Interactive.src.Functions

Functions for C++ code generation and other functions used by the classes contained in the ViewElements package

Information

Functions package

Functions package includes the following Modelica functions:

Modelica functions embedding external C-functions that are C++ code generators.
Some Modelica functions used by the interactive graphic elements.

Package Content

Name	Description
beginGUI	First lines of the C++ file
endGUI	Last lines of the main file
mainWindow	Write the C++ code to generate the MainFrame
dialog	Write the C++ code to generate a Dialog window
canvas	Write the C++ code to generate a Canvas
panel	Write the C++ code to generate a Panel
cube	Write the C++ code to generate a Cube
radioButton	Write the C++ code to generate a RadioButton
slider	Write the C++ code to generate a Slider
label	Write the C++ code to generate a Label
sphere	Write the C++ code required to generate a Sphere
Sum	Adding the components of a vector
vectorText	Write the C++ code to generate a Text
arrow	Write the C++ code to generate an Arrow
plottingPanel	Write the C++ code to generate a PlottingPanel
trail	Write the C++ code to generate a Trail
checkBox	Write the C++ code to generate a CheckBox
spring	Write the C++ code to generate a Spring
damper	Write the C++ code to generate a Damper
pauseButton	Write the C++ code to generate a PauseButton
numberField	Write the C++ code to generate a NumberField
infoButton	Write the C++ code to generate an InfoButton
button1Action	Write the C++ code to generate a Button1Action
button2Actions	Write the C++ code to generate a Button2Actions
processingFile	Reads the number written in the first line of a file. Then, writes the number read incremented by one
groupBox	Write the C++ code to generate a Panel
cylinder	Write the C++ code to generate a Cylinder
regularPolygon	Write the C++ code to generate a regular polygon inscribed in a circunference
disk	Write the C++ code to generate a Disk
file3DSImporter	Write the C++ code to generate a importer of 3DS files
cone	Write the C++ code to generate a Cone
halfPipe	Write the C++ code to generate a half pipe
scalarBar	Write the C++ code to generate a scalar bar
planarGrid	Write the C++ code to generate a planar grid
plane	Write the C++ code to generate a plane
browser	Write the C++ code to generate a HTML browser
displayDouble	Write the C++ code to generate a DisplayDouble object
plottingPanelQwt	Write the C++ code to generate a PlottingPanel
trailQwt	Write the C++ code to generate a Trail
polygon	Write the C++ code to generate a Polygon
vectorTextReal	Write the C++ code to generate a TextReal
trailQwtNPoints	Write the C++ code to generate Npoints Trail
processingFile2	Reads the number written in the first line of a file. Then, writes the number read incremented by one
debugFunction	Function for debugging purpose
systemRun	Program to run another program in a separate thread
writeTreeNode	Write the node of a tree in a file
line	Write the C++ code to generate a Line

Interactive.src.Functions.beginGUI

First lines of the C++ file

Inputs

Name	Description
fileName	Name of the C++ file
ipAddress	Ip address in ipv4
serverPort	Number of the server port
numberGUI	Number of GUIs

Outputs

Name	Description
o

Interactive.src.Functions.endGUI

Last lines of the main file

Inputs

Name	Description
fileName	Name of the main file

Interactive.src.Functions.mainWindow

Write the C++ code to generate the MainFrame

Inputs

Name	Description
fileName	Name of the file
name	Name of the component
title	Text displayed as title
xPosition	X coordinate of the window upper left corner in pixels
yPosition	Y coordinate of the window upper left corner in pixels
size[2]	Size of the window in pixels
LayoutPolicy	Layout policy of the element

Interactive.src.Functions.dialog

Write the C++ code to generate a Dialog window

Inputs

Name	Description
fileName	Name of the C++ file
name	Name of the component
title	Text displayed as title
xPosition	X coordinate of the window upper left corner in pixels
yPosition	Y coordinate of the window upper left corner in pixels
size[2]	Size of the window in pixels
varName	String associated to a check-box
LayoutPolicy	Layout policy

Interactive.src.Functions.canvas

Write the C++ code to generate a Canvas

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
row	Sets the row where the element is located if the parent has the Grid layout policy
column	Sets the column where the element is located if the parent has the Grid layout policy
rowSpan	Sets the number of rows the element spans (only appliable if the parent has the Grid layout policy
columnSpan	Sets the number of columns the element spans (only appliable if the parent has the Grid layout policy
positionSelection	1: the container hosting the element has Grid layout policy
setCamera	1: the camera is positioned with the user settings; 0: the camera is automatically positioned to view every actor at initial time
position[3]	Where the camera is located
focalPoint[3]	Where the camera is pointing
viewUp[3]	Which direction is up
viewAngle	The camera view angle controls perspective effects

Interactive.src.Functions.panel

Write the C++ code to generate a Panel

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
row	Sets the row where the element is located if the parent has the Grid layout policy
column	Sets the column where the element is located if the parent has the Grid layout policy
rowSpan	Sets the number of rows the element spans (only appliable if the parent has the Grid layout policy
columnSpan	Sets the number of columns the element spans (only appliable if the parent has the Grid layout policy
positionSelection	1: the container hosting the element has Grid policy
layout	Layout policy

Interactive.src.Functions.cube

Write the C++ code to generate a Cube

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
num	Number identifying the element
Center[3]	Position of the sphere center
xLength	Length of the cube in the x-direction
yLength	Length of the cube in the y-direction
zLength	Length of the cube in the z-direction
Origin[3]	Point about which rotations take place
Degrees[3]
intPos	1: position changes in time
colors[11]	Colors
intColor	1: colors change in time

Interactive.src.Functions.radioButton

Write the C++ code to generate a RadioButton

Inputs

Name	Description
fileName	Name of the C++ file
name	Name of the element
parent	Name of the component hosting the element
buttonValue	Initial value
index	Number identifying the interactive element
text	Text displayed by the element
buttonGroup	The radio-button belongs to this group
row	Sets the row where the element is located if the parent has the Grid layout policy
column	Sets the column where the element is located if the parent has the Grid layout policy
rowSpan	Sets the number of rows the element spans (only appliable if the parent has the Grid layout policy
columnSpan	Sets the number of columns the element spans (only appliable if the parent has the Grid layout policy
positionSelection	1 if the layout policy is Grid, and 0 otherwise

Interactive.src.Functions.slider

Write the C++ code to generate a Slider

Inputs

Name	Description
fileName	Name of the C++ file
name	Name of the element
parent	Name of the container hosting the element
initialValue	Initial value
stringFormat	Format of the text displayed by the component
tickFormat	Format of the text displayed with the ticks
tickNumber	Number of ticks
minimum	Minimum value of the variable linked to the component
maximum	Maximum value of the variable linked to the component
factor	Scale factor
enable	1: enabled, 0: disabled
position	Number identifying the interactive element
positionSelection	1: the container hosting the element has BorderLayout policy
positionInBorderLayout	Position in the container hosting the element

Interactive.src.Functions.label

Write the C++ code to generate a Label

Inputs

Name	Description
fileName	Name of the C++ file
name	Name of the element
parent	Name of the container hosting the element
text	Text to be displayed
alignment	Text alignment
row	Sets the row where the element is located if the parent has the Grid layout policy
column	Sets the column where the element is located if the parent has the Grid layout policy
rowSpan	Sets the number of rows the element spans (only appliable if the parent has the Grid layout policy
columnSpan	Sets the number of columns the element spans (only appliable if the parent has the Grid layout policy
positionSelection	1 if the layout policy is Grid, and 0 otherwise

Interactive.src.Functions.sphere

Write the C++ code required to generate a Sphere

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
num	Number identifying the element
Center[3]	Position of the sphere center
Radius	Radius
Origin[3]	Point about which rotations take place
Degrees[3]	Rotational degrees in x, y and z
intPos	1: position changes in time
colors[11]	Colors
intColor	1: colors change in time
thetaResolution
startTheta
endTheta
phiResolution
startPhi
endPhi
tessellation

Interactive.src.Functions.Sum

Adding the components of a vector

Inputs

Name	Description
A[:]	Vector

Outputs

Name	Description
Result	Result

Interactive.src.Functions.vectorText

Write the C++ code to generate a Text

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
num	Number identifying the element
Center[3]	Position of the circunference center
Text	Text displayed by the component
Origin[3]	Point about which rotations take place
Degrees[3]
intPos	1: position changes in time
colors[11]	Colors
intColor	1: colors change in time
scale

Interactive.src.Functions.arrow

Write the C++ code to generate an Arrow

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the container hosting the element
name	Name of the element
num	Number identifying the component
Center[3]	Position of the arrow center
Origin[3]	Point about which rotations take place
Degrees[3]
intPos	1: position changes in time
colors[11]	Colors
intColor	1: colors change in time
TipResolution	By default, the tip resolution is 6. TipResolution = 1 ==> the tip is represented by a triangle
TipLength
TipRadius
ShaftRadius
ShaftResolution	Set the resolution of the shaft. 2 gives a rectangle
scale

Interactive.src.Functions.plottingPanel

Write the C++ code to generate a PlottingPanel

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
title	Title to display at the top
titleX	Label of the x axis
titleY	Label of the y axis
logx	1: plotting of Log of x-values
plotColor[3]	Plot Color
row	Sets the row where the element is located if the parent has the Grid layout policy
column	Sets the column where the element is located if the parent has the Grid layout policy
rowSpan	Sets the number of rows the element spans (only appliable if the parent has the Grid layout policy
columnSpan	Sets the number of columns the element spans (only appliable if the parent has the Grid layout policy
positionSelection	1 if the layout policy is Grid, and 0 otherwise

Interactive.src.Functions.trail

Write the C++ code to generate a Trail

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the container hosting the element
name	Name of the element
num	Number identifying the element
maximumPoints	Maximum number of points to be displayed
nSkip	Number of points to skip before plotting one
trailLabel	Label of the trail
lineColor[3]	Color of the line

Interactive.src.Functions.checkBox

Write the C++ code to generate a CheckBox

Inputs

Name	Description
fileName	Name of the C++ file
name	Name of the element
parent	Name of the container hosting the element
initialValue	Initial value
label	Text displayed with the checkBox
varName	String variable that can be linked to the corresponding variable of a dialog window in order to show and hide the window by clicking on the check-box
row	Sets the row where the element is located if the parent has the Grid layout policy
column	Sets the column where the element is located if the parent has the Grid layout policy
rowSpan	Sets the number of rows the element spans (only appliable if the parent has the Grid layout policy
columnSpan	Sets the number of columns the element spans (only appliable if the parent has the Grid layout policy
positionSelection	1 if the layout policy is Grid, and 0 otherwise

Interactive.src.Functions.spring

Write the C++ code to generate a Spring

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
num	Number identifying the element
d	Drawing Parameter
N	Drawing Parameter
A	Drawing Parameter
stroke	Stroke of the line
x1	X- Coordinate of P1. P1 is one spring extremity
x2	X- Coordinate of P2. P2 is one spring extremity
y1	Y- Coordinate of P1. P1 is one spring extremity
y2	Y- Coordinate of P2. P2 is one spring extremity
intX1Y1	= 0 if the point (x1, y1) change in time and 0 otherwise
intX2Y2	= 0 if the point (x2, y2) change in time and 0 otherwise
lineColor[4]	Line color

Interactive.src.Functions.damper

Write the C++ code to generate a Damper

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the container hosting the element
name	Name of the element
num	Number identifying the element
d	Drawing parameter
L1	Drawing parameter
L2	Drawing parameter
x1	X- Coordinate of P1. P1 is one spring extremity
x2	X- Coordinate of P2. P2 is one spring extremity
y1	Y- Coordinate of P1. P1 is one spring extremity
y2	Y- Coordinate of P2. P2 is one spring extremity
intX1Y2	= 0 if the point (x1, y1) change in time and 0 otherwise
intX2Y2	= 0 if the point (x2, y2) change in time and 0 otherwise
color1[4]	The damper color changes form this color to color2
color2[4]	The damper color changes form this color to color1

Interactive.src.Functions.pauseButton

Write the C++ code to generate a PauseButton

Inputs

Name	Description
fileName	Name of the C++ file
name	Name of the element
parent	Name of the container hosting the element
initialValue	Initial value
row	Sets the row where the element is located if the parent has the Grid layout policy
column	Sets the column where the element is located if the parent has the Grid layout policy
rowSpan	Sets the number of rows the element spans (only appliable if the parent has the Grid layout policy
columnSpan	Sets the number of columns the element spans (only appliable if the parent has the Grid layout policy
positionSelection	1 if the layout policy is Grid, and 0 otherwise

Interactive.src.Functions.numberField

Write the C++ code to generate a NumberField

Inputs

Name	Description
fileName	Name of the C++ file
name	Name of the element
num	Number identifying the element
parent	Name of the container hosting the elemnt
minValue	Minimum value of the numeric field
maxValue	Maximum value of the numeric field
step	When the user uses the arrows to change the numeric field value the value will be incremented/decremented by the amount of the step. The default value is 1.0
initialValue	Initial value
numberOfDecimals	Precision of the numeric field, in decimals. Sets how many decimals the spinbox will use for displaying and interpreting doubles. The valid decimal range is 0-13. The default is 2. decimals will be bounded to a value that is within the valid range
row	Sets the row where the element is located if the parent has the Grid layout policy
column	Sets the column where the element is located if the parent has the Grid layout policy
rowSpan	Sets the number of rows the element spans (only appliable if the parent has the Grid layout policy
columnSpan	Sets the number of columns the element spans (only appliable if the parent has the Grid layout policy
index
positionSelection	1 if the layout policy is Grid, and 0 otherwise
EnableInt
Enable

Interactive.src.Functions.infoButton

Write the C++ code to generate an InfoButton

Inputs

Name	Description
fileName	Name of the C++ file
name	Name of the element
parent	Name of the container hosting the elment
selected	Initial value
label	Text displayed with the element
alignment	Alignment of the text
image	Path of the image
bgcolor[4]	Background color
tooltip	Text of the tooltip
lettercolor[4]	Color of the text
typeFont	Type of font
styleFont	Style of font
sizeFont	Size of font
path	Path of the HTML pages
xPos	X coordinate of the window upper left corner in pixels
yPos	Y coordinate of the window upper left corner in pixels
xWidth	Width of the window in Pixels
yWidth	Height of the window in Pixels
title	Text displayed by the window
positionSelection	1: the container hosting the element has BorderLayout policy
positionInBorderLayout	Position in the container hosting the element

Interactive.src.Functions.button1Action

Write the C++ code to generate a Button1Action

Inputs

Name	Description
fileName	Name of the C++ file
name	Name of the element
parent	Name of the component hosting the element
selected	Initial value
label	Text dispayed with the element
alignment	Text alignment
image	Path of the image dispayed with the element
bgcolor[4]	Background color
tooltip	Text of the tooltip
lettercolor[4]	Letter color
typeFont	Type of font
styleFont	Style of font
sizeFont	Size of font
position	Number identifying the interactive element
positionSelection	1: the container hosting the element has BorderLayout policy
positionInBorderLayout	Position in the container hosting the element

Interactive.src.Functions.button2Actions

Write the C++ code to generate a Button2Actions

Inputs

Name	Description
fileName	Name of the C++ file
name	Name of the element
parent	Name of the container hosting the element
selected	Initial value
label	Name of the text dispayed with the element
alignment	Alignment of the text
image	Paht of the image displayed with the element
bgcolor[4]	Background color
tooltip	Text of the tooltip
lettercolor[4]	Letter color
typeFont	Type of font
styleFont	Style of font
sizeFont	Size of font
position	Number identifying the interactive element
positionSelection	1: the container hosting the element has BorderLayout policy
positionInBorderLayout	Position in the container hosting the element

Interactive.src.Functions.processingFile

Reads the number written in the first line of a file. Then, writes the number read incremented by one

Inputs

Name	Description
file	Path of the file

Outputs

Name	Description
num	Number read in the file incremented by one

Interactive.src.Functions.groupBox

Write the C++ code to generate a Panel

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
title	Name displayed in the frame
flat	By default a group box has a surrounding frame, with the title being placed on the upper frame line. In flat mode the right, left and bottom frame lines are omitted, and only the thin line at the top is drawn
row	Sets the row where the element is located if the parent has the Grid layout policy
column	Sets the column where the element is located if the parent has the Grid layout policy
rowSpan	Sets the number of rows the element spans (only appliable if the parent has the Grid layout policy
columnSpan	Sets the number of columns the element spans (only appliable if the parent has the Grid layout policy
positionSelection	1: the container hosting the element has Grid policy
layout	Layout policy

Interactive.src.Functions.cylinder

Write the C++ code to generate a Cylinder

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
num	Number identifying the element
Position[3]	Coordinates of the cylinder center
Radius	Cylinder radius
Height	Cylinder height
Origin[3]	Point about which rotations take place
Degrees[3]	rotation degrees in x, y and z (from 0 to 360)
intPos	1: position changes in time
colors[11]	Colors
intColor	1: colors change in time
resolution
capping

Interactive.src.Functions.regularPolygon

Write the C++ code to generate a regular polygon inscribed in a circunference

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
num	Number identifying the element
Center[3]	Position of the circunference center
Radius	Circunference radius
Normal[3]	Normal to the polygon surface
Origin[3]	Point about which rotations take place
Degrees[3]
intPos	1: position changes in time
colors[11]	Colors
intColor	1: colors change in time
nSides	Number of polygon sides
polygon	control whether a polygon is produced
polyline	control whether a polyline is produced

Interactive.src.Functions.disk

Write the C++ code to generate a Disk

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
num	Number identifying the element
Center[3]	Position of the circunference center
InnerRadius	Inner radius of hole in disc
OuterRadius	Outer radius of disc
RadialResolution	Number of points in radius direction
CircumferentialResolution	Number of points in circumferential direction
Origin[3]	Point about which rotations take place
Degrees[3]
intPos	1: position changes in time
colors[11]	Colors
intColor	1: colors change in time

Interactive.src.Functions.file3DSImporter

Write the C++ code to generate a importer of 3DS files

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
num	Number identifying the element
fil33DS	Name of the 3DS file
Center[3]	Position of the circunference center
Origin[3]	Point about which all rotation take place
Degrees[3]
ScaleX	Scale factor
ScaleY
ScaleZ
intPos	1: position changes in time
colors[11]	Colors
intColor	1: colors change in time

Interactive.src.Functions.cone

Write the C++ code to generate a Cone

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
num	Number identifying the element
Center[3]	Position of the cylinder center
Radius	Cylinder radius
Height	Cylinder height
Origin[3]	Point about which rotations take place
Degrees[3]
intPos	1: position changes in time
colors[11]	Colors
intColor	1: colors change in time
resolution
capping

Interactive.src.Functions.halfPipe

Write the C++ code to generate a half pipe

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
num	Number identifying the element
Center[3]	Position of the cylinder center
RadiusMin	Inner radius
RadiusMax	Outer radius
Length	length
Origin[3]	Point about which rotations take place
Degrees[3]
intPos	1: position changes in time
colors[11]	Colors
intColor	1: colors change in time
nx
ny
nz

Interactive.src.Functions.scalarBar

Write the C++ code to generate a scalar bar

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
num	Number identifying the element
title	Title displayed by the scalarBar
x	X coordinate of the scalarBar left corner
y	Y coordinate of the scalarBar left corner
Width	ScalarBar width
Height	ScalarBar height
nLabels	Number of labels displayed by the scalarBar
maxNColors	Number of colors diplayed by the scalarBar
labelFormat	format of the labels displayed by the scalarBar
horizontal	1/0: horizontal/vertical orientation of the scalarBar
minHueRange	Set the minimum range in hue
maxHueRange	Set the maximum range in hue
minRange	Set the minimum range of values mapped into the scalarBar
maxRange	Set the maximum range of values mapped into the scalarBar
linearScaleLut	1/0: linear/log10 scale of values
linearLut	1/0: the values are mapped into colors using a linear ramp/S-curve

Interactive.src.Functions.planarGrid

Write the C++ code to generate a planar grid

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
num	Number identifying the element
Center[3]	Position of the cylinder center
LengthX	Longitud of the grid in the x direction
LengthY	Longitud of the grid in the y direction
LengthZ	Longitud of the grid in the z direction
Origin[3]	Point about which rotations take place
Degrees[3]
x0	X coordinate of the bottom left corner of the grid
y0	Y coordinate of the bottom left corner of the grid
z0	Z coordinate of the bottom left corner of the grid
dimx	Number of cells in the x dimension
dimy	Number of cells in the y dimension
dimz	Number of cells in the z dimension
scalarsV[max(1, max(dimx, 1)max(dimy, 1)max(dimz, 1))]
magnitudeV[max(1, max(dimx, 1)max(dimy, 1)max(dimz, 1))]
vectors[3max(1, max(dimx, 1)max(dimy, 1)*max(dimz, 1))]
scaleVector	Scale factor of the vectors
minHueRangeCellLUT	Set the minimum range in hue
maxHueRangeCellLUT	Set the maximum range in hue
minSatRangeCellLUT	Set the minimum range in saturation
maxSatRangeCellLUT	Set the maximum range in saturation
minValueRangeCellLUT	Set the minimum range in value
maxValueRangeCellLUT	Set the maximum range in value
minAlphaRangeCellLUT	Set the minimum range in alpha
maxAlphaRangeCellLUT	Set the maximum range in alpha
minRangeCellLUT	Set the minimum range of values mapped
maxRangeCellLUT	Set the maximum range of values mapped
linearScaleCellLUT	1/0: linear/log10 scale of values
linearCellLUT	1/0: the values are mapped into colors using a linear ramp/S-curve
displayVectors	1/0: enable/disable the vector display
px
py
pz
minHueRangeVectorLUT	Set the minimum range in hue
maxHueRangeVectorLUT	Set the maximum range in hue
minSatRangeVectorLUT	Set the minimum range in saturation
maxSatRangeVectorLUT	Set the maximum range in saturation
minValueRangeVectorLUT	Set the minimum range in value
maxValueRangeVectorLUT	Set the maximum range in value
minAlphaRangeVectorLUT	Set the minimum range in alpha
maxAlphaRangeVectorLUT	Set the maximum range in alpha
minRangeVectorLUT	Set the minimum range of values mapped
maxRangeVectorLUT	Set the maximum range of values mapped
linearScaleVectorLUT	1/0: linear/log10 scale of values
linearVectorLUT	1/0: the values are mapped into colors using a linear ramp/S-curve
intPos	1: position changes in time
intColor	1: color changes in time

Interactive.src.Functions.plane

Write the C++ code to generate a plane

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
num	Number identifying the element
Center[3]	Position of the circunference center
OriginPoint[3]	Specify a point defining the origin of the plane
Point1[3]	Specify a point defining the first axis of the plane
Point2[3]	Specify a point defining the second axis of the plane
ResolutionX	Set the number of x subdivisions in the plane
ResolutionY	Set the number of y subdivisions in the plane
Origin[3]	Point about which rotations take place
Degrees[3]
intPos	1: position changes in time
colors[11]	Colors
intColor	1: colors change in time

Interactive.src.Functions.browser

Write the C++ code to generate a HTML browser

Inputs

Name	Description
fileName	Name of the C++ file
name	Name of the element
parent	Name of the container hosting the element
path	Path where the HTML file is located
row	Sets the row where the element is located if the parent has the Grid layout policy
column	Sets the column where the element is located if the parent has the Grid layout policy
rowSpan	Sets the number of rows the element spans (only appliable if the parent has the Grid layout policy
columnSpan	Sets the number of columns the element spans (only appliable if the parent has the Grid layout policy
positionSelection	1 if the layout policy is Grid, and 0 otherwise

Interactive.src.Functions.displayDouble

Write the C++ code to generate a DisplayDouble object

Inputs

Name	Description
fileName	Name of the C++ file
name	Name of the element
num	Number identifying the element
parent	Name of the container hosting the elemnt
format	Scientific notation (format as [-]9.9e[+\|-]999) or standar format (format as [-]9.9)
precision	Number of digits after the decimal point
initialValue	Initial value
prefix	Text inserted before the displayed value
sufix	Text inserted after the displayed value
alignment
row	Sets the row where the element is located if the parent has the Grid layout policy
column	Sets the column where the element is located if the parent has the Grid layout policy
rowSpan	Sets the number of rows the element spans (only appliable if the parent has the Grid layout policy
columnSpan	Sets the number of columns the element spans (only appliable if the parent has the Grid layout policy
positionSelection	1 if the layout policy is Grid, and 0 otherwise

Interactive.src.Functions.plottingPanelQwt

Write the C++ code to generate a PlottingPanel

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
title	Title to display at the top
titleX	Label of the x axis
titleY	Label of the y axis
logx	1: plotting of Log of x-values
plotColor	Plot Color
placeLegend	true==>a legend is placed
legendPosition	legend position
checkableLegend	true=>the traces can be shown/hide by clicking the corresponding legend item
autoscalex	true=> x axis autoscales
autoscaley	true=> y axis autoscales
row	Sets the row where the element is located if the parent has the Grid layout policy
column	Sets the column where the element is located if the parent has the Grid layout policy
rowSpan	Sets the number of rows the element spans (only appliable if the parent has the Grid layout policy
columnSpan	Sets the number of columns the element spans (only appliable if the parent has the Grid layout policy
positionSelection	1 if the layout policy is Grid, and 0 otherwise

Interactive.src.Functions.trailQwt

Write the C++ code to generate a Trail

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the container hosting the element
name	Name of the element
num	Number identifying the element
maximumPoints	Maximum number of points to be displayed
nSkip	Number of points to skip before plotting one
trailLabel	Label of the trail
lineColor	Color of the line
sizeSymbol	Symbol size
fillingColorS	Filling color of the symbol
outlineColorS	Color of the symbol outline
styleSymbol	Symbol style

Interactive.src.Functions.polygon

Write the C++ code to generate a Polygon

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
num	Number identifying the element
Center[3]	Position of the circunference center
Origin[3]	Point about which rotations take place
Degrees[3]
intPos	1: position changes in time
colors[11]	Colors
intColor	1: colors change in time
nSides	Number of polygon sides
posVertexes[3*nSides]	Position of the polygon vertexes
polygon	control whether a polygon is produced
polyline	control whether a polyline is produced

Interactive.src.Functions.vectorTextReal

Write the C++ code to generate a TextReal

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
num	Number identifying the element
Center[3]	Position of the circunference center
initText	Text displayed by the component before the real value
finalText	Text displayed by the component after the real value
var	Real value displayed by the component
intValue	1: real value changes in time
Origin[3]	Point about which rotations take place
Degrees[3]
intPos	1: position changes in time
colors[11]	Colors
intColor	1: colors change in time
scale

Interactive.src.Functions.trailQwtNPoints

Write the C++ code to generate Npoints Trail

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the container hosting the element
name	Name of the element
num	Number identifying the element
nPoints	Number of points to be drawn
maximumPoints	Maximum number of points to be displayed
nSkip	Number of points to skip before plotting one
trailLabel	Label of the trail
lineColor	Color of the line
sizeSymbol	Symbol size
fillingColorS	Filling color of the symbol
outlineColorS	Color of the symbol outline
styleSymbol	Symbol style

Interactive.src.Functions.processingFile2

Reads the number written in the first line of a file. Then, writes the number read incremented by one

Inputs

Name	Description
file	Path of the file
parentNum	Number identifying the parent

Outputs

Name	Description
num	Number read in the file incremented by one

Interactive.src.Functions.debugFunction

Function for debugging purpose

Inputs

Name	Description
dato	Variable a escribir en fichero
num	Number written in ficheroDebug.txt

Interactive.src.Functions.systemRun

Program to run another program in a separate thread

Inputs

Name	Description
fileName	Name of the C++ file

Interactive.src.Functions.writeTreeNode

Write the node of a tree in a file

Inputs

Name	Description
vec[50]
ind
file

Outputs

Name	Description
notFound
num

Interactive.src.Functions.line

Write the C++ code to generate a Line

Inputs

Name	Description
fileName	Name of the C++ file
parent	Name of the component hosting the element
name	Name of the element
num	Number identifying the element
nPoints	Number of line points
points[nPoints*3]	Position of the points
Center[3]	Position of the line center
lineWidth	Line width
representationWireframe	1: line, 0: closed polygonal
Origin[3]	Point about which rotations take place
Degrees[3]
colors[11]	Colors
intPos	1: position changes in time
intColor	1: colors change in time

Automatically generated Thu Apr 28 12:24:24 2022.