Remove unnecessary casting

1 files changed, 16 insertions, 8 deletions

diff --git a/Alc/ALu.c b/Alc/ALu.c
index 2c5cde40..404dea66 100644
--- a/Alc/ALu.c
+++ b/Alc/ALu.c
@@ -785,11 +785,13 @@ ALvoid aluMixData(ALCcontext *ALContext,ALvoid *buffer,ALsizei size,ALenum forma
                         {
                             ALfloat samp1, samp2;
                             //First order interpolator (front left)
-                            samp1 = (ALfloat)((ALshort)(((Data[k*Channels  ]*((1L<<FRACTIONBITS)-fraction))+(Data[(k+1)*Channels  ]*(fraction)))>>FRACTIONBITS));
+                            samp1 = (Data[k*Channels]*((1<<FRACTIONBITS)-fraction) +
+                                     Data[(k+1)*Channels]*fraction) >> FRACTIONBITS;
                             DryBuffer[j][FRONT_LEFT] += samp1*DrySend[FRONT_LEFT];
                             WetBuffer[j][FRONT_LEFT] += samp1*WetSend[FRONT_LEFT];
                             //First order interpolator (front right)
-                            samp2 = (ALfloat)((ALshort)(((Data[k*Channels+1]*((1L<<FRACTIONBITS)-fraction))+(Data[(k+1)*Channels+1]*(fraction)))>>FRACTIONBITS));
+                            samp2 = (Data[k*Channels+1]*((1<<FRACTIONBITS)-fraction) +
+                                     Data[(k+1)*Channels+1]*fraction) >> FRACTIONBITS;
                             DryBuffer[j][FRONT_RIGHT] += samp2*DrySend[FRONT_RIGHT];
                             WetBuffer[j][FRONT_RIGHT] += samp2*WetSend[FRONT_RIGHT];
                             if(Channels >= 4)
@@ -800,36 +802,42 @@ ALvoid aluMixData(ALCcontext *ALContext,ALvoid *buffer,ALsizei size,ALenum forma
                                     if(Channels != 7)
                                     {
                                         //First order interpolator (center)
-                                        value = (ALfloat)((ALshort)(((Data[k*Channels+i]*((1L<<FRACTIONBITS)-fraction))+(Data[(k+1)*Channels+i]*(fraction)))>>FRACTIONBITS));
+                                        value = (Data[k*Channels+i]*((1<<FRACTIONBITS)-fraction) +
+                                                 Data[(k+1)*Channels+i]*fraction) >> FRACTIONBITS;
                                         DryBuffer[j][CENTER] += value*DrySend[CENTER];
                                         WetBuffer[j][CENTER] += value*WetSend[CENTER];
                                         i++;
                                     }
                                     //First order interpolator (lfe)
-                                    value = (ALfloat)((ALshort)(((Data[k*Channels+i]*((1L<<FRACTIONBITS)-fraction))+(Data[(k+1)*Channels+i]*(fraction)))>>FRACTIONBITS));
+                                    value = (Data[k*Channels+i]*((1<<FRACTIONBITS)-fraction) +
+                                             Data[(k+1)*Channels+i]*fraction) >> FRACTIONBITS;
                                     DryBuffer[j][LFE] += value*DrySend[LFE];
                                     WetBuffer[j][LFE] += value*WetSend[LFE];
                                     i++;
                                 }
                                 //First order interpolator (back left)
-                                value = (ALfloat)((ALshort)(((Data[k*Channels+i]*((1L<<FRACTIONBITS)-fraction))+(Data[(k+1)*Channels+i]*(fraction)))>>FRACTIONBITS));
+                                value = (Data[k*Channels+i]*((1<<FRACTIONBITS)-fraction) +
+                                         Data[(k+1)*Channels+i]*fraction) >> FRACTIONBITS;
                                 DryBuffer[j][BACK_LEFT] += value*DrySend[BACK_LEFT];
                                 WetBuffer[j][BACK_LEFT] += value*WetSend[BACK_LEFT];
                                 i++;
                                 //First order interpolator (back right)
-                                value = (ALfloat)((ALshort)(((Data[k*Channels+i]*((1L<<FRACTIONBITS)-fraction))+(Data[(k+1)*Channels+i]*(fraction)))>>FRACTIONBITS));
+                                value = (Data[k*Channels+i]*((1<<FRACTIONBITS)-fraction) +
+                                         Data[(k+1)*Channels+i]*fraction) >> FRACTIONBITS;
                                 DryBuffer[j][BACK_RIGHT] += value*DrySend[BACK_RIGHT];
                                 WetBuffer[j][BACK_RIGHT] += value*WetSend[BACK_RIGHT];
                                 i++;
                                 if(Channels >= 7)
                                 {
                                     //First order interpolator (side left)
-                                    value = (ALfloat)((ALshort)(((Data[k*Channels+i]*((1L<<FRACTIONBITS)-fraction))+(Data[(k+1)*Channels+i]*(fraction)))>>FRACTIONBITS));
+                                    value = (Data[k*Channels+i]*((1<<FRACTIONBITS)-fraction) +
+                                             Data[(k+1)*Channels+i]*fraction) >> FRACTIONBITS;
                                     DryBuffer[j][SIDE_LEFT] += value*DrySend[SIDE_LEFT];
                                     WetBuffer[j][SIDE_LEFT] += value*WetSend[SIDE_LEFT];
                                     i++;
                                     //First order interpolator (side right)
-                                    value = (ALfloat)((ALshort)(((Data[k*Channels+i]*((1L<<FRACTIONBITS)-fraction))+(Data[(k+1)*Channels+i]*(fraction)))>>FRACTIONBITS));
+                                    value = (Data[k*Channels+i]*((1<<FRACTIONBITS)-fraction) +
+                                             Data[(k+1)*Channels+i]*fraction) >> FRACTIONBITS;
                                     DryBuffer[j][SIDE_RIGHT] += value*DrySend[SIDE_RIGHT];
                                     WetBuffer[j][SIDE_RIGHT] += value*WetSend[SIDE_RIGHT];
                                     i++;