127             CT curVal = curFrame(y, x);  in calcPartialHistogram()  local
130                 ::abs(curVal.x - prevVal.x),  in calcPartialHistogram()
131                 ::abs(curVal.y - prevVal.y),  in calcPartialHistogram()
132                 ::abs(curVal.z - prevVal.z)  in calcPartialHistogram()
235         CT curVal = curFrame(y, x);  in calcDiffThreshMask()  local
238             ::abs(curVal.x - prevVal.x),  in calcDiffThreshMask()
239             ::abs(curVal.y - prevVal.y),  in calcDiffThreshMask()
240             ::abs(curVal.z - prevVal.z)  in calcDiffThreshMask()
318                     CT curVal = curFrame(i, j);  in bgfgClassification()  local
329                             ::abs(v2.x - curVal.x) <= deltaCC &&  in bgfgClassification()
330                             ::abs(v2.y - curVal.y) <= deltaCC &&  in bgfgClassification()
331                             ::abs(v2.z - curVal.z) <= deltaCC)  in bgfgClassification()
345                 CT curVal = curFrame(i, j);  in bgfgClassification()  local
352                     if (::abs(v.x - curVal.x) <= deltaC &&  in bgfgClassification()
353                         ::abs(v.y - curVal.y) <= deltaC &&  in bgfgClassification()
354                         ::abs(v.z - curVal.z) <= deltaC)  in bgfgClassification()
431             CT curVal = curFrame(i, j);  in updateBackgroundModel()  local
461                     ::abs(v2.x - curVal.x),  in updateBackgroundModel()
462                     ::abs(v2.y - curVal.y),  in updateBackgroundModel()
463                     ::abs(v2.z - curVal.z)  in updateBackgroundModel()
486                 c_stat.V2_CC<OT>(i, j, indx) = Output<OT>::make(curVal.x, curVal.y, curVal.z);  in updateBackgroundModel()
597             CT curVal = curFrame(i, j);  in updateBackgroundModel()  local
617                     ::abs(v.x - curVal.x),  in updateBackgroundModel()
618                     ::abs(v.y - curVal.y),  in updateBackgroundModel()
619                     ::abs(v.z - curVal.z)  in updateBackgroundModel()
640                 c_stat.V_C<OT>(i, j, indx) = Output<OT>::make(curVal.x, curVal.y, curVal.z);  in updateBackgroundModel()
732             CT curVal = curFrame(i, j);  in updateBackgroundModel()  local
740                     __float2int_rn(oldVal.x * (1.0f - alpha1) + curVal.x * alpha1),  in updateBackgroundModel()
741                     __float2int_rn(oldVal.y * (1.0f - alpha1) + curVal.y * alpha1),  in updateBackgroundModel()
742                     __float2int_rn(oldVal.z * (1.0f - alpha1) + curVal.z * alpha1)  in updateBackgroundModel()
753                 background(i, j) = Output<OT>::make(curVal.x, curVal.y, curVal.z);  in updateBackgroundModel()