left"><Pwheel> [kW]</th>
+<th align="left"><gear> [-]</th>
+<th align="left"><n> [rpm]</th>
+<th align="left"><Padd> [kW]</th>
</tr>
</thead>
<tbody>
<tr class="odd">
-<td align="left"><strong><t></strong></td>
-<td align="left">Time</td>
-<td align="left">[s]</td>
-<td align="left">The absolute time.</td>
-</tr>
-<tr class="even">
-<td align="left"><strong><v></strong></td>
-<td align="left">Vehicle Speed</td>
-<td align="left">[km/h]</td>
-<td align="left">The actual velocity of the vehicle.</td>
-</tr>
-<tr class="odd">
-<td align="left"><strong><grad></strong></td>
-<td align="left">Road Gradient</td>
-<td align="left">[%]</td>
-<td align="left">The road gradient.</td>
-</tr>
-<tr class="even">
-<td align="left"><strong><Padd></strong></td>
-<td align="left">Additional Aux Power Demand</td>
-<td align="left">[kW]</td>
-<td align="left">This power input will be directly added to the engine power.</td>
-</tr>
-<tr class="odd">
-<td align="left"><strong><n></strong></td>
-<td align="left">Engine Speed</td>
-<td align="left">[rpm]</td>
-<td align="left">The engine speed (will always be maintained - even when <v> cannot be reached in the simulation)</td>
+<td align="left">0</td>
+<td align="left">0</td>
+<td align="left">0</td>
+<td align="left">600</td>
+<td align="left">1.5</td>
</tr>
<tr class="even">
-<td align="left"><strong><gear></strong></td>
-<td align="left">Gear</td>
-<td align="left">[-]</td>
-<td align="left">The current gear</td>
+<td align="left">1</td>
+<td align="left">4.003</td>
+<td align="left">3</td>
+<td align="left">950</td>
+<td align="left">1.3</td>
</tr>
<tr class="odd">
-<td align="left"><em><vair_res></em></td>
-<td align="left">Air speed relative to vehicle</td>
-<td align="left">[km/h]</td>
-<td align="left">Only required if <a href="#cross-wind-correction">Cross Wind Correction</a> in <a href="#vehicle-editor">Vehicle</a> is set to <strong>Vair & Beta Input</strong>.</td>
+<td align="left">2</td>
+<td align="left">15.333</td>
+<td align="left">3</td>
+<td align="left">1200</td>
+<td align="left">1.3</td>
</tr>
<tr class="even">
-<td align="left"><em><vair_beta></em></td>
-<td align="left">Wind Yaw Angle</td>
-<td align="left">[°]</td>
-<td align="left">Only required if <a href="#cross-wind-correction">Cross Wind Correction</a> in <a href="#vehicle-editor">Vehicle</a> is set to <strong>Vair & Beta Input</strong>.</td>
-</tr>
-<tr class="odd">
-<td align="left"><em><Aux_xxx></em></td>
-<td align="left">Auxiliary Supply Power</td>
-<td align="left">[kW]</td>
-<td align="left">Power input for each auxiliary defined in the <a href="#job-editor">.vecto file</a> where “xxx” matches the ID of the corresponding <a href="#auxiliary-dialog">Auxiliary</a>. ID’s are not case sensitive and may consist of word-characters only (A-Z, a-z, 0-9).</td>
+<td align="left">3</td>
+<td align="left">50.56</td>
+<td align="left">3</td>
+<td align="left">1400</td>
+<td align="left">1.3</td>
</tr>
</tbody>
</table>
-<p><strong><bold></strong> identifiers are required, <em><italic></em> are optional.</p>
</div>
-</div>
-<div id="pwheel-sico-mode-cycle" class="section level3">
-<h3>Pwheel (SiCo) Mode Cycle</h3>
-<p>Power measured at the</p>
-<p>Header: <strong><t></strong>,<strong><Pwheel></strong>,<strong><gear></strong>,<strong><n></strong>,<strong><Padd></strong></p>
+<div id="engine-only-mode-engine-only-driving-cycle" class="section level3">
+<h3>Engine Only Mode: Engine Only Driving Cycle</h3>
+<p>This driving cycle directly defines the power or torque at the output shaft of the engine over time. Vecto add the engine’s inertia to the given power demand and simulates the engine.</p>
+<p>Header: <strong><t>, <n>, (<Pe>|<Me>)</strong><em>[, <Padd>]</em></p>
<table>
<colgroup>
-<col width="14%"></col>
-<col width="11%"></col>
-<col width="9%"></col>
-<col width="64%"></col>
+<col width="8%"></col>
+<col width="4%"></col>
+<col width="87%"></col>
</colgroup>
<thead>
<tr class="header">
<th align="left">Identifier</th>
-<th align="left">Quantity</th>
<th align="left">Unit</th>
<th align="left">Description</th>
</tr>
</thead>
<tbody>
<tr class="odd">
-<td align="left"><strong><t></strong></td>
-<td align="left">Time</td>
+<td align="left"><strong>t</strong></td>
<td align="left">[s]</td>
-<td align="left">The absolute time.</td>
+<td align="left">The absolute time. Must always be increasing.</td>
</tr>
<tr class="even">
-<td align="left"><strong><Pwheel></strong></td>
-<td align="left">Wheel Power</td>
-<td align="left">[kW]</td>
-<td align="left">Power at the wheels.</td>
+<td align="left"><strong>n</strong></td>
+<td align="left">[rpm]</td>
+<td align="left">The actual engine speed. Must be >= 0 rpm.</td>
</tr>
<tr class="odd">
-<td align="left"><strong><gear></strong></td>
-<td align="left">Gear</td>
-<td align="left">[-]</td>
-<td align="left">The current gear</td>
+<td align="left"><strong>Pe</strong></td>
+<td align="left">[kW]</td>
+<td align="left">The power at the output shaft of the engine. Either <Pe> or <Me> must be defined.</td>
</tr>
<tr class="even">
-<td align="left"><strong><n></strong></td>
-<td align="left">Engine Speed</td>
-<td align="left">[rpm]</td>
-<td align="left">The engine speed (will always be maintained - even when <v> cannot be reached in the simulation)</td>
+<td align="left"><strong>Me</strong></td>
+<td align="left">[Nm]</td>
+<td align="left">The torque at the output shaft of the engine. Either <Pe> or <Me> must be defined.</td>
</tr>
<tr class="odd">
-<td align="left"><strong><Padd></strong></td>
-<td align="left">Additional Aux Power Demand</td>
+<td align="left"><em>Padd</em></td>
<td align="left">[kW]</td>
-<td align="left">This power input will be directly added to the engine power.</td>
+<td align="left">Additional auxiliary power demand. This power demand will be directly added to the engine power. Must be >= 0 kW.</td>
</tr>
</tbody>
</table>
-</div>
-<div id="engine-only-mode-cycle" class="section level3">
-<h3>Engine Only Mode Cycle</h3>
-<p>Either power or torque must be defined.</p>
-<p>Header: <strong><t></strong>,<strong><n></strong>,<strong>[<Pe>|<Me>]</strong>,<strong><Padd></strong></p>
+<p><strong>Example:</strong></p>
<table>
-<colgroup>
-<col width="14%"></col>
-<col width="11%"></col>
-<col width="9%"></col>
-<col width="64%"></col>
-</colgroup>
<thead>
<tr class="header">
-<th align="left">Identifier</th>
-<th align="left">Quantity</th>
-<th align="left">Unit</th>
-<th align="left">Description</th>
+<th align="left"><t> [m]</th>
+<th align="left"><n> [rpm]</th>
+<th align="left"><Pe> [kW]</th>
+<th align="left"><Padd> [kW]</th>
</tr>
</thead>
<tbody>
<tr class="odd">
-<td align="left"><strong><t></strong></td>
-<td align="left">Time</td>
-<td align="left">[s]</td>
-<td align="left">The absolute time.</td>
+<td align="left">0</td>
+<td align="left">600</td>
+<td align="left">0</td>
+<td align="left">1.5</td>
</tr>
<tr class="even">
-<td align="left"><strong><n></strong></td>
-<td align="left">Engine Speed</td>
-<td align="left">[km/h]</td>
-<td align="left">The engine speed.</td>
+<td align="left">1</td>
+<td align="left">950</td>
+<td align="left">25.3</td>
+<td align="left">1.3</td>
</tr>
<tr class="odd">
-<td align="left"><strong><Pe></strong></td>
-<td align="left">Engine Power</td>
-<td align="left">[kW]</td>
-<td align="left">The power consumption of the engine. (either power or torque must be defined)</td>
+<td align="left">2</td>
+<td align="left">1200</td>
+<td align="left">65.344</td>
+<td align="left">1.3</td>
</tr>
<tr class="even">
-<td align="left"><strong><Me></strong></td>
-<td align="left">Engine Torque</td>
-<td align="left">[Nm]</td>
-<td align="left">The torque of the engine. (either power or torque must be defined)</td>
-</tr>
-<tr class="odd">
-<td align="left"><strong><Padd></strong></td>
-<td align="left">Additional Aux Power Demand</td>
-<td align="left">[kW]</td>
-<td align="left">This power input will be directly added to the engine power.</td>
+<td align="left">3</td>
+<td align="left">1400</td>
+<td align="left">110.1</td>
+<td align="left">1.3</td>
</tr>
</tbody>
</table>
+<div class="vecto2">
+<p>To explicitly define <em>motoring operation</em> use the <strong><DRAG></strong> keyword as power demand (column <Pe> or <Me>). VECTO v2 replaces the keyword with the corresponding motoring torque/power from the drag curve during calculation (see <a href="#full-load-and-drag-curves-.vfld">Full Load and Drag Curve File</a>).</p>
+</div>
</div>
</div>
<div id="acceleration-limiting-input-file-.vacc" class="section level2">
<h2>Acceleration Limiting Input File (.vacc)</h2>
-<p>The file is used for <a href="#acceleration-limiting">Acceleration Limiting</a>. It defines the acceleration and deceleration limits as function of vehicle speed. The filepath has to be defined in the <a href="#job-editor">Job File</a>.</p>
+<p>The file is used for <a href="#acceleration-limiting">Acceleration Limiting</a>. It defines the acceleration and deceleration limits as function of vehicle speed. The filepath has to be defined in the <a href="#job-editor">Job File</a>. The file uses the <a href="#csv">VECTO CSV format</a>.</p>
<div class="figure">
<img src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAdgAAAE4CAYAAAD4neIbAAAAAXNSR0IArs4c6QAAAARnQU1BAACxjwv8YQUAAAAJcEhZcwAADsIAAA7CARUoSoAAACrnSURBVHhe7d1Bcts61KZh90Z6N6meZykpr8QjbyDjTF2VFXgJqbqjDG/1pKv+0Z249ck+CUQfAgcUCILkO3iK1wQE8gCOvktKlh7++++/NwAA0BYBCwDACghYAABWQMACALACAhYAgBUQsAAArICABQBgBQQsAAArIGABAFgBAVvpf319AgCchJcDUcMG7PPje3Fffvzrtmf9fn37kkzQw9eXt59Ov39+fP/TJ3Ic6wsAOA8vDyKGDFgFnwLPtl6fLAXs0y+/zby+vD08vv75+fnx+9vz70mfCZvs//c//+PKtdVqNdZo4wi1lVFbGXNURm0xc2Npv3h5EDH0LeI1A/bn0yRQL4FbOpZNtrcQkmsDAOwLAeuZ3iJOrlSNF7APhVC28XJsUe7dmmj/ua2J9p/bmmj/s25NtP/c1kT7z21NtD/b+7Ym2n9ua6L957Ym2v+sWzO338uDiGMG7ITGmYbnPQGryffk2gAA+0LARji3jEe/RdxqrNHGEWoro7Yy5qiM2mLmxtJ+8fIgYr8B+3Eb2HuHsN6BnD7u55PzLuFJoI72JicAwLYOGbAKRCvMfLp9mwlYsT/zcR/r9CldvYr19RZCcm21Wo012jgjnhO17fN3ifUvo7aYubG0X7w8iBj6CnY0NtneQkiuDQCwLwRsRz0DttVYo40j1FZGbWXMURm1xcyNpf3i5UEEAVvBJttbCMm1AQD2hYDtqGfAthprtHGE2sqorYw5KqO2mLmxtF+8PIggYCvYZHsLIbk2AMC+ELAd9QzYVmONNo5QWxm1lTFHZdQWMzeW9ouXBxEEbAWbbG8hJNcGANgXArajngHbaqzRxhFqK6O2MuaojNpi5sbSfvHyIIKArWCT7S2E5NpqvD08fOL1AwCsh4DtaMuAnfIe52l1Tq3GkdHOidpijlobcxRzxtq0X7w8iCBgK9hk22KstbUQTfen4To1Nw5btmzZsl2+NV4eRBCwFWyyNfmeXFvUNDQ9abh60r4tzklajSOjnRO1xRy1NuYo5oy1ab94eRBBwFawyfYWQnJtUV5IlqTh6vEeAwDII2A7Wjtg00C8Z6w0XNMx73FvbalWY402jlBbGXNURm1lPWrTfvHyIIKArWCT7S2E5NoiWoVhqmXIAsCZELAdrRmw0yC8Z6yUxpmOvUSr85GWtXn7a1FbzFFrY45izlib9ouXBxEEbAWbbG8hJNdWcm8AlrQIWQA4EwK2o54Be89Yqek4S0O21fnIWrUtRW0xR62NOYo5Y23aL14eRBCwFWyyvYWQXFvO0tBbyo7X85gAsDcEbEc9A3bpWFNz49SGbKvzkbVrq0VtMUetjTmKOWNt2i9eHkQQsBVssr2FkFzbnJqQa602ZAHgTAjYjnoG7JKxPKVxoiHb6nykV21R1BZz1NqYo5gz1qb94uVBxLAB+/z4XtiXH/+67Xm/3r59TMzsGL9f374kfR6+vrz9nPaZsL7eQkiuzRMNt7WNch4AMBJ7zvfyIGLIgP3nx/drKNrW65OjcP72aj+/h+3fnz8oYJ9+3e4rWCtgvbbaseZExymFbKvzkd61lVBbzFFrY45izlib9ouXBxFD3yJeGrBT//x4eXv+Pdk/eMBuoRSyAHAmBGyJgvTx1d//MXny4PWZsL45tiilbRpkXruZa49uTbS/tnZu6X6TexzbdvNkov3ntiban+19WxPtP7c10f5zWxPtf9atmdvv5UHEsQP29eXt4ev3z1evDh3roXBFa5Otyffk2qbSgB2Rnd/I5wgAayJgZ1wDM/DGpT8Ct4xbBWwkuKJjldwzThqyrc5HRqgtRW0xR62NOYo5Y23aL14eROw3YD9u8Xoheg3X5JavN47eCJXu+/lUfseyTba3EJJrS0UCdhRpyHrtAHBUhwxYhZ0VZj7dvp0L2Mlrq8YLT/tTICndHhbr6y2E5NpMNLAiY0W0GCd6zlEj1SatxhFqK2OOyqitrEdt2i9eHkQMfQU7GptsbyEk12ZaBlVPrUMWAEZHwHbUM2AjY0W0HCcN2UgNc0aszdu/BLWVMUdl1FbWozbtFy8PIgjYCjbZ3kJIrk3uDaZRtAhZABgdAdtRz4AtjRW11jj3hOzotd2D2sqYozJqK+tRm/aLlwcRBGwFm2xvISTXtjSMRnZPyALA6AjYjnoGbG6sGj3GqQ3aPdVWi9rKmKMyaivrUZv2i5cHEQRsBZtsbyFkrq02gPboDDUCOBcCtqN7A9Zrm5M7To2e40RDdo+1RVFbGXNURm1lPWrTfvHyIIKArWCT7S2EzLUtCdi9ioYsAIyOgO3IJtuCNLJNwybS37Ym2n9ua6L957Ym2j8N2kj/o2xNtP/c1kT7z21NtD/b+7Ym2n9ua6L957Ym2v+sWzO338uDCAK2gk22Jt/jtaUBezZpyHrtADAyAraj2oC9J1xyx6mx9TheyB6lNg+1lTFHZdRW1qM27RcvDyII2Ao22d5CyLTtnoA9kjRkmQ8Ae0HAdlQTsPcGSu44NUYa5945mRptjuSI62aOWhtzFHPG2rRfvDyIIGAr2GR7CyFpW8sgOZLWIQsAayFgO4oGbIsQyR2nxmjjSIv5kRFrO/K6HbU25ijmjLVpv3h5EEHAVrDJ9hZCrK1FeBxdq5AFgLUQsB31DNjccWqMNo5M52npfI1c272orYw5KqO2mLmxtF+8PIggYCvYZHsLIWpbGhZndk/IAsBaCNiOegZs7jg1RhtHvLGWhOxealuC2sqYozJqi5kbS/vFy4MIAraCTba3ENIqXM9qScgCwFoOG7DPj++Fffnxr9te8s+P738mZ26MSJ+U9fUWQlqGQ+44NUYbpzRWTcjurbYa1FbGHJVRW8zcWNovXh5EDBmwCj4Fnm29PlmvL28Pj69/fn5+/P72/HtBnwmbbG8hpGXAnlkasswngK0cMmDN0oD9+TQJy0uYTseJ9JkqBWyurVarsUYbR6JjlUJ2z7WVUFsZc1RGbTFzY2m/eHkQURWwCqSHr39vq875cvHf779Xh0u1DNiHp1/Vfaa8WqdsUdi22aYhG+nPli1btq22xsuDiOqAVTB5bakvCqoDB6wm35Nrq9VqrNHGkdqx0pBN9x+htjnUVsYclVFbzNxY2i9eHkScJmD3dosYt+ZCFgDW0jVge8sG7CXAdSv64evL289p2yQs597kVOwz0TNgW4012jiydKw0ZOVItU1RWxlzVEZtMXNjab94eRAxZMD+fHovKvXp9m0uYC/sz3xkLqQjfVLW11sIybWhnTRkvXYAaMGe8708iBj6CnY0PQO21VijjSMtxmoZsqxbzFFrY45izlib9ouXBxF3BayuKnUb12s7IptsbyEk14b2WoYsAEx1D1h9OMP1gB+vYRKwt4vh7V+i1VijjSMtz6lFyI5am7e/FrWVMUcxZ6xN+8XLg4iqgLV3Ees1T732+eXxOwGbyLVhPWnI3hO0AJDqGrCiK1iFqoUsAXu7GN7+JVqNNdo4stY5LQ3ZPdS2FLWVMUcxZ6xN+8XLgwje5FTBJttbCMm1oY+lIQsAUwRsRz0DttVYo40ja59TbcjuqbZa1FbGHMWcsTbtFy8PIgjYCjbZ3kJIrg191YYsAExtErB6s5M+9F8f1GCvxeokjv56rE22txCSa6vVaqzRxpFe55SGbC5o91hbFLWVMUcxZ6xN+8XLg4jFV7Dfrt+l+uvPn+oodL9dQlf7vP5HYJPtLYTk2rCdSMgCwNQmAasw1Wf36r+vH2H4+nL97y8K3QYf8j8qm2wL0jW3Jtp/bmui/ee2Jtp/tG0aspH+S7cm2n9ua6L957Ym2p/tfVsT7T+3NdH+c1sT7X/WrZnb7+VBxN0Bm4Zqq2/RGZVNtibfk2vD9tKQ9doBILVJwOp112/XD9n/dd3qtrD2PT++X8keVc+AbTXWaOPIlufkhexRavNQWxlzFHPG2rRfvDyIWPwarF571YHTD53Qt9twBeu3YRxpyKZBCwApe8738iBiccCeUc+AbTXWaOPIKOe0RsiybmXMURm1lfWoTfvFy4MIAraCTba3EJJrw5jWCFkAx0DAdtQzYFuNNdo4Mto5tQxZ1q2MOSqjtrIetWm/eHkQEQ5Ye5312/Vgx/1b1xybbG8hJNeGsaUh2yJoAexft4A1+rvXPwf9+PvXs7C6vYWQXFutVmONNo6MXNu9ITtybfc6am3MUcwZa9N+8fIgYvEt4m+vfwPnLF9ZZ/V6CyG5NuzHvSEL4BjsOd/Lg4i7X4NNP4tYn03s9TkKm2xvISTXVqvVWKONI3uobWnI7qG2pY5aG3MUc8batF+8PIho+iYn3T4+8t/C2mR7CyG5NuzT0qAFsH9DBWxLuu1sxelDLbw+Pn261PvjUrqlfdPv8j8B+p8Ba9dVuK7Gb/pMWF9vISTXVqvVWKONI3urrSZk91ZbjaPWxhzFnLE27RcvDyLGDNjXl7eH67f1vP+szz3W5x/f9Jn1/vGNaVj+fJoJWH12crqvwCbbWwjJtWHfakIWwDFsFrAKQDu4aXV7+OfTJFAvgVt3FZv6HLhXgwdsq7FGG0f2WlskZPdaW8RRa2OOYs5Ym/aLlwcRiwI2/TadNXgBe/1avKRP2Nxjp7eIkyvmOdY3xxaF7XG306CNPo4tW7b72hovDyIWX8F63/3a6uvqWgase3vYodd8S8ewydbke3JttVqNNdo4coTapiFrjlDbnKPWxhzFnLE27RcvDyKW3yK+hJEd3Ix3i3jm9rAncMvY6vQWQnJtOJ65kAVwDPac7+VBxJC3iKeB6r7J6eMWb/bdv5krX/3NbnoMXemWQrxnwLYaa7Rx5Ei1pSErR6pt6qi1MUcxZ6xN+8XLg4ghbxGLAtCKc4MvELCl28PpMSK3oK2vtxCSa8OxpSHrtQPYH3vO9/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=" />
</div>
-<div id="file-format-9" class="section level3">
-<h3>File Format</h3>
-<p>The file uses the <a href="#user-interface">VECTO CSV format</a>.</p>
-<dl>
-<dt>Format:</dt>
-<dd><ul>
-<li>Three columns</li>
-<li>One header line</li>
-<li>At least two lines with numeric values (below file header)</li>
+<ul>
+<li>Filetype: .vacc</li>
+<li>Header: <strong>vehicle speed [km/h], Max. acceleration [m/s<sup>2</sup>], Max. deceleration [m/s<sup>2</sup>]</strong></li>
+<li>Requires at least 2 data entries</li>
</ul>
-</dd>
-</dl>
-<p><strong><em>Columns:</em></strong></p>
-<table>
-<thead>
-<tr class="header">
-<th align="left"><strong>vehicle speed [km/h]</strong></th>
-<th align="left"><strong>Max. acceleration [m/s<sup>2</sup>]</strong></th>
-<th align="left"><strong>Max. deceleration [m/s<sup>2</sup>]</strong></th>
-</tr>
-</thead>
-<tbody>
-<tr class="odd">
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
-</tr>
-<tr class="even">
-<td align="left">…</td>
-<td align="left">…</td>
-<td align="left">…</td>
-</tr>
-</tbody>
-</table>
-</div>
+<p><strong>Example:</strong></p>
+<pre><code>v [km/h],acc [m/s²],dec [m/s²]
+0,1.01570922360353,-0.231742702878269
+5,1.38546581120225,-0.45346198022574
+10,1.34993329755465,-0.565404125020508
+15,1.29026714002479,-0.703434814668512
+...</code></pre>
</div>
<div id="modal-results-.vmod" class="section level2">
<h2>Modal Results (.vmod)</h2>
<p>Modal results are only created if enabled in the <a href="#main-form">Options</a> tab. One file is created for each calculation and stored in the same directory as the .vecto file.</p>
+<div class="vecto2">
<p><strong><em>Quantities:</em></strong></p>
<table style="width:92%;">
<colgroup>
@@ -2984,7 +2725,7 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
<tr class="odd">
<td align="left">Paux_xxx</td>
<td align="left">[kW]</td>
-<td align="left">Power demand of Auxiliary with ID xxx. See also <a href="#auxiliary-dialog">Aux Dialog</a> and <a href="#driving-cycle-.vdri">Driving Cycle</a>.</td>
+<td align="left">Power demand of Auxiliary with ID xxx. See also <a href="#auxiliary-dialog">Aux Dialog</a> and <a href="#driving-cycles">Driving Cycle</a>.</td>
</tr>
<tr class="even">
<td align="left">FC-Map</td>
@@ -3024,6 +2765,222 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
</tbody>
</table>
</div>
+<div class="vecto3">
+<p>In Vecto 3.0.2 the structure of the modal data output has been revised and re-structured. Basicaly for every powertrain component the .vmod file contains the power at the input shaft and the individual power losses for every component. For the engine the power, torque and engine speed at the output shaft is given along with the internal power and torque used for computing the fuel consumption. The following table lists the columns in the .vmod file:</p>
+<p><strong><em>Quantities:</em></strong></p>
+<table style="width:94%;">
+<colgroup>
+<col width="25%"></col>
+<col width="31%"></col>
+<col width="37%"></col>
+</colgroup>
+<thead>
+<tr class="header">
+<th align="left"><strong>Name</strong></th>
+<th align="left"><strong>Unit</strong></th>
+<th align="left"><strong>Description</strong></th>
+</tr>
+</thead>
+<tbody>
+<tr class="odd">
+<td align="left">time</td>
+<td align="left">[s]</td>
+<td align="left">Absolute time. Timestamp at the middle of the current simulation interval [time - dt/2, time + dt/2]</td>
+</tr>
+<tr class="even">
+<td align="left">dt</td>
+<td align="left">[s]</td>
+<td align="left">Length of the current simulation interval</td>
+</tr>
+<tr class="odd">
+<td align="left">dist</td>
+<td align="left">[m]</td>
+<td align="left">Distance the vehicle traveled at the end of the current simulation interval</td>
+</tr>
+<tr class="even">
+<td align="left">v_act</td>
+<td align="left">[km/h]</td>
+<td align="left">Average vehicle speed in the current simulation interval</td>
+</tr>
+<tr class="odd">
+<td align="left">v_targ</td>
+<td align="left">[km/h]</td>
+<td align="left">Target speed</td>
+</tr>
+<tr class="even">
+<td align="left">acc</td>
+<td align="left">[m/s^2]</td>
+<td align="left">Vehicle’s acceleration, constant during the current simulation interval</td>
+</tr>
+<tr class="odd">
+<td align="left">grad</td>
+<td align="left">[%]</td>
+<td align="left">Road gradient</td>
+</tr>
+<tr class="even">
+<td align="left">Gear</td>
+<td align="left">[-]</td>
+<td align="left">Gear. “0” = clutch opened / neutral</td>
+</tr>
+<tr class="odd">
+<td align="left">n_eng_avg</td>
+<td align="left">[1/min]</td>
+<td align="left">Average engine speed in the current simulation interval. Used for interpolation of the engine’s fuel consumption</td>
+</tr>
+<tr class="even">
+<td align="left">T_eng_fcmap</td>
+<td align="left">[Nm]</td>
+<td align="left">Engine torque used for interpolation of the engine’s fuel consumption. T_eng_fcmap is the sum of torque demand on the output shaft, torque demand of the auxiliaries, and engine’s inertia torque</td>
+</tr>
+<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>
+</tr>
+<tr class="even">
+<td align="left">Tq_drag</td>
+<td align="left">[Nm]</td>
+<td align="left">Engine’s drag torque, interpolated from the full-load curve</td>
+</tr>
+<tr class="odd">
+<td align="left">P_eng_fcmap</td>
+<td align="left">[kW]</td>
+<td align="left">Total power the engine has to provide, computed from n_eng_avg and T_eng_fcmap</td>
+</tr>
+<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>
+</tr>
+<tr class="odd">
+<td align="left">P_eng_drag</td>
+<td align="left">[kW]</td>
+<td align="left">Engine’s drag power</td>
+</tr>
+<tr class="even">
+<td align="left">P_eng_inertia</td>
+<td align="left">[kW]</td>
+<td align="left">Power loss/gain due to the engine’s inertia</td>
+</tr>
+<tr class="odd">
+<td align="left">P_eng_out</td>
+<td align="left">[kW]</td>
+<td align="left">Power provided at the engine’s output shaft</td>
+</tr>
+<tr class="even">
+<td align="left">P_clutch_loss</td>
+<td align="left">[kW]</td>
+<td align="left">Power loss in the clutch due to slipping when driving off</td>
+</tr>
+<tr class="odd">
+<td align="left">P_clutch_out</td>
+<td align="left">[kW]</td>
+<td align="left">Power at the clutch’s out shaft. P_clutch_out = P_eng_out - P_clutch_loss</td>
+</tr>
+<tr class="even">
+<td align="left">P_aux</td>
+<td align="left">[kW]</td>
+<td align="left">Total power demand by the auxiliaries</td>
+</tr>
+<tr class="odd">
+<td align="left">P_gbx_in</td>
+<td align="left">[kW]</td>
+<td align="left">Power at the gearbox’ input shaft</td>
+</tr>
+<tr class="even">
+<td align="left">P_gbx_loss</td>
+<td align="left">[kW]</td>
+<td align="left">Power loss at the gerbox, interpolated from the loss-map</td>
+</tr>
+<tr class="odd">
+<td align="left">P_gbx_inertia</td>
+<td align="left">[kW]</td>
+<td align="left">Power loss due to the gearbox’ inertia</td>
+</tr>
+<tr class="even">
+<td align="left">P_ret_in</td>
+<td align="left">[kW]</td>
+<td align="left">Power at the retarder’s input shaft. P_ret_in = P_gbx_in - P_gbx_loss - P_gbx_inertia</td>
+</tr>
+<tr class="odd">
+<td align="left">P_ret_loss</td>
+<td align="left">[kW]</td>
+<td align="left">Power loss at the retarder, interpolated from the loss-map</td>
+</tr>
+<tr class="even">
+<td align="left">P_axle_in</td>
+<td align="left">[kW]</td>
+<td align="left">Power at the axle-gear input shaft. P_axle_in = P_ret_in - P_ret_loss</td>
+</tr>
+<tr class="odd">
+<td align="left">P_axle_loss</td>
+<td align="left">[kW]</td>
+<td align="left">Power loss at the axle gear, interpolated from the loss-map</td>
+</tr>
+<tr class="even">
+<td align="left">P_brake_in</td>
+<td align="left">[kW]</td>
+<td align="left">Power at the brake input shaft (definition: serially mounted into the drive train between wheels and axle). P_brake_in = P_axle_in - P_axle_loss</td>
+</tr>
+<tr class="odd">
+<td align="left">P_brake_loss</td>
+<td align="left">[kW]</td>
+<td align="left">Power loss due to braking</td>
+</tr>
+<tr class="even">
+<td align="left">P_wheel_in</td>
+<td align="left">[kW]</td>
+<td align="left">Power at the driven wheels. P_wheel_in = P_brake_in - P_brake_loss</td>
+</tr>
+<tr class="odd">
+<td align="left">P_wheel_inertia</td>
+<td align="left">[kW]</td>
+<td align="left">Power loss due to the wheels’ inertia</td>
+</tr>
+<tr class="even">
+<td align="left">P_trac</td>
+<td align="left">[kW]</td>
+<td align="left">Vehicle’s traction power. P_trac = P_wheel_in - P_wheel_inertia</td>
+</tr>
+<tr class="odd">
+<td align="left">P_slope</td>
+<td align="left">[kW]</td>
+<td align="left">Power loss/gain due to the road’s slope</td>
+</tr>
+<tr class="even">
+<td align="left">P_air</td>
+<td align="left">[kW]</td>
+<td align="left">Power loss due to air drag</td>
+</tr>
+<tr class="odd">
+<td align="left">P_roll</td>
+<td align="left">[kW]</td>
+<td align="left">Rolling resistance power loss</td>
+</tr>
+<tr class="even">
+<td align="left">P_veh_inertia</td>
+<td align="left">[kW]</td>
+<td align="left">Power loss due to the vehicle’s inertia</td>
+</tr>
+<tr class="odd">
+<td align="left">FC-Map</td>
+<td align="left">[g/h]</td>
+<td align="left">Fuel consumption interpolated from FC map.</td>
+</tr>
+<tr class="even">
+<td align="left">FC-AUXc</td>
+<td align="left">[g/h]</td>
+<td align="left">Fuel consumption after <a href="#fuel-consumption-calculation">Auxiliary-Start/Stop Correction</a> (based on FC)</td>
+</tr>
+<tr class="odd">
+<td align="left">FC-WHTCc</td>
+<td align="left">[g/h]</td>
+<td align="left">Fuel consumption after <a href="#fuel-consumption-calculation">WHTC Correction</a> (based on FC-AUXc)</td>
+</tr>
+</tbody>
+</table>
+</div>
+</div>
<div id="summary-results-.vsum" class="section level2">
<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>
@@ -3165,7 +3122,7 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
<tr class="odd">
<td align="left">Eaux_xxx</td>
<td align="left">[kWh]</td>
-<td align="left">Energy demand of auxiliary with ID xxx. See also <a href="#auxiliary-dialog">Aux Dialog</a> and <a href="#driving-cycle-.vdri">Driving Cycle</a>.</td>
+<td align="left">Energy demand of auxiliary with ID xxx. See also <a href="#auxiliary-dialog">Aux Dialog</a> and <a href="#driving-cycles">Driving Cycle</a>.</td>
</tr>
<tr class="even">
<td align="left">Ebrake</td>
@@ -3266,7 +3223,7 @@ Example: “Gears\Gear1.vtlm” points to the “Gears” subdirectory of the Ge
<p>VECTO uses a numbers of files to save GUI settings and file lists. All files are text-based and can be changed outside of VECTO <strong><em>if VECTO is not running</em></strong>.</p>
<div id="settings.json" class="section level3">
<h3>Settings.json</h3>
-<p>This file is located in VECTO’s <strong>config</strong> folder. Here all parameters of the <a href="#settings">Settings Dialog</a> are saved. The file uses the <a href="http://en.wikipedia.org/wiki/JSON">JSON format</a> <img src="data:image/png;base64,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" />.</p>
+<p>This file is located in VECTO’s <strong>config</strong> folder. Here all parameters of the <a href="#settings">Settings Dialog</a> are saved. The file uses the <a href="#json">JSON format</a>.</p>
</div>
<div id="job-cycle-lists" class="section level3">
<h3>Job / Cycle lists</h3>