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private void myMethod () {Dictionary d =
new Hashtable()
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}
sArray = new ArrayFloat.D0(); sArray.set( bos.getShort() / 4.f); sdata.setMemberData( (StructureMembers.Member) memberIter.next(), sArray); sArray = new ArrayFloat.D0(); sArray.set( bos.getShort() / 4.f ); sdata.setMemberData((StructureMembers.Member) memberIter.next(), sArray);
assert a.getElementType() == float.class; assert a instanceof ArrayFloat.D0; float valf = ((ArrayFloat.D0)a).get(); assert (valf == 0.0);
assert a.getElementType() == float.class; assert a instanceof ArrayFloat.D0; float valf = ((ArrayFloat.D0)a).get(); assert (valf == 0.0);
assert a.getElementType() == float.class; assert a instanceof ArrayFloat.D0; float valf = ((ArrayFloat.D0)a).get(); assert (valf == 0.0);
break; case FLOAT: data = new ArrayFloat.D0(); data.setFloat(0, val.floatValue()); break;
break; case FLOAT: data = new ArrayFloat.D0(); data.setFloat(0, val.floatValue()); break;
sArray = new ArrayFloat.D0(); sArray.set( bos.getShort() / 4.f); sdata.setMemberData( (StructureMembers.Member) memberIter.next(), sArray); sArray = new ArrayFloat.D0(); sArray.set( bos.getShort() / 4.f ); sdata.setMemberData((StructureMembers.Member) memberIter.next(), sArray);
static ArrayFloat factory( Index index, float [] storage) { if (index instanceof Index0D) { return new ArrayFloat.D0(index, storage); } else if (index instanceof Index1D) { return new ArrayFloat.D1(index, storage); } else if (index instanceof Index2D) { return new ArrayFloat.D2(index, storage); } else if (index instanceof Index3D) { return new ArrayFloat.D3(index, storage); } else if (index instanceof Index4D) { return new ArrayFloat.D4(index, storage); } else if (index instanceof Index5D) { return new ArrayFloat.D5(index, storage); } else if (index instanceof Index6D) { return new ArrayFloat.D6(index, storage); } else if (index instanceof Index7D) { return new ArrayFloat.D7(index, storage); } else { return new ArrayFloat(index, storage); } }
static ArrayFloat factory( Index index, float [] storage) { switch (index.getRank()) { case 0 : return new ArrayFloat.D0(index, storage); case 1 : return new ArrayFloat.D1(index, storage); case 2 : return new ArrayFloat.D2(index, storage); case 3 : return new ArrayFloat.D3(index, storage); case 4 : return new ArrayFloat.D4(index, storage); case 5 : return new ArrayFloat.D5(index, storage); case 6 : return new ArrayFloat.D6(index, storage); case 7 : return new ArrayFloat.D7(index, storage); default : return new ArrayFloat(index, storage); } }
static ArrayFloat factory( Index index, float [] storage) { switch (index.getRank()) { case 0 : return new ArrayFloat.D0(index, storage); case 1 : return new ArrayFloat.D1(index, storage); case 2 : return new ArrayFloat.D2(index, storage); case 3 : return new ArrayFloat.D3(index, storage); case 4 : return new ArrayFloat.D4(index, storage); case 5 : return new ArrayFloat.D5(index, storage); case 6 : return new ArrayFloat.D6(index, storage); case 7 : return new ArrayFloat.D7(index, storage); default : return new ArrayFloat(index, storage); } }
void CheckFValue( Array a) { assert a.getRank() == 0; assert a.getSize() == 1; assert a.getElementType() == float.class; assert a instanceof ArrayFloat.D0; float valf = ((ArrayFloat.D0)a).get(); assert (valf == 0.0); }
void CheckFValue( Array a) { assert a.getRank() == 0; assert a.getSize() == 1; assert a.getElementType() == float.class; assert a instanceof ArrayFloat.D0; float valf = ((ArrayFloat.D0)a).get(); assert (valf == 0.0); }