Arnold AtArray API Test

#include <ai.h>
#include <iostream>
#include <stdio.h>
#include <vector>
#include <assert.h>

using namespace std;

void print_the_type()
{
    printf("AI_TYPE_BYTE   %5d \n",AI_TYPE_BYTE);  //
    printf("AI_TYPE_INT    %5d \n",AI_TYPE_INT);   //
    printf("AI_TYPE_FLOAT  %5d \n",AI_TYPE_FLOAT); //
    printf("AI_TYPE_STRING %5d \n",AI_TYPE_STRING);//
    printf("AI_TYPE_ARRAY  %5d \n",AI_TYPE_ARRAY); //
    printf("AI_TYPE_POINT  %5d \n",AI_TYPE_POINT); //
}

int main()
{
    print_the_type();
    printf("\n");
    printf("test AI_TYPE_FLOAT ARRAY\n");
    AtArray *array = AiArrayAllocate(,,AI_TYPE_FLOAT);
    // basic method
    /*
    for(int i=0;i<array->nelements*2;i++)
    {
        AiArraySetFlt(array,i,i);
    }
    */
    float *test = static_cast <float *> (array->data);
    test[]=;
    test[]=;
    test[]=;

    for(int i=;i<array->nelements*;i++) // MUTIPLY *2 ,because have two float[3],so it's have the 3*2=6
    {
        cout << AiArrayGetFlt(array,i) <<endl;
    }
    AiArrayDestroy(array);

    printf("\n");
    // test the array point
    printf("test AI_TYPE_POINT ARRAY\n");
    // create 2 point and have two motion keys
    // so the data have 4 point ,every point have 3 elements ... the count is 2*3*2 = 12
    AtInt32 keys = ;
    AtArray *array_type_point = AiArrayAllocate(,keys,AI_TYPE_POINT);
    assert(array_type_point->nkeys==);
    assert(array_type_point->nelements==);
    assert(array_type_point->nelements*==);

    float * array_raw_pt= static_cast <float *> (array_type_point->data);
    //pt 1
    array_raw_pt[]=1.0f;
    array_raw_pt[]=2.0f;
    array_raw_pt[]=3.0f;
    // pt 2
    array_raw_pt[]=4.0f;
    array_raw_pt[]=5.0f;
    array_raw_pt[]=6.0f;
    // pt3
    array_raw_pt[]=7.0f;
    //assert(AiArraySetFlt(array,7,8.0f) == 1 ); //arnold will test array_type is same as rh array
    // cout << array_raw_pt[0] << endl;
    cout.setf(ios::showpoint);
    for(int i=;i<array_type_point->nelements*keys;i++)
    {
        cout<< i <<"  x : -> " << AiArrayGetPnt(array_type_point,i).x <<endl;
        cout<< i <<"  y : -> " << AiArrayGetPnt(array_type_point,i).y <<endl;
        cout<< i <<"  z : -> " << AiArrayGetPnt(array_type_point,i).z <<endl;
    }
    AiArrayDestroy(array_type_point);

    cin.get();
    return ;
}