hiko9lock

struct CustomCode1245Output 
{ 
	float3 color; 
}; 

CustomCode1245Output CustomCode1245Func( float2 UV ) 
{ 
	CustomCode1245Output OUT; 
	float3 output= float3(0.0, 0.0, 0.0);
	float dist= 0.004;

hiko9lock

float3 output;


for( int i= -1*radius; i< radius; i++ ) {
   for( int j= -1*radius; j< radius; j++ )  {
         output+= tex2D( SceneColorTexture,ScreenAlignedUV(uv+ float2(i*dist, j*dist)));
   }
}
return (output / ((radius+1)*(radius+1)));

hiko9lock

// file hq_ikHandle.mel
//		Create ikHandle tool for MayaLT
// author Masahiko.Ishii <esuna.dev@gmail.com>
// date 2013/11/27

global proc hq_ikHandle()
{
	string $sels[]= `ls -sl`;
	string $ik= `createNode "ikHandle"`;
	string $ef= `createNode "ikEffector"`;

hiko9lock

float3 output= float3(0.0, 0.0, 0.0);
float steps= 10.0f;
for( int i=0; i< steps; i++)
{
   output+= (1.0/steps)*tex2D(tex,uv+(float2((1.0/steps)*i, (1.0/steps)*i) ) );
}
return output;

hiko9lock

// file hq_convertCameraAttribute
//  	CameraDataConvert for unity.
// author Masahiko.Ishii <esuna.dev@gmail.com>
// date 2013/8/16

global proc hq_convertCameraAttribute()
{
	string $sels[]= `ls -sl`;
	string $node[]= `listRelatives -shapes $sels[0]`;
	print $node;

hiko9lock

using UnityEngine;
using System.Collections;

public class TouchCamera : MonoBehaviour {
  public Transform target;
	Vector3 f0Dir= Vector3.zero;
	float zoomDistance= 5;
	float theta= 0.0F;
	float fai= 0.0F;
	float dx= 0.0F;

hiko9lock

using UnityEngine;
using System.Collections;

public class AimCamera : MonoBehaviour {
  public Transform target;
	Vector3 f0Dir= Vector3.zero;
	Vector3 upVal= Vector3.zero;
	float zoomDistance= 5;
	float theta= 0.0F;
	float fai= 0.0F;