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| kStatus | kMath_Abs32s (const k32s *vIn, k32s *vOut, kSize count) |
| | Calculates the absolute value of each element in an input array and stores the result in an output array. More...
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| |
| kStatus | kMath_Abs64f (const k64f *vIn, k64f *vOut, kSize count) |
| | Calculates the absolute value of each element in an input array and stores the result in an output array. More...
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| |
| kStatus | kMath_Add32s (const k32s *vIn1, const k32s *vIn2, k32s *vOut, kSize count) |
| | Adds the values in two input arrays and stores the result in an output array. More...
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| kStatus | kMath_Add64f (const k64f *vIn1, const k64f *vIn2, k64f *vOut, kSize count) |
| | Adds the values in two input arrays and stores the result in an output array. More...
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| kStatus | kMath_AddC32s (const k32s *vIn, k32s *vOut, kSize count, k32s value) |
| | Adds a constant to each element in an input array and stores the result in an output array. More...
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| |
| kStatus | kMath_AddC64f (const k64f *vIn, k64f *vOut, kSize count, k64f value) |
| | Adds a constant to each element in an input array and stores the result in an output array. More...
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| |
| kStatus | kMath_Average32s (const k32s *v, kSize count, k64f *average) |
| | Calculates the average value for a numerical array. More...
|
| |
| kStatus | kMath_Average64f (const k64f *v, kSize count, k64f *average) |
| | Calculates the average value for a numerical array. More...
|
| |
| kStatus | kMath_Centroid32s (const k32s *v, kSize count, k64f *centroid) |
| | Calculates the center of gravity for a numerical array. More...
|
| |
| kStatus | kMath_Centroid64f (const k64f *v, kSize count, k64f *centroid) |
| | Calculates the center of gravity for a numerical array. More...
|
| |
| kStatus | kMath_ClampC32s (const k32s *vIn, k32s *vOut, kSize count, k32s minValue, k32s maxValue) |
| | Limits each element in an input array using a minimum and maximum value. More...
|
| |
| kStatus | kMath_ClampC64f (const k64f *vIn, k64f *vOut, kSize count, k64f minValue, k64f maxValue) |
| | Limits each element in an input array using a minimum and maximum value. More...
|
| |
| kStatus | kMath_CompareC32s (const k32s *vIn, kBool *vOut, kSize count, kComparison comparison, k32s value) |
| | Compares each element in an input array with a specified value and stores the results in an output array. More...
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| |
| kStatus | kMath_CompareC64f (const k64f *vIn, kBool *vOut, kSize count, kComparison comparison, k64f value) |
| | Compares each element in an input array with a specified value and stores the results in an output array. More...
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| |
| kStatus | kMath_Div32s (const k32s *vIn1, const k32s *vIn2, k32s *vOut, kSize count) |
| | Divides the values in two input arrays and stores the result in an output array. More...
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| |
| kStatus | kMath_Div64f (const k64f *vIn1, const k64f *vIn2, k64f *vOut, kSize count) |
| | Divides the values in two input arrays and stores the result in an output array. More...
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| |
| kStatus | kMath_DivC32s (const k32s *vIn, k32s *vOut, kSize count, k32s value) |
| | Divides each element in an input array by a constant and stores the result in an output array. More...
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| |
| kStatus | kMath_DivC64f (const k64f *vIn, k64f *vOut, kSize count, k64f value) |
| | Divides each element in an input array by a constant and stores the result in an output array. More...
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| kStatus | kMath_FindFirst32s (const k32s *v, kSize count, kComparison comparison, k32s value, kSize *index) |
| | Compares each value in a numerical array with a specified value and returns the index of the first match. More...
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| kStatus | kMath_FindFirst64f (const k64f *v, kSize count, kComparison comparison, k64f value, kSize *index) |
| | Compares each value in a numerical array with a specified value and returns the index of the first match. More...
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| kStatus | kMath_FindLast32s (const k32s *v, kSize count, kComparison comparison, k32s value, kSize *index) |
| | Compares each value in a numerical array with a specified value and returns the index of the last match. More...
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| kStatus | kMath_FindLast64f (const k64f *v, kSize count, kComparison comparison, k64f value, kSize *index) |
| | Compares each value in a numerical array with a specified value and returns the index of the last match. More...
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| |
| kStatus | kMath_FindMax32s (const k32s *v, kSize count, kSize *index) |
| | Finds the index of the maximum value within a numerical array. More...
|
| |
| kStatus | kMath_FindMax64f (const k64f *v, kSize count, kSize *index) |
| | Finds the index of the maximum value within a numerical array. More...
|
| |
| kStatus | kMath_FindMin32s (const k32s *v, kSize count, kSize *index) |
| | Finds the index of the minimum value within a numerical array. More...
|
| |
| kStatus | kMath_FindMin64f (const k64f *v, kSize count, kSize *index) |
| | Finds the index of the minimum value within a numerical array. More...
|
| |
| kStatus | kMath_Gcd32s (k32s a, k32s b, k32s *result) |
| | Returns the greatest common divisor of two integers. More...
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| |
| kStatus | kMath_Lcm32s (k32s a, k32s b, k32s *result) |
| | Returns the least common multiple of two integers. More...
|
| |
| k32u | kMath_Log2Ceil32u (k32u a) |
| | Calculates the base-2 logarithm of the input, rounded up to the nearest integer. More...
|
| |
| kStatus | kMath_Max32s (const k32s *v, kSize count, k32s *maxValue) |
| | Reports the maximum value in a numerical array. More...
|
| |
| kStatus | kMath_Max64f (const k64f *v, kSize count, k64f *maxValue) |
| | Reports the maximum value in a numerical array. More...
|
| |
| kStatus | kMath_Min32s (const k32s *v, kSize count, k32s *minValue) |
| | Reports the minimum value in a numerical array. More...
|
| |
| kStatus | kMath_Min64f (const k64f *v, kSize count, k64f *minValue) |
| | Reports the minimum value in a numerical array. More...
|
| |
| kStatus | kMath_MovingAvg32s (const k32s *vIn, k32s *vOut, kSize count, kSize window) |
| | Calculates the moving average over an input array and stores the result in an output array. More...
|
| |
| kStatus | kMath_MovingAvg64f (const k64f *vIn, k64f *vOut, kSize count, kSize window) |
| | Calculates the moving average over an input array and stores the result in an output array. More...
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| |
| kStatus | kMath_Mul32s (const k32s *vIn1, const k32s *vIn2, k32s *vOut, kSize count) |
| | Multiplies the values in two input arrays and stores the result in an output array. More...
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| |
| kStatus | kMath_Mul64f (const k64f *vIn1, const k64f *vIn2, k64f *vOut, kSize count) |
| | Multiplies the values in two input arrays and stores the result in an output array. More...
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| |
| kStatus | kMath_MulC32s (const k32s *vIn, k32s *vOut, kSize count, k32s value) |
| | Multiplies each element in an input array by a constant and stores the result in an output array. More...
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| |
| kStatus | kMath_MulC64f (const k64f *vIn, k64f *vOut, kSize count, k64f value) |
| | Multiplies each element in an input array by a constant and stores the result in an output array. More...
|
| |
| kStatus | kMath_ReplaceC32s (const k32s *vIn, k32s *vOut, kSize count, kComparison comparison, k32s value, k32s replacement) |
| | Compares each element in an input array with a specified value, and replaces all matching values with another given value. More...
|
| |
| kStatus | kMath_ReplaceC64f (const k64f *vIn, k64f *vOut, kSize count, kComparison comparison, k64f value, k64f replacement) |
| | Compares each element in an input array with a specified value, and replaces all matching values with another given value. More...
|
| |
| kStatus | kMath_Set32s (k32s *v, kSize count, k32s value) |
| | Sets all values in a numerical array to the given value. More...
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| |
| kStatus | kMath_Set64f (k64f *v, kSize count, k64f value) |
| | Sets all values in a numerical array to the given value. More...
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| |
| k32s | kMath_Sign (k32s a) |
| | Returns the sign. More...
|
| |
| kStatus | kMath_Span32s (k32s *v, kSize count, k32s startValue, k32s endValue) |
| | Sets values in a numerical array to step between the specified start and end values. More...
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| |
| kStatus | kMath_Span64f (k64f *v, kSize count, k64f startValue, k64f endValue) |
| | Sets values in a numerical array to step between the specified start and end values. More...
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| |
| kStatus | kMath_Stdev32s (const k32s *v, kSize count, k64f *stdev) |
| | Calculates the standard deviation for a numerical array. More...
|
| |
| kStatus | kMath_Stdev64f (const k64f *v, kSize count, k64f *stdev) |
| | Calculates the standard deviation for a numerical array. More...
|
| |
| kStatus | kMath_Step32s (k32s *v, kSize count, k32s startValue, k32s increment) |
| | Sets values in a numerical array to increment from the specified starting value. More...
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| |
| kStatus | kMath_Step64f (k64f *v, kSize count, k64f startValue, k64f increment) |
| | Sets values in a numerical array to increment from the specified starting value. More...
|
| |
| kStatus | kMath_Sub32s (const k32s *vIn1, const k32s *vIn2, k32s *vOut, kSize count) |
| | Subtracts the values in two input arrays and stores the result in an output array. More...
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| |
| kStatus | kMath_Sub64f (const k64f *vIn1, const k64f *vIn2, k64f *vOut, kSize count) |
| | Subtracts the values in two input arrays and stores the result in an output array. More...
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| |
| kStatus | kMath_SubC32s (const k32s *vIn, k32s *vOut, kSize count, k32s value) |
| | Subtracts a constant from each element in an input array and stores the result in an output array. More...
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| |
| kStatus | kMath_SubC64f (const k64f *vIn, k64f *vOut, kSize count, k64f value) |
| | Subtracts a constant from each element in an input array and stores the result in an output array. More...
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| |
| kStatus | kMath_Sum32s (const k32s *v, kSize count, k64s *sum) |
| | Calculates the sum of a numerical array. More...
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| |
| kStatus | kMath_Sum64f (const k64f *v, kSize count, k64f *sum) |
| | Calculates the sum of a numerical array. More...
|
| |
| kAlloc | kObject_Alloc (kObject object) |
| | Gets the memory allocator associated with this object. More...
|
| |
| kStatus | kObject_Clone (kObject *object, kObject source, kAlloc allocator) |
| | Constructs a new object by copying an existing object, including any aggregated child elements. More...
|
| |
| kStatus | kObject_Destroy (kObject object) |
| | Destroys the object. More...
|
| |
| kStatus | kObject_Dispose (kObject object) |
| | Destroys the object and any aggregated child elements. More...
|
| |
| kBool | kObject_Equals (kObject object, kObject other) |
| | Determines whether the object is equal to another object. More...
|
| |
| kSize | kObject_HashCode (kObject object) |
| | Gets a hash code representing the state of this object. More...
|
| |
| kBool | kObject_Is (kObject object, kType type) |
| | Determines whether this object is an instance of the specified type. More...
|
| |
| kBool | kObject_IsShared (kObject object) |
| | Reports whether the object is currently shared (reference count greater than one). More...
|
| |
| kStatus | kObject_SetPool (kObject object, kObjectPool pool) |
| | Sets the object pool associated with this object. More...
|
| |
| kStatus | kObject_Share (kObject object) |
| | Increments the reference count associated with this object. More...
|
| |
| kSize | kObject_Size (kObject object) |
| | Estimates the memory consumed by this object, including any aggregated child elements. More...
|
| |
| kType | kObject_Type (kObject object) |
| | Returns the type of the object. More...
|
| |
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#define | kMATH_PI (3.1415926535897932384626433832795) |
| | Mathematical constant pi.
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#define | kMATH_E (2.7182818284590452353602874713527) |
| | Mathematical constant e.
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#define | kMATH_SQRT2 (1.4142135623730950488016887242097) |
| | Square root of 2.
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#define | kMATH_SQRT3 (1.7320508075688772935274463415059) |
| | Square root of 3.
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| |
|
#define | kMath_RadToDeg_(RAD) kxMath_RadToDeg_(RAD) |
| | Converts radians to degrees.
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#define | kMath_DegToRad_(DEG) kxMath_DegToRad_(DEG) |
| | Converts degrees to radians.
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| |
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#define | kMath_Abs_(A) kxMath_Abs_(A) |
| | Returns the absolute value of a number.
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#define | kMath_Min_(A, B) kxMath_Min_((A), (B)) |
| | Returns the minimum of two numbers.
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#define | kMath_Max_(A, B) kxMath_Max_((A), (B)) |
| | Returns the maximum of two numbers.
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| |
|
#define | kMath_Sign_(A) kxMath_Sign_(A) |
| | Returns the sign of a number (-1, 0, +1).
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#define | kMath_Common_Residue_(A, B) kxMath_Common_Residue_((A), (B)) |
| | Returns the common residue of A and B.
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#define | kMath_Clamp_(V, VMIN, VMAX) kxMath_Clamp_((V), (VMIN), (VMAX)) |
| | Returns a value limited to the given range.
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#define | kMath_Round8s_(A) kxMath_Round8s_(A) |
| | Rounds a floating-point value and casts to an 8-bit signed integer.
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#define | kMath_Round8u_(A) kxMath_Round8u_(A) |
| | Rounds a floating-point value and casts to an 8-bit unsigned integer.
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#define | kMath_Round16s_(A) kxMath_Round16s_(A) |
| | Rounds a floating-point value and casts to an 16-bit signed integer.
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#define | kMath_Round16u_(A) kxMath_Round16u_(A) |
| | Rounds a floating-point value and casts to an 16-bit unsigned integer.
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#define | kMath_Round32s_(A) kxMath_Round32s_(A) |
| | Rounds a floating-point value and casts to an 32-bit signed integer.
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#define | kMath_Round32u_(A) kxMath_Round32u_(A) |
| | Rounds a floating-point value and casts to an 32-bit unsigned integer.
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#define | kMath_Round64s_(A) kxMath_Round64s_(A) |
| | Rounds a floating-point value and casts to an 64-bit signed integer.
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#define | kMath_Round64u_(A) kxMath_Round64u_(A) |
| | Rounds a floating-point value and casts to an 64-bit unsigned integer.
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|
#define | kObject_Type_(OBJ) kxObject_Type_(OBJ) |
| | Macro version of kObject_Type.
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#define | kObject_Is_(OBJ, TYPE) kxObject_Is_(OBJ, TYPE) |
| | Macro version of kObject_Is.
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#define | kObject_Alloc_(OBJ) kxObject_Allocator_(OBJ) |
| | Macro version of kObject_Alloc.
|
| |
Public Member Functions inherited from kObject
