// Token: 0x06000A33 RID: 2611 RVA: 0x0005BD90 File Offset: 0x00059F90
private void amTpUpdateStatus(AppMain.AMS_TP_TOUCH_STATUS status, AppMain.AMS_TP_TOUCH_CORE core)
{
bool flag = (core.sampling_flag & 1) != 0;
bool flag2 = (status.flag & 1) != 0;
bool flag3 = flag ^ flag2;
AppMain.AMM_TP_BIT_SET16(ref status.flag, 7, (core.sampling_flag & 128) != 0);
AppMain.AMM_TP_BIT_SET16(ref status.flag, 1, flag2);
AppMain.AMM_TP_BIT_SET16(ref status.flag, 0, flag);
AppMain.AMM_TP_BIT_SET16(ref status.flag, 2, flag3 && flag);
AppMain.AMM_TP_BIT_SET16(ref status.flag, 3, flag3 && flag2);
status.prev[0] = status.on[0];
status.prev[1] = status.on[1];
ushort[] sampling_buf = core.sampling_buf;
status.on[0] = sampling_buf[0];
status.on[1] = sampling_buf[1];
if ((status.flag & 4) != 0)
{
status.push[0] = status.on[0];
status.push[1] = status.on[1];
}
else if ((status.flag & 8) != 0)
{
status.pull[0] = status.prev[0];
status.pull[1] = status.prev[1];
}
if (status.core != core)
{
status.core = core;
}
}
private void amTpUpdateStatus(AppMain.AMS_TP_TOUCH_STATUS status, AppMain.AMS_TP_TOUCH_CORE core)
{
bool b1 = ((int)core.sampling_flag & 1) != 0;
bool b2 = ((int)status.flag & 1) != 0;
bool flag = b1 ^ b2;
AppMain.AMM_TP_BIT_SET16(ref status.flag, 7, ((int)core.sampling_flag & 128) != 0);
AppMain.AMM_TP_BIT_SET16(ref status.flag, 1, b2);
AppMain.AMM_TP_BIT_SET16(ref status.flag, 0, b1);
AppMain.AMM_TP_BIT_SET16(ref status.flag, 2, flag & b1);
AppMain.AMM_TP_BIT_SET16(ref status.flag, 3, flag & b2);
status.prev[0] = status.on[0];
status.prev[1] = status.on[1];
ushort[] samplingBuf = core.sampling_buf;
status.on[0] = samplingBuf[0];
status.on[1] = samplingBuf[1];
if (((int)status.flag & 4) != 0)
{
status.push[0] = status.on[0];
status.push[1] = status.on[1];
}
else if (((int)status.flag & 8) != 0)
{
status.pull[0] = status.prev[0];
status.pull[1] = status.prev[1];
}
if (status.core == core)
{
return;
}
status.core = core;
}
// Token: 0x060029D7 RID: 10711 RVA: 0x00158CAC File Offset: 0x00156EAC
public virtual void Update()
{
if (this.IsValid() && !this.m_flag[0])
{
for (int i = 0; i < AppMain._am_tp_touch.Length; i++)
{
bool is_on = false;
AppMain.AMS_TP_TOUCH_STATUS ams_TP_TOUCH_STATUS = AppMain._am_tp_touch[i];
bool flag;
IntPair move;
if (AppMain.amTpIsTouchOn(i))
{
flag = AppMain.amTpIsTouchPush(i);
if (flag)
{
this.m_pos[i] = new IntPair((int)ams_TP_TOUCH_STATUS.push[0], (int)ams_TP_TOUCH_STATUS.push[1]);
}
IntPair intPair = new IntPair((int)ams_TP_TOUCH_STATUS.on[0], (int)ams_TP_TOUCH_STATUS.on[1]);
if (!this.m_flag[1])
{
is_on = this.hitTest(intPair, (uint)i);
}
move = intPair - this.m_pos[i];
this.m_pos[i] = intPair;
}
else
{
flag = AppMain.amTpIsTouchPull(i);
move = new IntPair((int)ams_TP_TOUCH_STATUS.pull[0], (int)ams_TP_TOUCH_STATUS.pull[1]) - this.m_pos[i];
if (flag)
{
this.m_pos[i] = default(IntPair);
}
}
T t = this.m_state[i];
t.Push(is_on, flag, move);
}
}
}
public virtual void Update()
{
if (!this.IsValid() || this.m_flag[0])
{
return;
}
for (int index = 0; index < AppMain._am_tp_touch.Length; ++index)
{
bool is_on = false;
AppMain.AMS_TP_TOUCH_STATUS amsTpTouchStatus = AppMain._am_tp_touch[index];
bool is_edge;
IntPair move;
if (AppMain.amTpIsTouchOn(index))
{
is_edge = AppMain.amTpIsTouchPush(index);
if (is_edge)
{
this.m_pos[index] = new IntPair((int)amsTpTouchStatus.push[0], (int)amsTpTouchStatus.push[1]);
}
IntPair pos = new IntPair((int)amsTpTouchStatus.on[0], (int)amsTpTouchStatus.on[1]);
if (!this.m_flag[1])
{
is_on = this.hitTest(pos, (uint)index);
}
move = pos - this.m_pos[index];
this.m_pos[index] = pos;
}
else
{
is_edge = AppMain.amTpIsTouchPull(index);
move = new IntPair((int)amsTpTouchStatus.pull[0], (int)amsTpTouchStatus.pull[1]) - this.m_pos[index];
if (is_edge)
{
this.m_pos[index] = new IntPair();
}
}
this.m_state[index].Push(is_on, is_edge, move);
}
}
