Execute block as long as condition is true.
"With" See |
xor
exp1 xor exp2
list1 xor list2
matrix 1 xor matrix 2
Return true, false or a simplifed form.
integer1 and integer2
Bit-by-bit 32-bit integer logical exclusive-or.
Arguments larger than 32-bit signed values are
reduced with symmetric modulo operation.
Mode must be Auto or Exact.
XorPic picVar[,row][,column]
Display Graph screen and logically exclusive-or
Graph screen pixels with those of picVar picture
variable. Only pixels exclusive to the screen or
picVar are turned on. row and column specify
the pixel coordinates for the upper left corner of
picVar; defaults are 0,0.
zeros()
(expr,var)
Return list of candidate values for var which
make expr = 0. Equivalent to
exp
▶
list(solve(expr=0,var))
zeros() cannot express implicit solutions,
solutions which require inequalities or solutions
which do not involve var.
({expr1,expr2[,expr3...]},{var1,var2[,var3...]})
Return matrix of candidate solutions of
simultaneous algebraic expressions expr in var.
var may be a variable or a solution guess in the
form var = guess. Each matrix row represents
an alternate solution, with the variables ordered
as in the {var} list.
If all equations are polynomials and you supply
no guesses, zeros() uses the lexical
Gröbner/Buchberger elimination to attempt to
find all solutions. Simultaneous polynomial
equations can have extra variables with no
values. Solution variables of no interest may be
omitted. Solutions may include arbitrary
constants of the form @k, where k is an integer
from 1 to 255. Computation time or memory
exhaustion may depend on the order of the vars
in the equations or variables list.
zeros() attempts to find all real solutions with
Gaussian elimination if you include no guesses,
any equation is in non-polynomial in any
variable, but all equations are linear in the
solution variables.
zeros() attempts to find one real solution (with
an interative approximate method) if the system
is neither polynomial in all its variables nor linear
in its solution variables. The number of solution
variables must equal the number of equations
and all other variables must simplify to numbers.
Each solution variable starts at its guess value,
or 0.0 if a guess is not used. Guesses may need
to be close to the solution for convergence.
ZoomBox
Display the Graph screen, pauses so that a box
can be drawn to define the new view window,
then updates the window.
ZoomData
Adjust the window settings based on the current
data plots and function graphs so that all data
points are sampled, then displays the Graph
Screen. Does not adjust ymin and ymax for
histograms.
ZoomDec
Set
„
x and
„
y = 0.1 and displays the Graph
screen with the origin centered.
ZoomFit
Display the Graph screen and set the
dependent variable Window dimensions so that
all the picture is displayed for the current
independent variable settings.
ZoomIn
Display the Graph screen, pauses so that a
center point can be set to zoom in, then updates
the viewing window. The zoom magnitude
depends on the Zoom factors xFact and yFact
in 2D graph modes, and on xFact, yFact and
zFact in 3D mode.
ZoomInt
Display the Graph screen, pauses so that a
zoom center point can be set, adjusts the
Window settings such that each pixel is an
integer in all directions, then updates the
viewing window.
15 - 26
Summary of Contents for TI-92+
Page 52: ...Component side of PCB GraphLink I O connector detail 1 41...
Page 53: ...LCD connector detail PCB switch side 1 42...
Page 54: ...Key pad sheet contact side Key pad sheet key side 1 43...
Page 55: ...Key cap detail 1 44...
Page 57: ...Component side of PCB with shield removed A detail view of the intergrated circuits 1 46...
Page 410: ...void extensionroutine2 void Credit to Bhuvanesh Bhatt 10 4...