Class Vector Reference Manual
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CLASS VECTOR REFERENCE MANUAL RETURN METHOD NAME PARAMETERS DESCRIPTION INITIALIZATION void New Vector* X Convert array X of size N to a vector int N Vector int Length New Vector of start dimension Length Clone void Copy of a vector GetLength void Get length of the vector GetStepSize void Get amount of new memory allocated when vector is full SetStepSize int StepSize Set amount of new memory allocated when vector is full GetValue int Index Get an array element ADD / REMOVE METHODS Clear void Remove all elements from the vector Add X Add a new element in the vector AddAt X Add a new element in the vector on Index int Index position RemoveAt int Index Remove element on Index position from the vector Extract int FromIndex Build a new vector with elements from position FromIndex to ToIndex int ToIndex PRE–BUILT VECTORS ZeroVector int Length Build a new vector of zeros with Length elements RandVector int Length Build a new vector with Length random elements GetSequence Start Build a new vector with elements from Start to Step End, with step Step End MATHEMATICAL METHODS SumScalar X Sum X to each vector element ProductScalar X Multiply X to each vector element DivideScalar X Divide X to each vector element PowScalar X Pow X to each vector element SumVector Vector * V Sum vector with another one SumVector Vector * V1 Sum vectors V1 and V2 Vector * V2 SubtractVector Vector * V Subtract vector with another one SubtractVector Vector * V1 Subtract vectors V1 and V2 Vector * V2 ProductVector Vector * V Multiply vector with another one ProductVector Vector * V1 Multiply vectors V1 and V2 Vector * V2 ProductVectorScalar Vector * V Scalar product of two vectors ProductVectorScalar Vector * V1 Scalar product of vectors V1 and V2 Vector * V2 Sum void Sum all vector elements AbsSum void Sum all vector absolute values Vector Vector Vector * int int void T void void void void Vector * Vector * Vector * Vector * void void void void void Vector * void Vector * void Vector * 1/3 CLASS VECTOR REFERENCE GUIDE RETURN METHOD NAME PARAMETERS DESCRIPTION COMPARISON METHODS void Min vector value * MinValue Min vector value and position int* MinIndex MinAbs void Min vector absolute value void MinAbs * MinValue Min vector absolute value and position int* MinIndex Max void Max vector value void Max * MinValue Max vector value and position int* MinIndex MaxAbs void Max vector absolute value void MaxAbs * MinValue Max vector absolute value and position int* MinIndex Mean void Mean vector value MeanAbs void Mean vector absolute value SORTING METHODS void Sort void Sort vector void RemoveDuplicates void Remove duplicates from vector int Find X Find position of X in the vector INPUT / OUTPUT METHODS Vector * Load char* Filename Load vector from file void Save char* Filename Save vector to file void Print void Print vector to output void Print char* VectorName Print vector to output void Min Min 2/3 CLASS VECTOR EXAMPLES #include "Vector.h" using namespace onlinesvr; int main () { // Make a new vector Vector * V1 = new Vector (); // Fill vector for (int i=0; i<5; i++) { V1->Add(i); } // Add 5 to each vector element V1->SumScalar(5); // Copy vector Vector * V2 = V1->Clone(); // Normalize vector int MaxValue = V2->Max(); V2->DivideScalar(MaxValue); // Print vectors V1->Print("V1"); V2->Print("V2"); // Vector sum Vector * V3 = V1->SumVector(V1,V2); V3->Print("V3"); // Rand Vector of 4 elements Vector * V4 = Vector ::RandVector(4); V4->Print("V4"); // Sort V4->Sort(); V4->Print("Vsort"); // Save vector V4->Save("V4.vec"); // Delete vectors delete V1; delete V2; delete V3; delete V4; } 3/3
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File Type : PDF File Type Extension : pdf MIME Type : application/pdf PDF Version : 1.4 Linearized : No Page Count : 3 Producer : GPL Ghostscript 8.54 Create Date : 2006:11:30 17:38:29+01:00 Modify Date : 2006:11:30 17:38:29 Title : Class Vector Reference Manual Creator : PDFCreator Version 0.9.3 Author : Parrella Francesco Subject :EXIF Metadata provided by EXIF.tools