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Limits a value to a specified range.
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Converts an angle in degrees to a cooresponding angle in radians.
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FALSE is defined as 0. Used in logical expressions. |
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The value of 1/'pi'. |
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The value of 2/'pi'. |
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The value of 2/sqrt('pi'). |
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The value of 2*'pi' |
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Value of 'e'. 'e' is defined as lim(x->inf)[(1 + 1/x)^x]. |
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The value of 1/(2*'pi'). |
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The value of 1/'pi' (equivalent to M_1_PI). |
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The natural logarithm (ln) of 10. |
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The natural logarithm (ln) of 2. |
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The base 10 logarithm of 'e'. |
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The base 2 logarithm of 'e'. |
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The value of 'pi'. |
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The value of 'pi'/2. |
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The value of 'pi'/4. |
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The square-root of 1/2. |
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The value of sqrt(2). |
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The maximum representable integer. |
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Converts an angle in radians to a cooresponding angle in degrees.
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Twelve-digit precision epsilon value. Used for floating-point comparisons. |
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Floating point comparison value with zero. (Equivalent to SI_QUADRA_EPS). |
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SI_TRUE is defined as FALSE. Used in logical expressions. |
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Maximum representable floating point value. (Taken from <float.h>) |
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Minimum representable floating point value. (Taken from <float.h>) |
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Six-digit precision epsilon value. Used for floating-pont comparisons. |
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Five-digit precision epsilon value. Used for floating-pont comparisons. |
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Safe volume epsilon (outer sphere) |
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Safe volume epsilon (inner sphere) |
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Four-digit precision epsilon value. Used for floating-point comparisons. |
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SI_TRUE is defined as TRUE. Used in logical expressions. |
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The value of 2*pi. |
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TRUE is defined as 1. Used in logical expressions. |
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DOUBLE is an equivalent to double |
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Used to identify a given main axis. |
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Helper mask to pack which coordinates are valid, used, not used, etc. |
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Used to identify a given main axis. |
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Returns difference between two angles (between 0 and 'pi')
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Returns the angle based on the value of the sine and cosine values given (between -'pi' and 'pi).
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Returns the inverse of the 3rd-order Bernstein polynomial, at value
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The value used to compare floating-point numbers within micro-units (1E-6). |
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The value used to compare floating-point numbers within milli-units (1E-3). |
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The value used to compare floating-point numbers within nano-units (1E-9). |
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The value used to compare floating-point numbers within pico-units (1E-12). |
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The maximum representable double precision floating-point number (taken from <float.h>). |
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