CVS difference for ais/ai-00296.txt

Differences between 1.19 and version 1.20
Log of other versions for file ais/ai-00296.txt

--- ais/ai-00296.txt	2005/01/28 02:10:45	1.19
+++ ais/ai-00296.txt	2005/04/13 05:37:08	1.20
@@ -1,4 +1,4 @@
-!standard G.3 (01)                                     04-05-24  AI95-00296/09
+!standard G.3 (01)                                     05-03-10  AI95-00296/10
 !standard G.3.1 (01)
 !standard G.3.2 (01)
 !class amendment 02-06-07
@@ -354,7 +354,7 @@
 the relaxed mode. In the strict mode the modulus of the absolute error of
 the inner product X*Y shall not exceed g*abs(X)*abs(Y) where g is defined as
 
-   g = X'Length * Real'Machine_Radix**(1-Real'Machine_Mantissa)
+   g = X'Length * Real'Machine_Radix**(1-Real'Model_Mantissa)
 
 Documentation Requirements
 
@@ -1039,10 +1039,10 @@
 the relaxed mode. In the strict mode the modulus of the absolute error of the
 inner product X*Y shall not exceed g*abs(X)*abs(Y) where g is defined as
 
-   g = X'Length * Real'Machine_Radix**(1-Real'Machine_Mantissa) for mixed
+   g = X'Length * Real'Machine_Radix**(1-Real'Model_Mantissa) for mixed
                                                     complex and real operands
 
-   g = sqrt(2.0) * X'Length * Real'Machine_Radix**(1-Real'Machine_Mantissa) for
+   g = sqrt(2.0) * X'Length * Real'Machine_Radix**(1-Real'Model_Mantissa) for
                                                     two complex operands
 
 Documentation Requirements
@@ -1608,7 +1608,7 @@
 the relaxed mode. In the strict mode the modulus of the absolute error of
 the inner product @i<X>*@i<Y> shall not exceed @i<g>*@b<abs>(@i<X>)*abs(@i<Y>)
 where @i<g> is defined as
-@xindent<@i<g> = @i<X>'Length * Real'Machine_Radix**(1-Real'Machine_Mantissa)>
+@xindent<@i<g> = @i<X>'Length * Real'Machine_Radix**(1-Real'Model_Mantissa)>
 
 @i<@s8<Documentation Requirements>>
 
@@ -2293,10 +2293,10 @@
 the relaxed mode. In the strict mode the modulus of the absolute error of the
 inner product @i<X>*@i<Y> shall not exceed @i<g>*@b<abs>(@i<X>)*abs(@i<Y>)
 where @i<g> is defined as
-@xindent<@i<g> = @i<X>'Length * Real'Machine_Radix**(1-Real'Machine_Mantissa) for mixed
+@xindent<@i<g> = @i<X>'Length * Real'Machine_Radix**(1-Real'Model_Mantissa) for mixed
 complex and real operands>
 
-@xindent<@i<g> = sqrt(2.0) * @i<X>'Length * Real'Machine_Radix**(1-Real'Machine_Mantissa)
+@xindent<@i<g> = sqrt(2.0) * @i<X>'Length * Real'Machine_Radix**(1-Real'Model_Mantissa)
 for two complex operands>
 
 @i<@s8<Documentation Requirements>>

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