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hypot(3) -- Euclidean distance and complex absolute value functions
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The hypot(), hypotf(), cabs() and cabsf() functions compute the sqrt(x*x+y*y) in such a way that underflow will not happen, and overflow occurs only if the final result deserves it. hypot(infinity, v)... |
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hypotf(3) -- Euclidean distance and complex absolute value functions
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The hypot(), hypotf(), cabs() and cabsf() functions compute the sqrt(x*x+y*y) in such a way that underflow will not happen, and overflow occurs only if the final result deserves it. hypot(infinity, v)... |
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i386_clr_watch(3) -- manage i386 debug register values
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The i386_clr_watch() function will disable the indicated watch point within the specified debug register set. The i386_set_watch() function will set up the specified debug registers as indicated by th... |
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i386_set_watch(3) -- manage i386 debug register values
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The i386_clr_watch() function will disable the indicated watch point within the specified debug register set. The i386_set_watch() function will set up the specified debug registers as indicated by th... |
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idcok(3) -- curses output options
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These routines set options that change the style of output within curses. All options are initially FALSE, unless otherwise stated. It is not necessary to turn these options off before calling endwin.... |
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idlok(3) -- curses output options
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These routines set options that change the style of output within curses. All options are initially FALSE, unless otherwise stated. It is not necessary to turn these options off before calling endwin.... |
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ieee(3) -- functions for IEEE arithmetic
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These functions are required or recommended by IEEE Std 754-1985. copysign() and copysignf() return x with its sign changed to y's. finite() and finitef() return the value 1 just when -infinity < x <... |
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ieee_test(3) -- IEEE test functions
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These functions allow users to test conformance to IEEE Std 754-1985. Their use is not otherwise recommended. logb(x) and logbf(x) return x's exponent n, a signed integer converted to double-precisio... |
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if_freenameindex(3) -- provide mappings between interface names and indexes
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The if_nametoindex() function maps the interface name specified in ifname to its corresponding index. If the specified interface does not exist, it returns 0. The if_indextoname() function maps the in... |
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if_indextoname(3) -- provide mappings between interface names and indexes
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The if_nametoindex() function maps the interface name specified in ifname to its corresponding index. If the specified interface does not exist, it returns 0. The if_indextoname() function maps the in... |
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if_nameindex(3) -- provide mappings between interface names and indexes
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The if_nametoindex() function maps the interface name specified in ifname to its corresponding index. If the specified interface does not exist, it returns 0. The if_indextoname() function maps the in... |
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if_nametoindex(3) -- provide mappings between interface names and indexes
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The if_nametoindex() function maps the interface name specified in ifname to its corresponding index. If the specified interface does not exist, it returns 0. The if_indextoname() function maps the in... |
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ilogb(3) -- functions for IEEE arithmetic
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These functions are required or recommended by IEEE Std 754-1985. copysign() and copysignf() return x with its sign changed to y's. finite() and finitef() return the value 1 just when -infinity < x <... |
