sysdata,matrix
Load matrix in the sysdata system data variable.
NewFold folderName
Create a folder with the name folderName, and
make that folder current.
newList(expr)
Return a list of zeros with dimension expr.
newMat(exprRow,exprCol)
Return a matrix of zeros with exprRow rows and
exprCol columns.
NewPic matrix,var [,maxRow] [,maxCol]
Create a pic variable var based on matrix.
matrix has two columns, and each row is the
coordinates of a pixel which is turned 'on' in the
picture. var is replaced if it exists. The default
size of var is the minimum boundary area
required by the matrix coordinates. maxRow
and maxCol specify optional maximum
boundary limits for var.
NewPlot n,type,xlist[,[ylist],[frqList],[catList],
[incList], [mark],[bucketSize]]
Create a new data plot definition for plot number
n, where n is 1 to 9. xlist and ylist are the data to
plot. frqList is the frequency list, catList is the
category list and incList is the category include
list. type specifies the plot type:
1 = scatter plot
2 = xyline plot
3 = box plot
4 = histogram
5 = modified box plot
mark specifies the plot symbol:
1 = box
2 = cross
3 = plus
4 = square
5 = dot
bucketSize must be > 0 and specifies the
historgram bucket width and varies with xmin
and xmax. bucketSize defaults to 1. incList need
not be a variable name and cannot be c1 - c99.
The other list arguments must be variable
names or c1 - c99.
NewProb
Clear all unlocked and unarchived single-
character variable names in the current folder.
Turn off all function and stat plots in the current
graph mode. Perform ClrDraw, ClrErr, ClrGraph,
SlrHome, ClrIO and ClrTable.
nInt(expr,var,lower,upper)
Return approximate integral of expr with respect
to var with integration limits lower and upper. var
must be the only variable in expr. lower and
upper must be constants, +
∞
or -
∞
. The adaptive
algorithm uses weighted sample values of the
integrand in the interval lower<var<upper. nInt()
attempts an accuracy of six significant digits and
displays the warning message "Questionable
accuracy" if the accuracy may be less. Nested
nInt() calls can be used for multiple integration,
and the integration limits can depend on
integration variables outside them.
norm(matrix)
Return the Forbenius norm of matrix.
not
not BooleanExp
not integer
not list
not matrix
For Boolean arguments, return true, false or a
simplified Boolean expression. For integer
arguments, return the 1's complement of
integer. Results are displayed according to the
Base mode. Use the prefixes 0b or 0h for binary
and hexadecimal integers. If the integer
argument is larger than the maximum signed
32-bit binary number, a symmetric modulo
operation brings the argument into range. Auto
or Exact mode must be used with integer
arguments.
nPr(expr1,expr2)
For integer expr1 and expr2, and expr1 expr2
m
0, return the number of permutations of expr1
m
items taken expr2 at a time.
(m,r)
If r = 0, return 1. Otherwise return m!/(m-r)!
nSolve(eqn,var)
Solve for eqn for one approximate solution of
var. var may be a variable name in eqn, or a
variable name with a solution guess in the form
var = guess. Use the "|" operator to constrain
the solution range. nSolve() will return the string
"no solution found" if it cannot find a plausible
solution.
15 - 14
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...