Malical library

Here is the Malical library functions table. If you want more information about usage you can visit the Malical page.

Function name	Function parameters	Actions
sin	sin[n]	Sine Function
cos	cos[n]	Cosine Function
tan	tan[n]	Tangent
atn	atn[n]	Tangent function
int	int[a]	Rounding
abs	abs[n]	Absolute value of
rand	No parameters	Returns a 0 to 32 767 random integers. Narrow modulo operator, such as the rand% 5 return 0 to 4
val	val [str]	The string str into the value
tos	tos[n]	The value n into string
chr	chr[n]	Value (ASCII code) into a character
asc	asc[str	The first characters of the string str into ASCII code
mid	mid[str][n][l]	Starting from n interception length l string
len	len[str]	Returns the string length
type	type[obj]	Back to the expression value type (string)
eval	eval[str]	Str (string) to as Malical expression operator
locate	locate[x][y]	Specified string input / output location
print	print[obj]	Locate the specified location output value (numeric, string, etc.)
printrev	printrev[obj]	same print, anti-color output (reverse color? )
printxy	printxy[x][y][obj][sel]	In x, y position of the output value, sel is true anti-color, false anti-color
printmini	printmini[x][y][obj][sel]	same printxy, the font smaller. sel is 0 coverage of the output, 1or model output, two anti-color output, anti-color + or the model output
printnum		Parameters are the same function without num, obj type only numeric output, the print output 1.5 1.500000 0 printnum not output behind only output 1.5
printnumxy	idem
printnummini	idem
gets	gets[x][y]	In the x, y position to obtain user input string and returns
getkey	<No parameters>	Get a keyboard press the enter key (return key code)
iskeydown	iskeydown[n]	Detected key code n represented by the key has been pressed
line	line[x1][y1][x2][y2]	Draw a straight line
box	box[left][top][right][bottom]	Draw a rectangle
circle	circle[x][y][r]	Draw a circle of radius r in the x, y position
allclr	<No parameters>	Clear the memory contents
areaclr	area[left][top][right][bottom]	Clear the memory specified within the rectangle
lineclr	lineclr[x1][y1][x2][y2]	Clear a straight line
arearev	arearev[left][top][right][bottom]	Specify the contents of the rectangle within the scope of the anti-color memory
setpoint	setpoint[x][y][sel]	Set the x, y location of the color, sel true black, fake white
getpoint	getpoint[x][y]	To obtain x, y location of the color, black returns 1, the white return 0
putdisp	<No parameters>	Refresh memory (such as real-time display in the loop drawing graphics update)
popupwin	popupwin[n]	Pop-up window of an n-line
savedisp	savedisp[n]	Save now screen the contents of n can be 0 to 9, that is, you can save up to three screens
rcldisp	rcldisp[n]	The contents of the screen to save the output n, n can only be 0 to 9
rclpict	rclpict[name]	A picture the contents of the memory output n the picture if the 9860 generated PICT files, rclpict ["P.g1m"], flash in the name of P (uppercase).. G1m picture
push	push[a][obj]	Add an element in the array a tail
delete	delete[a][index]	Delete an element in the array a subscript index position
clear	clear[a]	Clear the entire contents of the array a
sizeof	sizeof[a]	Returns the number of array elements
showap	showap[x][y][w][h][p]	In x, y position to draw the contents of the array of p, w is the width, h is the height of the array, 0 white, 1 black.
rtcreset	<No parameters>	Reset the RTC chip
setyear	setyear[thou][hun][ten][one]	Set the year. The four parameters in turn of the year one thousand, one hundred and ten, respectively. Setyear like this call [2][0][1][2]
setmonth	setmonth[ten][one]	Set the month. Parameter in turn is a month of 10-bit, bit. Called like this setmonth [1][2]
setdomonth	setdomonth[ten][one]	Set the date (day of month)
setdoweek	setdoweek[ten][one]	Set the week (day of week)
sethour	sethour[ten][one]	To set the hour
setminute	setminute[ten][one]	To set the minutes
setsecond	setsecond[ten][one]	To set the seconds
readyear	<No parameters>	Reads the Year
readmonth	<No parameters>	Reads the month
readdomonth	<No parameters>	Read date
readdoweek	<No parameters>	Read week
readhour	<No parameters>	Read hours
readminute	<No parameters>	Read the minutes
readsecond	<No parameters>	Read seconds
exit	<No parameters>	Exit the program
sleep	sleep[n]	Delay of n microseconds
cpuspeed	cpuspeed[n]	N can only  is 0, 1, 2, 3, 4. 0: reset the calculator, and the remaining cpu speed multiplied by a few, that is four times the overclocking
waitkey	waitkey[n]	Wait until the user presses the button code n represents the key