// ゲインパラメータをプローブパラメータへ変換
public static void CnvGainToProbe(ParamGain paramGain, ParamProbe paramProbe)
{
byte calcGain;
// 左1cmと右1cmを変換
for (int i = 0; i < 2; i++)
{
// paramGainから変換元のゲイン値を取得
if (i == 0)
{
calcGain = paramGain.ch0_L_AmpGain;
}
else
{
calcGain = paramGain.ch0_R_AmpGain;
}
// 最大値判定
if (calcGain > valMaxGain_0ch)
{
calcGain = valMaxGain_0ch;
}
// 最小値判定
if (calcGain < 1)
{
calcGain = 1;
}
// paramProbe用の倍率指定に変換
calcGain--;
// paramProbeへ格納
if (i == 0)
{
paramProbe.ch0_L_AmpGain = calcGain;
}
else
{
paramProbe.ch0_R_AmpGain = calcGain;
}
}
// 左3cmと右3cmを変換
for (int i = 0; i < 2; i++)
{
short probePre;
byte probeGain;
// paramGainから変換元のゲイン値を取得
if (i == 0)
{
calcGain = paramGain.ch1_L_AmpGain;
}
else
{
calcGain = paramGain.ch1_R_AmpGain;
}
// 最大値＆最小値を有効範囲内に丸める
if (calcGain > valMaxGain_1ch)
{
calcGain = 64;
}
else
{
if (calcGain == 0)
{
calcGain = 1;
}
}
// 計算
// Pre4判定
if (((calcGain % 4) == 0) ||
((calcGain / 3) > 16))
{
// calcGainを4で割った余りが0の場合、もしくは
// calcGainを3で割った値が16を超える場合
probePre = 4;
probeGain = (byte)(calcGain / 4);
}
else
{
// Pre3判定
if (((calcGain % 3) == 0) ||
((calcGain / 2) > 16))
{
// calcGainを3で割った余りが0の場合、もしくは
// calcGainを2で割った値が16を超える場合
probePre = 3;
probeGain = (byte)(calcGain / 3);
}
else
{
if (((calcGain % 2) == 0) ||
(calcGain > 16))
{
// calcGainを2で割った余りが0の場合、もしくは
// calcGainが16を超える場合
probePre = 2;
probeGain = (byte)(calcGain / 2);
}
else
{
// Pre1設定
probePre = 1;
probeGain = calcGain;
}
}
}
// paramProbeの倍率指定に変換
probeGain--; // AmpGainは1～16指定を0～15指定に変換
switch (probePre) // PreAmpGainは1～4指定を倍率に割り当てられた値へ変換
{
case 4: // 倍率：4倍
probePre = 3;
break;
case 3: // 倍率：3倍
probePre = 2;
break;
case 2: // 倍率：2倍
probePre = 1;
break;
case 1: // 倍率：1倍
default: // ※それ以外の場合1倍扱いとする
probePre = 0;
break;
}
// paramProbeへ格納
if (i == 0)
{
paramProbe.ch1_L_PreAmpGain = probePre;
paramProbe.ch1_L_AmpGain = probeGain;
}
else
{
paramProbe.ch1_R_PreAmpGain = probePre;
paramProbe.ch1_R_AmpGain = probeGain;
}
}
/*
* if( IS_DEBUGGING )
* {
* String string;
* SdkLogger sdkLogger = new SdkLogger();
* string = String.format("paramGain : (L1)%d (L3)%d (R1)%d (R3)%d",
* paramGain.ch0_L_AmpGain,
* paramGain.ch1_L_AmpGain,
* paramGain.ch0_R_AmpGain,
* paramGain.ch1_R_AmpGain);
* sdkLogger.putInfo("CnvGainToProbe", string );
*
* string = String.format("paramProbe: (L1)%d (L3)%d (L3P)%d (R1)%d (R3)%d (R3P)%d",
* paramProbe.ch0_L_AmpGain,
* paramProbe.ch1_L_AmpGain,
* paramProbe.ch1_L_PreAmpGain,
* paramProbe.ch0_R_AmpGain,
* paramProbe.ch1_R_AmpGain,
* paramProbe.ch1_R_PreAmpGain);
* sdkLogger.putInfo("CnvGainToProbe", string );
* }
*/
}
// プローブパラメータをゲインパラメータへ変換
public static void CnvProbeToGain(ParamProbe paramProbe, ParamGain paramGain)
{
byte calcGain;
// 左1cmと右1cmを変換
for (int i = 0; i < 2; i++)
{
// ParamProbeから変換元のゲイン値を取得
if (i == 0)
{
calcGain = paramProbe.ch0_L_AmpGain;
}
else
{
calcGain = paramProbe.ch0_R_AmpGain;
}
// 有効値に丸め込む
if (calcGain > (valMaxGain_0ch - 1))
{
calcGain = (valMaxGain_0ch - 1);
}
// 補正
calcGain++;
// paramGainへ格納
if (i == 0)
{
paramGain.ch0_L_AmpGain = calcGain;
}
else
{
paramGain.ch0_R_AmpGain = calcGain;
}
}
// 左3cmと右3cmを変換
for (int i = 0; i < 2; i++)
{
short probePre;
byte probeGain;
// ParamProbeから変換元のゲイン値を取得
if (i == 0)
{
probePre = paramProbe.ch1_L_PreAmpGain;
probeGain = paramProbe.ch1_L_AmpGain;
}
else
{
probePre = paramProbe.ch1_R_PreAmpGain;
probeGain = paramProbe.ch1_R_AmpGain;
}
// paramProbeの倍率指定を変換
probeGain++; // AmpGainは0～15指定を1～16指定に変換
switch (probePre) // PreAmpGainは倍率に割り当てられた値を1～4指定に変換
{
case 3: // 倍率：4倍
probePre = 4;
break;
case 2: // 倍率：3倍
probePre = 3;
break;
case 1: // 倍率：2倍
probePre = 2;
break;
case 0: // 倍率：1倍
default: // ※それ以外の場合1倍扱いとする
probePre = 1;
break;
}
// paramGain用の倍率指定へ変換
calcGain = (byte)(probePre * probeGain);
// paramGainへ格納
if (i == 0)
{
paramGain.ch1_L_AmpGain = calcGain;
}
else
{
paramGain.ch1_R_AmpGain = calcGain;
}
}
/*
* if( IS_DEBUGGING )
* {
* String string;
* SdkLogger sdkLogger = new SdkLogger();
* string = String.format("paramProbe: (L1)%d (L3)%d (L3P)%d (R1)%d (R3)%d (R3P)%d",
* paramProbe.ch0_L_AmpGain,
* paramProbe.ch1_L_AmpGain,
* paramProbe.ch1_L_PreAmpGain,
* paramProbe.ch0_R_AmpGain,
* paramProbe.ch1_R_AmpGain,
* paramProbe.ch1_R_PreAmpGain);
* sdkLogger.putInfo("CnvProbeToGain", string );
* string = String.format("paramGain : (L1)%d (L3)%d (R1)%d (R3)%d",
* paramGain.ch0_L_AmpGain,
* paramGain.ch1_L_AmpGain,
* paramGain.ch0_R_AmpGain,
* paramGain.ch1_R_AmpGain);
* sdkLogger.putInfo("CnvProbeToGain", string );
* }
*/
}