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Some reasons for using this spread are that there could be disparities between the call options and futures prices of the respected contract months, volatility levels may vary between calendar months, or a trader may simply think he or she can time the market In any one of these situations, a trader could take advantage of these disparities by selling the close-to-the-money and close-to-expiration call options and at the same time buying further out-of-the-money call options with more time value Let s say you expect silver to move higher between November 28 and the time March options expire in February You believe the market could rally up to the $450 level by then, but could go as high as $500 by maybe March or April A good example of a calendar spread would be to sell the March 450 calls and to buy the May 475 calls.

6 7 8 9 10 11 12 13 14 15 16 17 start_color();

R(i 1)

init_pair(1,COLOR_RED,COLOR_YELLOW); color_set(1,NULL); addstr( The color of this window is now\n ); addstr( Red on Yellow.\n ); refresh(); getch(); endwin(); return 0; }

Sample output:

init_pair(), attrset(), bkgd()

If prices do not move, then the rapid time decay of the close-to-expiration March calls will offset the cost of the longer-term May calls Another feature is you can leg out of the short 450 call option if it becomes profitable to do so This strategy requires that you monitor the underlying futures contract regularly..

COLORS is an int constant set internally by NCurses. It represents the number of colors available for use by the various color functions. The value COLORS holds is correct only after the start_color() function has initialized NCurses color functions.

Q(n 1) = 0 cp'

COLORS works like any constant value in C. It can be used as an immediate value, a comparison, or in combination with other values.

The value of COLORS depends on the number of colors available to the terminal. If the start_color() function has not yet been used, then COLORS equals zero.

Because the first color number is zero, the highest valid color value is really COLORS-1. The typical PC uses eight basic colors black, red, green, brown, blue, magenta, cyan, and white so the value of COLORS is set to 8. Also see the entry for init_pair(). For some reason, NCurses refers to the PC color brown as being yellow. It s brown. Though only 8 colors are available, 16 text colors are possible on the PC. By applying the A_BOLD attribute to color text, the bright version of each text color can be used. (So bright brown is finally the yellow NCurses desires to see.) See attrset(). (Note that the A_BOLD attribute actually uses a specific bold font on certain terminals, not just brightly colored text.) The basic eight colors are based upon setting bits for the RGB (red, green, and blue) values on the standard PC monitor, where R is the first bit, G is the second, and B the third. Table A-3 illustrates the colors, constants, and bit values.