Scicos Documentation
fr - eng
ABS_VALUE - Absolute value
ABSBLK_f - Absolute value (Old block)
AFFICH_f - Display (old block)
AFFICH_m - Display
ANDBLK - Activation and
ANDLOG_f - Logical and
AUTOMAT - automata (finite state machine)
Bache - Thermal-hydraulic tank (reservoir)
BACKLASH - Backlash
BIGSOM_f - Sum (Old block)
BITCLEAR - BITCLEAR Clear a Bit
BITSET - BITSET Set a Bit
BOUNCE - Balls coordinates generator
BOUNCEXY - Balls viewer
BPLATFORM - Balls under a platform viewer
c_block - C language
CANIMXY - y=f(x) animated viewer
CANIMXY3D - z=f(x,y) animated viewer
Capacitor - Electrical capacitor
CBLOCK - New C
CCS - Controllable Modelica current source
CEVENTSCOPE - Activation scope
CFSCOPE - Floating point scope
CLINDUMMY_f - Dummy
CLKFROM - Receives data from a corresponding CLKGOTO
CLKGOTO - Pass block input to CLKFROM block
CLKGotoTagVisibility - Define Scope of CLKGOTO tag visibility
CLKIN_f - Input regular port
CLKINV_f - Input activation port
CLKOUT_f - Output regular port
CLKOUTV_f - Output activation port
CLKSOM_f - Activation union
CLKSOMV_f - Activation union
CLKSPLIT_f - Event link split
CLOCK_c - Activation clock
CLOCK_f - Activation clock (Old block)
CLR - Continuous transfer function
CLR_f - Continuous transfer function (Old block)
CLSS - Continuous state-space system
CLSS_f - Continuous state-space system (Old block)
CMAT3D - Matrix z values 3D viewer
CMATVIEW - Matrix Colormapped viewer
CMSCOPE - Multi display scope
CONST - Constant (Old block)
CONST_f - Constant (Old block)
CONST_m - Constant
ConstantVoltage - Electrical DC voltage source
CONSTRAINT_f - Constraint
CONVERT - CONVERT Data Type Conversion
COSBLK_f - COSBLK
Counter - Counter
CSCOPE - Single Display Scope
CSCOPXY - y=f(x) permanent viewer
CSCOPXY3D - z=f(x,y) permanent viewer
CUMSUM - CUMSUM: Cumulative Sum
CurrentSensor - Electrical current sensor
CURV_f - Curve
CURVE_c - Signal creator/generator
CVS - Controllable Modelica voltage source
DEADBAND - Deadband
DEBUG_SCICOS - Debug block
DELAY_f - Discrete time delay
DELAYV_f - DELAYV_f title
DEMUX - Demultiplexer
DEMUX_f - Demultiplexer (Old block)
DERIV - Derivative
DFLIPFLOP - D flip-flop
DIFF_f - DIFF_f title
Diode - Electrical diode
DLATCH - D latch flip-flop
DLR - Discrete transfer function
DLR_f - Discrete transfer function (Old block)
DLRADAPT_f - DLRADAPT_f title
DLSS - Discrete state-space system
DLSS_f - Discrete state-space system (Old block)
DOLLAR - Delay operator (Old block)
DOLLAR_f - Delay operator (Old block)
DOLLAR_m - Delay operator
EDGE_TRIGGER - EDGE_TRIGGER block
EDGETRIGGER - EDGETRIGGER title
END_c - END_c block
ENDBLK - END block
ESELECT_f - Synchronous block Event-Select
EVTDLY_c - Event delay
EVTDLY_f - Event delay (Old block)
EVTGEN_f - Event generator
EVTVARDLY - Event variable delay
EXPBLK_f - Exp (Old block)
EXPBLK_m - Exp
EXPRESSION - Mathematical expression
EXTRACT - EXTRACT: Matrix Extractor
Extract_Activation - Extract_Activation block
EXTRACTBITS - EXTRACTBITS
EXTRACTOR - Extractor
EXTTRI - EXTTRI: Triangular or Diagonal extraction
fortran_block - Fortran
freq_div - Frequency division
FROM - FROM Receives data from a corresponding GOTO
FROMMO - Receives data from a corresponding GOTOMO
FROMWS_c - Data from Scilab worspace to Scicos
FROMWSB - Data from Scilab worspace to Scicos
FSV_f - FSV_f title
func_block - func_block title
GAIN_f - Gain (Old block)
GAINBLK - Gain
GAINBLK_f - Gain (Old block)
GENERAL_f - GENERAL_f title
generic_block - Generic block (Old block)
generic_block2 - Generic block (Old block)
generic_block3 - Generic block
GENSIN_f - Sin generator
GENSQR_f - Square wave generator
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
Ground - Ground (zero potential reference)
Gyrator - Modelica Gyrator
HALT_f - Halt
HYSTHERESIS - Hystheresis
IdealTransformer - Ideal Transformer
IFTHEL_f - Synchronous block If-Then-Else
IMPSPLIT_f - Implicit regular link split
IN_f - Input Port
Inductor - Electrical inductor
INIMPL_f - Input implicit port
INTEGRAL - Integration (Old block)
INTEGRAL_f - Integration (Old block)
INTEGRAL_m - Integration
INTMUL - INTMUL integer matrix multiplication
INTRP2BLK_f - 2D interpolation
INTRPLBLK_f - Interpolation
INVBLK - Inverse
INVBLK_f - Inverse (Old block)
ISELECT_f - Iselect (Old block)
ISELECT_m - Iselect
JKFLIPFLOP - JK flip-flop
LOGBLK_f - Log
LOGIC - Combinational Logic
LOGICAL_OP - Logical operation
LOOKUP_f - Lookup table
M_freq - Multiple Frequencies
M_SWITCH - Multi-port switch
MATBKSL - MATBKSL:left matrix division
MATCATH - MATCATH: Horizontal Concatenation
MATCATV - MATCATV Vertical Concatenation
MATDET - MATDET Matrix Determinant
MATDIAG - MATDIAG Create Diagonal Matrix
MATDIV - MATDIV Matrix division
MATEIG - MATEIG Matrix Eigenvalues
MATEXPM - MATEXPM Matrix Exponential
MATINV - MATINV Matrix Inverse
MATLU - MATLU LU Factorization
MATMAGPHI - MATMAGPHI Complex to Magnitude and Angle Conversion
MATMUL - MATMUL Matrix Multiplication
MATPINV - MATPINV Matrix PseudoInverse
MATRESH - MATRESH Matrix Reshape
MATSING - MATSING SVD decomposition
MATSUM - Matrix Sum
MATTRAN - Matrix Transpose
MATZCONJ - Matrix Conjugate
MATZREIM - Complex decomposition
MAX_f - MAX
MAXMIN - Max and Min
MBLOCK - Modelica generic block
MCLOCK_f - MCLOCK_f title
MEMORY_f - MEMORY_f title
MFCLCK_f - MFCLCK_f title
MIN_f - MIN
Modulo_Count - Modulo counter
MOTOR - MOTOR title
MUX - Multiplexer
MUX_f - Mulitplexer (Old block)
NEGTOPOS_f - Threshold negative to positive
NMOS - Simple NMOS Transistor
NPN - NPN transistor
NRMSOM_f - Merge data
OpAmp - Ideal opamp (norator-nullator pair)
OUT_f - Output Port
OUTIMPL_f - Output implicit port
PDE - 1D PDE block
PerteDP - Thermal-hydraulic pipe
PID - PID regulator
PMOS - Simple PMOS Transistor
PNP - PNP transistor
POSTONEG_f - Threshold positive to negative
PotentialSensor - Potential sensor
POWBLK_f - Pow
PROD_f - Multiplication
PRODUCT - Product
PuitsP - Thermal-hydraulic drain (well)
QUANT_f - Quantization
RAMP - Ramp
RAND_f - Random generator (Old block)
RAND_m - Random generator
RATELIMITER - Rate limiter
READAU_f - Read AU sound file
READC_f - Read binary data
REGISTER - Shift Register
REGISTER_f - Shift register (Old block)
RELATIONALOP - Relational operation
RELAY_f - Relay
Resistor - Electrical resistor
RFILE - Read from file
RFILE_f - Read from file
RICC - RICC Equation de Riccati
ROOTCOEF - Coefficient computation
SAMPHOLD - Sample and hold (Old block)
SAMPHOLD_m - Sample and hold
SampleCLK - Sample Time Clock
SAMPLEHOLD_f - Sample and hold (Old block)
SAT_f - Saturation (Old block)
SATURATION - Saturation
SAWTOOTH_f - Sawtooth generator
SCALAR2VECTOR - Scalar to vector
scifunc_block - Scilab function block (Old block)
scifunc_block_m - Scilab function block
SELECT_f - Select (Old block)
SELECT_m - Select
SHIFT - SHIFT Shift Bits
Sigbuilder - Signal creator/generator
SIGNUM - Signum
SINBLK_f - SINBLK
SineVoltage - Sine voltage source
SLIDER_f - SLIDER_f title
SourceP - Thermal-hydraulic constant pressure source
SPLIT_f - Regular link split
SQRT - SQRT Square root
SRFLIPFLOP - SR flip-flop
STEP - Block STEP
STEP_FUNCTION - Step function generator
SUBMAT - SUBMAT Sub-matrix extraction
SUM_f - Addition
SUMMATION - SUMMATION Matrix Summation
SUPER_f - Super block
Switch - Non-ideal electrical switch
SWITCH2 - Switch2 (Old block)
SWITCH2_m - Switch2
SWITCH_f - Switch
TANBLK_f - TANBLK
TCLSS - Continuous linear system with jump
TCLSS_f - Continuous linear system with jump (Old block)
TEXT_f - Text
TIME_DELAY - Time delay
TIME_f - Time
TKSCALE - Adjust constant value with a tk widget
TOWORK_c - Data to Scilab worspace
TRASH_f - Trash block
TrigFun - Trigonometric function
VanneReglante - Thermal-hydraulic control valve
VARIABLE_DELAY - Variable delay
VariableResistor - Electrical variable resistor
VoltageSensor - Electrical voltage sensor
VsourceAC - Electrical AC voltage source
VVsourceAC - Variable AC voltage source
WFILE - Write to file
WFILE_f - Write to file
WRITEAU_f - Write AU sound file
WRITEC_f - Write binary data
ZCROSS_f - Threshold detection at zero