- Xcos

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Aide Scilab >> Xcos

Xcos

palettes
- Palette Annotations
  - Annotations_pal — Palette Annotations
  - TEXT_f — Annotation libre
- Palette Blocs couramment utilisés
  - Commonlyusedblocks_pal — Palette Blocs couramment utilisés
  - LOGICAL_OP — Opération logique
  - RELATIONALOP — Opération Relationnelle
- Palette Systèmes à temps continu
  - Continuous_pal — Palette Systèmes à temps continu
  - CLINDUMMY_f — Dummy (Factice)
  - CLR — Fonction de transfert continue
  - CLSS — Représentation d'état en temps continu
  - DERIV — Dérivée
  - INTEGRAL_f — Intégration
  - INTEGRAL_m — Intégration
  - PID — Régulateur PID
  - TCLSS — Système continu linéaire avec saut
  - TIME_DELAY — Retard pur
  - VARIABLE_DELAY — Retard pur variable
- Palette Fonctions discontinues
  - discontinuities_pal — Palette Fonctions discontinues
  - BACKLASH — Backlash (jeu)
  - DEADBAND — Zone morte
  - HYSTHERESIS — Hystérèsis (relais)
  - RATELIMITER — Limitation de vitesse
  - SATURATION — Saturation
- Palette Systèmes à temps discret
  - Discrete_pal — Palette Systèmes à temps discret
  - DELAYV_f — Délai variable
  - DELAY_f — Retard en temps discret
  - DLR — Fonction de transfert discrète
  - DLRADAPT_f — Fonction de transfert discrète (Pôles & zéros)
  - DLSS — Représentation d'état en temps discret
  - DOLLAR_f — Opérateur Retard
  - REGISTER — Registre à décalage
- Palette Electrique
  - Electrical_pal — Palette électrique
  - CCS — Source de courant contrôlable Modelica
  - CVS — Source de tension contrôlable Modelica
  - Capacitor — Capacité électrique
  - ConstantVoltage — Source de tension continue
  - CurrentSensor — Capteur de courant électrique
  - Diode — Diode électrique
  - Ground — Masse (Référence du potentiel zéro)
  - Gyrator — Gyrateur Modelica
  - IdealTransformer — Transformateur idéal
  - Inductor — Inductance électrique
  - NMOS — Transistor NMOS simple
  - NPN — Transistor NPN
  - OpAmp — Amplificateur opérationnel idéal (Paire norator-nullator)
  - PMOS — Transistor PMOS simple
  - PNP — Transistor PNP
  - PotentialSensor — Capteur de tension
  - Resistor — Résistance électrique
  - SineVoltage — Source de tension sinusoïdale
  - Switch — Interrupteur électrique non idéal
  - VVsourceAC — Source de tension variable sinusoïdale
  - VariableResistor — Résistance électrique variable
  - VoltageSensor — Capteur de tension électrique
  - VsourceAC — Source de tension sinusoïdale
- Palette Entier
  - Integer_pal — Palette Entier
  - BITCLEAR — Positionne un bit à 0
  - BITSET — Positionne un bit à 1
  - CONVERT — Conversion de type de données
  - DFLIPFLOP — Bascule D
  - DLATCH — Bascule D transparente
  - EXTRACTBITS — Extraction de bits
  - INTMUL — Multiplication de matrices entières
  - JKFLIPFLOP — Bascule JK
  - LOGIC — Logique combinatoire
  - SHIFT — Décalage/Rotation de bits
  - SRFLIPFLOP — Bascule SR
- Palette Opérations Mathématiques
  - Mathoperations_pal — Palette Opérations mathématiques
  - ABS_VALUE — Valeur absolue
  - BIGSOM_f — Somme
  - COSBLK_f — Cosinus
  - EXPBLK_m — Exponentielle d'un scalaire
  - GAINBLK_f — Gain
  - INVBLK — Inverse
  - LOGBLK_f — Logarithme commun
  - MATMAGPHI — Complexe à partir de/vers module et phase
  - MATZREIM — Composition/décomposition complexe
  - MAXMIN — Valeur maximale ou minimale des éléments de vecteurs
  - MAX_f — Valeur maximale des éléments d'un vecteur
  - MIN_f — Valeur minimale des éléments d'un vecteur
  - POWBLK_f — Puissance d'un tableau
  - PRODUCT — Multiplication/Division de vecteurs élément par élément
  - PROD_f — Produit de vecteurs élément par élément
  - SIGNUM — Signe
  - SINBLK_f — Sinus
  - SQRT — Racine carrée
  - SUMMATION — Addition/Soustraction de matrices
  - SUM_f — Addition
  - TANBLK_f — Tangente
  - TrigFun — Fonction trigonométrique
- Palette Opérations matricielles
  - Matrix_pal — Palette Opérations Matricielles
  - CUMSUM — Somme cumulative
  - EXTRACT — Extraction de matrice
  - EXTTRI — Extraction triangulaire ou diagonale
  - MATBKSL — Division à gauche de matrice
  - MATCATH — Concaténation horizontale
  - MATCATV — Concaténation verticale
  - MATDET — Déterminant de matrice
  - MATDIAG — Création de matrice diagonale
  - MATDIV — Division matricielle
  - MATEIG — Valeurs propres d'une matrice
  - MATEXPM — Exponentielle matricielle
  - MATINV — Matrice inverse
  - MATLU — Factorisation LU
  - MATMUL — Multiplication de matrice
  - MATPINV — Pseudo-inverse de matrice
  - MATRESH — Remise en forme de matrice
  - MATSING — Décomposition en valeurs singulières (SVD)
  - MATSUM — Somme des éléments d'une matrice
  - MATTRAN — Transposée de matrice
  - MATZCONJ — Conjuguée des éléments d'une matrice
  - RICC — Equation de Riccati
  - ROOTCOEF — Calcul des coefficients d'un polynôme
  - SUBMAT — Extraction de sous-matrice
- Palette Port & Sous-systèmes
  - Portaction_pal — Palette Port & Sous-systèmes
  - CLKINV_f — Port d'entrée d'activation
  - CLKOUTV_f — Port de sortie d'activation
  - INIMPL_f — Port d'entrée implicite
  - IN_f — Port d'entrée régulier
  - OUTIMPL_f — Port de sortie implicite
  - OUT_f — Port de sortie régulier
- Sinks palette
  - WFILE_f — Ecriture dans un fichier
  - WRITEC_f — Ecriture dans une fichier binaire C
  - Sinks_pal — Sinks palette
  - AFFICH_m — Display
  - BARXY — y=f(x) animated viewer
  - CANIMXY — y=f(x) animated viewer
  - CANIMXY3D — z=f(x,y) animated viewer
  - CFSCOPE — Floating point scope
  - CMAT3D — Matrix z values 3D viewer
  - CMATVIEW — Matrix Colormapped viewer
  - CMSCOPE — Multi display scope
  - CSCOPE — Single Display Scope
  - CSCOPXY — y=f(x) permanent viewer
  - CSCOPXY3D — z=f(x,y) permanent viewer
  - ENDBLK — END block
  - END_c — END_c block
  - TOWS_c — Data to Scilab worspace
  - TRASH_f — Trash block
  - WRITEAU_f — Write AU sound file
- Palette Sources
  - Sources_pal — Palette Sources
  - RFILE_f — Lecture dans un fichier
  - CLOCK_c — Activation clock
  - CONST_m — Constant
  - CURV_f — Curve
  - Counter — Counter
  - FROMWSB — Data from Scilab workspace to Xcos
  - GENSIN_f — Sine wave generator
  - GENSQR_f — Square wave generator
  - Modulo_Count — Modulo counter (0 to N counter)
  - PULSE_SC — Pulse Generator
  - RAMP — Ramp
  - RAND_m — Random generator
  - READAU_f — Read AU sound file
  - READC_f — Read binary data
  - SAWTOOTH_f — Sawtooth generator
  - STEP_FUNCTION — Step Function
  - SampleCLK — Sample Time Clock
  - Sigbuilder — Signal creator/generator
  - TIME_f — Time
  - TKSCALE — Adjust value with a graphical widget.
- Demonstrations blocks palette
  - Demonstrationsblocks_pal — Demonstrations blocks palette
  - AUTOMAT — automata (finite state machine)
  - BOUNCE — Balls coordinates generator
  - BOUNCEXY — Balls viewer
  - BPLATFORM — Balls under a platform viewer
  - PDE — 1D PDE block
- Event handling palette
  - Events_pal — Event handling palette
  - ANDBLK — Activation and
  - ANDLOG_f — Logical and
  - CEVENTSCOPE — Activation scope
  - CLKFROM — Receives data from a corresponding CLKGOTO
  - CLKGOTO — Pass block input to CLKFROM block
  - CLKGotoTagVisibility — Define Scope of CLKGOTO tag visibility
  - CLKSOMV_f — Activation union
  - EDGE_TRIGGER — EDGE_TRIGGER block
  - ESELECT_f — Synchronous block Event-Select
  - EVTDLY_c — Event delay
  - EVTGEN_f — Event generator
  - EVTVARDLY — Event variable delay
  - Extract_Activation — Extract_Activation block
  - HALT_f — Halt
  - IFTHEL_f — Synchronous block If-Then-Else
  - MCLOCK_f — MCLOCK_f title
  - MFCLCK_f — MFCLCK_f title
  - M_freq — Multiple Frequencies
  - VirtualCLK0 — Triggered Always Active Blocks
  - freq_div — Frequency division
- Implicit palette
  - Implicit_pal — Implicit palette
  - CONSTRAINT_c — Constraint
  - DIFF_f — Derivative
- Lookup tables palette
  - Lookuptables_pal — Lookup tables palette
  - INTRP2BLK_f — 2D interpolation
  - INTRPLBLK_f — Interpolation
  - LOOKUP_f — Lookup table
- Signal processing palette
  - Signalprocessing_pal — Signal processing palette
  - QUANT_f — Quantization
  - SAMPHOLD_m — Sample and hold
- Signal routing palette
  - Signalrouting_pal — Signal routing palette
  - DEMUX — Demultiplexer
  - EXTRACTOR — Extractor
  - FROM — FROM Receives data from a corresponding GOTO
  - FROMMO — Receives data from a corresponding GOTOMO
  - GOTO — GOTO Pass block input to From block
  - GOTOMO — Pass block input to FROMMO block
  - GotoTagVisibility — Define Scope of GOTO tag visibility
  - GotoTagVisibilityMO — Define Scope of GOTOMO tag visibility
  - ISELECT_m — Iselect
  - MUX — Multiplexer
  - M_SWITCH — Multi-port switch
  - NRMSOM_f — Merge data
  - RELAY_f — Relay
  - SELECT_m — Select
  - SELF_SWITCH — Switch
  - SWITCH2_m — Switch2
  - SWITCH_f — Switch
- Thermohydraulics palette
  - ThermoHydraulics_pal — Thermal-Hydraulics toolbox
  - Bache — Thermal-hydraulic tank (reservoir)
  - Flowmeter — Thermal-hydraulic Flow sensor
  - PerteDP — Thermal-hydraulic pipe
  - PuitsP — Thermal-hydraulic drain (well)
  - SourceP — Thermal-hydraulic constant pressure source
  - VanneReglante — Thermal-hydraulic control valve
- User defined functions palette
  - Userdefinedfunctions_pal — User defined functions palette
  - CBLOCK — New C
  - DSUPER — Masked super block
  - EXPRESSION — Mathematical expression
  - MBLOCK — Modelica generic block
  - SUPER_f — Super block
  - c_block — C language
  - fortran_block — Fortran
  - generic_block3 — Generic block
  - scifunc_block_m — Scilab function block
- Zero crossing detection palette
  - Zerocrossingdetection_pal — Zero crossing detection palette
  - GENERAL_f — GENERAL_f title
  - NEGTOPOS_f — Threshold negative to positive
  - POSTONEG_f — Threshold positive to negative
  - ZCROSS_f — Threshold detection at zero
Fonctions utilitaires Scilab
- block_parameter_error — Affiche une boîte d'erreur de saisie de paramètre pour un bloc Xcos.
- buildouttb — Build of the sublist %cpr.state.outtb
- create_palette — Palette generator
- getModelicaPath — Get the Modelica directory path needed by Xcos diagram containing Modelica blocks
- importXcosDiagram — Import a Xcos diagram on Scilab
- loadScicos — Load the Xcos simulation native library.
- loadXcosLibs — Load most of the Xcos macros
- scicos_debug — Set the level of the Scicos debugging
- scicos_getvalue — xwindow dialog for Xcos
- standard_inputs — Get the position of the input ports of a block in Xcos editor.
- standard_origin — Get the position of a block in the Xcos editor.
- standard_outputs — Get the position of the output ports of a block in Xcos editor.
- var2vec — Transform a scilab variable in a vector of double
- vec2var — Transform a vector of double in a scilab variable
- xcosPal — Instanciate a new Xcos palette on Scilab.
- xcosPalAdd — Add a palette to the Scilab/Xcos palette manager. Optional property can be added to set the category of the palette.
- xcosPalAddBlock — Add a block to a Scilab/Xcos palette instance. Some optional properties can be added to customize the palette icon and the style of the block.
- xcosPalDelete — Remove an Xcos palette.
- xcosPalExport — Export a palette instance to a path.
- xcosPalGenerateAllIcons — Update the palette icons (gif files) from a Scilab instance
- xcosPalMove — Move a palette from a category to another one.
Batch functions
- lincos — Constructs by linearization a linear state-space model from a general dynamical system described by a Xcos diagram
- scicos_simulate — Function for running xcos simulation in batch mode
- scicosim — xcos (batch) simulation function
- steadycos — Finds an equilibrium state of a general dynamical system described by a xcos diagram
- xcosValidateBlockSet — Function to validate Xcos Block interface function.
- xcosValidateCompareBlock — Function to compare two Xcos Blocks.
- xcos_simulate — Function for running xcos simulation in batch mode
Programming xcos Blocks
- C Computational Functions
  - C_macros — Utilities C macros
  - C_struct — C Block structure of a computational function
  - C_utils — Utilities C functions
- Scilab Computational Functions
  - sci_struct — Scicos block structure of a scilab computational function
- Utilities Functions
  - curblock — Return the current called xcos block during the simulation
  - getblocklabel — Get the label of a scicos block
  - getscicosvars — Supervisor utility function
  - phase_simulation — Get the current simulation phase
  - pointer_xproperty — Get the type of a continuous time state variable
  - scicos_time — Returns the current time during simulation
  - set_blockerror — set the block error number
  - set_xproperty — Set the type of a continuous time state variable
Scilab/Xcos Data Structures
- Blocks
  - scicos_block — Define a block structure
  - scicos_graphics — Define a graphics structure
  - scicos_model — Define a model structure
- Compilation/Simulation
  - scicos_cpr — Compiled Scicos structure
  - scicos_sim — Define a sim structure
  - scicos_state — Define a state structure
- Diagram
  - scicos_diagram — Define a scs_m structure
  - scicos_params — Define a param structure
- Links
  - scicos_link — Define a link structure
Solvers
- LSodar — LSodar (short for Livermore Solver for Ordinary Differential equations, with Automatic method switching for stiff and nonstiff problems, and with Root-finding) is a numerical solver providing an efficient and stable method to solve Ordinary Differential Equations (ODEs) Initial Value Problems.
- CVode — CVode (short for C-language Variable-coefficients ODE solver) is a numerical solver providing an efficient and stable method to solve Ordinary Differential Equations (ODEs) Initial Value Problems. It uses either BDF or Adams as implicit integration method, and Newton or Functional iterations
- Runge-Kutta 4(5) — Runge-Kutta is a numerical solver providing an efficient explicit method to solve Ordinary Differential Equations (ODEs) Initial Value Problems.
- Dormand-Prince 4(5) — Dormand-Prince is a numerical solver providing an efficient explicit method to solve Ordinary Differential Equations (ODEs) Initial Value Problems.
- Implicit Runge-Kutta 4(5) — Implicit Runge-Kutta is a numerical solver providing an efficient and stable implicit method to solve Ordinary Differential Equations (ODEs) Initial Value Problems. Called by xcos.
- IDA — IDA (short for Implicit Differential Algebraic solver) is a numerical solver providing an efficient and stable method to solve Differential Algebraic Equations (DAEs) Initial Value Problems.
- Rootfinding — This feature finds roots of continuous functions for Zero-crossing Blocks.
- Comparisons — This page compares solvers to determine which one is best fitted for the studied problem.
xcos — Editeur de schéma-bloc et IHM pour le simulateur hybride
Entrées de menu — Entrées de menu de l'éditeur Xcos

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Last updated:
Tue Apr 02 17:36:47 CEST 2013