Split (1)

train · 1M rows

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ea179c89937753402bba98e1aebde4078deb2c55	1d928c3f90d4a0a9a3919a804597aa0a4aab19a3	/c++/cm-compiler/2019/4/gen8_vme.h	7b0cb62e9169af3a627308ff40e62f1d34724a82	[]	no_license	rosoareslv/SED99	d8b2ff5811e7f0ffc59be066a5a0349a92cbb845	a062c118f12b93172e31e8ca115ce3f871b64461	refs/heads/main	2023-02-22T21:59:02.703005	2021-01-28T19:40:51	2021-01-28T19:40:51	306,497,459	1	1	null	2020-11-24T20:56:18	2020-10-23T01:18:07	null	UTF-8	C++	false	false	155,862	h	/* * Copyright (c) 2019, Intel Corporation * * Permission is hereby granted, free of charge, to any person obtaining a * copy of this software and associated documentation files (the "Software"), * to deal in the Software without restriction, including without limitation * the rights to use, copy, modify, merge, publish, distribute, sublicense, * and/or sell copies of the Software, and to permit persons to whom the * Software is furnished to do so, subject to the following conditions: * * The above copyright notice and this permission notice shall be included * in all copies or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS * OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL * THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR * OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, * ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR * OTHER DEALINGS IN THE SOFTWARE. / #if (__INCLUDE_LEVEL__ == 1) static_assert(0, "CM:w:gen8_vme.h should not be included explicitly - only " "<cm/cm.h> is required"); #endif #ifndef _CLANG_gen8_VME_H_ #define _CLANG_gen8_VME_H_ #include "cm_send.h" #include "cm_util.h" #define __SFID_VME 8 #define __SFID_CRE 13 #define S13_2TOS16(value) \ (((value >> 2) & 0x1fff) \| (((value >> 15) & 0x1) << 15)) #define S16TOS13_2(value) \ (((value & 0x1fff) << 2) \| (((value >> 15) & 0x1) << 15)) // Select one element from the input payload #ifdef VME_Input_S1 #undef VME_Input_S1 #endif #define VME_Input_S1(p, t, r, c) p.row(r).format<t>().select<1, 1>(c) #ifdef VME_Input_G1 #undef VME_Input_G1 #endif #define VME_Input_G1(p, t, r, c) p.row(r).format<t>().select<1, 1>(c)(0) // Select one element from the output result #ifdef VME_Output_S1 #undef VME_Output_S1 #endif #define VME_Output_S1(p, t, r, c) p.row(r).format<t>().select<1, 1>(c)(0) // Input // SET methods // Format = S15 #define VME_SET_UNIInput_Ref0X(p, v) (VME_Input_S1(p, ushort, 0, 0) = v) #define VME_SET_UNIInput_Ref0Y(p, v) (VME_Input_S1(p, ushort, 0, 1) = v) // Format = S15 #define VME_SET_UNIInput_Ref1X(p, v) (VME_Input_S1(p, ushort, 0, 2) = v) #define VME_SET_UNIInput_Ref1Y(p, v) (VME_Input_S1(p, ushort, 0, 3) = v) // Format = U16 #define VME_SET_UNIInput_SrcX(p, v) (VME_Input_S1(p, ushort, 0, 4) = v) // Format = U16 #define VME_SET_UNIInput_SrcY(p, v) (VME_Input_S1(p, ushort, 0, 5) = v) // Set - FieldBased // Clear - FrameBased #define VME_SET_UNIInput_SrcAccess(p) (VME_Input_S1(p, uchar, 0, 12) \|= 0x40) #define VME_CLEAR_UNIInput_SrcAccess(p) (VME_Input_S1(p, uchar, 0, 12) &= 0xBF) // Set - FieldBased // Clear - FrameBased #define VME_SET_UNIInput_RefAccess(p) (VME_Input_S1(p, uchar, 0, 12) \|= 0x80) #define VME_CLEAR_UNIInput_RefAccess(p) (VME_Input_S1(p, uchar, 0, 12) &= 0x7F) // Set - different paths // Clear - same path #define VME_SET_UNIInput_DualSearchPath(p) \ (VME_Input_S1(p, uchar, 0, 13) \|= 0x08) #define VME_CLEAR_UNIInput_DualSearchPath(p) \ (VME_Input_S1(p, uchar, 0, 13) &= 0xF7) // #define INT_MODE 0x0 // #define HALF_PEL_MODE 0x1 // #define QUARTER_PEL_MODE 0x3 #define VME_SET_UNIInput_SubPelMode(p, v) \ (VME_Input_S1(p, uchar, 0, 13) = \ VME_Input_S1(p, uchar, 0, 13) & 0xCF \| (v << 4)) // Set - 4MVP // Clear - 1MVP #define VME_SET_UNIInput_SkipModeType(p) (VME_Input_S1(p, uchar, 0, 13) \|= 0x40) #define VME_CLEAR_UNIInput_SkipModeType(p) \ (VME_Input_S1(p, uchar, 0, 13) &= 0xBF) #define VME_SET_UNIInput_DisableFieldCacheAllocation(p) \ (VME_Input_S1(p, uchar, 0, 13) \|= 0x80) #define VME_CLEAR_UNIInput_DisableFieldCacheAllocation(p) \ (VME_Input_S1(p, uchar, 0, 13) &= 0x7F) // Set - Chroma mode // Clear - Luma mode #define VME_SET_UNIInput_InterChromaMode(p) \ (VME_Input_S1(p, uchar, 0, 14) \|= 0x1) #define VME_CLEAR_UNIInput_InterChromaMode(p) \ (VME_Input_S1(p, uchar, 0, 14) &= 0xFE) #define VME_SET_UNIInput_FTEnable(p) (VME_Input_S1(p, uchar, 0, 14) \|= 0x2) #define VME_CLEAR_UNIInput_FTEnable(p) (VME_Input_S1(p, uchar, 0, 14) &= 0xFD) #define VME_SET_UNIInput_BMEDisableFBR(p) (VME_Input_S1(p, uchar, 0, 14) \|= 0x4) #define VME_CLEAR_UNIInput_BMEDisableFBR(p) \ (VME_Input_S1(p, uchar, 0, 14) &= 0xFB) // v is a 7-bit mask with the following definition: // xxxxxx1 : 16x16 sub-macroblock disabled // xxxxx1x : 2x(16x8) sub-macroblock within 16x16 disabled // xxxx1xx : 2x(8x16) sub-macroblock within 16x16 disabled // xxx1xxx : 1x(8x8) sub-partition for 4x(8x8) within 16x16 disabled // xx1xxxx : 2x(8x4) sub-partition for 4x(8x8) within 16x16 disabled // x1xxxxx : 2x(4x8) sub-partition for 4x(8x8) within 16x16 disabled // 1xxxxxx : 4x(4x4) sub-partition for 4x(8x8) within 16x16 disabled #define VME_SET_UNIInput_SubMbPartMask(p, v) (VME_Input_S1(p, uchar, 0, 15) = v) // The value must be a multiple of 4. Range = [20, 64] #define VME_SET_UNIInput_RefW(p, v) (VME_Input_S1(p, uchar, 0, 22) = v) // The value must be a multiple of 4. Range = [20, 64] #define VME_SET_UNIInput_RefH(p, v) (VME_Input_S1(p, uchar, 0, 23) = v) #define VME_SET_UNIInput_SkipModeEn(p) (VME_Input_S1(p, uchar, 1, 0) \|= 0x1) #define VME_CLEAR_UNIInput_SkipModeEn(p) (VME_Input_S1(p, uchar, 1, 0) &= 0xFE) #define VME_SET_UNIInput_AdaptiveEn(p) (VME_Input_S1(p, uchar, 1, 0) \|= 0x2) #define VME_CLEAR_UNIInput_AdaptiveEn(p) (VME_Input_S1(p, uchar, 1, 0) &= 0xFD) #define VME_SET_UNIInput_EarlyImeSuccessEn(p) \ (VME_Input_S1(p, uchar, 1, 0) \|= 0x20) #define VME_CLEAR_UNIInput_EarlyImeSuccessEn(p) \ (VME_Input_S1(p, uchar, 1, 0) &= 0xDF) #define VME_SET_UNIInput_T8x8FlagForInterEn(p) \ (VME_Input_S1(p, uchar, 1, 0) \|= 0x80) #define VME_CLEAR_UNIInput_T8x8FlagForInterEn(p) \ (VME_Input_S1(p, uchar, 1, 0) &= 0x7F) #define VME_SET_UNIInput_EarlyImeStop(p, v) (VME_Input_S1(p, uchar, 1, 3) = v) #define VME_SET_UNIInput_MaxNumMVs(p, v) (VME_Input_S1(p, uchar, 1, 4) = v) #define VME_SET_UNIInput_Ref0Polarity(p, v) \ (VME_Input_S1(p, uchar, 1, 5) = VME_Input_S1(p, uchar, 1, 5) & 0xF0 \| v) #define VME_SET_UNIInput_Ref1Polarity(p, v) \ (VME_Input_S1(p, uchar, 1, 5) = \ VME_Input_S1(p, uchar, 1, 5) & 0x0F \| (v << 4)) // Format = U6, Valid Values: [16, 21, 32, 43, 48] #define VME_SET_UNIInput_BiWeight(p, v) (VME_Input_S1(p, uchar, 1, 6) = v) #define VME_SET_UNIInput_RefPixelBiasEnable(p) \ (VME_Input_S1(p, uchar, 1, 7) \|= 0x20) #define VME_CLEAR_UNIInput_RefPixelBiasEnable(p) \ (VME_Input_S1(p, uchar, 1, 7) &= 0xDF) #define VME_SET_UNIInput_UniMixDisable(p) (VME_Input_S1(p, uchar, 1, 7) \|= 0x10) #define VME_CLEAR_UNIInput_UniMixDisable(p) \ (VME_Input_S1(p, uchar, 1, 7) &= 0xEF) // Format = U8, Valid range [1,63] #define VME_SET_UNIInput_LenSP(p, v) (VME_Input_S1(p, uchar, 1, 8) = v) // Format = U8, Valid range [1,63] #define VME_SET_UNIInput_MaxNumSU(p, v) (VME_Input_S1(p, uchar, 1, 9) = v) // Format = U4 #define VME_SET_UNIInput_StartCenter0(p, StartCenter0X, StartCenter0Y) \ (VME_Input_S1(p, uchar, 1, 10) = StartCenter0X \| (StartCenter0Y << 4)) // Format = U4 #define VME_SET_UNIInput_StartCenter1(p, StartCenter1X, StartCenter1Y) \ (VME_Input_S1(p, uchar, 1, 11) = StartCenter1X \| (StartCenter1Y << 4)) // Format = U8 #define VME_SET_UNIInput_WeightedSADCtrl0_3(p, v) \ (VME_Input_S1(p, uchar, 1, 12) = v) #define VME_SET_UNIInput_WeightedSADCtrl4_7(p, v) \ (VME_Input_S1(p, uchar, 1, 13) = v) #define VME_SET_UNIInput_WeightedSADCtrl8_11(p, v) \ (VME_Input_S1(p, uchar, 1, 14) = v) #define VME_SET_UNIInput_WeightedSADCtrl12_15(p, v) \ (VME_Input_S1(p, uchar, 1, 15) = v) // Format = U4 #define VME_SET_UNIInput_Blk0RefID(p, FwdBlk0RefID, BwdBlk0RefID) \ (VME_Input_S1(p, uchar, 1, 24) = FwdBlk0RefID \| (BwdBlk0RefID << 4)) // Format = U4 #define VME_SET_UNIInput_Blk1RefID(p, FwdBlk1RefID, BwdBlk1RefID) \ (VME_Input_S1(p, uchar, 1, 25) = FwdBlk1RefID \| (BwdBlk1RefID << 4)) // Format = U4 #define VME_SET_UNIInput_Blk2RefID(p, FwdBlk2RefID, BwdBlk2RefID) \ (VME_Input_S1(p, uchar, 1, 26) = FwdBlk2RefID \| (BwdBlk2RefID << 4)) // Format = U4 #define VME_SET_UNIInput_Blk3RefID(p, FwdBlk3RefID, BwdBlk3RefID) \ (VME_Input_S1(p, uchar, 1, 27) = FwdBlk3RefID \| (BwdBlk3RefID << 4)) #define VME_SET_UNIInput_IntraFlags(p, v) (VME_Input_S1(p, uchar, 1, 28) = v) // v is a 8-bit mask with the following definition: // Bit-7 Reserved : MBZ (for IntraPredAvailFlagF - F (pixel[-1,7] // available // for MbAff) // Bit-6 Reserved : MBZ (for IntraPredAvailFlagA/E - A (left neighbor top // half for MbAff) // Bit-5 IntraPredAvailFlagE/A - A (Left neighbor or Left bottom half) // Bit-4 IntraPredAvailFlagB - B (Upper neighbor) // Bit-3 IntraPredAvailFlagC - C (Upper left neighbor) // Bit-2 IntraPredAvailFlagD - D (Upper right neighbor) // Bit-1:0 Reserved: MBZ (ChromaIntraPredMode) #define VME_SET_UNIInput_MbIntraStruct(p, v) (VME_Input_S1(p, uchar, 1, 29) = v) // v is a 2-bit value: // 00: qpel [Qpel difference between MV and cost center: eff cost range 0-15pel] // 01: hpel [Hpel difference between MV and cost center: eff cost range 0-31pel] // 10: pel [Pel difference between MV and cost center: eff cost range 0-63pel] // 11: 2pel [2Pel difference between MV and cost center: eff cost range // 0-127pel] #define VME_SET_UNIInput_MVCostScaleFactor(p, v) \ (VME_Input_S1(p, uchar, 1, 30) = VME_Input_S1(p, uchar, 1, 30) & 0xFC \| v) #define VME_SET_UNIInput_SrcFieldPolarity(p) \ (VME_Input_S1(p, uchar, 1, 30) \|= 0x08) #define VME_CLEAR_UNIInput_SrcFieldPolarity(p) \ (VME_Input_S1(p, uchar, 1, 30) &= 0xF7) #define VME_SET_UNIInput_BilinearEnable(p) \ (VME_Input_S1(p, uchar, 1, 30) \|= 0x04) #define VME_CLEAR_UNIInput_BilinearEnable(p) \ (VME_Input_S1(p, uchar, 1, 30) &= 0xFB) #define VME_SET_UNIInput_WeightedSADHAAR(p) \ (VME_Input_S1(p, uchar, 1, 30) \|= 0x10) #define VME_CLEAR_UNIInput_WeightedSADHAAR(p) \ (VME_Input_S1(p, uchar, 1, 30) &= 0xEF) #define VME_SET_UNIInput_AConlyHAAR(p) (VME_Input_S1(p, uchar, 1, 30) \|= 0x20) #define VME_CLEAR_UNIInput_AConlyHAAR(p) (VME_Input_S1(p, uchar, 1, 30) &= 0xDF) #define VME_SET_UNIInput_RefIDCostMode(p) \ (VME_Input_S1(p, uchar, 1, 30) \|= 0x40) #define VME_CLEAR_UNIInput_RefIDCostMode(p) \ (VME_Input_S1(p, uchar, 1, 30) &= 0xBF) #define VME_SET_UNIInput_IDMShapeMode(p) (VME_Input_S1(p, uchar, 1, 30) \|= 0x80) #define VME_CLEAR_UNIInput_IDMShapeMode(p) \ (VME_Input_S1(p, uchar, 1, 30) &= 0x7F) // v is a 8-bit mask with the following definition: // xxxx xxx1: Ref0 Skip Center 0 is enabled [corresponds to M2.0] // xxxx xx1x: Ref1 Skip Center 0 is enabled [corresponds to M2.1] // xxxx x1xx: Ref0 Skip Center 1 is enabled [corresponds to M2.2] // xxxx 1xxx: Ref1 Skip Center 1 is enabled [corresponds to M2.3] // xxx1 xxxx: Ref0 Skip Center 2 is enabled [corresponds to M2.4] // xx1x xxxx: Ref1 Skip Center 2 is enabled [corresponds to M2.5] // x1xx xxxx: Ref0 Skip Center 3 is enabled [corresponds to M2.6] // 1xxx xxxx: Ref1 Skip Center 3 is enabled [corresponds to M2.7] #define VME_SET_UNIInput_SkipCenterMask(p, v) \ (VME_Input_S1(p, uchar, 1, 31) = v) // NOTE: replace v with U4U4 type with // (shift_count, shift_val) and set the value as (shift_val \| (shift_count << // 4)) // Format = U4U4 (encoded value must fit in 12-bits) #define VME_SET_UNIInput_Mode0Cost(p, v) (VME_Input_S1(p, uchar, 2, 0) = v) #define VME_SET_UNIInput_Mode1Cost(p, v) (VME_Input_S1(p, uchar, 2, 1) = v) #define VME_SET_UNIInput_Mode2Cost(p, v) (VME_Input_S1(p, uchar, 2, 2) = v) #define VME_SET_UNIInput_Mode3Cost(p, v) (VME_Input_S1(p, uchar, 2, 3) = v) #define VME_SET_UNIInput_Mode4Cost(p, v) (VME_Input_S1(p, uchar, 2, 4) = v) #define VME_SET_UNIInput_Mode5Cost(p, v) (VME_Input_S1(p, uchar, 2, 5) = v) #define VME_SET_UNIInput_Mode6Cost(p, v) (VME_Input_S1(p, uchar, 2, 6) = v) #define VME_SET_UNIInput_Mode7Cost(p, v) (VME_Input_S1(p, uchar, 2, 7) = v) #define VME_SET_UNIInput_Mode8Cost(p, v) (VME_Input_S1(p, uchar, 2, 8) = v) #define VME_SET_UNIInput_Mode9Cost(p, v) (VME_Input_S1(p, uchar, 2, 9) = v) // Format = U4U4 (encoded value must fit in 12-bits) #define VME_SET_UNIInput_RefIDCost(p, v) (VME_Input_S1(p, uchar, 2, 10) = v) // Format = U4U4 (encoded value must fit in 12-bits) #define VME_SET_UNIInput_ChromaIntraModeCost(p, v) \ (VME_Input_S1(p, uchar, 2, 11) = v) // Format = U4U4 (encoded value must fit in 10-bits) #define VME_SET_UNIInput_MV0Cost(p, v) (VME_Input_S1(p, uchar, 2, 12) = v) #define VME_SET_UNIInput_MV1Cost(p, v) (VME_Input_S1(p, uchar, 2, 13) = v) #define VME_SET_UNIInput_MV2Cost(p, v) (VME_Input_S1(p, uchar, 2, 14) = v) #define VME_SET_UNIInput_MV3Cost(p, v) (VME_Input_S1(p, uchar, 2, 15) = v) #define VME_SET_UNIInput_MV4Cost(p, v) (VME_Input_S1(p, uchar, 2, 16) = v) #define VME_SET_UNIInput_MV5Cost(p, v) (VME_Input_S1(p, uchar, 2, 17) = v) #define VME_SET_UNIInput_MV6Cost(p, v) (VME_Input_S1(p, uchar, 2, 18) = v) #define VME_SET_UNIInput_MV7Cost(p, v) (VME_Input_S1(p, uchar, 2, 19) = v) // Format = U8 #define VME_SET_UNIInput_FBRMbModeInput(p, v) \ (VME_Input_S1(p, uchar, 2, 20) = v) // Format = U8 #define VME_SET_UNIInput_FBRSubMBShapeInput(p, v) \ (VME_Input_S1(p, uchar, 2, 21) = v) // Format = U8 #define VME_SET_UNIInput_FBRSubPredModeInput(p, v) \ (VME_Input_S1(p, uchar, 2, 22) = v) // Format = U16 #define VME_SET_UNIInput_SICFwdTCoeffThreshold0(p, v) \ (VME_Input_S1(p, ushort, 2, 12) = v) // Format = U8 #define VME_SET_UNIInput_SICFwdTCoeffThreshold1(p, v) \ (VME_Input_S1(p, uchar, 2, 26) = v) #define VME_SET_UNIInput_SICFwdTCoeffThreshold2(p, v) \ (VME_Input_S1(p, uchar, 2, 27) = v) #define VME_SET_UNIInput_SICFwdTCoeffThreshold3(p, v) \ (VME_Input_S1(p, uchar, 2, 28) = v) #define VME_SET_UNIInput_SICFwdTCoeffThreshold4(p, v) \ (VME_Input_S1(p, uchar, 2, 29) = v) #define VME_SET_UNIInput_SICFwdTCoeffThreshold5(p, v) \ (VME_Input_S1(p, uchar, 2, 30) = v) #define VME_SET_UNIInput_SICFwdTCoeffThreshold6(p, v) \ (VME_Input_S1(p, uchar, 2, 31) = v) // Format = S13.2, DletaX Valid Range: [-2048.00 to 2047.75], DletaY Valid // Range: [-512.00 to 511.75] #define VME_SET_UNIInput_FWDCostCenter0(p, DeltaX, DeltaY) \ (VME_Input_S1(p, uint, 3, 0) = DeltaX \| (DeltaY << 16)) #define VME_SET_UNIInput_BWDCostCenter0(p, DeltaX, DeltaY) \ (VME_Input_S1(p, uint, 3, 1) = DeltaX \| (DeltaY << 16)) #define VME_SET_UNIInput_FWDCostCenter1(p, DeltaX, DeltaY) \ (VME_Input_S1(p, uint, 3, 2) = DeltaX \| (DeltaY << 16)) #define VME_SET_UNIInput_BWDCostCenter1(p, DeltaX, DeltaY) \ (VME_Input_S1(p, uint, 3, 3) = DeltaX \| (DeltaY << 16)) #define VME_SET_UNIInput_FWDCostCenter2(p, DeltaX, DeltaY) \ (VME_Input_S1(p, uint, 3, 4) = DeltaX \| (DeltaY << 16)) #define VME_SET_UNIInput_BWDCostCenter2(p, DeltaX, DeltaY) \ (VME_Input_S1(p, uint, 3, 5) = DeltaX \| (DeltaY << 16)) #define VME_SET_UNIInput_FWDCostCenter3(p, DeltaX, DeltaY) \ (VME_Input_S1(p, uint, 3, 6) = DeltaX \| (DeltaY << 16)) #define VME_SET_UNIInput_BWDCostCenter3(p, DeltaX, DeltaY) \ (VME_Input_S1(p, uint, 3, 7) = DeltaX \| (DeltaY << 16)) // Format = U8, with the following definition: // [7:4] (Y) - specifies relative Y distance to the next SU from previous SU in // units of SU // [3:0] (X) - specifies relative X distance to the next SU from previous SU in // units of SU // Format = U8, with the following definition: // [7:4] (Y) - specifies relative Y distance to the next SU from previous SU in // units of SU // [3:0] (X) - specifies relative X distance to the next SU from previous SU in // units of SU #define VME_SET_IMEInput_IMESearchPathDelta0(p, v) \ (VME_Input_G1(p, uchar, 0, 0) = v) #define VME_SET_IMEInput_IMESearchPathDelta1(p, v) \ (VME_Input_G1(p, uchar, 0, 1) = v) #define VME_SET_IMEInput_IMESearchPathDelta2(p, v) \ (VME_Input_G1(p, uchar, 0, 2) = v) #define VME_SET_IMEInput_IMESearchPathDelta3(p, v) \ (VME_Input_G1(p, uchar, 0, 3) = v) #define VME_SET_IMEInput_IMESearchPathDelta4(p, v) \ (VME_Input_G1(p, uchar, 0, 4) = v) #define VME_SET_IMEInput_IMESearchPathDelta5(p, v) \ (VME_Input_G1(p, uchar, 0, 5) = v) #define VME_SET_IMEInput_IMESearchPathDelta6(p, v) \ (VME_Input_G1(p, uchar, 0, 6) = v) #define VME_SET_IMEInput_IMESearchPathDelta7(p, v) \ (VME_Input_G1(p, uchar, 0, 7) = v) #define VME_SET_IMEInput_IMESearchPathDelta8(p, v) \ (VME_Input_G1(p, uchar, 0, 8) = v) #define VME_SET_IMEInput_IMESearchPathDelta9(p, v) \ (VME_Input_G1(p, uchar, 0, 9) = v) #define VME_SET_IMEInput_IMESearchPathDelta10(p, v) \ (VME_Input_G1(p, uchar, 0, 10) = v) #define VME_SET_IMEInput_IMESearchPathDelta11(p, v) \ (VME_Input_G1(p, uchar, 0, 11) = v) #define VME_SET_IMEInput_IMESearchPathDelta12(p, v) \ (VME_Input_G1(p, uchar, 0, 12) = v) #define VME_SET_IMEInput_IMESearchPathDelta13(p, v) \ (VME_Input_G1(p, uchar, 0, 13) = v) #define VME_SET_IMEInput_IMESearchPathDelta14(p, v) \ (VME_Input_G1(p, uchar, 0, 14) = v) #define VME_SET_IMEInput_IMESearchPathDelta15(p, v) \ (VME_Input_G1(p, uchar, 0, 15) = v) #define VME_SET_IMEInput_IMESearchPathDelta16(p, v) \ (VME_Input_G1(p, uchar, 0, 16) = v) #define VME_SET_IMEInput_IMESearchPathDelta17(p, v) \ (VME_Input_G1(p, uchar, 0, 17) = v) #define VME_SET_IMEInput_IMESearchPathDelta18(p, v) \ (VME_Input_G1(p, uchar, 0, 18) = v) #define VME_SET_IMEInput_IMESearchPathDelta19(p, v) \ (VME_Input_G1(p, uchar, 0, 19) = v) #define VME_SET_IMEInput_IMESearchPathDelta20(p, v) \ (VME_Input_G1(p, uchar, 0, 20) = v) #define VME_SET_IMEInput_IMESearchPathDelta21(p, v) \ (VME_Input_G1(p, uchar, 0, 21) = v) #define VME_SET_IMEInput_IMESearchPathDelta22(p, v) \ (VME_Input_G1(p, uchar, 0, 22) = v) #define VME_SET_IMEInput_IMESearchPathDelta23(p, v) \ (VME_Input_G1(p, uchar, 0, 23) = v) #define VME_SET_IMEInput_IMESearchPathDelta24(p, v) \ (VME_Input_G1(p, uchar, 0, 24) = v) #define VME_SET_IMEInput_IMESearchPathDelta25(p, v) \ (VME_Input_G1(p, uchar, 0, 25) = v) #define VME_SET_IMEInput_IMESearchPathDelta26(p, v) \ (VME_Input_G1(p, uchar, 0, 26) = v) #define VME_SET_IMEInput_IMESearchPathDelta27(p, v) \ (VME_Input_G1(p, uchar, 0, 27) = v) #define VME_SET_IMEInput_IMESearchPathDelta28(p, v) \ (VME_Input_G1(p, uchar, 0, 28) = v) #define VME_SET_IMEInput_IMESearchPathDelta29(p, v) \ (VME_Input_G1(p, uchar, 0, 29) = v) #define VME_SET_IMEInput_IMESearchPathDelta30(p, v) \ (VME_Input_G1(p, uchar, 0, 30) = v) #define VME_SET_IMEInput_IMESearchPathDelta31(p, v) \ (VME_Input_G1(p, uchar, 0, 31) = v) #define VME_SET_IMEInput_IMESearchPathDelta32(p, v) \ (VME_Input_G1(p, uchar, 1, 0) = v) #define VME_SET_IMEInput_IMESearchPathDelta33(p, v) \ (VME_Input_G1(p, uchar, 1, 1) = v) #define VME_SET_IMEInput_IMESearchPathDelta34(p, v) \ (VME_Input_G1(p, uchar, 1, 2) = v) #define VME_SET_IMEInput_IMESearchPathDelta35(p, v) \ (VME_Input_G1(p, uchar, 1, 3) = v) #define VME_SET_IMEInput_IMESearchPathDelta36(p, v) \ (VME_Input_G1(p, uchar, 1, 4) = v) #define VME_SET_IMEInput_IMESearchPathDelta37(p, v) \ (VME_Input_G1(p, uchar, 1, 5) = v) #define VME_SET_IMEInput_IMESearchPathDelta38(p, v) \ (VME_Input_G1(p, uchar, 1, 6) = v) #define VME_SET_IMEInput_IMESearchPathDelta39(p, v) \ (VME_Input_G1(p, uchar, 1, 7) = v) #define VME_SET_IMEInput_IMESearchPathDelta40(p, v) \ (VME_Input_G1(p, uchar, 1, 8) = v) #define VME_SET_IMEInput_IMESearchPathDelta41(p, v) \ (VME_Input_G1(p, uchar, 1, 9) = v) #define VME_SET_IMEInput_IMESearchPathDelta42(p, v) \ (VME_Input_G1(p, uchar, 1, 10) = v) #define VME_SET_IMEInput_IMESearchPathDelta43(p, v) \ (VME_Input_G1(p, uchar, 1, 11) = v) #define VME_SET_IMEInput_IMESearchPathDelta44(p, v) \ (VME_Input_G1(p, uchar, 1, 12) = v) #define VME_SET_IMEInput_IMESearchPathDelta45(p, v) \ (VME_Input_G1(p, uchar, 1, 13) = v) #define VME_SET_IMEInput_IMESearchPathDelta46(p, v) \ (VME_Input_G1(p, uchar, 1, 14) = v) #define VME_SET_IMEInput_IMESearchPathDelta47(p, v) \ (VME_Input_G1(p, uchar, 1, 15) = v) #define VME_SET_IMEInput_IMESearchPathDelta48(p, v) \ (VME_Input_G1(p, uchar, 1, 16) = v) #define VME_SET_IMEInput_IMESearchPathDelta49(p, v) \ (VME_Input_G1(p, uchar, 1, 17) = v) #define VME_SET_IMEInput_IMESearchPathDelta50(p, v) \ (VME_Input_G1(p, uchar, 1, 18) = v) #define VME_SET_IMEInput_IMESearchPathDelta51(p, v) \ (VME_Input_G1(p, uchar, 1, 19) = v) #define VME_SET_IMEInput_IMESearchPathDelta52(p, v) \ (VME_Input_G1(p, uchar, 1, 20) = v) #define VME_SET_IMEInput_IMESearchPathDelta53(p, v) \ (VME_Input_G1(p, uchar, 1, 21) = v) #define VME_SET_IMEInput_IMESearchPathDelta54(p, v) \ (VME_Input_G1(p, uchar, 1, 22) = v) #define VME_SET_IMEInput_IMESearchPathDelta55(p, v) \ (VME_Input_G1(p, uchar, 1, 23) = v) // Format = U16 #define VME_SET_IMEInput_Rec0_16x8_0Distortion(p, v) \ (VME_Input_S1(p, ushort, 2, 0) = v) #define VME_SET_IMEInput_Rec0_16x8_1Distortion(p, v) \ (VME_Input_S1(p, ushort, 2, 1) = v) #define VME_SET_IMEInput_Rec0_8x16_0Distortion(p, v) \ (VME_Input_S1(p, ushort, 2, 2) = v) #define VME_SET_IMEInput_Rec0_8x16_1Distortion(p, v) \ (VME_Input_S1(p, ushort, 2, 3) = v) #define VME_SET_IMEInput_Rec0_8x8_0Distortion(p, v) \ (VME_Input_S1(p, ushort, 2, 4) = v) #define VME_SET_IMEInput_Rec0_8x8_1Distortion(p, v) \ (VME_Input_S1(p, ushort, 2, 5) = v) #define VME_SET_IMEInput_Rec0_8x8_2Distortion(p, v) \ (VME_Input_S1(p, ushort, 2, 6) = v) #define VME_SET_IMEInput_Rec0_8x8_3Distortion(p, v) \ (VME_Input_S1(p, ushort, 2, 7) = v) #define VME_SET_IMEInput_Rec0_16x16_Distortion(p, v) \ (VME_Input_S1(p, ushort, 2, 8) = v) // Format = U4 #define VME_SET_IMEInput_Rec0_16x16_RefID(p, v) \ (VME_Input_S1(p, uchar, 2, 18) = v) // Format = S13.2 #define VME_SET_IMEInput_Rec0_16x16_X(p, v) (VME_Input_S1(p, ushort, 2, 10) = v) #define VME_SET_IMEInput_Rec0_16x16_Y(p, v) (VME_Input_S1(p, ushort, 2, 11) = v) // Format = U4 #define VME_SET_IMEInput_Rec0_16x8_0RefID(p, v) \ (VME_Input_S1(p, uchar, 2, 24) = VME_Input_S1(p, uchar, 2, 24) & 0xF0 \| v) #define VME_SET_IMEInput_Rec0_16x8_1RefID(p, v) \ (VME_Input_S1(p, uchar, 2, 24) = \ VME_Input_S1(p, uchar, 2, 24) & 0x0F \| (v << 4)) #define VME_SET_IMEInput_Rec0_8x16_0RefID(p, v) \ (VME_Input_S1(p, uchar, 2, 25) = VME_Input_S1(p, uchar, 2, 25) & 0xF0 \| v) #define VME_SET_IMEInput_Rec0_8x16_1RefID(p, v) \ (VME_Input_S1(p, uchar, 2, 25) = \ VME_Input_S1(p, uchar, 2, 25) & 0x0F \| (v << 4)) #define VME_SET_IMEInput_Rec0_8x8_0RefID(p, v) \ (VME_Input_S1(p, uchar, 2, 26) = VME_Input_S1(p, uchar, 2, 26) & 0xF0 \| v) #define VME_SET_IMEInput_Rec0_8x8_1RefID(p, v) \ (VME_Input_S1(p, uchar, 2, 26) = \ VME_Input_S1(p, uchar, 2, 26) & 0x0F \| (v << 4)) #define VME_SET_IMEInput_Rec0_8x8_2RefID(p, v) \ (VME_Input_S1(p, uchar, 2, 27) = VME_Input_S1(p, uchar, 2, 27) & 0xF0 \| v) #define VME_SET_IMEInput_Rec0_8x8_3RefID(p, v) \ (VME_Input_S1(p, uchar, 2, 27) = \ VME_Input_S1(p, uchar, 2, 27) & 0x0F \| (v << 4)) // Format = S13.2 #define VME_SET_IMEInput_Rec0_16x8_0X(p, v) (VME_Input_S1(p, ushort, 3, 0) = v) #define VME_SET_IMEInput_Rec0_16x8_0Y(p, v) (VME_Input_S1(p, ushort, 3, 1) = v) #define VME_SET_IMEInput_Rec0_16x8_1X(p, v) (VME_Input_S1(p, ushort, 3, 2) = v) #define VME_SET_IMEInput_Rec0_16x8_1Y(p, v) (VME_Input_S1(p, ushort, 3, 3) = v) #define VME_SET_IMEInput_Rec0_8x16_0X(p, v) (VME_Input_S1(p, ushort, 3, 4) = v) #define VME_SET_IMEInput_Rec0_8x16_0Y(p, v) (VME_Input_S1(p, ushort, 3, 5) = v) #define VME_SET_IMEInput_Rec0_8x16_1X(p, v) (VME_Input_S1(p, ushort, 3, 6) = v) #define VME_SET_IMEInput_Rec0_8x16_1Y(p, v) (VME_Input_S1(p, ushort, 3, 7) = v) #define VME_SET_IMEInput_Rec0_8x8_0X(p, v) (VME_Input_S1(p, ushort, 3, 8) = v) #define VME_SET_IMEInput_Rec0_8x8_0Y(p, v) (VME_Input_S1(p, ushort, 3, 9) = v) #define VME_SET_IMEInput_Rec0_8x8_1X(p, v) (VME_Input_S1(p, ushort, 3, 10) = v) #define VME_SET_IMEInput_Rec0_8x8_1Y(p, v) (VME_Input_S1(p, ushort, 3, 11) = v) #define VME_SET_IMEInput_Rec0_8x8_2X(p, v) (VME_Input_S1(p, ushort, 3, 12) = v) #define VME_SET_IMEInput_Rec0_8x8_2Y(p, v) (VME_Input_S1(p, ushort, 3, 13) = v) #define VME_SET_IMEInput_Rec0_8x8_3X(p, v) (VME_Input_S1(p, ushort, 3, 14) = v) #define VME_SET_IMEInput_Rec0_8x8_3Y(p, v) (VME_Input_S1(p, ushort, 3, 15) = v) // Format = U16 #define VME_SET_IMEInput_Rec1_16x8_0Distortion(p, v) \ (VME_Input_S1(p, ushort, 4, 0) = v) #define VME_SET_IMEInput_Rec1_16x8_1Distortion(p, v) \ (VME_Input_S1(p, ushort, 4, 1) = v) #define VME_SET_IMEInput_Rec1_8x16_0Distortion(p, v) \ (VME_Input_S1(p, ushort, 4, 2) = v) #define VME_SET_IMEInput_Rec1_8x16_1Distortion(p, v) \ (VME_Input_S1(p, ushort, 4, 3) = v) #define VME_SET_IMEInput_Rec1_8x8_0Distortion(p, v) \ (VME_Input_S1(p, ushort, 4, 4) = v) #define VME_SET_IMEInput_Rec1_8x8_1Distortion(p, v) \ (VME_Input_S1(p, ushort, 4, 5) = v) #define VME_SET_IMEInput_Rec1_8x8_2Distortion(p, v) \ (VME_Input_S1(p, ushort, 4, 6) = v) #define VME_SET_IMEInput_Rec1_8x8_3Distortion(p, v) \ (VME_Input_S1(p, ushort, 4, 7) = v) #define VME_SET_IMEInput_Rec1_16x16_Distortion(p, v) \ (VME_Input_S1(p, ushort, 4, 8) = v) // Format = U4 #define VME_SET_IMEInput_Rec1_16x16_RefID(p, v) \ (VME_Input_S1(p, uchar, 4, 18) = v) // Format = S13.2 #define VME_SET_IMEInput_Rec1_16x16_X(p, v) (VME_Input_S1(p, ushort, 4, 10) = v) #define VME_SET_IMEInput_Rec1_16x16_Y(p, v) (VME_Input_S1(p, ushort, 4, 11) = v) // Format = U4 #define VME_SET_IMEInput_Rec1_16x8_0RefID(p, v) \ (VME_Input_S1(p, uchar, 4, 24) = VME_Input_S1(p, uchar, 4, 24) & 0xF0 \| v) #define VME_SET_IMEInput_Rec1_16x8_1RefID(p, v) \ (VME_Input_S1(p, uchar, 4, 24) = \ VME_Input_S1(p, uchar, 4, 24) & 0x0F \| (v << 4)) #define VME_SET_IMEInput_Rec1_8x16_0RefID(p, v) \ (VME_Input_S1(p, uchar, 4, 25) = VME_Input_S1(p, uchar, 4, 25) & 0xF0 \| v) #define VME_SET_IMEInput_Rec1_8x16_1RefID(p, v) \ (VME_Input_S1(p, uchar, 4, 25) = \ VME_Input_S1(p, uchar, 4, 25) & 0x0F \| (v << 4)) #define VME_SET_IMEInput_Rec1_8x8_0RefID(p, v) \ (VME_Input_S1(p, uchar, 4, 26) = VME_Input_S1(p, uchar, 4, 26) & 0xF0 \| v) #define VME_SET_IMEInput_Rec1_8x8_1RefID(p, v) \ (VME_Input_S1(p, uchar, 4, 26) = \ VME_Input_S1(p, uchar, 4, 26) & 0x0F \| (v << 4)) #define VME_SET_IMEInput_Rec1_8x8_2RefID(p, v) \ (VME_Input_S1(p, uchar, 4, 27) = VME_Input_S1(p, uchar, 4, 27) & 0xF0 \| v) #define VME_SET_IMEInput_Rec1_8x8_3RefID(p, v) \ (VME_Input_S1(p, uchar, 4, 27) = \ VME_Input_S1(p, uchar, 4, 27) & 0x0F \| (v << 4)) // Format = S13.2 #define VME_SET_IMEInput_Rec1_16x8_0X(p, v) (VME_Input_S1(p, ushort, 5, 0) = v) #define VME_SET_IMEInput_Rec1_16x8_0Y(p, v) (VME_Input_S1(p, ushort, 5, 1) = v) #define VME_SET_IMEInput_Rec1_16x8_1X(p, v) (VME_Input_S1(p, ushort, 5, 2) = v) #define VME_SET_IMEInput_Rec1_16x8_1Y(p, v) (VME_Input_S1(p, ushort, 5, 3) = v) #define VME_SET_IMEInput_Rec1_8x16_0X(p, v) (VME_Input_S1(p, ushort, 5, 4) = v) #define VME_SET_IMEInput_Rec1_8x16_0Y(p, v) (VME_Input_S1(p, ushort, 5, 5) = v) #define VME_SET_IMEInput_Rec1_8x16_1X(p, v) (VME_Input_S1(p, ushort, 5, 6) = v) #define VME_SET_IMEInput_Rec1_8x16_1Y(p, v) (VME_Input_S1(p, ushort, 5, 7) = v) #define VME_SET_IMEInput_Rec1_8x8_0X(p, v) (VME_Input_S1(p, ushort, 5, 8) = v) #define VME_SET_IMEInput_Rec1_8x8_0Y(p, v) (VME_Input_S1(p, ushort, 5, 9) = v) #define VME_SET_IMEInput_Rec1_8x8_1X(p, v) (VME_Input_S1(p, ushort, 5, 10) = v) #define VME_SET_IMEInput_Rec1_8x8_1Y(p, v) (VME_Input_S1(p, ushort, 5, 11) = v) #define VME_SET_IMEInput_Rec1_8x8_2X(p, v) (VME_Input_S1(p, ushort, 5, 12) = v) #define VME_SET_IMEInput_Rec1_8x8_2Y(p, v) (VME_Input_S1(p, ushort, 5, 13) = v) #define VME_SET_IMEInput_Rec1_8x8_3X(p, v) (VME_Input_S1(p, ushort, 5, 14) = v) #define VME_SET_IMEInput_Rec1_8x8_3Y(p, v) (VME_Input_S1(p, ushort, 5, 15) = v) // Format = S13.2, Valid Range: [-2048.00 to 2047.75] // For chroma skip: Format = S12.3, Hardware Range: [-1024.000 to 1023.875] #define VME_SET_SICInput_Ref0SkipCenter0DeltaXY(p, DeltaX, DeltaY) \ (VME_Input_S1(p, uint, 0, 0) = DeltaX \| (DeltaY << 16)) #define VME_SET_SICInput_Ref1SkipCenter0DeltaXY(p, DeltaX, DeltaY) \ (VME_Input_S1(p, uint, 0, 1) = DeltaX \| (DeltaY << 16)) #define VME_SET_SICInput_Ref0SkipCenter1DeltaXY(p, DeltaX, DeltaY) \ (VME_Input_S1(p, uint, 0, 2) = DeltaX \| (DeltaY << 16)) #define VME_SET_SICInput_Ref1SkipCenter1DeltaXY(p, DeltaX, DeltaY) \ (VME_Input_S1(p, uint, 0, 3) = DeltaX \| (DeltaY << 16)) #define VME_SET_SICInput_Ref0SkipCenter2DeltaXY(p, DeltaX, DeltaY) \ (VME_Input_S1(p, uint, 0, 4) = DeltaX \| (DeltaY << 16)) #define VME_SET_SICInput_Ref1SkipCenter2DeltaXY(p, DeltaX, DeltaY) \ (VME_Input_S1(p, uint, 0, 5) = DeltaX \| (DeltaY << 16)) #define VME_SET_SICInput_Ref0SkipCenter3DeltaXY(p, DeltaX, DeltaY) \ (VME_Input_S1(p, uint, 0, 6) = DeltaX \| (DeltaY << 16)) #define VME_SET_SICInput_Ref1SkipCenter3DeltaXY(p, DeltaX, DeltaY) \ (VME_Input_S1(p, uint, 0, 7) = DeltaX \| (DeltaY << 16)) // 2-bit field with the following definition // 00: Luma + Chroma enabled // 01: Luma only // 1X: Intra disabled #define VME_SET_SICInput_IntraComputeType(p, v) \ (VME_Input_S1(p, uchar, 1, 5) = v) #define VME_SET_SICInput_CornerNeighborPixel0(p, v) \ (VME_Input_S1(p, uchar, 1, 7) = v) // NOTE: combine into one vector assignment #define VME_SET_SICInput_NeighborPixelLum0(p, v) \ (VME_Input_S1(p, uchar, 1, 8) = v) #define VME_SET_SICInput_NeighborPixelLum1(p, v) \ (VME_Input_S1(p, uchar, 1, 9) = v) #define VME_SET_SICInput_NeighborPixelLum2(p, v) \ (VME_Input_S1(p, uchar, 1, 10) = v) #define VME_SET_SICInput_NeighborPixelLum3(p, v) \ (VME_Input_S1(p, uchar, 1, 11) = v) #define VME_SET_SICInput_NeighborPixelLum4(p, v) \ (VME_Input_S1(p, uchar, 1, 12) = v) #define VME_SET_SICInput_NeighborPixelLum5(p, v) \ (VME_Input_S1(p, uchar, 1, 13) = v) #define VME_SET_SICInput_NeighborPixelLum6(p, v) \ (VME_Input_S1(p, uchar, 1, 14) = v) #define VME_SET_SICInput_NeighborPixelLum7(p, v) \ (VME_Input_S1(p, uchar, 1, 15) = v) #define VME_SET_SICInput_NeighborPixelLum8(p, v) \ (VME_Input_S1(p, uchar, 1, 16) = v) #define VME_SET_SICInput_NeighborPixelLum9(p, v) \ (VME_Input_S1(p, uchar, 1, 17) = v) #define VME_SET_SICInput_NeighborPixelLum10(p, v) \ (VME_Input_S1(p, uchar, 1, 18) = v) #define VME_SET_SICInput_NeighborPixelLum11(p, v) \ (VME_Input_S1(p, uchar, 1, 19) = v) #define VME_SET_SICInput_NeighborPixelLum12(p, v) \ (VME_Input_S1(p, uchar, 1, 20) = v) #define VME_SET_SICInput_NeighborPixelLum13(p, v) \ (VME_Input_S1(p, uchar, 1, 21) = v) #define VME_SET_SICInput_NeighborPixelLum14(p, v) \ (VME_Input_S1(p, uchar, 1, 22) = v) #define VME_SET_SICInput_NeighborPixelLum15(p, v) \ (VME_Input_S1(p, uchar, 1, 23) = v) #define VME_SET_SICInput_NeighborPixelLum16(p, v) \ (VME_Input_S1(p, uchar, 1, 24) = v) #define VME_SET_SICInput_NeighborPixelLum17(p, v) \ (VME_Input_S1(p, uchar, 1, 25) = v) #define VME_SET_SICInput_NeighborPixelLum18(p, v) \ (VME_Input_S1(p, uchar, 1, 26) = v) #define VME_SET_SICInput_NeighborPixelLum19(p, v) \ (VME_Input_S1(p, uchar, 1, 27) = v) #define VME_SET_SICInput_NeighborPixelLum20(p, v) \ (VME_Input_S1(p, uchar, 1, 28) = v) #define VME_SET_SICInput_NeighborPixelLum21(p, v) \ (VME_Input_S1(p, uchar, 1, 29) = v) #define VME_SET_SICInput_NeighborPixelLum22(p, v) \ (VME_Input_S1(p, uchar, 1, 30) = v) #define VME_SET_SICInput_NeighborPixelLum23(p, v) \ (VME_Input_S1(p, uchar, 1, 31) = v) #define VME_SET_SICInput_NeighborPixelLum24(p, v) \ (VME_Input_S1(p, uchar, 2, 0) = v) #define VME_SET_SICInput_NeighborPixelLum25(p, v) \ (VME_Input_S1(p, uchar, 2, 1) = v) #define VME_SET_SICInput_NeighborPixelLum26(p, v) \ (VME_Input_S1(p, uchar, 2, 2) = v) #define VME_SET_SICInput_NeighborPixelLum27(p, v) \ (VME_Input_S1(p, uchar, 2, 3) = v) #define VME_SET_SICInput_NeighborPixelLum28(p, v) \ (VME_Input_S1(p, uchar, 2, 4) = v) #define VME_SET_SICInput_NeighborPixelLum29(p, v) \ (VME_Input_S1(p, uchar, 2, 5) = v) #define VME_SET_SICInput_NeighborPixelLum30(p, v) \ (VME_Input_S1(p, uchar, 2, 6) = v) #define VME_SET_SICInput_NeighborPixelLum31(p, v) \ (VME_Input_S1(p, uchar, 2, 7) = v) #define VME_SET_SICInput_NeighborPixelLum32(p, v) \ (VME_Input_S1(p, uchar, 2, 8) = v) #define VME_SET_SICInput_NeighborPixelLum33(p, v) \ (VME_Input_S1(p, uchar, 2, 9) = v) #define VME_SET_SICInput_NeighborPixelLum34(p, v) \ (VME_Input_S1(p, uchar, 2, 10) = v) #define VME_SET_SICInput_NeighborPixelLum35(p, v) \ (VME_Input_S1(p, uchar, 2, 11) = v) #define VME_SET_SICInput_NeighborPixelLum36(p, v) \ (VME_Input_S1(p, uchar, 2, 12) = v) #define VME_SET_SICInput_NeighborPixelLum37(p, v) \ (VME_Input_S1(p, uchar, 2, 13) = v) #define VME_SET_SICInput_NeighborPixelLum38(p, v) \ (VME_Input_S1(p, uchar, 2, 14) = v) #define VME_SET_SICInput_CornerNeighborPixel1(p, v) \ (VME_Input_S1(p, uchar, 2, 15) = v) // Format = U4 #define VME_SET_SICInput_IntraMxMPredModeA5(p, v) \ (VME_Input_S1(p, uchar, 2, 16) = VME_Input_S1(p, uchar, 2, 16) & 0xF0 \| v) #define VME_SET_SICInput_IntraMxMPredModeA7(p, v) \ (VME_Input_S1(p, uchar, 2, 16) = \ VME_Input_S1(p, uchar, 2, 16) & 0x0F \| (v << 4)) #define VME_SET_SICInput_IntraMxMPredModeA13(p, v) \ (VME_Input_S1(p, uchar, 2, 17) = VME_Input_S1(p, uchar, 2, 17) & 0xF0 \| v) #define VME_SET_SICInput_IntraMxMPredModeA15(p, v) \ (VME_Input_S1(p, uchar, 2, 17) = \ VME_Input_S1(p, uchar, 2, 17) & 0x0F \| (v << 4)) #define VME_SET_SICInput_IntraMxMPredModeB10(p, v) \ (VME_Input_S1(p, uchar, 2, 18) = VME_Input_S1(p, uchar, 2, 18) & 0xF0 \| v) #define VME_SET_SICInput_IntraMxMPredModeB11(p, v) \ (VME_Input_S1(p, uchar, 2, 18) = \ VME_Input_S1(p, uchar, 2, 18) & 0x0F \| (v << 4)) #define VME_SET_SICInput_IntraMxMPredModeB14(p, v) \ (VME_Input_S1(p, uchar, 2, 19) = VME_Input_S1(p, uchar, 2, 19) & 0xF0 \| v) #define VME_SET_SICInput_IntraMxMPredModeB15(p, v) \ (VME_Input_S1(p, uchar, 2, 19) = \ VME_Input_S1(p, uchar, 2, 19) & 0x0F \| (v << 4)) // Format = U8 pair #define VME_SET_SICInput_CornerNeighborPixelChroma(p, v) \ (VME_Input_S1(p, ushort, 2, 10) = v) #if 0 // Format = U4U4 #define VME_SET_SICInput_PenaltyIntra4x4NonDC(p, v) \ (VME_Input_S1(p, uchar, 2, 28) = v) // Format = U2 #define VME_SET_SICInput_ScaleFactorIntra8x8NonDC(p, v) \ (VME_Input_S1(p, uchar, 2, 29) = VME_Input_S1(p, uchar, 2, 29) & 0xFC \| v) // Format = U2 #define VME_SET_SICInput_ScaleFactorIntra16x16NonDC(p, v) \ (VME_Input_S1(p, uchar, 2, 29) = \ VME_Input_S1(p, uchar, 2, 29) & 0xF3 \| (v << 2)) #else // BSPEC Update Rev1.6 // Format = U8 #define VME_SET_SICInput_PenaltyIntra4x4NonDC(p, v) \ (VME_Input_G1(p, uchar, 2, 30) = v) // Format = U8 #define VME_SET_SICInput_PenaltyIntra8x8NonDC(p, v) \ (VME_Input_G1(p, uchar, 2, 29) = v) // Format = U8 #define VME_SET_SICInput_PenaltyIntra16x16NonDC(p, v) \ (VME_Input_G1(p, uchar, 2, 28) = v) #endif #define VME_SET_SICInput_NeighborPixelChroma0(p, v) \ (VME_Input_G1(p, uchar, 3, 0) = v) #define VME_SET_SICInput_NeighborPixelChroma1(p, v) \ (VME_Input_G1(p, uchar, 3, 1) = v) #define VME_SET_SICInput_NeighborPixelChroma2(p, v) \ (VME_Input_G1(p, uchar, 3, 2) = v) #define VME_SET_SICInput_NeighborPixelChroma3(p, v) \ (VME_Input_G1(p, uchar, 3, 3) = v) #define VME_SET_SICInput_NeighborPixelChroma4(p, v) \ (VME_Input_G1(p, uchar, 3, 4) = v) #define VME_SET_SICInput_NeighborPixelChroma5(p, v) \ (VME_Input_G1(p, uchar, 3, 5) = v) #define VME_SET_SICInput_NeighborPixelChroma6(p, v) \ (VME_Input_G1(p, uchar, 3, 6) = v) #define VME_SET_SICInput_NeighborPixelChroma7(p, v) \ (VME_Input_G1(p, uchar, 3, 7) = v) #define VME_SET_SICInput_NeighborPixelChroma8(p, v) \ (VME_Input_G1(p, uchar, 3, 8) = v) #define VME_SET_SICInput_NeighborPixelChroma9(p, v) \ (VME_Input_G1(p, uchar, 3, 9) = v) #define VME_SET_SICInput_NeighborPixelChroma10(p, v) \ (VME_Input_G1(p, uchar, 3, 10) = v) #define VME_SET_SICInput_NeighborPixelChroma11(p, v) \ (VME_Input_G1(p, uchar, 3, 11) = v) #define VME_SET_SICInput_NeighborPixelChroma12(p, v) \ (VME_Input_G1(p, uchar, 3, 12) = v) #define VME_SET_SICInput_NeighborPixelChroma13(p, v) \ (VME_Input_G1(p, uchar, 3, 13) = v) #define VME_SET_SICInput_NeighborPixelChroma14(p, v) \ (VME_Input_G1(p, uchar, 3, 14) = v) #define VME_SET_SICInput_NeighborPixelChroma15(p, v) \ (VME_Input_G1(p, uchar, 3, 15) = v) #define VME_SET_SICInput_NeighborPixelChroma16(p, v) \ (VME_Input_G1(p, uchar, 3, 16) = v) #define VME_SET_SICInput_NeighborPixelChroma17(p, v) \ (VME_Input_G1(p, uchar, 3, 17) = v) #define VME_SET_SICInput_NeighborPixelChroma18(p, v) \ (VME_Input_G1(p, uchar, 3, 18) = v) #define VME_SET_SICInput_NeighborPixelChroma19(p, v) \ (VME_Input_G1(p, uchar, 3, 19) = v) #define VME_SET_SICInput_NeighborPixelChroma20(p, v) \ (VME_Input_G1(p, uchar, 3, 20) = v) #define VME_SET_SICInput_NeighborPixelChroma21(p, v) \ (VME_Input_G1(p, uchar, 3, 21) = v) #define VME_SET_SICInput_NeighborPixelChroma22(p, v) \ (VME_Input_G1(p, uchar, 3, 22) = v) #define VME_SET_SICInput_NeighborPixelChroma23(p, v) \ (VME_Input_G1(p, uchar, 3, 23) = v) #define VME_SET_SICInput_NeighborPixelChroma24(p, v) \ (VME_Input_G1(p, uchar, 3, 24) = v) #define VME_SET_SICInput_NeighborPixelChroma25(p, v) \ (VME_Input_G1(p, uchar, 3, 25) = v) #define VME_SET_SICInput_NeighborPixelChroma26(p, v) \ (VME_Input_G1(p, uchar, 3, 26) = v) #define VME_SET_SICInput_NeighborPixelChroma27(p, v) \ (VME_Input_G1(p, uchar, 3, 27) = v) #define VME_SET_SICInput_NeighborPixelChroma28(p, v) \ (VME_Input_G1(p, uchar, 3, 28) = v) #define VME_SET_SICInput_NeighborPixelChroma29(p, v) \ (VME_Input_G1(p, uchar, 3, 29) = v) #define VME_SET_SICInput_NeighborPixelChroma30(p, v) \ (VME_Input_G1(p, uchar, 3, 30) = v) #define VME_SET_SICInput_NeighborPixelChroma31(p, v) \ (VME_Input_G1(p, uchar, 3, 31) = v) #define VME_SET_FBRInput_Ref0SubBlockX0(p, v) \ (VME_Input_S1(p, ushort, 0, 0) = v) #define VME_SET_FBRInput_Ref0SubBlockY0(p, v) \ (VME_Input_S1(p, ushort, 0, 1) = v) #define VME_SET_FBRInput_Ref1SubBlockX0(p, v) \ (VME_Input_S1(p, ushort, 0, 2) = v) #define VME_SET_FBRInput_Ref1SubBlockY0(p, v) \ (VME_Input_S1(p, ushort, 0, 3) = v) #define VME_SET_FBRInput_Ref0SubBlockX1(p, v) \ (VME_Input_S1(p, ushort, 0, 4) = v) #define VME_SET_FBRInput_Ref0SubBlockY1(p, v) \ (VME_Input_S1(p, ushort, 0, 5) = v) #define VME_SET_FBRInput_Ref1SubBlockX1(p, v) \ (VME_Input_S1(p, ushort, 0, 6) = v) #define VME_SET_FBRInput_Ref1SubBlockY1(p, v) \ (VME_Input_S1(p, ushort, 0, 7) = v) #define VME_SET_FBRInput_Ref0SubBlockX2(p, v) \ (VME_Input_S1(p, ushort, 0, 8) = v) #define VME_SET_FBRInput_Ref0SubBlockY2(p, v) \ (VME_Input_S1(p, ushort, 0, 9) = v) #define VME_SET_FBRInput_Ref1SubBlockX2(p, v) \ (VME_Input_S1(p, ushort, 0, 10) = v) #define VME_SET_FBRInput_Ref1SubBlockY2(p, v) \ (VME_Input_S1(p, ushort, 0, 11) = v) #define VME_SET_FBRInput_Ref0SubBlockX3(p, v) \ (VME_Input_S1(p, ushort, 0, 12) = v) #define VME_SET_FBRInput_Ref0SubBlockY3(p, v) \ (VME_Input_S1(p, ushort, 0, 13) = v) #define VME_SET_FBRInput_Ref1SubBlockX3(p, v) \ (VME_Input_S1(p, ushort, 0, 14) = v) #define VME_SET_FBRInput_Ref1SubBlockY3(p, v) \ (VME_Input_S1(p, ushort, 0, 15) = v) #define VME_SET_FBRInput_Ref0SubBlockX4(p, v) \ (VME_Input_S1(p, ushort, 1, 0) = v) #define VME_SET_FBRInput_Ref0SubBlockY4(p, v) \ (VME_Input_S1(p, ushort, 1, 1) = v) #define VME_SET_FBRInput_Ref1SubBlockX4(p, v) \ (VME_Input_S1(p, ushort, 1, 2) = v) #define VME_SET_FBRInput_Ref1SubBlockY4(p, v) \ (VME_Input_S1(p, ushort, 1, 3) = v) #define VME_SET_FBRInput_Ref0SubBlockX5(p, v) \ (VME_Input_S1(p, ushort, 1, 4) = v) #define VME_SET_FBRInput_Ref0SubBlockY5(p, v) \ (VME_Input_S1(p, ushort, 1, 5) = v) #define VME_SET_FBRInput_Ref1SubBlockX5(p, v) \ (VME_Input_S1(p, ushort, 1, 6) = v) #define VME_SET_FBRInput_Ref1SubBlockY5(p, v) \ (VME_Input_S1(p, ushort, 1, 7) = v) #define VME_SET_FBRInput_Ref0SubBlockX6(p, v) \ (VME_Input_S1(p, ushort, 1, 8) = v) #define VME_SET_FBRInput_Ref0SubBlockY6(p, v) \ (VME_Input_S1(p, ushort, 1, 9) = v) #define VME_SET_FBRInput_Ref1SubBlockX6(p, v) \ (VME_Input_S1(p, ushort, 1, 10) = v) #define VME_SET_FBRInput_Ref1SubBlockY6(p, v) \ (VME_Input_S1(p, ushort, 1, 11) = v) #define VME_SET_FBRInput_Ref0SubBlockX7(p, v) \ (VME_Input_S1(p, ushort, 1, 12) = v) #define VME_SET_FBRInput_Ref0SubBlockY7(p, v) \ (VME_Input_S1(p, ushort, 1, 13) = v) #define VME_SET_FBRInput_Ref1SubBlockX7(p, v) \ (VME_Input_S1(p, ushort, 1, 14) = v) #define VME_SET_FBRInput_Ref1SubBlockY7(p, v) \ (VME_Input_S1(p, ushort, 1, 15) = v) #define VME_SET_FBRInput_Ref0SubBlockX8(p, v) \ (VME_Input_S1(p, ushort, 2, 0) = v) #define VME_SET_FBRInput_Ref0SubBlockY8(p, v) \ (VME_Input_S1(p, ushort, 2, 1) = v) #define VME_SET_FBRInput_Ref1SubBlockX8(p, v) \ (VME_Input_S1(p, ushort, 2, 2) = v) #define VME_SET_FBRInput_Ref1SubBlockY8(p, v) \ (VME_Input_S1(p, ushort, 2, 3) = v) #define VME_SET_FBRInput_Ref0SubBlockX9(p, v) \ (VME_Input_S1(p, ushort, 2, 4) = v) #define VME_SET_FBRInput_Ref0SubBlockY9(p, v) \ (VME_Input_S1(p, ushort, 2, 5) = v) #define VME_SET_FBRInput_Ref1SubBlockX9(p, v) \ (VME_Input_S1(p, ushort, 2, 6) = v) #define VME_SET_FBRInput_Ref1SubBlockY9(p, v) \ (VME_Input_S1(p, ushort, 2, 7) = v) #define VME_SET_FBRInput_Ref0SubBlockX10(p, v) \ (VME_Input_S1(p, ushort, 2, 8) = v) #define VME_SET_FBRInput_Ref0SubBlockY10(p, v) \ (VME_Input_S1(p, ushort, 2, 9) = v) #define VME_SET_FBRInput_Ref1SubBlockX10(p, v) \ (VME_Input_S1(p, ushort, 2, 10) = v) #define VME_SET_FBRInput_Ref1SubBlockY10(p, v) \ (VME_Input_S1(p, ushort, 2, 11) = v) #define VME_SET_FBRInput_Ref0SubBlockX11(p, v) \ (VME_Input_S1(p, ushort, 2, 12) = v) #define VME_SET_FBRInput_Ref0SubBlockY11(p, v) \ (VME_Input_S1(p, ushort, 2, 13) = v) #define VME_SET_FBRInput_Ref1SubBlockX11(p, v) \ (VME_Input_S1(p, ushort, 2, 14) = v) #define VME_SET_FBRInput_Ref1SubBlockY11(p, v) \ (VME_Input_S1(p, ushort, 2, 15) = v) #define VME_SET_FBRInput_Ref0SubBlockX12(p, v) \ (VME_Input_S1(p, ushort, 3, 0) = v) #define VME_SET_FBRInput_Ref0SubBlockY12(p, v) \ (VME_Input_S1(p, ushort, 3, 1) = v) #define VME_SET_FBRInput_Ref1SubBlockX12(p, v) \ (VME_Input_S1(p, ushort, 3, 2) = v) #define VME_SET_FBRInput_Ref1SubBlockY12(p, v) \ (VME_Input_S1(p, ushort, 3, 3) = v) #define VME_SET_FBRInput_Ref0SubBlockX13(p, v) \ (VME_Input_S1(p, ushort, 3, 4) = v) #define VME_SET_FBRInput_Ref0SubBlockY13(p, v) \ (VME_Input_S1(p, ushort, 3, 5) = v) #define VME_SET_FBRInput_Ref1SubBlockX13(p, v) \ (VME_Input_S1(p, ushort, 3, 6) = v) #define VME_SET_FBRInput_Ref1SubBlockY13(p, v) \ (VME_Input_S1(p, ushort, 3, 7) = v) #define VME_SET_FBRInput_Ref0SubBlockX14(p, v) \ (VME_Input_S1(p, ushort, 3, 8) = v) #define VME_SET_FBRInput_Ref0SubBlockY14(p, v) \ (VME_Input_S1(p, ushort, 3, 9) = v) #define VME_SET_FBRInput_Ref1SubBlockX14(p, v) \ (VME_Input_S1(p, ushort, 3, 10) = v) #define VME_SET_FBRInput_Ref1SubBlockY14(p, v) \ (VME_Input_S1(p, ushort, 3, 11) = v) #define VME_SET_FBRInput_Ref0SubBlockX15(p, v) \ (VME_Input_S1(p, ushort, 3, 12) = v) #define VME_SET_FBRInput_Ref0SubBlockY15(p, v) \ (VME_Input_S1(p, ushort, 3, 13) = v) #define VME_SET_FBRInput_Ref1SubBlockX15(p, v) \ (VME_Input_S1(p, ushort, 3, 14) = v) #define VME_SET_FBRInput_Ref1SubBlockY15(p, v) \ (VME_Input_S1(p, ushort, 3, 15) = v) #define VME_SET_IDMInput_SrcMBPixelMaskRow0(p, v) \ (VME_Input_S1(p, ushort, 0, 0) = v) #define VME_SET_IDMInput_SrcMBPixelMaskRow1(p, v) \ (VME_Input_S1(p, ushort, 0, 1) = v) #define VME_SET_IDMInput_SrcMBPixelMaskRow2(p, v) \ (VME_Input_S1(p, ushort, 0, 2) = v) #define VME_SET_IDMInput_SrcMBPixelMaskRow3(p, v) \ (VME_Input_S1(p, ushort, 0, 3) = v) #define VME_SET_IDMInput_SrcMBPixelMaskRow4(p, v) \ (VME_Input_S1(p, ushort, 0, 4) = v) #define VME_SET_IDMInput_SrcMBPixelMaskRow5(p, v) \ (VME_Input_S1(p, ushort, 0, 5) = v) #define VME_SET_IDMInput_SrcMBPixelMaskRow6(p, v) \ (VME_Input_S1(p, ushort, 0, 6) = v) #define VME_SET_IDMInput_SrcMBPixelMaskRow7(p, v) \ (VME_Input_S1(p, ushort, 0, 7) = v) #define VME_SET_IDMInput_SrcMBPixelMaskRow8(p, v) \ (VME_Input_S1(p, ushort, 0, 8) = v) #define VME_SET_IDMInput_SrcMBPixelMaskRow9(p, v) \ (VME_Input_S1(p, ushort, 0, 9) = v) #define VME_SET_IDMInput_SrcMBPixelMaskRow10(p, v) \ (VME_Input_S1(p, ushort, 0, 10) = v) #define VME_SET_IDMInput_SrcMBPixelMaskRow11(p, v) \ (VME_Input_S1(p, ushort, 0, 11) = v) #define VME_SET_IDMInput_SrcMBPixelMaskRow12(p, v) \ (VME_Input_S1(p, ushort, 0, 12) = v) #define VME_SET_IDMInput_SrcMBPixelMaskRow13(p, v) \ (VME_Input_S1(p, ushort, 0, 13) = v) #define VME_SET_IDMInput_SrcMBPixelMaskRow14(p, v) \ (VME_Input_S1(p, ushort, 0, 14) = v) #define VME_SET_IDMInput_SrcMBPixelMaskRow15(p, v) \ (VME_Input_S1(p, ushort, 0, 15) = v) // GET methods // Format = I16 #define VME_GET_UNIInput_Ref0X(p) (VME_Input_G1(p, ushort, 0, 0)) #define VME_GET_UNIInput_Ref0Y(p) (VME_Input_G1(p, ushort, 0, 1)) #define VME_GET_UNIInput_Ref1X(p) (VME_Input_G1(p, ushort, 0, 2)) #define VME_GET_UNIInput_Ref1Y(p) (VME_Input_G1(p, ushort, 0, 3)) // Format = U16 #define VME_GET_UNIInput_SrcX(p) (VME_Input_G1(p, ushort, 0, 4)) // Format = U16 #define VME_GET_UNIInput_SrcY(p) (VME_Input_G1(p, ushort, 0, 5)) // Format = U8 #define VME_GET_UNIInput_SrcType(p) (VME_Input_G1(p, uchar, 0, 12)) // Format = U8 #define VME_GET_UNIInput_VmeModes(p) (VME_Input_G1(p, uchar, 0, 13)) // Format = U8 #define VME_GET_UNIInput_SadType(p) (VME_Input_G1(p, uchar, 0, 14)) // Format = U8 #define VME_GET_UNIInput_ShapeMask(p) (VME_Input_G1(p, uchar, 0, 15)) // The value must be a multiple of 4. Range = [20, 64] #define VME_GET_UNIInput_RefW(p) (VME_Input_G1(p, uchar, 0, 22)) // The value must be a multiple of 4. Range = [20, 64] #define VME_GET_UNIInput_RefH(p) (VME_Input_G1(p, uchar, 0, 23)) // Format = U8 #define VME_GET_UNIInput_VmeFlags(p) (VME_Input_G1(p, uchar, 1, 0)) // Format = U8 #define VME_GET_UNIInput_EarlyImeStop(p) (VME_Input_G1(p, uchar, 1, 3)) // Format = U8 #define VME_GET_UNIInput_MaxNumMVs(p) (VME_Input_G1(p, uchar, 1, 4)) #define VME_GET_UNIInput_Ref0Polarity(p) (VME_Input_G1(p, uchar, 1, 5) & 0x0F) #define VME_GET_UNIInput_Ref1Polarity(p) (VME_Input_G1(p, uchar, 1, 5) >> 4) // Format = U6, Valid Values: [16, 21, 32, 43, 48] #define VME_GET_UNIInput_BiWeight(p) (VME_Input_G1(p, uchar, 1, 6)) #define VME_GET_UNIInput_RefPixelBiasEnable(p) \ ((VME_Input_G1(p, uchar, 1, 7) & 0x20) ? 1 : 0) #define VME_GET_UNIInput_UniMixDisable(p) \ ((VME_Input_G1(p, uchar, 1, 7) & 0x10) ? 1 : 0) // Format = U8 // #define VME_GET_UNIInput_BiDirMask(p) ((VME_Input_G1(p, uchar, 1, 7) & 0x10) // ? 1 : 0) // Format = U8, Valid range [1,63] #define VME_GET_UNIInput_LenSP(p) (VME_Input_G1(p, uchar, 1, 8)) // Format = U8, Valid range [1,63] #define VME_GET_UNIInput_MaxNumSU(p) (VME_Input_G1(p, uchar, 1, 9)) // Format = U8 #define VME_GET_UNIInput_StartCenter0(p) (VME_Input_G1(p, uchar, 1, 10)) // Format = U8 #define VME_GET_UNIInput_StartCenter1(p) (VME_Input_G1(p, uchar, 1, 11)) // Format = U8 #define VME_GET_UNIInput_WeightedSADCtrl0_3(p) (VME_Input_G1(p, uchar, 1, 12)) #define VME_GET_UNIInput_WeightedSADCtrl4_7(p) (VME_Input_G1(p, uchar, 1, 13)) #define VME_GET_UNIInput_WeightedSADCtrl8_11(p) (VME_Input_G1(p, uchar, 1, 14)) #define VME_GET_UNIInput_WeightedSADCtrl12_15(p) (VME_Input_G1(p, uchar, 1, 15)) // Format = U8 #define VME_GET_UNIInput_Blk0RefID(p) (VME_Input_G1(p, uchar, 1, 24)) #define VME_GET_UNIInput_Blk1RefID(p) (VME_Input_G1(p, uchar, 1, 25)) #define VME_GET_UNIInput_Blk2RefID(p) (VME_Input_G1(p, uchar, 1, 26)) #define VME_GET_UNIInput_Blk3RefID(p) (VME_Input_G1(p, uchar, 1, 27)) // Format = U8 #define VME_GET_UNIInput_IntraFlags(p) (VME_Input_G1(p, uchar, 1, 28)) // v is a 8-bit mask with the following definition: // Bit-7 Reserved : MBZ (for IntraPredAvailFlagF - F (pixel[-1,7] // available // for MbAff) // Bit-6 Reserved : MBZ (for IntraPredAvailFlagA/E - A (left neighbor top // half for MbAff) // Bit-5 IntraPredAvailFlagE/A - A (Left neighbor or Left bottom half) // Bit-4 IntraPredAvailFlagB - B (Upper neighbor) // Bit-3 IntraPredAvailFlagC - C (Upper left neighbor) // Bit-2 IntraPredAvailFlagD - D (Upper right neighbor) // Bit-1:0 Reserved: MBZ (ChromaIntraPredMode) #define VME_GET_UNIInput_MbIntraStruct(p) (VME_Input_G1(p, uchar, 1, 29)) // Format = U8 #define VME_GET_UNIInput_MvFlags(p) (VME_Input_G1(p, uchar, 1, 30)) // v is a 8-bit mask with the following definition: // xxxx xxx1: Ref0 Skip Center 0 is enabled [corresponds to M2.0] // xxxx xx1x: Ref1 Skip Center 0 is enabled [corresponds to M2.1] // xxxx x1xx: Ref0 Skip Center 1 is enabled [corresponds to M2.2] // xxxx 1xxx: Ref1 Skip Center 1 is enabled [corresponds to M2.3] // xxx1 xxxx: Ref0 Skip Center 2 is enabled [corresponds to M2.4] // xx1x xxxx: Ref1 Skip Center 2 is enabled [corresponds to M2.5] // x1xx xxxx: Ref0 Skip Center 3 is enabled [corresponds to M2.6] // 1xxx xxxx: Ref1 Skip Center 3 is enabled [corresponds to M2.7] #define VME_GET_UNIInput_SkipCenterMask(p) (VME_Input_G1(p, uchar, 1, 31)) // NOTE: replace v with U4U4 type with // (shift_count, shift_val) and set the value as (shift_val \| (shift_count << // 4)) // Format = U4U4 (encoded value must fit in 12-bits) #define VME_GET_UNIInput_Mode0Cost(p) (VME_Input_G1(p, uchar, 2, 0)) #define VME_GET_UNIInput_Mode1Cost(p) (VME_Input_G1(p, uchar, 2, 1)) #define VME_GET_UNIInput_Mode2Cost(p) (VME_Input_G1(p, uchar, 2, 2)) #define VME_GET_UNIInput_Mode3Cost(p) (VME_Input_G1(p, uchar, 2, 3)) #define VME_GET_UNIInput_Mode4Cost(p) (VME_Input_G1(p, uchar, 2, 4)) #define VME_GET_UNIInput_Mode5Cost(p) (VME_Input_G1(p, uchar, 2, 5)) #define VME_GET_UNIInput_Mode6Cost(p) (VME_Input_G1(p, uchar, 2, 6)) #define VME_GET_UNIInput_Mode7Cost(p) (VME_Input_G1(p, uchar, 2, 7)) #define VME_GET_UNIInput_Mode8Cost(p) (VME_Input_G1(p, uchar, 2, 8)) #define VME_GET_UNIInput_Mode9Cost(p) (VME_Input_G1(p, uchar, 2, 9)) // Format = U4U4 (encoded value must fit in 12-bits) #define VME_GET_UNIInput_RefIDCost(p) (VME_Input_G1(p, uchar, 2, 10)) // Format = U4U4 (encoded value must fit in 12-bits) #define VME_GET_UNIInput_ChromaIntraModeCost(p) (VME_Input_G1(p, uchar, 2, 11)) // Format = U4U4 (encoded value must fit in 10-bits) #define VME_GET_UNIInput_MV0Cost(p) (VME_Input_G1(p, uchar, 2, 12)) #define VME_GET_UNIInput_MV1Cost(p) (VME_Input_G1(p, uchar, 2, 13)) #define VME_GET_UNIInput_MV2Cost(p) (VME_Input_G1(p, uchar, 2, 14)) #define VME_GET_UNIInput_MV3Cost(p) (VME_Input_G1(p, uchar, 2, 15)) #define VME_GET_UNIInput_MV4Cost(p) (VME_Input_G1(p, uchar, 2, 16)) #define VME_GET_UNIInput_MV5Cost(p) (VME_Input_G1(p, uchar, 2, 17)) #define VME_GET_UNIInput_MV6Cost(p) (VME_Input_G1(p, uchar, 2, 18)) #define VME_GET_UNIInput_MV7Cost(p) (VME_Input_G1(p, uchar, 2, 19)) // Format = U8 #define VME_GET_UNIInput_FBRMbModeInput(p) (VME_Input_G1(p, uchar, 2, 20) & 0x3) // Format = U8 #define VME_GET_UNIInput_FBRSubMBShapeInput(p) (VME_Input_G1(p, uchar, 2, 21)) // Format = U8 #define VME_GET_UNIInput_FBRSubPredModeInput(p) (VME_Input_G1(p, uchar, 2, 22)) // Format = U16 #define VME_GET_UNIInput_SICFwdTCoeffThreshold0(p) \ (VME_Input_G1(p, ushort, 2, 12)) // Format = U8 #define VME_GET_UNIInput_SICFwdTCoeffThreshold1(p) \ (VME_Input_G1(p, uchar, 2, 26)) #define VME_GET_UNIInput_SICFwdTCoeffThreshold2(p) \ (VME_Input_G1(p, uchar, 2, 27)) #define VME_GET_UNIInput_SICFwdTCoeffThreshold3(p) \ (VME_Input_G1(p, uchar, 2, 28)) #define VME_GET_UNIInput_SICFwdTCoeffThreshold4(p) \ (VME_Input_G1(p, uchar, 2, 29)) #define VME_GET_UNIInput_SICFwdTCoeffThreshold5(p) \ (VME_Input_G1(p, uchar, 2, 30)) #define VME_GET_UNIInput_SICFwdTCoeffThreshold6(p) \ (VME_Input_G1(p, uchar, 2, 31)) // Return DeltaX in the lower 16 bit and DeltaY in the higher 16 bits // Format = S13.2, DletaX Valid Range: [-2048.00 to 2047.75], DletaY Valid // Range: [-512.00 to 511.75] #define VME_GET_UNIInput_FWDCostCenter0_X(p) (VME_Input_G1(p, ushort, 3, 0)) #define VME_GET_UNIInput_FWDCostCenter0_Y(p) (VME_Input_G1(p, ushort, 3, 1)) #define VME_GET_UNIInput_BWDCostCenter0_X(p) (VME_Input_G1(p, ushort, 3, 2)) #define VME_GET_UNIInput_BWDCostCenter0_Y(p) (VME_Input_G1(p, ushort, 3, 3)) #define VME_GET_UNIInput_FWDCostCenter1_X(p) (VME_Input_G1(p, ushort, 3, 4)) #define VME_GET_UNIInput_FWDCostCenter1_Y(p) (VME_Input_G1(p, ushort, 3, 5)) #define VME_GET_UNIInput_BWDCostCenter1_X(p) (VME_Input_G1(p, ushort, 3, 6)) #define VME_GET_UNIInput_BWDCostCenter1_Y(p) (VME_Input_G1(p, ushort, 3, 7)) #define VME_GET_UNIInput_FWDCostCenter2_X(p) (VME_Input_G1(p, ushort, 3, 8)) #define VME_GET_UNIInput_FWDCostCenter2_Y(p) (VME_Input_G1(p, ushort, 3, 9)) #define VME_GET_UNIInput_BWDCostCenter2_X(p) (VME_Input_G1(p, ushort, 3, 10)) #define VME_GET_UNIInput_BWDCostCenter2_Y(p) (VME_Input_G1(p, ushort, 3, 11)) #define VME_GET_UNIInput_FWDCostCenter3_X(p) (VME_Input_G1(p, ushort, 3, 12)) #define VME_GET_UNIInput_FWDCostCenter3_Y(p) (VME_Input_G1(p, ushort, 3, 13)) #define VME_GET_UNIInput_BWDCostCenter3_X(p) (VME_Input_G1(p, ushort, 3, 14)) #define VME_GET_UNIInput_BWDCostCenter3_Y(p) (VME_Input_G1(p, ushort, 3, 15)) // Format = U8, with the following definition: // [7:4] (Y) - specifies relative Y distance to the next SU from previous SU in // units of SU // [3:0] (X) - specifies relative X distance to the next SU from previous SU in // units of SU #define VME_GET_IMEInput_IMESearchPathDelta0(p) (VME_Input_G1(p, uchar, 0, 0)) #define VME_GET_IMEInput_IMESearchPathDelta1(p) (VME_Input_G1(p, uchar, 0, 1)) #define VME_GET_IMEInput_IMESearchPathDelta2(p) (VME_Input_G1(p, uchar, 0, 2)) #define VME_GET_IMEInput_IMESearchPathDelta3(p) (VME_Input_G1(p, uchar, 0, 3)) #define VME_GET_IMEInput_IMESearchPathDelta4(p) (VME_Input_G1(p, uchar, 0, 4)) #define VME_GET_IMEInput_IMESearchPathDelta5(p) (VME_Input_G1(p, uchar, 0, 5)) #define VME_GET_IMEInput_IMESearchPathDelta6(p) (VME_Input_G1(p, uchar, 0, 6)) #define VME_GET_IMEInput_IMESearchPathDelta7(p) (VME_Input_G1(p, uchar, 0, 7)) #define VME_GET_IMEInput_IMESearchPathDelta8(p) (VME_Input_G1(p, uchar, 0, 8)) #define VME_GET_IMEInput_IMESearchPathDelta9(p) (VME_Input_G1(p, uchar, 0, 9)) #define VME_GET_IMEInput_IMESearchPathDelta10(p) (VME_Input_G1(p, uchar, 0, 10)) #define VME_GET_IMEInput_IMESearchPathDelta11(p) (VME_Input_G1(p, uchar, 0, 11)) #define VME_GET_IMEInput_IMESearchPathDelta12(p) (VME_Input_G1(p, uchar, 0, 12)) #define VME_GET_IMEInput_IMESearchPathDelta13(p) (VME_Input_G1(p, uchar, 0, 13)) #define VME_GET_IMEInput_IMESearchPathDelta14(p) (VME_Input_G1(p, uchar, 0, 14)) #define VME_GET_IMEInput_IMESearchPathDelta15(p) (VME_Input_G1(p, uchar, 0, 15)) #define VME_GET_IMEInput_IMESearchPathDelta16(p) (VME_Input_G1(p, uchar, 0, 16)) #define VME_GET_IMEInput_IMESearchPathDelta17(p) (VME_Input_G1(p, uchar, 0, 17)) #define VME_GET_IMEInput_IMESearchPathDelta18(p) (VME_Input_G1(p, uchar, 0, 18)) #define VME_GET_IMEInput_IMESearchPathDelta19(p) (VME_Input_G1(p, uchar, 0, 19)) #define VME_GET_IMEInput_IMESearchPathDelta20(p) (VME_Input_G1(p, uchar, 0, 20)) #define VME_GET_IMEInput_IMESearchPathDelta21(p) (VME_Input_G1(p, uchar, 0, 21)) #define VME_GET_IMEInput_IMESearchPathDelta22(p) (VME_Input_G1(p, uchar, 0, 22)) #define VME_GET_IMEInput_IMESearchPathDelta23(p) (VME_Input_G1(p, uchar, 0, 23)) #define VME_GET_IMEInput_IMESearchPathDelta24(p) (VME_Input_G1(p, uchar, 0, 24)) #define VME_GET_IMEInput_IMESearchPathDelta25(p) (VME_Input_G1(p, uchar, 0, 25)) #define VME_GET_IMEInput_IMESearchPathDelta26(p) (VME_Input_G1(p, uchar, 0, 26)) #define VME_GET_IMEInput_IMESearchPathDelta27(p) (VME_Input_G1(p, uchar, 0, 27)) #define VME_GET_IMEInput_IMESearchPathDelta28(p) (VME_Input_G1(p, uchar, 0, 28)) #define VME_GET_IMEInput_IMESearchPathDelta29(p) (VME_Input_G1(p, uchar, 0, 29)) #define VME_GET_IMEInput_IMESearchPathDelta30(p) (VME_Input_G1(p, uchar, 0, 30)) #define VME_GET_IMEInput_IMESearchPathDelta31(p) (VME_Input_G1(p, uchar, 0, 31)) #define VME_GET_IMEInput_IMESearchPathDelta32(p) (VME_Input_G1(p, uchar, 1, 0)) #define VME_GET_IMEInput_IMESearchPathDelta33(p) (VME_Input_G1(p, uchar, 1, 1)) #define VME_GET_IMEInput_IMESearchPathDelta34(p) (VME_Input_G1(p, uchar, 1, 2)) #define VME_GET_IMEInput_IMESearchPathDelta35(p) (VME_Input_G1(p, uchar, 1, 3)) #define VME_GET_IMEInput_IMESearchPathDelta36(p) (VME_Input_G1(p, uchar, 1, 4)) #define VME_GET_IMEInput_IMESearchPathDelta37(p) (VME_Input_G1(p, uchar, 1, 5)) #define VME_GET_IMEInput_IMESearchPathDelta38(p) (VME_Input_G1(p, uchar, 1, 6)) #define VME_GET_IMEInput_IMESearchPathDelta39(p) (VME_Input_G1(p, uchar, 1, 7)) #define VME_GET_IMEInput_IMESearchPathDelta40(p) (VME_Input_G1(p, uchar, 1, 8)) #define VME_GET_IMEInput_IMESearchPathDelta41(p) (VME_Input_G1(p, uchar, 1, 9)) #define VME_GET_IMEInput_IMESearchPathDelta42(p) (VME_Input_G1(p, uchar, 1, 10)) #define VME_GET_IMEInput_IMESearchPathDelta43(p) (VME_Input_G1(p, uchar, 1, 11)) #define VME_GET_IMEInput_IMESearchPathDelta44(p) (VME_Input_G1(p, uchar, 1, 12)) #define VME_GET_IMEInput_IMESearchPathDelta45(p) (VME_Input_G1(p, uchar, 1, 13)) #define VME_GET_IMEInput_IMESearchPathDelta46(p) (VME_Input_G1(p, uchar, 1, 14)) #define VME_GET_IMEInput_IMESearchPathDelta47(p) (VME_Input_G1(p, uchar, 1, 15)) #define VME_GET_IMEInput_IMESearchPathDelta48(p) (VME_Input_G1(p, uchar, 1, 16)) #define VME_GET_IMEInput_IMESearchPathDelta49(p) (VME_Input_G1(p, uchar, 1, 17)) #define VME_GET_IMEInput_IMESearchPathDelta50(p) (VME_Input_G1(p, uchar, 1, 18)) #define VME_GET_IMEInput_IMESearchPathDelta51(p) (VME_Input_G1(p, uchar, 1, 19)) #define VME_GET_IMEInput_IMESearchPathDelta52(p) (VME_Input_G1(p, uchar, 1, 20)) #define VME_GET_IMEInput_IMESearchPathDelta53(p) (VME_Input_G1(p, uchar, 1, 21)) #define VME_GET_IMEInput_IMESearchPathDelta54(p) (VME_Input_G1(p, uchar, 1, 22)) #define VME_GET_IMEInput_IMESearchPathDelta55(p) (VME_Input_G1(p, uchar, 1, 23)) // Format = U16 #define VME_GET_IMEInput_Rec0_16x8_0Distortion(p) \ (VME_Input_G1(p, ushort, 2, 0)) #define VME_GET_IMEInput_Rec0_16x8_1Distortion(p) \ (VME_Input_G1(p, ushort, 2, 1)) #define VME_GET_IMEInput_Rec0_8x16_0Distortion(p) \ (VME_Input_G1(p, ushort, 2, 2)) #define VME_GET_IMEInput_Rec0_8x16_1Distortion(p) \ (VME_Input_G1(p, ushort, 2, 3)) #define VME_GET_IMEInput_Rec0_8x8_0Distortion(p) (VME_Input_G1(p, ushort, 2, 4)) #define VME_GET_IMEInput_Rec0_8x8_1Distortion(p) (VME_Input_G1(p, ushort, 2, 5)) #define VME_GET_IMEInput_Rec0_8x8_2Distortion(p) (VME_Input_G1(p, ushort, 2, 6)) #define VME_GET_IMEInput_Rec0_8x8_3Distortion(p) (VME_Input_G1(p, ushort, 2, 7)) #define VME_GET_IMEInput_Rec0_16x16_Distortion(p) \ (VME_Input_G1(p, ushort, 2, 8)) // Format = U4 #define VME_GET_UNIInput_Rec0_16x16_RefID(p) \ (VME_Input_G1(p, uchar, 2, 18) & 0x0F) // Format = S13.2 #define VME_GET_IMEInput_Rec0_16x16_X(p) (VME_Input_G1(p, ushort, 2, 10)) #define VME_GET_IMEInput_Rec0_16x16_Y(p) (VME_Input_G1(p, ushort, 2, 11)) // Format = U4 #define VME_GET_IMEInput_Rec0_16x8_0to1RefID(p) (VME_Input_G1(p, uchar, 2, 24)) #define VME_GET_IMEInput_Rec0_8x16_0to1RefID(p) (VME_Input_G1(p, uchar, 2, 25)) #define VME_GET_IMEInput_Rec0_8x8_0to1RefID(p) (VME_Input_G1(p, uchar, 2, 26)) #define VME_GET_IMEInput_Rec0_8x8_2to3RefID(p) (VME_Input_G1(p, uchar, 2, 27)) // Format = S13.2 #define VME_GET_IMEInput_Rec0_16x8_0X(p) (VME_Input_G1(p, ushort, 3, 0)) #define VME_GET_IMEInput_Rec0_16x8_0Y(p) (VME_Input_G1(p, ushort, 3, 1)) #define VME_GET_IMEInput_Rec0_16x8_1X(p) (VME_Input_G1(p, ushort, 3, 2)) #define VME_GET_IMEInput_Rec0_16x8_1Y(p) (VME_Input_G1(p, ushort, 3, 3)) #define VME_GET_IMEInput_Rec0_8x16_0X(p) (VME_Input_G1(p, ushort, 3, 4)) #define VME_GET_IMEInput_Rec0_8x16_0Y(p) (VME_Input_G1(p, ushort, 3, 5)) #define VME_GET_IMEInput_Rec0_8x16_1X(p) (VME_Input_G1(p, ushort, 3, 6)) #define VME_GET_IMEInput_Rec0_8x16_1Y(p) (VME_Input_G1(p, ushort, 3, 7)) #define VME_GET_IMEInput_Rec0_8x8_0X(p) (VME_Input_G1(p, ushort, 3, 8)) #define VME_GET_IMEInput_Rec0_8x8_0Y(p) (VME_Input_G1(p, ushort, 3, 9)) #define VME_GET_IMEInput_Rec0_8x8_1X(p) (VME_Input_G1(p, ushort, 3, 10)) #define VME_GET_IMEInput_Rec0_8x8_1Y(p) (VME_Input_G1(p, ushort, 3, 11)) #define VME_GET_IMEInput_Rec0_8x8_2X(p) (VME_Input_G1(p, ushort, 3, 12)) #define VME_GET_IMEInput_Rec0_8x8_2Y(p) (VME_Input_G1(p, ushort, 3, 13)) #define VME_GET_IMEInput_Rec0_8x8_3X(p) (VME_Input_G1(p, ushort, 3, 14)) #define VME_GET_IMEInput_Rec0_8x8_3Y(p) (VME_Input_G1(p, ushort, 3, 15)) // Format = U16 #define VME_GET_IMEInput_Rec1_16x8_0Distortion(p) \ (VME_Input_G1(p, ushort, 4, 0)) #define VME_GET_IMEInput_Rec1_16x8_1Distortion(p) \ (VME_Input_G1(p, ushort, 4, 1)) #define VME_GET_IMEInput_Rec1_8x16_0Distortion(p) \ (VME_Input_G1(p, ushort, 4, 2)) #define VME_GET_IMEInput_Rec1_8x16_1Distortion(p) \ (VME_Input_G1(p, ushort, 4, 3)) #define VME_GET_IMEInput_Rec1_8x8_0Distortion(p) (VME_Input_G1(p, ushort, 4, 4)) #define VME_GET_IMEInput_Rec1_8x8_1Distortion(p) (VME_Input_G1(p, ushort, 4, 5)) #define VME_GET_IMEInput_Rec1_8x8_2Distortion(p) (VME_Input_G1(p, ushort, 4, 6)) #define VME_GET_IMEInput_Rec1_8x8_3Distortion(p) (VME_Input_G1(p, ushort, 4, 7)) #define VME_GET_IMEInput_Rec1_16x16_Distortion(p) \ (VME_Input_G1(p, ushort, 4, 8)) // Format = U4 #define VME_GET_UNIInput_Rec1_16x16_RefID(p) (VME_Input_G1(p, uchar, 4, 18)) // Format = S13.2 #define VME_GET_IMEInput_Rec1_16x16_X(p) (VME_Input_G1(p, ushort, 4, 10)) #define VME_GET_IMEInput_Rec1_16x16_Y(p) (VME_Input_G1(p, ushort, 4, 11)) // Format = U4 #define VME_GET_IMEInput_Rec1_16x8_0to1RefID(p) (VME_Input_G1(p, uchar, 4, 24)) #define VME_GET_IMEInput_Rec1_8x16_0to1RefID(p) (VME_Input_G1(p, uchar, 4, 25)) #define VME_GET_IMEInput_Rec1_8x8_0to1RefID(p) (VME_Input_G1(p, uchar, 4, 26)) #define VME_GET_IMEInput_Rec1_8x8_2to3RefID(p) (VME_Input_G1(p, uchar, 4, 27)) // Format = S13.2 #define VME_GET_IMEInput_Rec1_16x8_0X(p) (VME_Input_G1(p, ushort, 5, 0)) #define VME_GET_IMEInput_Rec1_16x8_0Y(p) (VME_Input_G1(p, ushort, 5, 1)) #define VME_GET_IMEInput_Rec1_16x8_1X(p) (VME_Input_G1(p, ushort, 5, 2)) #define VME_GET_IMEInput_Rec1_16x8_1Y(p) (VME_Input_G1(p, ushort, 5, 3)) #define VME_GET_IMEInput_Rec1_8x16_0X(p) (VME_Input_G1(p, ushort, 5, 4)) #define VME_GET_IMEInput_Rec1_8x16_0Y(p) (VME_Input_G1(p, ushort, 5, 5)) #define VME_GET_IMEInput_Rec1_8x16_1X(p) (VME_Input_G1(p, ushort, 5, 6)) #define VME_GET_IMEInput_Rec1_8x16_1Y(p) (VME_Input_G1(p, ushort, 5, 7)) #define VME_GET_IMEInput_Rec1_8x8_0X(p) (VME_Input_G1(p, ushort, 5, 8)) #define VME_GET_IMEInput_Rec1_8x8_0Y(p) (VME_Input_G1(p, ushort, 5, 9)) #define VME_GET_IMEInput_Rec1_8x8_1X(p) (VME_Input_G1(p, ushort, 5, 10)) #define VME_GET_IMEInput_Rec1_8x8_1Y(p) (VME_Input_G1(p, ushort, 5, 11)) #define VME_GET_IMEInput_Rec1_8x8_2X(p) (VME_Input_G1(p, ushort, 5, 12)) #define VME_GET_IMEInput_Rec1_8x8_2Y(p) (VME_Input_G1(p, ushort, 5, 13)) #define VME_GET_IMEInput_Rec1_8x8_3X(p) (VME_Input_G1(p, ushort, 5, 14)) #define VME_GET_IMEInput_Rec1_8x8_3Y(p) (VME_Input_G1(p, ushort, 5, 15)) // Format = S13.2, Valid Range: [-2048.00 to 2047.75] // For chroma skip: Format = S12.3, Hardware Range: [-1024.000 to 1023.875] #define VME_GET_SICInput_Ref0SkipCenter0DeltaX(p) \ (VME_Input_G1(p, ushort, 0, 0)) #define VME_GET_SICInput_Ref0SkipCenter0DeltaY(p) \ (VME_Input_G1(p, ushort, 0, 1)) #define VME_GET_SICInput_Ref1SkipCenter0DeltaX(p) \ (VME_Input_G1(p, ushort, 0, 2)) #define VME_GET_SICInput_Ref1SkipCenter0DeltaY(p) \ (VME_Input_G1(p, ushort, 0, 3)) #define VME_GET_SICInput_Ref0SkipCenter1DeltaX(p) \ (VME_Input_G1(p, ushort, 0, 4)) #define VME_GET_SICInput_Ref0SkipCenter1DeltaY(p) \ (VME_Input_G1(p, ushort, 0, 5)) #define VME_GET_SICInput_Ref1SkipCenter1DeltaX(p) \ (VME_Input_G1(p, ushort, 0, 6)) #define VME_GET_SICInput_Ref1SkipCenter1DeltaY(p) \ (VME_Input_G1(p, ushort, 0, 7)) #define VME_GET_SICInput_Ref0SkipCenter2DeltaX(p) \ (VME_Input_G1(p, ushort, 0, 8)) #define VME_GET_SICInput_Ref0SkipCenter2DeltaY(p) \ (VME_Input_G1(p, ushort, 0, 9)) #define VME_GET_SICInput_Ref1SkipCenter2DeltaX(p) \ (VME_Input_G1(p, ushort, 0, 10)) #define VME_GET_SICInput_Ref1SkipCenter2DeltaY(p) \ (VME_Input_G1(p, ushort, 0, 11)) #define VME_GET_SICInput_Ref0SkipCenter3DeltaX(p) \ (VME_Input_G1(p, ushort, 0, 12)) #define VME_GET_SICInput_Ref0SkipCenter3DeltaY(p) \ (VME_Input_G1(p, ushort, 0, 13)) #define VME_GET_SICInput_Ref1SkipCenter3DeltaX(p) \ (VME_Input_G1(p, ushort, 0, 14)) #define VME_GET_SICInput_Ref1SkipCenter3DeltaY(p) \ (VME_Input_G1(p, ushort, 0, 15)) #define VME_GET_SICInput_Intra4x4ModeMask(p) (VME_Input_G1(p, uchar, 1, 0)) #define VME_GET_SICInput_Intra8x8ModeMask(p) (VME_Input_G1(p, uchar, 1, 2)) #define VME_GET_SICInput_IntraModeMask(p) (VME_Input_G1(p, uchar, 1, 4)) // 2-bit field with the following definition // 00: Luma + Chroma enabled // 01: Luma only // 1X: Intra disabled #define VME_GET_SICInput_IntraComputeType(p) \ (VME_Input_G1(p, uchar, 1, 5) & 0x3) #define VME_GET_SICInput_CornerNeighborPixel0(p) (VME_Input_G1(p, uchar, 1, 7)) #define VME_GET_SICInput_NeighborPixelLum0(p) (VME_Input_G1(p, uchar, 1, 8)) #define VME_GET_SICInput_NeighborPixelLum1(p) (VME_Input_G1(p, uchar, 1, 9)) #define VME_GET_SICInput_NeighborPixelLum2(p) (VME_Input_G1(p, uchar, 1, 10)) #define VME_GET_SICInput_NeighborPixelLum3(p) (VME_Input_G1(p, uchar, 1, 11)) #define VME_GET_SICInput_NeighborPixelLum4(p) (VME_Input_G1(p, uchar, 1, 12)) #define VME_GET_SICInput_NeighborPixelLum5(p) (VME_Input_G1(p, uchar, 1, 13)) #define VME_GET_SICInput_NeighborPixelLum6(p) (VME_Input_G1(p, uchar, 1, 14)) #define VME_GET_SICInput_NeighborPixelLum7(p) (VME_Input_G1(p, uchar, 1, 15)) #define VME_GET_SICInput_NeighborPixelLum8(p) (VME_Input_G1(p, uchar, 1, 16)) #define VME_GET_SICInput_NeighborPixelLum9(p) (VME_Input_G1(p, uchar, 1, 17)) #define VME_GET_SICInput_NeighborPixelLum10(p) (VME_Input_G1(p, uchar, 1, 18)) #define VME_GET_SICInput_NeighborPixelLum11(p) (VME_Input_G1(p, uchar, 1, 19)) #define VME_GET_SICInput_NeighborPixelLum12(p) (VME_Input_G1(p, uchar, 1, 20)) #define VME_GET_SICInput_NeighborPixelLum13(p) (VME_Input_G1(p, uchar, 1, 21)) #define VME_GET_SICInput_NeighborPixelLum14(p) (VME_Input_G1(p, uchar, 1, 22)) #define VME_GET_SICInput_NeighborPixelLum15(p) (VME_Input_G1(p, uchar, 1, 23)) #define VME_GET_SICInput_NeighborPixelLum16(p) (VME_Input_G1(p, uchar, 1, 24)) #define VME_GET_SICInput_NeighborPixelLum17(p) (VME_Input_G1(p, uchar, 1, 25)) #define VME_GET_SICInput_NeighborPixelLum18(p) (VME_Input_G1(p, uchar, 1, 26)) #define VME_GET_SICInput_NeighborPixelLum19(p) (VME_Input_G1(p, uchar, 1, 27)) #define VME_GET_SICInput_NeighborPixelLum20(p) (VME_Input_G1(p, uchar, 1, 28)) #define VME_GET_SICInput_NeighborPixelLum21(p) (VME_Input_G1(p, uchar, 1, 29)) #define VME_GET_SICInput_NeighborPixelLum22(p) (VME_Input_G1(p, uchar, 1, 30)) #define VME_GET_SICInput_NeighborPixelLum23(p) (VME_Input_G1(p, uchar, 1, 31)) #define VME_GET_SICInput_NeighborPixelLum24(p) (VME_Input_G1(p, uchar, 2, 0)) #define VME_GET_SICInput_NeighborPixelLum25(p) (VME_Input_G1(p, uchar, 2, 1)) #define VME_GET_SICInput_NeighborPixelLum26(p) (VME_Input_G1(p, uchar, 2, 2)) #define VME_GET_SICInput_NeighborPixelLum27(p) (VME_Input_G1(p, uchar, 2, 3)) #define VME_GET_SICInput_NeighborPixelLum28(p) (VME_Input_G1(p, uchar, 2, 4)) #define VME_GET_SICInput_NeighborPixelLum29(p) (VME_Input_G1(p, uchar, 2, 5)) #define VME_GET_SICInput_NeighborPixelLum30(p) (VME_Input_G1(p, uchar, 2, 6)) #define VME_GET_SICInput_NeighborPixelLum31(p) (VME_Input_G1(p, uchar, 2, 7)) #define VME_GET_SICInput_NeighborPixelLum32(p) (VME_Input_G1(p, uchar, 2, 8)) #define VME_GET_SICInput_NeighborPixelLum33(p) (VME_Input_G1(p, uchar, 2, 9)) #define VME_GET_SICInput_NeighborPixelLum34(p) (VME_Input_G1(p, uchar, 2, 10)) #define VME_GET_SICInput_NeighborPixelLum35(p) (VME_Input_G1(p, uchar, 2, 11)) #define VME_GET_SICInput_NeighborPixelLum36(p) (VME_Input_G1(p, uchar, 2, 12)) #define VME_GET_SICInput_NeighborPixelLum37(p) (VME_Input_G1(p, uchar, 2, 13)) #define VME_GET_SICInput_NeighborPixelLum38(p) (VME_Input_G1(p, uchar, 2, 14)) #define VME_GET_SICInput_CornerNeighborPixel1(p) (VME_Input_G1(p, uchar, 2, 15)) #define VME_GET_SICInput_LeftModes(p) (VME_Input_G1(p, ushort, 2, 8)) #define VME_GET_SICInput_TopModes(p) (VME_Input_G1(p, ushort, 2, 9)) // Format = U8 pair #define VME_GET_SICInput_CornerNeighborPixelChroma(p) \ (VME_Input_G1(p, ushort, 2, 10)) #if 0 // Format = U4U4 #define VME_GET_SICInput_PenaltyIntra4x4NonDC(p) (VME_Input_G1(p, uchar, 2, 28)) // Format = U2 #define VME_GET_SICInput_ScaleFactorIntra8x8NonDC(p) \ (VME_Input_G1(p, uchar, 2, 29) & 0x3) // Format = U2 #define VME_GET_SICInput_ScaleFactorIntra16x16NonDC(p) \ ((VME_Input_G1(p, uchar, 2, 29) & 0xC) >> 2) #else // BSPEC Update Rev1.6 // Format = U8 #define VME_GET_SICInput_PenaltyIntra4x4NonDC(p) (VME_Input_G1(p, uchar, 2, 30)) // Format = U8 #define VME_GET_SICInput_PenaltyIntra8x8NonDC(p) (VME_Input_G1(p, uchar, 2, 29)) // Format = U8 #define VME_GET_SICInput_PenaltyIntra16x16NonDC(p) \ (VME_Input_G1(p, uchar, 2, 28)) #endif #define VME_GET_SICInput_NeighborPixelChroma0(p) (VME_Input_G1(p, uchar, 3, 0)) #define VME_GET_SICInput_NeighborPixelChroma1(p) (VME_Input_G1(p, uchar, 3, 1)) #define VME_GET_SICInput_NeighborPixelChroma2(p) (VME_Input_G1(p, uchar, 3, 2)) #define VME_GET_SICInput_NeighborPixelChroma3(p) (VME_Input_G1(p, uchar, 3, 3)) #define VME_GET_SICInput_NeighborPixelChroma4(p) (VME_Input_G1(p, uchar, 3, 4)) #define VME_GET_SICInput_NeighborPixelChroma5(p) (VME_Input_G1(p, uchar, 3, 5)) #define VME_GET_SICInput_NeighborPixelChroma6(p) (VME_Input_G1(p, uchar, 3, 6)) #define VME_GET_SICInput_NeighborPixelChroma7(p) (VME_Input_G1(p, uchar, 3, 7)) #define VME_GET_SICInput_NeighborPixelChroma8(p) (VME_Input_G1(p, uchar, 3, 8)) #define VME_GET_SICInput_NeighborPixelChroma9(p) (VME_Input_G1(p, uchar, 3, 9)) #define VME_GET_SICInput_NeighborPixelChroma10(p) \ (VME_Input_G1(p, uchar, 3, 10)) #define VME_GET_SICInput_NeighborPixelChroma11(p) \ (VME_Input_G1(p, uchar, 3, 11)) #define VME_GET_SICInput_NeighborPixelChroma12(p) \ (VME_Input_G1(p, uchar, 3, 12)) #define VME_GET_SICInput_NeighborPixelChroma13(p) \ (VME_Input_G1(p, uchar, 3, 13)) #define VME_GET_SICInput_NeighborPixelChroma14(p) \ (VME_Input_G1(p, uchar, 3, 14)) #define VME_GET_SICInput_NeighborPixelChroma15(p) \ (VME_Input_G1(p, uchar, 3, 15)) #define VME_GET_SICInput_NeighborPixelChroma16(p) \ (VME_Input_G1(p, uchar, 3, 16)) #define VME_GET_SICInput_NeighborPixelChroma17(p) \ (VME_Input_G1(p, uchar, 3, 17)) #define VME_GET_SICInput_NeighborPixelChroma18(p) \ (VME_Input_G1(p, uchar, 3, 18)) #define VME_GET_SICInput_NeighborPixelChroma19(p) \ (VME_Input_G1(p, uchar, 3, 19)) #define VME_GET_SICInput_NeighborPixelChroma20(p) \ (VME_Input_G1(p, uchar, 3, 20)) #define VME_GET_SICInput_NeighborPixelChroma21(p) \ (VME_Input_G1(p, uchar, 3, 21)) #define VME_GET_SICInput_NeighborPixelChroma22(p) \ (VME_Input_G1(p, uchar, 3, 22)) #define VME_GET_SICInput_NeighborPixelChroma23(p) \ (VME_Input_G1(p, uchar, 3, 23)) #define VME_GET_SICInput_NeighborPixelChroma24(p) \ (VME_Input_G1(p, uchar, 3, 24)) #define VME_GET_SICInput_NeighborPixelChroma25(p) \ (VME_Input_G1(p, uchar, 3, 25)) #define VME_GET_SICInput_NeighborPixelChroma26(p) \ (VME_Input_G1(p, uchar, 3, 26)) #define VME_GET_SICInput_NeighborPixelChroma27(p) \ (VME_Input_G1(p, uchar, 3, 27)) #define VME_GET_SICInput_NeighborPixelChroma28(p) \ (VME_Input_G1(p, uchar, 3, 28)) #define VME_GET_SICInput_NeighborPixelChroma29(p) \ (VME_Input_G1(p, uchar, 3, 29)) #define VME_GET_SICInput_NeighborPixelChroma30(p) \ (VME_Input_G1(p, uchar, 3, 30)) #define VME_GET_SICInput_NeighborPixelChroma31(p) \ (VME_Input_G1(p, uchar, 3, 31)) #define VME_GET_FBRInput_Ref0SubBlockX0(p) (VME_Input_G1(p, ushort, 0, 0)) #define VME_GET_FBRInput_Ref0SubBlockY0(p) (VME_Input_G1(p, ushort, 0, 1)) #define VME_GET_FBRInput_Ref1SubBlockX0(p) (VME_Input_G1(p, ushort, 0, 2)) #define VME_GET_FBRInput_Ref1SubBlockY0(p) (VME_Input_G1(p, ushort, 0, 3)) #define VME_GET_FBRInput_Ref0SubBlockX1(p) (VME_Input_G1(p, ushort, 0, 4)) #define VME_GET_FBRInput_Ref0SubBlockY1(p) (VME_Input_G1(p, ushort, 0, 5)) #define VME_GET_FBRInput_Ref1SubBlockX1(p) (VME_Input_G1(p, ushort, 0, 6)) #define VME_GET_FBRInput_Ref1SubBlockY1(p) (VME_Input_G1(p, ushort, 0, 7)) #define VME_GET_FBRInput_Ref0SubBlockX2(p) (VME_Input_G1(p, ushort, 0, 8)) #define VME_GET_FBRInput_Ref0SubBlockY2(p) (VME_Input_G1(p, ushort, 0, 9)) #define VME_GET_FBRInput_Ref1SubBlockX2(p) (VME_Input_G1(p, ushort, 0, 10)) #define VME_GET_FBRInput_Ref1SubBlockY2(p) (VME_Input_G1(p, ushort, 0, 11)) #define VME_GET_FBRInput_Ref0SubBlockX3(p) (VME_Input_G1(p, ushort, 0, 12)) #define VME_GET_FBRInput_Ref0SubBlockY3(p) (VME_Input_G1(p, ushort, 0, 13)) #define VME_GET_FBRInput_Ref1SubBlockX3(p) (VME_Input_G1(p, ushort, 0, 14)) #define VME_GET_FBRInput_Ref1SubBlockY3(p) (VME_Input_G1(p, ushort, 0, 15)) #define VME_GET_FBRInput_Ref0SubBlockX4(p) (VME_Input_G1(p, ushort, 1, 0)) #define VME_GET_FBRInput_Ref0SubBlockY4(p) (VME_Input_G1(p, ushort, 1, 1)) #define VME_GET_FBRInput_Ref1SubBlockX4(p) (VME_Input_G1(p, ushort, 1, 2)) #define VME_GET_FBRInput_Ref1SubBlockY4(p) (VME_Input_G1(p, ushort, 1, 3)) #define VME_GET_FBRInput_Ref0SubBlockX5(p) (VME_Input_G1(p, ushort, 1, 4)) #define VME_GET_FBRInput_Ref0SubBlockY5(p) (VME_Input_G1(p, ushort, 1, 5)) #define VME_GET_FBRInput_Ref1SubBlockX5(p) (VME_Input_G1(p, ushort, 1, 6)) #define VME_GET_FBRInput_Ref1SubBlockY5(p) (VME_Input_G1(p, ushort, 1, 7)) #define VME_GET_FBRInput_Ref0SubBlockX6(p) (VME_Input_G1(p, ushort, 1, 8)) #define VME_GET_FBRInput_Ref0SubBlockY6(p) (VME_Input_G1(p, ushort, 1, 9)) #define VME_GET_FBRInput_Ref1SubBlockX6(p) (VME_Input_G1(p, ushort, 1, 10)) #define VME_GET_FBRInput_Ref1SubBlockY6(p) (VME_Input_G1(p, ushort, 1, 11)) #define VME_GET_FBRInput_Ref0SubBlockX7(p) (VME_Input_G1(p, ushort, 1, 12)) #define VME_GET_FBRInput_Ref0SubBlockY7(p) (VME_Input_G1(p, ushort, 1, 13)) #define VME_GET_FBRInput_Ref1SubBlockX7(p) (VME_Input_G1(p, ushort, 1, 14)) #define VME_GET_FBRInput_Ref1SubBlockY7(p) (VME_Input_G1(p, ushort, 1, 15)) #define VME_GET_FBRInput_Ref0SubBlockX8(p) (VME_Input_G1(p, ushort, 2, 0)) #define VME_GET_FBRInput_Ref0SubBlockY8(p) (VME_Input_G1(p, ushort, 2, 1)) #define VME_GET_FBRInput_Ref1SubBlockX8(p) (VME_Input_G1(p, ushort, 2, 2)) #define VME_GET_FBRInput_Ref1SubBlockY8(p) (VME_Input_G1(p, ushort, 2, 3)) #define VME_GET_FBRInput_Ref0SubBlockX9(p) (VME_Input_G1(p, ushort, 2, 4)) #define VME_GET_FBRInput_Ref0SubBlockY9(p) (VME_Input_G1(p, ushort, 2, 5)) #define VME_GET_FBRInput_Ref1SubBlockX9(p) (VME_Input_G1(p, ushort, 2, 6)) #define VME_GET_FBRInput_Ref1SubBlockY9(p) (VME_Input_G1(p, ushort, 2, 7)) #define VME_GET_FBRInput_Ref0SubBlockX10(p) (VME_Input_G1(p, ushort, 2, 8)) #define VME_GET_FBRInput_Ref0SubBlockY10(p) (VME_Input_G1(p, ushort, 2, 9)) #define VME_GET_FBRInput_Ref1SubBlockX10(p) (VME_Input_G1(p, ushort, 2, 10)) #define VME_GET_FBRInput_Ref1SubBlockY10(p) (VME_Input_G1(p, ushort, 2, 11)) #define VME_GET_FBRInput_Ref0SubBlockX11(p) (VME_Input_G1(p, ushort, 2, 12)) #define VME_GET_FBRInput_Ref0SubBlockY11(p) (VME_Input_G1(p, ushort, 2, 13)) #define VME_GET_FBRInput_Ref1SubBlockX11(p) (VME_Input_G1(p, ushort, 2, 14)) #define VME_GET_FBRInput_Ref1SubBlockY11(p) (VME_Input_G1(p, ushort, 2, 15)) #define VME_GET_FBRInput_Ref0SubBlockX12(p) (VME_Input_G1(p, ushort, 3, 0)) #define VME_GET_FBRInput_Ref0SubBlockY12(p) (VME_Input_G1(p, ushort, 3, 1)) #define VME_GET_FBRInput_Ref1SubBlockX12(p) (VME_Input_G1(p, ushort, 3, 2)) #define VME_GET_FBRInput_Ref1SubBlockY12(p) (VME_Input_G1(p, ushort, 3, 3)) #define VME_GET_FBRInput_Ref0SubBlockX13(p) (VME_Input_G1(p, ushort, 3, 4)) #define VME_GET_FBRInput_Ref0SubBlockY13(p) (VME_Input_G1(p, ushort, 3, 5)) #define VME_GET_FBRInput_Ref1SubBlockX13(p) (VME_Input_G1(p, ushort, 3, 6)) #define VME_GET_FBRInput_Ref1SubBlockY13(p) (VME_Input_G1(p, ushort, 3, 7)) #define VME_GET_FBRInput_Ref0SubBlockX14(p) (VME_Input_G1(p, ushort, 3, 8)) #define VME_GET_FBRInput_Ref0SubBlockY14(p) (VME_Input_G1(p, ushort, 3, 9)) #define VME_GET_FBRInput_Ref1SubBlockX14(p) (VME_Input_G1(p, ushort, 3, 10)) #define VME_GET_FBRInput_Ref1SubBlockY14(p) (VME_Input_G1(p, ushort, 3, 11)) #define VME_GET_FBRInput_Ref0SubBlockX15(p) (VME_Input_G1(p, ushort, 3, 12)) #define VME_GET_FBRInput_Ref0SubBlockY15(p) (VME_Input_G1(p, ushort, 3, 13)) #define VME_GET_FBRInput_Ref1SubBlockX15(p) (VME_Input_G1(p, ushort, 3, 14)) #define VME_GET_FBRInput_Ref1SubBlockY15(p) (VME_Input_G1(p, ushort, 3, 15)) #define VME_GET_IDMInput_SrcMBPixelMaskRow0(p) (VME_Input_G1(p, ushort, 0, 0)) #define VME_GET_IDMInput_SrcMBPixelMaskRow1(p) (VME_Input_G1(p, ushort, 0, 1)) #define VME_GET_IDMInput_SrcMBPixelMaskRow2(p) (VME_Input_G1(p, ushort, 0, 2)) #define VME_GET_IDMInput_SrcMBPixelMaskRow3(p) (VME_Input_G1(p, ushort, 0, 3)) #define VME_GET_IDMInput_SrcMBPixelMaskRow4(p) (VME_Input_G1(p, ushort, 0, 4)) #define VME_GET_IDMInput_SrcMBPixelMaskRow5(p) (VME_Input_G1(p, ushort, 0, 5)) #define VME_GET_IDMInput_SrcMBPixelMaskRow6(p) (VME_Input_G1(p, ushort, 0, 6)) #define VME_GET_IDMInput_SrcMBPixelMaskRow7(p) (VME_Input_G1(p, ushort, 0, 7)) #define VME_GET_IDMInput_SrcMBPixelMaskRow8(p) (VME_Input_G1(p, ushort, 0, 8)) #define VME_GET_IDMInput_SrcMBPixelMaskRow9(p) (VME_Input_G1(p, ushort, 0, 9)) #define VME_GET_IDMInput_SrcMBPixelMaskRow10(p) (VME_Input_G1(p, ushort, 0, 10)) #define VME_GET_IDMInput_SrcMBPixelMaskRow11(p) (VME_Input_G1(p, ushort, 0, 11)) #define VME_GET_IDMInput_SrcMBPixelMaskRow12(p) (VME_Input_G1(p, ushort, 0, 12)) #define VME_GET_IDMInput_SrcMBPixelMaskRow13(p) (VME_Input_G1(p, ushort, 0, 13)) #define VME_GET_IDMInput_SrcMBPixelMaskRow14(p) (VME_Input_G1(p, ushort, 0, 14)) #define VME_GET_IDMInput_SrcMBPixelMaskRow15(p) (VME_Input_G1(p, ushort, 0, 15)) // Output #define MODE_INTER_16X16 0x00 #define MODE_INTER_16X8 0x01 #define MODE_INTER_8X16 0x02 #define MODE_INTER_8X8 0x03 #define MODE_INTER_MINOR 0x03 #define VME_GET_UNIOutput_InterMbMode(p, v) \ (v = VME_Output_S1(p, uchar, 0, 0) & 0x3) #define MODE_INTRA_16X16 0x00 #define MODE_INTRA_8X8 0x10 #define MODE_INTRA_4X4 0x20 #define MODE_INTRA_PCM 0x30 #define VME_GET_UNIOutput_IntraMbMode(p, v) \ (v = VME_Output_S1(p, uchar, 0, 0) & 0x30) #define MODE_FIELD_MB_POLARITY 0x80 #define VME_GET_UNIOutput_FieldMbPolarityFlag(p, v) \ (v = VME_Output_S1(p, uchar, 0, 0) & 0x80) #define VME_GET_UNIOutput_InterMbType(p, v) \ (v = VME_Output_S1(p, uchar, 0, 1) & 0x1F) #define VME_GET_UNIOutput_FieldMbFlag(p, v) \ (v = VME_Output_S1(p, uchar, 0, 1) & 0x40) #define VME_GET_UNIOutput_IntraMbType(p, v) \ (v = VME_Output_S1(p, uchar, 0, 2) & 0x1F) #define VME_GET_UNIOutput_IntraMbType(p, v) \ (v = VME_Output_S1(p, uchar, 0, 2) & 0x1F) #define VME_GET_UNIOutput_MvQuantity(p, v) \ (v = VME_Output_S1(p, uchar, 0, 3) & 0x1F) // Format = U16 #define VME_GET_UNIOutput_BestInterDistortion(p, v) \ (v = VME_Output_S1(p, ushort, 0, 4)) // Format = U16 #define VME_GET_UNIOutput_SkipRawDistortion(p, v) \ (v = VME_Output_S1(p, ushort, 0, 5)) // Format = U16 #define VME_GET_UNIOutput_BestIntraDistortion(p, v) \ (v = VME_Output_S1(p, ushort, 0, 6)) // Format = U16 #define VME_GET_UNIOutput_BestChromaIntraDistortion(p, v) \ (v = VME_Output_S1(p, ushort, 0, 7)) #define VME_GET_UNIOutput_LumaIntraPredMode0(p, v) \ (v = VME_Output_S1(p, ushort, 0, 8)) #define VME_GET_UNIOutput_LumaIntraPredMode1(p, v) \ (v = VME_Output_S1(p, ushort, 0, 9)) #define VME_GET_UNIOutput_LumaIntraPredMode2(p, v) \ (v = VME_Output_S1(p, ushort, 0, 10)) #define VME_GET_UNIOutput_LumaIntraPredMode3(p, v) \ (v = VME_Output_S1(p, ushort, 0, 11)) // 8-bit field with the following definition: // 7 Reserved : MBZ (for IntraPredAvailFlagF - F (pixel[-1,7] available for // MbAff) // 6 Reserved : MBZ (for IntraPredAvailFlagA/E - A (left neighbor top half // for MbAff) // 5 IntraPredAvailFlagE/A - A (Left neighbor or Left bottom half) // 4 IntraPredAvailFlagB - B (Upper neighbor) // 3 IntraPredAvailFlagC - C (Upper left neighbor) // 2 IntraPredAvailFlagD - D (Upper right neighbor) // 1:0 ChromaIntraPredMode #define VME_GET_UNIOutput_MbIntraStruct(p, v) \ (v = VME_Output_S1(p, uchar, 0, 24)) // 8-bit field with the following definition: // Bits [1:0]: SubMbShape[0] // Bits [3:2]: SubMbShape[1] // Bits [5:4]: SubMbShape[2] // Bits [7:6]: SubMbShape[3] #define VME_GET_UNIOutput_SubMbShape(p, v) (v = VME_Output_S1(p, uchar, 0, 25)) // 8-bit field with the following definition: // Bits [1:0]: SubMbPredMode[0] // Bits [3:2]: SubMbPredMode[1] // Bits [5:4]: SubMbPredMode[2] // Bits [7:6]: SubMbPredMode[3] #define VME_GET_UNIOutput_SubMbPredMode(p, v) \ (v = VME_Output_S1(p, uchar, 0, 26)) // v is a 4x16 short type matrix that stores the motion vectors as follows: // MVa[0].x, MVa[0].y, MVb[0].x, MVb[0].x // MVa[1].x, MVa[1].y, MVb[1].x, MVb[1].x // ... // MVa[15].x, MVa[15].y, MVb[15].x, MVb[15].x #define VME_GET_UNIOutput_Mvs(p, v) \ (v = p.format<short, 7, 32 / sizeof(short)>().select<4, 1, 16, 1>(1, 0)) // v is a 1x16 short type matrix that stores the inter distortions as follows: // InterDistortion[0], InterDistortion[1], ..., InterDistortion[15] #define VME_GET_UNIOutput_InterDistortion(p, v) \ (v = p.format<short, 7, 32 / sizeof(short)>().select<1, 1, 16, 1>(5, 0)) // Format = U4 #define VME_GET_UNIOutput_FwdBlk0RefID(p, v) \ (v = VME_Output_S1(p, uchar, 6, 0) & 0xF) #define VME_GET_UNIOutput_BwdBlk0RefID(p, v) \ (v = (VME_Output_S1(p, uchar, 6, 0) >> 4) & 0xF) #define VME_GET_UNIOutput_FwdBlk1RefID(p, v) \ (v = VME_Output_S1(p, uchar, 6, 1) & 0xF) #define VME_GET_UNIOutput_BwdBlk1RefID(p, v) \ (v = (VME_Output_S1(p, uchar, 6, 1) >> 4) & 0xF) #define VME_GET_UNIOutput_FwdBlk2RefID(p, v) \ (v = VME_Output_S1(p, uchar, 6, 2) & 0xF) #define VME_GET_UNIOutput_BwdBlk2RefID(p, v) \ (v = (VME_Output_S1(p, uchar, 6, 2) >> 4) & 0xF) #define VME_GET_UNIOutput_FwdBlk3RefID(p, v) \ (v = VME_Output_S1(p, uchar, 6, 3) & 0xF) #define VME_GET_UNIOutput_BwdBlk3RefID(p, v) \ (v = (VME_Output_S1(p, uchar, 6, 3) >> 4) & 0xF) #define VME_GET_UNIOutput_Blk0LumaNZC(p, v) (v = VME_Output_S1(p, uchar, 6, 4)) #define VME_GET_UNIOutput_Blk1LumaNZC(p, v) (v = VME_Output_S1(p, uchar, 6, 5)) #define VME_GET_UNIOutput_Blk2LumaNZC(p, v) (v = VME_Output_S1(p, uchar, 6, 6)) #define VME_GET_UNIOutput_Blk3LumaNZC(p, v) (v = VME_Output_S1(p, uchar, 6, 7)) // Format = U8 #define VME_GET_UNIOutput_Blk0ChromaCbNZC(p, v) \ (v = VME_Output_S1(p, uchar, 6, 16)) #define VME_GET_UNIOutput_Blk0ChromaCrNZC(p, v) \ (v = VME_Output_S1(p, uchar, 6, 17)) #define VME_GET_UNIOutput_SumInterDistL0(p, v) \ (v = VME_Output_S1(p, uint, 6, 6) & 0x3FFFFFF) #define VME_GET_UNIOutput_SumInterDistL1(p, v) \ (v = VME_Output_S1(p, ushort, 6, 9) + \ ((VME_Output_S1(p, ushort, 0, 3) & 0x3FF) << 16)) #define VME_GET_UNIOutput_MaxRef0InterDist(p, v) \ (v = VME_Output_S1(p, ushort, 6, 14)) #define VME_GET_UNIOutput_MaxRef1InterDist(p, v) \ (v = VME_Output_S1(p, ushort, 6, 15)) #define MODE_INTER_16X16 0x00 #define MODE_INTER_16X8 0x01 #define MODE_INTER_8X16 0x02 #define MODE_INTER_8X8 0x03 #define MODE_INTER_MINOR 0x03 #define VME_GET_IMEOutput_InterMbMode(p, v) \ (v = VME_Output_S1(p, uchar, 0, 0) & 0x3) #define MODE_INTRA_16X16 0x00 #define MODE_INTRA_8X8 0x10 #define MODE_INTRA_4X4 0x20 #define MODE_INTRA_PCM 0x30 #define VME_GET_IMEOutput_IntraMbMode(p, v) \ (v = VME_Output_S1(p, uchar, 0, 0) & 0x30) #define MODE_FIELD_MB_POLARITY 0x80 #define VME_GET_IMEOutput_FieldMbPolarityFlag(p, v) \ (v = VME_Output_S1(p, uchar, 0, 0) & 0x80) #define VME_GET_IMEOutput_InterMbType(p, v) \ (v = VME_Output_S1(p, uchar, 0, 1) & 0x1F) #define VME_GET_IMEOutput_FieldMbFlag(p, v) \ (v = VME_Output_S1(p, uchar, 0, 1) & 0x40) #define VME_GET_IMEOutput_IntraMbType(p, v) \ (v = VME_Output_S1(p, uchar, 0, 2) & 0x1F) #define VME_GET_IMEOutput_IntraMbType(p, v) \ (v = VME_Output_S1(p, uchar, 0, 2) & 0x1F) #define VME_GET_IMEOutput_MvQuantity(p, v) \ (v = VME_Output_S1(p, uchar, 0, 3) & 0x1F) // Format = U16 #define VME_GET_IMEOutput_BestInterDistortion(p, v) \ (v = VME_Output_S1(p, ushort, 0, 4)) // Format = U16 #define VME_GET_IMEOutput_SkipRawDistortion(p, v) \ (v = VME_Output_S1(p, ushort, 0, 5)) // Format = U16 #define VME_GET_IMEOutput_BestIntraDistortion(p, v) \ (v = VME_Output_S1(p, ushort, 0, 6)) // Format = U16 #define VME_GET_IMEOutput_BestChromaIntraDistortion(p, v) \ (v = VME_Output_S1(p, ushort, 0, 7)) #define VME_GET_IMEOutput_LumaIntraPredMode0(p, v) \ (v = VME_Output_S1(p, ushort, 0, 8)) #define VME_GET_IMEOutput_LumaIntraPredMode1(p, v) \ (v = VME_Output_S1(p, ushort, 0, 9)) #define VME_GET_IMEOutput_LumaIntraPredMode2(p, v) \ (v = VME_Output_S1(p, ushort, 0, 10)) #define VME_GET_IMEOutput_LumaIntraPredMode3(p, v) \ (v = VME_Output_S1(p, ushort, 0, 11)) // 8-bit field with the following definition: // 7 Reserved : MBZ (for IntraPredAvailFlagF - F (pixel[-1,7] available for // MbAff) // 6 Reserved : MBZ (for IntraPredAvailFlagA/E - A (left neighbor top half // for MbAff) // 5 IntraPredAvailFlagE/A - A (Left neighbor or Left bottom half) // 4 IntraPredAvailFlagB - B (Upper neighbor) // 3 IntraPredAvailFlagC - C (Upper left neighbor) // 2 IntraPredAvailFlagD - D (Upper right neighbor) // 1:0 ChromaIntraPredMode #define VME_GET_IMEOutput_MbIntraStruct(p, v) \ (v = VME_Output_S1(p, uchar, 0, 24)) // 8-bit field with the following definition: // Bits [1:0]: SubMbShape[0] // Bits [3:2]: SubMbShape[1] // Bits [5:4]: SubMbShape[2] // Bits [7:6]: SubMbShape[3] #define VME_GET_IMEOutput_SubMbShape(p, v) (v = VME_Output_S1(p, uchar, 0, 25)) // 8-bit field with the following definition: // Bits [1:0]: SubMbPredMode[0] // Bits [3:2]: SubMbPredMode[1] // Bits [5:4]: SubMbPredMode[2] // Bits [7:6]: SubMbPredMode[3] #define VME_GET_IMEOutput_SubMbPredMode(p, v) \ (v = VME_Output_S1(p, uchar, 0, 26)) // v is a 4x16 short type matrix that stores the motion vectors as follows: // MVa[0].x, MVa[0].y, MVb[0].x, MVb[0].x // MVa[1].x, MVa[1].y, MVb[1].x, MVb[1].x // ... // MVa[15].x, MVa[15].y, MVb[15].x, MVb[15].x #define VME_GET_IMEOutput_Mvs(p, v) \ (v = p.format<short, 7, 32 / sizeof(short)>().select<4, 1, 16, 1>(1, 0)) // v is a 1x16 short type matrix that stores the inter distortions as follows: // InterDistortion[0], InterDistortion[1], ..., InterDistortion[15] #define VME_GET_IMEOutput_InterDistortion(p, v) \ (v = p.format<short, 7, 32 / sizeof(short)>().select<1, 1, 16, 1>(5, 0)) // Format = U4 #define VME_GET_IMEOutput_FwdBlk0RefID(p, v) \ (v = VME_Output_S1(p, uchar, 6, 0) & 0xF) #define VME_GET_IMEOutput_BwdBlk0RefID(p, v) \ (v = (VME_Output_S1(p, uchar, 6, 0) >> 4) & 0xF) #define VME_GET_IMEOutput_FwdBlk1RefID(p, v) \ (v = VME_Output_S1(p, uchar, 6, 1) & 0xF) #define VME_GET_IMEOutput_BwdBlk1RefID(p, v) \ (v = (VME_Output_S1(p, uchar, 6, 1) >> 4) & 0xF) #define VME_GET_IMEOutput_FwdBlk2RefID(p, v) \ (v = VME_Output_S1(p, uchar, 6, 2) & 0xF) #define VME_GET_IMEOutput_BwdBlk2RefID(p, v) \ (v = (VME_Output_S1(p, uchar, 6, 2) >> 4) & 0xF) #define VME_GET_IMEOutput_FwdBlk3RefID(p, v) \ (v = VME_Output_S1(p, uchar, 6, 3) & 0xF) #define VME_GET_IMEOutput_BwdBlk3RefID(p, v) \ (v = (VME_Output_S1(p, uchar, 6, 3) >> 4) & 0xF) #define VME_GET_IMEOutput_Blk0LumaNZC(p, v) (v = VME_Output_S1(p, uchar, 6, 4)) #define VME_GET_IMEOutput_Blk1LumaNZC(p, v) (v = VME_Output_S1(p, uchar, 6, 5)) #define VME_GET_IMEOutput_Blk2LumaNZC(p, v) (v = VME_Output_S1(p, uchar, 6, 6)) #define VME_GET_IMEOutput_Blk3LumaNZC(p, v) (v = VME_Output_S1(p, uchar, 6, 7)) // Format = U8 #define VME_GET_IMEOutput_Blk0ChromaCbNZC(p, v) \ (v = VME_Output_S1(p, uchar, 6, 16)) #define VME_GET_IMEOutput_Blk0ChromaCrNZC(p, v) \ (v = VME_Output_S1(p, uchar, 6, 17)) // Format = U16 #define VME_GET_IMEOutput_Rec0_16x8_0Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 7, 0)) #define VME_GET_IMEOutput_Rec0_16x8_1Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 7, 1)) #define VME_GET_IMEOutput_Rec0_8x16_0Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 7, 2)) #define VME_GET_IMEOutput_Rec0_8x16_1Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 7, 3)) #define VME_GET_IMEOutput_Rec0_8x8_0Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 7, 4)) #define VME_GET_IMEOutput_Rec0_8x8_1Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 7, 5)) #define VME_GET_IMEOutput_Rec0_8x8_2Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 7, 6)) #define VME_GET_IMEOutput_Rec0_8x8_3Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 7, 7)) #define VME_GET_IMEOutput_Rec0_16x16_Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 7, 8)) // Format = U4 #define VME_GET_IMEOutput_Rec0_16x16_RefID(p, v) \ (v = VME_Output_S1(p, uchar, 7, 18)) // Format = U16 #define VME_GET_IMEOutput_Rec0_16x16_X(p, v) \ (v = VME_Output_S1(p, ushort, 7, 10)) #define VME_GET_IMEOutput_Rec0_16x16_Y(p, v) \ (v = VME_Output_S1(p, ushort, 7, 11)) // Format = U4 #define VME_GET_IMEOutput_Rec0_16x8_0RefID(p, v) \ (v = VME_Output_S1(p, uchar, 7, 24) & 0xF) #define VME_GET_IMEOutput_Rec0_16x8_1RefID(p, v) \ (v = (VME_Output_S1(p, uchar, 7, 24) & 0xF0) >> 4) #define VME_GET_IMEOutput_Rec0_8x16_0RefID(p, v) \ (v = VME_Output_S1(p, uchar, 7, 25) & 0xF) #define VME_GET_IMEOutput_Rec0_8x16_1RefID(p, v) \ (v = (VME_Output_S1(p, uchar, 7, 25) & 0xF0) >> 4) #define VME_GET_IMEOutput_Rec0_8x8_0RefID(p, v) \ (v = VME_Output_S1(p, uchar, 7, 26) & 0xF) #define VME_GET_IMEOutput_Rec0_8x8_1RefID(p, v) \ (v = (VME_Output_S1(p, uchar, 7, 26) & 0xF0) >> 4) #define VME_GET_IMEOutput_Rec0_8x8_2RefID(p, v) \ (v = VME_Output_S1(p, uchar, 7, 27) & 0xF) #define VME_GET_IMEOutput_Rec0_8x8_3RefID(p, v) \ (v = (VME_Output_S1(p, uchar, 7, 27) & 0xF0) >> 4) // Format = U16 #define VME_GET_IMEOutput_Rec0_16x8_0X(p, v) \ (v = VME_Output_S1(p, ushort, 8, 0)) #define VME_GET_IMEOutput_Rec0_16x8_0Y(p, v) \ (v = VME_Output_S1(p, ushort, 8, 1)) #define VME_GET_IMEOutput_Rec0_16x8_1X(p, v) \ (v = VME_Output_S1(p, ushort, 8, 2)) #define VME_GET_IMEOutput_Rec0_16x8_1Y(p, v) \ (v = VME_Output_S1(p, ushort, 8, 3)) #define VME_GET_IMEOutput_Rec0_8x16_0X(p, v) \ (v = VME_Output_S1(p, ushort, 8, 4)) #define VME_GET_IMEOutput_Rec0_8x16_0Y(p, v) \ (v = VME_Output_S1(p, ushort, 8, 5)) #define VME_GET_IMEOutput_Rec0_8x16_1X(p, v) \ (v = VME_Output_S1(p, ushort, 8, 6)) #define VME_GET_IMEOutput_Rec0_8x16_1Y(p, v) \ (v = VME_Output_S1(p, ushort, 8, 7)) #define VME_GET_IMEOutput_Rec0_8x8_0X(p, v) (v = VME_Output_S1(p, ushort, 8, 8)) #define VME_GET_IMEOutput_Rec0_8x8_0Y(p, v) (v = VME_Output_S1(p, ushort, 8, 9)) #define VME_GET_IMEOutput_Rec0_8x8_1X(p, v) \ (v = VME_Output_S1(p, ushort, 8, 10)) #define VME_GET_IMEOutput_Rec0_8x8_1Y(p, v) \ (v = VME_Output_S1(p, ushort, 8, 11)) #define VME_GET_IMEOutput_Rec0_8x8_2X(p, v) \ (v = VME_Output_S1(p, ushort, 8, 12)) #define VME_GET_IMEOutput_Rec0_8x8_2Y(p, v) \ (v = VME_Output_S1(p, ushort, 8, 13)) #define VME_GET_IMEOutput_Rec0_8x8_3X(p, v) \ (v = VME_Output_S1(p, ushort, 8, 14)) #define VME_GET_IMEOutput_Rec0_8x8_3Y(p, v) \ (v = VME_Output_S1(p, ushort, 8, 15)) // Format = U16 #define VME_GET_IMEOutput_Rec1_16x8_0Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 9, 0)) #define VME_GET_IMEOutput_Rec1_16x8_1Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 9, 1)) #define VME_GET_IMEOutput_Rec1_8x16_0Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 9, 2)) #define VME_GET_IMEOutput_Rec1_8x16_1Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 9, 3)) #define VME_GET_IMEOutput_Rec1_8x8_0Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 9, 4)) #define VME_GET_IMEOutput_Rec1_8x8_1Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 9, 5)) #define VME_GET_IMEOutput_Rec1_8x8_2Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 9, 6)) #define VME_GET_IMEOutput_Rec1_8x8_3Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 9, 7)) #define VME_GET_IMEOutput_Rec1_16x16_Distortion(p, v) \ (v = VME_Output_S1(p, ushort, 9, 8)) // Format = U4 #define VME_GET_IMEOutput_Rec1_16x16_RefID(p, v) \ (v = VME_Output_S1(p, uchar, 9, 18)) // Format = U16 #define VME_GET_IMEOutput_Rec1_16x16_X(p, v) \ (v = VME_Output_S1(p, ushort, 9, 10)) #define VME_GET_IMEOutput_Rec1_16x16_Y(p, v) \ (v = VME_Output_S1(p, ushort, 9, 11)) // Format = U4 #define VME_GET_IMEOutput_Rec1_16x8_0RefID(p, v) \ (v = VME_Output_S1(p, uchar, 9, 24) & 0xF) #define VME_GET_IMEOutput_Rec1_16x8_1RefID(p, v) \ (v = (VME_Output_S1(p, uchar, 9, 24) & 0xF0) >> 4) #define VME_GET_IMEOutput_Rec1_8x16_0RefID(p, v) \ (v = VME_Output_S1(p, uchar, 9, 25) & 0xF) #define VME_GET_IMEOutput_Rec1_8x16_1RefID(p, v) \ (v = (VME_Output_S1(p, uchar, 9, 25) & 0xF0) >> 4) #define VME_GET_IMEOutput_Rec1_8x8_0RefID(p, v) \ (v = VME_Output_S1(p, uchar, 9, 26) & 0xF) #define VME_GET_IMEOutput_Rec1_8x8_1RefID(p, v) \ (v = (VME_Output_S1(p, uchar, 9, 26) & 0xF0) >> 4) #define VME_GET_IMEOutput_Rec1_8x8_2RefID(p, v) \ (v = VME_Output_S1(p, uchar, 9, 27) & 0xF) #define VME_GET_IMEOutput_Rec1_8x8_3RefID(p, v) \ (v = (VME_Output_S1(p, uchar, 9, 27) & 0xF0) >> 4) // Format = U16 #define VME_GET_IMEOutput_Rec1_16x8_0X(p, v) \ (v = VME_Output_S1(p, ushort, 10, 0)) #define VME_GET_IMEOutput_Rec1_16x8_0Y(p, v) \ (v = VME_Output_S1(p, ushort, 10, 1)) #define VME_GET_IMEOutput_Rec1_16x8_1X(p, v) \ (v = VME_Output_S1(p, ushort, 10, 2)) #define VME_GET_IMEOutput_Rec1_16x8_1Y(p, v) \ (v = VME_Output_S1(p, ushort, 10, 3)) #define VME_GET_IMEOutput_Rec1_8x16_0X(p, v) \ (v = VME_Output_S1(p, ushort, 10, 4)) #define VME_GET_IMEOutput_Rec1_8x16_0Y(p, v) \ (v = VME_Output_S1(p, ushort, 10, 5)) #define VME_GET_IMEOutput_Rec1_8x16_1X(p, v) \ (v = VME_Output_S1(p, ushort, 10, 6)) #define VME_GET_IMEOutput_Rec1_8x16_1Y(p, v) \ (v = VME_Output_S1(p, ushort, 10, 7)) #define VME_GET_IMEOutput_Rec1_8x8_0X(p, v) \ (v = VME_Output_S1(p, ushort, 10, 8)) #define VME_GET_IMEOutput_Rec1_8x8_0Y(p, v) \ (v = VME_Output_S1(p, ushort, 10, 9)) #define VME_GET_IMEOutput_Rec1_8x8_1X(p, v) \ (v = VME_Output_S1(p, ushort, 10, 10)) #define VME_GET_IMEOutput_Rec1_8x8_1Y(p, v) \ (v = VME_Output_S1(p, ushort, 10, 11)) #define VME_GET_IMEOutput_Rec1_8x8_2X(p, v) \ (v = VME_Output_S1(p, ushort, 10, 12)) #define VME_GET_IMEOutput_Rec1_8x8_2Y(p, v) \ (v = VME_Output_S1(p, ushort, 10, 13)) #define VME_GET_IMEOutput_Rec1_8x8_3X(p, v) \ (v = VME_Output_S1(p, ushort, 10, 14)) #define VME_GET_IMEOutput_Rec1_8x8_3Y(p, v) \ (v = VME_Output_S1(p, ushort, 10, 15)) #define VME_GET_IDMOutput_DistortionMeshBlock0_SearchPoint0(p, v) \ (v = VME_Output_S1(p, ushort, 0, 0)) #define VME_GET_IDMOutput_DistortionMeshBlock0_SearchPoint1(p, v) \ (v = VME_Output_S1(p, ushort, 0, 1)) #define VME_GET_IDMOutput_DistortionMeshBlock0_SearchPoshort(p, v) \ (v = VME_Output_S1(p, ushort, 0, 2)) #define VME_GET_IDMOutput_DistortionMeshBlock0_SearchPoint3(p, v) \ (v = VME_Output_S1(p, ushort, 0, 3)) #define VME_GET_IDMOutput_DistortionMeshBlock0_SearchPoint4(p, v) \ (v = VME_Output_S1(p, ushort, 0, 4)) #define VME_GET_IDMOutput_DistortionMeshBlock0_SearchPoint5(p, v) \ (v = VME_Output_S1(p, ushort, 0, 5)) #define VME_GET_IDMOutput_DistortionMeshBlock0_SearchPoint6(p, v) \ (v = VME_Output_S1(p, ushort, 0, 6)) #define VME_GET_IDMOutput_DistortionMeshBlock0_SearchPoint7(p, v) \ (v = VME_Output_S1(p, ushort, 0, 7)) #define VME_GET_IDMOutput_DistortionMeshBlock0_SearchPoint8(p, v) \ (v = VME_Output_S1(p, ushort, 0, 8)) #define VME_GET_IDMOutput_DistortionMeshBlock0_SearchPoint9(p, v) \ (v = VME_Output_S1(p, ushort, 0, 9)) #define VME_GET_IDMOutput_DistortionMeshBlock0_SearchPoint10(p, v) \ (v = VME_Output_S1(p, ushort, 0, 10)) #define VME_GET_IDMOutput_DistortionMeshBlock0_SearchPoint11(p, v) \ (v = VME_Output_S1(p, ushort, 0, 11)) #define VME_GET_IDMOutput_DistortionMeshBlock0_SearchPoint12(p, v) \ (v = VME_Output_S1(p, ushort, 0, 12)) #define VME_GET_IDMOutput_DistortionMeshBlock0_SearchPoint13(p, v) \ (v = VME_Output_S1(p, ushort, 0, 13)) #define VME_GET_IDMOutput_DistortionMeshBlock0_SearchPoint14(p, v) \ (v = VME_Output_S1(p, ushort, 0, 14)) #define VME_GET_IDMOutput_DistortionMeshBlock0_SearchPoint15(p, v) \ (v = VME_Output_S1(p, ushort, 0, 15)) #define VME_GET_IDMOutput_DistortionMeshBlock1_SearchPoint0(p, v) \ (v = VME_Output_S1(p, ushort, 1, 0)) #define VME_GET_IDMOutput_DistortionMeshBlock1_SearchPoint1(p, v) \ (v = VME_Output_S1(p, ushort, 1, 1)) #define VME_GET_IDMOutput_DistortionMeshBlock1_SearchPoshort(p, v) \ (v = VME_Output_S1(p, ushort, 1, 2)) #define VME_GET_IDMOutput_DistortionMeshBlock1_SearchPoint3(p, v) \ (v = VME_Output_S1(p, ushort, 1, 3)) #define VME_GET_IDMOutput_DistortionMeshBlock1_SearchPoint4(p, v) \ (v = VME_Output_S1(p, ushort, 1, 4)) #define VME_GET_IDMOutput_DistortionMeshBlock1_SearchPoint5(p, v) \ (v = VME_Output_S1(p, ushort, 1, 5)) #define VME_GET_IDMOutput_DistortionMeshBlock1_SearchPoint6(p, v) \ (v = VME_Output_S1(p, ushort, 1, 6)) #define VME_GET_IDMOutput_DistortionMeshBlock1_SearchPoint7(p, v) \ (v = VME_Output_S1(p, ushort, 1, 7)) #define VME_GET_IDMOutput_DistortionMeshBlock1_SearchPoint8(p, v) \ (v = VME_Output_S1(p, ushort, 1, 8)) #define VME_GET_IDMOutput_DistortionMeshBlock1_SearchPoint9(p, v) \ (v = VME_Output_S1(p, ushort, 1, 9)) #define VME_GET_IDMOutput_DistortionMeshBlock1_SearchPoint10(p, v) \ (v = VME_Output_S1(p, ushort, 1, 10)) #define VME_GET_IDMOutput_DistortionMeshBlock1_SearchPoint11(p, v) \ (v = VME_Output_S1(p, ushort, 1, 11)) #define VME_GET_IDMOutput_DistortionMeshBlock1_SearchPoint12(p, v) \ (v = VME_Output_S1(p, ushort, 1, 12)) #define VME_GET_IDMOutput_DistortionMeshBlock1_SearchPoint13(p, v) \ (v = VME_Output_S1(p, ushort, 1, 13)) #define VME_GET_IDMOutput_DistortionMeshBlock1_SearchPoint14(p, v) \ (v = VME_Output_S1(p, ushort, 1, 14)) #define VME_GET_IDMOutput_DistortionMeshBlock1_SearchPoint15(p, v) \ (v = VME_Output_S1(p, ushort, 1, 15)) #define VME_GET_IDMOutput_DistortionMeshBlock2_SearchPoint0(p, v) \ (v = VME_Output_S1(p, ushort, 2, 0)) #define VME_GET_IDMOutput_DistortionMeshBlock2_SearchPoint1(p, v) \ (v = VME_Output_S1(p, ushort, 2, 1)) #define VME_GET_IDMOutput_DistortionMeshBlock2_SearchPoshort(p, v) \ (v = VME_Output_S1(p, ushort, 2, 2)) #define VME_GET_IDMOutput_DistortionMeshBlock2_SearchPoint3(p, v) \ (v = VME_Output_S1(p, ushort, 2, 3)) #define VME_GET_IDMOutput_DistortionMeshBlock2_SearchPoint4(p, v) \ (v = VME_Output_S1(p, ushort, 2, 4)) #define VME_GET_IDMOutput_DistortionMeshBlock2_SearchPoint5(p, v) \ (v = VME_Output_S1(p, ushort, 2, 5)) #define VME_GET_IDMOutput_DistortionMeshBlock2_SearchPoint6(p, v) \ (v = VME_Output_S1(p, ushort, 2, 6)) #define VME_GET_IDMOutput_DistortionMeshBlock2_SearchPoint7(p, v) \ (v = VME_Output_S1(p, ushort, 2, 7)) #define VME_GET_IDMOutput_DistortionMeshBlock2_SearchPoint8(p, v) \ (v = VME_Output_S1(p, ushort, 2, 8)) #define VME_GET_IDMOutput_DistortionMeshBlock2_SearchPoint9(p, v) \ (v = VME_Output_S1(p, ushort, 2, 9)) #define VME_GET_IDMOutput_DistortionMeshBlock2_SearchPoint10(p, v) \ (v = VME_Output_S1(p, ushort, 2, 10)) #define VME_GET_IDMOutput_DistortionMeshBlock2_SearchPoint11(p, v) \ (v = VME_Output_S1(p, ushort, 2, 11)) #define VME_GET_IDMOutput_DistortionMeshBlock2_SearchPoint12(p, v) \ (v = VME_Output_S1(p, ushort, 2, 12)) #define VME_GET_IDMOutput_DistortionMeshBlock2_SearchPoint13(p, v) \ (v = VME_Output_S1(p, ushort, 2, 13)) #define VME_GET_IDMOutput_DistortionMeshBlock2_SearchPoint14(p, v) \ (v = VME_Output_S1(p, ushort, 2, 14)) #define VME_GET_IDMOutput_DistortionMeshBlock2_SearchPoint15(p, v) \ (v = VME_Output_S1(p, ushort, 2, 15)) #define VME_GET_IDMOutput_DistortionMeshBlock3_SearchPoint0(p, v) \ (v = VME_Output_S1(p, ushort, 3, 0)) #define VME_GET_IDMOutput_DistortionMeshBlock3_SearchPoint1(p, v) \ (v = VME_Output_S1(p, ushort, 3, 1)) #define VME_GET_IDMOutput_DistortionMeshBlock3_SearchPoshort(p, v) \ (v = VME_Output_S1(p, ushort, 3, 2)) #define VME_GET_IDMOutput_DistortionMeshBlock3_SearchPoint3(p, v) \ (v = VME_Output_S1(p, ushort, 3, 3)) #define VME_GET_IDMOutput_DistortionMeshBlock3_SearchPoint4(p, v) \ (v = VME_Output_S1(p, ushort, 3, 4)) #define VME_GET_IDMOutput_DistortionMeshBlock3_SearchPoint5(p, v) \ (v = VME_Output_S1(p, ushort, 3, 5)) #define VME_GET_IDMOutput_DistortionMeshBlock3_SearchPoint6(p, v) \ (v = VME_Output_S1(p, ushort, 3, 6)) #define VME_GET_IDMOutput_DistortionMeshBlock3_SearchPoint7(p, v) \ (v = VME_Output_S1(p, ushort, 3, 7)) #define VME_GET_IDMOutput_DistortionMeshBlock3_SearchPoint8(p, v) \ (v = VME_Output_S1(p, ushort, 3, 8)) #define VME_GET_IDMOutput_DistortionMeshBlock3_SearchPoint9(p, v) \ (v = VME_Output_S1(p, ushort, 3, 9)) #define VME_GET_IDMOutput_DistortionMeshBlock3_SearchPoint10(p, v) \ (v = VME_Output_S1(p, ushort, 3, 10)) #define VME_GET_IDMOutput_DistortionMeshBlock3_SearchPoint11(p, v) \ (v = VME_Output_S1(p, ushort, 3, 11)) #define VME_GET_IDMOutput_DistortionMeshBlock3_SearchPoint12(p, v) \ (v = VME_Output_S1(p, ushort, 3, 12)) #define VME_GET_IDMOutput_DistortionMeshBlock3_SearchPoint13(p, v) \ (v = VME_Output_S1(p, ushort, 3, 13)) #define VME_GET_IDMOutput_DistortionMeshBlock3_SearchPoint14(p, v) \ (v = VME_Output_S1(p, ushort, 3, 14)) #define VME_GET_IDMOutput_DistortionMeshBlock3_SearchPoint15(p, v) \ (v = VME_Output_S1(p, ushort, 3, 15)) #define VME_GET_IDMOutput_DistortionMeshBlock4_SearchPoint0(p, v) \ (v = VME_Output_S1(p, ushort, 4, 0)) #define VME_GET_IDMOutput_DistortionMeshBlock4_SearchPoint1(p, v) \ (v = VME_Output_S1(p, ushort, 4, 1)) #define VME_GET_IDMOutput_DistortionMeshBlock4_SearchPoshort(p, v) \ (v = VME_Output_S1(p, ushort, 4, 2)) #define VME_GET_IDMOutput_DistortionMeshBlock4_SearchPoint3(p, v) \ (v = VME_Output_S1(p, ushort, 4, 3)) #define VME_GET_IDMOutput_DistortionMeshBlock4_SearchPoint4(p, v) \ (v = VME_Output_S1(p, ushort, 4, 4)) #define VME_GET_IDMOutput_DistortionMeshBlock4_SearchPoint5(p, v) \ (v = VME_Output_S1(p, ushort, 4, 5)) #define VME_GET_IDMOutput_DistortionMeshBlock4_SearchPoint6(p, v) \ (v = VME_Output_S1(p, ushort, 4, 6)) #define VME_GET_IDMOutput_DistortionMeshBlock4_SearchPoint7(p, v) \ (v = VME_Output_S1(p, ushort, 4, 7)) #define VME_GET_IDMOutput_DistortionMeshBlock4_SearchPoint8(p, v) \ (v = VME_Output_S1(p, ushort, 4, 8)) #define VME_GET_IDMOutput_DistortionMeshBlock4_SearchPoint9(p, v) \ (v = VME_Output_S1(p, ushort, 4, 9)) #define VME_GET_IDMOutput_DistortionMeshBlock4_SearchPoint10(p, v) \ (v = VME_Output_S1(p, ushort, 4, 10)) #define VME_GET_IDMOutput_DistortionMeshBlock4_SearchPoint11(p, v) \ (v = VME_Output_S1(p, ushort, 4, 11)) #define VME_GET_IDMOutput_DistortionMeshBlock4_SearchPoint12(p, v) \ (v = VME_Output_S1(p, ushort, 4, 12)) #define VME_GET_IDMOutput_DistortionMeshBlock4_SearchPoint13(p, v) \ (v = VME_Output_S1(p, ushort, 4, 13)) #define VME_GET_IDMOutput_DistortionMeshBlock4_SearchPoint14(p, v) \ (v = VME_Output_S1(p, ushort, 4, 14)) #define VME_GET_IDMOutput_DistortionMeshBlock4_SearchPoint15(p, v) \ (v = VME_Output_S1(p, ushort, 4, 15)) #define VME_GET_IDMOutput_DistortionMeshBlock5_SearchPoint0(p, v) \ (v = VME_Output_S1(p, ushort, 5, 0)) #define VME_GET_IDMOutput_DistortionMeshBlock5_SearchPoint1(p, v) \ (v = VME_Output_S1(p, ushort, 5, 1)) #define VME_GET_IDMOutput_DistortionMeshBlock5_SearchPoshort(p, v) \ (v = VME_Output_S1(p, ushort, 5, 2)) #define VME_GET_IDMOutput_DistortionMeshBlock5_SearchPoint3(p, v) \ (v = VME_Output_S1(p, ushort, 5, 3)) #define VME_GET_IDMOutput_DistortionMeshBlock5_SearchPoint4(p, v) \ (v = VME_Output_S1(p, ushort, 5, 4)) #define VME_GET_IDMOutput_DistortionMeshBlock5_SearchPoint5(p, v) \ (v = VME_Output_S1(p, ushort, 5, 5)) #define VME_GET_IDMOutput_DistortionMeshBlock5_SearchPoint6(p, v) \ (v = VME_Output_S1(p, ushort, 5, 6)) #define VME_GET_IDMOutput_DistortionMeshBlock5_SearchPoint7(p, v) \ (v = VME_Output_S1(p, ushort, 5, 7)) #define VME_GET_IDMOutput_DistortionMeshBlock5_SearchPoint8(p, v) \ (v = VME_Output_S1(p, ushort, 5, 8)) #define VME_GET_IDMOutput_DistortionMeshBlock5_SearchPoint9(p, v) \ (v = VME_Output_S1(p, ushort, 5, 9)) #define VME_GET_IDMOutput_DistortionMeshBlock5_SearchPoint10(p, v) \ (v = VME_Output_S1(p, ushort, 5, 10)) #define VME_GET_IDMOutput_DistortionMeshBlock5_SearchPoint11(p, v) \ (v = VME_Output_S1(p, ushort, 5, 11)) #define VME_GET_IDMOutput_DistortionMeshBlock5_SearchPoint12(p, v) \ (v = VME_Output_S1(p, ushort, 5, 12)) #define VME_GET_IDMOutput_DistortionMeshBlock5_SearchPoint13(p, v) \ (v = VME_Output_S1(p, ushort, 5, 13)) #define VME_GET_IDMOutput_DistortionMeshBlock5_SearchPoint14(p, v) \ (v = VME_Output_S1(p, ushort, 5, 14)) #define VME_GET_IDMOutput_DistortionMeshBlock5_SearchPoint15(p, v) \ (v = VME_Output_S1(p, ushort, 5, 15)) #define VME_GET_IDMOutput_DistortionMeshBlock6_SearchPoint0(p, v) \ (v = VME_Output_S1(p, ushort, 6, 0)) #define VME_GET_IDMOutput_DistortionMeshBlock6_SearchPoint1(p, v) \ (v = VME_Output_S1(p, ushort, 6, 1)) #define VME_GET_IDMOutput_DistortionMeshBlock6_SearchPoshort(p, v) \ (v = VME_Output_S1(p, ushort, 6, 2)) #define VME_GET_IDMOutput_DistortionMeshBlock6_SearchPoint3(p, v) \ (v = VME_Output_S1(p, ushort, 6, 3)) #define VME_GET_IDMOutput_DistortionMeshBlock6_SearchPoint4(p, v) \ (v = VME_Output_S1(p, ushort, 6, 4)) #define VME_GET_IDMOutput_DistortionMeshBlock6_SearchPoint5(p, v) \ (v = VME_Output_S1(p, ushort, 6, 5)) #define VME_GET_IDMOutput_DistortionMeshBlock6_SearchPoint6(p, v) \ (v = VME_Output_S1(p, ushort, 6, 6)) #define VME_GET_IDMOutput_DistortionMeshBlock6_SearchPoint7(p, v) \ (v = VME_Output_S1(p, ushort, 6, 7)) #define VME_GET_IDMOutput_DistortionMeshBlock6_SearchPoint8(p, v) \ (v = VME_Output_S1(p, ushort, 6, 8)) #define VME_GET_IDMOutput_DistortionMeshBlock6_SearchPoint9(p, v) \ (v = VME_Output_S1(p, ushort, 6, 9)) #define VME_GET_IDMOutput_DistortionMeshBlock6_SearchPoint10(p, v) \ (v = VME_Output_S1(p, ushort, 6, 10)) #define VME_GET_IDMOutput_DistortionMeshBlock6_SearchPoint11(p, v) \ (v = VME_Output_S1(p, ushort, 6, 11)) #define VME_GET_IDMOutput_DistortionMeshBlock6_SearchPoint12(p, v) \ (v = VME_Output_S1(p, ushort, 6, 12)) #define VME_GET_IDMOutput_DistortionMeshBlock6_SearchPoint13(p, v) \ (v = VME_Output_S1(p, ushort, 6, 13)) #define VME_GET_IDMOutput_DistortionMeshBlock6_SearchPoint14(p, v) \ (v = VME_Output_S1(p, ushort, 6, 14)) #define VME_GET_IDMOutput_DistortionMeshBlock6_SearchPoint15(p, v) \ (v = VME_Output_S1(p, ushort, 6, 15)) #define VME_GET_IDMOutput_DistortionMeshBlock7_SearchPoint0(p, v) \ (v = VME_Output_S1(p, ushort, 7, 0)) #define VME_GET_IDMOutput_DistortionMeshBlock7_SearchPoint1(p, v) \ (v = VME_Output_S1(p, ushort, 7, 1)) #define VME_GET_IDMOutput_DistortionMeshBlock7_SearchPoshort(p, v) \ (v = VME_Output_S1(p, ushort, 7, 2)) #define VME_GET_IDMOutput_DistortionMeshBlock7_SearchPoint3(p, v) \ (v = VME_Output_S1(p, ushort, 7, 3)) #define VME_GET_IDMOutput_DistortionMeshBlock7_SearchPoint4(p, v) \ (v = VME_Output_S1(p, ushort, 7, 4)) #define VME_GET_IDMOutput_DistortionMeshBlock7_SearchPoint5(p, v) \ (v = VME_Output_S1(p, ushort, 7, 5)) #define VME_GET_IDMOutput_DistortionMeshBlock7_SearchPoint6(p, v) \ (v = VME_Output_S1(p, ushort, 7, 6)) #define VME_GET_IDMOutput_DistortionMeshBlock7_SearchPoint7(p, v) \ (v = VME_Output_S1(p, ushort, 7, 7)) #define VME_GET_IDMOutput_DistortionMeshBlock7_SearchPoint8(p, v) \ (v = VME_Output_S1(p, ushort, 7, 8)) #define VME_GET_IDMOutput_DistortionMeshBlock7_SearchPoint9(p, v) \ (v = VME_Output_S1(p, ushort, 7, 9)) #define VME_GET_IDMOutput_DistortionMeshBlock7_SearchPoint10(p, v) \ (v = VME_Output_S1(p, ushort, 7, 10)) #define VME_GET_IDMOutput_DistortionMeshBlock7_SearchPoint11(p, v) \ (v = VME_Output_S1(p, ushort, 7, 11)) #define VME_GET_IDMOutput_DistortionMeshBlock7_SearchPoint12(p, v) \ (v = VME_Output_S1(p, ushort, 7, 12)) #define VME_GET_IDMOutput_DistortionMeshBlock7_SearchPoint13(p, v) \ (v = VME_Output_S1(p, ushort, 7, 13)) #define VME_GET_IDMOutput_DistortionMeshBlock7_SearchPoint14(p, v) \ (v = VME_Output_S1(p, ushort, 7, 14)) #define VME_GET_IDMOutput_DistortionMeshBlock7_SearchPoint15(p, v) \ (v = VME_Output_S1(p, ushort, 7, 15)) #define VME_GET_IDMOutput_DistortionMeshBlock8_SearchPoint0(p, v) \ (v = VME_Output_S1(p, ushort, 8, 0)) #define VME_GET_IDMOutput_DistortionMeshBlock8_SearchPoint1(p, v) \ (v = VME_Output_S1(p, ushort, 8, 1)) #define VME_GET_IDMOutput_DistortionMeshBlock8_SearchPoshort(p, v) \ (v = VME_Output_S1(p, ushort, 8, 2)) #define VME_GET_IDMOutput_DistortionMeshBlock8_SearchPoint3(p, v) \ (v = VME_Output_S1(p, ushort, 8, 3)) #define VME_GET_IDMOutput_DistortionMeshBlock8_SearchPoint4(p, v) \ (v = VME_Output_S1(p, ushort, 8, 4)) #define VME_GET_IDMOutput_DistortionMeshBlock8_SearchPoint5(p, v) \ (v = VME_Output_S1(p, ushort, 8, 5)) #define VME_GET_IDMOutput_DistortionMeshBlock8_SearchPoint6(p, v) \ (v = VME_Output_S1(p, ushort, 8, 6)) #define VME_GET_IDMOutput_DistortionMeshBlock8_SearchPoint7(p, v) \ (v = VME_Output_S1(p, ushort, 8, 7)) #define VME_GET_IDMOutput_DistortionMeshBlock8_SearchPoint8(p, v) \ (v = VME_Output_S1(p, ushort, 8, 8)) #define VME_GET_IDMOutput_DistortionMeshBlock8_SearchPoint9(p, v) \ (v = VME_Output_S1(p, ushort, 8, 9)) #define VME_GET_IDMOutput_DistortionMeshBlock8_SearchPoint10(p, v) \ (v = VME_Output_S1(p, ushort, 8, 10)) #define VME_GET_IDMOutput_DistortionMeshBlock8_SearchPoint11(p, v) \ (v = VME_Output_S1(p, ushort, 8, 11)) #define VME_GET_IDMOutput_DistortionMeshBlock8_SearchPoint12(p, v) \ (v = VME_Output_S1(p, ushort, 8, 12)) #define VME_GET_IDMOutput_DistortionMeshBlock8_SearchPoint13(p, v) \ (v = VME_Output_S1(p, ushort, 8, 13)) #define VME_GET_IDMOutput_DistortionMeshBlock8_SearchPoint14(p, v) \ (v = VME_Output_S1(p, ushort, 8, 14)) #define VME_GET_IDMOutput_DistortionMeshBlock8_SearchPoint15(p, v) \ (v = VME_Output_S1(p, ushort, 8, 15)) #define VME_GET_IDMOutput_DistortionMeshBlock9_SearchPoint0(p, v) \ (v = VME_Output_S1(p, ushort, 9, 0)) #define VME_GET_IDMOutput_DistortionMeshBlock9_SearchPoint1(p, v) \ (v = VME_Output_S1(p, ushort, 9, 1)) #define VME_GET_IDMOutput_DistortionMeshBlock9_SearchPoshort(p, v) \ (v = VME_Output_S1(p, ushort, 9, 2)) #define VME_GET_IDMOutput_DistortionMeshBlock9_SearchPoint3(p, v) \ (v = VME_Output_S1(p, ushort, 9, 3)) #define VME_GET_IDMOutput_DistortionMeshBlock9_SearchPoint4(p, v) \ (v = VME_Output_S1(p, ushort, 9, 4)) #define VME_GET_IDMOutput_DistortionMeshBlock9_SearchPoint5(p, v) \ (v = VME_Output_S1(p, ushort, 9, 5)) #define VME_GET_IDMOutput_DistortionMeshBlock9_SearchPoint6(p, v) \ (v = VME_Output_S1(p, ushort, 9, 6)) #define VME_GET_IDMOutput_DistortionMeshBlock9_SearchPoint7(p, v) \ (v = VME_Output_S1(p, ushort, 9, 7)) #define VME_GET_IDMOutput_DistortionMeshBlock9_SearchPoint8(p, v) \ (v = VME_Output_S1(p, ushort, 9, 8)) #define VME_GET_IDMOutput_DistortionMeshBlock9_SearchPoint9(p, v) \ (v = VME_Output_S1(p, ushort, 9, 9)) #define VME_GET_IDMOutput_DistortionMeshBlock9_SearchPoint10(p, v) \ (v = VME_Output_S1(p, ushort, 9, 10)) #define VME_GET_IDMOutput_DistortionMeshBlock9_SearchPoint11(p, v) \ (v = VME_Output_S1(p, ushort, 9, 11)) #define VME_GET_IDMOutput_DistortionMeshBlock9_SearchPoint12(p, v) \ (v = VME_Output_S1(p, ushort, 9, 12)) #define VME_GET_IDMOutput_DistortionMeshBlock9_SearchPoint13(p, v) \ (v = VME_Output_S1(p, ushort, 9, 13)) #define VME_GET_IDMOutput_DistortionMeshBlock9_SearchPoint14(p, v) \ (v = VME_Output_S1(p, ushort, 9, 14)) #define VME_GET_IDMOutput_DistortionMeshBlock9_SearchPoint15(p, v) \ (v = VME_Output_S1(p, ushort, 9, 15)) #define VME_GET_IDMOutput_DistortionMeshBlock10_SearchPoint0(p, v) \ (v = VME_Output_S1(p, ushort, 10, 0)) #define VME_GET_IDMOutput_DistortionMeshBlock10_SearchPoint1(p, v) \ (v = VME_Output_S1(p, ushort, 10, 1)) #define VME_GET_IDMOutput_DistortionMeshBlock10_SearchPoshort(p, v) \ (v = VME_Output_S1(p, ushort, 10, 2)) #define VME_GET_IDMOutput_DistortionMeshBlock10_SearchPoint3(p, v) \ (v = VME_Output_S1(p, ushort, 10, 3)) #define VME_GET_IDMOutput_DistortionMeshBlock10_SearchPoint4(p, v) \ (v = VME_Output_S1(p, ushort, 10, 4)) #define VME_GET_IDMOutput_DistortionMeshBlock10_SearchPoint5(p, v) \ (v = VME_Output_S1(p, ushort, 10, 5)) #define VME_GET_IDMOutput_DistortionMeshBlock10_SearchPoint6(p, v) \ (v = VME_Output_S1(p, ushort, 10, 6)) #define VME_GET_IDMOutput_DistortionMeshBlock10_SearchPoint7(p, v) \ (v = VME_Output_S1(p, ushort, 10, 7)) #define VME_GET_IDMOutput_DistortionMeshBlock10_SearchPoint8(p, v) \ (v = VME_Output_S1(p, ushort, 10, 8)) #define VME_GET_IDMOutput_DistortionMeshBlock10_SearchPoint9(p, v) \ (v = VME_Output_S1(p, ushort, 10, 9)) #define VME_GET_IDMOutput_DistortionMeshBlock10_SearchPoint10(p, v) \ (v = VME_Output_S1(p, ushort, 10, 10)) #define VME_GET_IDMOutput_DistortionMeshBlock10_SearchPoint11(p, v) \ (v = VME_Output_S1(p, ushort, 10, 11)) #define VME_GET_IDMOutput_DistortionMeshBlock10_SearchPoint12(p, v) \ (v = VME_Output_S1(p, ushort, 10, 12)) #define VME_GET_IDMOutput_DistortionMeshBlock10_SearchPoint13(p, v) \ (v = VME_Output_S1(p, ushort, 10, 13)) #define VME_GET_IDMOutput_DistortionMeshBlock10_SearchPoint14(p, v) \ (v = VME_Output_S1(p, ushort, 10, 14)) #define VME_GET_IDMOutput_DistortionMeshBlock10_SearchPoint15(p, v) \ (v = VME_Output_S1(p, ushort, 10, 15)) #define VME_GET_IDMOutput_DistortionMeshBlock11_SearchPoint0(p, v) \ (v = VME_Output_S1(p, ushort, 11, 0)) #define VME_GET_IDMOutput_DistortionMeshBlock11_SearchPoint1(p, v) \ (v = VME_Output_S1(p, ushort, 11, 1)) #define VME_GET_IDMOutput_DistortionMeshBlock11_SearchPoshort(p, v) \ (v = VME_Output_S1(p, ushort, 11, 2)) #define VME_GET_IDMOutput_DistortionMeshBlock11_SearchPoint3(p, v) \ (v = VME_Output_S1(p, ushort, 11, 3)) #define VME_GET_IDMOutput_DistortionMeshBlock11_SearchPoint4(p, v) \ (v = VME_Output_S1(p, ushort, 11, 4)) #define VME_GET_IDMOutput_DistortionMeshBlock11_SearchPoint5(p, v) \ (v = VME_Output_S1(p, ushort, 11, 5)) #define VME_GET_IDMOutput_DistortionMeshBlock11_SearchPoint6(p, v) \ (v = VME_Output_S1(p, ushort, 11, 6)) #define VME_GET_IDMOutput_DistortionMeshBlock11_SearchPoint7(p, v) \ (v = VME_Output_S1(p, ushort, 11, 7)) #define VME_GET_IDMOutput_DistortionMeshBlock11_SearchPoint8(p, v) \ (v = VME_Output_S1(p, ushort, 11, 8)) #define VME_GET_IDMOutput_DistortionMeshBlock11_SearchPoint9(p, v) \ (v = VME_Output_S1(p, ushort, 11, 9)) #define VME_GET_IDMOutput_DistortionMeshBlock11_SearchPoint10(p, v) \ (v = VME_Output_S1(p, ushort, 11, 10)) #define VME_GET_IDMOutput_DistortionMeshBlock11_SearchPoint11(p, v) \ (v = VME_Output_S1(p, ushort, 11, 11)) #define VME_GET_IDMOutput_DistortionMeshBlock11_SearchPoint12(p, v) \ (v = VME_Output_S1(p, ushort, 11, 12)) #define VME_GET_IDMOutput_DistortionMeshBlock11_SearchPoint13(p, v) \ (v = VME_Output_S1(p, ushort, 11, 13)) #define VME_GET_IDMOutput_DistortionMeshBlock11_SearchPoint14(p, v) \ (v = VME_Output_S1(p, ushort, 11, 14)) #define VME_GET_IDMOutput_DistortionMeshBlock11_SearchPoint15(p, v) \ (v = VME_Output_S1(p, ushort, 11, 15)) #define VME_GET_IDMOutput_DistortionMeshBlock12_SearchPoint0(p, v) \ (v = VME_Output_S1(p, ushort, 12, 0)) #define VME_GET_IDMOutput_DistortionMeshBlock12_SearchPoint1(p, v) \ (v = VME_Output_S1(p, ushort, 12, 1)) #define VME_GET_IDMOutput_DistortionMeshBlock12_SearchPoshort(p, v) \ (v = VME_Output_S1(p, ushort, 12, 2)) #define VME_GET_IDMOutput_DistortionMeshBlock12_SearchPoint3(p, v) \ (v = VME_Output_S1(p, ushort, 12, 3)) #define VME_GET_IDMOutput_DistortionMeshBlock12_SearchPoint4(p, v) \ (v = VME_Output_S1(p, ushort, 12, 4)) #define VME_GET_IDMOutput_DistortionMeshBlock12_SearchPoint5(p, v) \ (v = VME_Output_S1(p, ushort, 12, 5)) #define VME_GET_IDMOutput_DistortionMeshBlock12_SearchPoint6(p, v) \ (v = VME_Output_S1(p, ushort, 12, 6)) #define VME_GET_IDMOutput_DistortionMeshBlock12_SearchPoint7(p, v) \ (v = VME_Output_S1(p, ushort, 12, 7)) #define VME_GET_IDMOutput_DistortionMeshBlock12_SearchPoint8(p, v) \ (v = VME_Output_S1(p, ushort, 12, 8)) #define VME_GET_IDMOutput_DistortionMeshBlock12_SearchPoint9(p, v) \ (v = VME_Output_S1(p, ushort, 12, 9)) #define VME_GET_IDMOutput_DistortionMeshBlock12_SearchPoint10(p, v) \ (v = VME_Output_S1(p, ushort, 12, 10)) #define VME_GET_IDMOutput_DistortionMeshBlock12_SearchPoint11(p, v) \ (v = VME_Output_S1(p, ushort, 12, 11)) #define VME_GET_IDMOutput_DistortionMeshBlock12_SearchPoint12(p, v) \ (v = VME_Output_S1(p, ushort, 12, 12)) #define VME_GET_IDMOutput_DistortionMeshBlock12_SearchPoint13(p, v) \ (v = VME_Output_S1(p, ushort, 12, 13)) #define VME_GET_IDMOutput_DistortionMeshBlock12_SearchPoint14(p, v) \ (v = VME_Output_S1(p, ushort, 12, 14)) #define VME_GET_IDMOutput_DistortionMeshBlock12_SearchPoint15(p, v) \ (v = VME_Output_S1(p, ushort, 12, 15)) #define VME_GET_IDMOutput_DistortionMeshBlock13_SearchPoint0(p, v) \ (v = VME_Output_S1(p, ushort, 13, 0)) #define VME_GET_IDMOutput_DistortionMeshBlock13_SearchPoint1(p, v) \ (v = VME_Output_S1(p, ushort, 13, 1)) #define VME_GET_IDMOutput_DistortionMeshBlock13_SearchPoshort(p, v) \ (v = VME_Output_S1(p, ushort, 13, 2)) #define VME_GET_IDMOutput_DistortionMeshBlock13_SearchPoint3(p, v) \ (v = VME_Output_S1(p, ushort, 13, 3)) #define VME_GET_IDMOutput_DistortionMeshBlock13_SearchPoint4(p, v) \ (v = VME_Output_S1(p, ushort, 13, 4)) #define VME_GET_IDMOutput_DistortionMeshBlock13_SearchPoint5(p, v) \ (v = VME_Output_S1(p, ushort, 13, 5)) #define VME_GET_IDMOutput_DistortionMeshBlock13_SearchPoint6(p, v) \ (v = VME_Output_S1(p, ushort, 13, 6)) #define VME_GET_IDMOutput_DistortionMeshBlock13_SearchPoint7(p, v) \ (v = VME_Output_S1(p, ushort, 13, 7)) #define VME_GET_IDMOutput_DistortionMeshBlock13_SearchPoint8(p, v) \ (v = VME_Output_S1(p, ushort, 13, 8)) #define VME_GET_IDMOutput_DistortionMeshBlock13_SearchPoint9(p, v) \ (v = VME_Output_S1(p, ushort, 13, 9)) #define VME_GET_IDMOutput_DistortionMeshBlock13_SearchPoint10(p, v) \ (v = VME_Output_S1(p, ushort, 13, 10)) #define VME_GET_IDMOutput_DistortionMeshBlock13_SearchPoint11(p, v) \ (v = VME_Output_S1(p, ushort, 13, 11)) #define VME_GET_IDMOutput_DistortionMeshBlock13_SearchPoint12(p, v) \ (v = VME_Output_S1(p, ushort, 13, 12)) #define VME_GET_IDMOutput_DistortionMeshBlock13_SearchPoint13(p, v) \ (v = VME_Output_S1(p, ushort, 13, 13)) #define VME_GET_IDMOutput_DistortionMeshBlock13_SearchPoint14(p, v) \ (v = VME_Output_S1(p, ushort, 13, 14)) #define VME_GET_IDMOutput_DistortionMeshBlock13_SearchPoint15(p, v) \ (v = VME_Output_S1(p, ushort, 13, 15)) #define VME_GET_IDMOutput_DistortionMeshBlock14_SearchPoint0(p, v) \ (v = VME_Output_S1(p, ushort, 14, 0)) #define VME_GET_IDMOutput_DistortionMeshBlock14_SearchPoint1(p, v) \ (v = VME_Output_S1(p, ushort, 14, 1)) #define VME_GET_IDMOutput_DistortionMeshBlock14_SearchPoshort(p, v) \ (v = VME_Output_S1(p, ushort, 14, 2)) #define VME_GET_IDMOutput_DistortionMeshBlock14_SearchPoint3(p, v) \ (v = VME_Output_S1(p, ushort, 14, 3)) #define VME_GET_IDMOutput_DistortionMeshBlock14_SearchPoint4(p, v) \ (v = VME_Output_S1(p, ushort, 14, 4)) #define VME_GET_IDMOutput_DistortionMeshBlock14_SearchPoint5(p, v) \ (v = VME_Output_S1(p, ushort, 14, 5)) #define VME_GET_IDMOutput_DistortionMeshBlock14_SearchPoint6(p, v) \ (v = VME_Output_S1(p, ushort, 14, 6)) #define VME_GET_IDMOutput_DistortionMeshBlock14_SearchPoint7(p, v) \ (v = VME_Output_S1(p, ushort, 14, 7)) #define VME_GET_IDMOutput_DistortionMeshBlock14_SearchPoint8(p, v) \ (v = VME_Output_S1(p, ushort, 14, 8)) #define VME_GET_IDMOutput_DistortionMeshBlock14_SearchPoint9(p, v) \ (v = VME_Output_S1(p, ushort, 14, 9)) #define VME_GET_IDMOutput_DistortionMeshBlock14_SearchPoint10(p, v) \ (v = VME_Output_S1(p, ushort, 14, 10)) #define VME_GET_IDMOutput_DistortionMeshBlock14_SearchPoint11(p, v) \ (v = VME_Output_S1(p, ushort, 14, 11)) #define VME_GET_IDMOutput_DistortionMeshBlock14_SearchPoint12(p, v) \ (v = VME_Output_S1(p, ushort, 14, 12)) #define VME_GET_IDMOutput_DistortionMeshBlock14_SearchPoint13(p, v) \ (v = VME_Output_S1(p, ushort, 14, 13)) #define VME_GET_IDMOutput_DistortionMeshBlock14_SearchPoint14(p, v) \ (v = VME_Output_S1(p, ushort, 14, 14)) #define VME_GET_IDMOutput_DistortionMeshBlock14_SearchPoint15(p, v) \ (v = VME_Output_S1(p, ushort, 14, 15)) #define VME_GET_IDMOutput_DistortionMeshBlock15_SearchPoint0(p, v) \ (v = VME_Output_S1(p, ushort, 15, 0)) #define VME_GET_IDMOutput_DistortionMeshBlock15_SearchPoint1(p, v) \ (v = VME_Output_S1(p, ushort, 15, 1)) #define VME_GET_IDMOutput_DistortionMeshBlock15_SearchPoshort(p, v) \ (v = VME_Output_S1(p, ushort, 15, 2)) #define VME_GET_IDMOutput_DistortionMeshBlock15_SearchPoint3(p, v) \ (v = VME_Output_S1(p, ushort, 15, 3)) #define VME_GET_IDMOutput_DistortionMeshBlock15_SearchPoint4(p, v) \ (v = VME_Output_S1(p, ushort, 15, 4)) #define VME_GET_IDMOutput_DistortionMeshBlock15_SearchPoint5(p, v) \ (v = VME_Output_S1(p, ushort, 15, 5)) #define VME_GET_IDMOutput_DistortionMeshBlock15_SearchPoint6(p, v) \ (v = VME_Output_S1(p, ushort, 15, 6)) #define VME_GET_IDMOutput_DistortionMeshBlock15_SearchPoint7(p, v) \ (v = VME_Output_S1(p, ushort, 15, 7)) #define VME_GET_IDMOutput_DistortionMeshBlock15_SearchPoint8(p, v) \ (v = VME_Output_S1(p, ushort, 15, 8)) #define VME_GET_IDMOutput_DistortionMeshBlock15_SearchPoint9(p, v) \ (v = VME_Output_S1(p, ushort, 15, 9)) #define VME_GET_IDMOutput_DistortionMeshBlock15_SearchPoint10(p, v) \ (v = VME_Output_S1(p, ushort, 15, 10)) #define VME_GET_IDMOutput_DistortionMeshBlock15_SearchPoint11(p, v) \ (v = VME_Output_S1(p, ushort, 15, 11)) #define VME_GET_IDMOutput_DistortionMeshBlock15_SearchPoint12(p, v) \ (v = VME_Output_S1(p, ushort, 15, 12)) #define VME_GET_IDMOutput_DistortionMeshBlock15_SearchPoint13(p, v) \ (v = VME_Output_S1(p, ushort, 15, 13)) #define VME_GET_IDMOutput_DistortionMeshBlock15_SearchPoint14(p, v) \ (v = VME_Output_S1(p, ushort, 15, 14)) #define VME_GET_IDMOutput_DistortionMeshBlock15_SearchPoint15(p, v) \ (v = VME_Output_S1(p, ushort, 15, 15)) // Set the default values for VME input payload #define INIT_VME_UNIINPUT(p) \ { / M0 / \ VME_Input_S1(p, uint, 0, 0) = 0x00000000; \ VME_Input_S1(p, uint, 0, 1) = 0x00000000; \ VME_Input_S1(p, uint, 0, 2) = 0x00000000; \ VME_Input_S1(p, uint, 0, 3) = 0x00A80000; \ VME_Input_S1(p, uint, 0, 4) = 0x00000000; \ VME_Input_S1(p, uint, 0, 5) = 0x00000000; \ VME_Input_S1(p, uint, 0, 6) = 0x00000000; \ VME_Input_S1(p, uint, 0, 7) = 0x00000000; \ / M1 / \ VME_Input_S1(p, uint, 1, 0) = 0x00000000; \ VME_Input_S1(p, uint, 1, 1) = 0x00000008; \ VME_Input_S1(p, uint, 1, 2) = 0x00000000; \ VME_Input_S1(p, uint, 1, 3) = 0x00000000; \ VME_Input_S1(p, uint, 1, 4) = 0x00000000; \ VME_Input_S1(p, uint, 1, 5) = 0x00000000; \ VME_Input_S1(p, uint, 1, 6) = 0x00000000; \ VME_Input_S1(p, uint, 1, 7) = 0x00400060; \ / M2 / \ VME_Input_S1(p, uint, 2, 0) = 0x00000000; \ VME_Input_S1(p, uint, 2, 1) = 0x00000000; \ VME_Input_S1(p, uint, 2, 2) = 0x00000000; \ VME_Input_S1(p, uint, 2, 3) = 0x00000000; \ VME_Input_S1(p, uint, 2, 4) = 0x00000000; \ VME_Input_S1(p, uint, 2, 5) = 0x00000000; \ VME_Input_S1(p, uint, 2, 6) = 0x00000000; \ VME_Input_S1(p, uint, 2, 7) = 0x00000000; \ / M3 / \ VME_Input_S1(p, uint, 3, 0) = 0x00000000; \ VME_Input_S1(p, uint, 3, 1) = 0x00000000; \ VME_Input_S1(p, uint, 3, 2) = 0x00000000; \ VME_Input_S1(p, uint, 3, 3) = 0x00000000; \ VME_Input_S1(p, uint, 3, 4) = 0x00000000; \ VME_Input_S1(p, uint, 3, 5) = 0x00000000; \ VME_Input_S1(p, uint, 3, 6) = 0x00000000; \ VME_Input_S1(p, uint, 3, 7) = 0x00000000; \ } // TBD: set different default values for each payload field #define INIT_VME_IMEINPUT(p) \ { p = 0; } #define INIT_VME_SICINPUT(p) \ { p = 0; } #define INIT_VME_FBRINPUT(p) \ { p = 0; } #define INIT_VME_IDMINPUT(p) \ { p = 0; } #define RESET_VME_UNIINPUT(p) \ { p.format<uint, 4, 8>() = 0; } #define RESET_VME_IMEINPUT(p, sz) \ { p.format<uint, sz, 8>() = 0; } #define RESET_VME_SICINPUT(p) \ { p.format<uint, 4, 8>() = 0; } #define RESET_VME_FBRINPUT(p) \ { p.format<uint, 4, 8>() = 0; } #define RESET_VME_IDMINPUT(p) \ { p.format<uint, 1, 8>() = 0; } // Run VME APIs typedef enum _VMEStreamMode_ { VME_STREAM_DISABLE = 0, VME_STREAM_OUT = 1, VME_STREAM_IN = 2, VME_STREAM_IN_OUT = 3 } VMEStreamMode; typedef enum _VMESearchCtrl_ { VME_SEARCH_SINGLE_REF_SINGLE_REC_SINGLE_START = 0, VME_SEARCH_SINGLE_REF_SINGLE_REC_DUAL_START = 1, VME_SEARCH_SINGLE_REF_DUAL_REC = 3, VME_SEARCH_DUAL_REF_DUAL_REC = 7 } VMESearchCtrl; typedef enum _VMEMsgType_ { VME_SIC_MSG = 0, VME_FBR_MSG = 1, VME_IME_MSG = 2, VME_IDM_MSG = 3 } VMEMsgType; static CM_INLINE constexpr unsigned getVMEInputSize(unsigned size, VMEStreamMode mode, VMESearchCtrl ctrl) { return (mode != VME_STREAM_IN && mode != VME_STREAM_IN_OUT) ? size + 2 : (ctrl == VME_SEARCH_DUAL_REF_DUAL_REC) ? (size + 6) : (size + 4); } template <VMEStreamMode streamMode, VMESearchCtrl searchCtrl, int N1, int N2> CM_INLINE void _run_vme_ime_impl(matrix<uchar, 4, 32> UNIInput, matrix<uchar, N1, 32> IMEInput, SurfaceIndex curSurfIndex, vector<short, 2> ref0, vector<short, 2> ref1, vector<ushort, 16> costCenter, matrix_ref<uchar, N2, 32> IMEOutput) { // HSW: 3; otherwise 4 to invoke below function constexpr unsigned inputSize = getVMEInputSize(4, streamMode, searchCtrl); constexpr unsigned remaining = (inputSize - 4) 8; matrix<uint, inputSize, 8> src = 0; // mov (24) VX(0,0)<1>, UNIInput src.format<uint>().select<32, 1>(0) = UNIInput.format<uint>().select<32, 1>(0); // mov (16) VX(3,0)<1>, IMEInput src.format<uint>().select<remaining, 1>(32) = IMEInput.format<uint>().select<remaining, 1>(0); // and (1) VX(0,13)<1>, VX(0,13):ub, 0xF8 src.format<uchar>()(13) &= 0xF8; // or (1) VX(0,13)<1>, VX(0,13):ub, searchCtrl src.format<uchar>()(13) \|= (unsigned)searchCtrl; // mov (2) VA(0,0)<1>, ref0 // since ref0 is converted from UW to UD, move it as 1 UD src(0, 0) = ref0.format<uint>()(0); // mov (2) VA(0,2)<1>, ref1 // since ref1 is converted from UW to UD, move it as 1 UD src(0, 1) = ref1.format<uint>()(0); // mov (8) VA(3,0)<1>, costCenter src.select<1, 1, 8, 1>(3, 0) = costCenter.format<uint>().select<8, 1>(0); unsigned fCtrl = 0; // Bit 7-0 of message descriptor fCtrl += 0x2 << 13; // Bit 14-13 of message descriptor fCtrl += streamMode << 15; // Bit 16-15 of message descriptor unsigned rspLength = 288 / 32; if ((streamMode != VME_STREAM_OUT) && (streamMode != VME_STREAM_IN_OUT)) { rspLength = 224 / 32; } else if (searchCtrl == VME_SEARCH_DUAL_REF_DUAL_REC) { rspLength = 352 / 32; } // Function control (bit 0:18) // Header present (bit 19) // Response length (bit 20:24) // Message length (bit 25:28) uint Descriptor = (fCtrl & 0x7FFFF) + (1 << 19) + ((rspLength & 0x1f) << 20) + ((inputSize & 0xF) << 25); Descriptor = cm_get_value(curSurfIndex) + Descriptor; /Implementing VME based on cm_send() for gen7_5 template <int N1, int N2> void cm_send(matrix_ref<ushort, N1, 16> IMEOutput, matrix<ushort, inputSize, 16>src, uint exDesc, uint msgDesc, uint sendc);/ cm_send(IMEOutput.format<ushort, N2, 16>(), src.format<ushort, inputSize, 16>(), __SFID_VME, Descriptor, 0u); } template <int N1, int N2> CM_NODEBUG CM_INLINE void run_vme_ime(matrix<uchar, 4, 32> UNIInput, matrix<uchar, N1, 32> IMEInput, VMEStreamMode streamMode, VMESearchCtrl searchCtrl, SurfaceIndex curSurfIndex, vector<short, 2> ref0, vector<short, 2> ref1, vector<ushort, 16> costCenter, matrix_ref<uchar, N2, 32> IMEOutput) { #define VME_IME(mode, ctrl) \ _run_vme_ime_impl<mode, ctrl>(UNIInput, IMEInput, curSurfIndex, ref0, ref1, \ costCenter, IMEOutput) if (N1 == 2 && N2 == 7) { if (streamMode == VME_STREAM_DISABLE) { if (searchCtrl == VME_SEARCH_SINGLE_REF_SINGLE_REC_SINGLE_START) VME_IME(VME_STREAM_DISABLE, VME_SEARCH_SINGLE_REF_SINGLE_REC_SINGLE_START); if (searchCtrl == VME_SEARCH_SINGLE_REF_SINGLE_REC_DUAL_START) VME_IME(VME_STREAM_DISABLE, VME_SEARCH_SINGLE_REF_SINGLE_REC_DUAL_START); if (searchCtrl == VME_SEARCH_SINGLE_REF_DUAL_REC) VME_IME(VME_STREAM_DISABLE, VME_SEARCH_SINGLE_REF_DUAL_REC); if (searchCtrl == VME_SEARCH_DUAL_REF_DUAL_REC) VME_IME(VME_STREAM_DISABLE, VME_SEARCH_DUAL_REF_DUAL_REC); } } else if (N1 == 2 && N2 == 9) { if (streamMode == VME_STREAM_OUT) { // searchCtrl != VME_SEARCH_DUAL_REF_DUAL_REC if (searchCtrl == VME_SEARCH_SINGLE_REF_SINGLE_REC_SINGLE_START) { VME_IME(VME_STREAM_OUT, VME_SEARCH_SINGLE_REF_SINGLE_REC_SINGLE_START); } if (searchCtrl == VME_SEARCH_SINGLE_REF_SINGLE_REC_DUAL_START) { VME_IME(VME_STREAM_OUT, VME_SEARCH_SINGLE_REF_SINGLE_REC_DUAL_START); } if (searchCtrl == VME_SEARCH_SINGLE_REF_DUAL_REC) { VME_IME(VME_STREAM_OUT, VME_SEARCH_SINGLE_REF_DUAL_REC); } } } else if (N1 == 2 && N2 == 11) { if (streamMode == VME_STREAM_OUT && searchCtrl == VME_SEARCH_DUAL_REF_DUAL_REC) { VME_IME(VME_STREAM_OUT, VME_SEARCH_DUAL_REF_DUAL_REC); } } else if (N1 == 4 && N2 == 7) { if (streamMode == VME_STREAM_IN) { // searchCtrl != VME_SEARCH_DUAL_REF_DUAL_REC if (searchCtrl == VME_SEARCH_SINGLE_REF_SINGLE_REC_SINGLE_START) { VME_IME(VME_STREAM_IN, VME_SEARCH_SINGLE_REF_SINGLE_REC_SINGLE_START); } if (searchCtrl == VME_SEARCH_SINGLE_REF_SINGLE_REC_DUAL_START) { VME_IME(VME_STREAM_IN, VME_SEARCH_SINGLE_REF_SINGLE_REC_DUAL_START); } if (searchCtrl == VME_SEARCH_SINGLE_REF_DUAL_REC) { VME_IME(VME_STREAM_IN, VME_SEARCH_SINGLE_REF_DUAL_REC); } } } else if (N1 == 4 && N2 == 9) { if (streamMode == VME_STREAM_IN_OUT) { // searchCtrl != VME_SEARCH_DUAL_REF_DUAL_REC if (searchCtrl == VME_SEARCH_SINGLE_REF_SINGLE_REC_SINGLE_START) { VME_IME(VME_STREAM_IN_OUT, VME_SEARCH_SINGLE_REF_SINGLE_REC_SINGLE_START); } if (searchCtrl == VME_SEARCH_SINGLE_REF_SINGLE_REC_DUAL_START) { VME_IME(VME_STREAM_IN_OUT, VME_SEARCH_SINGLE_REF_SINGLE_REC_DUAL_START); } if (searchCtrl == VME_SEARCH_SINGLE_REF_DUAL_REC) { VME_IME(VME_STREAM_IN_OUT, VME_SEARCH_SINGLE_REF_DUAL_REC); } } } else if (N1 == 6 && N2 == 7) { if (streamMode == VME_STREAM_IN && searchCtrl == VME_SEARCH_DUAL_REF_DUAL_REC) { VME_IME(VME_STREAM_IN, VME_SEARCH_DUAL_REF_DUAL_REC); } } else if (N1 == 6 && N2 == 11) { if (streamMode == VME_STREAM_IN_OUT && searchCtrl == VME_SEARCH_DUAL_REF_DUAL_REC) { VME_IME(VME_STREAM_IN_OUT, VME_SEARCH_DUAL_REF_DUAL_REC); } } } template <typename Dummy = void> CM_INLINE void run_vme_fbr(matrix<uchar, 4, 32> UNIInput, matrix<uchar, 4, 32> FBRInput, SurfaceIndex curSurfIndex, uchar FBRMbMode, uchar FBRSubMbShape, uchar FBRSubPredMode, matrix_ref<uchar, 7, 32> FBROutput) { matrix<uint, 8, 8> src = 0; // mov(96) VX(0, 0)<1>, UNIInput src.format<uint>().select<32, 1>(0) = UNIInput.format<uint>().select<32, 1>(0); // mov (128) VX(3,0)<1>, FBRInput src.format<uint>().select<32, 1>(32) = FBRInput.format<uint>().select<32, 1>(0); // mov (1) VX(2,20)<1>, FBRMbMode src.format<uchar, 8, 32>()(2, 20) = FBRMbMode; // mov (1) VX(2,21)<1>, FBRSubMbShape src.format<uchar, 8, 32>()(2, 21) = FBRSubMbShape; // mov (1) VX(2,22)<1>, FBRSubPredMode src.format<uchar, 8, 32>()(2, 22) = FBRSubPredMode; unsigned fCtrl = 0x3 << 13; unsigned rspLength = 7; unsigned msglength = 8; uint Descriptor = (fCtrl & 0x7FFFF) + (1 << 19) + ((rspLength & 0x1f) << 20) + ((msglength & 0xF) << 25); Descriptor = cm_get_value(curSurfIndex) + Descriptor; cm_send(FBROutput.format<ushort, 7, 16>(), src.format<ushort, 8, 16>(), __SFID_CRE, Descriptor, 0u); } template <typename Dummy = void> CM_INLINE void run_vme_sic(matrix<uchar, 4, 32> UNIInput, matrix<uchar, 4, 32> SICInput, SurfaceIndex curSurfIndex, matrix_ref<uchar, 7, 32> UNIOutput) { matrix<uint, 8, 8> src = 0; // mov (96) VX(0,0)<1>, UNIInput src.format<uint>().select<32, 1>(0) = UNIInput.format<uint>().select<32, 1>(0); // mov (128) VX(3,0)<1>, SICInput src.format<uint>().select<32, 1>(32) = SICInput.format<uint>().select<32, 1>(0); unsigned fCtrl = 0x1 << 13; unsigned rspLength = 7; unsigned msgLength = 8; uint Descriptor = (fCtrl & 0x7FFFF) + (1 << 19) + ((rspLength & 0x1f) << 20) + ((msgLength & 0xF) << 25); Descriptor = cm_get_value(curSurfIndex) + Descriptor; cm_send(UNIOutput.format<ushort, 7, 16>(), src.format<ushort, 8, 16>(), __SFID_CRE, Descriptor, 0u); } template <typename Dummy = void> CM_INLINE void run_vme_idm(matrix<uchar, 4, 32> UNIInput, matrix<uchar, 1, 32> IDMInput, SurfaceIndex curSurfIndex, matrix_ref<uchar, 16, 32> IDMOutput) { matrix<uint, 5, 8> src = 0; // mov(96) VX(0, 0)<1>, UNIInput src.format<uint>().select<32, 1>(0) = UNIInput.format<uint>().select<32, 1>(0); // mov (128) VX(3,0)<1>, IDMInput src.format<uint>().select<8, 1>(32) = IDMInput.format<uint>().select<8, 1>(0); unsigned fCtrl = 0; unsigned rspLength = 16; unsigned msglength = 5; uint Descriptor = (fCtrl & 0x7FFFF) + (1 << 19) + ((rspLength & 0x1f) << 20) + ((msglength & 0xF) << 25); Descriptor = cm_get_value(curSurfIndex) + Descriptor; cm_send(IDMOutput.format<ushort, 16, 16>(), src.format<ushort, 5, 16>(), __SFID_VME, Descriptor, 0u); } #endif /* _CLANG_gen8_VME_H_ */	[ "rodrigosoaresilva@gmail.com" ]	rodrigosoaresilva@gmail.com
49a96e8526d34134f41d4e653e467ec5724a6a21	be34d599008cc0b3b81177fdb9f9e2dcbd7f56ba	/src/mcu/components/platform/Platform.cpp	e981d397e00f173082a63b215a0f7aff9adb97e4	[ "Apache-2.0" ]	permissive	wouterdevinck/lamp	d5c94f98bd8b39fdf5395ae1bc129f0fe1f0e931	5020ba56f68738133934c4014166813790d04df9	refs/heads/master	2023-03-07T03:05:55.753756	2020-08-11T10:15:29	2020-08-11T10:15:29	134,090,004	2	0	Apache-2.0	2023-02-25T04:39:21	2018-05-19T18:58:27	C++	UTF-8	C++	false	false	1,493	cpp	#include "Platform.h" #include "MemMon.h" #include "constants.h" using namespace lamp; Platform::Platform() { MemMon memmon(MEMMON_PERIOD); _spi1 = new Spi(SPI1_ESP_HOST, SPI1_DMA_CH, SPI1_MOSI_PIN, SPI1_MISO_PIN, SPI1_CLK_PIN, SPI1_CS_PIN); _spi2 = new SpiFlash(SPI2_ESP_HOST, SPI2_DMA_CH, SPI2_MOSI_PIN, SPI2_MISO_PIN, SPI2_CLK_PIN, SPI2_CS_PIN); _ir = new IrReceiver(); _led = new RgbLed(PIN_RGB_RED, PIN_RGB_GREEN, PIN_RGB_BLUE); _leds = new LedBoardChain(_spi1, PIN_LED_INT); _storage = new Storage(); _wifi = new WiFiClient(_storage); _lux = new LightSensor(); _updater = new Updater(_spi2, _storage, CHUNK_SIZE); _logger = new Logger(); _httpserver = new HttpServer(); _httpclient = new HttpClient(CHUNK_SIZE); _iot = new AzureIot(_logger); } IIrReceiver* Platform::getIrReceiver() { return _ir; } IRgbLed* Platform::getRgbLed() { return _led; } ILedBoardChain* Platform::getLedBoardChain() { return _leds; } IWiFiClient* Platform::getWiFiClient() { return _wifi; } ILightSensor* Platform::getLightSensor() { return _lux; } IUpdater* Platform::getUpdater() { return _updater; } ILogger* Platform::getLogger() { return _logger; } IHttpServer* Platform::getHttpServer() { return _httpserver; } IHttpClient* Platform::getHttpClient() { return _httpclient; } IIotFramework* Platform::getIotFramework() { return _iot; } INvs* Platform::getStorage() { return _storage; } int Platform::getHttpServerPort() { return HTTP_PORT; }	[ "wouter.devinck@gmail.com" ]	wouter.devinck@gmail.com
982dd9a2b635ef3eb61d41c0f36b93365c75db2b	9c6b8082931c4e630503788d0641210298a507bc	/F800W/main.cpp	ce1e05d78300fc7761140315f25b2558da8acb9c	[]	no_license	hucheng-yyds/device_app_qt_v2	5b2e803bc0e0fd0ed6e8a62b10d3e573d45c9c42	2f805a2c9a7c32d8444704bbdef1fe9307375452	refs/heads/master	2023-07-08T06:52:34.634044	2020-12-23T10:08:33	2020-12-23T10:08:33	390,967,629	0	0	null	null	null	null	UTF-8	C++	false	false	1,398	cpp	#include <QGuiApplication> #include <QTranslator> #include <QQmlApplicationEngine> #include <QQmlContext> #include "prostorage.h" int main(int argc, char argv[]) { IF_VIO_VPSS_VO_MIPI_TX(switchCtl->m_camera, switchCtl->m_screen, switchCtl->m_angle); while (!IF_CheckYUVDataReady(0)) { QThread::msleep(1000); } QGuiApplication app(argc, argv); QTranslator m_translator = new QTranslator(); switch (switchCtl->m_language) { case 0: m_translator->load("./language/OF_CH.qm"); break; case 1: m_translator->load("./language/OF_EN.qm"); break; case 2: m_translator->load("./language/OF_JA.qm"); break; case 3: m_translator->load("./language/OF_KOR.qm"); break; case 4: m_translator->load("./language/OF_RU.qm"); break; case 5: m_translator->load("./language/OF_IN.qm"); break; default: break; } app.installTranslator(m_translator); QQmlApplicationEngine engine; ProStorage *programs = new ProStorage; programs->start(); engine.rootContext()->setContextProperty("programs", programs); engine.load(QUrl(QStringLiteral("./qml/main.qml"))); system("himm 0x111F0028 0x0500"); system("himm 0x120D6400 0xB0"); system("himm 0x120D6200 0x80"); system("himm 0x120D6200 0xff"); return app.exec(); }	[ "zgf@officelinking.com" ]	zgf@officelinking.com
52824be25c717eb676070d3bdc2d3ae07dcbeb06	225e82d7a70bfeb544d758c4a01321701ff06a61	/root/root_v4.04.02g/tree/inc/TLeafD.h	ec15312d2330d41b6fbfb80ef312300b68e4650f	[ "LicenseRef-scancode-warranty-disclaimer" ]	no_license	govoni/learn	9760494d592ba09a98e08939818415857d015371	cb02b6621af73efdbf1e64e5fc39ecd9e72516af	refs/heads/master	2021-01-19T18:51:14.476573	2019-07-22T09:05:26	2019-07-22T09:05:26	101,170,943	0	0	null	null	null	null	UTF-8	C++	false	false	2,557	h	// @(#)root/tree:$Name: v4-04-02g $:$Id: TLeafD.h,v 1.7 2004/10/18 12:32:12 brun Exp $ // Author: Rene Brun 12/01/96 /************************************************************************* * Copyright (C) 1995-2000, Rene Brun and Fons Rademakers. * * All rights reserved. * * * * For the licensing terms see $ROOTSYS/LICENSE. * * For the list of contributors see $ROOTSYS/README/CREDITS. * ************************************************************************/ #ifndef ROOT_TLeafD #define ROOT_TLeafD ////////////////////////////////////////////////////////////////////////// // // // TLeafD // // // // A TLeaf for a 64 bit floating point data type. // // // ////////////////////////////////////////////////////////////////////////// #ifndef ROOT_TLeaf #include "TLeaf.h" #endif class TLeafD : public TLeaf { protected: Double_t fMinimum; //Minimum value if leaf range is specified Double_t fMaximum; //Maximum value if leaf range is specified Double_t fValue; //!Pointer to data buffer Double_t *fPointer; //!Address of pointer to data buffer public: TLeafD(); TLeafD(const char name, const char type); virtual ~TLeafD(); virtual void Export(TClonesArray list, Int_t n); virtual void FillBasket(TBuffer &b); const char GetTypeName() const {return "Double_t";} Double_t GetValue(Int_t i=0) const; virtual void GetValuePointer() const {return fValue;} virtual void Import(TClonesArray list, Int_t n); virtual void PrintValue(Int_t i=0) const; virtual void ReadBasket(TBuffer &b); virtual void ReadBasketExport(TBuffer &b, TClonesArray list, Int_t n); virtual void ReadValue(ifstream & s); virtual void SetAddress(void *add=0); ClassDef(TLeafD,1) //A TLeaf for a 64 bit floating point data type. }; // if leaf is a simple type, i must be set to 0 // if leaf is an array, i is the array element number to be returned inline Double_t TLeafD::GetValue(Int_t i) const { return fValue[i]; } #endif	[ "pietro.govoni@gmail.com" ]	pietro.govoni@gmail.com
85f1cb4b50eac0c2a1d8c5dabe92f6653ffc136b	3c6deda46fa37a42feebde0fb50dd0d6123b82b1	/0152/src/mame/includes/pgm.h	90e5748d3f1afc6f8405b5f4eb1b75321ef50fa5	[]	no_license	AreaScout/mame-libretro	9fdb724edb58070162c1bd4e8b351a8f2da250ea	dd16543e4f77a2e42f5662a445f03079e2324221	refs/heads/master	2020-12-24T21:01:44.571706	2014-11-26T06:36:49	2014-11-26T06:36:49	null	0	0	null	null	null	null	UTF-8	C++	false	false	15,752	h	#include "machine/v3021.h" #include "cpu/z80/z80.h" #include "cpu/m68000/m68000.h" #include "cpu/arm7/arm7.h" #include "sound/ics2115.h" #include "cpu/arm7/arm7core.h" #include "machine/nvram.h" #include "machine/pgmcrypt.h" #include "machine/igs025.h" #include "machine/igs022.h" #include "machine/igs028.h" #define PGMARM7LOGERROR 0 class pgm_state : public driver_device { public: pgm_state(const machine_config &mconfig, device_type type, const char tag) : driver_device(mconfig, type, tag), m_videoregs(this, "videoregs"), m_videoram(this, "videoram"), m_z80_mainram(this, "z80_mainram"), m_mainram(this, "sram"), m_maincpu(this, "maincpu"), m_soundcpu(this, "soundcpu") { m_irq4_disabled = 0; } / memory pointers / required_shared_ptr<UINT16> m_videoregs; required_shared_ptr<UINT16> m_videoram; required_shared_ptr<UINT8> m_z80_mainram; required_shared_ptr<UINT16> m_mainram; UINT16 m_bg_videoram; UINT16 * m_tx_videoram; UINT16 * m_rowscrollram; UINT8 * m_sprite_a_region; size_t m_sprite_a_region_size; UINT16 * m_spritebufferram; // buffered spriteram // UINT16 * m_paletteram; // currently this uses generic palette handling /* video-related / tilemap_t m_bg_tilemap; tilemap_t m_tx_tilemap; UINT16 m_sprite_temp_render; bitmap_rgb32 m_tmppgmbitmap; /* devices / required_device<cpu_device> m_maincpu; required_device<cpu_device> m_soundcpu; device_t m_ics; /* used by rendering / UINT8 m_bdata; size_t m_bdatasize; int m_aoffset; int m_boffset; /* hack / int m_irq4_disabled; / calendar / UINT8 m_cal_val; UINT8 m_cal_mask; UINT8 m_cal_com; UINT8 m_cal_cnt; system_time m_systime; DECLARE_READ16_MEMBER(pgm_videoram_r); DECLARE_WRITE16_MEMBER(pgm_videoram_w); DECLARE_WRITE16_MEMBER(pgm_coin_counter_w); DECLARE_READ16_MEMBER(z80_ram_r); DECLARE_WRITE16_MEMBER(z80_ram_w); DECLARE_WRITE16_MEMBER(z80_reset_w); DECLARE_WRITE16_MEMBER(z80_ctrl_w); DECLARE_WRITE16_MEMBER(m68k_l1_w); DECLARE_WRITE8_MEMBER(z80_l3_w); DECLARE_WRITE16_MEMBER(pgm_tx_videoram_w); DECLARE_WRITE16_MEMBER(pgm_bg_videoram_w); DECLARE_DRIVER_INIT(pgm); TILE_GET_INFO_MEMBER(get_pgm_tx_tilemap_tile_info); TILE_GET_INFO_MEMBER(get_pgm_bg_tilemap_tile_info); DECLARE_VIDEO_START(pgm); DECLARE_MACHINE_START(pgm); DECLARE_MACHINE_RESET(pgm); UINT32 screen_update_pgm(screen_device &screen, bitmap_ind16 &bitmap, const rectangle &cliprect); void screen_eof_pgm(screen_device &screen, bool state); TIMER_DEVICE_CALLBACK_MEMBER(pgm_interrupt); inline void pgm_draw_pix( int xdrawpos, int pri, UINT16 dest, UINT8* destpri, UINT16 srcdat); inline void pgm_draw_pix_nopri( int xdrawpos, UINT16* dest, UINT8* destpri, UINT16 srcdat); inline void pgm_draw_pix_pri( int xdrawpos, UINT16* dest, UINT8* destpri, UINT16 srcdat); void draw_sprite_line( int wide, UINT16* dest, UINT8* destpri, int xzoom, int xgrow, int flip, int xpos, int pri, int realxsize, int palt, int draw ); void draw_sprite_new_zoomed( int wide, int high, int xpos, int ypos, int palt, int flip, bitmap_ind16 &bitmap, bitmap_ind8 &priority_bitmap, UINT32 xzoom, int xgrow, UINT32 yzoom, int ygrow, int pri ); void draw_sprite_line_basic( int wide, UINT16* dest, UINT8* destpri, int flip, int xpos, int pri, int realxsize, int palt, int draw ); void draw_sprite_new_basic( int wide, int high, int xpos, int ypos, int palt, int flip, bitmap_ind16 &bitmap, bitmap_ind8 &priority_bitmap, int pri ); void draw_sprites( bitmap_ind16& spritebitmap, UINT16 sprite_source, bitmap_ind8& priority_bitmap ); void expand_32x32x5bpp(); void expand_colourdata( ); void pgm_basic_init( bool set_bank = true); }; / for machine/pgmprot_orlegend.c type games / class pgm_asic3_state : public pgm_state { public: pgm_asic3_state(const machine_config &mconfig, device_type type, const char tag) : pgm_state(mconfig, type, tag) { } // ASIC 3 (oriental legends protection) UINT8 m_asic3_reg; UINT8 m_asic3_latch[3]; UINT8 m_asic3_x; UINT16 m_asic3_hilo; UINT16 m_asic3_hold; DECLARE_DRIVER_INIT(orlegend); void asic3_compute_hold(int,int); DECLARE_READ16_MEMBER( pgm_asic3_r ); DECLARE_WRITE16_MEMBER( pgm_asic3_w ); DECLARE_WRITE16_MEMBER( pgm_asic3_reg_w ); }; /* for machine/pgmprot1.c type games / class pgm_arm_type1_state : public pgm_state { public: pgm_arm_type1_state(const machine_config &mconfig, device_type type, const char tag) : pgm_state(mconfig, type, tag), m_arm7_shareram(this, "arm7_shareram"), m_prot(this, "prot") { m_curslots = 0; m_puzzli_54_trigger = 0; } /////////////// simulations UINT16 m_value0; UINT16 m_value1; UINT16 m_valuekey; UINT16 m_ddp3lastcommand; UINT32 m_valueresponse; int m_curslots; UINT32 m_slots[0x100]; // pstars / oldsplus / kov UINT16 m_pstar_e7_value; UINT16 m_pstar_b1_value; UINT16 m_pstar_ce_value; UINT16 m_kov_c0_value; UINT16 m_kov_cb_value; UINT16 m_kov_fe_value; UINT16 m_extra_ram[0x100]; // puzzli2 INT32 m_puzzli_54_trigger; typedef void (pgm_arm_type1_state::pgm_arm_sim_command_handler)(int pc); pgm_arm_sim_command_handler arm_sim_handler; /////////////// emulation UINT16 m_pgm_arm_type1_highlatch_arm_w; UINT16 m_pgm_arm_type1_lowlatch_arm_w; UINT16 m_pgm_arm_type1_highlatch_68k_w; UINT16 m_pgm_arm_type1_lowlatch_68k_w; UINT32 m_pgm_arm_type1_counter; optional_shared_ptr<UINT32> m_arm7_shareram; optional_device<cpu_device> m_prot; DECLARE_DRIVER_INIT(photoy2k); DECLARE_DRIVER_INIT(kovsh); DECLARE_DRIVER_INIT(kovshp); DECLARE_DRIVER_INIT(kovshxas); DECLARE_DRIVER_INIT(kovlsqh2); DECLARE_DRIVER_INIT(kovqhsgs); DECLARE_DRIVER_INIT(ddp3); DECLARE_DRIVER_INIT(ket); DECLARE_DRIVER_INIT(espgal); DECLARE_DRIVER_INIT(puzzli2); DECLARE_DRIVER_INIT(py2k2); DECLARE_DRIVER_INIT(pgm3in1); DECLARE_DRIVER_INIT(pstar); DECLARE_DRIVER_INIT(kov); DECLARE_DRIVER_INIT(kovboot); DECLARE_DRIVER_INIT(oldsplus); DECLARE_MACHINE_START(pgm_arm_type1); DECLARE_READ32_MEMBER( pgm_arm7_type1_protlatch_r ); DECLARE_WRITE32_MEMBER( pgm_arm7_type1_protlatch_w ); DECLARE_READ16_MEMBER( pgm_arm7_type1_68k_protlatch_r ); DECLARE_WRITE16_MEMBER( pgm_arm7_type1_68k_protlatch_w ); DECLARE_READ16_MEMBER( pgm_arm7_type1_ram_r ); DECLARE_WRITE16_MEMBER( pgm_arm7_type1_ram_w ); DECLARE_READ32_MEMBER( pgm_arm7_type1_unk_r ); DECLARE_READ32_MEMBER( pgm_arm7_type1_exrom_r ); DECLARE_READ32_MEMBER( pgm_arm7_type1_shareram_r ); DECLARE_WRITE32_MEMBER( pgm_arm7_type1_shareram_w ); void pgm_arm7_type1_latch_init(); DECLARE_READ16_MEMBER( kovsh_fake_region_r ); DECLARE_WRITE16_MEMBER( kovshp_asic27a_write_word ); void pgm_decode_kovlsqh2_tiles(); void pgm_decode_kovlsqh2_sprites(UINT8 src ); void pgm_decode_kovlsqh2_samples(); void pgm_decode_kovqhsgs_program(); void pgm_decode_kovqhsgs2_program(); DECLARE_READ16_MEMBER( pgm_arm7_type1_sim_r ); void command_handler_ddp3(int pc); void command_handler_puzzli2(int pc); void command_handler_py2k2(int pc); void command_handler_pstars(int pc); void command_handler_kov(int pc); void command_handler_oldsplus(int pc); DECLARE_WRITE16_MEMBER( pgm_arm7_type1_sim_w ); DECLARE_READ16_MEMBER( pgm_arm7_type1_sim_protram_r ); DECLARE_READ16_MEMBER( pstars_arm7_type1_sim_protram_r ); int m_simregion; /* puzzli2 protection internal state stuff / int stage; int tableoffs; int tableoffs2; int entries_left; int currentcolumn; int currentrow; int num_entries; int full_entry; int prev_tablloc; int numbercolumns; int depth; UINT16 m_row_bitmask; int hackcount; int hackcount2; int hack_47_value; int hack_31_table_offset; int hack_31_table_offset2; int p2_31_retcounter; UINT8 coverage[256]; // coverage is how much of the table we've managed to verify using known facts about the table structure int command_31_write_type; // the maximum level size returned or read by the device appears to be this size UINT16 level_structure[8][10]; int puzzli2_take_leveldata_value(UINT8 datvalue); }; / for machine/pgmprot2.c type games / class pgm_arm_type2_state : public pgm_state { public: pgm_arm_type2_state(const machine_config &mconfig, device_type type, const char tag) : pgm_state(mconfig, type, tag), m_arm_ram(this, "arm_ram"), m_arm7_shareram(this, "arm7_shareram"), m_prot(this, "prot") { } // kov2 UINT32 m_kov2_latchdata_68k_w; UINT32 m_kov2_latchdata_arm_w; required_shared_ptr<UINT32> m_arm_ram; required_shared_ptr<UINT32> m_arm7_shareram; optional_device<cpu_device> m_prot; DECLARE_DRIVER_INIT(kov2); DECLARE_DRIVER_INIT(kov2p); DECLARE_DRIVER_INIT(martmast); DECLARE_DRIVER_INIT(ddp2); DECLARE_DRIVER_INIT(dw2001); DECLARE_DRIVER_INIT(dwpc); DECLARE_MACHINE_START(pgm_arm_type2); DECLARE_READ32_MEMBER( arm7_latch_arm_r ); DECLARE_WRITE32_MEMBER( arm7_latch_arm_w ); DECLARE_READ32_MEMBER( arm7_shareram_r ); DECLARE_WRITE32_MEMBER( arm7_shareram_w ); DECLARE_READ16_MEMBER( arm7_latch_68k_r ); DECLARE_WRITE16_MEMBER( arm7_latch_68k_w ); DECLARE_READ16_MEMBER( arm7_ram_r ); DECLARE_WRITE16_MEMBER( arm7_ram_w ); void kov2_latch_init(); DECLARE_WRITE32_MEMBER( martmast_arm_region_w ); DECLARE_WRITE32_MEMBER( kov2_arm_region_w ); DECLARE_WRITE32_MEMBER( kov2p_arm_region_w ); DECLARE_READ32_MEMBER( ddp2_speedup_r ); DECLARE_READ16_MEMBER( ddp2_main_speedup_r ); }; / for machine/pgmprot3.c type games / class pgm_arm_type3_state : public pgm_state { public: pgm_arm_type3_state(const machine_config &mconfig, device_type type, const char tag) : pgm_state(mconfig, type, tag), m_arm_ram(this, "arm_ram"), m_arm_ram2(this, "arm_ram2"), m_prot(this, "prot") { } // svg int m_svg_ram_sel; UINT32 m_svg_shareram[2]; //for 5585G MACHINE UINT32 m_svg_latchdata_68k_w; UINT32 m_svg_latchdata_arm_w; required_shared_ptr<UINT32> m_arm_ram; required_shared_ptr<UINT32> m_arm_ram2; UINT32* m_armrom; optional_device<cpu_device> m_prot; DECLARE_DRIVER_INIT(theglad); DECLARE_DRIVER_INIT(theglada); DECLARE_DRIVER_INIT(svg); DECLARE_DRIVER_INIT(svgpcb); DECLARE_DRIVER_INIT(killbldp); DECLARE_DRIVER_INIT(dmnfrnt); DECLARE_DRIVER_INIT(happy6); DECLARE_MACHINE_START(pgm_arm_type3); DECLARE_WRITE32_MEMBER( svg_arm7_ram_sel_w ); DECLARE_READ32_MEMBER( svg_arm7_shareram_r ); DECLARE_WRITE32_MEMBER( svg_arm7_shareram_w ); DECLARE_READ16_MEMBER( svg_m68k_ram_r ); DECLARE_WRITE16_MEMBER( svg_m68k_ram_w ); DECLARE_READ16_MEMBER( svg_68k_nmi_r ); DECLARE_WRITE16_MEMBER( svg_68k_nmi_w ); DECLARE_WRITE16_MEMBER( svg_latch_68k_w ); DECLARE_READ16_MEMBER( svg_latch_68k_r ); DECLARE_READ32_MEMBER( svg_latch_arm_r ); DECLARE_WRITE32_MEMBER( svg_latch_arm_w ); void svg_basic_init(); void pgm_create_dummy_internal_arm_region(int size); void pgm_patch_external_arm_rom_jumptable_theglada(int base); void pgm_patch_external_arm_rom_jumptable_svg(int base); void pgm_create_dummy_internal_arm_region_theglad(int is_svg); void pgm_descramble_happy6(UINT8* src); void pgm_descramble_happy6_2(UINT8* src); void svg_latch_init(); DECLARE_READ32_MEMBER( dmnfrnt_speedup_r ); DECLARE_READ16_MEMBER( dmnfrnt_main_speedup_r ); DECLARE_READ32_MEMBER( killbldp_speedup_r ); DECLARE_READ32_MEMBER( theglad_speedup_r ); DECLARE_READ32_MEMBER( svg_speedup_r ); DECLARE_MACHINE_RESET(pgm_arm_type3_reset); }; /* for machine/pgmprot4.c type games / class pgm_022_025_state : public pgm_state { public: pgm_022_025_state(const machine_config &mconfig, device_type type, const char tag) : pgm_state(mconfig, type, tag), m_sharedprotram(this, "sharedprotram"), m_igs025(this,"igs025"), m_igs022(this,"igs022") { } void pgm_dw3_decrypt(); void pgm_killbld_decrypt(); required_shared_ptr<UINT16> m_sharedprotram; DECLARE_DRIVER_INIT(killbld); DECLARE_DRIVER_INIT(drgw3); DECLARE_MACHINE_RESET(killbld); DECLARE_MACHINE_RESET(dw3); void igs025_to_igs022_callback( void ); required_device<igs025_device> m_igs025; required_device<igs022_device> m_igs022; }; / for machine/pgmprot5.c type games / class pgm_012_025_state : public pgm_state { public: pgm_012_025_state(const machine_config &mconfig, device_type type, const char tag) : pgm_state(mconfig, type, tag), m_igs025(this,"igs025") { } required_device<igs025_device> m_igs025; void pgm_drgw2_decrypt(); void drgw2_common_init(); DECLARE_DRIVER_INIT(drgw2); DECLARE_DRIVER_INIT(dw2v100x); DECLARE_DRIVER_INIT(drgw2c); DECLARE_DRIVER_INIT(drgw2j); DECLARE_MACHINE_RESET(drgw2); }; / for machine/pgmprot6.c type games / class pgm_028_025_state : public pgm_state { public: pgm_028_025_state(const machine_config &mconfig, device_type type, const char tag) : pgm_state(mconfig, type, tag), m_sharedprotram(this, "sharedprotram"), m_igs025(this,"igs025"), m_igs028(this,"igs028") { } required_shared_ptr<UINT16> m_sharedprotram; required_device<igs025_device> m_igs025; required_device<igs028_device> m_igs028; void igs025_to_igs028_callback( void ); DECLARE_DRIVER_INIT(olds); DECLARE_MACHINE_RESET(olds); }; /----------- defined in drivers/pgm.c -----------/ INPUT_PORTS_EXTERN( pgm ); GFXDECODE_EXTERN( pgm ); MACHINE_CONFIG_EXTERN( pgm ); MACHINE_CONFIG_EXTERN( pgmbase ); ADDRESS_MAP_EXTERN( pgm_z80_mem, 8 ); ADDRESS_MAP_EXTERN( pgm_z80_io, 8 ); void pgm_sound_irq( device_t device, int level ); ADDRESS_MAP_EXTERN( pgm_mem, 16 ); ADDRESS_MAP_EXTERN( pgm_basic_mem, 16 ); ADDRESS_MAP_EXTERN( pgm_base_mem, 16 ); /----------- defined in machine/pgmprot.c -----------/ INPUT_PORTS_EXTERN( orlegend ); INPUT_PORTS_EXTERN( orld105k ); MACHINE_CONFIG_EXTERN( pgm_asic3 ); /----------- defined in machine/pgmprot1.c -----------/ /* emulations / / simulations / MACHINE_CONFIG_EXTERN( pgm_arm_type1 ); MACHINE_CONFIG_EXTERN( pgm_arm_type1_sim ); MACHINE_CONFIG_EXTERN( pgm_arm_type1_cave ); INPUT_PORTS_EXTERN( sango ); INPUT_PORTS_EXTERN( sango_ch ); INPUT_PORTS_EXTERN( photoy2k ); INPUT_PORTS_EXTERN( oldsplus ); INPUT_PORTS_EXTERN( pstar ); INPUT_PORTS_EXTERN( py2k2 ); INPUT_PORTS_EXTERN( puzzli2 ); INPUT_PORTS_EXTERN( kovsh ); /----------- defined in machine/pgmprot2.c -----------/ / emulations / MACHINE_CONFIG_EXTERN( pgm_arm_type2 ); / simulations (or missing) / INPUT_PORTS_EXTERN( ddp2 ); INPUT_PORTS_EXTERN( kov2 ); INPUT_PORTS_EXTERN( martmast ); INPUT_PORTS_EXTERN( dw2001 ); /----------- defined in machine/pgmprot3.c -----------/ MACHINE_CONFIG_EXTERN( pgm_arm_type3 ); INPUT_PORTS_EXTERN(theglad); INPUT_PORTS_EXTERN(happy6); INPUT_PORTS_EXTERN(svg); /----------- defined in machine/pgmprot4.c -----------/ MACHINE_CONFIG_EXTERN(pgm_022_025_dw3); MACHINE_CONFIG_EXTERN(pgm_022_025_killbld); INPUT_PORTS_EXTERN( killbld ); INPUT_PORTS_EXTERN( dw3 ); INPUT_PORTS_EXTERN( dw3j ); /----------- defined in machine/pgmprot5.c -----------/ MACHINE_CONFIG_EXTERN( pgm_012_025_drgw2 ); /----------- defined in machine/pgmprot6.c -----------*/ MACHINE_CONFIG_EXTERN( pgm_028_025_ol ); INPUT_PORTS_EXTERN( olds );	[ "rtype@foo.com" ]	rtype@foo.com
664ac61e1540790c95e81883b18cf2a5f3a69c3d	5fb3727473daa99df9821e5b28adf54cad95ba4e	/main.cpp	3e456b1bd7e373e79a8b73aa5b85bdfc1fdcef5b	[]	no_license	tit-adrian/palindrom_2	97bdf27cf40f278d206e48952340e4314f45a8fe	535fdd897a6708ef9f5034ee611b2a6919744cf2	refs/heads/master	2022-09-07T05:31:29.128533	2020-05-24T19:28:55	2020-05-24T19:28:55	266,610,005	0	0	null	null	null	null	UTF-8	C++	false	false	2,810	cpp	#include <iostream> #include <fstream> #include <algorithm> using namespace std; fstream odczyt; int c, x, w; int k=0; string a; bool sprawdzpalindrom (string s1) //funkcja sprawdzaj¹ca czy to jest palingram. { int dl=s1.size(); for (int i=0; i<dl/2; i++) if (s1[i]!=s1[dl-i-1]) return false; return true; } void sprawdzb() { odczyt.open("dane.txt",ios::in); while(odczyt.good()) { odczyt >> a; if(sprawdzpalindrom(a)==true && a[0]=='A') { c++; k++; cout <<k<<"."<< a << endl; } } cout <<"Liczba ich wynosi:"<<c; odczyt.close(); } void sprawdzparzyste() { odczyt.open("dane.txt",ios::in); while(odczyt.good()) { odczyt >> a; if(sprawdzpalindrom(a)==true) { int dlugosc=a.length(); if(dlugosc%2==0) { k++; cout <<k<<"."<< a << endl; c++; } } } cout <<"Liczba ich wynosi:"<<c; odczyt.close(); } void sprawdznieparzyste() { odczyt.open("dane.txt",ios::in); while(odczyt.good()) { odczyt >> a; if(sprawdzpalindrom(a)==true) { int dlugosc=a.length(); if(dlugosc%2!=0) { k++; cout <<k<<"."<< a << endl; c++; } } } cout <<"Liczba ich wynosi:"<<c; odczyt.close(); } void sprawdztrzya() { odczyt.open("dane.txt",ios::in); while(odczyt.good()) { odczyt >> a; if(sprawdzpalindrom(a)==true) { if(count(a.begin(), a.end(), 'A')>=3) { k++; cout <<k<<"."<< a << endl; c++; } } } cout<<"Liczba ich wynosi:"<<c; odczyt.close(); } int main() { cout << "Wpisz 1 zeby zobaczyc palindromy na litere A jak Adrian i ich liczbe " << endl; cout << "Wprowadz 2 zeby zobaczyc palindromy z parzysta liczba liter i ich liczbe" << endl; cout << "Wprowadz 3 zeby zobaczyc palindromy z nieparzysta liczba liter i ich liczbe" << endl; cout << "wprowadz 4 zeby zobaczyc palondromy z trzema lub wiecej literami A i ich liczbe" << endl; cout << "Wprowadz liczbe z menu:"; cin >> w; switch(w) { case 1: sprawdzb(); break; case 2: sprawdzparzyste(); break; case 3: sprawdznieparzyste(); break; case 4: sprawdztrzya(); break; default: cout << "Wybrales zly numer!!!"; break; } return 0; }	[ "noreply@github.com" ]	tit-adrian.noreply@github.com
5bee9a1c469e1eea83f2ca5cc2c6ee31aacae667	b84aa8a1745f3346f22b9a0ae1c977a244dfb3cd	/SDK/RC_WBP_SettingsDropdown_classes.hpp	0743db201c0510f843b587e5351acd3e3612b5a5	[]	no_license	frankie-11/Rogue-SDK-11.8	615a9e51f280a504bb60a4cbddb8dfc4de6239d8	20becc4b2fff71cfec160fb7f2ee3a9203031d09	refs/heads/master	2023-01-10T06:00:59.427605	2020-11-08T16:13:01	2020-11-08T16:13:01	311,102,184	1	0	null	null	null	null	UTF-8	C++	false	false	1,280	hpp	#pragma once // RogueCompany (4.24) SDK #ifdef _MSC_VER #pragma pack(push, 0x8) #endif namespace SDK { //--------------------------------------------------------------------------- //Classes //--------------------------------------------------------------------------- // WidgetBlueprintGeneratedClass WBP_SettingsDropdown.WBP_SettingsDropdown_C // 0xAF18700 (0x68AA5580 - 0x5DB8CE80) class UWBP_SettingsDropdown_C : public UKSSettingsWidget { public: unsigned char UnknownData00[0xAF18700]; // 0x5DB8CE80(0xAF18700) MISSED OFFSET static UClass* StaticClass() { static auto ptr = UObject::FindClass("WidgetBlueprintGeneratedClass WBP_SettingsDropdown.WBP_SettingsDropdown_C"); return ptr; } void NavigateBack(); void NavigateConfirmPressed(); void NavigateConfirm(); void SetDesiredIndex(); void GetDirtyIndex(); void Set_Text_To_Index(); void OnWidgetSettingsInfoSet(); void Selection_Made(); void InitializeWidget(); void GamepadHover(); void InitializeWidgetNavigation(); void FocusGroupNavigateDownFailure(); void FocusGroupNavigateUpFailure(); void OnSettingsInfoValueChanged(); void ExecuteUbergraph_WBP_SettingsDropdown(); }; } #ifdef _MSC_VER #pragma pack(pop) #endif	[ "60810131+frankie-11@users.noreply.github.com" ]	60810131+frankie-11@users.noreply.github.com
a5438c232377e460ef837c0e27725552c855efef	a81c07a5663d967c432a61d0b4a09de5187be87b	/third_party/blink/renderer/core/layout/ng/ng_length_utils.h	a652cb602b1e78f16810a22edb9d18e12b90e22a	[ "LGPL-2.0-or-later", "GPL-1.0-or-later", "MIT", "Apache-2.0", "LicenseRef-scancode-warranty-disclaimer", "LGPL-2.1-only", "GPL-2.0-only", "LGPL-2.0-only", "BSD-2-Clause", "LicenseRef-scancode-other-copyleft", "BSD-3-Clause" ]	permissive	junxuezheng/chromium	c401dec07f19878501801c9e9205a703e8643031	381ce9d478b684e0df5d149f59350e3bc634dad3	refs/heads/master	2023-02-28T17:07:31.342118	2019-09-03T01:42:42	2019-09-03T01:42:42	205,967,014	2	0	BSD-3-Clause	2019-09-03T01:48:23	2019-09-03T01:48:23	null	UTF-8	C++	false	false	21,527	h	// Copyright 2016 The Chromium Authors. All rights reserved. // Use of this source code is governed by a BSD-style license that can be // found in the LICENSE file. #ifndef NGLengthUtils_h #define NGLengthUtils_h #include "base/optional.h" #include "third_party/blink/renderer/core/core_export.h" #include "third_party/blink/renderer/core/layout/geometry/logical_size.h" #include "third_party/blink/renderer/core/layout/geometry/physical_size.h" #include "third_party/blink/renderer/core/layout/min_max_size.h" #include "third_party/blink/renderer/core/layout/ng/geometry/ng_box_strut.h" #include "third_party/blink/renderer/core/layout/ng/geometry/ng_fragment_geometry.h" #include "third_party/blink/renderer/core/layout/ng/ng_constraint_space.h" #include "third_party/blink/renderer/core/layout/ng/ng_layout_input_node.h" #include "third_party/blink/renderer/core/style/computed_style.h" #include "third_party/blink/renderer/core/style/computed_style_constants.h" #include "third_party/blink/renderer/platform/text/text_direction.h" #include "third_party/blink/renderer/platform/text/writing_mode.h" namespace blink { class ComputedStyle; class Length; struct MinMaxSizeInput; class NGConstraintSpace; class NGBlockNode; class NGLayoutInputNode; // LengthResolvePhase indicates what type of layout pass we are currently in. // This changes how lengths are resolved. kIntrinsic must be used during the // intrinsic sizes pass, and kLayout must be used during the layout pass. enum class LengthResolvePhase { kIntrinsic, kLayout }; inline bool NeedMinMaxSize(const ComputedStyle& style) { // This check is technically too broad (fill-available does not need intrinsic // size computation) but that's a rare case and only affects performance, not // correctness. return style.LogicalWidth().IsIntrinsic() \|\| style.LogicalMinWidth().IsIntrinsic() \|\| style.LogicalMaxWidth().IsIntrinsic(); } // Whether the caller needs to compute min-content and max-content sizes to // pass them to ResolveMainInlineLength / ComputeInlineSizeForFragment. // If this function returns false, it is safe to pass an empty // MinMaxSize struct to those functions. inline bool NeedMinMaxSize(const NGConstraintSpace& constraint_space, const ComputedStyle& style) { return constraint_space.IsShrinkToFit() \|\| NeedMinMaxSize(style); } // Like NeedMinMaxSize, but for use when calling // ComputeMinAndMaxContentContribution. // Because content contributions are commonly needed by a block's parent, // we also take a writing mode here so we can check this in the parent's // coordinate system. CORE_EXPORT bool NeedMinMaxSizeForContentContribution(WritingMode mode, const ComputedStyle&); // Returns if the given \|Length\| is unresolvable, e.g. the length is %-based // during the intrinsic phase. Considers 'auto' as resolvable. CORE_EXPORT bool InlineLengthUnresolvable(const Length&, LengthResolvePhase); CORE_EXPORT bool BlockLengthUnresolvable( const NGConstraintSpace&, const Length&, LengthResolvePhase, const LayoutUnit* opt_percentage_resolution_block_size_for_min_max = nullptr); // Resolve means translate a Length to a LayoutUnit. // - \|NGConstraintSpace\| the information given by the parent, e.g. the // available-size. // - \|ComputedStyle\| the style of the node. // - \|border_padding\| the resolved border, and padding of the node. // - \|MinMaxSize\| is only used when the length is intrinsic (fit-content). // - \|Length\| is the length to resolve. CORE_EXPORT LayoutUnit ResolveInlineLengthInternal(const NGConstraintSpace&, const ComputedStyle&, const NGBoxStrut& border_padding, const base::Optional<MinMaxSize>&, const Length&); // Same as ResolveInlineLengthInternal, except here \|content_size\| roughly plays // the part of \|MinMaxSize\|. CORE_EXPORT LayoutUnit ResolveBlockLengthInternal( const NGConstraintSpace&, const ComputedStyle&, const NGBoxStrut& border_padding, const Length&, LayoutUnit content_size, LengthResolvePhase, const LayoutUnit* opt_percentage_resolution_block_size_for_min_max = nullptr); // Used for resolving min inline lengths, (\|ComputedStyle::MinLogicalWidth\|). inline LayoutUnit ResolveMinInlineLength( const NGConstraintSpace& constraint_space, const ComputedStyle& style, const NGBoxStrut& border_padding, const base::Optional<MinMaxSize>& min_and_max, const Length& length, LengthResolvePhase phase) { if (LIKELY(length.IsAuto() \|\| InlineLengthUnresolvable(length, phase))) return border_padding.InlineSum(); return ResolveInlineLengthInternal(constraint_space, style, border_padding, min_and_max, length); } // Used for resolving max inline lengths, (\|ComputedStyle::MaxLogicalWidth\|). inline LayoutUnit ResolveMaxInlineLength( const NGConstraintSpace& constraint_space, const ComputedStyle& style, const NGBoxStrut& border_padding, const base::Optional<MinMaxSize>& min_and_max, const Length& length, LengthResolvePhase phase) { if (LIKELY(length.IsMaxSizeNone() \|\| InlineLengthUnresolvable(length, phase))) return LayoutUnit::Max(); return ResolveInlineLengthInternal(constraint_space, style, border_padding, min_and_max, length); } // Used for resolving main inline lengths, (\|ComputedStyle::LogicalWidth\|). inline LayoutUnit ResolveMainInlineLength( const NGConstraintSpace& constraint_space, const ComputedStyle& style, const NGBoxStrut& border_padding, const base::Optional<MinMaxSize>& min_and_max, const Length& length) { return ResolveInlineLengthInternal(constraint_space, style, border_padding, min_and_max, length); } // Used for resolving min block lengths, (\|ComputedStyle::MinLogicalHeight\|). inline LayoutUnit ResolveMinBlockLength( const NGConstraintSpace& constraint_space, const ComputedStyle& style, const NGBoxStrut& border_padding, const Length& length, LayoutUnit content_size, LengthResolvePhase phase, const LayoutUnit* opt_percentage_resolution_block_size_for_min_max = nullptr) { if (LIKELY(length.IsAuto() \|\| length.IsMinContent() \|\| length.IsMaxContent() \|\| length.IsFitContent() \|\| BlockLengthUnresolvable( constraint_space, length, phase, opt_percentage_resolution_block_size_for_min_max))) return border_padding.BlockSum(); return ResolveBlockLengthInternal( constraint_space, style, border_padding, length, content_size, phase, opt_percentage_resolution_block_size_for_min_max); } // Used for resolving max block lengths, (\|ComputedStyle::MaxLogicalHeight\|). inline LayoutUnit ResolveMaxBlockLength( const NGConstraintSpace& constraint_space, const ComputedStyle& style, const NGBoxStrut& border_padding, const Length& length, LayoutUnit content_size, LengthResolvePhase phase, const LayoutUnit* opt_percentage_resolution_block_size_for_min_max = nullptr) { if (LIKELY(length.IsMaxSizeNone() \|\| length.IsMinContent() \|\| length.IsMaxContent() \|\| length.IsFitContent() \|\| BlockLengthUnresolvable( constraint_space, length, phase, opt_percentage_resolution_block_size_for_min_max))) return LayoutUnit::Max(); return ResolveBlockLengthInternal( constraint_space, style, border_padding, length, content_size, phase, opt_percentage_resolution_block_size_for_min_max); } // Used for resolving main block lengths, (\|ComputedStyle::LogicalHeight\|). inline LayoutUnit ResolveMainBlockLength( const NGConstraintSpace& constraint_space, const ComputedStyle& style, const NGBoxStrut& border_padding, const Length& length, LayoutUnit content_size, LengthResolvePhase phase, const LayoutUnit* opt_percentage_resolution_block_size_for_min_max = nullptr) { if (UNLIKELY((length.IsPercentOrCalc() \|\| length.IsFillAvailable()) && BlockLengthUnresolvable( constraint_space, length, phase, opt_percentage_resolution_block_size_for_min_max))) return content_size; return ResolveBlockLengthInternal( constraint_space, style, border_padding, length, content_size, phase, opt_percentage_resolution_block_size_for_min_max); } // For the given style and min/max content sizes, computes the min and max // content contribution (https://drafts.csswg.org/css-sizing/#contributions). // This is similar to ComputeInlineSizeForFragment except that it does not // require a constraint space (percentage sizes as well as auto margins compute // to zero) and that an auto inline size resolves to the respective min/max // content size. // Also, the min/max contribution does include the inline margins as well. // Because content contributions are commonly needed by a block's parent, // we also take a writing mode here so we can compute this in the parent's // coordinate system. CORE_EXPORT MinMaxSize ComputeMinAndMaxContentContribution(WritingMode writing_mode, const ComputedStyle&, const NGBoxStrut& border_padding, const base::Optional<MinMaxSize>&); // A version of ComputeMinAndMaxContentContribution that does not require you // to compute the min/max content size of the child. Instead, this function // will compute it if necessary. // \|child\| is the node of which to compute the min/max content contribution. // Note that if the writing mode of the child is orthogonal to that of the // parent, we'll still return the inline min/max contribution in the writing // mode of the parent (i.e. typically something based on the preferred block // size of the child). MinMaxSize ComputeMinAndMaxContentContribution( const ComputedStyle& parent_style, NGLayoutInputNode child, const MinMaxSizeInput&); // Computes the min/max-content size for an out-of-flow positioned node and // returns it, using the cache where possible. ALways computes it in the writing // mode of the node itself. MinMaxSize ComputeMinAndMaxContentSizeForOutOfFlow( const NGConstraintSpace&, NGLayoutInputNode, const NGBoxStrut& border_padding, const MinMaxSizeInput&); // Returns inline size of the node's border box by resolving the computed value // in style.logicalWidth (Length) to a layout unit, adding border and padding, // then constraining the result by the resolved min logical width and max // logical width from the ComputedStyle object. Calls Node::ComputeMinMaxSize // if needed. // \|override_minmax_for_test\| is provided solely for use by unit tests. CORE_EXPORT LayoutUnit ComputeInlineSizeForFragment( const NGConstraintSpace&, NGLayoutInputNode, const NGBoxStrut& border_padding, const MinMaxSize* override_minmax_for_test = nullptr); // Same as ComputeInlineSizeForFragment, but uses height instead of width. CORE_EXPORT LayoutUnit ComputeBlockSizeForFragment(const NGConstraintSpace&, const ComputedStyle&, const NGBoxStrut& border_padding, LayoutUnit content_size); // Computes intrinsic size for replaced elements. CORE_EXPORT LogicalSize ComputeReplacedSize(const NGLayoutInputNode&, const NGConstraintSpace&, const base::Optional<MinMaxSize>&); // Based on available inline size, CSS computed column-width, CSS computed // column-count and CSS used column-gap, return CSS used column-count. CORE_EXPORT int ResolveUsedColumnCount(int computed_count, LayoutUnit computed_size, LayoutUnit used_gap, LayoutUnit available_size); CORE_EXPORT int ResolveUsedColumnCount(LayoutUnit available_size, const ComputedStyle&); // Based on available inline size, CSS computed column-width, CSS computed // column-count and CSS used column-gap, return CSS used column-width. CORE_EXPORT LayoutUnit ResolveUsedColumnInlineSize(int computed_count, LayoutUnit computed_size, LayoutUnit used_gap, LayoutUnit available_size); CORE_EXPORT LayoutUnit ResolveUsedColumnInlineSize(LayoutUnit available_size, const ComputedStyle&); CORE_EXPORT LayoutUnit ResolveUsedColumnGap(LayoutUnit available_size, const ComputedStyle&); // Compute physical margins. CORE_EXPORT NGPhysicalBoxStrut ComputePhysicalMargins(const ComputedStyle&, LayoutUnit percentage_resolution_size); inline NGPhysicalBoxStrut ComputePhysicalMargins( const NGConstraintSpace& constraint_space, const ComputedStyle& style) { LayoutUnit percentage_resolution_size = constraint_space.PercentageResolutionInlineSizeForParentWritingMode(); return ComputePhysicalMargins(style, percentage_resolution_size); } // Compute margins for the specified NGConstraintSpace. CORE_EXPORT NGBoxStrut ComputeMarginsFor(const NGConstraintSpace&, const ComputedStyle&, const NGConstraintSpace& compute_for); inline NGBoxStrut ComputeMarginsFor(const ComputedStyle& child_style, LayoutUnit percentage_resolution_size, WritingMode container_writing_mode, TextDirection container_direction) { return ComputePhysicalMargins(child_style, percentage_resolution_size) .ConvertToLogical(container_writing_mode, container_direction); } // Compute margins for the style owner. inline NGBoxStrut ComputeMarginsForSelf( const NGConstraintSpace& constraint_space, const ComputedStyle& style) { if (!style.MayHaveMargin() \|\| constraint_space.IsAnonymous()) return NGBoxStrut(); LayoutUnit percentage_resolution_size = constraint_space.PercentageResolutionInlineSizeForParentWritingMode(); return ComputePhysicalMargins(style, percentage_resolution_size) .ConvertToLogical(style.GetWritingMode(), style.Direction()); } // Compute line logical margins for the style owner. // // The "line" versions compute line-relative logical values. See NGLineBoxStrut // for more details. inline NGLineBoxStrut ComputeLineMarginsForSelf( const NGConstraintSpace& constraint_space, const ComputedStyle& style) { if (!style.MayHaveMargin() \|\| constraint_space.IsAnonymous()) return NGLineBoxStrut(); LayoutUnit percentage_resolution_size = constraint_space.PercentageResolutionInlineSizeForParentWritingMode(); return ComputePhysicalMargins(style, percentage_resolution_size) .ConvertToLineLogical(style.GetWritingMode(), style.Direction()); } // Compute line logical margins for the constraint space, in the visual order // (always assumes LTR, ignoring the direction) for inline layout algorithm. inline NGLineBoxStrut ComputeLineMarginsForVisualContainer( const NGConstraintSpace& constraint_space, const ComputedStyle& style) { if (!style.MayHaveMargin() \|\| constraint_space.IsAnonymous()) return NGLineBoxStrut(); LayoutUnit percentage_resolution_size = constraint_space.PercentageResolutionInlineSizeForParentWritingMode(); return ComputePhysicalMargins(style, percentage_resolution_size) .ConvertToLineLogical(constraint_space.GetWritingMode(), TextDirection::kLtr); } // Compute margins for a child during the min-max size calculation. CORE_EXPORT NGBoxStrut ComputeMinMaxMargins(const ComputedStyle& parent_style, NGLayoutInputNode child); CORE_EXPORT NGBoxStrut ComputeBorders(const NGConstraintSpace&, const NGLayoutInputNode); CORE_EXPORT NGBoxStrut ComputeBordersForInline(const ComputedStyle& style); inline NGLineBoxStrut ComputeLineBorders( const ComputedStyle& style) { return NGLineBoxStrut(ComputeBordersForInline(style), style.IsFlippedLinesWritingMode()); } CORE_EXPORT NGBoxStrut ComputeBordersForTest(const ComputedStyle& style); CORE_EXPORT NGBoxStrut ComputeIntrinsicPadding(const NGConstraintSpace&, const ComputedStyle&, const NGBoxStrut& scrollbar); CORE_EXPORT NGBoxStrut ComputePadding(const NGConstraintSpace&, const ComputedStyle&); inline NGLineBoxStrut ComputeLinePadding( const NGConstraintSpace& constraint_space, const ComputedStyle& style) { return NGLineBoxStrut(ComputePadding(constraint_space, style), style.IsFlippedLinesWritingMode()); } CORE_EXPORT NGBoxStrut ComputeScrollbars(const NGConstraintSpace&, const NGLayoutInputNode); // Return true if we need to know the inline size of the fragment in order to // calculate its line-left offset. This is the case when we have auto margins, // or when block alignment isn't line-left (e.g. with align!=left, and always in // RTL mode). bool NeedsInlineSizeToResolveLineLeft( const ComputedStyle& style, const ComputedStyle& containing_block_style); // Convert inline margins from computed to used values. This will resolve 'auto' // values and over-constrainedness. This uses the available size from the // constraint space and inline size to compute the margins that are auto, if // any, and adjusts the given NGBoxStrut accordingly. // available_inline_size, inline_size, and margins are all in the // containing_block's writing mode. CORE_EXPORT void ResolveInlineMargins( const ComputedStyle& child_style, const ComputedStyle& containing_block_style, LayoutUnit available_inline_size, LayoutUnit inline_size, NGBoxStrut* margins); // Calculate the adjustment needed for the line's left position, based on // text-align, direction and amount of unused space. CORE_EXPORT LayoutUnit LineOffsetForTextAlign(ETextAlign, TextDirection, LayoutUnit space_left); inline LayoutUnit ConstrainByMinMax(LayoutUnit length, LayoutUnit min, LayoutUnit max) { return std::max(min, std::min(length, max)); } // Calculates the initial (pre-layout) fragment geometry given a node, and a // constraint space. // The "pre-layout" block-size may be indefinite, as we'll only have enough // information to determine this post-layout. CORE_EXPORT NGFragmentGeometry CalculateInitialFragmentGeometry(const NGConstraintSpace&, const NGBlockNode&); // Similar to \|CalculateInitialFragmentGeometry\| however will only calculate // the border, scrollbar, and padding (resolving percentages to zero). CORE_EXPORT NGFragmentGeometry CalculateInitialMinMaxFragmentGeometry(const NGConstraintSpace&, const NGBlockNode&); // Shrink and return the available size by an inset. This may e.g. be used to // convert from border-box to content-box size. Indefinite block size is // allowed, in which case the inset will be ignored for block size. LogicalSize ShrinkAvailableSize(LogicalSize size, const NGBoxStrut& inset); // Calculates the percentage resolution size that children of the node should // use. LogicalSize CalculateChildPercentageSize( const NGConstraintSpace&, const NGBlockNode node, const LogicalSize& child_available_size); // Calculates the percentage resolution size that replaced children of the node // should use. LogicalSize CalculateReplacedChildPercentageSize( const NGConstraintSpace&, const NGBlockNode node, LogicalSize border_box_size, const NGBoxStrut& border_scrollbar_padding, const NGBoxStrut& border_padding); LayoutUnit CalculateChildPercentageBlockSizeForMinMax( const NGConstraintSpace& constraint_space, const NGBlockNode node, const NGBoxStrut& border_padding, LayoutUnit parent_percentage_block_size); // The following function clamps the calculated size based on the node // requirements. Specifically, this adjusts the size based on size containment // and display locking status. LayoutUnit ClampIntrinsicBlockSize(const NGBlockNode&, const NGBoxStrut& border_scrollbar_padding, LayoutUnit current_intrinsic_block_size); // This function checks if the inline size of this node has to be calculated // without considering children. If so, it returns the calculated size. // Otherwise, it returns base::nullopt and the caller has to compute the size // itself. base::Optional<MinMaxSize> CalculateMinMaxSizesIgnoringChildren( const NGBlockNode&, const NGBoxStrut& border_scrollbar_padding, NGMinMaxSizeType); } // namespace blink #endif // NGLengthUtils_h	[ "commit-bot@chromium.org" ]	commit-bot@chromium.org
9862978843588397286bd656aa76aa761ea392ba	0d1c82ab85d11f7476e6c539baaa50143ebd3084	/SII-2020/SII-2020/FST.cpp	6af0ade63d8bdea531b65f94627eeb99091c8950	[]	no_license	Selevn/SII-2020	4f7a047a83afee4463d84a8220d661306b3d562b	e7a5df5d3131117ce0d8a05fba16e6a383205165	refs/heads/master	2023-02-07T21:08:43.665487	2020-12-14T18:17:45	2020-12-14T18:17:45	314,994,906	0	0	null	null	null	null	WINDOWS-1251	C++	false	false	41,003	cpp	#include "FST.h" #include "Error.h" #include <cstdlib> #include <iomanip> #include <vector> #include "LT.h" #include "IT.h" #include <stack> struct libfuncs { std::string name; IT::IDDATATYPE params[255]; int parcount = 0; IT::IDDATATYPE retval; }; FST::RELATION::RELATION(char c, short ns) { symbol = c; nnode = ns; } FST::NODE::NODE() //по умолчанию { n_relation = 0; RELATION* relations = NULL; }; FST::NODE::NODE(short n, RELATION rel, ...) //с параметрами { n_relation = n; RELATION* p = &rel; relations = new RELATION[n]; for (short i = 0; i < n; i++) relations[i] = p[i]; }; FST::FST::FST(char* s, short ns, NODE n, ...) { string = s; nstates = ns; nodes = new NODE[ns]; NODE* p = &n; for (int k = 0; k < ns; k++) nodes[k] = p[k]; rstates = new short[nstates]; rstates[0] = 0; position = -1; }; bool step(FST::FST& fst, short& rstates, int length) //один шаг автомата { bool rc = false; bool contFlag = false; std::swap(rstates, fst.rstates); // смена массивов for (short i = 0; i < fst.nstates; i++) //цикл по всем состояниям { if (rstates[i] == fst.position) //если возможная позиция текущая равна текущей позиции for (short j = 0; j < fst.nodes[i].n_relation; j++) //до количеста инцендентных ребер { if (fst.nodes[i].relations[j].symbol == fst.string[fst.position]) //если нашли такой символ { if (fst.position == length)//если последний символ в строке, то ищем есть ли второй узел(второй узел для выхода) { contFlag = true; continue; } else { fst.rstates[fst.nodes[i].relations[j].nnode] = fst.position + 1; rc = true; } }; }; if ((rc == false) && contFlag) //если не нашли второй узел то возвращаемся к первому { for (short j = 0; j < fst.nodes[i].n_relation; j++) //до количеста инцендентных ребер { if (fst.nodes[i].relations[j].symbol == fst.string[fst.position]) //если нашли такой символ { fst.rstates[fst.nodes[i].relations[j].nnode] = fst.position + 1; rc = true; }; }; } }; return rc; } struct col { public: col(void) { column = 1; } void reset_col() { column = 1; } void set_col(int a) { column = a; } int get_col() { return column; } private: int column; } colum; bool FST::execute(FST& fst) //выполнить распознование цепочки { fst.rstates[0] = 0; fst.position = -1; colum.reset_col(); short rstates = new short[fst.nstates];//выделяем память по размеру memset(rstates, 0xff, sizeof(short) * fst.nstates); //инициализируем пустотой (ff) short lstring = strlen(fst.string); //длина цепочки bool rc = true; for (short i = 0; i < lstring && rc; i++) //по длине цепочки { fst.position++; //продвинули позицию rc = step(fst, rstates, lstring); //один шаг автомата colum.set_col(i); } delete[] rstates; return (rc ? (fst.rstates[fst.nstates - 1] == lstring) : rc); } void FST::LexAnalyzer(In::IN in, Out::OUT out, Log::LOG log, LT::LexTable& lextable, IT::IdTable& idtable) //выполнить распознование цепочки { libfuncs libs[4]; int libslen = 3; libs[0].name = "random"; libs[0].params[0] = IT::INT; libs[0].parcount = 1; libs[0].retval = IT::INT; libs[1].name = "ord"; libs[1].params[0] = IT::CHR; libs[1].parcount = 1; libs[1].retval = IT::INT; libs[2].name = "chr"; libs[2].params[0] = IT::INT; libs[2].parcount = 1; libs[2].retval = IT::CHR; char* str = new char[255]; #pragma region "FSTS" FST l_integer( str, 5, //количество состояний NODE(1, RELATION('u', 1)), NODE(1, RELATION('i', 2)), NODE(1, RELATION('n', 3)), NODE(1, RELATION('t', 4)), NODE() ); FST l_until( str, 6, //количество состояний NODE(1, RELATION('w', 1)), NODE(1, RELATION('h', 2)), NODE(1, RELATION('i', 3)), NODE(1, RELATION('l', 4)), NODE(1, RELATION('e', 5)), NODE() ); FST l_if( str, 3, //количество состояний NODE(1, RELATION('o', 1)), NODE(1, RELATION('n', 2)), NODE() ); FST l_export( str, 7, //количество состояний NODE(1, RELATION('e', 1)), NODE(1, RELATION('x', 2)), NODE(1, RELATION('t', 3)), NODE(1, RELATION('e', 4)), NODE(1, RELATION('r', 5)), NODE(1, RELATION('n', 6)), NODE() ); FST l_str( str, 4, //количество состояний NODE(1, RELATION('s', 1)), NODE(1, RELATION('t', 2)), NODE(1, RELATION('r', 3)), NODE() ); FST l_numberLiteral( str, 2, //количество состояний NODE(20, RELATION('0', 0), RELATION('1', 0), RELATION('2', 0), RELATION('3', 0), RELATION('4', 0), RELATION('5', 0), RELATION('6', 0), RELATION('7', 0), RELATION('8', 0), RELATION('9', 0), RELATION('0', 1), RELATION('1', 1), RELATION('2', 1), RELATION('3', 1), RELATION('4', 1), RELATION('5', 1), RELATION('6', 1), RELATION('7', 1), RELATION('8', 1), RELATION('9', 1) ), NODE() ); FST l_charLiteral( str, 4, NODE(1, RELATION('\'', 1)), NODE(256, RELATION((char)39, 2), RELATION((char)0, 2), RELATION((char)1, 2), RELATION((char)2, 2), RELATION((char)3, 2), RELATION((char)4, 2), RELATION((char)5, 2), RELATION((char)6, 2), RELATION((char)7, 2), RELATION((char)8, 2), RELATION((char)9, 2), RELATION((char)10, 2), RELATION((char)11, 2), RELATION((char)12, 2), RELATION((char)13, 2), RELATION((char)14, 2), RELATION((char)15, 2), RELATION((char)16, 2), RELATION((char)17, 2), RELATION((char)18, 2), RELATION((char)19, 2), RELATION((char)20, 2), RELATION((char)21, 2), RELATION((char)22, 2), RELATION((char)23, 2), RELATION((char)24, 2), RELATION((char)25, 2), RELATION((char)26, 2), RELATION((char)27, 2), RELATION((char)28, 2), RELATION((char)29, 2), RELATION((char)30, 2), RELATION((char)31, 2), RELATION((char)32, 2), RELATION((char)33, 2), RELATION((char)34, 2), RELATION((char)35, 2), RELATION((char)36, 2), RELATION((char)37, 2), RELATION((char)38, 2), RELATION((char)40, 2), RELATION((char)41, 2), RELATION((char)42, 2), RELATION((char)43, 2), RELATION((char)44, 2), RELATION((char)45, 2), RELATION((char)46, 2), RELATION((char)47, 2), RELATION((char)48, 2), RELATION((char)49, 2), RELATION((char)50, 2), RELATION((char)51, 2), RELATION((char)52, 2), RELATION((char)53, 2), RELATION((char)54, 2), RELATION((char)55, 2), RELATION((char)56, 2), RELATION((char)57, 2), RELATION((char)58, 2), RELATION((char)59, 2), RELATION((char)60, 2), RELATION((char)61, 2), RELATION((char)62, 2), RELATION((char)63, 2), RELATION((char)64, 2), RELATION((char)65, 2), RELATION((char)66, 2), RELATION((char)67, 2), RELATION((char)68, 2), RELATION((char)69, 2), RELATION((char)70, 2), RELATION((char)71, 2), RELATION((char)72, 2), RELATION((char)73, 2), RELATION((char)74, 2), RELATION((char)75, 2), RELATION((char)76, 2), RELATION((char)77, 2), RELATION((char)78, 2), RELATION((char)79, 2), RELATION((char)80, 2), RELATION((char)81, 2), RELATION((char)82, 2), RELATION((char)83, 2), RELATION((char)84, 2), RELATION((char)85, 2), RELATION((char)86, 2), RELATION((char)87, 2), RELATION((char)88, 2), RELATION((char)89, 2), RELATION((char)90, 2), RELATION((char)91, 2), RELATION((char)92, 2), RELATION((char)93, 2), RELATION((char)94, 2), RELATION((char)95, 2), RELATION((char)96, 2), RELATION((char)97, 2), RELATION((char)98, 2), RELATION((char)99, 2), RELATION((char)100, 2), RELATION((char)101, 2), RELATION((char)102, 2), RELATION((char)103, 2), RELATION((char)104, 2), RELATION((char)105, 2), RELATION((char)106, 2), RELATION((char)107, 2), RELATION((char)108, 2), RELATION((char)109, 2), RELATION((char)110, 2), RELATION((char)111, 2), RELATION((char)112, 2), RELATION((char)113, 2), RELATION((char)114, 2), RELATION((char)115, 2), RELATION((char)116, 2), RELATION((char)117, 2), RELATION((char)118, 2), RELATION((char)119, 2), RELATION((char)120, 2), RELATION((char)121, 2), RELATION((char)122, 2), RELATION((char)123, 2), RELATION((char)124, 2), RELATION((char)125, 2), RELATION((char)126, 2), RELATION((char)127, 2), RELATION((char)128, 2), RELATION((char)129, 2), RELATION((char)130, 2), RELATION((char)131, 2), RELATION((char)132, 2), RELATION((char)133, 2), RELATION((char)134, 2), RELATION((char)135, 2), RELATION((char)136, 2), RELATION((char)137, 2), RELATION((char)138, 2), RELATION((char)139, 2), RELATION((char)140, 2), RELATION((char)141, 2), RELATION((char)142, 2), RELATION((char)143, 2), RELATION((char)144, 2), RELATION((char)145, 2), RELATION((char)146, 2), RELATION((char)147, 2), RELATION((char)148, 2), RELATION((char)149, 2), RELATION((char)150, 2), RELATION((char)151, 2), RELATION((char)152, 2), RELATION((char)153, 2), RELATION((char)154, 2), RELATION((char)155, 2), RELATION((char)156, 2), RELATION((char)157, 2), RELATION((char)158, 2), RELATION((char)159, 2), RELATION((char)160, 2), RELATION((char)161, 2), RELATION((char)162, 2), RELATION((char)163, 2), RELATION((char)164, 2), RELATION((char)165, 2), RELATION((char)166, 2), RELATION((char)167, 2), RELATION((char)168, 2), RELATION((char)169, 2), RELATION((char)170, 2), RELATION((char)171, 2), RELATION((char)172, 2), RELATION((char)173, 2), RELATION((char)174, 2), RELATION((char)175, 2), RELATION((char)176, 2), RELATION((char)177, 2), RELATION((char)178, 2), RELATION((char)179, 2), RELATION((char)180, 2), RELATION((char)181, 2), RELATION((char)182, 2), RELATION((char)183, 2), RELATION((char)184, 2), RELATION((char)185, 2), RELATION((char)186, 2), RELATION((char)187, 2), RELATION((char)188, 2), RELATION((char)189, 2), RELATION((char)190, 2), RELATION((char)191, 2), RELATION((char)192, 2), RELATION((char)193, 2), RELATION((char)194, 2), RELATION((char)195, 2), RELATION((char)196, 2), RELATION((char)197, 2), RELATION((char)198, 2), RELATION((char)199, 2), RELATION((char)200, 2), RELATION((char)201, 2), RELATION((char)202, 2), RELATION((char)203, 2), RELATION((char)204, 2), RELATION((char)205, 2), RELATION((char)206, 2), RELATION((char)207, 2), RELATION((char)208, 2), RELATION((char)209, 2), RELATION((char)210, 2), RELATION((char)211, 2), RELATION((char)212, 2), RELATION((char)213, 2), RELATION((char)214, 2), RELATION((char)215, 2), RELATION((char)216, 2), RELATION((char)217, 2), RELATION((char)218, 2), RELATION((char)219, 2), RELATION((char)220, 2), RELATION((char)221, 2), RELATION((char)222, 2), RELATION((char)223, 2), RELATION((char)224, 2), RELATION((char)225, 2), RELATION((char)226, 2), RELATION((char)227, 2), RELATION((char)228, 2), RELATION((char)229, 2), RELATION((char)230, 2), RELATION((char)231, 2), RELATION((char)232, 2), RELATION((char)233, 2), RELATION((char)234, 2), RELATION((char)235, 2), RELATION((char)236, 2), RELATION((char)237, 2), RELATION((char)238, 2), RELATION((char)239, 2), RELATION((char)240, 2), RELATION((char)241, 2), RELATION((char)242, 2), RELATION((char)243, 2), RELATION((char)244, 2), RELATION((char)245, 2), RELATION((char)246, 2), RELATION((char)247, 2), RELATION((char)248, 2), RELATION((char)249, 2), RELATION((char)250, 2), RELATION((char)251, 2), RELATION((char)252, 2), RELATION((char)253, 2), RELATION((char)254, 2), RELATION((char)255, 2)), NODE(1, RELATION('\'', 3)), NODE()); FST l_stringLiteral( str, 3, //количество состояний NODE(1, RELATION('\"', 1)), NODE(256, RELATION('\"', 2), RELATION((char)0, 1), RELATION((char)1, 1), RELATION((char)2, 1), RELATION((char)3, 1), RELATION((char)4, 1), RELATION((char)5, 1), RELATION((char)6, 1), RELATION((char)7, 1), RELATION((char)8, 1), RELATION((char)9, 1), RELATION((char)10, 1), RELATION((char)11, 1), RELATION((char)12, 1), RELATION((char)13, 1), RELATION((char)14, 1), RELATION((char)15, 1), RELATION((char)16, 1), RELATION((char)17, 1), RELATION((char)18, 1), RELATION((char)19, 1), RELATION((char)20, 1), RELATION((char)21, 1), RELATION((char)22, 1), RELATION((char)23, 1), RELATION((char)24, 1), RELATION((char)25, 1), RELATION((char)26, 1), RELATION((char)27, 1), RELATION((char)28, 1), RELATION((char)29, 1), RELATION((char)30, 1), RELATION((char)31, 1), RELATION((char)32, 1), RELATION((char)33, 1), RELATION((char)35, 1), RELATION((char)36, 1), RELATION((char)37, 1), RELATION((char)38, 1), RELATION((char)39, 1), RELATION((char)40, 1), RELATION((char)41, 1), RELATION((char)42, 1), RELATION((char)43, 1), RELATION((char)44, 1), RELATION((char)45, 1), RELATION((char)46, 1), RELATION((char)47, 1), RELATION((char)48, 1), RELATION((char)49, 1), RELATION((char)50, 1), RELATION((char)51, 1), RELATION((char)52, 1), RELATION((char)53, 1), RELATION((char)54, 1), RELATION((char)55, 1), RELATION((char)56, 1), RELATION((char)57, 1), RELATION((char)58, 1), RELATION((char)59, 1), RELATION((char)60, 1), RELATION((char)61, 1), RELATION((char)62, 1), RELATION((char)63, 1), RELATION((char)64, 1), RELATION((char)65, 1), RELATION((char)66, 1), RELATION((char)67, 1), RELATION((char)68, 1), RELATION((char)69, 1), RELATION((char)70, 1), RELATION((char)71, 1), RELATION((char)72, 1), RELATION((char)73, 1), RELATION((char)74, 1), RELATION((char)75, 1), RELATION((char)76, 1), RELATION((char)77, 1), RELATION((char)78, 1), RELATION((char)79, 1), RELATION((char)80, 1), RELATION((char)81, 1), RELATION((char)82, 1), RELATION((char)83, 1), RELATION((char)84, 1), RELATION((char)85, 1), RELATION((char)86, 1), RELATION((char)87, 1), RELATION((char)88, 1), RELATION((char)89, 1), RELATION((char)90, 1), RELATION((char)91, 1), RELATION((char)92, 1), RELATION((char)93, 1), RELATION((char)94, 1), RELATION((char)95, 1), RELATION((char)96, 1), RELATION((char)97, 1), RELATION((char)98, 1), RELATION((char)99, 1), RELATION((char)100, 1), RELATION((char)101, 1), RELATION((char)102, 1), RELATION((char)103, 1), RELATION((char)104, 1), RELATION((char)105, 1), RELATION((char)106, 1), RELATION((char)107, 1), RELATION((char)108, 1), RELATION((char)109, 1), RELATION((char)110, 1), RELATION((char)111, 1), RELATION((char)112, 1), RELATION((char)113, 1), RELATION((char)114, 1), RELATION((char)115, 1), RELATION((char)116, 1), RELATION((char)117, 1), RELATION((char)118, 1), RELATION((char)119, 1), RELATION((char)120, 1), RELATION((char)121, 1), RELATION((char)122, 1), RELATION((char)123, 1), RELATION((char)124, 1), RELATION((char)125, 1), RELATION((char)126, 1), RELATION((char)127, 1), RELATION((char)128, 1), RELATION((char)129, 1), RELATION((char)130, 1), RELATION((char)131, 1), RELATION((char)132, 1), RELATION((char)133, 1), RELATION((char)134, 1), RELATION((char)135, 1), RELATION((char)136, 1), RELATION((char)137, 1), RELATION((char)138, 1), RELATION((char)139, 1), RELATION((char)140, 1), RELATION((char)141, 1), RELATION((char)142, 1), RELATION((char)143, 1), RELATION((char)144, 1), RELATION((char)145, 1), RELATION((char)146, 1), RELATION((char)147, 1), RELATION((char)148, 1), RELATION((char)149, 1), RELATION((char)150, 1), RELATION((char)151, 1), RELATION((char)152, 1), RELATION((char)153, 1), RELATION((char)154, 1), RELATION((char)155, 1), RELATION((char)156, 1), RELATION((char)157, 1), RELATION((char)158, 1), RELATION((char)159, 1), RELATION((char)160, 1), RELATION((char)161, 1), RELATION((char)162, 1), RELATION((char)163, 1), RELATION((char)164, 1), RELATION((char)165, 1), RELATION((char)166, 1), RELATION((char)167, 1), RELATION((char)168, 1), RELATION((char)169, 1), RELATION((char)170, 1), RELATION((char)171, 1), RELATION((char)172, 1), RELATION((char)173, 1), RELATION((char)174, 1), RELATION((char)175, 1), RELATION((char)176, 1), RELATION((char)177, 1), RELATION((char)178, 1), RELATION((char)179, 1), RELATION((char)180, 1), RELATION((char)181, 1), RELATION((char)182, 1), RELATION((char)183, 1), RELATION((char)184, 1), RELATION((char)185, 1), RELATION((char)186, 1), RELATION((char)187, 1), RELATION((char)188, 1), RELATION((char)189, 1), RELATION((char)190, 1), RELATION((char)191, 1), RELATION((char)192, 1), RELATION((char)193, 1), RELATION((char)194, 1), RELATION((char)195, 1), RELATION((char)196, 1), RELATION((char)197, 1), RELATION((char)198, 1), RELATION((char)199, 1), RELATION((char)200, 1), RELATION((char)201, 1), RELATION((char)202, 1), RELATION((char)203, 1), RELATION((char)204, 1), RELATION((char)205, 1), RELATION((char)206, 1), RELATION((char)207, 1), RELATION((char)208, 1), RELATION((char)209, 1), RELATION((char)210, 1), RELATION((char)211, 1), RELATION((char)212, 1), RELATION((char)213, 1), RELATION((char)214, 1), RELATION((char)215, 1), RELATION((char)216, 1), RELATION((char)217, 1), RELATION((char)218, 1), RELATION((char)219, 1), RELATION((char)220, 1), RELATION((char)221, 1), RELATION((char)222, 1), RELATION((char)223, 1), RELATION((char)224, 1), RELATION((char)225, 1), RELATION((char)226, 1), RELATION((char)227, 1), RELATION((char)228, 1), RELATION((char)229, 1), RELATION((char)230, 1), RELATION((char)231, 1), RELATION((char)232, 1), RELATION((char)233, 1), RELATION((char)234, 1), RELATION((char)235, 1), RELATION((char)236, 1), RELATION((char)237, 1), RELATION((char)238, 1), RELATION((char)239, 1), RELATION((char)240, 1), RELATION((char)241, 1), RELATION((char)242, 1), RELATION((char)243, 1), RELATION((char)244, 1), RELATION((char)245, 1), RELATION((char)246, 1), RELATION((char)247, 1), RELATION((char)248, 1), RELATION((char)249, 1), RELATION((char)250, 1), RELATION((char)251, 1), RELATION((char)252, 1), RELATION((char)253, 1), RELATION((char)254, 1), RELATION((char)255, 1) ), NODE() ); FST l_itendificator( str, 3, //количество состояний NODE(106, RELATION('a', 1), RELATION('b', 1), RELATION('c', 1), RELATION('d', 1), RELATION('e', 1), RELATION('f', 1), RELATION('g', 1), RELATION('h', 1), RELATION('i', 1), RELATION('j', 1), RELATION('k', 1), RELATION('l', 1), RELATION('m', 1), RELATION('n', 1), RELATION('o', 1), RELATION('p', 1), RELATION('q', 1), RELATION('r', 1), RELATION('s', 1), RELATION('t', 1), RELATION('u', 1), RELATION('v', 1), RELATION('w', 1), RELATION('x', 1), RELATION('y', 1), RELATION('z', 1), RELATION('A', 1), RELATION('B', 1), RELATION('C', 1), RELATION('D', 1), RELATION('E', 1), RELATION('F', 1), RELATION('G', 1), RELATION('H', 1), RELATION('I', 1), RELATION('J', 1), RELATION('K', 1), RELATION('L', 1), RELATION('M', 1), RELATION('N', 1), RELATION('O', 1), RELATION('P', 1), RELATION('Q', 1), RELATION('R', 1), RELATION('S', 1), RELATION('T', 1), RELATION('U', 1), RELATION('V', 1), RELATION('W', 1), RELATION('X', 1), RELATION('Y', 1), RELATION('Z', 1), RELATION('_', 1), RELATION('a', 2), RELATION('b', 2), RELATION('c', 2), RELATION('d', 2), RELATION('e', 2), RELATION('f', 2), RELATION('g', 2), RELATION('h', 2), RELATION('i', 2), RELATION('j', 2), RELATION('k', 2), RELATION('l', 2), RELATION('m', 2), RELATION('n', 2), RELATION('o', 2), RELATION('p', 2), RELATION('q', 2), RELATION('r', 2), RELATION('s', 2), RELATION('t', 2), RELATION('u', 2), RELATION('v', 2), RELATION('w', 2), RELATION('x', 2), RELATION('y', 2), RELATION('z', 2), RELATION('A', 2), RELATION('B', 2), RELATION('C', 2), RELATION('D', 2), RELATION('E', 2), RELATION('F', 2), RELATION('G', 2), RELATION('H', 2), RELATION('I', 2), RELATION('J', 2), RELATION('K', 2), RELATION('L', 2), RELATION('M', 2), RELATION('N', 2), RELATION('O', 2), RELATION('P', 2), RELATION('Q', 2), RELATION('R', 2), RELATION('S', 2), RELATION('T', 2), RELATION('U', 2), RELATION('V', 2), RELATION('W', 2), RELATION('X', 2), RELATION('Y', 2), RELATION('Z', 2), RELATION('_', 2) ), NODE(126, RELATION('a', 1), RELATION('b', 1), RELATION('c', 1), RELATION('d', 1), RELATION('e', 1), RELATION('f', 1), RELATION('g', 1), RELATION('h', 1), RELATION('i', 1), RELATION('j', 1), RELATION('k', 1), RELATION('l', 1), RELATION('m', 1), RELATION('n', 1), RELATION('o', 1), RELATION('p', 1), RELATION('q', 1), RELATION('r', 1), RELATION('s', 1), RELATION('t', 1), RELATION('u', 1), RELATION('v', 1), RELATION('w', 1), RELATION('x', 1), RELATION('y', 1), RELATION('z', 1), RELATION('A', 1), RELATION('B', 1), RELATION('C', 1), RELATION('D', 1), RELATION('E', 1), RELATION('F', 1), RELATION('G', 1), RELATION('H', 1), RELATION('I', 1), RELATION('J', 1), RELATION('K', 1), RELATION('L', 1), RELATION('M', 1), RELATION('N', 1), RELATION('O', 1), RELATION('P', 1), RELATION('Q', 1), RELATION('R', 1), RELATION('S', 1), RELATION('T', 1), RELATION('U', 1), RELATION('V', 1), RELATION('W', 1), RELATION('X', 1), RELATION('Y', 1), RELATION('Z', 1), RELATION('_', 1), RELATION('0', 1), RELATION('1', 1), RELATION('2', 1), RELATION('3', 1), RELATION('4', 1), RELATION('5', 1), RELATION('6', 1), RELATION('7', 1), RELATION('8', 1), RELATION('9', 1), RELATION('a', 2), RELATION('b', 2), RELATION('c', 2), RELATION('d', 2), RELATION('e', 2), RELATION('f', 2), RELATION('g', 2), RELATION('h', 2), RELATION('i', 2), RELATION('j', 2), RELATION('k', 2), RELATION('l', 2), RELATION('m', 2), RELATION('n', 2), RELATION('o', 2), RELATION('p', 2), RELATION('q', 2), RELATION('r', 2), RELATION('s', 2), RELATION('t', 2), RELATION('u', 2), RELATION('v', 2), RELATION('w', 2), RELATION('x', 2), RELATION('y', 2), RELATION('z', 2), RELATION('A', 2), RELATION('B', 2), RELATION('C', 2), RELATION('D', 2), RELATION('E', 2), RELATION('F', 2), RELATION('G', 2), RELATION('H', 2), RELATION('I', 2), RELATION('J', 2), RELATION('K', 2), RELATION('L', 2), RELATION('M', 2), RELATION('N', 2), RELATION('O', 2), RELATION('P', 2), RELATION('Q', 2), RELATION('R', 2), RELATION('S', 2), RELATION('T', 2), RELATION('U', 2), RELATION('V', 2), RELATION('W', 2), RELATION('X', 2), RELATION('Y', 2), RELATION('Z', 2), RELATION('_', 2), RELATION('0', 2), RELATION('1', 2), RELATION('2', 2), RELATION('3', 2), RELATION('4', 2), RELATION('5', 2), RELATION('6', 2), RELATION('7', 2), RELATION('8', 2), RELATION('9', 2) ), NODE() ); FST l_string( str, 5, //количество состояний NODE(1, RELATION('c', 1)), NODE(1, RELATION('h', 2)), NODE(1, RELATION('a', 3)), NODE(1, RELATION('r', 4)), NODE() ); FST l_function( str, 5, //количество состояний NODE(1, RELATION('f', 1)), NODE(1, RELATION('u', 2)), NODE(1, RELATION('n', 3)), NODE(1, RELATION('c', 4)), NODE() ); FST l_declare( str, 5, //количество состояний NODE(1, RELATION('b', 1)), NODE(1, RELATION('i', 2)), NODE(1, RELATION('n', 3)), NODE(1, RELATION('d', 4)), NODE() ); FST l_return( str, 5, //количество состояний NODE(1, RELATION('s', 1)), NODE(1, RELATION('t', 2)), NODE(1, RELATION('o', 3)), NODE(1, RELATION('p', 4)), NODE() ); FST l_printi( str, 7, //количество состояний NODE(1, RELATION('o', 1)), NODE(1, RELATION('u', 2)), NODE(1, RELATION('t', 3)), NODE(1, RELATION('p', 4)), NODE(1, RELATION('u', 5)), NODE(1, RELATION('t', 6)), NODE() ); FST l_prints( str, 5, //количество состояний NODE(1, RELATION('s', 1)), NODE(1, RELATION('a', 2)), NODE(1, RELATION('y', 3)), NODE(1, RELATION('s', 4)), NODE() ); FST l_main( str, 3, //количество состояний NODE(1, RELATION('g', 1)), NODE(1, RELATION('o', 2)), NODE() ); FST l_semicolon( str, 2, //количество состояний NODE(1, RELATION(';', 1)), NODE() ); FST l_comma( str, 2, //количество состояний NODE(1, RELATION(',', 1)), NODE() ); FST l_braceleft( str, 2, //количество состояний NODE(1, RELATION('{', 1)), NODE() ); FST l_braceright( str, 2, //количество состояний NODE(1, RELATION('}', 1)), NODE() ); FST l_lefthesis( str, 2, //количество состояний NODE(1, RELATION('(', 1)), NODE() ); FST l_cycleStart( str, 2, //количество состояний NODE(1, RELATION('[', 1)), NODE() ); FST l_cycleEnd( str, 2, //количество состояний NODE(1, RELATION(']', 1)), NODE() ); FST l_righthesis( str, 2, //количество состояний NODE(1, RELATION(')', 1)), NODE() ); FST l_verb( str, 2, //количество состояний NODE(8, RELATION('+', 1), RELATION('-', 1), RELATION('', 1), RELATION('/', 1),RELATION(':', 1),RELATION('\\', 1), RELATION('%', 1),RELATION('=', 1)), NODE() ); FST l_boolVerb( str, 2, //количество состояний NODE(4, RELATION('^',1), RELATION('<',1), RELATION('>',1), RELATION('&',1)), NODE() ); #pragma endregion #pragma region "Структура checker и её массив автоматов" struct Checker { FST chain; IT::IDDATATYPE iddatatype; char lexName; Checker(FST* f, char c, IT::IDDATATYPE t) { chain = f; lexName = c; iddatatype = t; } }; Checker checkArr[] = { Checker(&l_integer,LEX_INTEGER,IT::INT), Checker(&l_string,LEX_STRING,IT::CHR), Checker(&l_str,LEX_CHAR,IT::STR), Checker(&l_function,LEX_FUNCTION,(IT::IDDATATYPE)FALSYNUMBER), Checker(&l_declare,LEX_DECLARE,(IT::IDDATATYPE)FALSYNUMBER), Checker(&l_until,LEX_UNTIL,(IT::IDDATATYPE)FALSYNUMBER), Checker(&l_if,LEX_IF,(IT::IDDATATYPE)FALSYNUMBER), Checker(&l_return,LEX_RETURN,(IT::IDDATATYPE)FALSYNUMBER), Checker(&l_export,LEX_EXPORT,(IT::IDDATATYPE)FALSYNUMBER), Checker(&l_main,LEX_MAIN,(IT::IDDATATYPE)FALSYNUMBER), // Checker(&l_printi,LEX_PRINT,(IT::IDDATATYPE)FALSYNUMBER), Checker(&l_braceleft,LEX_LEFTBRACE,(IT::IDDATATYPE)FALSYNUMBER), Checker(&l_braceright,LEX_RIGHTBRACE,(IT::IDDATATYPE)FALSYNUMBER), Checker(&l_lefthesis,LEX_LEFTHESIS,(IT::IDDATATYPE)FALSYNUMBER), Checker(&l_righthesis,LEX_RIGHTHESIS,(IT::IDDATATYPE)FALSYNUMBER), Checker(&l_cycleStart,LEX_LEFT_SQUAREBRACE,(IT::IDDATATYPE)FALSYNUMBER), Checker(&l_cycleEnd,LEX_RIGHT_SQUAREBRACE,(IT::IDDATATYPE)FALSYNUMBER), Checker(&l_comma,LEX_COMMA,(IT::IDDATATYPE)FALSYNUMBER), Checker(&l_semicolon,LEX_SEMICOLON,(IT::IDDATATYPE)FALSYNUMBER), Checker(&l_verb,LEX_PLUS,(IT::IDDATATYPE)FALSYNUMBER), // Checker(&l_boolVerb,LEX_BOOL_OPERATOR,(IT::IDDATATYPE)FALSYNUMBER), Checker(&l_itendificator,LEX_ID,(IT::IDDATATYPE)FALSYNUMBER), Checker(&l_numberLiteral,LEX_LITERAL,IT::INT), Checker(&l_stringLiteral,LEX_LITERAL,IT::STR), Checker(&l_charLiteral,LEX_LITERAL,IT::CHR), //len = 22 }; const int checkArrLen = 25; #pragma endregion #pragma region "Флаги" std::string scopeName; std::vector <std::string> scopeStack; int literalCount = 0; scopeStack.push_back("\0"); int scopeCount = 0; int scopeNumber = 0; // aka currentScope int openedBrace = 0; bool isDeclare = false; bool isExported = false; bool isRequireBodyFunc = false; bool isMain = false; bool isFunction = false; bool isFunctionName = false; bool isFunctionParam = false; bool isParametr = false; bool isLiteral = false; bool wasMain = false; bool isBoleanExpression = false; int hesisCounter = 0; IT::IDDATATYPE dataType = (IT::IDDATATYPE)FALSYNUMBER; IT::IDTYPE type = (IT::IDTYPE)FALSYNUMBER; #pragma endregion int libPos = 0; std::stack<IT::IDDATATYPE> params; bool parmStackShouldWrite = false; int sizze = in.lexems.size(); #pragma region "перебор" for (int i = 0; i < sizze; i++) { In::lexem lex = in.lexems.front(); in.lexems.pop_front(); int len = strlen((const char)(lex.lexem)); //длина строки ktrctvs #pragma region "запись лексемы в str" for (int k = 0; k < len; k++) { str[k] = lex.lexem[k]; } str[len] = '\0'; #pragma endregion bool executedFlag = false; // флаг окончания перебора цепочек for (int j = 0; j < checkArrLen; j++) { if (execute(checkArr[j].chain)) { executedFlag = true; #pragma region "Установка флага" LT::Entry lexTableObject(checkArr[j].lexName, lex.line,lex.col, 0xffffffff); //нет until (уже есть) //проверяем что за лексема switch (checkArr[j].lexName) { //если встретили declare case LEX_DECLARE: { isDeclare = true; type = IT::V; break; } case LEX_UNTIL: { isBoleanExpression = true; break; } case LEX_BOOL_OPERATOR: { lexTableObject.lexema = LEX_BOOL_OPERATOR; break; } //если встретили uint/symbol case LEX_TYPE: { if (checkArr[j].iddatatype == IT::INT) { dataType = IT::INT; } else if (checkArr[j].iddatatype == IT::STR) { dataType = IT::STR; } else if (checkArr[j].iddatatype == IT::CHR) { dataType = IT::CHR; } else { //дропай ошибку dataType = (IT::IDDATATYPE)FALSYNUMBER; } break; } //функция case LEX_FUNCTION: { type = IT::F; break; } //вывод case LEX_PRINT: { break; } //итендификатор case LEX_ID: { //область видимости if (strlen(str) > ID_CURRENT_MAXSIZE) { str[ID_CURRENT_MAXSIZE] = '\0'; } std::string scope; //если функция, то не учитываем скоуп if (IT::IsId(idtable, str) != TI_NULLIDX && IT::GetEntry(idtable, IT::IsId(idtable, str)).idtype == (IT::IDTYPE::F)) { scope+= str; } else { if (!isExported) { for (int j = 0; j < scopeStack.size(); j++) { scope = scope + scopeStack.at(j); } } scope += str; } //если нет такого итендфикатора if (IT::IsId(idtable, (char)scope.c_str()) == TI_NULLIDX) { if (isExported) { bool isOk = false; libPos = 0; for (; libPos < libslen; libPos++) { if (libs[libPos].name == str) { isOk = true; break; } } if (!isOk) throw ERROR_THROW_IN(705, lex.line, lex.col) else { if (dataType != libs[libPos].retval) throw ERROR_THROW_IN(707, lex.line, lex.col) parmStackShouldWrite = true; } } //если не параметр и не объявлен if (type != (IT::IDTYPE::P) && !isDeclare && !isExported) { //то мы пытаемся работать с необъявленным итендификатором throw ERROR_THROW_IN(121, lex.line, lex.col) } if (dataType != (IT::IDDATATYPE)FALSYNUMBER && type != (IT::IDTYPE)FALSYNUMBER) { if (type == IT::F) { scopeName = str; } //добавляем в таблицу IT::Entry idTableObject(lextable.size, scope.c_str(), dataType, type, isExported); IT::Add(idtable, idTableObject); lexTableObject.idxTI = idtable.size - 1; //снимаем флаг объявлённости и экспорта isDeclare = false; isExported = false; //записываем в стек параметры импортируемой функции if (parmStackShouldWrite && type == IT::P) { params.push(dataType); //проверка параметров экспортируемой функции } //зануляем тип и вид if (!isFunctionParam) type = (IT::IDTYPE)FALSYNUMBER; dataType = (IT::IDDATATYPE)FALSYNUMBER; } else //дропаем ошибку если тип или вид не определён throw ERROR_THROW_IN(122, lex.line, lex.col); } else { if(isDeclare \|\| isExported) throw ERROR_THROW_IN(700, lex.line, lex.col); //если в таблице итендификаторов есть запись - ссылаемся на неё lexTableObject.idxTI = IT::IsId(idtable, (char)scope.c_str()); } break; } //экспорт case LEX_EXPORT: { isExported = true; break; } //левая скобка case LEX_LEFTHESIS: { //если предыдущий - имя функции if (lextable.size != 0 && lextable.table[lextable.size - 1].idxTI != LT_TI_NULLIDX && idtable.table[lextable.table[lextable.size - 1].idxTI].idtype == IT::F) { //если функцию только объявили if (lextable.table[lextable.size - 4].lexema == LEX_EXPORT \|\| lextable.table[lextable.size - 4].lexema == LEX_DECLARE) { isFunctionParam = true; type = IT::P; scopeStack.push_back(scopeName); } //если функцию вызвали else { isFunctionParam = false; } } if (lextable.size != 0 && lextable.table[lextable.size - 1].idxTI != LT_TI_NULLIDX && idtable.table[lextable.table[lextable.size - 1].idxTI].idtype != IT::F) throw ERROR_THROW_IN(602, lex.line, lex.col) break; } //правая скобочка case LEX_RIGHTHESIS: { if (isBoleanExpression) { isBoleanExpression = false; } if (parmStackShouldWrite) { for (int q = libs[libPos].parcount-1; q > -1; --q) { if (params.size() != libs[libPos].parcount) throw ERROR_THROW_IN(706, lex.line, lex.col) if (params.top() != libs[libPos].params[q]) throw ERROR_THROW_IN(706, lex.line, lex.col) params.pop(); } parmStackShouldWrite = false; } //если параметры функции шли if (isFunctionParam) { //убираем область видимости scopeStack.pop_back(); //больше не параметры функции isFunctionParam = false; //закончили смотреть параметры, сейчас ожидаем тело функции isRequireBodyFunc = true; //тип больше не параметр type = (IT::IDTYPE)FALSYNUMBER; } //аргументы функции, то что передаётся в объявленную else type = (IT::IDTYPE)FALSYNUMBER; break; } //левая фигурная case LEX_LEFTBRACE: { hesisCounter++; //если предыдущая лексема закрытсая скобочка и ожидаем тело функции if (lextable.table[lextable.size - 1].lexema == LEX_RIGHTHESIS && isRequireBodyFunc) scopeStack.push_back(scopeName.c_str()); //если main else if (lextable.table[lextable.size - 1].lexema == LEX_MAIN) scopeStack.push_back("main"); //не будет тела функции else isRequireBodyFunc = false; break; } //правая фигурная case LEX_RIGHTBRACE: { hesisCounter--; if (isRequireBodyFunc) { scopeStack.pop_back(); isRequireBodyFunc = false; } //else //throw ERROR_THROW_IN(127, lex.line, lex.col); break; } //main case LEX_MAIN: { if (!wasMain) { //ожидеам тело функции isRequireBodyFunc = true; //встречался ли main wasMain = true; break; } else throw ERROR_THROW_IN(125, lex.line, lex.col); } //литерал case LEX_LITERAL: { //количество литералов literalCount++; lexTableObject.idxTI = idtable.size; bool continueFlag = true; if (checkArr[j].iddatatype == IT::INT) { unsigned int out = strtoul(str, NULL, 10); int positionInTable = IT::IsLX(idtable, checkArr[j].iddatatype, out); if (positionInTable != TI_NULLIDX) { continueFlag = false; lexTableObject.idxTI = positionInTable; } } if (checkArr[j].iddatatype == IT::CHR) { int positionInTable = IT::IsLX(idtable, checkArr[j].iddatatype, str[1]); if (positionInTable != TI_NULLIDX) { continueFlag = false; lexTableObject.idxTI = positionInTable; } } if (checkArr[j].iddatatype == IT::STR) { int positionInTable = IT::IsLX(idtable, IT::STR, str); if (positionInTable != TI_NULLIDX) { continueFlag = false; lexTableObject.idxTI = positionInTable; } } //если ретурним значит определили if (lextable.table[lextable.size - 1].lexema == LEX_RETURN) { continueFlag = true; lexTableObject.idxTI = idtable.size; } //если такого литерала нет if (continueFlag) { //формируем имя литерала std::string scope; for (int j = scopeStack.size() - 1; j >= 0; j--) { scope = scope + scopeStack.at(j); } scope += "$LEX"; char* t = new char[6]; _itoa_s(literalCount, t, 6, 10); scope += t; if (checkArr[j].iddatatype == IT::INT) { unsigned int out = strtoul(str, NULL, 10); IT::Entry ttmp(lextable.size - 1, scope.c_str(), checkArr[j].iddatatype, IT::L, out); IT::Add(idtable, ttmp); } else if (checkArr[j].iddatatype == IT::STR) { IT::Entry ttmp(lextable.size - 1, scope.c_str(), checkArr[j].iddatatype, IT::L, str); IT::Add(idtable, ttmp); } else if (checkArr[j].iddatatype == IT::CHR) { IT::Entry ttmp(lextable.size - 1, scope.c_str(), checkArr[j].iddatatype, IT::L, (char)str[1]); IT::Add(idtable, ttmp); } else ERROR_THROW_IN(122, lex.line, lex.col); } break; } } #pragma region "Если знаковая лексема" if (lexTableObject.lexema == LEX_MINUS \|\| lexTableObject.lexema == LEX_LEFTBRACE \|\| lexTableObject.lexema == LEX_RIGHTBRACE \|\| lexTableObject.lexema == LEX_LEFTHESIS \|\| lexTableObject.lexema == LEX_RIGHTHESIS) lexTableObject.data = str[0]; #pragma endregion #pragma region "Если булевая лексема" if (lexTableObject.lexema == LEX_BOOL_OPERATOR) lexTableObject.data = str[0]; #pragma endregion #pragma endregion LT::Add(lextable, lexTableObject); break; } } //если не распознали цепочку if (!executedFlag) throw ERROR_THROW_IN(120, lex.line, lex.col); } //если не было main if (!wasMain) throw ERROR_THROW(124); if(hesisCounter!=0) throw ERROR_THROW(116); #pragma endregion }	[ "53996471+Selevn@users.noreply.github.com" ]	53996471+Selevn@users.noreply.github.com
1e696ebb317e5a78fa18bc38d23ccb2d0bcb83da	5d841efa1c0e0186a726228ac15abeba05a5920f	/plotTurnOn.h	c4b7fb9bb56d6ca63ba27e40dabd9aeb40bf13b8	[]	no_license	vince502/HLTGPU	52225ed5b1a5a8577b2912d22fece850654241ff	8a7c2d0efa805b9c0288fc1f130e97973bf0cf18	refs/heads/main	2023-04-02T03:54:26.226833	2020-12-05T17:27:18	2020-12-05T17:27:18	308,573,995	0	0	null	null	null	null	UTF-8	C++	false	false	24,696	h	#ifndef plotTurnOn_h #define plotTurnOn_h #include <TROOT.h> #include <TSystem.h> #include <TFile.h> #include <TH1.h> #include <TEfficiency.h> #include <TTreeReader.h> #include <TTreeReaderValue.h> #include <TTreeReaderArray.h> #include <TLorentzVector.h> #include <TGraphAsymmErrors.h> #include <TCanvas.h> #include <TPad.h> #include <TAxis.h> #include <TLine.h> #include <TLegend.h> #include <TLegendEntry.h> #include <ROOT/TProcessExecutor.hxx> #include <ROOT/TSeq.hxx> #include <iostream> #include <map> #include <set> #include <vector> #include <string> #include <dirent.h> #include <memory> #include "tdrstyle.C" #include "CMS_lumi.C" class TreeReaderBase { public: TreeReaderBase(){}; TreeReaderBase(const std::string& path) { setFile(path); }; ~TreeReaderBase() { if (file_ && file_->IsOpen()) file_->Close(); }; // getters Long64_t getEntries() const { if (reader_.empty()) { return 0; } return reader_.begin()->second->GetEntries(false); }; // setters void setFile(const std::string& path) { file_.reset(TFile::Open(path.c_str(), "READ")); if (!file_->IsOpen() \|\| file_->IsZombie()) { throw std::runtime_error("[ERROR] File "+path+" failed to open!"); } }; void setEntry(const Long64_t& i, const bool& checkValue, const bool& onDemand) { if (i<0) { throw std::runtime_error(Form("[ERROR] Invalid index: %lld", i)); } onDemand_ = onDemand; index_ = i; checkValue_ = checkValue; if (!onDemand_) { for (const auto& r : reader_) { loadEntry(r.first); } } }; protected: void checkValue(ROOT::Internal::TTreeReaderValueBase* value) const { if (value==NULL) { throw std::runtime_error("[ERROR] Value pointer is null"); } else if (value->GetSetupStatus() < 0) { throw std::runtime_error(Form("[ERROR] Status %d when setting up reader for %s", value->GetSetupStatus(), value->GetBranchName())); } }; virtual void checkValues(const std::string& tree) const { }; void setTreeReader(const std::string& name, const std::string& dir) { if (reader_.find(name)!=reader_.end() \|\| !file_) return; reader_[name].reset(new TTreeReader(dir.c_str(), file_.get())); if (!reader_.at(name)->GetTree()) { throw std::runtime_error("[ERROR] Failed to open "+dir+" !"); } currentEntry_[name] = -1; }; void loadTreeEntry(TTreeReader* r) const { if (!r) return; const auto status = r->SetEntry(index_); if (status!=TTreeReader::kEntryValid) { std::string msg = ""; if (status==TTreeReader::kEntryNotLoaded) { msg = "no entry has been loaded yet"; } else if (status==TTreeReader::kEntryNoTree) { msg = "the tree does not exist"; } else if (status==TTreeReader::kEntryNotFound) { msg = "the tree entry number does not exist"; } else if (status==TTreeReader::kEntryChainSetupError) { msg = "problem in accessing a chain element, e.g. file without the tree"; } else if (status==TTreeReader::kEntryChainFileError) { msg = "problem in opening a chain's file"; } else if (status==TTreeReader::kEntryDictionaryError) { msg = "problem reading dictionary info from tree"; } //else if (status==TTreeReader::kEntryLast) { msg = "last entry was reached"; } throw std::runtime_error("[ERROR] Invalid entry: "+msg); } }; void loadEntry(const std::string& tree) const { if (index_!=currentEntry_.at(tree)) { loadTreeEntry(reader_.at(tree).get()); if (checkValue_) { checkValues(tree); } const_cast<std::map<std::string, Long64_t >* >(&currentEntry_)->at(tree) = index_; } }; std::unique_ptr<TFile> file_; std::map<std::string, std::unique_ptr<TTreeReader> > reader_; bool checkValue_, onDemand_; Long64_t index_; std::map<std::string, Long64_t > currentEntry_; }; class TriggerReader : public TreeReaderBase { public: TriggerReader(const std::string& path, const bool& buildIndex=false) { setFile(path); setTreeReader("HltTree", "hltanalysis/HltTree"); if (buildIndex) { std::cout<< "[INFO] Building index in TriggerReader for HltTree" << std::endl; reader_.at("HltTree")->GetTree()->BuildIndex("Run","Event"); if (getEntries()>0) { reader_.at("HltTree")->GetTree()->LoadTree(0); } } evtI_["runN"].reset(new TTreeReaderValue<int>(reader_.at("HltTree"), "Run")); evtUL_["eventN"].reset(new TTreeReaderValue<ULong64_t>(reader_.at("HltTree"), "Event")); }; // getters std::pair<Long64_t, Long64_t> getEventNumber() const { if (onDemand_) { loadEntry("HltTree"); } if (evtUL_.find("eventN")==evtUL_.end()) { return {0, 0}; } return {evtI_.at("runN")->Get(), evtUL_.at("eventN")->Get()}; }; bool isTriggerMatched(const TLorentzVector& p4, const std::string& path) const { // set entry on demand for HltTree if (onDemand_) { loadEntry("HltTree"); } if (!evtI_.at(path)->Get()) { return false; } // set entry on demand for TriggerObject if (onDemand_) { loadEntry(path); } // define delta R threshold const auto dR = (path.rfind("HLT_HIL3",0)==0 ? 0.1 : 0.3); const auto dPt = (path.rfind("HLT_HIL1",0)==0 ? 2.0 : 10.0); // check trigger objects bool isMatch = false; for (size_t i=0; i<obj_.at(path).at("eta")->Get()->size(); i++) { // compare object momenta TLorentzVector trigP4; trigP4.SetPtEtaPhiM(obj_.at(path).at("pt")->Get()->at(i), obj_.at(path).at("eta")->Get()->at(i), obj_.at(path).at("phi")->Get()->at(i), p4.M()); isMatch = (path.rfind("HLT_HIL1",0)==0 ? std::abs(trigP4.Eta()-p4.Eta()) < 0.2 : trigP4.DeltaR(p4) < dR) && std::abs(trigP4.Pt()-p4.Pt())/p4.Pt() < dPt; if (isMatch) break; } return isMatch; }; // setters void addTrigger(const std::string& name) { if (name.rfind("HLT_",0)!=0) { throw std::runtime_error("[ERROR] Invalid trigger name "+name+" !"); } if (evtI_.find(name)!=evtI_.end()) return; const auto nm = name.substr(0,name.rfind("_v")+2); setTreeReader(name, "hltobject/"+nm); evtI_[name].reset(new TTreeReaderValue<int>(reader_.at("HltTree"), name.c_str())); for (const auto& var : {"pt", "eta", "phi"}) { obj_[name][var].reset(new TTreeReaderValue<std::vector<float> >(reader_.at(name), var)); } }; using TreeReaderBase::setEntry; bool setEntry(const std::pair<Long64_t, Long64_t>& evtN, const bool& checkValue=true, const bool& onDemand=true) { const auto index = reader_.at("HltTree")->GetTree()->GetEntryNumberWithIndex(evtN.first, evtN.second); if (index<0) { return false; } setEntry(index, checkValue, onDemand); return true; }; private: void checkValues(const std::string& tree) const { if (tree=="HltTree") { for (const auto& r : evtI_ ) { checkValue(r.second.get()); } for (const auto& r : evtUL_) { checkValue(r.second.get()); } } else if (obj_.find(tree)!=obj_.end()) { for (const auto& o : obj_.at(tree)) { checkValue(o.second.get()); } } }; std::map<std::string, std::unique_ptr<TTreeReaderValue<int> > > evtI_; std::map<std::string, std::unique_ptr<TTreeReaderValue<ULong64_t> > > evtUL_; std::map<std::string, std::map<std::string, std::unique_ptr<TTreeReaderValue<std::vector<float> > > > > obj_; }; class RecoReader : public TreeReaderBase { public: RecoReader(const std::string& path, const bool& buildIndex=false) { setFile(path); setTreeReader("ggHiNtuplizerGED", "ggHiNtuplizerGED/EventTree"); setTreeReader("skimanalysis", "skimanalysis/HltTree"); setTreeReader("hiEvtAnalyzer", "hiEvtAnalyzer/HiTree"); if (buildIndex) { std::cout<< "[INFO] Building index in RecoReader for hiEvtAnalyzer" << std::endl; reader_.at("hiEvtAnalyzer")->GetTree()->BuildIndex("run","evt"); if (getEntries()>0) { reader_.at("hiEvtAnalyzer")->GetTree()->LoadTree(0); } } initEventInfo(); }; typedef std::vector<std::pair<TLorentzVector, int> > ParticleCollection; // getters std::pair<Long64_t, Long64_t> getEventNumber() const { if (onDemand_) { loadEntry("hiEvtAnalyzer"); } return {evtUI_.at("runN")->Get(), evtUL_.at("eventN")->Get()}; }; ParticleCollection getParticles(const std::string& type) const { if (onDemand_) { loadEntry("ggHiNtuplizerGED"); } if (getSize(type)==0) return {}; // loop over muons ParticleCollection particles; for (size_t i=0; i<getSize(type); i++) { if (passParticleCut(type, i)) { particles.push_back({getP4(type, i), getPdgID(type, i)}); } } return particles; }; bool passEventSelection() const { if (onDemand_) { loadEntry("skimanalysis"); } return skimI_.at("evtSel")->Get(); }; int getCentrality() const { if (onDemand_) { loadEntry("hiEvtAnalyzer"); } return evtI_.at("hiBin")->Get(); }; // setters void initBranches(const std::string& type) { if (type=="electron") { initElectron(); } else if (type=="photon" ) { initPhoton(); } else if (type=="muon" ) { initMuon(); } }; using TreeReaderBase::setEntry; bool setEntry(const std::pair<Long64_t, Long64_t>& evtN, const bool& checkValue=true, const bool& onDemand=true) { const auto& index = reader_.at("hiEvtAnalyzer")->GetTree()->GetEntryNumberWithIndex(evtN.first, evtN.second); if (index<0) { return false; } setEntry(index, checkValue, onDemand); return true; }; private: void checkValues(const std::string& tree) const { if (tree=="ggHiNtuplizerGED") { for (const auto& o : objI_) { checkValue(o.second.get()); } for (const auto& o : objF_) { checkValue(o.second.get()); } } else if (tree=="hiEvtAnalyzer") { for (const auto& o : evtI_ ) { checkValue(o.second.get()); } for (const auto& o : evtUI_) { checkValue(o.second.get()); } for (const auto& o : evtUL_) { checkValue(o.second.get()); } } else if (tree=="skimanalysis") { for (const auto& o : skimI_ ) { checkValue(o.second.get()); } } }; size_t getSize(const std::string& type) const { if (type=="electron") { return (objF_.find("elePt")!=objF_.end() ? objF_.at("elePt")->Get()->size() : 0); } else if (type=="photon" ) { return (objF_.find("phoEt")!=objF_.end() ? objF_.at("phoEt")->Get()->size() : 0); } else if (type=="muon" ) { return (objF_.find("muPt" )!=objF_.end() ? objF_.at("muPt" )->Get()->size() : 0); } return 0; }; TLorentzVector getP4(const std::string& type, const size_t& i) const { TLorentzVector p4; if (getSize(type)==0) { return p4; } else if (type=="electron") { p4.SetPtEtaPhiM(objF_.at("elePt")->Get()->at(i), objF_.at("eleSCEta")->Get()->at(i), objF_.at("eleSCPhi")->Get()->at(i), 0.000511); } else if (type=="photon" ) { p4.SetPtEtaPhiM(objF_.at("phoEt")->Get()->at(i), objF_.at("phoSCEta")->Get()->at(i), objF_.at("phoSCPhi")->Get()->at(i), 0.0); } else if (type=="muon" ) { p4.SetPtEtaPhiM(objF_.at("muPt" )->Get()->at(i), objF_.at("muEta" )->Get()->at(i), objF_.at("muPhi" )->Get()->at(i), 0.10565837); } return p4; }; int getPdgID(const std::string& type, const size_t& i) const { int pdgID = 0; if (getSize(type)==0) { return pdgID; } else if (type=="electron") { pdgID = -11 objI_.at("eleCharge")->Get()->at(i); } else if (type=="photon" ) { pdgID = 22; } else if (type=="muon" ) { pdgID = -13 * objI_.at("muCharge")->Get()->at(i); } return pdgID; }; bool passParticleCut(const std::string& type, const size_t& i) const { if (getSize(type)==0) { return false; } else if (type=="electron") { return passElectronCut(i); } else if (type=="photon" ) { return passPhotonCut(i); } else if (type=="muon" ) { return passMuonCut(i); } return false; }; bool passElectronCut(const size_t& i) const { // set entry on demand if (onDemand_) { loadEntry("hiEvtAnalyzer"); } // check kinematics if (objF_.at("elePt")->Get()->at(i) <= 20.) return false; if ((std::abs(objF_.at("eleSCEta")->Get()->at(i)) >= 1.4 && std::abs(objF_.at("eleSCEta")->Get()->at(i)) <= 1.6) \|\| std::abs(objF_.at("eleSCEta")->Get()->at(i)) >= 2.1) return false; // use Loose ID working points for PbPb 2018 float cutSigmaIEtaIEta, cutdEtaSeedAtVtx, cutdPhiAtVtx, cutEoverPInv, cutHoverEBc; if (evtI_.at("hiBin")->Get() <= 60) { if (std::abs(objF_.at("eleSCEta")->Get()->at(i)) < 1.479) { cutSigmaIEtaIEta = 0.013451; cutdEtaSeedAtVtx = 0.003814; cutdPhiAtVtx = 0.037586; cutEoverPInv = 0.017664; cutHoverEBc = 0.161613; } else { cutSigmaIEtaIEta = 0.046571; cutdEtaSeedAtVtx = 0.006293; cutdPhiAtVtx = 0.118592; cutEoverPInv = 0.020135; cutHoverEBc = 0.131705; } } else { if (std::abs(objF_.at("eleSCEta")->Get()->at(i)) < 1.479) { cutSigmaIEtaIEta = 0.010867; cutdEtaSeedAtVtx = 0.003284; cutdPhiAtVtx = 0.020979; cutEoverPInv = 0.077633; cutHoverEBc = 0.126826; } else { cutSigmaIEtaIEta = 0.033923; cutdEtaSeedAtVtx = 0.006708; cutdPhiAtVtx = 0.083766; cutEoverPInv = 0.019279; cutHoverEBc = 0.097703; } } const bool passID = objF_.at("eleSigmaIEtaIEta_2012")->Get()->at(i) < cutSigmaIEtaIEta && std::abs(objF_.at("eledEtaSeedAtVtx")->Get()->at(i)) < cutdEtaSeedAtVtx && std::abs(objF_.at("eledPhiAtVtx")->Get()->at(i)) < cutdPhiAtVtx && objF_.at("eleEoverPInv")->Get()->at(i) < cutEoverPInv && objF_.at("eleHoverEBc")->Get()->at(i) < cutHoverEBc && std::abs(objF_.at("eleIP3D")->Get()->at(i)) < 0.03 && objI_.at("eleMissHits")->Get()->at(i) <= 1; return passID; }; bool passPhotonCut(const size_t& i) const { // check kinematics if (objF_.at("phoEt")->Get()->at(i) <= 40.) return false; if ((std::abs(objF_.at("phoSCEta")->Get()->at(i)) >= 1.44 && std::abs(objF_.at("phoSCEta")->Get()->at(i)) <= 1.57) \|\| std::abs(objF_.at("phoSCEta")->Get()->at(i)) >= 2.4) return false; // apply pre-selection if(!(objF_.at("phoSigmaIEtaIEta_2012")->Get()->at(i) > 0.002 && objF_.at("pho_swissCrx")->Get()->at(i) < 0.9 && abs(objF_.at("pho_seedTime")->Get()->at(i)) < 3)) return false; if(!(objF_.at("phoSigmaIEtaIEta_2012")->Get()->at(i) < 0.5 && objF_.at("pho_trackIsoR3PtCut20")->Get()->at(i) > -500 && objF_.at("pho_trackIsoR3PtCut20")->Get()->at(i) < 500)) return false; // use Tight ID working points for PbPb 2018 bool passID = false; const auto iso = objF_.at("pho_ecalClusterIsoR3")->Get()->at(i) + objF_.at("pho_hcalRechitIsoR3")->Get()->at(i) + objF_.at("pho_trackIsoR3PtCut20")->Get()->at(i); if (std::abs(objF_.at("phoSCEta")->Get()->at(i)) < 1.5) { passID = iso < 4.1708 && objF_.at("phoSigmaIEtaIEta_2012")->Get()->at(i) < 0.01072 && objF_.at("phoHoverE")->Get()->at(i) < 0.1609; } else { passID = iso < 8.589 && objF_.at("phoSigmaIEtaIEta_2012")->Get()->at(i) < 0.0440 && objF_.at("phoHoverE")->Get()->at(i) < 0.324; } return passID; }; bool passMuonCut(const size_t& i, const bool& useTightID=false) const { // check kinematics const auto& eta = objF_.at("muEta")->Get()->at(i); const auto& pt = objF_.at("muPt")->Get()->at(i); const bool inAcc = ((std::abs(eta)<1.2 && pt>=3.5) \|\| (1.2<=std::abs(eta) && abs(eta)<2.1 && pt>=5.47-1.89std::abs(eta)) \|\| (2.1<=std::abs(eta) && std::abs(eta)<2.4 && pt>=1.5)); if (!inAcc) return false; // use Tight ID working points for PbPb 2018 (if requested) if (useTightID) return objI_.at("muIDTight")->Get()->at(i); // use Hybrid Soft ID working points for PbPb 2018 const bool passID = objI_.at("muIsGlobal")->Get()->at(i) && objI_.at("muIsTracker")->Get()->at(i) && objI_.at("muTrkLayers")->Get()->at(i) > 5 && objI_.at("muPixelLayers")->Get()->at(i) > 0 && std::abs(objF_.at("muD0")->Get()->at(i)) < 0.3 && std::abs(objF_.at("muDz")->Get()->at(i)) < 20.0; return passID; }; void initEventInfo() { evtUI_["runN"].reset(new TTreeReaderValue<UInt_t>(reader_.at("hiEvtAnalyzer"), "run")); evtUL_["eventN"].reset(new TTreeReaderValue<ULong64_t>(reader_.at("hiEvtAnalyzer"), "evt")); evtI_["hiBin"].reset(new TTreeReaderValue<int>(reader_.at("hiEvtAnalyzer"), "hiBin")); skimI_["evtSel"].reset(new TTreeReaderValue<int>(reader_.at("skimanalysis"), "collisionEventSelectionAODv2")); }; void initElectron() { for (const auto& var : {"eleCharge", "eleMissHits"}) { objI_[var].reset(new TTreeReaderValue<std::vector<int> >(reader_.at("ggHiNtuplizerGED"), var)); } for (const auto& var : {"elePt", "eleSCEta", "eleSCPhi", "eleSigmaIEtaIEta_2012", "eledEtaSeedAtVtx", "eledPhiAtVtx", "eleEoverPInv", "eleHoverEBc", "eleIP3D"}) { objF_[var].reset(new TTreeReaderValue<std::vector<float> >(reader_.at("ggHiNtuplizerGED"), var)); } }; void initPhoton() { for (const auto& var : {"phoEt", "phoSCEta", "phoSCPhi", "pho_ecalClusterIsoR3", "pho_hcalRechitIsoR3", "pho_trackIsoR3PtCut20", "phoSigmaIEtaIEta_2012", "phoHoverE", "pho_swissCrx", "pho_seedTime"}) { objF_[var].reset(new TTreeReaderValue<std::vector<float> >(reader_.at("ggHiNtuplizerGED"), var)); } }; void initMuon() { for (const auto& var : {"muCharge", "muIsGlobal", "muIsTracker", "muIDTight", "muTrkLayers", "muPixelLayers"}) { objI_[var].reset(new TTreeReaderValue<std::vector<int> >(reader_.at("ggHiNtuplizerGED"), var)); }; for (const auto& var : {"muPt", "muEta", "muPhi", "muD0", "muDz"}) { objF_[var].reset(new TTreeReaderValue<std::vector<float> >(*reader_.at("ggHiNtuplizerGED"), var)); } }; std::map<std::string, std::unique_ptr<TTreeReaderValue<UInt_t> > > evtUI_; std::map<std::string, std::unique_ptr<TTreeReaderValue<ULong64_t> > > evtUL_; std::map<std::string, std::unique_ptr<TTreeReaderValue<int> > > evtI_, skimI_; std::map<std::string, std::unique_ptr<TTreeReaderValue<std::vector<int> > > > objI_; std::map<std::string, std::unique_ptr<TTreeReaderValue<std::vector<float> > > > objF_; }; void formatEff(TGraphAsymmErrors& graph, const std::string& par, const std::string& var) { // add particle label std::string parLbl; if (par=="SingleMuon") { parLbl = "Muon"; } else if (par=="DoubleMuon") { parLbl = "Dimuon"; } else if (par=="SingleElectron") { parLbl = "Electron"; } else if (par=="DoubleElectron") { parLbl = "Dielectron"; } else if (par=="SinglePhoton") { parLbl = "Photon"; } // X-axis label std::string xLabel = parLbl; if (var=="Pt") { xLabel += " p_{T} [GeV/c]"; } else if (var=="Eta") { xLabel += " #eta"; } else if (var=="Rapidity") { xLabel += " y"; } // Y-axis label const std::string yLabel = "Efficiency"; // General graph.SetMarkerColor(kBlue); graph.SetMarkerStyle(20); graph.SetMarkerSize(1.5); graph.SetFillStyle(1001); // X-axis graph.GetXaxis()->CenterTitle(kTRUE); graph.GetXaxis()->SetTitleOffset(0.90); graph.GetXaxis()->SetTitleSize(0.055); graph.GetXaxis()->SetLabelSize(0.035); // Y-axis graph.GetYaxis()->CenterTitle(kTRUE); graph.GetYaxis()->SetTitleOffset(1.05); graph.GetYaxis()->SetTitleSize(0.055); graph.GetYaxis()->SetLabelSize(0.035); graph.GetYaxis()->SetRangeUser(0.0, 1.4); // Set Axis Titles graph.SetTitle(Form(";%s;%s", xLabel.c_str(), yLabel.c_str())); gPad->Update(); }; bool existDir(const std::string& dir) { bool exist = false; const auto& dirp = gSystem->OpenDirectory(dir.c_str()); if (dirp) { gSystem->FreeDirectory(dirp); exist = true; } return exist; }; void makeDir(const std::string& dir) { if (existDir(dir)==false){ std::cout << "[INFO] DataSet directory: " << dir << " doesn't exist, will create it!" << std::endl; gSystem->mkdir(dir.c_str(), kTRUE); } }; const std::map<std::string, std::map<std::string, std::vector<double> > > BINMAP = { { "SingleMuon" , { { "Pt" , { 0, 1, 2, 3, 4, 5, 6.5, 7, 8, 9, 10, 11, 12, 13, 15, 17, 19, 21, 25, 30, 35, 40, 50 } }, { "Eta" , { -2.4, -2.0, -1.6, -1.2, -0.8, -0.4, 0.4, 0.8, 1.2, 1.6, 2.0, 2.4 } } } }, { "DoubleMuon" , { { "Pt" , { 0, 1, 2, 3, 4, 5, 6.5, 7, 8, 9, 10, 11, 12, 13, 15, 17, 19, 21, 25, 30, 35, 40, 50 } }, { "Rapidity" , { -2.4, -2.0, -1.6, -1.2, -0.8, -0.4, 0.4, 0.8, 1.2, 1.6, 2.0, 2.4 } } } }, { "SingleElectron" , { { "Pt" , { 20, 21, 22, 25, 30, 35, 40, 50, 60, 100 } }, { "Eta" , { -2.1, -1.6, -1.2, -0.8, -0.4, 0.4, 0.8, 1.2, 1.6, 2.1 } } } }, { "DoubleElectron" , { { "Pt" , { 0, 1, 2, 3, 4, 5, 6.5, 7, 8, 9, 10, 11, 12, 13, 15, 17, 19, 21, 25, 30, 35, 40, 50 } }, { "Rapidity" , { -2.1, -1.6, -1.2, -0.8, -0.4, 0.4, 0.8, 1.2, 1.6, 2.1 } } } }, { "SinglePhoton" , { { "Pt" , { 40, 41, 42, 45, 50, 55, 60, 65, 70, 80, 100, 200 } }, { "Eta" , { -2.4, -2.0, -1.6, -1.2, -0.8, -0.4, 0.4, 0.8, 1.2, 1.6, 2.0, 2.4 } } } } }; const std::map< std::string , std::vector<std::string> > TRIGLIST = { { "SingleMuon" , { "HLT_HIL1MuOpen_Centrality_70_100_v1", "HLT_HIL1MuOpen_Centrality_80_100_v1", "HLT_HIL2Mu3_NHitQ15_v1", "HLT_HIL2Mu5_NHitQ15_v1", "HLT_HIL2Mu7_NHitQ15_v1", "HLT_HIL3Mu12_v1", "HLT_HIL3Mu15_v1", "HLT_HIL3Mu20_v1", "HLT_HIL3Mu3_NHitQ10_v1", "HLT_HIL3Mu5_NHitQ10_v1", "HLT_HIL3Mu7_NHitQ10_v1" } }, { "DoubleMuon" , { "HLT_HIL1DoubleMu10_v1", "HLT_HIL1DoubleMuOpen_v1", "HLT_HIL2DoubleMuOpen_v1", "HLT_HIL2_L1DoubleMu10_v1", "HLT_HIL3DoubleMuOpen_M60120_v1", "HLT_HIL3DoubleMuOpen_Upsi_v1", "HLT_HIL3DoubleMuOpen_v1", "HLT_HIL3Mu0_L2Mu0_v1", "HLT_HIL3Mu2p5NHitQ10_L2Mu2_M7toinf_v1", "HLT_HIL3_L1DoubleMu10_v1", "HLT_HIL1DoubleMuOpen_Centrality_50_100_v1", "HLT_HIL1DoubleMuOpen_OS_Centrality_40_100_v1", "HLT_HIL3DoubleMuOpen_JpsiPsi_v1", "HLT_HIL3Mu0NHitQ10_L2Mu0_MAXdR3p5_M1to5_v1" } }, { "SingleElectron" , { "HLT_HIEle10Gsf_v1", "HLT_HIEle15Gsf_v1", "HLT_HIEle20Gsf_v1", "HLT_HIEle30Gsf_v1", "HLT_HIEle40Gsf_v1", "HLT_HIEle50Gsf_v1" } }, { "DoubleElectron" , { "HLT_HIDoubleEle10GsfMass50_v1", "HLT_HIDoubleEle10Gsf_v1", "HLT_HIDoubleEle15GsfMass50_v1", "HLT_HIDoubleEle15Gsf_v1", "HLT_HIEle15Ele10GsfMass50_v1", "HLT_HIEle15Ele10Gsf_v1" } }, { "SinglePhoton" , { "HLT_HIGEDPhoton30_EB_v1", "HLT_HIGEDPhoton30_v1", "HLT_HIGEDPhoton40_EB_v1", "HLT_HIGEDPhoton40_v1", "HLT_HIGEDPhoton50_EB_v1", "HLT_HIGEDPhoton50_v1", "HLT_HIGEDPhoton60_EB_v1", "HLT_HIGEDPhoton60_v1", "HLT_HIGEDPhoton10_EB_v1", "HLT_HIGEDPhoton10_v1", "HLT_HIGEDPhoton20_EB_v1", "HLT_HIGEDPhoton20_v1" } } }; #endif // ifndef plotTurnOn_h	[ "soohwan.lee@cern.ch" ]	soohwan.lee@cern.ch
901145852e31212055c4df74088b6b7c267e9c25	d8baa1ead20a5338cae542281838c83a64863919	/arrays/mergeSorted.cpp	ab59fcd68b8316d92a8b4bd1478d35f7c0a1a06e	[]	no_license	ktekchan/Summer	c2732f85ce3328dca8d4fd686398044a82f6c792	b51997d3d82251dce461640ae3bf6263ab1237c1	refs/heads/master	2020-05-21T10:14:23.649257	2017-03-01T17:51:01	2017-03-01T17:51:01	42,786,975	0	0	null	null	null	null	UTF-8	C++	false	false	1,195	cpp	/* * Khushboo Tekchandani * Merge an array of size m+n containing m elements with an array of size n * Both of these are sorted arrays * Idea: Move all elements of m+n to the end * Merge */ #include <iostream> using namespace std; void moveToEnd(int arr[], int size){ int i, j; j = size-1; for(i=size-1; i>=0; i--){ if(arr[i]!=-1){ arr[j] = arr[i]; j--; } } } void mergeArr(int arrMN[], int arrN[], int m, int n){ int i,j,k; i = n; // where elements in arr m+n starts from j = 0; // starting of arrn k = 0; // starting of newly merged m+n while(k < (m+n)){ if((j==n)\|\|(i < m+n && arrMN[i]<=arrN[j])){ arrMN[k] = arrMN[i]; k++; i++; } else{ arrMN[k] = arrN[j]; k++; j++; } } for(i=0; i<(m+n-1); i++){ cout << arrMN[i] << " "; } cout << endl; } int main(){ int arrMN[] = {2,8,-1,-1,-1,13,-1,15,20}; int arrN[] = {5,7,9,25}; int size = sizeof(arrMN)/sizeof(arrMN[0]); int n = sizeof(arrN)/sizeof(arrN[0]); int m = size - n; moveToEnd(arrMN,size); mergeArr(arrMN,arrN,m,n); return 0; }	[ "ktekchan@buffalo.edu" ]	ktekchan@buffalo.edu
475268c32502d81684178b5a25d6d667b1d00e66	76eec1682f1b4dfd51218205b6f0dc2827fdd17e	/src/cpu/x64/lrn/jit_uni_lrn_kernel.cpp	3b14d4007d56965986ab3fddaf68a30cd4f7d672	[ "BSD-3-Clause", "Intel", "MIT", "BSL-1.0", "Apache-2.0" ]	permissive	N-Dekker/oneDNN	5b80966848c56113651f4c800ecd9f0cf5e7dba1	49dcdb1d76bc43c058380f5697b75e2f7f2552a6	refs/heads/master	2022-11-30T18:52:20.081536	2020-07-20T16:40:34	2020-07-21T00:48:16	280,428,330	0	0	Apache-2.0	2020-07-20T17:38:28	2020-07-17T13:14:39	null	UTF-8	C++	false	false	49,662	cpp	/******************************************************************************* * Copyright 2016-2020 Intel Corporation * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. ******************************************************************************/ #include <array> #include <cmath> #include "common/c_types_map.hpp" #include "common/nstl.hpp" #include "common/utils.hpp" #include "cpu/x64/jit_avx512_core_bf16cvt.hpp" #include "cpu/x64/lrn/jit_uni_lrn_kernel.hpp" namespace dnnl { namespace impl { namespace cpu { namespace x64 { using namespace dnnl::impl::format_tag; #define IRB_LOOP(statement) \ if (1 == reg_block) { \ const int irb_off = 0; \ const int irb = this->reg_block_idx_ % vsum.size(); \ statement; \ MAYBE_UNUSED(irb_off); \ } else { \ for (int irb = 0; irb < reg_block; irb++) { \ const int irb_off = irb single_pixel_offset_; \ statement; \ MAYBE_UNUSED(irb_off); \ } \ } using namespace Xbyak; template <cpu_isa_t isa, data_type_t d_type> void jit_uni_lrn_fwd_kernel<isa, d_type>::load_data( Vmm reg, const Xbyak::Address p) { this->uni_vmovups(reg, p); } template <> void jit_uni_lrn_fwd_kernel<avx512_common, dnnl::impl::data_type::bf16>::load_data(Vmm reg, const Xbyak::Address p) { this->vpmovzxwd(reg, p); this->vpslld(reg, reg, 0x10); } template <cpu_isa_t isa, data_type_t d_type> void jit_uni_lrn_fwd_kernel<isa, d_type>::store_data( const Xbyak::Address addr, Vmm reg) { this->uni_vmovups(addr, reg); } template <> void jit_uni_lrn_fwd_kernel<avx512_common, dnnl::impl::data_type::bf16>::store_data(const Xbyak::Address addr, Zmm zr) { const Ymm yr = Ymm(zr.getIdx()); if (mayiuse(avx512_core_bf16)) vcvtneps2bf16(yr, zr); else bf16_emu_->vcvtneps2bf16(yr, zr); vmovdqu16(addr, yr); } ////////////////////////////////////////////////////////////////////////////// // forward kernel template <cpu_isa_t isa, data_type_t d_type> void jit_uni_lrn_fwd_kernel<isa, d_type>::within_body(int hoff, int Hoff, int woff, int Woff, int stride, prop_kind_t pk, const int reg_block, int pixel_offset) { static const bool emulateBfloat = (isa == avx512_common && d_type == dnnl::impl::data_type::bf16 && !mayiuse(avx512_core_bf16)); static const std::array<Vmm, 3> vsum {{Vmm(2), Vmm(11), Vmm(20)}}; static const std::array<Vmm, 3> vsum2 {{Vmm(3), Vmm(12), Vmm(21)}}; static const std::array<Vmm, 3> vdst {{Vmm(4), Vmm(13), Vmm(22)}}; static const std::array<std::array<Vmm, 6u>, 3u> vtmp { {{{Vmm(5), Vmm(6), Vmm(7), Vmm(8), Vmm(9), Vmm(14)}}, {{Vmm(18), Vmm(15), Vmm(16), Vmm(17), Vmm(29), Vmm(30)}}, {{Vmm(23), Vmm(24), Vmm(25), Vmm(26), Vmm(28), Vmm(31)}}}}; static const std::array<Vmm, 3> vscratch = {{Vmm(10), Vmm(19), Vmm(27)}}; MAYBE_UNUSED( emulateBfloat); // workaround for gcc8.1 compiler unused variable static const std::size_t used_tmp_regs = emulateBfloat ? vtmp[0].size() - 2 : vtmp[0].size(); IRB_LOOP(uni_vxorps(vsum[irb], vsum[irb], vsum[irb])); for (int i = hoff; i <= Hoff; ++i) { for (int j = woff; j <= Woff; ++j) { if (i == 0 && j == 0) { IRB_LOOP(load_data( vdst[irb], ptr[src_ + pixel_offset + irb_off])); IRB_LOOP(vfmadd231ps(vsum[irb], vdst[irb], vdst[irb])); } else { const auto idx = tempIdx_ % used_tmp_regs; IRB_LOOP(load_data(vtmp[irb][idx], ptr[(src_ + pixel_offset + irb_off) + (i * stride + j) * single_pixel_offset_])); IRB_LOOP( vfmadd231ps(vsum[irb], vtmp[irb][idx], vtmp[irb][idx])); ++tempIdx_; } } } tempIdx_ = tempIdx_ % used_tmp_regs; IRB_LOOP(vfmadd132ps(vsum[irb], vk_, valpha_)); // ysum <- ysumvalpha_+yk_ IRB_LOOP(vmovaps(vscratch[irb], vsum[irb])); if (pk != prop_kind::forward_inference) { IRB_LOOP(store_data(ptr[scratch_], vscratch[irb])); } IRB_LOOP(vmulps(vsum2[irb], vsum[irb], vsum[irb])); IRB_LOOP(vmulps( vsum[irb], vsum[irb], vsum2[irb])); // ysum = (ysumvalpha_+yk_)^3; IRB_LOOP(vsqrtps(vsum[irb], vsum[irb])); IRB_LOOP(vsqrtps(vsum[irb], vsum[irb])); // ysum = (ysumvalpha_+yk_)^0.75 IRB_LOOP(vdivps(vdst[irb], vdst[irb], vsum[irb])); // ydst <- ydst / ysum IRB_LOOP(store_data(ptr[dst_ + pixel_offset + irb_off], vdst[irb])); if (isa == avx512_common) this->reg_block_idx_ = (this->reg_block_idx_ % vsum.size()) + 1; } template <> void jit_uni_lrn_fwd_kernel<sse41, dnnl::impl::data_type::f32>::within_body( int hoff, int Hoff, int woff, int Woff, int stride, prop_kind_t pk, int reg_block, int pixel_offset) { const Xbyak::Xmm &xtmp_lo = this->xmm2; const Xbyak::Xmm &xtmp_hi = this->xmm3; const Xbyak::Xmm &xsum_lo = this->xmm4; const Xbyak::Xmm &xsum_hi = this->xmm5; const Xbyak::Xmm &xdst_lo = this->xmm6; const Xbyak::Xmm &xdst_hi = this->xmm7; const Xbyak::Xmm &xsum2_lo = this->xmm8; const Xbyak::Xmm &xsum2_hi = this->xmm9; xorps(xsum_lo, xsum_lo); xorps(xsum_hi, xsum_hi); for (int i = hoff; i <= Hoff; ++i) { for (int j = woff; j <= Woff; ++j) { if (i == 0 && j == 0) { movups(xdst_lo, ptr[src_ + pixel_offset]); movups(xdst_hi, ptr[src_ + pixel_offset + 4 sizeof(float)]); mulps(xdst_lo, xdst_lo); mulps(xdst_hi, xdst_hi); addps(xsum_lo, xdst_lo); addps(xsum_hi, xdst_hi); } else { movups(xtmp_lo, ptr[src_ + pixel_offset + (i * stride + j) * single_pixel_offset_]); movups(xtmp_hi, ptr[src_ + pixel_offset + (i * stride + j) * single_pixel_offset_ + 4 * sizeof(float)]); mulps(xtmp_lo, xtmp_lo); mulps(xtmp_hi, xtmp_hi); addps(xsum_lo, xtmp_lo); addps(xsum_hi, xtmp_hi); } } } mulps(xsum_lo, xalpha_); mulps(xsum_hi, xalpha_); addps(xsum_lo, xk_); addps(xsum_hi, xk_); // xsum <- xsumxalpha_+xk_ movaps(xtmp_lo, xsum_lo); movaps(xtmp_hi, xsum_hi); if (pk != prop_kind::forward_inference) { movups(ptr[scratch_ + pixel_offset], xtmp_lo); movups(ptr[scratch_ + pixel_offset + 4 sizeof(float)], xtmp_hi); } movaps(xsum2_lo, xsum_lo); movaps(xsum2_hi, xsum_hi); mulps(xsum2_lo, xsum_lo); mulps(xsum2_hi, xsum_hi); mulps(xsum_lo, xsum2_lo); mulps(xsum_hi, xsum2_hi); // xsum = (xsumxalpha_+xk_)^3; sqrtps(xsum_lo, xsum_lo); sqrtps(xsum_hi, xsum_hi); sqrtps(xsum_lo, xsum_lo); sqrtps(xsum_hi, xsum_hi); // xsum = (xsumxalpha_+xk_)^0.75 movups(xdst_lo, ptr[src_ + pixel_offset]); movups(xdst_hi, ptr[src_ + pixel_offset + 4 * sizeof(float)]); divps(xdst_lo, xsum_lo); divps(xdst_hi, xsum_hi); // xdst <- xdst / xsum movups(ptr[dst_ + pixel_offset], xdst_lo); movups(ptr[dst_ + pixel_offset + 4 * sizeof(float)], xdst_hi); } template <cpu_isa_t isa, data_type_t d_type> void jit_uni_lrn_fwd_kernel<isa, d_type>::move_data_pointers( int pixel_count, prop_kind_t pk) { const int pixel_offset = single_pixel_offset_ * pixel_count; add(src_, pixel_offset); add(dst_, pixel_offset); if (pk != prop_kind::forward_inference) add(scratch_, pixel_offset); } template <cpu_isa_t isa, data_type_t d_type> void jit_uni_lrn_fwd_kernel<isa, d_type>::within_body_reg_blocked( int loop_count, int max_reg_blocks, int hoff, int Hoff, int woff, int Woff, int stride, prop_kind_t pk) { Label label_t; const auto res = std::div(loop_count, max_reg_blocks); if (res.quot) { mov(w_, res.quot); L(label_t); within_body(hoff, Hoff, woff, Woff, stride, pk, max_reg_blocks, 0); move_data_pointers(max_reg_blocks, pk); dec(w_); cmp(w_, 0); jne(label_t, T_NEAR); } if (res.rem) { within_body(hoff, Hoff, woff, Woff, stride, pk, res.rem, 0); move_data_pointers(res.rem, pk); } } template <cpu_isa_t isa, data_type_t d_type> void jit_uni_lrn_fwd_kernel<isa, d_type>::load_constant( float constant, Vmm v_constant, Xbyak::Xmm x_constant) { mov(imm_addr64_, float2int(constant)); uni_vmovq(x_constant, imm_addr64_); vbroadcastss(v_constant, x_constant); } template <> void jit_uni_lrn_fwd_kernel<sse41, dnnl::impl::data_type::f32>::load_constant( float constant, Vmm v_constant, Xbyak::Xmm x_constant) { mov(imm_addr64_, float2int(constant)); uni_vmovq(x_constant, imm_addr64_); shufps(x_constant, x_constant, 0); } template <cpu_isa_t isa, data_type_t d_type> jit_uni_lrn_fwd_kernel<isa, d_type>::jit_uni_lrn_fwd_kernel( const within_config &J, float A, float K, prop_kind_t pk, void code_ptr, size_t code_size) : jit_generator(code_ptr, code_size) , alpha_(A) , k_(K) , single_pixel_offset_(J.dat_tag == nhwc ? J.C sizeof(typename prec_traits<d_type>::type) : VECTOR_LENGTH * sizeof(typename prec_traits<d_type>::type)) { if (isa == avx512_common && d_type == dnnl::impl::data_type::bf16 && !mayiuse(avx512_core_bf16)) { bf16_emu_ = utils::make_unique<bf16_emulation_t>(this, bf16_emu_reserv_1_, bf16_emu_reserv_2_, bf16_emu_reserv_3_, bf16_emu_scratch_, bf16_emu_reserv_4_); bf16_emu_->init_vcvtneps2bf16(); } static const int max_reg_blocks = isa == avx512_common ? 3 : 1; this->preamble(); #define GET_OFF(field) offsetof(jit_args_fwd_t, field) mov(src_, ptr[this->param1 + GET_OFF(src)]); mov(dst_, ptr[this->param1 + GET_OFF(dst)]); if (pk != prop_kind::forward_inference) mov(scratch_, ptr[this->param1 + GET_OFF(scratch)]); #undef GET_OFF load_constant(alpha_, valpha_, xalpha_); load_constant(k_, vk_, xk_); const int s2 = (J.size - 1) / 2, S2 = J.size - s2 - 1; int pixel_count = 0; for (int i = 0; i < s2; ++i) { pixel_count = 0; for (int j = 0; j < s2; ++j) within_body(-i, S2, -j, S2, J.W, pk, 1, pixel_count++ * single_pixel_offset_); move_data_pointers(pixel_count, pk); within_body_reg_blocked( J.W - J.size + 1, max_reg_blocks, -i, S2, -s2, S2, J.W, pk); pixel_count = 0; for (int j = J.W - S2; j < J.W; ++j) within_body(-i, S2, -s2, J.W - 1 - j, J.W, pk, 1, pixel_count++ * single_pixel_offset_); move_data_pointers(pixel_count, pk); } mov(h_, J.H - J.size + 1); Label lrn_loop_h; L(lrn_loop_h); pixel_count = 0; for (int j = 0; j < s2; ++j) within_body(-s2, S2, -j, S2, J.W, pk, 1, pixel_count++ * single_pixel_offset_); move_data_pointers(pixel_count, pk); within_body_reg_blocked( J.W - J.size + 1, max_reg_blocks, -s2, S2, -s2, S2, J.W, pk); pixel_count = 0; for (int j = J.W - S2; j < J.W; ++j) within_body(-s2, S2, -s2, J.W - 1 - j, J.W, pk, 1, pixel_count++ * single_pixel_offset_); move_data_pointers(pixel_count, pk); dec(h_); cmp(h_, 0); jne(lrn_loop_h, T_NEAR); for (int i = J.H - S2; i < J.H; ++i) { pixel_count = 0; for (int j = 0; j < s2; ++j) within_body(-s2, J.H - 1 - i, -j, S2, J.W, pk, 1, pixel_count++ * single_pixel_offset_); move_data_pointers(pixel_count, pk); within_body_reg_blocked(J.W - J.size + 1, max_reg_blocks, -s2, J.H - 1 - i, -s2, S2, J.W, pk); pixel_count = 0; for (int j = J.W - S2; j < J.W; ++j) within_body(-s2, J.H - 1 - i, -s2, J.W - 1 - j, J.W, pk, 1, pixel_count++ * single_pixel_offset_); move_data_pointers(pixel_count, pk); } this->postamble(); ker = reinterpret_cast<decltype(ker)>( const_cast<uint8_t >(this->getCode())); } template <cpu_isa_t isa, data_type_t d_type> jit_uni_lrn_fwd_kernel<isa, d_type>::jit_uni_lrn_fwd_kernel( const struct nchw8c_across &J, float A, float K, prop_kind_t pk, void code_ptr, size_t code_size) : jit_generator(code_ptr, code_size), bf16_emu_(nullptr), alpha_(A), k_(K) { Xbyak::Reg64 t = rsp; Xbyak::Reg64 hw = r9; Xbyak::Xmm xsrc_prev = xmm2; Xbyak::Ymm ysrc = ymm3; Xbyak::Ymm yc = ymm3; Xbyak::Xmm xsrc_next = xmm4; Xbyak::Ymm ya = ymm5; Xbyak::Ymm yb = ymm6; Xbyak::Ymm yd = ymm7; Xbyak::Ymm ye = ymm8; Xbyak::Ymm ysum = ymm9; Xbyak::Ymm ysum2 = ymm10; Xbyak::Ymm ydst = ymm11; Xbyak::Ymm ybase = ymm12; this->preamble(); mov(src_, ptr[this->param1 + 0]); mov(dst_, ptr[this->param1 + 8]); if (pk != prop_kind::forward_inference) mov(scratch_, ptr[this->param1 + 16]); sub(t, 64); mov(imm_addr64_, float2int(this->alpha_)); movq(xalpha_, imm_addr64_); vbroadcastss(valpha_, xalpha_); mov(imm_addr64_, float2int(this->k_)); movq(xk_, imm_addr64_); vbroadcastss(yk_, xk_); if (J.version == -1) { vxorps(xsrc_prev, xsrc_prev, xsrc_prev); vmovups(ptr[t + 0], xsrc_prev); } if (J.version == +1) { vxorps(xsrc_next, xsrc_next, xsrc_next); vmovups(ptr[t + 48], xsrc_next); } mov(hw, J.H * J.W); Label lrn_loop; L(lrn_loop); if (J.version != -1) vmovups(xsrc_prev, ptr[src_ - J.H * J.W * 32 + 16]); vmovups(ysrc, ptr[src_]); if (J.version != +1) vmovups(xsrc_next, ptr[src_ + J.H * J.W * 32]); if (J.version != -1) vmovups(ptr[t + 0], xsrc_prev); vmovups(ptr[t + 16], ysrc); if (J.version != +1) vmovups(ptr[t + 48], xsrc_next); vmovups(ya, ptr[t + 16 - 8]); vmovups(yb, ptr[t + 16 - 4]); vmovups(yd, ptr[t + 16 + 4]); vmovups(ye, ptr[t + 16 + 8]); vmulps(ysum, yc, yc); vfmadd231ps(ysum, ya, ya); // ysum <- ysum + yaya vfmadd231ps(ysum, yb, yb); vfmadd231ps(ysum, yd, yd); vfmadd231ps(ysum, ye, ye); vfmadd132ps(ysum, yk_, valpha_); // ysum <- ysumvalpha_+yk_ vmovaps(ybase, ysum); if (pk != prop_kind::forward_inference) vmovups(ptr[scratch_], ybase); vmulps(ysum2, ysum, ysum); vmulps(ysum, ysum, ysum2); // ysum = ybase^3; vsqrtps(ysum, ysum); vsqrtps(ysum, ysum); // ysum = ybase^0.75 vdivps(ydst, ysrc, ysum); // ydst = ysrc / ysum vmovups(ptr[dst_], ydst); add(src_, 32); add(dst_, 32); if (pk != prop_kind::forward_inference) add(scratch_, 32); dec(hw); cmp(hw, 0); jne(lrn_loop, T_NEAR); add(t, 64); this->postamble(); ker = reinterpret_cast<decltype(ker)>( const_cast<uint8_t >(this->getCode())); } template <> jit_uni_lrn_fwd_kernel<sse41, dnnl::impl::data_type::f32>:: jit_uni_lrn_fwd_kernel(const struct nchw8c_across &J, float A, float K, prop_kind_t pk, void code_ptr, size_t code_size) : jit_generator(code_ptr, code_size), bf16_emu_(nullptr), alpha_(A), k_(K) { Xbyak::Reg64 t = rsp; Xbyak::Reg64 hw = r9; Xbyak::Xmm xsrc_lo = xmm2; Xbyak::Xmm xsrc_hi = xmm3; Xbyak::Xmm xc_lo = xmm4; Xbyak::Xmm xc_hi = xmm5; Xbyak::Xmm xsum_lo = xc_lo; Xbyak::Xmm xsum_hi = xc_hi; Xbyak::Xmm xsrc_prev = xmm6; Xbyak::Xmm xsrc_next = xmm7; Xbyak::Xmm xa_lo = xmm8; Xbyak::Xmm xa_hi = xmm9; Xbyak::Xmm xb_lo = xmm10; Xbyak::Xmm xb_hi = xmm11; Xbyak::Xmm xd_lo = xmm12; Xbyak::Xmm xd_hi = xmm13; Xbyak::Xmm xe_lo = xmm14; Xbyak::Xmm xe_hi = xmm15; Xbyak::Xmm xbase_lo = xmm14; Xbyak::Xmm xbase_hi = xmm15; this->preamble(); mov(src_, ptr[this->param1 + 0]); mov(dst_, ptr[this->param1 + 8]); if (pk != prop_kind::forward_inference) mov(scratch_, ptr[this->param1 + 16]); sub(t, 64); mov(imm_addr64_, float2int(this->alpha_)); movq(xalpha_, imm_addr64_); shufps(xalpha_, xalpha_, 0); mov(imm_addr64_, float2int(this->k_)); movq(xk_, imm_addr64_); shufps(xk_, xk_, 0); if (J.version == -1) { xorps(xsrc_prev, xsrc_prev); movups(ptr[t + 0], xsrc_prev); } if (J.version == +1) { xorps(xsrc_next, xsrc_next); movups(ptr[t + 48], xsrc_next); } mov(hw, J.H * J.W); Label lrn_loop; L(lrn_loop); if (J.version != -1) movups(xsrc_prev, ptr[src_ - J.H * J.W * 32 + 16]); movups(xsrc_lo, ptr[src_]); movups(xsrc_hi, ptr[src_ + 4 * sizeof(float)]); if (J.version != +1) movups(xsrc_next, ptr[src_ + J.H * J.W * 32]); if (J.version != -1) movups(ptr[t + 0], xsrc_prev); movups(ptr[t + 16], xsrc_lo); movups(ptr[t + 16 + 4 * sizeof(float)], xsrc_hi); if (J.version != +1) movups(ptr[t + 48], xsrc_next); movups(xa_lo, ptr[t + 16 - 8]); movups(xa_hi, ptr[t + 16 - 8 + 4 * sizeof(float)]); movups(xb_lo, ptr[t + 16 - 4]); movups(xb_hi, ptr[t + 16 - 4 + 4 * sizeof(float)]); movups(xd_lo, ptr[t + 16 + 4]); movups(xd_hi, ptr[t + 16 + 4 + 4 * sizeof(float)]); movups(xe_lo, ptr[t + 16 + 8]); movups(xe_hi, ptr[t + 16 + 8 + 4 * sizeof(float)]); movaps(xc_lo, xsrc_lo); movaps(xc_hi, xsrc_hi); mulps(xsum_lo, xc_lo); mulps(xsum_hi, xc_hi); mulps(xa_lo, xa_lo); mulps(xa_hi, xa_hi); addps(xsum_lo, xa_lo); addps(xsum_hi, xa_hi); // xsum <- xsum + xaxa mulps(xb_lo, xb_lo); mulps(xb_hi, xb_hi); addps(xsum_lo, xb_lo); addps(xsum_hi, xb_hi); mulps(xd_lo, xd_lo); mulps(xd_hi, xd_hi); addps(xsum_lo, xd_lo); addps(xsum_hi, xd_hi); mulps(xe_lo, xe_lo); mulps(xe_hi, xe_hi); addps(xsum_lo, xe_lo); addps(xsum_hi, xe_hi); mulps(xsum_lo, xalpha_); mulps(xsum_hi, xalpha_); addps(xsum_lo, xk_); addps(xsum_hi, xk_); // xsum <- xsumxalpha_+xk_ movaps(xbase_lo, xsum_lo); movaps(xbase_hi, xsum_hi); if (pk != prop_kind::forward_inference) { movups(ptr[scratch_], xbase_lo); movups(ptr[scratch_ + 4 * sizeof(float)], xbase_hi); } mulps(xsum_lo, xsum_lo); mulps(xsum_hi, xsum_hi); mulps(xsum_lo, xbase_lo); mulps(xsum_hi, xbase_hi); // xsum = xbase^3; sqrtps(xsum_lo, xsum_lo); sqrtps(xsum_hi, xsum_hi); sqrtps(xsum_lo, xsum_lo); sqrtps(xsum_hi, xsum_hi); // xsum = xbase^0.75 divps(xsrc_lo, xsum_lo); divps(xsrc_hi, xsum_hi); // xdst = xsrc / xsum movups(ptr[dst_], xsrc_lo); movups(ptr[dst_ + 4 * sizeof(float)], xsrc_hi); add(src_, 32); add(dst_, 32); if (pk != prop_kind::forward_inference) add(scratch_, 32); dec(hw); cmp(hw, 0); jne(lrn_loop, T_NEAR); add(t, 64); this->postamble(); ker = reinterpret_cast<decltype(ker)>( const_cast<uint8_t >(this->getCode())); } template <cpu_isa_t isa, data_type_t d_type> jit_uni_lrn_fwd_kernel<isa, d_type>::jit_uni_lrn_fwd_kernel( const struct nhwc_across &J, float A, float K, prop_kind_t pk, void code_ptr, size_t code_size) : jit_generator(code_ptr, code_size), bf16_emu_(nullptr), alpha_(A), k_(K) { static const uint32_t mask[] = {0, 0, 0x80000000, 0x80000000, 0x80000000, 0x80000000, 0x80000000, 0x80000000, 0x80000000, 0, 0}; Xbyak::Reg64 c = r9; Xbyak::Ymm ya = ymm2; Xbyak::Ymm yb = ymm3; Xbyak::Ymm yc = ymm4; Xbyak::Ymm yd = ymm5; Xbyak::Ymm ye = ymm6; Xbyak::Ymm ysum = ymm7; Xbyak::Ymm ydst = ymm8; Xbyak::Ymm ybase = ymm9; Xbyak::Ymm ymask = ymm10; this->preamble(); mov(src_, ptr[this->param1 + 0]); mov(dst_, ptr[this->param1 + 8]); if (pk != prop_kind::forward_inference) mov(scratch_, ptr[this->param1 + 16]); mov(imm_addr64_, float2int(this->alpha_)); movq(xalpha_, imm_addr64_); vbroadcastss(valpha_, xalpha_); mov(imm_addr64_, float2int(this->k_)); movq(xk_, imm_addr64_); vbroadcastss(yk_, xk_); vxorps(ysum, ysum, ysum); mov(imm_addr64_, reinterpret_cast<size_t>(&mask[0])); vmovups(ymask, ptr[imm_addr64_]); vmaskmovps(ya, ymask, ptr[src_ - 8]); vfmadd231ps(ysum, ya, ya); // ysum <- ysum + ya^2+yb^2+yc^2+yd^2+ye^2 mov(imm_addr64_, reinterpret_cast<size_t>(&mask[1])); vmovups(ymask, ptr[imm_addr64_]); vmaskmovps(yb, ymask, ptr[src_ - 4]); vfmadd231ps(ysum, yb, yb); mov(c, J.C / 8 - 1); Label lrn_loop; L(lrn_loop); vmovups(yc, ptr[src_]); vmovups(yd, ptr[src_ + 4]); vmovups(ye, ptr[src_ + 8]); vfmadd231ps(ysum, yc, yc); vfmadd231ps(ysum, yd, yd); vfmadd231ps(ysum, ye, ye); vmovups(ydst, ysum); vfmadd132ps(ydst, yk_, valpha_); // ydst <- ysumvalpha_+yk_ vmovaps(ybase, ydst); if (pk != prop_kind::forward_inference) vmovups(ptr[scratch_], ybase); vmulps(ydst, ydst, ydst); vmulps(ydst, ydst, ybase); // ydst = (ysumvalpha_+yk_)^3; vsqrtps(ydst, ydst); vsqrtps(ydst, ydst); // ydst = (ysumvalpha_+yk_)^0.75 vdivps(ydst, yc, ydst); // ydst = ysrc / (ysumvalpha_+yk_)^0.75 vmovups(ptr[dst_], ydst); vxorps(ysum, ysum, ysum); add(src_, 32); add(dst_, 32); if (pk != prop_kind::forward_inference) add(scratch_, 32); vmovups(ya, ptr[src_ - 8]); vfmadd231ps(ysum, ya, ya); vmovups(yb, ptr[src_ - 4]); vfmadd231ps(ysum, yb, yb); dec(c); cmp(c, 0); jne(lrn_loop, T_NEAR); vmovups(yc, ptr[src_]); vfmadd231ps(ysum, yc, yc); mov(imm_addr64_, reinterpret_cast<size_t>(&mask[2])); vmovups(ymask, ptr[imm_addr64_]); vmaskmovps(yd, ymask, ptr[src_ + 4]); vfmadd231ps(ysum, yd, yd); // ysum <- ysum + ya^2+yb^2+yc^2+yd^2+ye^2 mov(imm_addr64_, reinterpret_cast<size_t>(&mask[3])); vmovups(ymask, ptr[imm_addr64_]); vmaskmovps(ye, ymask, ptr[src_ + 8]); vfmadd231ps(ysum, ye, ye); vmovups(ydst, ysum); vfmadd132ps(ydst, yk_, valpha_); // ydst <- ysumvalpha_+yk_ vmovaps(ybase, ydst); if (pk != prop_kind::forward_inference) vmovups(ptr[scratch_], ybase); vmulps(ydst, ydst, ydst); vmulps(ydst, ydst, ybase); // ydst = (ysumvalpha_+yk_)^3; vsqrtps(ydst, ydst); vsqrtps(ydst, ydst); // ydst = (ysumvalpha_+yk_)^0.75 vdivps(ydst, yc, ydst); // ydst = ysrc / (ysumvalpha_+yk_)^0.75 vmovups(ptr[dst_], ydst); this->postamble(); ker = reinterpret_cast<decltype(ker)>( const_cast<uint8_t >(this->getCode())); } template <> jit_uni_lrn_fwd_kernel<sse41, dnnl::impl::data_type::f32>:: jit_uni_lrn_fwd_kernel(const struct nhwc_across &J, float A, float K, prop_kind_t pk, void code_ptr, size_t code_size) : jit_generator(code_ptr, code_size), bf16_emu_(nullptr), alpha_(A), k_(K) { static uint32_t store[] = {0, 0, 0, 0, 0, 0, 0, 0, 0, 0}; Xbyak::Reg64 c = r9; Xbyak::Xmm xdst_lo = xmm0; Xbyak::Xmm xdst_hi = xmm1; Xbyak::Xmm xa_lo = xmm2; Xbyak::Xmm xa_hi = xmm3; Xbyak::Xmm xb_lo = xmm2; Xbyak::Xmm xb_hi = xmm3; Xbyak::Xmm xc_lo = xmm4; Xbyak::Xmm xc_hi = xmm5; Xbyak::Xmm xd_lo = xmm6; Xbyak::Xmm xd_hi = xmm7; Xbyak::Xmm xe_lo = xmm8; Xbyak::Xmm xe_hi = xmm9; Xbyak::Xmm xsum_lo = xmm10; Xbyak::Xmm xsum_hi = xmm11; // unused: xmm12, xmm13; Xbyak::Xmm xbase_lo = xmm14; Xbyak::Xmm xbase_hi = xmm15; this->preamble(); mov(src_, ptr[this->param1 + 0]); mov(dst_, ptr[this->param1 + 8]); if (pk != prop_kind::forward_inference) mov(scratch_, ptr[this->param1 + 16]); mov(imm_addr64_, float2int(this->alpha_)); movq(xalpha_, imm_addr64_); shufps(xalpha_, xalpha_, 0); mov(imm_addr64_, float2int(this->k_)); movq(xk_, imm_addr64_); shufps(xk_, xk_, 0); mov(store_addr_, reinterpret_cast<size_t>(&store[0])); and_(store_addr_, -15); movups(ptr[store_addr_], xalpha_); movups(ptr[store_addr_ + 4 * sizeof(float)], xk_); xorps(xsum_lo, xsum_lo); xorps(xsum_hi, xsum_hi); /* load the 2 first blocks of channels * block: \| -- low -- \| -- hi -- \| * C: [c1,c2,c3,c4,c5,c6,c7,c8] * xa_lo << 2 [0,0,c1,c2] * xa_hi [c3,c4,c5,c6] * xb_lo << 1 [0,c1,c2,c3] * xb_hi [c4,c5,c6,c7] * \| -- data -- (...) * ^ memory boundary / movups(xa_lo, ptr[src_]); movups(xa_hi, ptr[src_ + 2 sizeof(float)]); pslldq(xa_lo, 2 * sizeof(float)); mulps(xa_lo, xa_lo); mulps(xa_hi, xa_hi); addps(xsum_lo, xa_lo); addps(xsum_hi, xa_hi); // xsum <- xsum + xa^2+xb^2+xc^2+xd^2+xe^2 movups(xb_lo, ptr[src_]); movups(xb_hi, ptr[src_ + 3 * sizeof(float)]); pslldq(xb_lo, 1 * sizeof(float)); mulps(xb_lo, xb_lo); mulps(xb_hi, xb_hi); addps(xsum_lo, xb_lo); addps(xsum_hi, xb_hi); mov(c, J.C / 8 - 1); Label lrn_loop; L(lrn_loop); movups(xc_lo, ptr[src_]); movups(xc_hi, ptr[src_ + 4 * sizeof(float)]); movups(xd_lo, ptr[src_ + 4]); movups(xd_hi, ptr[src_ + 4 + 4 * sizeof(float)]); movups(xe_lo, ptr[src_ + 8]); movups(xe_hi, ptr[src_ + 8 + 4 * sizeof(float)]); mulps(xc_lo, xc_lo); mulps(xc_hi, xc_hi); addps(xsum_lo, xc_lo); addps(xsum_hi, xc_hi); mulps(xd_lo, xd_lo); mulps(xd_hi, xd_hi); addps(xsum_lo, xd_lo); addps(xsum_hi, xd_hi); mulps(xe_lo, xe_lo); mulps(xe_hi, xe_hi); addps(xsum_lo, xe_lo); addps(xsum_hi, xe_hi); movaps(xdst_lo, xsum_lo); movaps(xdst_hi, xsum_hi); // xdst <- xsumxalpha_+xk_ mulps(xdst_lo, ptr[store_addr_]); mulps(xdst_hi, ptr[store_addr_]); addps(xdst_lo, ptr[store_addr_ + 4 sizeof(float)]); addps(xdst_hi, ptr[store_addr_ + 4 * sizeof(float)]); movaps(xbase_lo, xdst_lo); movaps(xbase_hi, xdst_hi); if (pk != prop_kind::forward_inference) { movups(ptr[scratch_], xbase_lo); movups(ptr[scratch_ + 4 * sizeof(float)], xbase_hi); } mulps(xdst_lo, xdst_lo); mulps(xdst_hi, xdst_hi); mulps(xdst_lo, xbase_lo); mulps(xdst_hi, xbase_hi); // xdst = (xsumxalpha_+xk_)^3; sqrtps(xdst_lo, xdst_lo); sqrtps(xdst_hi, xdst_hi); sqrtps(xdst_lo, xdst_lo); sqrtps(xdst_hi, xdst_hi); // xdst = (xsumxalpha_+xk_)^0.75 movups(xc_lo, ptr[src_]); movups(xc_hi, ptr[src_ + 4 * sizeof(float)]); divps(xc_lo, xdst_lo); divps(xc_hi, xdst_hi); // xdst = xsrc / (xsumxalpha_+xk_)^0.75 movups(ptr[dst_], xc_lo); movups(ptr[dst_ + 4 sizeof(float)], xc_hi); xorps(xsum_lo, xsum_lo); xorps(xsum_hi, xsum_hi); add(src_, 32); add(dst_, 32); if (pk != prop_kind::forward_inference) add(scratch_, 32); movups(xa_lo, ptr[src_ - 8]); movups(xa_hi, ptr[src_ - 8 + 4 * sizeof(float)]); mulps(xa_lo, xa_lo); mulps(xa_hi, xa_hi); addps(xsum_lo, xa_lo); addps(xsum_hi, xa_hi); movups(xb_lo, ptr[src_ - 4]); movups(xb_hi, ptr[src_ - 4 + 4 * sizeof(float)]); mulps(xb_lo, xb_lo); mulps(xb_hi, xb_hi); addps(xsum_lo, xb_lo); addps(xsum_hi, xb_hi); dec(c); cmp(c, 0); jne(lrn_loop, T_NEAR); /* compute last 3 blocks of channels: * block: \| -- low -- \| -- hi -- \| * C: [c1,c2,c3,c4,c5,c6,c7,c8] * xc_lo\|xc_hi [c1,c2,c3,c4\|c5,c6,c7,c8] * xd_lo [c2,c3,c4,c5] * xd_hi >> 1 [c6,c7,c8, 0] * xe_lo [c3,c4,c5,c6] * xe_hi >> 2 [c7,c8, 0, 0] * (...) -- data -- \| -- illegal reading -- (...) * ^ memory boundary / movups(xc_lo, ptr[src_]); movups(xc_hi, ptr[src_ + 4 sizeof(float)]); mulps(xc_lo, xc_lo); mulps(xc_hi, xc_hi); addps(xsum_lo, xc_lo); addps(xsum_hi, xc_hi); movups(xd_lo, ptr[src_ + 1 * sizeof(float)]); movups(xd_hi, ptr[src_ + 4 * sizeof(float)]); psrldq(xd_hi, 1 * sizeof(float)); mulps(xd_lo, xd_lo); mulps(xd_hi, xd_hi); addps(xsum_lo, xd_lo); addps(xsum_hi, xd_hi); // xsum <- xsum + xa^2+xb^2+xc^2+xd^2+xe^2 movups(xe_lo, ptr[src_ + 2 * sizeof(float)]); movups(xe_hi, ptr[src_ + 4 * sizeof(float)]); psrldq(xe_hi, 2 * sizeof(float)); mulps(xe_lo, xe_lo); mulps(xe_hi, xe_hi); addps(xsum_lo, xe_lo); addps(xsum_hi, xe_hi); movups(xdst_lo, xsum_lo); movups(xdst_hi, xsum_hi); // xdst <- xsumxalpha_+xk_ mulps(xdst_lo, ptr[store_addr_]); mulps(xdst_hi, ptr[store_addr_]); addps(xdst_lo, ptr[store_addr_ + 4 sizeof(float)]); addps(xdst_hi, ptr[store_addr_ + 4 * sizeof(float)]); movaps(xbase_lo, xdst_lo); movaps(xbase_hi, xdst_hi); if (pk != prop_kind::forward_inference) { movups(ptr[scratch_], xbase_lo); movups(ptr[scratch_ + 4 * sizeof(float)], xbase_hi); } mulps(xdst_lo, xdst_lo); mulps(xdst_hi, xdst_hi); mulps(xdst_lo, xbase_lo); mulps(xdst_hi, xbase_hi); // xdst = (xsumxalpha_+xk_)^3; sqrtps(xdst_lo, xdst_lo); sqrtps(xdst_hi, xdst_hi); sqrtps(xdst_lo, xdst_lo); sqrtps(xdst_hi, xdst_hi); // xdst = (xsumxalpha_+xk_)^0.75 movups(xc_lo, ptr[src_]); movups(xc_hi, ptr[src_ + 4 * sizeof(float)]); divps(xc_lo, xdst_lo); divps(xc_hi, xdst_hi); // xdst = xsrc / (xsumxalpha_+xk_)^0.75 movups(ptr[dst_], xc_lo); movups(ptr[dst_ + 4 sizeof(float)], xc_hi); this->postamble(); ker = reinterpret_cast<decltype(ker)>( const_cast<uint8_t >(this->getCode())); } template <> void jit_uni_lrn_fwd_kernel<sse41, dnnl::impl::data_type::f32>::nchw_body( int tail, int HW, prop_kind_t pk, Xbyak::Ymm ymask, Xbyak::Ymm ya, Xbyak::Ymm yb, Xbyak::Ymm yc, Xbyak::Ymm yd, Xbyak::Ymm ye, Xbyak::Ymm ysum) {} template <cpu_isa_t isa, data_type_t d_type> void jit_uni_lrn_fwd_kernel<isa, d_type>::nchw_body(int tail, int HW, prop_kind_t pk, Xbyak::Ymm ymask, Xbyak::Ymm ya, Xbyak::Ymm yb, Xbyak::Ymm yc, Xbyak::Ymm yd, Xbyak::Ymm ye, Xbyak::Ymm ysum) { Xbyak::Ymm ydst = ymm14; Xbyak::Ymm ybase = ymm15; vfmadd231ps(ysum, ye, ye); vmovups(ydst, ysum); vfmadd132ps(ydst, yk_, valpha_); // ydst <- ysumvalpha_+yk_ vmovaps(ybase, ydst); if (pk != prop_kind::forward_inference) { if (tail != 0) vmaskmovps(ptr[scratch_], ymask, ybase); else vmovups(ptr[scratch_], ybase); } vmulps(ydst, ydst, ydst); vmulps(ydst, ydst, ybase); // ydst = (ysumvalpha_+yk_)^3; vsqrtps(ydst, ydst); vsqrtps(ydst, ydst); // ydst = (ysumvalpha_+yk_)^0.75 vdivps(ydst, yc, ydst); // ydst = ysrc / (ysumvalpha_+yk_)^0.75 if (tail != 0) vmaskmovps(ptr[dst_], ymask, ydst); else vmovups(ptr[dst_], ydst); vfnmadd231ps(ysum, ya, ya); vmovups(ya, yb); vmovups(yb, yc); vmovups(yc, yd); vmovups(yd, ye); } template <cpu_isa_t isa, data_type_t d_type> void jit_uni_lrn_fwd_kernel<isa, d_type>::nchw_tail_sse41(int tail, Xbyak::Reg64 reg_dst, Xbyak::Xmm xtail_lo, Xbyak::Xmm xtail_hi) {} template <> void jit_uni_lrn_fwd_kernel<sse41, dnnl::impl::data_type::f32>::nchw_tail_sse41( int tail, Xbyak::Reg64 reg_dst, Xbyak::Xmm xtail_lo, Xbyak::Xmm xtail_hi) { Xbyak::Xmm xmm_tmp = xmm10; movaps(xmm_tmp, xtail_hi); if (tail > 3) { / Store upper-half directly / movups(ptr[reg_dst + (tail - 4) sizeof(float)], xtail_hi); movaps(xmm_tmp, xtail_lo); tail -= 4; } if (tail > 0) { /* Store on a single-element basis when 'tail' overlaps * with 'src_' / psrldq(xmm_tmp, (4 - tail) sizeof(float)); movss(ptr[reg_dst], xmm_tmp); for (int i = 1; i < tail; i++) { psrldq(xmm_tmp, sizeof(float)); movss(ptr[reg_dst + i * sizeof(float)], xmm_tmp); } } } template <> void jit_uni_lrn_fwd_kernel<sse41, dnnl::impl::data_type::f32>::nchw_body_sse41( int tail, int HW, prop_kind_t pk, Xbyak::Xmm xe_lo, Xbyak::Xmm xe_hi, Xbyak::Xmm xsum_lo, Xbyak::Xmm xsum_hi) { Xbyak::Xmm xdst_lo = xmm0; Xbyak::Xmm xdst_hi = xmm1; Xbyak::Xmm xbase_lo = xmm6; Xbyak::Xmm xbase_hi = xmm7; Xbyak::Xmm xtmp_lo = xmm8; Xbyak::Xmm xtmp_hi = xmm9; Xbyak::Xmm xa_lo = xmm6; Xbyak::Xmm xa_hi = xmm7; Xbyak::Xmm xb_lo = xmm8; Xbyak::Xmm xb_hi = xmm9; Xbyak::Xmm xc_lo = xmm10; Xbyak::Xmm xc_hi = xmm11; Xbyak::Xmm xd_lo = xmm12; Xbyak::Xmm xd_hi = xmm13; // store xe movaps(ptr[store_addr_ + 10 * 4 * sizeof(float)], xe_lo); movaps(ptr[store_addr_ + 11 * 4 * sizeof(float)], xe_hi); mulps(xe_lo, xe_lo); mulps(xe_hi, xe_hi); addps(xsum_lo, xe_lo); addps(xsum_hi, xe_hi); // xdst <- xsumxalpha_+xk_ movaps(xdst_lo, xsum_lo); movaps(xdst_hi, xsum_hi); mulps(xdst_lo, ptr[store_addr_ + 0 4 * sizeof(float)]); mulps(xdst_hi, ptr[store_addr_ + 0 * 4 * sizeof(float)]); addps(xdst_lo, ptr[store_addr_ + 1 * 4 * sizeof(float)]); addps(xdst_hi, ptr[store_addr_ + 1 * 4 * sizeof(float)]); movaps(xbase_lo, xdst_lo); movaps(xbase_hi, xdst_hi); if (pk != prop_kind::forward_inference) { if (tail != 0) { nchw_tail_sse41(tail, scratch_, xbase_lo, xbase_hi); } else { movups(ptr[scratch_], xbase_lo); movups(ptr[scratch_ + 4 * sizeof(float)], xbase_hi); } } mulps(xdst_lo, xdst_lo); mulps(xdst_hi, xdst_hi); mulps(xdst_lo, xbase_lo); mulps(xdst_hi, xbase_hi); // xdst = (xsumxalpha_+xk_)^3; sqrtps(xdst_lo, xdst_lo); sqrtps(xdst_hi, xdst_hi); sqrtps(xdst_lo, xdst_lo); sqrtps(xdst_hi, xdst_hi); // xdst = (xsumxalpha_+xk_)^0.75 movaps(xtmp_lo, ptr[store_addr_ + 6 * 4 * sizeof(float)]); movaps(xtmp_hi, ptr[store_addr_ + 7 * 4 * sizeof(float)]); divps(xtmp_lo, xdst_lo); divps(xtmp_hi, xdst_hi); // xdst = xsrc / (xsumxalpha_+xk_)^0.75 movaps(xdst_lo, xtmp_lo); movaps(xdst_hi, xtmp_hi); if (tail != 0) { nchw_tail_sse41(tail, dst_, xdst_lo, xdst_hi); } else { movups(ptr[dst_], xdst_lo); movups(ptr[dst_ + 4 sizeof(float)], xdst_hi); } movaps(xa_lo, ptr[store_addr_ + 2 * 4 * sizeof(float)]); movaps(xa_hi, ptr[store_addr_ + 3 * 4 * sizeof(float)]); mulps(xa_lo, xa_lo); mulps(xa_hi, xa_hi); subps(xsum_lo, xa_lo); subps(xsum_hi, xa_hi); // xa <- xb movaps(xb_lo, ptr[store_addr_ + 4 * 4 * sizeof(float)]); movaps(xb_hi, ptr[store_addr_ + 5 * 4 * sizeof(float)]); movaps(ptr[store_addr_ + 2 * 4 * sizeof(float)], xb_lo); movaps(ptr[store_addr_ + 3 * 4 * sizeof(float)], xb_hi); // xb <- xc movaps(xc_lo, ptr[store_addr_ + 6 * 4 * sizeof(float)]); movaps(xc_hi, ptr[store_addr_ + 7 * 4 * sizeof(float)]); movaps(ptr[store_addr_ + 4 * 4 * sizeof(float)], xc_lo); movaps(ptr[store_addr_ + 5 * 4 * sizeof(float)], xc_hi); // xc <- xd movaps(xd_lo, ptr[store_addr_ + 8 * 4 * sizeof(float)]); movaps(xd_hi, ptr[store_addr_ + 9 * 4 * sizeof(float)]); movaps(ptr[store_addr_ + 6 * 4 * sizeof(float)], xd_lo); movaps(ptr[store_addr_ + 7 * 4 * sizeof(float)], xd_hi); // xd <- xe movaps(xe_lo, ptr[store_addr_ + 10 * 4 * sizeof(float)]); movaps(xe_hi, ptr[store_addr_ + 11 * 4 * sizeof(float)]); movaps(ptr[store_addr_ + 8 * 4 * sizeof(float)], xe_lo); movaps(ptr[store_addr_ + 9 * 4 * sizeof(float)], xe_hi); } template <cpu_isa_t isa, data_type_t d_type> void jit_uni_lrn_fwd_kernel<isa, d_type>::nchw_body_sse41(int tail, int HW, prop_kind_t pk, Xbyak::Xmm xe_lo, Xbyak::Xmm xe_hi, Xbyak::Xmm xsum_lo, Xbyak::Xmm xsum_hi) {} template <cpu_isa_t isa, data_type_t d_type> jit_uni_lrn_fwd_kernel<isa, d_type>::jit_uni_lrn_fwd_kernel( const nchw_across &J, float A, float K, prop_kind_t pk, void code_ptr, size_t code_size) : jit_generator(code_ptr, code_size), alpha_(A), k_(K) { static const uint32_t mask[] = {0x80000000, 0x80000000, 0x80000000, 0x80000000, 0x80000000, 0x80000000, 0x80000000, 0, 0, 0, 0, 0, 0, 0}; Xbyak::Reg64 c = r10; Xbyak::Ymm ymask = ymm2; Xbyak::Ymm ye = ymm3; Xbyak::Ymm ya = ymm4; Xbyak::Ymm yb = ymm5; Xbyak::Ymm yc = ymm6; Xbyak::Ymm yd = ymm7; Xbyak::Ymm ysum = ymm8; this->preamble(); if (J.tail != 0) { mov(imm_addr64_, reinterpret_cast<size_t>(&mask[7 - J.tail])); vmovups(ymask, ptr[imm_addr64_]); } mov(imm_addr64_, float2int(this->alpha_)); movq(xalpha_, imm_addr64_); vbroadcastss(valpha_, xalpha_); mov(imm_addr64_, float2int(this->k_)); movq(xk_, imm_addr64_); vbroadcastss(yk_, xk_); mov(src_, ptr[this->param1 + 0]); mov(dst_, ptr[this->param1 + 8]); if (pk != prop_kind::forward_inference) mov(scratch_, ptr[this->param1 + 16]); vxorps(ya, ya, ya); vxorps(yb, yb, yb); if (J.tail != 0) vmaskmovps(yc, ymask, ptr[src_ + J.HW 0]); else vmovups(yc, ptr[src_ + J.HW * 0]); if (J.tail != 0) vmaskmovps(yd, ymask, ptr[src_ + J.HW * 4]); else vmovups(yd, ptr[src_ + J.HW * 4]); vxorps(ysum, ysum, ysum); vfmadd231ps(ysum, yc, yc); // ysum <- ysum + ya^2+yb^2+yc^2+yd^2+ye^2 vfmadd231ps(ysum, yd, yd); mov(c, J.C - 2); Label lrn_loop; L(lrn_loop); if (J.tail != 0) vmaskmovps(ye, ymask, ptr[src_ + J.HW * 8]); else vmovups(ye, ptr[src_ + J.HW * 8]); nchw_body(J.tail, J.HW, pk, ymask, ya, yb, yc, yd, ye, ysum); add(src_, J.HW * 4); add(dst_, J.HW * 4); if (pk != prop_kind::forward_inference) add(scratch_, J.HW * 4); dec(c); cmp(c, 0); jne(lrn_loop, T_NEAR); vxorps(ye, ye, ye); nchw_body(J.tail, J.HW, pk, ymask, ya, yb, yc, yd, ye, ysum); add(src_, J.HW * 4); add(dst_, J.HW * 4); if (pk != prop_kind::forward_inference) add(scratch_, J.HW * 4); nchw_body(J.tail, J.HW, pk, ymask, ya, yb, yc, yd, ye, ysum); this->postamble(); ker = reinterpret_cast<decltype(ker)>( const_cast<uint8_t >(this->getCode())); } template <cpu_isa_t isa, data_type_t d_type> jit_uni_lrn_fwd_kernel<isa, d_type>::~jit_uni_lrn_fwd_kernel() = default; template <> jit_uni_lrn_fwd_kernel<sse41, dnnl::impl::data_type::f32>::jit_uni_lrn_fwd_kernel(const nchw_across &J, float A, float K, prop_kind_t pk, void code_ptr, size_t code_size) : jit_generator(code_ptr, code_size), alpha_(A), k_(K) { /* Load from within the memory boundary of 'src_' and apply a zero-mask to * the 'x_hi' register: * block: src_ \|tail = 3 * src_: [x,x,x,x\|a,b,c] * x_hi: [x,a,b,c] * mask: [0,1,1,1] * (...) -- data -- \| -- illegal reading -- (...) * ^ memory boundary * * 'x_lo' is loaded with the elements between 'src_' and 'x_hi' when * tail.size is between [5:7]. The register is then left-shifted to * clear the overlapping elements with 'x_hi'. * block: - src_ - \| tail = 7 * src_: (...) [x,\|a,b,c,d,e,f,g] * x_hi [d,e,f,g] * x_lo [a,b,c,d] * x_lo >> 1: [0,a,b,c] * (...) -- data -- \| -- illegal reading -- (...) * ^ memory boundary * * - seg-fault happens if read occurs anywhere outside the * memory boundary. * / static const uint32_t mask[] = {0, 0, 0, 0xffffffff, 0xffffffff, 0xffffffff, 0xffffffff}; assert(J.HW > 3); Xbyak::Reg64 c = r10; // unused: xmm2 Xbyak::Xmm xmask_hi = xmm3; Xbyak::Xmm xsum_lo = xmm4; Xbyak::Xmm xsum_hi = xmm5; Xbyak::Xmm xa_lo = xmm6; Xbyak::Xmm xa_hi = xmm7; Xbyak::Xmm xb_lo = xmm8; Xbyak::Xmm xb_hi = xmm9; Xbyak::Xmm xc_lo = xmm10; Xbyak::Xmm xc_hi = xmm11; Xbyak::Xmm xd_lo = xmm12; Xbyak::Xmm xd_hi = xmm13; Xbyak::Xmm xe_lo = xmm14; Xbyak::Xmm xe_hi = xmm15; const int vlen = cpu_isa_traits<sse41>::vlen / sizeof(float); bool compute_tail = J.tail != 0; bool load_lo = J.tail == 0 \|\| J.tail > 4; size_t h_offset = vlen; size_t l_shift = 0; this->preamble(); mov(src_, ptr[this->param1 + 0]); mov(dst_, ptr[this->param1 + 8]); if (pk != prop_kind::forward_inference) mov(scratch_, ptr[this->param1 + 16]); sub(rsp, stack_space_needed_); mov(store_addr_, rsp); and_(store_addr_, -15); mov(imm_addr64_, float2int(this->alpha_)); movq(xalpha_, imm_addr64_); shufps(xalpha_, xalpha_, 0); mov(imm_addr64_, float2int(this->k_)); movq(xk_, imm_addr64_); shufps(xk_, xk_, 0); // put alpha_ and k_ into store (free up regs) movaps(ptr[store_addr_ + 0 4 * sizeof(float)], xalpha_); movaps(ptr[store_addr_ + 1 * 4 * sizeof(float)], xk_); if (compute_tail) { assert(J.tail > 0 && J.tail < 2 * vlen); h_offset = J.tail - vlen; l_shift = nstl::min(2 * vlen - J.tail, vlen); /* if 'tail' is between [1:3], need to zero-mask for underflow / size_t m_off = nstl::min(J.tail - 1, 3); mov(imm_addr64_, reinterpret_cast<size_t>(&mask[m_off])); movups(xmask_hi, ptr[imm_addr64_]); } // init xa, xb xorps(xa_lo, xa_lo); xorps(xa_hi, xa_hi); xorps(xb_lo, xb_lo); xorps(xb_hi, xb_hi); // read xc, xd if (load_lo) movups(xc_lo, ptr[src_ + J.HW 0]); movups(xc_hi, ptr[src_ + J.HW * 0 + h_offset * sizeof(float)]); if (compute_tail) { pslldq(xc_lo, l_shift * sizeof(float)); andps(xc_hi, xmask_hi); } if (load_lo) movups(xd_lo, ptr[src_ + J.HW * 4]); movups(xd_hi, ptr[src_ + J.HW * 4 + h_offset * sizeof(float)]); if (compute_tail) { pslldq(xd_lo, l_shift * sizeof(float)); andps(xd_hi, xmask_hi); } // put xa, xb, xc, xd into store to free-up regs movaps(ptr[store_addr_ + 2 * 4 * sizeof(float)], xa_lo); movaps(ptr[store_addr_ + 3 * 4 * sizeof(float)], xa_hi); movaps(ptr[store_addr_ + 4 * 4 * sizeof(float)], xb_lo); movaps(ptr[store_addr_ + 5 * 4 * sizeof(float)], xb_hi); movaps(ptr[store_addr_ + 6 * 4 * sizeof(float)], xc_lo); movaps(ptr[store_addr_ + 7 * 4 * sizeof(float)], xc_hi); movaps(ptr[store_addr_ + 8 * 4 * sizeof(float)], xd_lo); movaps(ptr[store_addr_ + 9 * 4 * sizeof(float)], xd_hi); xorps(xsum_lo, xsum_lo); xorps(xsum_hi, xsum_hi); mulps(xc_lo, xc_lo); mulps(xc_hi, xc_hi); addps(xsum_lo, xc_lo); addps(xsum_hi, xc_hi); mulps(xd_lo, xd_lo); mulps(xd_hi, xd_hi); addps(xsum_lo, xd_lo); addps(xsum_hi, xd_hi); // xsum <- xsum + xa^2+xb^2+xc^2+xd^2+xe^2 mov(c, J.C - 2); Label lrn_loop; L(lrn_loop); if (load_lo) movups(xe_lo, ptr[src_ + J.HW * 8]); movups(xe_hi, ptr[src_ + J.HW * 8 + h_offset * sizeof(float)]); if (compute_tail) { pslldq(xe_lo, l_shift * sizeof(float)); andps(xe_hi, xmask_hi); } nchw_body_sse41(J.tail, J.HW, pk, xe_lo, xe_hi, xsum_lo, xsum_hi); add(src_, J.HW * 4); add(dst_, J.HW * 4); if (pk != prop_kind::forward_inference) add(scratch_, J.HW * 4); dec(c); cmp(c, 0); jne(lrn_loop, T_NEAR); xorps(xe_lo, xe_lo); xorps(xe_hi, xe_hi); nchw_body_sse41(J.tail, J.HW, pk, xe_lo, xe_hi, xsum_lo, xsum_hi); add(src_, J.HW * 4); add(dst_, J.HW * 4); if (pk != prop_kind::forward_inference) add(scratch_, J.HW * 4); nchw_body_sse41(J.tail, J.HW, pk, xe_lo, xe_hi, xsum_lo, xsum_hi); add(rsp, stack_space_needed_); this->postamble(); ker = reinterpret_cast<decltype(ker)>( const_cast<uint8_t >(this->getCode())); } ////////////////////////////////////////////////////////////////////////////// // backward kernel template <cpu_isa_t isa> jit_uni_lrn_bwd_kernel_f32<isa>::jit_uni_lrn_bwd_kernel_f32( const struct nchw8c_across &J, float A, float B, int use_h_parallel, void code_ptr, size_t code_size) : jit_generator(code_ptr, code_size) , nalphabeta(-2 * A * B) , use_h_parallelizm(use_h_parallel) { Xbyak::Reg64 t = rsp; Xbyak::Reg64 hw = r10; Xbyak::Xmm xsrc_prev = xmm1; Xbyak::Xmm xws_prev = xmm2; Xbyak::Xmm xdiffdst_prev = xmm3; Xbyak::Ymm ysrc = ymm4; Xbyak::Ymm yws = ymm5; Xbyak::Ymm ydiffdst = ymm6; Xbyak::Xmm xsrc_next = xmm7; Xbyak::Xmm xws_next = xmm8; Xbyak::Xmm xdiffdst_next = xmm9; Xbyak::Ymm ya = ymm10; Xbyak::Xmm xa = xmm10; Xbyak::Ymm yb = ymm11; Xbyak::Ymm yd = ymm12; Xbyak::Ymm ye = ymm13; Xbyak::Ymm ysum = ymm14; Xbyak::Ymm ydiffsrc = ymm15; this->preamble(); mov(src_, ptr[this->param1 + 0]); mov(diffdst, ptr[this->param1 + 8]); mov(workspace, ptr[this->param1 + 16]); mov(diffsrc, ptr[this->param1 + 24]); sub(t, 64); mov(imm_addr64_, float2int(this->nalphabeta)); movq(xnalphabeta, imm_addr64_); vbroadcastss(ynalphabeta, xnalphabeta); bool is_single = J.version == 3; bool is_first = J.version == -1 \|\| J.version == -2; bool is_last = J.version == +1 \|\| J.version == -2; if (is_first \|\| is_single) { vxorps(xsrc_prev, xsrc_prev, xsrc_prev); vmovups(ptr[t + 0], xsrc_prev); } if (is_last \|\| is_single) { vxorps(xsrc_next, xsrc_next, xsrc_next); vmovups(ptr[t + 48], xsrc_next); } mov(hw, this->use_h_parallelizm ? J.W : J.H * J.W); Label lrn_loop; L(lrn_loop); { if (!is_first && !is_single) { vmovups(xws_prev, ptr[workspace - J.H * J.W * 32 + 16]); vmovups(xsrc_prev, ptr[src_ - J.H * J.W * 32 + 16]); vmovups(xdiffdst_prev, ptr[diffdst - J.H * J.W * 32 + 16]); vmulps(xa, xws_prev, xws_prev); vmulps(xa, xa, xws_prev); vsqrtps(xa, xa); vsqrtps(xa, xa); vmulps(xa, xa, xws_prev); vdivps(xsrc_prev, xsrc_prev, xa); vmulps(xdiffdst_prev, xdiffdst_prev, xsrc_prev); } vmovups(ysrc, ptr[src_]); vmovups(yws, ptr[workspace]); vmovups(ydiffdst, ptr[diffdst]); vmulps(ya, yws, yws); vmulps(ya, ya, yws); vsqrtps(ya, ya); vsqrtps(ya, ya); vdivps(ydiffsrc, ydiffdst, ya); vdivps(ysum, ydiffsrc, yws); vmulps(ysum, ysum, ysrc); if (!is_last && !is_single) { vmovups(xws_next, ptr[workspace + J.H * J.W * 32]); vmovups(xsrc_next, ptr[src_ + J.H * J.W * 32]); vmovups(xdiffdst_next, ptr[diffdst + J.H * J.W * 32]); vmulps(xa, xws_next, xws_next); vmulps(xa, xa, xws_next); vsqrtps(xa, xa); vsqrtps(xa, xa); vmulps(xa, xa, xws_next); vdivps(xsrc_next, xsrc_next, xa); vmulps(xdiffdst_next, xdiffdst_next, xsrc_next); } if (!is_first && !is_single) vmovups(ptr[t + 0], xdiffdst_prev); vmovups(ptr[t + 16], ysum); if (!is_last && !is_single) vmovups(ptr[t + 48], xdiffdst_next); vmovups(ya, ptr[t + 16 - 8]); vmovups(yb, ptr[t + 16 - 4]); vaddps(ysum, ysum, ya); vmulps(ysrc, ysrc, ynalphabeta); vaddps(ysum, ysum, yb); vmovups(yd, ptr[t + 16 + 4]); vmovups(ye, ptr[t + 16 + 8]); vaddps(ysum, ysum, yd); vaddps(ysum, ysum, ye); vfmadd231ps(ydiffsrc, ysum, ysrc); vmovups(ptr[diffsrc], ydiffsrc); add(src_, 32); add(diffsrc, 32); add(diffdst, 32); add(workspace, 32); dec(hw); cmp(hw, 0); jne(lrn_loop, T_NEAR); } add(t, 64); this->postamble(); ker = reinterpret_cast<decltype(ker)>( const_cast<uint8_t *>(this->getCode())); } template struct jit_uni_lrn_fwd_kernel<sse41, dnnl::impl::data_type::f32>; template struct jit_uni_lrn_fwd_kernel<avx2, dnnl::impl::data_type::f32>; template struct jit_uni_lrn_fwd_kernel<avx512_common, dnnl::impl::data_type::f32>; template struct jit_uni_lrn_fwd_kernel<avx512_common, dnnl::impl::data_type::bf16>; template struct jit_uni_lrn_bwd_kernel_f32<avx2>; } // namespace x64 } // namespace cpu } // namespace impl } // namespace dnnl // vim: et ts=4 sw=4 cindent cino+=l0,\:4,N-s	[ "piotr.chmiel@intel.com" ]	piotr.chmiel@intel.com
65b7d4217ba59819cee93ea558b5d18308a3368f	38c10c01007624cd2056884f25e0d6ab85442194	/media/filters/decrypting_video_decoder.h	80b3b814bf5a4f904897c635879ecf5030dcbccf	[ "BSD-3-Clause" ]	permissive	zenoalbisser/chromium	6ecf37b6c030c84f1b26282bc4ef95769c62a9b2	e71f21b9b4b9b839f5093301974a45545dad2691	refs/heads/master	2022-12-25T14:23:18.568575	2016-07-14T21:49:52	2016-07-23T08:02:51	63,980,627	0	2	BSD-3-Clause	2022-12-12T12:43:41	2016-07-22T20:14:04	null	UTF-8	C++	false	false	4,138	h	// Copyright (c) 2012 The Chromium Authors. All rights reserved. // Use of this source code is governed by a BSD-style license that can be // found in the LICENSE file. #ifndef MEDIA_FILTERS_DECRYPTING_VIDEO_DECODER_H_ #define MEDIA_FILTERS_DECRYPTING_VIDEO_DECODER_H_ #include "base/callback.h" #include "base/memory/weak_ptr.h" #include "media/base/decryptor.h" #include "media/base/video_decoder.h" #include "media/base/video_decoder_config.h" namespace base { class SingleThreadTaskRunner; } namespace media { class DecoderBuffer; class Decryptor; class MediaLog; // Decryptor-based VideoDecoder implementation that can decrypt and decode // encrypted video buffers and return decrypted and decompressed video frames. // All public APIs and callbacks are trampolined to the \|task_runner_\| so // that no locks are required for thread safety. class MEDIA_EXPORT DecryptingVideoDecoder : public VideoDecoder { public: DecryptingVideoDecoder( const scoped_refptr<base::SingleThreadTaskRunner>& task_runner, const scoped_refptr<MediaLog>& media_log, const SetDecryptorReadyCB& set_decryptor_ready_cb, const base::Closure& waiting_for_decryption_key_cb); ~DecryptingVideoDecoder() override; // VideoDecoder implementation. std::string GetDisplayName() const override; void Initialize(const VideoDecoderConfig& config, bool low_delay, const InitCB& init_cb, const OutputCB& output_cb) override; void Decode(const scoped_refptr<DecoderBuffer>& buffer, const DecodeCB& decode_cb) override; void Reset(const base::Closure& closure) override; static const char kDecoderName[]; private: // For a detailed state diagram please see this link: http://goo.gl/8jAok // TODO(xhwang): Add a ASCII state diagram in this file after this class // stabilizes. enum State { kUninitialized = 0, kDecryptorRequested, kPendingDecoderInit, kIdle, kPendingDecode, kWaitingForKey, kDecodeFinished, kError }; // Callback for DecryptorHost::RequestDecryptor(). \|decryptor_attached_cb\| is // called when the decryptor has been completely attached to the pipeline. void SetDecryptor(Decryptor* decryptor, const DecryptorAttachedCB& decryptor_attached_cb); // Callback for Decryptor::InitializeVideoDecoder() during initialization. void FinishInitialization(bool success); void DecodePendingBuffer(); // Callback for Decryptor::DecryptAndDecodeVideo(). void DeliverFrame(int buffer_size, Decryptor::Status status, const scoped_refptr<VideoFrame>& frame); // Callback for the \|decryptor_\| to notify this object that a new key has been // added. void OnKeyAdded(); // Reset decoder and call \|reset_cb_\|. void DoReset(); scoped_refptr<base::SingleThreadTaskRunner> task_runner_; scoped_refptr<MediaLog> media_log_; State state_; InitCB init_cb_; OutputCB output_cb_; DecodeCB decode_cb_; base::Closure reset_cb_; base::Closure waiting_for_decryption_key_cb_; VideoDecoderConfig config_; // Callback to request/cancel decryptor creation notification. SetDecryptorReadyCB set_decryptor_ready_cb_; Decryptor* decryptor_; // The buffer that needs decrypting/decoding. scoped_refptr<media::DecoderBuffer> pending_buffer_to_decode_; // Indicates the situation where new key is added during pending decode // (in other words, this variable can only be set in state kPendingDecode). // If this variable is true and kNoKey is returned then we need to try // decrypting/decoding again in case the newly added key is the correct // decryption key. bool key_added_while_decode_pending_; // A unique ID to trace Decryptor::DecryptAndDecodeVideo() call and the // matching DecryptCB call (in DoDeliverFrame()). uint32 trace_id_; base::WeakPtr<DecryptingVideoDecoder> weak_this_; base::WeakPtrFactory<DecryptingVideoDecoder> weak_factory_; DISALLOW_COPY_AND_ASSIGN(DecryptingVideoDecoder); }; } // namespace media #endif // MEDIA_FILTERS_DECRYPTING_VIDEO_DECODER_H_	[ "zeno.albisser@hemispherian.com" ]	zeno.albisser@hemispherian.com
d3baef387cdb51563d731ce4bf8a8b3e31ea6cf0	eb50a330cb3d2402d17bee9a5f91f2b372c1e1c1	/Codeforces/1398D_ColoredRectangle.cpp	e7343e936efb5b872a400f2ccf20c1abc111a86b	[]	no_license	MaxSally/Competitive_Programming	2190552a8c8a97d13f33d5fdbeb94c5d92fa9038	8c57924224ec0d1bbc5f17078505ef8864f4caa3	refs/heads/master	2023-04-27T22:28:19.276998	2023-04-12T22:47:10	2023-04-12T22:47:10	270,885,835	0	0	null	null	null	null	UTF-8	C++	false	false	2,926	cpp	/* * Author : MaxSally / /***** All Required Header Files ****/ #include<bits/stdc++.h> using namespace std; /*** All Required define Pre-Processors and typedef Constants ****/ #define SCD(t) scanf("%d",&t) #define SCLD(t) scanf("%ld",&t) #define SCLLD(t) scanf("%lld",&t) #define SCC(t) scanf("%c",&t) #define SCS(t) scanf("%s",t) #define SCF(t) scanf("%f",&t) #define SCLF(t) scanf("%lf",&t) #define mem(a, b) memset(a, (b), sizeof(a)) #define rep(i, j, k) for (int i = j ; i <= k ; ++i) #define rrep(i, j, k) for (int i = j; i >= k; --i) #define all(cont) cont.begin(), cont.end() #define rall(cont) cont.end(), cont.begin() #define foreach(i, a) for(auto i: a) #define forEach(it, l) for (auto it = l.begin(); it != l.end(); it++) #define in(A, B, C) assert( B <= A && A <= C) #define mp make_pair #define pb push_back #define inf (int) (1e9 + 7) #define epsi 1e-9 #define PI 3.1415926535897932384626433832795 #define mod 1000000007 #define read(type) readInt<type>() #define io ios::sync_with_stdio(false); cin.tie(0); cout.tie(0); #define ll long long int #define left tuyiuoi #define right fgjhk #define ss second #define ff first #define debug(a) cout << #a << ": " << a << endl #define debuga1(a, l, r) rep(i, l, r) cout << a[i] << " "; cout << endl #define Flag(n) cout << "here " << n << endl const double pi=acos(-1.0); typedef pair<int, int> pii; typedef vector<int> vi; typedef vector<ll> vl; typedef vector<vl> vll; typedef pair<ll, ll> pll; typedef vector<string> vs; typedef vector<pii> vii; typedef vector<pll> vpll; typedef vector<vi> vvi; typedef map<int,int> MPII; typedef set<int> SETI; typedef multiset<int> MSETI; typedef long int int32; typedef unsigned long int uint32; typedef long long int int64; typedef unsigned long long int uint64; const int N = 205; ll r[N], g[N], b[N]; ll dp[N][N][N]; int n, n1, n2; bool compare(int x, int y){ return x > y; } int main(){ io; freopen("input.txt", "r", stdin); cin >> n >> n1 >> n2; rep(i, 0, n - 1){ cin >> r[i]; } rep(i, 0, n1 - 1){ cin >> g[i]; } rep(i, 0, n2 - 1){ cin >> b[i]; } sort(r, r + n, compare); sort(g, g + n1, compare); sort(b, b + n2, compare); ll ans = 0; rep(i, 0, n){ rep(j, 0, n1){ rep(k, 0, n2){ if(i + j + k < 2)continue; ll temp = 0; if(i > 0 && j > 0) { temp = max(temp, dp[i - 1][j - 1][k] + r[i - 1] g[j - 1]); } if(j > 0 && k > 0){ temp = max(temp, dp[i][j - 1][k - 1] + g[j - 1] * b[k - 1]); } if(i > 0 && k > 0){ temp = max(temp, dp[i - 1][j][k - 1] + r[i - 1] * b[k - 1]); } dp[i][j][k] = temp; ans = max(ans, temp); } } } cout << ans; return 0; }	[ "qnguyen16@huskers.unl.edu" ]	qnguyen16@huskers.unl.edu
43b07b4cfaf3f8c8a8aa9ef3837bf3f48258d214	72a4cacb817094a01bb7f49f09207b34b85b30ae	/Languages1/lexem.cpp	1d1f6defb36f046c9646808539f98d95acfa4d3d	[]	no_license	Poletayson/LanguagesTLP	8ae627b9eeb93e97f242786e13fdc7c6bef6f94c	eeffce6506ea319cd9c419df9b92070a5bcdd944	refs/heads/master	2020-04-29T07:04:10.659853	2019-03-17T20:00:21	2019-03-17T20:00:21	175,939,694	0	0	null	null	null	null	UTF-8	C++	false	false	169	cpp	#include "lexem.h" Lexem::Lexem() { } Lexem::Lexem(int t, QString i) { image = i; type = t; } void Lexem::setPosInProgram (int p) { posInProgram = p; }	[ "dmitriipoletaev_1997@mail.ru" ]	dmitriipoletaev_1997@mail.ru
c08e2f84e0e697b05613ae876a917fce896bb7fb	0a6a43b691996499230276055523eb895da6ffec	/.history/spectrum/spectrum_20190117002614.hpp	03648b98c056dbcd7f27ea8b9329d1c6bd67f133	[]	no_license	SoundRabbit/voice-changer	362890a6e0ef1dda37c1666b946879fc12125370	e5a5d64426fc072504477ae30c96e8e293a07a52	refs/heads/master	2020-03-27T09:49:50.340212	2019-01-16T17:55:04	2019-01-16T17:55:04	null	0	0	null	null	null	null	UTF-8	C++	false	false	174	hpp	#pragma once template<int length> class Spectrum { private: class Intensity { public: operator double(); double operator= (double); }; public: };	[ "neu1neu9neu9neu9neu@gmail.com" ]	neu1neu9neu9neu9neu@gmail.com
d054b4d5a85eea00c22c97ec0522f42901156b0d	c5abcc4ea4d670cbf2322725caa54892ed041d5b	/solving problem/Technique/DFS/Islands in the Data Stream.cpp	6253dda0b77455d68a8887901429137efb649d21	[]	no_license	sngvahmed/Problem	c2682f1b24ca61d090030a5e9fae55346c525b6e	b7dc0a8b94a054ce2e7f4e881c176277c5afda31	refs/heads/master	2020-04-06T04:01:36.419414	2015-03-10T20:29:22	2015-03-10T20:29:22	25,265,073	0	0	null	null	null	null	UTF-8	C++	false	false	1,953	cpp	#include <cstring> #include <string.h> #include <map> #include <deque> #include <queue> #include <stack> #include <sstream> #include <bitset> #include <iostream> #include <iomanip> #include <cstdio> #include <fstream> #include <cmath> #include <cstdlib> #include <ctime> #include <algorithm> #include <vector> #include <set> #include <complex> #include <list> #include <valarray> #include <memory.h> #include <climits> #include <math.h> using namespace std; #define FO(i, a, x) for(int i = a; i < (int)x; i++) #define FOR(i, x) FO(i, 0, x) #define RO(i, a, x) for(int i = a; i >= x; i--) #define ROF(i, x) for(int i = x; i >= 0; i--) #define FORIT(it, x) for(typeof(x.begin()) it = x.begin(); it != x.end(); it++) #define FOUND(s, x) find(all(s), x) != s.end() #define NOTFOUND(s, x) find(all(s), x) == s.end() #define SZ(x) (int)x.size() #define pb push_back #define mp make_pair #define F first #define S second #define pii pair<int, int> #define all(x) x.begin(), x.end() #define rall(x) x.rbegin(), x.rend() #define MMS(x, v) memset(x, v, sizeof(x)) #define SQ(x) (x) * (x) typedef long long ll; typedef unsigned long long ull; typedef unsigned long ul; typedef vector<string> vs; typedef vector<int> vi; int di[] = { 0, 0, 1, -1, 1, -1, 1, -1 }; int dj[] = { 1, -1, 0, 0, 1, -1, -1, 1 }; int ret = 0; int arr[16]; bool validate(string sum) { int i = 1; char I = sum[0], J = sum[SZ(sum) - 1]; while (i < SZ(sum) - 1) { if (sum[i] <= I \|\| sum[i] <= J) return 0; i++; } return 1; } void DFS(int i, string sum, map<string, int> vis) { if (SZ(sum) > 2 && validate(sum) && vis[sum] == 0) { ret++, vis[sum] = 1; } if (i == 16) { return; } DFS(i + 1, sum + char(arr[i] + '0'), vis); } void Generate() { FO(i,1,16) { DFS(i, "", map<string, int>()); } } int main() { int co; scanf("%d", &co); while (co--) { ret = 0; FO(i,0,16) scanf("%d", &arr[i]); Generate(); cout << arr[0] << " " << ret << endl; } return 0; }	[ "ahmednasser1993@gmail.com" ]	ahmednasser1993@gmail.com
27ccec47b63697c69ed2066c7de9cbf3f91ad744	3ede3a538fa06a2082520016e84499281f3d167a	/Source/MyLevelProject/MyLevelProjectProjectile.cpp	2c821316c56a788ab779ecaa84af628c0c2beda8	[]	no_license	finoriko/MyLevelProject	ab4cb6d717cc61a6673b21e5165d019087f356ad	2190278a2906ceadda065d4b08e2fa375e3b6f41	refs/heads/master	2020-04-13T13:25:37.821881	2018-12-26T14:02:50	2018-12-26T14:02:50	163,230,130	0	0	null	null	null	null	UTF-8	C++	false	false	1,804	cpp	// Copyright 1998-2017 Epic Games, Inc. All Rights Reserved. #include "MyLevelProjectProjectile.h" #include "GameFramework/ProjectileMovementComponent.h" #include "Components/SphereComponent.h" AMyLevelProjectProjectile::AMyLevelProjectProjectile() { // Use a sphere as a simple collision representation CollisionComp = CreateDefaultSubobject<USphereComponent>(TEXT("SphereComp")); CollisionComp->InitSphereRadius(5.0f); CollisionComp->BodyInstance.SetCollisionProfileName("Projectile"); CollisionComp->OnComponentHit.AddDynamic(this, &AMyLevelProjectProjectile::OnHit); // set up a notification for when this component hits something blocking // Players can't walk on it CollisionComp->SetWalkableSlopeOverride(FWalkableSlopeOverride(WalkableSlope_Unwalkable, 0.f)); CollisionComp->CanCharacterStepUpOn = ECB_No; // Set as root component RootComponent = CollisionComp; // Use a ProjectileMovementComponent to govern this projectile's movement ProjectileMovement = CreateDefaultSubobject<UProjectileMovementComponent>(TEXT("ProjectileComp")); ProjectileMovement->UpdatedComponent = CollisionComp; ProjectileMovement->InitialSpeed = 3000.f; ProjectileMovement->MaxSpeed = 3000.f; ProjectileMovement->bRotationFollowsVelocity = true; ProjectileMovement->bShouldBounce = true; // Die after 3 seconds by default InitialLifeSpan = 3.0f; } void AMyLevelProjectProjectile::OnHit(UPrimitiveComponent* HitComp, AActor* OtherActor, UPrimitiveComponent* OtherComp, FVector NormalImpulse, const FHitResult& Hit) { // Only add impulse and destroy projectile if we hit a physics if ((OtherActor != NULL) && (OtherActor != this) && (OtherComp != NULL) && OtherComp->IsSimulatingPhysics()) { OtherComp->AddImpulseAtLocation(GetVelocity() * 100.0f, GetActorLocation()); Destroy(); } }	[ "finoriko@Hotmail.com" ]	finoriko@Hotmail.com
a86ae42b4e8de2f398ef102456196a76ea31c556	9bf93209b0a9b0bdbf30b9a318b6da5115cc3e69	/src/Lista.cpp	bd7b6c7e19a42c8df18099df4604aec3459afbe0	[]	no_license	LeandroArista/Test	d9317b98a626723fc91dcb78aa868abaec43faf4	b16752d7cea7e175bbb7d188d6637f9f072208a4	refs/heads/master	2020-04-08T01:15:23.514581	2018-11-24T01:47:16	2018-11-24T01:47:16	158,887,218	0	0	null	2018-11-24T00:40:09	2018-11-23T23:46:05	C++	UTF-8	C++	false	false	4,478	cpp	#include "Lista.h" #include <cassert> template <typename t> Lista<t>::Lista(){ lista=NULL; punterofinal=NULL; cursor=NULL; cantidadelementos=0; } template<typename t> Lista<t>::~Lista(){ vaciar(); delete lista; } template<typename t> void Lista<t>::vaciar(){ if (!vacia()){ nodocursor; while (!vacia()){ cursor=lista->siguiente; delete lista; lista=cursor; } } } template<typename t> int Lista<t>::longitud() const{ return cantidadelementos; } template<typename t> bool Lista<t>::vacia() const{ return (lista==NULL); } template<typename t> void Lista<t>::agregar(const int & posicion, const t & elemento){ if (posicion>0 && posicion<=longitud()+1){ nodo nodoagregar=new nodo; nodoagregar->dato=elemento; nodoagregar->siguiente=NULL; if ( vacia() \|\| posicion==1){ nodoagregar->siguiente=lista; lista=nodoagregar; if (lista->siguiente==NULL){ punterofinal=lista; } } else{ if (posicion==longitud()+1){ punterofinal->siguiente=nodoagregar; punterofinal=nodoagregar; } else{ cursor=lista; int posicionactual=1; while(posicionactual<(posicion-1)){ cursor=cursor->siguiente; posicionactual++; } nodoagregar->siguiente=cursor->siguiente; cursor->siguiente=nodoagregar; } } cantidadelementos++; } } template<typename t> void Lista<t>::agregarp( const t & elemento){ agregar(1, elemento); } template<typename t> void Lista<t>::agregarf( const t & elemento){ agregar(cantidadelementos+1, elemento); } template<typename t> bool Lista<t>::pertenece(const t & elemento) const{ nodo * cursor = lista; while (cursor != NULL){ if (cursor->dato==elemento){ return true; } cursor=cursor->siguiente; } return false; } template<typename t> void Lista<t>::eliminarPos(const int & posicion){ if (lista!=NULL){ if (posicion==1){ nodo * aeliminar=lista; lista=lista->siguiente; aeliminar->siguiente=NULL; delete aeliminar; cantidadelementos--; } else{ if (posicion<=longitud()){ nodo * cursor = lista; for (int i=1; i<posicion; i++){ cursor=cursor->siguiente; } nodo * aeliminar=cursor->siguiente; cursor->siguiente=aeliminar->siguiente; aeliminar=NULL; delete aeliminar; cantidadelementos--; } } } } template<typename t> const t & Lista<t>::getElem(const int & posicion) const{ // cout<<"a:"<<posicion<<" b:"<<cantidadelementos<<endl; assert(posicion>0 && posicion<=cantidadelementos); int posicionactual=1; if (posicion == posicionactual){ return lista->dato; } else{ nodocursor=lista; if (posicion<cantidadelementos){ while (posicion != posicionactual && cursor->siguiente != NULL){ cursor=cursor->siguiente; posicionactual++; } } else{ cursor=punterofinal; } return cursor->dato; } } template<typename t> void Lista<t>::eliminarElem(const t & elemento){ nodo cursor = lista; nodo * anterior= cursor; while (cursor != NULL){ if (cursor->dato==elemento){ nodo * aeliminar=cursor; if (lista==cursor){ lista=lista->siguiente; }else{ anterior->siguiente=cursor->siguiente; if (cursor->siguiente==NULL) punterofinal=anterior; } aeliminar->siguiente=NULL; delete aeliminar; cantidadelementos--; }else{ anterior=cursor; } cursor=cursor->siguiente; } anterior= NULL; cursor=NULL; delete cursor; delete anterior; } template class Lista<int>; template class Lista<char>; template class Lista<float>; template class Lista<string>; template class Lista<Figura*>; template class Lista<Punto>; template class Lista<Segmento>;	[ "leandroalbertoarista@gmail.com" ]	leandroalbertoarista@gmail.com
a9c71fde2bdc62169a843775145f15587ee488af	8e4a3464a9cfb59466f7ce80b276e7ba87044bc7	/ConsoleFive4/FiveArr.h	b0dea14f20305faf63034a8409b20f0bc4a7b345	[]	no_license	lilingshui/code-refrence	875daf6b69c6a1d0bb908e78cc718ccc967cf8e6	5bf07d09f12133a1fa10d8d3fb086f143f9f7c1e	refs/heads/master	2023-08-16T16:38:43.215233	2023-07-23T09:54:00	2023-07-23T09:54:00	26,759,907	0	1	null	null	null	null	WINDOWS-1252	C++	false	false	295	h	#pragma once #include "FivePos.h" #include "FiveCore.h" //Æå×ÓÐÅÏ¢Àà class CFiveArr { protected: char m_cArr[SIZE][SIZE]; friend class CFiveCore; public: void InitArr(); void PrintArr(); void SetArr(CFivePos& pos, char cPlayer); char GetArr(CFivePos& pos); };	[ "shuiming.peng@ning-hou.com" ]	shuiming.peng@ning-hou.com
1a99f06eb847e42f1e3ba4a361bb0579dacc6795	326828efd246514a09c2891ca9770fab765ebe57	/include/uwsim_netsim_scripts/HILNetSimTracing.h	b82b33d78d3987b186da248edbf3ac303556baf7	[]	no_license	dcentelles/uwsim_netsim_scripts	c6e264a4b15ce10ee83da164b48683f7fccdb96b	9a9cd955ceab700ac92717f6737e6afcb50205f5	refs/heads/master	2020-03-08T05:57:31.062718	2020-02-15T21:20:13	2020-02-15T21:20:13	127,960,102	0	0	null	null	null	null	UTF-8	C++	false	false	2,562	h	#include <nav_msgs/Odometry.h> #include <ros/publisher.h> #include <ros/subscriber.h> #include <underwater_sensor_msgs/LedLight.h> #include <uwsim/NetSim.h> namespace uwsim_netstim { using namespace uwsim; class HILNetSimTracing : public NetSimTracing { public: HILNetSimTracing(); void PacketTransmitting(std::string path, ROSCommsDevicePtr dev, ns3ConstPacketPtr pkt); void PacketError(std::string path, ROSCommsDevicePtr dev, ns3ConstPacketPtr pkt, bool propError, bool colError); void PacketReceived(std::string path, ROSCommsDevicePtr dev, ns3ConstPacketPtr pkt); void TxFifoUpdated(std::string path, uint32_t oldValue, uint32_t newValue); void PacketDropsUpdated(std::string path, uint32_t oldValue, uint32_t newValue); void MacTxFifoUpdated(std::string path, uint32_t oldValue, uint32_t newValue); void MacPacketDropsUpdated(std::string path, uint32_t oldValue, uint32_t newValue); void MacRx(std::string path, ROSCommsDevicePtr dev, ns3ConstPacketPtr pkt); void MacTx(std::string path, ROSCommsDevicePtr dev, ns3ConstPacketPtr pkt); void LeaderOdomCb(const nav_msgs::Odometry::ConstPtr &msg); void FollowerOdomCb(const nav_msgs::Odometry::ConstPtr &msg); void SupportOdomCb(const nav_msgs::Odometry::ConstPtr &msg); void Configure(); void DoRun(); void ShowPosition(string path, ROSCommsDevicePtr dev, const tf::Vector3 &pos); ros::NodeHandle node; underwater_sensor_msgs::LedLight ledmsg; ros::Publisher leader_pub, follower_pub, support_pub, e0_pub, e1_pub, e2_pub, e3_pub; ros::Publisher leader_joint_pub, follower_joint_pub; ros::Publisher leader_gled_pub, leader_rled_pub, follower_gled_pub, follower_rled_pub, support_gled_pub, support_rled_pub; // ros::Subscriber leader_sub, follower_sub, support_sub; // nav_msgs::Odometry leader_odom, follower_odom, support_odom; struct PIDStatus {}; PIDStatus leader_pid, follower_pid, support_pid; int freq; void GetLinearVel(const double &diffx, const double &diffy, const double &diffz, double &vx, double &vy, double &vz); void GetExplorerLinearVel(const double &diffx, const double &diffy, const double &diffz, double &vx, double &vy, double &vz); double GetAngularVel(const double &diff); double GetExplorerAngularVel(const double &diff); double AngleToRadians(const double &angle); }; } // namespace uwsim_netstim	[ "centelld@uji.es" ]	centelld@uji.es
7abe123d23f7926a6ff4a4f47d5550722887874e	891dcf3050a62b093c310269c9932ef8e5f83cdf	/Tests/TestUtils.cpp	0ecc8c2159c6d6b0c6900ca284f95254aca0e9e2	[]	no_license	Loreas/Tram_SECSPEC	0614db7ea08e6fdea75e588e5bf347a57539f51d	3ae9d5d8d415f2fa9fb3a62f611399845f0fff2b	refs/heads/master	2021-01-20T09:42:42.327223	2017-06-21T10:34:34	2017-06-21T10:34:34	90,278,022	0	1	null	null	null	null	UTF-8	C++	false	false	1,648	cpp	// TicTacToeUtils: // Copyright: Project Software Engineering - BA1 informatica - Serge Demeyer - // University of Antwerp #include <iostream> #include <fstream> #include <sys/stat.h> using namespace std; #include "TestUtils.h" /** Auxiliary functions for file manipulation. */ bool DirectoryExists(const std::string dirname) { struct stat st; return stat(dirname.c_str(), &st) == 0; } bool FileExists(const std::string filename) { struct stat st; if (stat(filename.c_str(), &st) != 0) return false; ifstream f(filename); if (f.good()) { f.close(); return true; } else { f.close(); return false; } } bool FileIsEmpty(const std::string filename) { struct stat st; if (stat(filename.c_str(), &st) != 0) return true; // File does not exist; thus it is empty return st.st_size == 0; } bool FileCompare(const std::string leftFileName, const std::string rightFileName) { ifstream leftFile, rightFile; char leftRead, rightRead; bool result; // Open the two files. leftFile.open(leftFileName); if (!leftFile.is_open()) { return false; }; rightFile.open(rightFileName); if (!rightFile.is_open()) { leftFile.close(); return false; }; result = true; // files exist and are open; assume equality unless a counterexamples shows up. while (result && leftFile.good() && rightFile.good()) { leftFile.get(leftRead); rightFile.get(rightRead); result = (leftRead == rightRead); }; if (result) { // last read was still equal; are we at the end of both files ? result = (!leftFile.good()) && (!rightFile.good()); }; leftFile.close(); rightFile.close(); return result; }	[ "loreas.clonen@student.uantwerpen.be" ]	loreas.clonen@student.uantwerpen.be
2700d334d5211a2d22743f81b82d83cb7105e06d	0783dd95ede971b91728a21074f11b70fd20aa55	/backwardFacingStep_baseCase_LRR/1500/R	3852954eae88310a1d360db8e74429478dd449a1	[]	no_license	bshambaugh/openfoam-experiments2	0c5430940ddb04c5f85d0fbdd09a7ae01f0ed3f1	dbd9ce7bec30d897f34da8871188fce3a5564a4d	refs/heads/master	2020-04-14T06:49:39.690493	2019-01-01T23:03:39	2019-01-01T23:03:39	163,696,599	0	0	null	null	null	null	UTF-8	C++	false	false	314,883		/--------------------------------- C++ -----------------------------------\ \| ========= \| \| \| \\ / F ield \| OpenFOAM: The Open Source CFD Toolbox \| \| \\ / O peration \| Version: 4.1 \| \| \\ / A nd \| Web: www.OpenFOAM.org \| \| \\/ M anipulation \| \| \---------------------------------------------------------------------------/ FoamFile { version 2.0; format ascii; class volSymmTensorField; location "1500"; object R; } // * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * // dimensions [0 2 -2 0 0 0 0]; internalField 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0.346962) (0.452612 -0.00903878 -0 0.156243 -0 0.346583) (0.453267 -0.0108835 -0 0.15517 -0 0.345714) (0.453266 -0.0127061 -0 0.153905 -0 0.344399) (0.452677 -0.0144961 -0 0.152446 -0 0.342678) (0.451566 -0.0162454 -0 0.150805 -0 0.340592) (0.449987 -0.0179472 -0 0.149003 -0 0.338185) (0.448002 -0.0195983 -0 0.147064 -0 0.335497) (0.445658 -0.0211933 -0 0.145019 -0 0.332571) (0.443043 -0.0227414 -0 0.142901 -0 0.329466) (0.440193 -0.0242253 -0 0.140764 -0 0.32623) (0.43738 -0.0257231 -0 0.138668 -0 0.323027) (0.434508 -0.027092 -0 0.136747 -0 0.319898) (0.433121 -0.0289021 -0 0.135281 -0 0.317699) (0.431474 -0.0299087 -0 0.134214 -0 0.315806) (0.441863 -0.0343138 -0 0.137686 -0 0.32162) ) ; } upperWall { type kqRWallFunction; value nonuniform List<symmTensor> 133 ( (0.153287 0.0723518 -0 0.126079 -0 0.139664) (0.1751 0.0749822 -0 0.118906 -0 0.146688) (0.195336 0.0773954 -0 0.112966 -0 0.153314) (0.214186 0.079603 -0 0.108075 -0 0.159598) (0.231802 0.0816541 -0 0.104077 -0 0.165587) 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(0.259961 0.0236073 -0 0.0645794 -0 0.159658) (0.265134 0.0237578 -0 0.0661757 -0 0.162966) (0.27112 0.0240772 -0 0.0679657 -0 0.166856) (0.279396 0.0246576 -0 0.0703117 -0 0.172076) (0.289099 0.0254444 -0 0.0730067 -0 0.178216) (0.299146 0.0263655 -0 0.0757814 -0 0.18469) (0.308654 0.0273578 -0 0.0784073 -0 0.190968) (0.316955 0.0283659 -0 0.0807054 -0 0.196616) (0.323665 0.0293471 -0 0.0825648 -0 0.201351) (0.328637 0.0302668 -0 0.0839349 -0 0.205031) (0.331918 0.0311083 -0 0.0848193 -0 0.207638) (0.333582 0.0318424 -0 0.08523 -0 0.209191) (0.334048 0.0324999 -0 0.0852882 -0 0.20991) (0.333004 0.0330175 -0 0.0848706 -0 0.209635) (0.333004 0.0335262 -0 0.0847682 -0 0.209767) (0.332588 0.034518 -0 0.0843456 -0 0.209521) ) ; } frontAndBack { type empty; } } // ************************************************************************* //	[ "brent.shambaugh@gmail.com" ]	brent.shambaugh@gmail.com
06dd5bbcdbd171c1eaa79dc33495a46c310a5cc0	49e05bde450a459582e5be2734a90acfe2051a68	/Animation_Kinematics/src/main.cpp	06df4fc584a1832ab550a6668df7875cf9ff680a	[]	no_license	rt2520/Graphics	47659076f32acaeb0a0a3d33dd33d599f36c8c78	804a7504b9b345ab74f589953098d8fcc21ec4b3	refs/heads/master	2020-05-17T23:15:29.350037	2014-10-06T14:30:11	2014-10-06T14:30:11	null	0	0	null	null	null	null	UTF-8	C++	false	false	28,228	cpp	/* Simple opengl demo program. / //#elif defined(__linux) #if defined(__APPLE__) \|\| defined(MACOSX) # include <GLUT/glut.h> #else # include <GL/glut.h> #endif #include <iostream> #include <sstream> #include <stdlib.h> #include <stdio.h> #include "GLScreenCapturer.h" #include "trackball.h" #include "Texture.h" #include "Tree.h" using namespace std; #define BUFFER_LENGTH 64 #define drawOneLine(x1,y1,x2,y2) glBegin(GL_LINES); \ glVertex2f ((x1),(y1)); glVertex2f ((x2),(y2)); glEnd(); #define degree(x) (x 180 / 3.1416) #define radian(x) (x * 3.1416 / 180) const float pinDia = 0.8; //GLfloat camRotX, camRotY, camPosX, camPosY, camPosZ; enum mode {FORWARD, INVERSE}; int currMode = FORWARD; enum selectedModel {MODEL1 , MODEL2}; int currentModel = MODEL1; enum selectedJoint1 {JOINT1, JOINT2, JOINT3, JOINT4}; int currentJoint1 = JOINT1; enum selectedJoint2 {JOINT11 = 4, JOINT12, JOINT13, JOINT21, JOINT22, JOINT23, JOINT24, JOINT31, JOINT32, JOINT33, JOINT41, JOINT42, JOINT43, JOINT44, JOINT45}; int currentJoint2 = JOINT12; bool animating = false; enum ikChain {CHAIN1, CHAIN2, CHAIN3, CHAIN4, CHAIN5}; int currIKChain = CHAIN1; float near = 0.5f; float far = 100.0f; float camZ = 15.0; Vector3f targetPos(6.0 * cos(0.5), 6.0* sin(0.5), 0.0); Vector3f currentPos[5]; float smallIncrementIK = 0.0; Joint joint1(0.0, 0.0, 1.0, 2.75, 0.0, 0.0, 0.0, JOINT1); Joint joint2(0.0, 0.0, 1.0, 2.75, 0.0, 0.0, 10.0, JOINT2); Joint joint3(0.0, 0.0, 1.0, 2.75, 0.0, 0.0, 0.0, JOINT3); Joint joint4(0.0, 0.0, 1.0, 2.75, 0.0, 0.0, 0.0, JOINT4); Node model1; Joint joint11(0.0, 0.0, 1.0, 2.75, 0.0, 0.0, 0.0, JOINT11); Joint joint12(0.0, 0.0, 1.0, 4.0, 0.0, 0.0, 10.0, JOINT12); Joint joint13(0.0, 0.0, 1.0, 2.75, 0.0, 0.0, 0.0, JOINT13); Node model2; Joint joint21(0.0, 0.0, 1.0, 2.5, 0.0, 0.0, 60.0, JOINT21); Joint joint22(0.0, 0.0, 1.0, 2.75, 0.0, 0.0, 10.0, JOINT22); Joint joint23(0.0, 0.0, 1.0, 1.5, 0.0, 0.0, 0.0, JOINT23); Joint joint24(0.0, 0.0, 1.0, 2.0, 0.0, 0.0, 0.0, JOINT24); Node model3; Joint joint31(0.0, 0.0, 1.0, 2.75, 0.0, 0.0, -60.0, JOINT31); Joint joint32(0.0, 0.0, 1.0, 2.75, 0.0, 0.0, 10.0, JOINT32); Joint joint33(0.0, 0.0, 1.0, 2.75, 0.0, 0.0, 0.0, JOINT33); Node model4; Joint joint41(0.0, 0.0, 1.0, 2.0, 0.0, 0.0, 180.0, JOINT41); Joint joint42(0.0, 0.0, 1.0, 2.5, 0.0, 0.0, 10.0, JOINT42); Joint joint43(0.0, 0.0, 1.0, 1.5, 0.0, 0.0, 0.0, JOINT43); Joint joint44(0.0, 0.0, 1.0, 3.0, 0.0, 0.0, 0.0, JOINT44); Joint joint45(0.0, 0.0, 1.0, 2.5, 0.0, 0.0, 0.0, JOINT45); Node model5; const int FPS = 60; GLint viewport[4]; GLdouble modelview[16]; GLdouble projection[16]; GLuint pickedObj = -1; char titleString[150]; int winWidth = 960; int winHeight = 540; // Lights & Materials //GLfloat ambient[] = {0.2, 0.2, 0.2, 1.0}; GLfloat ambient[] = {1.0, 1.0, 1.0, 1.0}; GLfloat position[] = {0.0, 0.0, -10.0, 1.0}; GLfloat mat_diffuse[] = {1.0, 1.0, 1.0, 1.0}; GLfloat mat_specular[] = {1.0, 1.0, 1.0, 1.0}; GLfloat mat_shininess[] = {50.0}; static GLScreenCapturer screenshot("screenshot-%d.ppm"); GLfloat norm(Vector3f v) { return (GLfloat)sqrt (v(0) * v(0) + v(1) * v(1) + v(2) * v(2)); } MatrixXf getPseudoInverse(MatrixXf J) { MatrixXf JTr = J.transpose(); MatrixXf JJTr = (J * JTr); MatrixXf JJTrPlusLambdaIInv = (JJTr + 0.000001 * MatrixXf::Identity(JJTr.rows(), JJTr.cols())).inverse(); return JTr * JJTrPlusLambdaIInv; } void incrementAnglesRecursively(Node model, MatrixXf dTheta, int level) { model.joint->rotation += degree(dTheta(level)); for (int i = 0; i < model.children.size(); i++) incrementAnglesRecursively(model.children[i], dTheta, level + i + 1); } MatrixXf getJacobian(Node model, MatrixXf &J, int col, float prevAngle) { float length = norm(model.joint->endPoint); float angle = model.joint->rotation + prevAngle; Vector3f tmp(-length * sin(radian(angle)),length * cos(radian(angle)), model.joint->endPoint(2)); if (model.children.size() > 0) { Vector3f val = tmp + getJacobian(model.children[0], J, col + 1, angle); J(0 , col) = val(0); J(1 , col) = val(1); J(2 , col) = val(2); return (val); } else { J(0 , col) = tmp(0); J(1 , col) = tmp(1); J(2 , col) = tmp(2); return tmp; } } Vector3f getEffectorPos(Node model, float prevAngle) { float length = norm(model.joint->endPoint); float angle = model.joint->rotation + prevAngle; Vector3f tmp(length * cos(radian(angle)),length * sin(radian(angle)), model.joint->endPoint(2)); if (model.children.size() > 0) { Vector3f val = tmp + getEffectorPos(model.children[0], angle); return (val); } else { return tmp; } } int getDepth(Node model) { if (model.children.size() == 0) return 1; return 1 + getDepth(model.children[0]); } bool updateMovementAngles(Node model, int effector) { //Vector3f currentEffectorPos = currentPos[effector]; int joints = getDepth(model); MatrixXf jacobian = MatrixXf::Zero(3, joints); Vector3f currentEffectorPos = getEffectorPos(model, 0.0); getJacobian(model, jacobian, 0, 0.0); Vector3f dPos = (targetPos - currentEffectorPos); //while (norm(dPos) > 0.1) dPos = 0.1; MatrixXf dTheta = getPseudoInverse(jacobian) dPos; incrementAnglesRecursively(model, dTheta, 0); if (norm(targetPos - getEffectorPos(model, 0.0)) < 0.001) return true; if (norm(targetPos - getEffectorPos(model, 0.0)) > norm(targetPos - currentEffectorPos)) { incrementAnglesRecursively(model, -1 * dTheta, 0); return true; } else return false; } void initModels() { vector<Node> v; Node node(&joint4, std::vector<Node>());//, NULL, v.push_back(node); node = Node(&joint3, v);// NULL, v.clear(); v.push_back(node); node = Node(&joint2, v);// NULL, v.clear(); v.push_back(node); model1 = Node(&joint1, v);//, NULL //CHAIN 2 v.clear(); node = Node(&joint13, v);// NULL, v.push_back(node); node = Node(&joint12, v);// NULL, v.clear(); v.push_back(node); model2 = Node(&joint11, v);//, NULL/ //CHAIN 3 v.clear(); node = Node(&joint24, v);// NULL, v.push_back(node); node = Node(&joint23, v);// NULL, v.clear(); v.push_back(node); node = Node(&joint22, v);// NULL, v.clear(); v.push_back(node); model3 = Node(&joint21, v);//, NULL/ //CHAIN 4 v.clear(); node = Node(&joint33, v);// NULL, v.push_back(node); node = Node(&joint32, v);// NULL, v.clear(); v.push_back(node); model4 = Node(&joint31, v);//, NULL/ //CHAIN 5 v.clear(); node = Node(&joint45, v);// NULL, v.push_back(node); node = Node(&joint44, v);// NULL, v.clear(); v.push_back(node); node = Node(&joint43, v);// NULL, v.clear(); v.push_back(node); node = Node(&joint42, v);// NULL, v.clear(); v.push_back(node); model5 = Node(&joint41, v);//, NULL/ } void initLights(void) { glEnable(GL_LIGHTING); glEnable(GL_LIGHT0); //glEnable(GL_BLEND); glDisable(GL_BLEND); glLightfv(GL_LIGHT0, GL_AMBIENT, ambient); glLightfv(GL_LIGHT0, GL_DIFFUSE, mat_diffuse); glLightfv(GL_LIGHT0, GL_SPECULAR, mat_specular); glLightfv(GL_LIGHT0, GL_POSITION, position); glMaterialfv(GL_FRONT, GL_DIFFUSE, mat_diffuse); glMaterialfv(GL_FRONT, GL_SPECULAR, mat_specular); glMaterialfv(GL_FRONT, GL_SHININESS, mat_shininess); } void reshape( int w, int h ) { winWidth = w; winHeight = h; tbReshape(w, h); glViewport(0, 0, w, h); glMatrixMode(GL_PROJECTION); glLoadIdentity(); // Set the clipping volume gluPerspective(60.0f, (GLfloat)w / (GLfloat)h, near, far); //glOrtho(0.0, (GLdouble) winWidth, 0.0, (GLdouble) winHeight, 1.0f, 100.0f); glMatrixMode(GL_MODELVIEW); glLoadIdentity(); } void timer(int v) { if (currentModel == MODEL1) { if (!updateMovementAngles(model1, 0)) { glutTimerFunc(1000/FPS, timer, v); } } else if (currIKChain == CHAIN2) { if (!updateMovementAngles(model2, 0)) { glutTimerFunc(1000/FPS, timer, v); } } else if (currIKChain == CHAIN3) { if (!updateMovementAngles(model3, 0)) { glutTimerFunc(1000/FPS, timer, v); } } else if (currIKChain == CHAIN4) { if (!updateMovementAngles(model4, 0)) { glutTimerFunc(1000/FPS, timer, v); } } else if (currIKChain == CHAIN5) { if (!updateMovementAngles(model5, 0)) { glutTimerFunc(1000/FPS, timer, v); } } glutPostRedisplay(); } int animatePosGen = 0; int getClosestChain() { float min = norm(getEffectorPos(model2, 0.0) - targetPos); int chain = CHAIN2; float tmp = norm(getEffectorPos(model3, 0.0) - targetPos); if (tmp < min) { min = tmp; chain = CHAIN3; } tmp = norm(getEffectorPos(model4, 0.0) - targetPos); if (tmp < min) { min = tmp; chain = CHAIN4; } tmp = norm(getEffectorPos(model5, 0.0) - targetPos); if (tmp < min) { min = tmp; chain = CHAIN5; } return chain; } void animatedTimer(int v) { if (animating && currMode == INVERSE) { if (currentModel == MODEL1) { if (!updateMovementAngles(model1, 0)) { glutTimerFunc(1000/FPS, animatedTimer, v); } else if (animatePosGen++ <= 10) { srand (time(NULL)); targetPos(0) = ((rand() % 2 == 0) ? -1 : 1) * (rand() % 8); targetPos(1) = ((rand() % 2 == 0) ? -1 : 1) * (rand() % 8); glutTimerFunc(1000/FPS, animatedTimer, v); } else animating = false; } else { bool rerun = false; if (currIKChain == CHAIN2) rerun = !updateMovementAngles(model2, 0); if (currIKChain == CHAIN3) rerun = !updateMovementAngles(model3, 0); if (currIKChain == CHAIN4) rerun = !updateMovementAngles(model4, 0); if (currIKChain == CHAIN5) rerun = !updateMovementAngles(model5, 0); if (rerun) { glutTimerFunc(1000/FPS, animatedTimer, v); } else if (animatePosGen++ <= 10) { srand (time(NULL)); targetPos(0) = ((rand() % 2 == 0) ? -1 : 1) * (rand() % 8); targetPos(1) = ((rand() % 2 == 0) ? -1 : 1) * (rand() % 8); currIKChain = getClosestChain(); glutTimerFunc(1000/FPS, animatedTimer, v); } else animating = false; } } glutPostRedisplay(); } void setupRC() { tbInit(GLUT_RIGHT_BUTTON); tbAnimate(GL_TRUE); // Place Camera // camRotX = 350.0f; // camRotY = 680.0f; // camPosX = 0.0f; // camPosY = 0.0f; // camPosZ = -10.5f; //glEnable( GL_DEPTH_TEST ); //glShadeModel(GL_SMOOTH); //glClearColor(0.0, 0.0, 0.0, 0.0); //glShadeModel (GL_FLAT); initLights(); //initDisplayLists(); } void setCamera( void ) { /glTranslatef(0, 0, camPosZ); glRotatef(camRotX, 1, 0, 0); glRotatef(camRotY, 0, 1, 0);/ glTranslatef(0.0, 0.0, -1 * camZ); //glScalef(0.1, 0.1, 0.1); //gluLookAt(0.0, 2.0, 1.0, 0.0, 0.0, 0.0, 0.0, 1.0, 0.0); } GLfloat selColor[] = {0, 1, 0, 1}; void drawNodeRecursively(Node node, bool pickable, GLfloat jointColor[], GLfloat linkColor[]) { glPushMatrix(); { Joint* currJoint = node.joint; glPushMatrix(); { if (currentJoint1 == currJoint->selName \|\| currentJoint2 == currJoint->selName) glMaterialfv(GL_FRONT, GL_AMBIENT_AND_DIFFUSE, selColor); else glMaterialfv(GL_FRONT, GL_AMBIENT_AND_DIFFUSE, jointColor); if (currentModel == MODEL2 && (currentJoint2 == JOINT11 \|\| currentJoint2 == JOINT21 \|\| currentJoint2 == JOINT31 \|\| currentJoint2 == JOINT41)) { if (currJoint->selName == JOINT11 \|\| currJoint->selName == JOINT21 \|\| currJoint->selName == JOINT31 \|\| currJoint->selName == JOINT41) glMaterialfv(GL_FRONT, GL_AMBIENT_AND_DIFFUSE, selColor); } //glLoadName(currJoint->selName); // if (pickable) // glColor3ub(currJoint->selName + 1,0,0); glutSolidSphere(0.4, 20, 20); } glPopMatrix(); //glTranslatef(0.25, 0.0, 0.0); glRotatef(currJoint->rotation, currJoint->axis(0), currJoint->axis(1), currJoint->axis(2)); glPushMatrix(); { glRotatef(90.0, 0.0, 1.0, 0.0); glMaterialfv(GL_FRONT, GL_AMBIENT_AND_DIFFUSE, linkColor); GLUquadric* cylQuad = gluNewQuadric(); // glLoadName(currJoint->selName); // if (pickable) // glColor3ub(currJoint->selName + 1,0,0); if (cylQuad != 0) gluCylinder(cylQuad, 0.25, 0.25, norm(currJoint->endPoint), 10, 50); } glPopMatrix(); glTranslatef(currJoint->endPoint(0), currJoint->endPoint(1), currJoint->endPoint(2));//joint1.axleLength + joint2.radius, 0.0, 0.0); for (int i = 0; i < node.children.size(); i++) drawNodeRecursively(node.children[i], pickable, jointColor, linkColor); } glPopMatrix(); } void drawModel1 (bool pickable) { GLfloat c1[] = {0, 0, 0, 1}; GLfloat c2[] = {0, 0, 0, 1}; if (currentModel == MODEL1) { c1[0] = 1; c1[1] = 0; c1[2] = 0; c2[0] = 1; c2[1] = 0; c2[2] = 1; drawNodeRecursively(model1, pickable, c1, c2); } if (currentModel == MODEL2) { c1[0] = 1; c1[1] = 0; c1[2] = 0; c2[0] = 1; c2[1] = 0; c2[2] = 1; drawNodeRecursively(model2, pickable, c1, c2); c1[0] = 0; c1[1] = 0; c1[2] = 1; c2[0] = 0.6; c2[1] = 0.4; c2[2] = 0.2; drawNodeRecursively(model3, pickable, c1, c2); c1[0] = 1; c1[1] = 1; c1[2] = 0; c2[0] = 0.2; c2[1] = 0.4; c2[2] = 0.6; drawNodeRecursively(model4, pickable, c1, c2); c1[0] = 0; c1[1] = 1; c1[2] = 1; c2[0] = 0.7; c2[1] = 0.8; c2[2] = 0.4; drawNodeRecursively(model5, pickable, c1, c2); } // Retrieve current matrice before they popped. glGetDoublev( GL_MODELVIEW_MATRIX, modelview ); // Retrieve The Modelview Matrix glGetDoublev( GL_PROJECTION_MATRIX, projection ); // Retrieve The Projection Matrix glGetIntegerv( GL_VIEWPORT, viewport ); // Retrieves The Viewport Values (X, Y, Width, Height) } void display(void) { glLoadIdentity (); /* clear the matrix / setCamera(); tbMatrix(); GLfloat currentColor[] = {1,1,0,1}; glMaterialfv(GL_FRONT, GL_AMBIENT_AND_DIFFUSE, currentColor); glClear(GL_COLOR_BUFFER_BIT \| GL_DEPTH_BUFFER_BIT); drawModel1(false); if (currMode == INVERSE) { glPushMatrix(); GLfloat pointColor[] = {1,1,1,1}; glMaterialfv(GL_FRONT, GL_AMBIENT_AND_DIFFUSE, pointColor); glTranslatef(targetPos(0), targetPos(1), targetPos(2)); glutSolidSphere(0.1, 20, 20); glPopMatrix(); } glFlush (); glutSwapBuffers(); } void specialKeys( int key, int x, int y ) { switch(key) { case GLUT_KEY_UP: if (currMode == FORWARD) { if (currentModel == MODEL1) { if (currentJoint1 == JOINT1) //&& joint1.rotation < 80) joint1.rotation += 1; else if (currentJoint1 == JOINT2) //&& joint2.rotation < 80) joint2.rotation += 1; else if (currentJoint1 == JOINT3) //&& joint3.rotation < 80) joint3.rotation += 1; else if (currentJoint1 == JOINT4) //&& joint4.rotation < 80) joint4.rotation += 1; } else if (currentModel == MODEL2) { if (currentJoint2 == JOINT11) //&& joint11.rotation < 80) joint11.rotation += 1; else if (currentJoint2 == JOINT12) //&& joint12.rotation < 80) { joint12.rotation += 1; } else if (currentJoint2 == JOINT13) //&& joint13.rotation < 80) joint13.rotation += 1; else if (currentJoint2 == JOINT21) //&& joint21.rotation < 80) joint21.rotation += 1; else if (currentJoint2 == JOINT22) //&& joint22.rotation < 80) joint22.rotation += 1; else if (currentJoint2 == JOINT23) //&& joint23.rotation < 80) joint23.rotation += 1; else if (currentJoint2 == JOINT24) //&& joint24.rotation < 80) joint24.rotation += 1; else if (currentJoint2 == JOINT31) //&& joint31.rotation < 80) joint31.rotation += 1; else if (currentJoint2 == JOINT32) //&& joint32.rotation < 80) joint32.rotation += 1; else if (currentJoint2 == JOINT33) //&& joint33.rotation < 80) joint33.rotation += 1; else if (currentJoint2 == JOINT41) //&& joint41.rotation < 80) joint41.rotation += 1; else if (currentJoint2 == JOINT42) //&& joint42.rotation < 80) joint42.rotation += 1; else if (currentJoint2 == JOINT43) //&& joint43.rotation < 80) joint43.rotation += 1; else if (currentJoint2 == JOINT44) //&& joint44.rotation < 80) joint44.rotation += 1; else if (currentJoint2 == JOINT45) //&& joint45.rotation < 80) joint45.rotation += 1; } glutPostRedisplay(); } break; case GLUT_KEY_DOWN: if (currMode == FORWARD) { if (currentModel == MODEL1) { if (currentJoint1 == JOINT1) //&& joint1.rotation > -80) joint1.rotation -= 1; else if (currentJoint1 == JOINT2) //&& joint2.rotation > -80) joint2.rotation -= 1; else if (currentJoint1 == JOINT3) //&& joint3.rotation > -80) joint3.rotation -= 1; else if (currentJoint1 == JOINT4) //&& joint4.rotation > -80) joint4.rotation -= 1; } else if (currentModel == MODEL2) { if (currentJoint2 == JOINT11) //&& joint11.rotation > -80) joint11.rotation -= 1; else if (currentJoint2 == JOINT12) //&& joint12.rotation > -80) joint12.rotation -= 1; else if (currentJoint2 == JOINT13) //&& joint13.rotation > -80) joint13.rotation -= 1; else if (currentJoint2 == JOINT21) //&& joint21.rotation > -80) joint21.rotation -= 1; else if (currentJoint2 == JOINT22) //&& joint22.rotation > -80) joint22.rotation -= 1; else if (currentJoint2 == JOINT23) //&& joint23.rotation > -80) joint23.rotation -= 1; else if (currentJoint2 == JOINT24) //&& joint24.rotation > -80) joint24.rotation -= 1; else if (currentJoint2 == JOINT31) //&& joint31.rotation > -80) joint31.rotation -= 1; else if (currentJoint2 == JOINT32) //&& joint32.rotation > -80) joint32.rotation -= 1; else if (currentJoint2 == JOINT33) //&& joint33.rotation > -80) joint33.rotation -= 1; else if (currentJoint2 == JOINT41) //&& joint41.rotation > -80) joint41.rotation -= 1; else if (currentJoint2 == JOINT42) //&& joint42.rotation > -80) joint42.rotation -= 1; else if (currentJoint2 == JOINT43) //&& joint43.rotation > -80) joint43.rotation -= 1; else if (currentJoint2 == JOINT44) //&& joint44.rotation > -80) joint44.rotation -= 1; else if (currentJoint2 == JOINT45) //&& joint45.rotation > -80) joint45.rotation -= 1; } glutPostRedisplay(); } break; //case GLUT_KEY_LEFT: //case GLUT_KEY_RIGHT: } } void keyboard( unsigned char key, int x, int y ) { switch(key) { case 27: // Escape key exit(0); break; case 'r': printf("save current screen\n"); screenshot.capture(); break; case ' ': //Space bar if (currMode == FORWARD) { currMode = INVERSE; glutPostRedisplay(); //Update Current positions currentPos[5] // glutTimerFunc(1000/FPS, timer, v); } else currMode = FORWARD; break; case '1': currentModel = MODEL1; currentJoint1 = JOINT1; glutPostRedisplay(); break; case '2': currentModel = MODEL2; currentJoint2 = JOINT12; glutPostRedisplay(); break; case 'a': if (currMode == INVERSE) { if (animating) animating = false; else { animating = true; srand (time(NULL)); targetPos(0) = ((rand() % 2 == 0) ? -1 : 1) (rand() % 8); targetPos(1) = ((rand() % 2 == 0) ? -1 : 1) * (rand() % 8); if (currentModel == MODEL2) currIKChain = getClosestChain(); else currIKChain = CHAIN1; glutTimerFunc(1000/FPS, animatedTimer, 0); } animatePosGen = 0; } break; } } // Got this from Nehe Gamedev Tutorials Vector3f GetOGLPos(int x, int y) { GLint viewport[4]; GLdouble modelview[16]; GLdouble projection[16]; GLfloat winX, winY, winZ; GLdouble posX, posY, posZ; glGetDoublev( GL_MODELVIEW_MATRIX, modelview ); glGetDoublev( GL_PROJECTION_MATRIX, projection ); glGetIntegerv( GL_VIEWPORT, viewport ); winX = (float)x; winY = (float)viewport[3] - (float)y; glReadPixels( x, int(winY), 1.0, 1, GL_DEPTH_COMPONENT, GL_FLOAT, &winZ ); gluUnProject( winX, winY, winZ, modelview, projection, viewport, &posX, &posY, &posZ); return Vector3f(posX, posY, posZ); } int selectedJoint(Node model, float prevAngle, Vector3f prevPos, Vector3f click) { float length = norm(model.joint->endPoint); float angle = model.joint->rotation + prevAngle; Vector3f tmp(length * cos(radian(angle)),length * sin(radian(angle)), model.joint->endPoint(2)); tmp += prevPos; // if (model.children.size() > 0 && norm (click - tmp) < 0.1) // return model.children[0].joint->selName; if (norm (click - tmp) < 1.0) return model.joint->selName; else if (model.children.size() > 0) { return selectedJoint(model.children[0], angle, tmp, click); } else { return -1; } } void resolveSelection (float x, float y) { Vector3f click(x, y, 0.0); int selection = -1; if (currentModel == MODEL1) { //if (norm (click) < 0.1) //{ // currentJoint1 = JOINT1; //} //else //{ selection = selectedJoint(model1, 0.0, Vector3f(0.0,0.0,0.0), click); if (selection != -1) currentJoint1 = selection; //} return; } else if (currentModel == MODEL2) { selection = selectedJoint(model2, 0.0, Vector3f(0.0,0.0,0.0), click); if (selection != -1) { currentJoint2 = selection; return; } selection = selectedJoint(model3, 0.0, Vector3f(0.0,0.0,0.0), click); if (selection != -1) { currentJoint2 = selection; return; } selection = selectedJoint(model4, 0.0, Vector3f(0.0,0.0,0.0), click); if (selection != -1) { currentJoint2 = selection; return; } selection = selectedJoint(model5, 0.0, Vector3f(0.0,0.0,0.0), click); if (selection != -1) { currentJoint2 = selection; return; } } } void mouse( int button, int state, int x, int y) { tbMouse(button, state, x, y); if(button == GLUT_LEFT_BUTTON && state == GLUT_DOWN) { //processSelection(x, y); Vector3f openGLCoord = GetOGLPos(x,y); if (currMode == INVERSE && !animating) { targetPos(0) = (camZ / far) * openGLCoord(0); targetPos(1) = (camZ / far) * openGLCoord(1); if (currentModel == MODEL2) currIKChain = getClosestChain(); else currIKChain = CHAIN1; glutTimerFunc(1000/FPS, timer, 0); } else if (currMode == FORWARD) { resolveSelection((camZ / far) * openGLCoord(0), (camZ / far) * openGLCoord(1)); } } if(button == GLUT_LEFT_BUTTON && state == GLUT_UP) { pickedObj = -1; glutPostRedisplay(); } } void motion(int x, int y) { tbMotion(x, y); GLfloat winX, winY, winZ; GLdouble posX, posY, posZ; winX = (float)x; winY = (float)viewport[3] - (float)y; glReadPixels( x, (int)winY, 1, 1, GL_DEPTH_COMPONENT, GL_FLOAT, &winZ ); gluUnProject( winX, winY, winZ, modelview, projection, viewport, &posX, &posY, &posZ); glutPostRedisplay(); } int main (int argc, char *argv[]) { glutInit( &argc, argv ); glutInitDisplayMode( GLUT_RGB \| GLUT_DOUBLE \| GLUT_DEPTH); glutInitWindowSize( winWidth, winHeight ); glutCreateWindow( "KINEMATICS" ); initModels(); setupRC(); glutDisplayFunc( display ); glutReshapeFunc( reshape ); glutKeyboardFunc( keyboard ); glutSpecialFunc( specialKeys ); glutMouseFunc( mouse ); glutMotionFunc( motion ); glutMainLoop(); }	[ "rt2520@columbia.edu" ]	rt2520@columbia.edu
10556db8f4104c03cbeb3f86ffa47a4edb976527	f60fbce76f3464fcba29fbd8cf1181b273de1825	/tests/test_ability_remap.cc	7edd69088e71aafaef4fc578106868cf615b2203	[ "MIT" ]	permissive	EvenSharper/s2client-api	0f81230649898e12462d109c13c91bc0b49a9d88	d5419714346500d5659bcaffc6e78f26a8e1241a	refs/heads/master	2021-01-16T00:28:44.507665	2017-08-10T17:59:52	2017-08-10T17:59:52	99,964,204	1	0	null	2017-08-10T20:57:57	2017-08-10T20:57:57	null	UTF-8	C++	false	false	6,458	cc	#include "test_framework.h" #include "test_movement_combat.h" #include "sc2api/sc2_api.h" #include "sc2utils/sc2_manage_process.h" #include <iostream> #include <string> #include <random> #include "feature_layers_shared.h" namespace sc2 { // // TestRemapStart // class TestRemap : public TestSequence { public: Point2DI command_center_pt_; TestRemap() : command_center_pt_(24, 24), TestSequence() { } Unit GetCommandCenter() { const ObservationInterface* obs = agent_->Observation(); Units found_command_centers = obs->GetUnits(Unit::Alliance::Self, IsUnit(UNIT_TYPEID::TERRAN_COMMANDCENTER)); if (found_command_centers.size() != 1) { ReportError("Could not find the command center"); assert(0); return Unit(); } return found_command_centers[0]; } }; class TestRemapStart : public TestRemap { public: void OnTestStart() override { const ObservationInterface* obs = agent_->Observation(); const GameInfo& game_info = agent_->Observation()->GetGameInfo(); Point2D min = game_info.playable_min; Point2D max = game_info.playable_max; Point2D spawn_pt = min + (max - min) / 2.0f; agent_->Debug()->DebugCreateUnit(UNIT_TYPEID::TERRAN_SCV, spawn_pt, agent_->Observation()->GetPlayerID(), 1); agent_->Debug()->DebugMoveCamera(spawn_pt); agent_->Debug()->DebugGiveAllResources(); agent_->Debug()->DebugIgnoreMineral(); agent_->Debug()->SendDebug(); } }; class TestRemapSelectSCV : public TestRemap { public: void OnTestStart() override { ActionFeatureLayerInterface* action = agent_->ActionsFeatureLayer(); Point2DI p0(0, 0); Point2DI p1(63, 63); action->Select(p0, p1); } }; class TestRemapBuildCommandCenter : public TestRemap { public: void OnTestStart() override { ActionFeatureLayerInterface* action = agent_->ActionsFeatureLayer(); action->UnitCommand(ABILITY_ID::BUILD_COMMANDCENTER, command_center_pt_); wait_game_loops_ = 50; } }; class TestRemapBuildCommandCenterHalt : public TestRemap { public: void OnTestStart() override { ActionFeatureLayerInterface* action = agent_->ActionsFeatureLayer(); action->UnitCommand(ABILITY_ID::HALT); wait_game_loops_ = 10; } }; class TestRemapBuildCommandCenterDetectHalt : public TestRemap { public: float current_progress; void OnTestStart() override { Unit command_center = GetCommandCenter(); current_progress = command_center.build_progress; if (current_progress == 0.0f) { ReportError("Command center did not start building"); assert(0); return; } if (current_progress == 1.0f) { ReportError("Command center finished building"); assert(0); return; } wait_game_loops_ = 50; } void OnTestFinish() override { Unit command_center = GetCommandCenter(); if (current_progress != command_center.build_progress) { ReportError("Command center building continued"); assert(0); return; } } }; class TestRemapBuildCommandCenterContinue : public TestRemap { public: float current_progress; void OnTestStart() override { Unit command_center = GetCommandCenter(); current_progress = command_center.build_progress; ActionFeatureLayerInterface* action = agent_->ActionsFeatureLayer(); action->UnitCommand(ABILITY_ID::SMART, command_center_pt_); wait_game_loops_ = 50; } void OnTestFinish() override { Unit command_center = GetCommandCenter(); if (current_progress == command_center.build_progress) { ReportError("Command center building would not continue"); assert(0); return; } // Select the barracks. ActionFeatureLayerInterface* action = agent_->ActionsFeatureLayer(); action->Select(command_center_pt_, PointSelectionType::PtSelect); } }; class TestRemapBuildCommandCenterCancel : public TestRemap { public: void OnTestStart() override { ActionFeatureLayerInterface* action = agent_->ActionsFeatureLayer(); action->UnitCommand(ABILITY_ID::CANCEL); wait_game_loops_ = 10; } void OnTestFinish() override { const ObservationInterface* obs = agent_->Observation(); Units found_command_centers = obs->GetUnits(Unit::Alliance::Self, IsUnit(UNIT_TYPEID::TERRAN_COMMANDCENTER)); if (found_command_centers.size() != 0) { ReportError("Command center was not destroyed!"); assert(0); } } }; class TestRemapFinishTest : public TestRemap { public: void OnTestStart() override { wait_game_loops_ = 5; } }; // // RemapAbilitiesTestBot // class RemapAbilitiesTestBot : public UnitTestBot { public: RemapAbilitiesTestBot(); private: void OnTestsBegin () final; void OnTestsEnd () final; }; RemapAbilitiesTestBot::RemapAbilitiesTestBot() : UnitTestBot() { // Sequences. Add(TestRemapStart()); Add(TestRemapSelectSCV()); Add(TestRemapBuildCommandCenter()); Add(TestRemapBuildCommandCenterHalt()); Add(TestRemapBuildCommandCenterDetectHalt()); Add(TestRemapBuildCommandCenterContinue()); Add(WaitT<5>()); Add(TestRemapBuildCommandCenterHalt()); Add(TestRemapBuildCommandCenterDetectHalt()); Add(TestRemapBuildCommandCenterCancel()); Add(TestRemapFinishTest()); } void RemapAbilitiesTestBot::OnTestsBegin() { Debug()->DebugShowMap(); }; void RemapAbilitiesTestBot::OnTestsEnd () { } // // TestFeatureLayers // bool TestAbilityRemap(int argc, char** argv) { Coordinator coordinator; if (!coordinator.LoadSettings(argc, argv)) { return false; } coordinator.SetFeatureLayers(sc2::FeatureLayerSettings()); // Add the custom bot, it will control the players. RemapAbilitiesTestBot bot; coordinator.SetParticipants({ CreateParticipant(sc2::Race::Terran, &bot), }); // Start the game. coordinator.LaunchStarcraft(); coordinator.StartGame(sc2::kMapEmpty); // Step forward the game simulation. while (!bot.IsFinished()) { sc2::SleepFor(20); coordinator.Update(); } return bot.Success(); } }	[ "abrunasso@blizzard.com" ]	abrunasso@blizzard.com
5a7f8aea4d17b0abec72a9e565dfcb64f850a5d3	e2f371c00d77c07f6139f65ff299677b995c1d1f	/ch13/OOP/AccountHandler.h	8fd78e9457cd893a5503493d24875d38c2ddbc34	[]	no_license	kdhgus92/CPP-programming	e1587a38a632bb184c6662bf4701c3e8cedb67d1	55f94618d6c95332850e3f4b9cb9f6683f79c196	refs/heads/master	2022-11-17T15:43:11.813535	2020-07-08T11:31:17	2020-07-08T11:31:17	null	0	0	null	null	null	null	UTF-8	C++	false	false	618	h	/* * 파일이름 : AccountHandler.h * 작성자 : 권오현 * 업데이트 정보: [2020, 07, 02] 파일버전 0.8 / #ifndef __ACCOUNT_HANDLER_H__ #define __ACCOUNT_HANDLER_H__ #include "BankingCommonDecl.h" #include "Account.h" #include "BoundCheckArray.h" class AccountHandler { private: BoundCheckArray<Account> accArr; //변경 int accNum = 0; public: AccountHandler(); void ShowMenu(void); void MakeAccount(void); void DepositMoney(void); void WithdrawMoney(void); void ShowAllAccInfo(void); ~AccountHandler(); protected: void MakeNormalAccount(void); void MakeCreditAccount(void); }; #endif	[ "noreply@github.com" ]	kdhgus92.noreply@github.com
9f8356ce18c2ab0c440ff52084c63b679e76d8da	fffe012158fb8ad26bfb8ea04bebaac9fbf58b48	/BuildingDetectorDemo/stdafx.cpp	dd9b71a3e29328690e31212fc246f1affce517d1	[]	no_license	Huang-Jin/BuildingDetecor	4ef2e5c7ec90451ae5de1d89a5f6ebd852f15129	0d86277b11411127cd1c2aca6e0b8bdaa87ea758	refs/heads/master	2021-05-10T20:48:33.528598	2018-01-23T06:36:21	2018-01-23T06:36:21	118,206,053	1	0	null	null	null	null	GB18030	C++	false	false	273	cpp	// stdafx.cpp : 只包括标准包含文件的源文件 // BuildingDetectorDemo.pch 将作为预编译头 // stdafx.obj 将包含预编译类型信息 #include "stdafx.h" // TODO: 在 STDAFX.H 中 // 引用任何所需的附加头文件，而不是在此文件中引用	[ "1309740625@qq.com" ]	1309740625@qq.com
64ad90935b4e37262bf69659ce7c9f6268304372	9e540513bfb885147307b8e1fd68b918db91ee97	/a star algorithm/a_star(guo).cpp	9767f6d13d91dd4ce9708200331252f1947490ca	[]	no_license	kapz28/All-the-projects	8776fc93f7800fbfa54582177b72703081d5ac68	c9e16f775787818f5a281b59afeadb8868339e7a	refs/heads/master	2021-07-08T10:58:03.483161	2021-05-05T05:59:49	2021-05-05T05:59:49	72,810,172	0	0	null	null	null	null	UTF-8	C++	false	false	7,668	cpp	// MTE 140 - Assignment 4 // Name: Matthew Robert Gulbronson, Student ID: 20656205 // Name: Peiliang Guo, Student ID: 20665804 // Name: Kapilan Satkunanathan, Student ID: 20694418 #include <iostream> #include <math.h> #include <algorithm> #include <string> #include <sstream> #include "a_star.hpp" using namespace std; // Calculates and returns the fcost int AStar::getFCost(Node* currentNode) { // TODO Step1. Return fCost as a sum of gCost and hCost return currentNode->gCost + currentNode->hCost; } // Computes the Euclidean distance between two nodes and scales it by 10 to avoid floats int AStar::getHDistance(Node* A, Node* B) { // TODO Step2. Return the Euclidian distance scaled by 10 // Calculate the delta x and delta y int dx = B->posX - A->posX; int dy = B->posY - A->posY; // Calculate the Euclidian distance * 10 return sqrt(dxdx + dydy) * 10; } // Iterates through the node's parents and creates a list of the shortest path to take list<Node> AStar::retracePath (Node startNode, Node* endNode) { list<Node> path; Node currentNode = endNode; while (currentNode != startNode) { path.push_front(currentNode); currentNode = currentNode->parent; } return path; } // For the current node, cnode, discovers all walkable neighbours, and adds them to the neighbours list list<Node> AStar::getNeighbours(Node cnode, Node* grid[Y_LENGTH][X_LENGTH]) { list<Node> neighbours; // TODO Step3. Add walkable neighbours to the neighbours list // Step3.1 Iterate from (cnode.y - 1) to (cnode.y + 1) // Step3.2 Iterate from (cnode.x - 1) to (cnode.x + 1) // Step3.3 Add neighbours that are not outside the world bounds and that are walkable // Determine the valid ranges of x and y within the boundaries of the grid int xRange[2] = { max(cnode->posX - 1, 0), min(cnode->posX + 1, X_LENGTH - 1) }; int yRange[2] = { max(cnode->posY - 1, 0), min(cnode->posY + 1, Y_LENGTH - 1) }; // Iterate through all points in the x and y ranges for (int y = yRange[0]; y <= yRange[1]; y++) { for (int x = xRange[0]; x <= xRange[1]; x++) { // Ignore the cnode itself if (x != cnode->posX \|\| y != cnode->posY) { // Check if the neighbour is walkable Node neighbour = grid[y][x]; if (neighbour->walkable) { // Push neighbour to the list neighbours.push_back(neighbour); } } } } return neighbours; } // Outputs the discovered path as a string string AStar::getPathString(list<Node> path) { stringstream outputStream; for (list<Node>::iterator it = path.begin(); it != path.end(); ++it) { outputStream << "(" << (it)->posX << "," << (it)->posY << ")" << endl; } return outputStream.str(); } // Outputs path distance int AStar::getPathDistance(list<Node> path) { return path.size() > 0 ? path.back() -> fCost : 0; } // Finds shortest path between startNode and endNode using A algorithm list<Node> AStar::findPath(Node world[Y_LENGTH][X_LENGTH], Node* startNode, Node* endNode) { list<Node> openSet; // list of nodes not yet evaluated list<Node> closedSet; // list of nodes already evaluated Node* currentNode; startNode->gCost = 0; startNode->hCost = getHDistance(startNode, endNode); startNode->fCost = startNode->hCost; openSet.push_back(startNode); // insert the starting node at the beginning of the open set while(!openSet.empty()) { // TODO Step4. Find a node in the openSet that has the smallest fCost // If there is a conflict, select the node with the smaller hCost // Use <list> iterator to iterate through the list; see sample iterator code below // Store the node with minimal cost for comparison list<Node>::iterator minIt; int minFCost = INT_MAX, minHCost = INT_MAX; for(list<Node>::iterator it = openSet.begin(); it != openSet.end(); it++) { Node* node = it; // If the fCost is smaller than the current minimal // or equivalent fCost but smaller hCost than current minimal, // record the node as the new minimal if (node->fCost < minFCost \|\| (node->fCost == minFCost && node->hCost < minHCost)) { minIt = it; minFCost = node->fCost; minHCost = node->hCost; } } // TODO Step5. Remove the found node from the open list and insert it into closed list currentNode = minIt; openSet.erase(minIt); closedSet.push_back(currentNode); // TODO Step6. Get a list of walkable neighbours for the current node list<Node> neighbours = getNeighbours(currentNode, world); // TODO Step7. Iterate through the neighbours list and add matching neighbours to the open list for(list<Node>::iterator it = neighbours.begin(); it != neighbours.end(); it++) { Node* neighbour = it; // Step7.1. Check if the current neighbour is already in the closed list; if it is, skip it bool foundInClosed = false; for(list<Node>::iterator closedIt = closedSet.begin(); closedIt != closedSet.end(); closedIt++) { // If the neighbour is found in the closedSet, signal foundInClosed and break the loop if (closedIt == neighbour) { foundInClosed = true; break; } } // If the neighbour is found in the closedSet, ignore it and continue to the next one. if (foundInClosed) { continue; } // Step7.2. Compute gCost from the start node for the curent neighbour // If that cost is less than previously computed gCost, update the neighbour's parent to the current node, and // update gCost, hCost, and fCost values for the neighbour to match the current node // Use getHDistance to get the cost from the current node to the current neighour // If a node has zero hCost, it means the node has not being visited bool isUnvisited = neighbour->fCost == 0; if (isUnvisited) { // Calculate and store the hCost for the node neighbour->hCost = getHDistance(neighbour, endNode); // Add the neighbour to the open set openSet.push_back(neighbour); } // Calculate the new gCost based on the current node int gCost = getHDistance(neighbour, currentNode) + currentNode->gCost; // Update the gCost if the node has never been visited or the new // gCost is lower than the previously stored gCost if (isUnvisited \|\| neighbour->gCost > gCost) { neighbour->gCost = gCost; neighbour->fCost = getFCost(neighbour); // Update the parent so the path can be retracted neighbour->parent = currentNode; } } // TODO Step8. Check if the current node is the end node; if it is, return the retraced path from start to end if (currentNode == endNode) { return retracePath(startNode, endNode); } } list<Node> empty; return empty; }	[ "noreply@github.com" ]	kapz28.noreply@github.com
207934a2f90ec5ab24a69b87703aa00eeb3b1a58	75bb52c11587ea6c286e5fcd311369850e74dfde	/3-01_a/main.cpp	ae01b1481c8b1c3b163e6364c1183bea4550d11d	[]	no_license	tado/BeyondInteraction_2nd_examples	6d763f889a7014fbf63113b263c0aac58dacf878	b59a333e45ebd7fa2ebd7aa991530dcca426a931	refs/heads/master	2021-01-10T18:55:41.437469	2020-03-11T01:55:22	2020-03-11T01:55:22	7,948,883	26	17	null	2016-03-08T21:53:10	2013-02-01T00:36:41	C++	UTF-8	C++	false	false	699	cpp	#include <iostream> using namespace std; class Dog { // Dogクラスの定義 public: string name; //犬の名前 (状態) void bark(); //犬が吠える (動作) }; //Dogクラスの定義終了 (最後に";"が入るのに注意) void Dog::bark() { //Dogのメソッド bark() の定義 //プログラムのデータ出力に、名前と鳴き声を表示 cout << name << "「ワンワン!」" << endl; } int main (int argc, char * const argv[]) { //メイン関数 Dog hachi; //Dogクラスをインスタンス化して、hachiを生成 hachi.name = "ハチ"; //hachiのプロパティnameに"ハチ"を代入 hachi.bark(); //hachiのメソッドbark()を実行 }	[ "tadokoro@gmail.com" ]	tadokoro@gmail.com
d0db409cb8018c3ca1439e6f74a6fcf08ba24b31	bd75df2a6d81b1023b0fd23c3bec2dfa4a1fa8a3	/exercise/Codeforce/1324B.cpp	f5eeac3446e7dc6728a77081af384626519c377e	[]	no_license	jongwuner/ps-study	596215ed2f3405197eabb4251dbfb3bff1b09352	a3f198dcf2467f1637aa8e1efdce81662d6b62ef	refs/heads/master	2021-07-18T15:54:51.622618	2020-05-10T11:53:11	2020-05-10T11:53:11	156,563,729	0	0	null	null	null	null	UTF-8	C++	false	false	647	cpp	#include<bits/stdc++.h> using namespace std; typedef long long ll; typedef pair<int, int> Pair; const int MAX = 5001; map<int, int> Map; vector<int> vi; int N; int main() { ios_base::sync_with_stdio(0); cin.tie(0); cout.tie(0); int T; cin >> T; while (T--) { vi.clear(); Map.clear(); bool ans = false; cin >> N; vi.resize(N + 1); for (int i = 1; i <= N; i++) cin >> vi[i]; for (int i = 1; i <= N; i++) { if (Map.find(vi[i]) == Map.end()) { Map[vi[i]] = i; } else { if (i - Map[vi[i]] >= 2) { ans = true; break; } } } if (ans) cout << "YES\n"; else cout << "NO\n"; } return 0; }	[ "jklh0202@naver.com" ]	jklh0202@naver.com
af9861f2ad6bbb3335650efcc59fcdae4847995b	77b54e9b87ee83d3d413009d4d484835d2860179	/src/solvers/solver.hpp	1fcaf04c19910432cb58ba892434c871a0368d55	[]	no_license	zhangchi0605/oppt	fe70a600ad8e8b35074bf1ca76d364dacff11677	461912d0b8a39b2261819cedbdef6ff29864962c	refs/heads/master	2020-04-05T09:06:19.523150	2018-09-29T14:13:14	2018-09-29T14:13:14	null	0	0	null	null	null	null	UTF-8	C++	false	false	7,734	hpp	/** * Copyright 2017 * * This file is part of On-line POMDP Planning Toolkit (OPPT). * OPPT is free software: you can redistribute it and/or modify it under the terms of the * GNU General Public License published by the Free Software Foundation, * either version 2 of the License, or (at your option) any later version. * * OPPT is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; * without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. * See the GNU General Public License for more details. * * You should have received a copy of the GNU General Public License along with OPPT. * If not, see http://www.gnu.org/licenses/. / /* @file solver.hpp * Contains an abstract definition of a POMDP solver / #ifndef __OPPT_SOLVER_HPP__ #define __OPPT_SOLVER_HPP__ #include <fstream> #include <iostream> #include <memory> #include "global.hpp" #include "oppt/opptCore/core.hpp" #include "oppt/opptCore/resources/resources.hpp" //#include "problems/shared/filesystemUtils.hpp" #include "oppt/problemEnvironment/ProblemEnvironmentOptions.hpp" #include "oppt/plugin/Plugin.hpp" namespace oppt { // Forward declaration class ProblemEnvironment; } using namespace oppt; namespace solvers { typedef std::function<void(RobotEnvironment const env1, RobotEnvironment const env2)> RegisterEnvironmentFn; /* * An abstract class which represents a POMDP solver. When designing new POMDP solvers, the user has to inherit * from this class and override all pure virtual methods. / class Solver { public: friend class oppt::ProblemEnvironment; /* * Default constructor / Solver() = default; /* * Virtual destructor / virtual ~Solver() {} /* * @brief Get the name of the solver / const std::string getName() const { return solverName_; } /* * @brief Performs initial setup operations / virtual void setup() = 0; /* * @brief Perform reset operations. This method is called after each simulation run / virtual bool reset() = 0; /* * @brief Improve the POMDP policy starting from the current belief. * @param timeout The maximum time (in milliseconds) the solver should take to improve the policy * * @return true if the policy improvement was successful / virtual bool improvePolicy(const FloatType &timeout) = 0; /* * @brief Get the next action the robot has to execute according to the calculated * policy. * * @return A shared pointer to the Action that is going to be executed. * If there's no action available, a nullptr should be returned / virtual ActionSharedPtr getNextAction() = 0; /* * @brief Update the belief, based on the action taken and observation received * * @return true if the belief update was successful / virtual bool updateBelief(const ActionSharedPtr& action, const ObservationSharedPtr& observation) = 0; /* * @brief Method for handling environment changes. Implementing this method is optional * * @param environmentChanges Vector of oppt::EnvironmentChange pointers. The changes are ordered in sequential order / virtual void handleEnvironmentChanges(const std::vector<EnvironmentChangeSharedPtr>& environmentChanges) {} /* * @brief This method is called after a step has been performed and allows the user to serialize additional * information specific to a Solver implementation. Implementing this method is optional * * @param os An output stream to the log file / virtual void serializeStep(std::ofstream& os) {} /* * @brief a method which is being called when a simulation run is finished. * Implementing this method is optional * * @param os The output stream to the log file * @param run The number of the run / virtual void runFinished(std::ofstream& os, const unsigned int &run) {} /* * @brief Returns a vector consisting of a particle representation of a belief. This method is purely used * for visualization purposes and is optional * * @return A vector representation of belief particles consisting of shared pointers to RobotState objects / virtual VectorRobotStatePtr getBeliefParticles() { return VectorRobotStatePtr(); } protected: /* * @brief Registers an environment for environment changes that happen in another environment * * When a RobotEnvironment is registered for environment changes, whenever am EnvironmentChange is * applied to this RobotEnvironment, is will automatically be applied to the registered RobotEnvironment * as well. Note that only planning environments can be registered * * @param registeredEnvironment The RobotEnvironment that has to be registered for environment changes * @param environment The RobotEnvironment the registeredEnvironment gets registered to. If this is a nullptr, * the registerdEnvironment is registered to the execution environment / void registerForEnvironmentChanges(RobotEnvironment const registeredEnvironment, RobotEnvironment const environment=nullptr) { registerForEnvironmentChangesFn_(registeredEnvironment, environment); } /* The heuristic plugin needs to be loaded AFTER the robo environment is fully initialized / void loadHeuristicPlugin() { // Load heuristic plugin if (problemEnvironmentOptions_->heuristicPlugin == "") return; if (!resources::FileExists(problemEnvironmentOptions_->heuristicPlugin)) { ERROR("Heuristic plugin '" + problemEnvironmentOptions_->heuristicPlugin + "' doesn't exist"); } heuristicPlugin_ = HeuristicPlugin::Create(problemEnvironmentOptions_->heuristicPlugin, "heuristicPlugin"); if (!heuristicPlugin_->load(robotPlanningEnvironment_, problemEnvironmentOptions_->configPath)) { ERROR("Heuristic plugin '" + problemEnvironmentOptions_->heuristicPlugin + "' couldn't be loaded"); } } protected: /* @brief The planning environment the solver uses for computing a policy / oppt::RobotEnvironment robotPlanningEnvironment_ = nullptr; /** @brief The name of the solver / std::string solverName_ = "Solver"; /* @brief A std::unique_ptr to the oppt::HeuristicPlugin. If no HeuristicPlugin is provided in the problem configuration file, this will be a nullptr / HeuristicPlugin::HeuristicPluginUniquePtr heuristicPlugin_; /* @brief A pointer to the ProblemEnvironmentOptions object/ ProblemEnvironmentOptions problemEnvironmentOptions_ = nullptr; /** @brief A pointer to the random engine/ RandomEnginePtr randGen_ = nullptr; RegisterEnvironmentFn registerForEnvironmentChangesFn_; private: void setRobotPlanningEnvironment(oppt::RobotEnvironment robotPlanningEnvironment) { robotPlanningEnvironment_ = robotPlanningEnvironment; } void setProblemEnvironmentOptions(ProblemEnvironmentOptions* problemEnvironmentOptions) { problemEnvironmentOptions_ = problemEnvironmentOptions; } void setRandomEngine(RandomEnginePtr& randomEngine) { randGen_ = randomEngine; } void setRegisterEnvironmentFn(RegisterEnvironmentFn &registerEnvFn) { registerForEnvironmentChangesFn_ = registerEnvFn; } }; typedef std::unique_ptr<Solver> SolverPtr; } #endif	[ "hoergems@gmail.com" ]	hoergems@gmail.com
114bf8d52bd515d580403613e9b69a836e347f7a	92d69be79664e5f63a56317ad1353ebe6c3e2b2d	/PLFoundationCore/PLTimer.cpp	d3e849574700682b26a8335886c4b8676f39114f	[ "Apache-2.0" ]	permissive	YPLiang19/PLFoundation	c95b264752c0ebeb1e1e11aa99a39e86d61c5970	5701a005ad2fc75f08786ba8c61d6beb590b2574	refs/heads/master	2022-12-02T10:31:41.712963	2020-08-21T10:07:50	2020-08-21T10:07:50	285,720,354	2	1	null	null	null	null	UTF-8	C++	false	false	1,530	cpp	// // PLTimer.cpp // PLFoundation // // Created by yongpengliang on 2020/8/20. // Copyright © 2020 yongpengliang. All rights reserved. // #include "PLTimer.h" PLFOUNDATON_NAMESPACE_BEGIN void PLTimer::init(PLTimeInterval interval, void userInfo, bool repeats){ if (interval <= 0.0) { interval = 0.0001; } _fireDate = PLDate(_interval); _invalidated = false; _userInfo = userInfo; if (repeats) { _repeats = true; _interval = interval; }else{ _repeats = false; _interval = 0.0; } } PLTimer::~PLTimer(){ if (_invalidated == false) { invalidate(); } } void PLTimer::invalidate(){ _invalidated = true; } bool PLTimer::isValid(){ return !_invalidated; } PLDate PLTimer::fireDate(){ return _fireDate; } void PLTimer::setFireDate(PLDate &fireDate){ _fireDate = fireDate; } PLTimeInterval PLTimer::timeInterval(){ return _interval; } void PLTimer::userInfo(){ return _userInfo; } PLComparisonResult PLTimer::compare(std::shared_ptr<PLTimer> anotherTimer){ if (this == anotherTimer.get()) { return PLOrderedSame; } return _fireDate.compare(anotherTimer->_fireDate); } void PLTimer::fire(){ if (_block) { try { _block(shared_from_this()); } catch (...) { fprintf(stderr, "PLTimer::fire err"); } if (_repeats == false) { invalidate(); } }else{ invalidate(); } } PLFOUNDATON_NAMESPACE_END	[ "ikeshi@tencent.com" ]	ikeshi@tencent.com
83a00d1e6905922985f13e40ca674f352e36410e	60bb67415a192d0c421719de7822c1819d5ba7ac	/blazetest/src/mathtest/dvecdvecouter/V2aV3b.cpp	045bd867f4306a2d2eae0ce2727999be2e53aeeb	[ "BSD-3-Clause" ]	permissive	rtohid/blaze	48decd51395d912730add9bc0d19e617ecae8624	7852d9e22aeb89b907cb878c28d6ca75e5528431	refs/heads/master	2020-04-16T16:48:03.915504	2018-12-19T20:29:42	2018-12-19T20:29:42	165,750,036	0	0	null	null	null	null	UTF-8	C++	false	false	3,668	cpp	//================================================================================================= /! // \file src/mathtest/dvecdvecouter/V2aV3b.cpp // \brief Source file for the V2aV3b dense vector/dense vector outer product math test // // Copyright (C) 2012-2018 Klaus Iglberger - All Rights Reserved // // This file is part of the Blaze library. You can redistribute it and/or modify it under // the terms of the New (Revised) BSD License. Redistribution and use in source and binary // forms, with or without modification, are permitted provided that the following conditions // are met: // // 1. Redistributions of source code must retain the above copyright notice, this list of // conditions and the following disclaimer. // 2. Redistributions in binary form must reproduce the above copyright notice, this list // of conditions and the following disclaimer in the documentation and/or other materials // provided with the distribution. // 3. Neither the names of the Blaze development group nor the names of its contributors // may be used to endorse or promote products derived from this software without specific // prior written permission. // // THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY // EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES // OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT // SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, // INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED // TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR // BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN // CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN // ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH // DAMAGE. / //================================================================================================= //*********************************************************************************************** // Includes //********************************************************************************************* #include <cstdlib> #include <iostream> #include <blaze/math/StaticVector.h> #include <blazetest/mathtest/Creator.h> #include <blazetest/mathtest/dvecdvecouter/OperationTest.h> #include <blazetest/system/MathTest.h> //================================================================================================= // // MAIN FUNCTION // //================================================================================================= //********************************************************************************************* int main() { std::cout << " Running 'V2aV3b'..." << std::endl; using blazetest::mathtest::TypeA; using blazetest::mathtest::TypeB; try { // Vector type definitions using V2a = blaze::StaticVector<TypeA,2UL>; using V3b = blaze::StaticVector<TypeB,3UL>; // Creator type definitions using CV2a = blazetest::Creator<V2a>; using CV3b = blazetest::Creator<V3b>; // Running the tests RUN_DVECDVECOUTER_OPERATION_TEST( CV2a(), CV3b() ); } catch( std::exception& ex ) { std::cerr << "\n\n ERROR DETECTED during dense vector/dense vector outer product:\n" << ex.what() << "\n"; return EXIT_FAILURE; } return EXIT_SUCCESS; } //***********************************************************************************************	[ "klaus.iglberger@gmail.com" ]	klaus.iglberger@gmail.com
8968f28335dbdf0154257b1a65d96140e3ad416f	b66715c97e48731ebba2afb8d81d02beb695c691	/SPOJ/MUL - Fast Multiplication.cpp	918d15b51c7ec0215c61760fa475a982a0dd958a	[]	no_license	justHusam/Competitive-Programming	c105b982108db914d80c759741302a9828b123b4	4c86037370774dc18beb1f2b302a59f2e84979d4	refs/heads/master	2020-03-19T10:26:12.874772	2018-09-14T12:24:41	2018-09-14T12:24:41	136,369,844	4	0	null	null	null	null	UTF-8	C++	false	false	1,850	cpp	#include <bits/stdc++.h> using namespace std; const double PI = 4.0 * atan(1.0); const complex<double> I(0, 1); void FFT(double theta, vector<complex<double> > &a) { int n = a.size(); for (int m = n; m >= 2; m >>= 1) { int mh = m >> 1; for (int i = 0; i < mh; i++) { complex<double> w = exp(i * theta * I); for (int j = i; j < n; j += m) { int k = j + mh; complex<double> x = a[j] - a[k]; a[j] += a[k]; a[k] = w * x; } } theta = 2; } int i = 0; for (int j = 1; j < n - 1; j++) { for (int k = n >> 1; k > (i ^= k); k >>= 1) ; if (j < i) swap(a[i], a[j]); } } void FFT(vector<complex<double> > &a) { int n = ceil(log(a.size()) / log(2) + 1e-9); a.resize(1 << n); FFT(2 PI / a.size(), a); } void iFFT(vector<complex<double> > &a) { FFT(-2 * PI / a.size(), a); for (size_t i = 0; i < a.size(); i++) a[i] /= a.size(); } const int N = 1e4 + 10; char a[N], b[N], c[2 * N]; vector<complex<double> > A, B, C; void solve() { int sa = strlen(a); int sb = strlen(b); int sc = sa + sb + 1; A.clear(); A.resize(sc); B.clear(); B.resize(sc); for (int i = sa - 1, j = 0; i >= 0; i--) A[j++] = a[i] - '0'; for (int i = sb - 1, j = 0; i >= 0; i--) B[j++] = b[i] - '0'; FFT(A); FFT(B); C.clear(); C.resize(A.size()); for (size_t i = 0; i < A.size(); i++) C[i] = A[i] * B[i]; iFFT(C); for (size_t i = 0; i < C.size() - 1; i++) { int cr = round(C[i].real()) / 10; C[i] = fmod(round(C[i].real()), 10); C[i + 1] += cr; } int i = C.size() - 1, j; while (i >= 0 && fabs(C[i].real()) < 0.5) i--; if (i < 0) { c[0] = '0', c[1] = 0; return; } for (j = 0; i >= 0; j++, i--) c[j] = round(C[i].real()) + '0'; c[j] = 0; } int main(int argc, char **argv) { int t; scanf("%d", &t); while (t-- != 0) { scanf("%s%s", a, b); solve(); printf("%s\n", c); } return 0; }	[ "husam.sa3@gmail.com" ]	husam.sa3@gmail.com
5874f2594832077fa4ec94481d2ab4d302b09365	6c3d396136e3b218dd4aaeed1276342dd3d3585d	/src/planner/robot/robot_state.cc	126427bb787f13baf1da376272053f8d1fc5161c	[]	no_license	pjsdream/planner	4dc8120d516ae03349091792673afff427e64723	56100adbc9e5ea0af1bfbe252c1073acf7eb47b6	refs/heads/master	2021-09-14T18:55:01.906412	2018-01-29T12:40:53	2018-01-29T12:40:53	114,855,947	0	0	null	null	null	null	UTF-8	C++	false	false	5,291	cc	#include "planner/robot/robot_state.h" #include <iostream> namespace planner { RobotState::RobotState(const std::shared_ptr<LinearRobotModel>& robot_model) : robot_model_(robot_model) { joint_values_.resize(robot_model_->GetJoints().size()); joint_values_.setZero(); link_poses_.resize(robot_model_->GetLinks().size()); forward_kinematics_derivatives_.resize(robot_model_->GetJoints().size()); } void RobotState::SetJointValue(int index, double joint_value) { const auto& joint = robot_model_->GetJoint(index); if (joint.HasLimits()) joint_values_(index) = std::min(joint.GetUpperLimit(), std::max(joint.GetLowerLimit(), joint_value)); else joint_values_(index) = joint_value; } void RobotState::PerformForwardKinematics() { link_poses_[0] = Eigen::Affine3d::Identity(); const auto& links = robot_model_->GetLinks(); const auto& joints = robot_model_->GetJoints(); for (int i = 1; i < links.size(); i++) { const auto& link = links[i]; link_poses_[i] = link_poses_[i - 1] * joints[i - 1].Transform(GetJointValue(i - 1)); } } void RobotState::PerformDerivativeForwardKinematics() { PerformForwardKinematics(); const auto& links = robot_model_->GetLinks(); const auto& joints = robot_model_->GetJoints(); VectorMatrix4d forward_accumulations(joints.size()); VectorMatrix4d backward_accumulations(joints.size()); for (int i = 0; i < joints.size(); i++) { const auto& joint = joints[i]; if (i == 0) forward_accumulations[i] = joint.Transform(GetJointValue(i)).matrix(); else forward_accumulations[i] = forward_accumulations[i - 1] * joint.Transform(GetJointValue(i)).matrix(); } for (int i = joints.size() - 1; i >= 0; i--) { const auto& joint = joints[i]; if (i == joints.size() - 1) backward_accumulations[i] = joint.Transform(GetJointValue(i)).matrix(); else backward_accumulations[i] = joint.Transform(GetJointValue(i)).matrix() * backward_accumulations[i + 1]; } for (int i = 0; i < joints.size(); i++) { const auto& joint = joints[i]; if (i == 0) forward_kinematics_derivatives_[i] = Eigen::Matrix4d::Identity(); else forward_kinematics_derivatives_[i] = forward_accumulations[i - 1]; forward_kinematics_derivatives_[i] = joint.TransformDerivative(GetJointValue(i)); if (i != joints.size() - 1) forward_kinematics_derivatives_[i] = backward_accumulations[i + 1]; } } Eigen::Affine3d RobotState::GetLinkPose(int link_index) { return link_poses_[link_index]; } Eigen::Affine3d RobotState::GetEndeffectorLinkPose() { return link_poses_.back() * robot_model_->GetEndeffectorTransform(); } void RobotState::MoveToGripPose(const Eigen::Affine3d& link_pose) { Eigen::Vector3d target_position = link_pose.translation(); Eigen::Vector3d target_normal = -link_pose.linear().col(2); constexpr int max_iterations = 10; constexpr double alpha = 0.1; for (int iteration = 0; iteration < max_iterations; iteration++) { PerformDerivativeForwardKinematics(); auto ee_pose = GetEndeffectorLinkPose(); Eigen::Vector3d ee_position = ee_pose.translation(); Eigen::Vector3d ee_normal = ee_pose.linear().col(0); Eigen::Vector3d position_difference = target_position - ee_position; Eigen::Vector3d normal_difference = target_normal - ee_normal; Eigen::Matrix<double, 3, -1> jacobian; jacobian.resize(Eigen::NoChange, robot_model_->GetJoints().size()); Eigen::Matrix<double, 3, 1> b; b = position_difference; for (int i = 0; i < robot_model_->GetJoints().size(); i++) { const auto& derivative_matrix = forward_kinematics_derivatives_[i]; jacobian.col(i) = derivative_matrix.block(0, 3, 3, 1); } Eigen::VectorXd solution = jacobian.jacobiSvd(Eigen::ComputeThinU \| Eigen::ComputeThinV).solve(b); for (int i = 0; i < robot_model_->GetJoints().size(); i++) SetJointValue(i, GetJointValue(i) + solution(i)); } for (int iteration = 0; iteration < max_iterations; iteration++) { PerformDerivativeForwardKinematics(); auto ee_pose = GetEndeffectorLinkPose(); Eigen::Vector3d ee_position = ee_pose.translation(); Eigen::Vector3d ee_normal = ee_pose.linear().col(0); Eigen::Vector3d position_difference = target_position - ee_position; Eigen::Vector3d normal_difference = target_normal - ee_normal; Eigen::Matrix<double, 6, -1> jacobian; jacobian.resize(Eigen::NoChange, robot_model_->GetJoints().size()); Eigen::Matrix<double, 6, 1> b; b.block(0, 0, 3, 1) = position_difference; b.block(3, 0, 3, 1) = normal_difference; for (int i = 0; i < robot_model_->GetJoints().size(); i++) { const auto& derivative_matrix = forward_kinematics_derivatives_[i]; jacobian.block(0, i, 3, 1) = derivative_matrix.block(0, 3, 3, 1); jacobian.block(3, i, 3, 1) = derivative_matrix.block(0, 0, 3, 1); } Eigen::VectorXd solution = jacobian.jacobiSvd(Eigen::ComputeThinU \| Eigen::ComputeThinV).solve(b); for (int i = 0; i < robot_model_->GetJoints().size(); i++) SetJointValue(i, GetJointValue(i) + solution(i)); } /* for (int i = 0; i < robot_model_->GetJoints().size(); i++) std::cout << "joint[" << i << "] = " << GetJointValue(i) << "\n"; */ } }	[ "pjsdream2001@gmail.com" ]	pjsdream2001@gmail.com
1971a7d55339ca03f50b7e846d6c5d6c7d34e4e6	78513fdfdb619403e5bad21860d504c507e9cf3f	/ProcessorA.cpp	8685b79d7506d6f77aa01636b5af0f918d8e31c3	[]	no_license	PeopleCF/Boudjelida_Amin	1ea610bc397eae5e62c34542e078cb4f495acebb	2e572baec36b6b750d1a98b3f2eab5ebb1188a9e	refs/heads/master	2021-06-26T06:33:04.911938	2020-11-10T11:03:33	2020-11-10T11:03:33	148,983,040	0	0	null	null	null	null	UTF-8	C++	false	false	627	cpp	#include "stdafx.h" #include "ProcessorA.h" #include <iostream> ProcessorA::ProcessorA() { } std::string ProcessorA::Process(std::string s) { std::string reversed; int prev = -1; for (int i = s.length() - 1; i >=0 ; i--) { if (i < 0) continue; if (s[i] != ' ' && (s[i + 1] == ' ' \|\| i == s.length() - 1)) prev = i; if (s[i] == ' ' && prev!=-1 ) { for (int j = i + 1; j <= prev; j++) { reversed += s[j]; } reversed += ' '; prev = -1; } } for (int i = 0; i <= prev; i++) reversed += s[i]; return reversed; } ProcessorA::~ProcessorA() { } char ProcessorA::getType() { return 'A'; }	[ "32578115+PeopleCF@users.noreply.github.com" ]	32578115+PeopleCF@users.noreply.github.com
9284203a65e4795b5ea7e2881fca831794d1cf78	95dc70a29e3ccdfb5cecce1cd8099691d5b6bb5d	/leetcode/binary_tree_level_order_traversal.cpp	e422cebc0c2973c71e5250b8d1a02afeef5b1bf5	[]	no_license	hotbig/letmetry	b19ba07e551aabb58c405695f5ed2a7fc0f57fd7	1418022a0d63c2cad41435d30d54b5a01773b0e5	refs/heads/master	2020-05-22T06:54:50.252554	2016-11-01T14:26:25	2016-11-01T14:26:25	36,932,799	0	0	null	null	null	null	UTF-8	C++	false	false	1,421	cpp	#include<iostream> #include<string> #include<vector> using namespace std; struct TreeNode{ int val; TreeNode left; TreeNode right; TreeNode(int x):val(x), left(NULL), right(NULL){} }; void printVV(vector<vector<int> > vv) { for(int i = 0; i < vv.size(); i++) { for(int j = 0; j < vv[i].size(); j++) { cout << vv[i][j] << " "; } cout<< endl; } } class Solution{ vector<vector<int> >res; public: void DFS(TreeNode* root, int level) { if(root == NULL) return; if(level == res.size()) { res.push_back(vector<int>()); } res[level].push_back(root->val); DFS(root->left, level+1); DFS(root->right, level+1); } vector<vector<int> > levelOrderBottom(TreeNode* root) { DFS(root, 0); return vector<vector<int> >(res.begin(), res.end()); } }; int main() { Solution s; TreeNode a(0); TreeNode b(-3); TreeNode c(-9); TreeNode d(-8); TreeNode e(2); TreeNode f(-5); TreeNode g(5); TreeNode h(-2); #if 0 1 2 5 3 4 6 7 #endif a.left = &b; // a.right = &h; // b.left = &c; // b.right = &d; // c.left = &e; // e.left = &g; // d.right=&f; printVV(s.levelOrderBottom(&a)); return 0; }	[ "randyn.yang@gmail.com" ]	randyn.yang@gmail.com
4466cd21411ef74e5951e1d055470148f8c7c903	d7ea55748b53cf98b9b3c63e6e7babec997db156	/QT5/02. QT_C++/01_BasicWidget/build-QCheckBox-Desktop_Qt_5_14_1_GCC_64bit-Debug/qrc_resources.cpp	c4987086dc0f7d517d945e46dffd22cd8164d99d	[]	no_license	maerad7/AIPortfolio	337f15d04ffe361dc0708d53ab24f46c6b896941	11544d19e33c328104e8480c1cb78f2e8dc7af20	refs/heads/master	2021-06-20T16:17:16.611431	2021-01-09T07:47:04	2021-01-09T07:47:04	158,547,230	0	0	null	null	null	null	UTF-8	C++	false	false	144,101	cpp	/************************************************************************** Resource object code Created by: The Resource Compiler for Qt version 5.14.1 WARNING! 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0xc1,0x69,0x67,0x4d,0xa1,0x6b,0x19,0xaf,0x10,0xea,0x7c,0x87,0xa3,0xca,0x3a,0xe5, 0xe,0xc9,0x6b,0xc9,0xa8,0x40,0xf,0x80,0x6c,0xec,0xeb,0x6f,0x38,0xa7,0xb7,0xf3, 0xe3,0xad,0x9a,0x90,0x71,0x29,0xbd,0xb3,0xa2,0x8c,0xd8,0x2e,0xa8,0x76,0x44,0x86, 0x9,0x1,0x96,0x7a,0xc9,0xce,0x36,0xf8,0xc,0x28,0x76,0xe6,0xf8,0xab,0x9a,0xc3, 0xf,0xc8,0xd7,0x6b,0x57,0x1c,0x75,0x36,0xb9,0xa4,0x30,0xb8,0xde,0x1f,0x54,0xfc, 0x40,0x13,0xf0,0xfd,0x18,0x7f,0xfd,0xe9,0xec,0xdb,0x3d,0x81,0xb7,0x7b,0xfc,0x95, 0x27,0xe0,0xff,0x3,0xba,0x7f,0x66,0x53,0x52,0x1d,0xd3,0x49,0x0,0x0,0x0,0x0, 0x49,0x45,0x4e,0x44,0xae,0x42,0x60,0x82, }; static const unsigned char qt_resource_name[] = { // resources 0x0,0x9, 0xa,0x6c,0x78,0x43, 0x0,0x72, 0x0,0x65,0x0,0x73,0x0,0x6f,0x0,0x75,0x0,0x72,0x0,0x63,0x0,0x65,0x0,0x73, // editor.png 0x0,0xa, 0xb,0x68,0x21,0x47, 0x0,0x65, 0x0,0x64,0x0,0x69,0x0,0x74,0x0,0x6f,0x0,0x72,0x0,0x2e,0x0,0x70,0x0,0x6e,0x0,0x67, // chat.png 0x0,0x8, 0xe,0x87,0x5a,0x67, 0x0,0x63, 0x0,0x68,0x0,0x61,0x0,0x74,0x0,0x2e,0x0,0x70,0x0,0x6e,0x0,0x67, // calendar.png 0x0,0xc, 0x7,0xb5,0xf,0xc7, 0x0,0x63, 0x0,0x61,0x0,0x6c,0x0,0x65,0x0,0x6e,0x0,0x64,0x0,0x61,0x0,0x72,0x0,0x2e,0x0,0x70,0x0,0x6e,0x0,0x67, // browser.png 0x0,0xb, 0x9,0x16,0x7a,0x87, 0x0,0x62, 0x0,0x72,0x0,0x6f,0x0,0x77,0x0,0x73,0x0,0x65,0x0,0x72,0x0,0x2e,0x0,0x70,0x0,0x6e,0x0,0x67, // mail.png 0x0,0x8, 0x7,0xff,0x59,0x27, 0x0,0x6d, 0x0,0x61,0x0,0x69,0x0,0x6c,0x0,0x2e,0x0,0x70,0x0,0x6e,0x0,0x67, // users.png 0x0,0x9, 0xc,0x96,0xae,0x67, 0x0,0x75, 0x0,0x73,0x0,0x65,0x0,0x72,0x0,0x73,0x0,0x2e,0x0,0x70,0x0,0x6e,0x0,0x67, }; static const unsigned char qt_resource_struct[] = { // : 0x0,0x0,0x0,0x0,0x0,0x2,0x0,0x0,0x0,0x1,0x0,0x0,0x0,0x1, 0x0,0x0,0x0,0x0,0x0,0x0,0x0,0x0, // :/resources 0x0,0x0,0x0,0x0,0x0,0x2,0x0,0x0,0x0,0x6,0x0,0x0,0x0,0x2, 0x0,0x0,0x0,0x0,0x0,0x0,0x0,0x0, // :/resources/calendar.png 0x0,0x0,0x0,0x48,0x0,0x0,0x0,0x0,0x0,0x1,0x0,0x0,0x1d,0x8b, 0x0,0x0,0x1,0x2a,0xfa,0xe3,0xb0,0x40, // :/resources/mail.png 0x0,0x0,0x0,0x82,0x0,0x0,0x0,0x0,0x0,0x1,0x0,0x0,0x46,0x25, 0x0,0x0,0x1,0x2a,0xfa,0xe3,0xb0,0x40, // :/resources/browser.png 0x0,0x0,0x0,0x66,0x0,0x0,0x0,0x0,0x0,0x1,0x0,0x0,0x2d,0x39, 0x0,0x0,0x1,0x2a,0xfa,0xe3,0xb0,0x40, // :/resources/editor.png 0x0,0x0,0x0,0x18,0x0,0x0,0x0,0x0,0x0,0x1,0x0,0x0,0x0,0x0, 0x0,0x0,0x1,0x2a,0xfa,0xe3,0xb0,0x40, // :/resources/users.png 0x0,0x0,0x0,0x98,0x0,0x0,0x0,0x0,0x0,0x1,0x0,0x0,0x55,0x64, 0x0,0x0,0x1,0x2a,0xfa,0xe3,0xb0,0x40, // :/resources/chat.png 0x0,0x0,0x0,0x32,0x0,0x0,0x0,0x0,0x0,0x1,0x0,0x0,0x12,0x8e, 0x0,0x0,0x1,0x2a,0xfa,0xe3,0xb0,0x40, }; #ifdef QT_NAMESPACE # define QT_RCC_PREPEND_NAMESPACE(name) ::QT_NAMESPACE::name # define QT_RCC_MANGLE_NAMESPACE0(x) x # define QT_RCC_MANGLE_NAMESPACE1(a, b) a##_##b # define QT_RCC_MANGLE_NAMESPACE2(a, b) QT_RCC_MANGLE_NAMESPACE1(a,b) # define QT_RCC_MANGLE_NAMESPACE(name) QT_RCC_MANGLE_NAMESPACE2( \ QT_RCC_MANGLE_NAMESPACE0(name), QT_RCC_MANGLE_NAMESPACE0(QT_NAMESPACE)) #else # define QT_RCC_PREPEND_NAMESPACE(name) name # define QT_RCC_MANGLE_NAMESPACE(name) name #endif #ifdef QT_NAMESPACE namespace QT_NAMESPACE { #endif bool qRegisterResourceData(int, const unsigned char , const unsigned char , const unsigned char ); bool qUnregisterResourceData(int, const unsigned char , const unsigned char , const unsigned char *); #ifdef QT_NAMESPACE } #endif int QT_RCC_MANGLE_NAMESPACE(qInitResources_resources)(); int QT_RCC_MANGLE_NAMESPACE(qInitResources_resources)() { int version = 3; QT_RCC_PREPEND_NAMESPACE(qRegisterResourceData) (version, qt_resource_struct, qt_resource_name, qt_resource_data); return 1; } int QT_RCC_MANGLE_NAMESPACE(qCleanupResources_resources)(); int QT_RCC_MANGLE_NAMESPACE(qCleanupResources_resources)() { int version = 3; QT_RCC_PREPEND_NAMESPACE(qUnregisterResourceData) (version, qt_resource_struct, qt_resource_name, qt_resource_data); return 1; } namespace { struct initializer { initializer() { QT_RCC_MANGLE_NAMESPACE(qInitResources_resources)(); } ~initializer() { QT_RCC_MANGLE_NAMESPACE(qCleanupResources_resources)(); } } dummy; }	[ "ds.jeong@smsoft.co.kr" ]	ds.jeong@smsoft.co.kr
46765d5545005280effe0d26c16ca2ae167c89a8	0a1f7719e13c0abc90088a8ef193c0dec227fe04	/BK-Algorithm/StackApplication.h	e0dfc56c254f7a0f47b077d6cdd9b8bfef9db2bc	[]	no_license	BK927/BK-FromDataStructure-ToAlgorithm	28880762a3a63b0e6ba55caeb6e3fffebed07cfb	fc39ec7133dfa6b8e0bc6b3c9b71310a6edd97ee	refs/heads/master	2020-06-19T01:04:46.097427	2019-07-21T06:31:53	2019-07-21T06:31:53	196,513,274	1	0	null	null	null	null	UHC	C++	false	false	2,361	h	#pragma once #include <algorithm> #include <iostream> #include <fstream> #include "Stack.h" #include "Location2D.h" #include "MazeManager.h" using namespace std; namespace algorithm { class StackApplication { public: static void CheckMatching(const char* filename); template<typename unsigned int HEIGHT, unsigned int WIDTH> static void ExploreMaze(const char maze[][WIDTH]); private: enum class eCheckMatchingError { Missing_Single_Quotation_Mark, Missing_Double_Quotation_Mark, Missing_Bracket }; static void checkMatchingErrMsg(const unsigned int nLine, const unsigned int nChar, const eCheckMatchingError err); }; template<typename unsigned int HEIGHT, unsigned int WIDTH> inline static void StackApplication::ExploreMaze(const char maze[][WIDTH]) { char copiedMaze[HEIGHT][WIDTH]; memcpy_s(copiedMaze, sizeof(char) * HEIGHT * WIDTH, maze, sizeof(char) * HEIGHT * WIDTH); bkDS::Stack<Location2D> stack; Location2D entry = MazeManager::FindEntry<HEIGHT, WIDTH>(copiedMaze); if (entry == Location2D(-1, -1)) { cout << "오류 : 입구를 찾는데 실패 했습니다." << endl; return; } stack.Push(entry); while (!stack.IsEmpty()) { Location2D currentLoc = stack.Peek(); stack.Pop(); MazeManager::PrintMap<HEIGHT, WIDTH>(copiedMaze, currentLoc); cout << '(' << currentLoc.row << ", " << currentLoc.col << ") " << endl << endl; if (copiedMaze[currentLoc.row][currentLoc.col] == 'x') { cout << endl << "출구 발견!" << endl; return; } copiedMaze[currentLoc.row][currentLoc.col] = '.'; if (MazeManager::IsValidLoc<HEIGHT, WIDTH>(currentLoc.row + 1, currentLoc.col, copiedMaze)) { stack.Push(Location2D(currentLoc.row + 1, currentLoc.col)); } if (MazeManager::IsValidLoc<HEIGHT, WIDTH>(currentLoc.row - 1, currentLoc.col, copiedMaze)) { stack.Push(Location2D(currentLoc.row - 1, currentLoc.col)); } if (MazeManager::IsValidLoc<HEIGHT, WIDTH>(currentLoc.row, currentLoc.col + 1, copiedMaze)) { stack.Push(Location2D(currentLoc.row, currentLoc.col + 1)); } if (MazeManager::IsValidLoc<HEIGHT, WIDTH>(currentLoc.row, currentLoc.col - 1, copiedMaze)) { stack.Push(Location2D(currentLoc.row, currentLoc.col - 1)); } } cout << "오류 : 출구를 발견하는데 실패했습니다." << endl; } }	[ "dead4bees927@gmail.com" ]	dead4bees927@gmail.com
b3c1e00b00ee2901d973edda38b9ad9fccdba9c3	a49ac9e119b891c7307b8b02a5e4fa3cf5ec6f6c	/Facebook/copyConnections.cpp	a4dd93831cda7610ec3b56d135d0bfc0c912c741	[]	no_license	EdgeLord836/problem-solving	c4adae209a4f8f21a2bbc4ece47024031ee54ba6	e10655f197f45ce473acf9cc5f014bc25c5dca48	refs/heads/main	2023-08-14T17:38:17.189139	2021-10-09T01:16:17	2021-10-09T01:16:17	null	0	0	null	null	null	null	UTF-8	C++	false	false	3,982	cpp	using namespace std; #include <iostream> #include <vector> #include <unordered_map> #include <unordered_set> #include <algorithm> #include <random> #include <utility> class Node { public: int data; vector<Node> friends; Node(int d) { data = d; } ~Node() { for (int i = 0; i < friends.size(); i++) { delete friends[i]; } friends.clear(); } }; void shuffle(vector<pair<int, int>> &vec) { random_device rd; default_random_engine rng( rd() ); shuffle(vec.begin(), vec.end(), rng); } class CloneGraph { public: static vector<Node> createTestGraphDirected(int nodes_count, int edges_count) { vector<Node> vertices; for (int i = 0; i < nodes_count; i++) { vertices.push_back(new Node(i)); } vector<pair<int, int>> all_edges; for (int i = 0; i < vertices.size(); i++) { for (int j = i + 1; j < vertices.size(); j++) { all_edges.push_back(make_pair(i, j)); } } shuffle(all_edges); for (int i = 0; i < edges_count && i < all_edges.size(); i++) { pair<int, int> edge = all_edges[i]; vertices[edge.first]->friends.push_back(vertices[edge.second]); vertices[edge.second]->friends.push_back(vertices[edge.first]); } return vertices; } static void printGraph(vector<Node> vertices) { for (auto n : vertices) { cout << to_string(n->data) + ": {"; for (auto t : n->friends) { cout << to_string(t->data) + " "; } cout << "}" << endl; } } static void printGraph(Node* root, unordered_set<Node> &visited_nodes) { if (root == nullptr \|\| visited_nodes.find(root) != visited_nodes.end()) { return; } visited_nodes.insert(root); cout << to_string(root->data) + ": {"; for (auto n : root->friends) { cout << to_string(n->data) + " "; } cout << "}" << endl; for (auto n : root->friends) { printGraph(n, visited_nodes); } } static void printGraph(Node root) { unordered_set<Node> visited_nodes; printGraph(root, visited_nodes); } static bool areGraphsEqualRec(Node root1, Node* root2, unordered_set<Node> &visited) { if (root1 == nullptr && root2 == nullptr) { return true; } if (root1 == nullptr \|\| root2 == nullptr) { return false; } if (root1->data != root2->data) { return false; } if (root1->friends.size() != root2->friends.size()) { return false; } for (Node nbr1 : root1->friends) { bool found = false; for (Node* nbr2 : root2->friends) { if (nbr1->data == nbr2->data) { if (visited.find(nbr1) != visited.end()) { visited.insert(nbr1); areGraphsEqualRec(nbr1, nbr2, visited); } found = true; break; } } if (!found) { return false; } } return true; } }; Node* cloneRec(Node* root, unordered_map<Node, Node> &nodesCompleted) { if (root == nullptr) { return nullptr; } Node* newNode = new Node(root->data); nodesCompleted[root] = newNode; for (auto p : root->friends) { Node* x = nodesCompleted[p]; if (x == nullptr) { newNode->friends.push_back(cloneRec(p, nodesCompleted)); } else { newNode->friends.push_back(x); } } return newNode; } Node* clone(Node* root) { unordered_map<Node, Node> nodesCompleted; return cloneRec(root, nodesCompleted); } int main() { vector<Node> vertices = CloneGraph::createTestGraphDirected(7, 18); CloneGraph::printGraph(vertices[0]); Node cp = clone(vertices[0]); cout << endl; cout << "After copy." << endl; CloneGraph::printGraph(cp); unordered_set<Node*> set; cout << boolalpha << CloneGraph::areGraphsEqualRec(vertices[0], cp, set) << endl; }	[ "imhantran@gmail.com" ]	imhantran@gmail.com
b55f1726efd112b95eeecd749ad50c96dc4efbfa	ab831d976e3cc012e362b7b520f25ae5a127d799	/third/behaviac-3.5.9/inc/behaviac/base/core/singleton.h	5c44b93418c775ccfc2f856815b6d05a45aa2e73	[ "LicenseRef-scancode-unknown-license-reference", "Zlib", "BSD-2-Clause", "BSD-3-Clause", "MIT" ]	permissive	bohge/Hades	7b8c04695cd6e7ecb38e6fd554f0e6f7aa59ca1d	472d72ef095048d080e1b4fcf0f846d0e57b8b22	refs/heads/master	2021-01-02T22:16:05.573728	2018-08-04T02:04:37	2018-08-04T02:04:37	99,313,890	1	1	null	null	null	null	UTF-8	C++	false	false	2,831	h	///////////////////////////////////////////////////////////////////////////////////////////////////////////////// // Tencent is pleased to support the open source community by making behaviac available. // // Copyright (C) 2015 THL A29 Limited, a Tencent company. All rights reserved. // // Licensed under the BSD 3-Clause License (the "License"); you may not use this file except in compliance with // the License. You may obtain a copy of the License at http://opensource.org/licenses/BSD-3-Clause // // Unless required by applicable law or agreed to in writing, software distributed under the License is // distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and limitations under the License. ///////////////////////////////////////////////////////////////////////////////////////////////////////////////// #ifndef BEHAVIAC_BASE_CORE_SINGLETON_H #define BEHAVIAC_BASE_CORE_SINGLETON_H #include "behaviac/base/core/config.h" #include "behaviac/base/core/assert_t.h" #include "behaviac/base/core/memory/memory.h" /* class CSequenceManager { BEHAVIAC_DELCARE_SINGLETON(CSequenceManager); //... }; in cpp: BEHAVIAC_IMPLEMNT_SINGLETON(CSequenceManager); / #define BEHAVIAC_DELCARE_SINGLETON(T) \ protected: \ static T ms_singleton; \ static T* GetInstance_(); \ static void SetInstance_(T); \ T(const T&); \ const T& operator=(const T&); \ public: \ static inline T GetInstance() \ { \ if (!GetInstance_()) \ { \ CreateInstance(); \ } \ \ return GetInstance_(); \ } \ \ static T* CreateInstance() \ { \ if (!GetInstance_()) \ { \ T* p = BEHAVIAC_NEW T; \ SetInstance_(p); \ } \ \ return GetInstance_(); \ } \ \ static void DestroyInstance() \ { \ T* p = GetInstance_(); \ if (p) \ { \ BEHAVIAC_DELETE(p); \ SetInstance_(0); \ } \ } #define BEHAVIAC_IMPLEMNT_SINGLETON(T) \ T* T::ms_singleton = 0; \ T* T::GetInstance_() \ { \ return ms_singleton; \ } \ void T::SetInstance_(T* p) \ { \ ms_singleton = p; \ } #endif//BEHAVIAC_BASE_CORE_SINGLETON_H	[ "zhaopeng_wj@cyou-inc.com" ]	zhaopeng_wj@cyou-inc.com
ceab46473d8f76f4a5c2450128a8fb048504bade	12297984495f808a57ff61557eeecda2e08d5c3d	/makedepend/BuildDepend.cpp	53a0574e29e37e0b4dc251f46aea0b688a563e9f	[]	no_license	alzwded/makedepend-wnt	2f24f36f3eeb9d16745d6c878832a22e7f83d7dd	50fddce8342698c80498d1b26073394774aff613	refs/heads/master	2021-01-18T19:30:00.438497	2012-09-24T13:18:41	2012-09-24T13:18:41	5,899,229	0	1	null	null	null	null	UTF-8	C++	false	false	483	cpp	#include "BuildDepend.h" #include "DependencyGenerator.h" #include "Path.h" #include <fstream> #include <string> void BuildDepend::operator()(const std::string& _infile, const std::string& _outfile) { std::string outfile = _outfile; if(outfile.empty()) { Path outpath(_infile); outfile = outpath.RHead() + ".d"; } std::fstream fout(outfile.c_str(), std::ios::out); if(!fout.is_open()) { return; } fout << gDep_(_infile); fout.close(); }	[ "alzwded@gmail.com" ]	alzwded@gmail.com
ad3070cb3c2f597cc3fde4ce41abe31d92c97e64	f0b7bcc41298354b471a72a7eeafe349aa8655bf	/codebase/apps/Radx/src/RadxApRemoval/Args.cc	44d64795f577633df4f9ac34829d1926bb319da6	[ "BSD-3-Clause" ]	permissive	NCAR/lrose-core	23abeb4e4f1b287725dc659fb566a293aba70069	be0d059240ca442883ae2993b6aa112011755688	refs/heads/master	2023-09-01T04:01:36.030960	2023-08-25T00:41:16	2023-08-25T00:41:16	51,408,988	90	53	NOASSERTION	2023-08-18T21:59:40	2016-02-09T23:36:25	C++	UTF-8	C++	false	false	23,112	cc	// ====================================* // Copyright UCAR (c) 1990 - 2016 // University Corporation for Atmospheric Research (UCAR) // National Center for Atmospheric Research (NCAR) // Boulder, Colorado, USA // BSD licence applies - redistribution and use in source and binary // forms, with or without modification, are permitted provided that // the following conditions are met: // 1) If the software is modified to produce derivative works, // such modified software should be clearly marked, so as not // to confuse it with the version available from UCAR. // 2) Redistributions of source code must retain the above copyright // notice, this list of conditions and the following disclaimer. // 3) Redistributions in binary form must reproduce the above copyright // notice, this list of conditions and the following disclaimer in the // documentation and/or other materials provided with the distribution. // 4) Neither the name of UCAR nor the names of its contributors, // if any, may be used to endorse or promote products derived from // this software without specific prior written permission. // DISCLAIMER: THIS SOFTWARE IS PROVIDED "AS IS" AND WITHOUT ANY EXPRESS // OR IMPLIED WARRANTIES, INCLUDING, WITHOUT LIMITATION, THE IMPLIED // ** WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. // ====================================* ////////////////////////////////////////////////////////// // Args.cc : command line args // // Mike Dixon, RAP, NCAR, P.O.Box 3000, Boulder, CO, 80307-3000, USA // // March 2014 // ////////////////////////////////////////////////////////// #include "Args.hh" #include "Params.hh" #include <string> #include <iostream> #include <Radx/RadxTime.hh> using namespace std; // Constructor Args::Args () { TDRP_init_override(&override); startTime = 0; endTime = 0; } // Destructor Args::~Args () { TDRP_free_override(&override); } // parse the command line // // returns 0 on success, -1 on failure int Args::parse (int argc, char **argv, string &prog_name) { _progName = prog_name; char tmp_str[BUFSIZ]; bool OK = true; vector<string> fields; // loop through args for (int i = 1; i < argc; i++) { if (!strcmp(argv[i], "--") \|\| !strcmp(argv[i], "-h") \|\| !strcmp(argv[i], "-help") \|\| !strcmp(argv[i], "-man")) { _usage(cout); exit (0); } else if (!strcmp(argv[i], "-d") \|\| !strcmp(argv[i], "-debug")) { sprintf(tmp_str, "debug = DEBUG_NORM;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-v") \|\| !strcmp(argv[i], "-verbose")) { sprintf(tmp_str, "debug = DEBUG_VERBOSE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-vv") \|\| !strcmp(argv[i], "-extra")) { sprintf(tmp_str, "debug = DEBUG_EXTRA;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-instance")) { if (i < argc - 1) { sprintf(tmp_str, "instance = %s;", argv[i+1]); TDRP_add_override(&override, tmp_str); } } else if (!strcmp(argv[i], "-ag")) { sprintf(tmp_str, "aggregate_sweep_files_on_read = TRUE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-ag_all")) { sprintf(tmp_str, "aggregate_all_files_on_read = TRUE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-disag")) { sprintf(tmp_str, "write_individual_sweeps = TRUE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-native")) { sprintf(tmp_str, "output_native_byte_order = TRUE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-cfradial")) { sprintf(tmp_str, "output_format = OUTPUT_FORMAT_CFRADIAL;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-dorade")) { sprintf(tmp_str, "output_format = OUTPUT_FORMAT_DORADE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-foray")) { sprintf(tmp_str, "output_format = OUTPUT_FORMAT_FORAY;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-nexrad")) { sprintf(tmp_str, "output_format = OUTPUT_FORMAT_NEXRAD;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-uf")) { sprintf(tmp_str, "output_format = OUTPUT_FORMAT_UF;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-mdv")) { sprintf(tmp_str, "output_format = OUTPUT_FORMAT_MDV_RADIAL;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-cf_classic")) { sprintf(tmp_str, "netcdf_style = CLASSIC;"); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "output_format = OUTPUT_FORMAT_CFRADIAL;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-cf_nc64bit")) { sprintf(tmp_str, "netcdf_style = NC64BIT;"); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "output_format = OUTPUT_FORMAT_CFRADIAL;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-cf_netcdf4")) { sprintf(tmp_str, "netcdf_style = NETCDF4;"); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "output_format = OUTPUT_FORMAT_CFRADIAL;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-cf_netcdf4_classic")) { sprintf(tmp_str, "netcdf_style = NETCDF4_CLASSIC;"); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "output_format = OUTPUT_FORMAT_CFRADIAL;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-force_vary")) { sprintf(tmp_str, "output_force_ngates_vary = TRUE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-out_start")) { sprintf(tmp_str, "output_filename_mode = START_TIME_ONLY;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-out_end")) { sprintf(tmp_str, "output_filename_mode = END_TIME_ONLY;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-rem_miss")) { sprintf(tmp_str, "remove_rays_with_all_data_missing = TRUE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-rem_trans")) { sprintf(tmp_str, "remove_rays_with_antenna_transitions = TRUE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-preserve_sweeps")) { sprintf(tmp_str, "preserve_sweeps = TRUE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-keep_long")) { sprintf(tmp_str, "remove_long_range_rays = FALSE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-rem_short")) { sprintf(tmp_str, "remove_short_range_rays = TRUE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-trim_sur")) { sprintf(tmp_str, "trim_surveillance_sweeps_to_360deg = TRUE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-const_ngates")) { sprintf(tmp_str, "set_ngates_constant = TRUE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-ldata")) { sprintf(tmp_str, "write_latest_data_info = TRUE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-change_lat_sign")) { sprintf(tmp_str, "change_radar_latitude_sign = TRUE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-apply_georefs")) { sprintf(tmp_str, "apply_georeference_corrections = TRUE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-to_float32")) { sprintf(tmp_str, "set_output_encoding_for_all_fields = TRUE;"); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "output_encoding = OUTPUT_ENCODING_FLOAT32;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-to_int32")) { sprintf(tmp_str, "set_output_encoding_for_all_fields = TRUE;"); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "output_encoding = OUTPUT_ENCODING_INT32;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-to_int16")) { sprintf(tmp_str, "set_output_encoding_for_all_fields = TRUE;"); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "output_encoding = OUTPUT_ENCODING_INT16;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-to_int08")) { sprintf(tmp_str, "set_output_encoding_for_all_fields = TRUE;"); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "output_encoding = OUTPUT_ENCODING_INT08;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-start")) { if (i < argc - 1) { startTime = RadxTime::parseDateTime(argv[++i]); if (startTime == RadxTime::NEVER) { OK = false; } else { sprintf(tmp_str, "mode = ARCHIVE;"); TDRP_add_override(&override, tmp_str); } } else { OK = false; } } else if (!strcmp(argv[i], "-end")) { if (i < argc - 1) { endTime = RadxTime::parseDateTime(argv[++i]); if (endTime == RadxTime::NEVER) { OK = false; } else { sprintf(tmp_str, "mode = ARCHIVE;"); TDRP_add_override(&override, tmp_str); } } else { OK = false; } } else if (!strcmp(argv[i], "-path") \|\| !strcmp(argv[i], "-f")) { if (i < argc - 1) { // load up file list vector. Break at next arg which // start with - for (int j = i + 1; j < argc; j++) { if (argv[j][0] == '-') { break; } else { inputFileList.push_back(argv[j]); } } sprintf(tmp_str, "mode = FILELIST;"); TDRP_add_override(&override, tmp_str); } else { OK = false; } } else if (!strcmp(argv[i], "-field")) { if (i < argc - 1) { fields.push_back(argv[++i]); } else { OK = false; } } else if (!strcmp(argv[i], "-write_other")) { sprintf(tmp_str, "write_other_fields_unchanged = TRUE;"); TDRP_add_override(&override, tmp_str); } else if (!strcmp(argv[i], "-lat")) { if (i < argc - 1) { sprintf(tmp_str, "radar_latitude_deg = %s;", argv[++i]); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "override_radar_location = TRUE;"); TDRP_add_override(&override, tmp_str); } else { OK = false; } } else if (!strcmp(argv[i], "-lon")) { if (i < argc - 1) { sprintf(tmp_str, "radar_longitude_deg = %s;", argv[++i]); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "override_radar_location = TRUE;"); TDRP_add_override(&override, tmp_str); } else { OK = false; } } else if (!strcmp(argv[i], "-alt")) { if (i < argc - 1) { sprintf(tmp_str, "radar_altitude_meters = %s;", argv[++i]); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "override_radar_location = TRUE;"); TDRP_add_override(&override, tmp_str); } else { OK = false; } } else if (!strcmp(argv[i], "-name")) { if (i < argc - 1) { sprintf(tmp_str, "instrument_name = \"%s\";", argv[++i]); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "override_instrument_name = TRUE;"); TDRP_add_override(&override, tmp_str); } else { OK = false; } } else if (!strcmp(argv[i], "-max_range")) { if (i < argc - 1) { sprintf(tmp_str, "max_range_km = %s;", argv[++i]); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "set_max_range = TRUE;"); TDRP_add_override(&override, tmp_str); } else { OK = false; } } else if (!strcmp(argv[i], "-compress")) { if (i < argc - 1) { sprintf(tmp_str, "output_compressed = TRUE;"); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "compression_level = %s;", argv[++i]); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "netcdf_style = NETCDF4;"); TDRP_add_override(&override, tmp_str); } else { OK = false; } } else if (!strcmp(argv[i], "-indir")) { if (i < argc - 1) { sprintf(tmp_str, "input_dir = \"%s\";", argv[++i]); TDRP_add_override(&override, tmp_str); } else { OK = false; } } else if (!strcmp(argv[i], "-outdir")) { if (i < argc - 1) { sprintf(tmp_str, "output_dir = \"%s\";", argv[++i]); TDRP_add_override(&override, tmp_str); } else { OK = false; } } else if (!strcmp(argv[i], "-fixed_angle")) { if (i < argc - 1) { i++; sprintf(tmp_str, "lower_fixed_angle_limit = %s;", argv[i]); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "upper_fixed_angle_limit = %s;", argv[i]); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "set_fixed_angle_limits = true;"); TDRP_add_override(&override, tmp_str); } else { OK = false; } } else if (!strcmp(argv[i], "-fixed_angle_max")) { if (i < argc - 1) { i++; sprintf(tmp_str, "upper_fixed_angle_limit = %s;", argv[i]); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "set_fixed_angle_limits = true;"); TDRP_add_override(&override, tmp_str); } else { OK = false; } } else if (!strcmp(argv[i], "-sweep")) { if (i < argc - 1) { i++; sprintf(tmp_str, "lower_sweep_num = %s;", argv[i]); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "upper_sweep_num = %s;", argv[i]); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "set_sweep_num_limits = true;"); TDRP_add_override(&override, tmp_str); } else { OK = false; } } else if (!strcmp(argv[i], "-sweep_max")) { if (i < argc - 1) { i++; sprintf(tmp_str, "read_upper_sweep_num = %s;", argv[i]); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "set_sweep_num_limits = true;"); TDRP_add_override(&override, tmp_str); } else { OK = false; } } else if (!strcmp(argv[i], "-radar_num")) { if (i < argc - 1) { i++; sprintf(tmp_str, "read_radar_num = %s;", argv[i]); TDRP_add_override(&override, tmp_str); sprintf(tmp_str, "read_set_radar_num = true;"); TDRP_add_override(&override, tmp_str); } else { OK = false; } } } // i // set fields if specified if (fields.size() > 0) { sprintf(tmp_str, "set_output_fields = true;"); TDRP_add_override(&override, tmp_str); string nameStr = "output_fields = { "; for (size_t ii = 0; ii < fields.size(); ii++) { string fieldStr = "\""; fieldStr += fields[ii]; fieldStr += "\", "; nameStr += "{ "; nameStr += fieldStr; nameStr += fieldStr; nameStr += fieldStr; nameStr += fieldStr; nameStr += "\"\", "; nameStr += "OUTPUT_ENCODING_ASIS, "; nameStr += "SCALING_DYNAMIC, "; nameStr += "0.01, "; nameStr += "0.0 "; nameStr += " }"; if (ii != fields.size() - 1) { nameStr += ", "; } else { nameStr += " "; } } nameStr += "};"; TDRP_add_override(&override, nameStr.c_str()); } // if (fields.size() ... if (!OK) { _usage(cerr); return -1; } return 0; } void Args::_usage(ostream &out) { out << "Usage: " << _progName << " [args as below]\n" << "Options:\n" << "\n" << " [ -h ] produce this list.\n" << "\n" << " [ -ag ] aggregate sweep files into volume on read.\n" << " Files with the SAME VOLUME NUMBER in the name are aggregated.\n" << " Applies to CfRadial and DORADE sweep files.\n" << "\n" << " [ -ag_all ] aggregate files in input list on read.\n" << " ALL FILES in the input list are aggregated into a volume.\n" << " See '-f' option.\n" << "\n" << " [ -alt ? ] override radar altitude (m)\n" << "\n" << " [ -apply_georefs] apply georeference corrections on read.\n" << " For moving platforms, measured georeference information is sometimes\n" << " available. If so, this is applied and appropriate corrections made.\n" << " Earth-centric azimuth and elevation angles will be computed.\n" << "\n" << " [ -change_lat_sign] change the sign of the radar latitude\n" << " Useful for RAPIC files that always have a positive latitude.\n" << "\n" << " [ -cfradial ] convert to cfradial (the default)\n" << "\n" << " [ -cf_classic ] output classic-style netcdf (the default)\n" << " [ -cf_netcdf4 ] output netcdf4 style\n" << " [ -cf_classic4 ] output classic-style netcdf4\n" << " [ -cf_nc64bit ] output 64-bit NC netcdf\n" << " The above only apply to cfradial output.\n" << "\n" << " [ -const_ngates ] force number of gates constant for all rays\n" << " Added gates will be filled with missing values\n" << "\n" << " [ -compress ? ] compress output\n" << " specifiy compression level [1-9]\n" << " For cfradial, forces netcdf4 mode\n" << "\n" << " [ -d, -debug ] print debug messages\n" << "\n" << " [ -dorade ] convert to dorade\n" << "\n" << " [ -disag ] dis-aggregate into sweep files on write\n" << " optional for CfRadial files\n" << " always applies to DORADE sweep files\n" << "\n" << " [ -fixed_angle ? ] set single fixed_angle\n" << " or minimum - see '-fixed_ang_max'\n" << "\n" << " [ -fixed_angle_max ? ] set max fixed_angle\n" << " use '-fixed_ang' for setting minimum\n" << "\n" << " [ -end \"yyyy mm dd hh mm ss\"] end time\n" << " Sets mode to ARCHIVE\n" << "\n" << " [ -f, -paths ? ] set file paths\n" << " Sets mode to FILELIST\n" << "\n" << " [ -field ? ] Specify particular field\n" << " Specify name or number\n" << " Use multiple -field args for multiple fields\n" << " If not specified, all fields will be used\n" << "\n" << " [ -foray ] convert to FORAY-1 netcdf\n" << "\n" << " [ -force_vary ] force use of ragged arrays for CfRadial\n" << " even if ngates is constant for all rays\n" << "\n" << " [ -indir ? ] set input directory\n" << "\n" << " [ -instance ?] specify the instance\n" << "\n" << " [ -keep_long ] keep long range rays\n" << " Keep NEXRAD long-range non-Doppler sweeps\n" << " Default is to remove them\n" << "\n" << " [ -lat ? ] override radar latitude (deg)\n" << "\n" << " [ -lon ? ] override radar longitude (deg)\n" << "\n" << " [ -ldata ] write _latest_data_info files\n" << "\n" << " [ -max_range ? ] set max range (km)\n" << "\n" << " [ -mdv ] convert to MDV in radial coords\n" << "\n" << " [ -native ] output in host-native byte ordering\n" << "\n" << " [ -name ? ] override instrument name\n" << "\n" << " [ -nexrad ] convert to NEXRAD archive level 2\n" << "\n" << " [ -outdir ? ] set output directory\n" << "\n" << " [ -out_end ? ] compute output path using end time\n" << " default is to use both start and end times\n" << "\n" << " [ -out_start ? ] compute output path using start time\n" << " default is to use both start and end times\n" << "\n" << " [ -preserve_sweeps ] preserve sweep details as they are in file.\n" << " This generally applies to NEXRAD data - by default we\n" << " consolidate sweeps by combining split-cut sweeps\n" << " into a single sweep.\n" << " If this flag is true, we leave the sweeps unchanged.\n" << "\n" << " [ -radar_num ? ] set radar number\n" << " Applies to NOAA HRD data. LF radar = 1, TA radar = 2\n" << " Generally not needed\n" << "\n" << " [ -rem_miss ] remove rays in which data at all gates and\n" << " for all fields is missing\n" << "\n" << " [ -rem_short ] remove short range rays\n" << " Remove NEXRAD short-range Doppler sweeps\n" << "\n" << " [ -rem_trans ] remove rays with antenna transitions\n" << "\n" << " [ -start \"yyyy mm dd hh mm ss\"] start time\n" << " Sets mode to ARCHIVE\n" << "\n" << " [ -sweep ? ] set single sweep number\n" << " or minimum - see '-sweep_max'\n" << "\n" << " [ -sweep_max ? ] set max sweep number\n" << " use '-sweep' for setting minimum\n" << "\n" << " [ -trim_sur ] trim surveillance sweeps to 360 degrees\n" << " Remove extra rays in each surveillance sweep\n" << "\n" << " [ -to_float32 ] convert all fields to 32-bit floats\n" << " [ -to_int32 ] convert all fields to 16-bit signed integers\n" << " [ -to_int16 ] convert all fields to 16-bit signed integers\n" << " [ -to_in08 ] convert all fields to 8-bit signed integers\n" << "\n" << " [ -uf ] convert to universal format\n" << "\n" << " [ -v, -verbose ] print verbose debug messages\n" << "\n" << " [ -vv, -extra ] print extra verbose debug messages\n" << "\n" << " [ -write_other ] option to write other fields unchanged.\n" << " Default is that if -fields is used, only the specified fields\n" << " will be written in the output files.\n" << "\n" << endl; out << "NOTE: You do not need to use the params option (see below).\n" << " If no params are specified, you deal with the whole file.\n" << endl; Params::usage(out); }	[ "dixon@ucar.edu" ]	dixon@ucar.edu
8ed4bdf83ad5671cebf9b4072a3d1dd40fbcd409	c58bed4b1a7d21417f85f2bb7ad825c9de97c3b6	/SRM 542/WorkingRabbits.cpp	cfde403a25a05ea0685f774c0a0391e579342634	[]	no_license	vlad2901/topcoder	0aa759007ed24b2185664294da4c67af8fbea418	97856c3dd2a5b8ee875cfda7dc3b6f93d142e10b	refs/heads/master	2021-01-20T02:47:47.757151	2012-05-23T11:33:15	2012-05-23T11:33:15	null	0	0	null	null	null	null	UTF-8	C++	false	false	690	cpp	#include <vector> #include <list> #include <map> #include <set> #include <deque> #include <stack> #include <bitset> #include <algorithm> #include <functional> #include <numeric> #include <utility> #include <sstream> #include <iostream> #include <iomanip> #include <cstdio> #include <cmath> #include <cstdlib> #include <ctime> using namespace std; class WorkingRabbits { public: double getEfficiency(vector <string> profit) { int n = profit.size(); double sum = 0; for(int i=0;i<n;++i) { for(int j=0;j<i;++j) { sum += profit[i][j]-'0'; } } return 2sum / (n(n-1)); } }; // Powered by FileEdit // Powered by TZTester 1.01 [25-Feb-2003] // Powered by CodeProcessor	[ "vlad.berindei@gmail.com" ]	vlad.berindei@gmail.com
83ccefde0779bb1f0755bd50380bb21428a54f9a	771cc29cd1263dc999f57cad23cc49cc35d43d99	/abstractbeatinterval.cpp	bbcafa0f1019f0588da120c0f4427ddcc54bdce2	[ "Artistic-2.0" ]	permissive	BadassBaal/cock-heroine	6e1eecd92b3726187e6665bcaaeafb1510ffcdad	e5da101c97e5a35447c32a9c46da5a4e657ea4b9	refs/heads/master	2023-06-20T10:18:01.104375	2021-07-20T09:33:09	2021-07-20T09:33:09	null	0	0	null	null	null	null	UTF-8	C++	false	false	2,995	cpp	#include "abstractbeatinterval.h" #include "helperfunctions.h" #include <QDebug> #include <float.h> #include "config.h" #include "globals.h" AbstractBeatInterval::AbstractBeatInterval() { } AbstractBeatInterval::~AbstractBeatInterval() { } bool AbstractBeatInterval::matchesThisInterval(int otherInterval) const { return isWithinXPercentOf(getLength(),otherInterval,BeatAnalysis::Configuration::maxPercentAcceptableBeatError); } bool AbstractBeatInterval::matchesThisInterval(AbstractBeatInterval &otherInterval) const { return matchesThisInterval(otherInterval.getLength()); } bool AbstractBeatInterval::matchesThisInterval(BeatValue & otherValue) const { return matchesThisInterval(roundToInt(otherValue.getLength())); } void AbstractBeatInterval::calculateValue() const { if (beatValues.size() == 0) { qDebug() << "Error: Trying to calculate value of interval before beat values are initialised!"; value = 0; return; } if (BeatAnalysis::Configuration::tempoEstablished == false) { qDebug() << "Error: Trying to calculate value of interval before tempo is calculated!"; value = 0; return; } int i = 0; float valueDifference = 100.0; for (i = 0; i < beatValues.size(); ++i) { if (beatValues.at(i).active && percentageDifferenceBetween(beatValues.at(i).value() * BeatAnalysis::Configuration::tempoInterval(),getLength()) < valueDifference) { valueDifference = percentageDifferenceBetween(beatValues.at(i).value() * BeatAnalysis::Configuration::tempoInterval(),getLength()); value = &beatValues.at(i); } } } float AbstractBeatInterval::deviationFromNearestKnownBeatValue() const { if ( ! value ) calculateValue(); if ( ! value ) return FLT_MAX; return percentageDifferenceBetween(value->getLength(),getLength()); } float AbstractBeatInterval::absoluteDifferenceFromNearestKnownBeatValue() const { if ( ! value ) calculateValue(); if ( ! value ) return FLT_MAX; return absoluteDifferenceBetween(value->getLength(), getLength()); } bool AbstractBeatInterval::isKnownBeatValue() const { bool acceptableProportion = (deviationFromNearestKnownBeatValue() <= BeatAnalysis::Configuration::maxPercentAcceptableBeatError); if (!acceptableProportion) return false; //return early as access to 'value->' below may NPE in this case float absoluteDifference = absoluteDifferenceFromNearestKnownBeatValue(); float partialBeatLength = BeatAnalysis::Configuration::tempoInterval() / (BeatAnalysis::Configuration::allowHalfBeatsInBreaks ? 4.0 : 2.0); bool acceptableError = absoluteDifference <= partialBeatLength; return acceptableError; // && acceptableProportion (we wouldn't be here otherwise) } BeatValue const * AbstractBeatInterval::getValue() const { if (isKnownBeatValue()) return value; else return NULL; }	[ "megamasha@gmail.com" ]	megamasha@gmail.com
a9c88b54495ab22f7d4a70215fb49b334c5ca420	147576df33595ae4fc7cd02567b273ba63ed3b30	/lab11.3B/lab_11_3_B.cpp	7d70e70cb1cdb2e4cc063091672bbe5cf24ce572	[]	no_license	sasha-1337/lab11.3B	14306a7f5e38375cf180802dff81aff53197c807	c29e2d0755ba2af7e43099c52dd9f3b9d280b819	refs/heads/master	2023-02-02T02:45:50.134146	2020-12-14T11:01:39	2020-12-14T11:01:39	321,308,729	0	0	null	null	null	null	WINDOWS-1251	C++	false	false	7,893	cpp	#include <iostream> #include <iomanip> #include <string> #include <Windows.h> #include <fstream> using namespace std; enum Specialty { PROGRAMMER, ENGINEER, PHYSICIAN }; string specStr[] = { "КН", "ІК", "ФЛ" }; struct Student { char prizv[64]; int kurs; Specialty spec; int physics; int math; int inform; union { int inform; int NumericalMethods; int pedagogy; }; }; void Create(char* fname); void Print(char* fname); int fRead(fstream& f, const int i); char SRead(fstream& f, const int i); int TRead(fstream& f, const int i); void fChange(fstream& f, const int i, const int j); void sortBin(char* fname); int main() { SetConsoleCP(1251); SetConsoleOutputCP(1251); char fname[61]; double MinAve = 0.0; int countPhysics = 0; int countMathematics = 0; int countInformatics = 0; int choice; do { cout << endl << endl; cout << "Оберіть номер команди:" << endl; cout << "[1] - Створити список студентів" << endl; cout << "[2] - Вивести список на екран" << endl; cout << "[3] - Фізично впорядкувати файл" << endl << endl; cout << " [0] - Вийти із програми" << endl << endl; cout << "Введіть номер команди: "; cin >> choice; cout << endl << endl << endl; switch (choice) { case 1: cin.get(); cin.sync(); cout << "Введіть ім'я файлу: "; cin.getline(fname, sizeof(fname)); Create(fname); break; case 2: cin.get(); cin.sync(); cout << "Введіть ім'я файлу: "; cin.getline(fname, sizeof(fname)); Print(fname); break; case 3: cin.get(); cin.sync(); cout << "Введіть ім'я файлу: "; cin.getline(fname, sizeof(fname)); sortBin(fname); break; default: cout << "Ви ввели неправильну команду" << endl; break; } } while (choice != 0); } void Create(char* fname) { ofstream f(fname, ios::binary \| ios::trunc); if (!f) { cerr << "Неможливо відкрити файл '" << fname << "'" << endl; exit(1); } Student s; int spec; char ch; int i = 0; do { cout << endl; cout << "Студент № " << i + 1 << ":" << endl; ++i; cin.get(); cin.sync(); cout << "Прізвище: "; cin.getline( s.prizv, sizeof(s.prizv)); do { cout << "Курс: "; cin >> s.kurs; } while (!(s.kurs > 0)); do { cout << "Спеціальність (0 - КН, 1 - ІК, 2 - ФЛ): "; cin >> spec; s.spec = (Specialty)spec; } while (!(spec >= 0 && spec <= 2)); cout << "Бал із фізики: "; cin >> s.physics; cout << "Бал із математики: "; cin >> s.math; switch (s.spec) { case PROGRAMMER: cout << "Бал із інформатики: "; cin >> s.inform; break; case ENGINEER: cout << "Бал із чисельних методів: "; cin >> s.NumericalMethods; break; case PHYSICIAN: cout << "Бал із педагогіки: "; cin >> s.pedagogy; break; } cout << endl; if (!f.write((char)&s, sizeof(Student))) { cout << " Error of writing " << endl; } cout << "Хочете додати ще одного студента? (Y/N): "; cin >> ch; } while (ch == 'Y' \|\| ch == 'y'); } void Print(char fname) { ifstream f(fname, ios::binary \| ios::in); if (!f) { cerr << "Неможливо відкрити файл" << endl; exit(1); } Student s; int i = 0; cout << "============================================================================================================" << endl; cout << "\| № \| Прізвище \| Курс \| Спеціальність \| Фізика \| Математика \| Інформатика \| Чисельні методи \| Педагогіка \|" << endl; cout << "------------------------------------------------------------------------------------------------------------" << endl; while (f.read((char)&s, sizeof(Student))) { cout << "\| " << setw(2) << right << i + 1 << "\| " << setw(9) << right << s.prizv << "\| " << setw(5) << right << s.kurs << "\| " << setw(14) << right << specStr[s.spec]; switch (s.spec) { case 0: cout << "\|" << setw(8) << setprecision(2) << fixed << s.physics << "\|" << s.math << setw(12) << right << "\|" << s.inform << setw(13) << "\|" << setw(18) << "\|" << setw(15) << setprecision(2) << " \|" << endl; break; case 1: cout << "\|" << setw(8) << setprecision(2) << fixed << s.physics << "\|" << s.math << setw(12) << right << "\|" << setw(14) << "\|" << s.NumericalMethods << setw(17) << "\|" << setw(15) << "\|" << endl; break; case 2: cout << "\|" << setw(8) << setprecision(2) << fixed << s.physics << "\|" << s.math << setw(12) << right << "\|" << setw(14) << "\|" << setw(18) << "\|" << s.pedagogy << setw(14) << "\|" << endl; break; } cout << "------------------------------------------------------------------------------------------------------------" << endl; i++; } cout << endl; } void sortBin(char fname) { fstream f(fname, ios::binary \| ios::in \| ios::out); if (!f) { cerr << "Неможливо відкрити файл" << endl; exit(1); } f.seekg(0 * (long)sizeof(Student), ios::end); int size = f.tellg() / (sizeof(Student)); f.seekg(0, ios::beg); for (int i0 = 1; i0 < size; i0++) for (int i1 = 0; i1 < size - i0; i1++) { int specialty1 = fRead(f, i1); int specialty2 = fRead(f, i1 + 1); char prizv1 = SRead(f, i1); char prizv2 = SRead(f, i1 + 1); int kurs1 = TRead(f, i1); int kurs2 = TRead(f, i1 + 1); if ((specialty1 > specialty2) \|\| (specialty1 == specialty2 && prizv1 < prizv2) \|\| (specialty1 == specialty2 && prizv1 == prizv2 && kurs1 > kurs2)) fChange(f, i1, i1 + 1); } f.seekp(0, ios::end); } int fRead(fstream& f, const int i) { Student student; f.seekg(i * 1.(long)sizeof(Student)); f.read((char)&student, sizeof(Student)); int specialty = student.spec; return specialty; } char SRead(fstream& f, const int i) { Student student; f.seekg(i * 1.(long)sizeof(Student)); f.read((char)&student, sizeof(Student)); char prizv[64]; strcpy_s(prizv, sizeof(prizv), student.prizv); return prizv; } int TRead(fstream& f, const int i) { Student student; f.seekg(i 1.(long)sizeof(Student)); f.read((char)&student, sizeof(Student)); int kurs = student.kurs; return kurs; } void fChange(fstream& f, const int i, const int j) { Student si, sj, temp; f.seekg(i * 1.(long)sizeof(Student)); f.read((char)&si, sizeof(Student)); temp = si; f.seekg(j * 1.(long)sizeof(Student)); f.read((char)&sj, sizeof(Student)); f.seekp(i * 1.(long)sizeof(Student)); f.write((char)&sj, sizeof(Student)); f.seekp(j * 1.(long)sizeof(Student)); f.write((char)&temp, sizeof(Student)); }	[ "kolymbia97@gmail.com" ]	kolymbia97@gmail.com
c3e600b97fdb8c7357df69bc432788c7fcbae104	267bdf2bf6873ee1840784173de9bac70adef426	/Advanced level/1038.Recover the Smallest Number.cpp	c2d22ce36be2cb97ec94cb26bcc6e9e51350a215	[]	no_license	Im4lish/PAT	48f14b728a5b34c026c22863a1c2a3585c3c2e81	d8d681bb1ebc54900882ba873386b2033076b711	refs/heads/master	2021-08-31T11:34:50.558329	2017-12-21T07:12:19	2017-12-21T07:12:19	111,079,617	0	0	null	null	null	null	UTF-8	C++	false	false	480	cpp	#include<iostream> #include<vector> #include<string> #include<algorithm> using namespace std; bool cmp(string a,string b) { return a+b < b+a; } int main() { int n; cin>>n; vector<string> vec(n); for(int i=0;i<n;++i) { cin>>vec[i]; } sort(vec.begin(),vec.end(),cmp); string ans; for(int i=0;i<n;++i) { ans += vec[i]; } while(ans.size() != 0 && ans[0] == '0') { ans.erase(ans.begin()); } if(ans.size() == 0) { cout<<0; } else { cout<<ans; } return 0; }	[ "zhaojiandong1995@gmail.com" ]	zhaojiandong1995@gmail.com
152bf52eaf6597c561f6e9dbcd29fbc155c9fa3b	af9e3a456879e0d202a9a7901f0df94e4e865ad3	/src/Definitions/ContinueStatement.cc	6aaeefcfcf36ccd7c6e10d0f6e6a3290d12a24ad	[]	no_license	adisarip/DecafCompiler	532661ddb5c2be304e056ef346f7886c3234d8fc	93c323f8ab5e4b346c76a90c205908f1391c06ea	refs/heads/master	2020-04-08T14:52:37.117298	2018-11-28T06:39:31	2018-11-28T06:39:31	159,455,353	0	0	null	null	null	null	UTF-8	C++	false	false	217	cc	#include "ContinueStatement.hh" using namespace std; ContinueStatement::ContinueStatement() { mStmtType = Statement::NON_RETURNING; } void ContinueStatement::accept(Visitor& vParm) { vParm.visit(*this); }	[ "aditya.saripalli@students.iiit.ac.in" ]	aditya.saripalli@students.iiit.ac.in
3b65241b1468ae0ebb7b51b92ebdf1db9cef00aa	6c400d91d92a8e70a3711f81262fae5a00b9a6c4	/evpp/inner_pre.cc	7cb0ee8a1970e45553f33755d541ac0da73ecb5e	[ "BSD-3-Clause" ]	permissive	sighttviewliu/evpp	86e90d80b1ff700de74711c073b2c5776b99716a	7d76122ccbcfcb1d36140d6a8e4bd13a45a4c59a	refs/heads/master	2021-01-20T01:56:36.450143	2017-04-24T02:43:59	2017-04-24T02:43:59	89,346,415	1	0	null	2017-04-25T10:08:57	2017-04-25T10:08:57	null	UTF-8	C++	false	false	2,374	cc	#include "evpp/inner_pre.h" #include "evpp/libevent_headers.h" #ifdef H_OS_WINDOWS #pragma comment(lib, "event.lib") #if EVENT__NUMERIC_VERSION >= 0x02010500 #pragma comment(lib, "event_core.lib") #pragma comment(lib, "event_extra.lib") #endif #pragma comment(lib,"Ws2_32.lib") #pragma comment(lib,"libglog_static.lib") #endif #ifndef H_OS_WINDOWS #include <signal.h> #endif #include <map> #include <thread> #include <mutex> namespace evpp { namespace { struct OnStartup { OnStartup() { #ifndef H_OS_WINDOWS if (signal(SIGPIPE, SIG_IGN) == SIG_ERR) { LOG_ERROR << "SIGPIPE set failed."; exit(-1); } LOG_INFO << "ignore SIGPIPE"; #endif } ~OnStartup() { } } __s_onstartup; } #ifdef H_DEBUG_MODE static std::map<struct event, std::thread::id> evmap; static std::mutex mutex; #endif int EventAdd(struct event ev, const struct timeval* timeout) { #ifdef H_DEBUG_MODE { std::lock_guard<std::mutex> guard(mutex); if (evmap.find(ev) == evmap.end()) { auto id = std::this_thread::get_id(); evmap[ev] = id; } else { LOG_ERROR << "Event " << ev << " fd=" << ev->ev_fd << " event_add twice!"; assert("event_add twice"); } } LOG_DEBUG << "event_add ev=" << ev << " fd=" << ev->ev_fd << " user_ptr=" << ev->ev_arg << " tid=" << std::this_thread::get_id(); #endif return event_add(ev, timeout); } int EventDel(struct event* ev) { #ifdef H_DEBUG_MODE { std::lock_guard<std::mutex> guard(mutex); auto it = evmap.find(ev); if (it == evmap.end()) { LOG_ERROR << "Event " << ev << " fd=" << ev->ev_fd << " not exist in event loop, maybe event_del twice."; assert("event_del twice"); } else { auto id = std::this_thread::get_id(); if (id != it->second) { LOG_ERROR << "Event " << ev << " fd=" << ev->ev_fd << " deleted in different thread."; assert(it->second == id); } evmap.erase(it); } } LOG_DEBUG << "event_del ev=" << ev << " fd=" << ev->ev_fd << " user_ptr=" << ev->ev_arg << " tid=" << std::this_thread::get_id(); #endif return event_del(ev); } int GetActiveEventCount() { #ifdef H_DEBUG_MODE return evmap.size(); #else return 0; #endif } }	[ "zieckey@gmail.com" ]	zieckey@gmail.com
78a1afda36dc2098f548fe29bf69b437d2eda214	c507645952553f2a7e93c14ec19ff3246feca49b	/src/GBuffer.h	15c5adcd551edf4477831c0f64f98e609b76a656	[]	no_license	LeifNode/KinectProject	33a6fc002b7a513245ce0202829c55b3365f0b86	68b9fe0279dbf672670ae2b6ed92a0656dc5732d	refs/heads/master	2021-03-12T23:19:26.096556	2015-01-13T23:57:41	2015-01-13T23:57:41	20,317,533	0	0	null	null	null	null	UTF-8	C++	false	false	820	h	#pragma once #include "d3dStd.h" #include "Texture.h" class GBuffer { friend class D3DRenderer; public: GBuffer(); ~GBuffer(); void bindRenderTargets(); void bindTextures(); void bindSampler(); void clearRenderTargets(); private: void Initialize(int width, int height); void DeInit(); void OnResize(int width, int height); private: Texture* mpDiffuseTexture; Texture* mpDepthStencilTexture; Texture* mpNormalTexture; Texture* mpSpecularTexture; Texture* mpEmissiveTexture; ID3D11DepthStencilView* mpDepthStencilTargetView; ID3D11RenderTargetView* mpDiffuseTargetView; ID3D11RenderTargetView* mpNormalTargetView; ID3D11RenderTargetView* mpSpecularTargetView; ID3D11RenderTargetView* mpEmissiveTargetView; ID3D11DepthStencilState* mpDepthStencilState; ID3D11SamplerState* mpSamplerState; };	[ "LErkenbrach@gmail.com" ]	LErkenbrach@gmail.com
25d8f955812312a79c724e4f04c70c2e49d72a79	5e2bef5a3f06fc33d37ddee00b9b9f647e9ba05e	/c_how_to_program/lessons/18.14/Date.cpp	195f747bb0c9db2e22cb871c3535a1d9fbab35f4	[]	no_license	xoptov/learning_c_and_cpp	29c4ea111cdf1f4891c81facc8916f7efbdececa	a70c116fe07cd9b763dc69916a28d1a213e5bee6	refs/heads/master	2020-06-26T08:12:40.721234	2019-09-17T06:01:00	2019-09-17T06:01:00	199,580,694	0	0	null	null	null	null	UTF-8	C++	false	false	994	cpp	#include <iostream> using std::cout; using std::endl; #include "Date.h" Date::Date(int mn, int dy, int yr) { if (mn > 0 && mn <= 12) month = mn; else { month = 1; cout << "Invalid month (" << mn << ") set to 1." << endl; } year = yr; day = checkDay(dy); cout << "Date object constructor for date "; print(); cout << endl; } void Date::print() const { cout << month << '/' << day << '/' << year; } Date::~Date() { cout << "Date object destructor for date "; print(); cout << endl; } int Date::checkDay(int testDay) const { static const int daysPerMonth[13] = { 0, 31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31 }; if (testDay > 0 && testDay <= daysPerMonth[month]) return testDay; if (month == 2 && testDay == 29 && (year % 400 == 0 \|\| (year % 4 == 0 && year % 100 != 0))) return testDay; cout << "Invalid day (" << testDay << ") set to 1.\n"; return 1; }	[ "xoptov@mail.ru" ]	xoptov@mail.ru
ab326a54ade7413729bb4fab3f9365e92c9bb5cf	d816c4d9a1bd19183f737c003cded1bb2126564c	/Package Delivery System/FedEx.cpp	a73d613e6eb9e3150f488ff7505ce218e9d85903	[]	no_license	jzeng1/OOPProjects	794f132c440714bae1ffbe930c0ac49fea2ac8d6	05c046f2668c96d35f3c49905ab664ba4d4c58be	refs/heads/master	2022-11-11T09:55:16.179895	2020-06-21T19:15:27	2020-06-21T19:15:27	273,966,491	0	0	null	null	null	null	UTF-8	C++	false	false	1,249	cpp	/*************************************** File: FedEx.cpp Project: Delivery, Spring 2018 Author: Jason Zeng Date: 4/23/2018 Section: 22 E-mail: Jzeng1@umbc.edu This program is the derived class which inherits from the Carrier class to implement methods how FedEx would be a function. *********************************************/ #include "FedEx.h" // Constructor // Preconditions: None // Postconditions: None FedEx::FedEx(){ } // Destructor // Preconditions: An allocated object in memory // Postconditions: Deallocates the memory FedEx::~FedEx(){ } // deliver() - performs the actions of delivering as a FedEx object // Preconditions: mail present in m_storage // Postconditions: outputs data and returns a status # (0 - fail, 1 - success) int FedEx::deliver(){ int checkVector = m_storage.size(); //checks to see if m_storage is not empty so that it can make a delivery if(checkVector > 0){ return 1; } return 0; } ostream& FedEx::print(ostream &theOutput) const{ theOutput << "**********************" << endl; theOutput << "FEDEX Trucks Contents:" << endl; theOutput << endl; theOutput << "-----------------------" << endl; return theOutput; }	[ "noreply@github.com" ]	jzeng1.noreply@github.com
f78564f7b26a4e5dd87b5e51d3242175f05f43cf	c6b44ea783689299d27b9b4339c490dab75ebee0	/include/fr/cards/poker_deck_factory.hpp	1fb2e2fbb8c4462283c3b1c568aa640fcdf9f107	[ "Apache-2.0" ]	permissive	FlyingRhenquest/cards	8dd55f0c6ac32344c0a7a5a1118731692b31aea9	43fd4126171baaa71d04f0bdbc26ff998d46aee8	refs/heads/master	2020-09-03T03:41:15.071659	2019-11-03T23:00:26	2019-11-03T23:00:26	219,377,377	0	0	null	null	null	null	UTF-8	C++	false	false	2,247	hpp	/** * Copyright 2019 Bruce Ide * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. * * Creates a poker deck. */ #include "deck.hpp" #include <climits> #include <tuple> #include <vector> #ifndef _HPP_FR_POKER_DECK_FACTORY #define _HPP_FR_POKER_DECK_FACTORY namespace fr { namespace cards { class poker_deck_factory { public: // Shifts for suites const int hearts_shift = 0; const int spades_shift = 16; const int diamonds_shift = 32; const int clubs_shift = 48; // Masks for suites const uint64_t hearts_mask = USHRT_MAX << hearts_shift; const uint64_t spades_mask = USHRT_MAX << spades_shift; const uint64_t diamonds_mask = USHRT_MAX << diamonds_shift; const uint64_t clubs_mask = USHRT_MAX << clubs_shift; static deck get() { deck retval; std::vector<std::string> suites{"Hearts", "Spades", "Diamonds", "Clubs"}; std::vector<std::tuple<std::string, std::uint16_t>> values = { {"Two", 2}, {"Three", 2 << 1}, {"Four", 2 << 2}, {"Five", 2 << 3}, {"Six", 2 << 4}, {"Seven", 2 << 5}, {"Eight", 2 << 6}, {"Nine", 2 << 7}, {"Ten", 2 << 8}, {"Jack", 2 << 9}, {"Queen", 2 << 10}, {"King", 2 << 11}, // Ace can be high or low for straights, so we'll set the low bit too. {"Ace", (2 << 12) + 1} }; int shift_val = 0; for (auto suite : suites) { for (auto [short_name, short_id] : values) { std::string long_name(short_name); long_name.append(" of "); long_name.append(suite); std::uint64_t long_id = short_id << shift_val; retval.add(card(long_id, short_id, long_name)); } shift_val += 16; } return retval; } }; } } #endif	[ "FlyingRhenquest@gmail.com" ]	FlyingRhenquest@gmail.com
bd72843887c3b62108300bbae589207949ab7cd6	3cf73d4ec1e9bd0cfeebb0de3775e5553530efe2	/USER-OMP/angle_cosine_squared_omp.cpp	e8eaff6b2a70dcb07d5aea400a2649722a9538f9	[]	no_license	TJFord/sard	49766cb2f72610ae60319e9ed73b712f0c05e66a	6697819f47d5e28b60d36183a65b5b95a725b6b1	refs/heads/master	2016-09-06T09:58:00.641931	2014-06-28T02:57:51	2014-06-28T02:57:51	10,278,164	1	0	null	null	null	null	UTF-8	C++	false	false	4,558	cpp	/* ---------------------------------------------------------------------- LAMMPS - Large-scale Atomic/Molecular Massively Parallel Simulator http://lammps.sandia.gov, Sandia National Laboratories Steve Plimpton, sjplimp@sandia.gov Copyright (2003) Sandia Corporation. Under the terms of Contract DE-AC04-94AL85000 with Sandia Corporation, the U.S. Government retains certain rights in this software. This software is distributed under the GNU General Public License. See the README file in the top-level LAMMPS directory. ------------------------------------------------------------------------- / / ---------------------------------------------------------------------- Contributing author: Axel Kohlmeyer (Temple U) ------------------------------------------------------------------------- / #include "angle_cosine_squared_omp.h" #include "atom.h" #include "comm.h" #include "force.h" #include "neighbor.h" #include "domain.h" #include "math_const.h" #include <math.h> #include "suffix.h" using namespace LAMMPS_NS; using namespace MathConst; #define SMALL 0.001 / ---------------------------------------------------------------------- / AngleCosineSquaredOMP::AngleCosineSquaredOMP(class LAMMPS lmp) : AngleCosineSquared(lmp), ThrOMP(lmp,THR_ANGLE) { suffix_flag \|= Suffix::OMP; } /* ---------------------------------------------------------------------- / void AngleCosineSquaredOMP::compute(int eflag, int vflag) { if (eflag \|\| vflag) { ev_setup(eflag,vflag); } else evflag = 0; const int nall = atom->nlocal + atom->nghost; const int nthreads = comm->nthreads; const int inum = neighbor->nanglelist; #if defined(_OPENMP) #pragma omp parallel default(none) shared(eflag,vflag) #endif { int ifrom, ito, tid; loop_setup_thr(ifrom, ito, tid, inum, nthreads); ThrData thr = fix->get_thr(tid); ev_setup_thr(eflag, vflag, nall, eatom, vatom, thr); if (evflag) { if (eflag) { if (force->newton_bond) eval<1,1,1>(ifrom, ito, thr); else eval<1,1,0>(ifrom, ito, thr); } else { if (force->newton_bond) eval<1,0,1>(ifrom, ito, thr); else eval<1,0,0>(ifrom, ito, thr); } } else { if (force->newton_bond) eval<0,0,1>(ifrom, ito, thr); else eval<0,0,0>(ifrom, ito, thr); } reduce_thr(this, eflag, vflag, thr); } // end of omp parallel region } template <int EVFLAG, int EFLAG, int NEWTON_BOND> void AngleCosineSquaredOMP::eval(int nfrom, int nto, ThrData * const thr) { int i1,i2,i3,n,type; double delx1,dely1,delz1,delx2,dely2,delz2; double eangle,f1[3],f3[3]; double dcostheta,tk; double rsq1,rsq2,r1,r2,c,a,a11,a12,a22; const double * const * const x = atom->x; double * const * const f = thr->get_f(); const int * const * const anglelist = neighbor->anglelist; const int nlocal = atom->nlocal; for (n = nfrom; n < nto; n++) { i1 = anglelist[n][0]; i2 = anglelist[n][1]; i3 = anglelist[n][2]; type = anglelist[n][3]; // 1st bond delx1 = x[i1][0] - x[i2][0]; dely1 = x[i1][1] - x[i2][1]; delz1 = x[i1][2] - x[i2][2]; rsq1 = delx1delx1 + dely1dely1 + delz1delz1; r1 = sqrt(rsq1); // 2nd bond delx2 = x[i3][0] - x[i2][0]; dely2 = x[i3][1] - x[i2][1]; delz2 = x[i3][2] - x[i2][2]; rsq2 = delx2delx2 + dely2dely2 + delz2delz2; r2 = sqrt(rsq2); // angle (cos and sin) c = delx1delx2 + dely1dely2 + delz1delz2; c /= r1r2; if (c > 1.0) c = 1.0; if (c < -1.0) c = -1.0; // force & energy dcostheta = c - cos(theta0[type]); tk = k[type] * dcostheta; if (EFLAG) eangle = tkdcostheta; a = 2.0 tk; a11 = ac / rsq1; a12 = -a / (r1r2); a22 = ac / rsq2; f1[0] = a11delx1 + a12delx2; f1[1] = a11dely1 + a12dely2; f1[2] = a11delz1 + a12delz2; f3[0] = a22delx2 + a12delx1; f3[1] = a22dely2 + a12dely1; f3[2] = a22delz2 + a12*delz1; // apply force to each of 3 atoms if (NEWTON_BOND \|\| i1 < nlocal) { f[i1][0] += f1[0]; f[i1][1] += f1[1]; f[i1][2] += f1[2]; } if (NEWTON_BOND \|\| i2 < nlocal) { f[i2][0] -= f1[0] + f3[0]; f[i2][1] -= f1[1] + f3[1]; f[i2][2] -= f1[2] + f3[2]; } if (NEWTON_BOND \|\| i3 < nlocal) { f[i3][0] += f3[0]; f[i3][1] += f3[1]; f[i3][2] += f3[2]; } if (EVFLAG) ev_tally_thr(this,i1,i2,i3,nlocal,NEWTON_BOND,eangle,f1,f3, delx1,dely1,delz1,delx2,dely2,delz2,thr); } }	[ "tan.jifu@gmail.com" ]	tan.jifu@gmail.com
32dc0f7ab88baab09bbedd89324135cca9745268	700dc494ce3461890dbc21451dbddca7f5ceded8	/First and Follow - Q5/q5.cpp	1417c0a5056bdab19a01151d58f6ab28b0563ec9	[]	no_license	mauwazahmed/compilerDesignLab	fb618bbb21e562270c9564df3503a2952d617cde	55d3e0ca3291b79af678c642bbd26cb48eabad73	refs/heads/main	2023-05-08T01:00:46.921304	2021-04-07T10:44:28	2021-04-07T10:44:28	369,991,700	1	0	null	2021-05-23T07:47:06	2021-05-23T07:47:05	null	UTF-8	C++	false	false	4,144	cpp	#include <bits/stdc++.h> using namespace std; set<char> ss; bool dfs(char i, char org, char last, map<char, vector<vector<char>>> &mp) { bool rtake = false; for (auto r : mp[i]) { bool take = true; for (auto s : r) { if (s == i) break; if (!take) break; if (!(s >= 'A' && s <= 'Z') && s != '#') { ss.insert(s); break; } else if (s == '#') { if (org == i \|\| i == last) ss.insert(s); rtake = true; break; } else { take = dfs(s, org, r[r.size() - 1], mp); rtake \|= take; } } } return rtake; } int main() { int i, j; ifstream fin("input.txt"); string num; vector<int> fs; vector<vector<int>> a; map<char, vector<vector<char>>> mp; char start; bool flag = 0; while (getline(fin, num)) { if (flag == 0) start = num[0], flag = 1; vector<char> temp; char s = num[0]; for (i = 3; i < num.size(); i++) { if (num[i] == '\|') { mp[s].push_back(temp); temp.clear(); } else temp.push_back(num[i]); } mp[s].push_back(temp); } map<char, set<char>> fmp; for (auto q : mp) { ss.clear(); dfs(q.first, q.first, q.first, mp); for (auto g : ss) fmp[q.first].insert(g); } cout << '\n'; cout << "Firsts: " << '\n'; for (auto q : fmp) { string ans = ""; ans += q.first; ans += " = "; for (char r : q.second) { ans += r; ans += ", "; } ans.pop_back(); cout << ans << '\n'; } map<char, set<char>> gmp; gmp[start].insert('$'); int count = 10; while (count--) { for (auto q : mp) { for (auto r : q.second) { for (i = 0; i < r.size() - 1; i++) { if (r[i] >= 'A' && r[i] <= 'Z') { if (!(r[i + 1] >= 'A' && r[i + 1] <= 'Z')) gmp[r[i]].insert(r[i + 1]); else { char temp = r[i + 1]; int j = i + 1; while (temp >= 'A' && temp <= 'Z') { if (*fmp[temp].begin() == '#') { for (auto g : fmp[temp]) { if (g == '#') continue; gmp[r[i]].insert(g); } j++; if (j < r.size()) { temp = r[j]; if (!(temp >= 'A' && temp <= 'Z')) { gmp[r[i]].insert(temp); break; } } else { for (auto g : gmp[q.first]) gmp[r[i]].insert(g); break; } } else { for (auto g : fmp[temp]) { gmp[r[i]].insert(g); } break; } } } } } if (r[r.size() - 1] >= 'A' && r[r.size() - 1] <= 'Z') { for (auto g : gmp[q.first]) gmp[r[i]].insert(g); } } } } cout << '\n'; cout << "Follows: " << '\n'; for (auto q : gmp) { string ans = ""; ans += q.first; ans += " = "; for (char r : q.second) { ans += r; ans += ", "; } ans.pop_back(); cout << ans << '\n'; } return 0; }	[ "thatazimjaved@gmail.com" ]	thatazimjaved@gmail.com
40eda8466c0f9ceb0f3d1cca8c843248a701bf9d	449ae14862d9803277babe446f7f030fe9b0f15e	/p2/tags/RELEASE_0_6/python/p2/p2core/val_time.cpp	6314c7c794b6ba47494f7ae35598668bf5288b35	[]	no_license	declarativitydotnet/declarativity	863ea58bed1c0efc57573d75b73e0006eca3f280	75096fb78264c517cd00e8486467c010038434cb	refs/heads/master	2021-01-10T11:58:00.700630	2015-12-08T17:44:39	2015-12-08T17:44:39	47,607,520	9	3	null	null	null	null	UTF-8	C++	false	false	415	cpp	#include <val_time.h> #include <boost/python.hpp> using namespace boost::python; ValuePtr (mk_ptime)(boost::posix_time::ptime) = &Val_Time::mk; ValuePtr (mk_timespec)(struct timespec) = &Val_Time::mk; void export_val_time() { class_<Val_Time, bases<Value>, boost::shared_ptr<Val_Time> > ("Val_Time", no_init) .def("mk", mk_ptime) .def("mk", mk_timespec) .staticmethod("mk") ; }	[ "(no author)" ]	(no author)
f30461dcc74a1e7761e388187a8e9833c1f421dc	ba384da5689a4764fa9651b9a4eb7b33e4c2ab8a	/clovertrail/amc/modem-audio-manager/ModemAudioManagerInstance.h	39a35f2e04dc1e549e18cde05787fd0b3530197e	[]	no_license	locng/android_hardware_intel	0da734d160e941d755e709696b9409470466e04c	bc7b3b1b9786c758344443111ce6f3e870258413	refs/heads/master	2021-01-21T07:14:56.549271	2015-03-05T15:10:48	2015-03-05T15:14:29	null	0	0	null	null	null	null	UTF-8	C++	false	false	1,083	h	/* ModemAudioManagerInstance.h Copyright 2011 Intel Corporation Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. / #pragma once #include "ModemAudioManager.h" #include "DualSimModemAudioManager.h" #include "AudioATModemTypes.h" using namespace std; class CModemAudioManagerInstance { public: // Kind of factory to create either ATModemManager or DualSimATModemManager static CModemAudioManager get(); static CModemAudioManager* create(IModemStatusNotifier observer); private: static CModemAudioManager _pModemAudioManager; };	[ "angel666.ib@gmail.com" ]	angel666.ib@gmail.com
c2b411f276fb406114ad06406b6df2d5f6d036e2	4fc5393b60bc17bc639021ed165cb27ec4e17e31	/Interfacing Ultrasonic sensor and DC motor using L293D and Arduino Uno on Tinkercad.cpp	bd4b703e2cfd65773d3d9f98013361938e34f2da	[]	no_license	kckartik17/Tinkercad-codes	7998867fd04e17b060df8d69dbd68bff21bd16ef	9ec448ed01e2626e79c6c58e2d4616d1708b65a1	refs/heads/master	2022-09-05T21:37:09.857695	2020-05-31T13:58:54	2020-05-31T13:58:54	268,290,386	1	0	null	null	null	null	UTF-8	C++	false	false	1,054	cpp	# define input_1 10 # define input_2 9 # define pwm A0 int cm = 0; long readUltrasonicDistance(int triggerPin, int echoPin) { pinMode(triggerPin, OUTPUT); // Clear the trigger digitalWrite(triggerPin, LOW); delayMicroseconds(2); // Sets the trigger pin to HIGH state for 10 microseconds digitalWrite(triggerPin, HIGH); delayMicroseconds(10); digitalWrite(triggerPin, LOW); pinMode(echoPin, INPUT); // Reads the echo pin, and returns the sound wave travel time in microseconds return pulseIn(echoPin, HIGH); } void setup() { Serial.begin(9600); pinMode(input_1,OUTPUT); pinMode(input_2,OUTPUT); pinMode(pwm,OUTPUT); } void loop() { cm = 0.01723 * readUltrasonicDistance(7, 7); if(cm<20){ digitalWrite(input_1,HIGH); digitalWrite(input_2,LOW); analogWrite(pwm,100); }else if(cm>19 && cm<=35){ digitalWrite(input_1,LOW); digitalWrite(input_2,LOW); }else{ digitalWrite(input_1,LOW); digitalWrite(input_2,HIGH); analogWrite(pwm,100); } delay(100); // Wait for 100 millisecond(s) }	[ "noreply@github.com" ]	kckartik17.noreply@github.com
50b50a52ccc0697c6f92c154e83915d4a125c56a	45ca4ef13e50719548db781333a8cf1794cdac6d	/NCSG/NCSG.cpp	60cb35e5fa4f4c81c95938292e6476969702e9c6	[]	no_license	JackJinWang/NCSG	d9f6b32d82f69bed94c6ac1ef1c9c6a0e64e8bb1	99a27edb3d8fb39ac5a523cd704543128f5d75c6	refs/heads/master	2021-07-21T06:21:16.941884	2017-10-31T03:11:54	2017-10-31T03:11:54	108,935,306	2	0	null	null	null	null	GB18030	C++	false	false	21,972	cpp	#include"NCSG.h" #include<iostream> #include<limits.h> using namespace std; const int NOSUCCESSOR = INT_MAX; NCSG::NCSG(int dimension, int number_character, vector<int *>st) { this->dimension = dimension; this->number_character = number_character; this->st = st; } void NCSG::getDominant() { // vector<int > k_th_dominant; // int index = 0; //DM表序号 int source_point = new int[dimension]; for (int i = 0; i < dimension; i++) { source_point[i] = 0; } DM dm(index,source_point,dimension); this->V.push_back(dm); //加入到边集合 // k_th_dominant.push_back(source_point); //加入（0，。。。0）点 // dominants.push_back(k_th_dominant); // st_temp[i][j][k] i表示第几个序列 j表示序列第几个字符 k表示序列的第几列 // vector<int > first_th_dominant; for (int i = 0; i < number_character; i++) { int point = new int[dimension]; for (int j = 0; j < dimension; j++) point[j] = st[j][i][0]; index++; DM dm(index, point, dimension); this->V.push_back(dm); //加入到边集合 getAllDominant(point); // first_th_dominant.push_back(point); } // dominants.push_back(first_th_dominant); } void NCSG::getAllDominant(int inpoint) { if (!haveSuccessor(inpoint)) //无后继终止递归 return; for (int i = 0; i < number_character; i++) { int point = new int[dimension]; for (int j = 0; j < dimension; j++) { int number = inpoint[j]; point[j] = st[j][i][number]; } if (!isInDM(point)&&isSuccessor(point)) { index++; DM dm(index, point, dimension); this->V.push_back(dm); //加入到边集合 // cout <<"输出位置"<< index<<endl; getAllDominant(point); //递归求解 } } } void NCSG::buildNCSG() { ncsgindex = 0; int size = V.size()+1; //加入汇点（无穷点） number_dominant = size; E = new int[size]; for (int i = 0; i < size; i++) E[i] = new int[size]; //初始化E矩阵 for (int i = 0; i < size; i++) { for (int j = 0; j < size; j++) { E[i][j] = 0; } } //构造d0与d1； int source_point = new int[dimension]; for (int i = 0; i < dimension; i++) { source_point[i] = 0; } V.clear(); DM dm(ncsgindex, source_point, dimension); this->V.push_back(dm); //加入到边集合 for (int i = 0; i < number_character; i++) { int point = new int[dimension]; for (int j = 0; j < dimension; j++) point[j] = st[j][i][0]; ncsgindex++; E[0][ncsgindex] = 1; DM dm(ncsgindex, point, dimension); this->V.push_back(dm); buildAllNCSG(point, ncsgindex); // first_th_dominant.push_back(point); } } void NCSG::buildAllNCSG(int inpoint,int inindex) { if (!haveSuccessor(inpoint) && isSuccessor(inpoint)) //无后继终止递归,//如果不存在后嵇点与汇点相连 { E[inindex][number_dominant - 1] = 1; return; } for (int i = 0; i < number_character; i++) { int point = new int[dimension]; for (int j = 0; j < dimension; j++) { int number = inpoint[j]; point[j] = st[j][i][number]; } //如果不存在加入点 if (!isInDM(point) && isSuccessor(point)) { ncsgindex++; E[inindex][ncsgindex] = 1; DM dm(ncsgindex, point, dimension); this->V.push_back(dm); //加入到边集合 buildAllNCSG(point, ncsgindex); //递归求解 }else if (isInDM(point) && isSuccessor(point)) { //如果存在边相连 /* cout << "****************" << endl; cout << "已存在" << endl; cout << "前驱点" << endl; for (int j = 0; j < dimension; j++) { cout<<inpoint[j]<<" "; } cout << endl; cout << "后继点" << endl; for (int j = 0; j < dimension; j++) { cout << point[j] << " "; } this->show(); cout <<"***************"<<endl; / //找到存在点的序号 int exitnumber = getPointIndex(point); E[inindex][exitnumber] = 1; // buildAllNCSG(point, ncsgindex); //递归求解 } } } void NCSG::forwardTopSort() { int levelnum = -1; //初始化矩阵 vector<int> dominatindex; //将dominant序列放入 k_level_forward = new int[number_dominant]; for (int i = 0; i < number_dominant; i++) { dominatindex.push_back(i); } int *tempE; tempE = new int[number_dominant]; topsort = new int[number_dominant]; for (int i = 0; i < number_dominant; i++) { topsort[i] = new int[number_dominant]; tempE[i] = new int[number_dominant]; } for (int i = 0; i < number_dominant; i++) { for (int j = 0; j < number_dominant; j++) { tempE[i][j] = E[i][j]; topsort[i][j] = E[i][j]; } } //不断删除入度为0的点 //计算入度放入indegeree while (dominatindex.size() > 0) { vector<int> k_level; //存放index; //计算入度 int flag = 0; //退出时删除点 for (int i = 0; i < dominatindex.size(); i++) { int count = dominatindex[i]; int sum = 0; //计算入度 for (int j = 0; j < number_dominant; j++) { sum = sum + tempE[j][count]; } //入度为0则存入级别 if (sum == 0) { k_level_forward[count] = levelnum + 1; k_level.push_back(count); } } k_dominants.push_back(k_level); levelnum++; //删除入度为0点 for (int i = 0; i < k_level.size(); i++) { int count = k_level[i]; vector <int>::iterator Iter; Iter = dominatindex.begin(); while (Iter != dominatindex.end()) { if (count == Iter) { dominatindex.erase(Iter); Iter = dominatindex.begin(); //如果删除点与前向点有关系则需构建图 vector<int> record; for (int i = 0; i < number_dominant; i++) { if (E[i][count] == 1) record.push_back(i); } for (int i = 0; i < record.size(); i++) { for (int j = i + 1; j < record.size(); j++) { int number1 = record[i]; int number2 = record[j]; if (E[number1][number2] == 1) { topsort[number1][count] = 0; } if (E[number2][number1] == 1) { topsort[number2][count] = 0; } } } break; } else ++Iter; } //更改矩阵删除边 for (int j = 0; j < number_dominant; j++) { tempE[count][j] = 0; } } } MAX_LEVEL = levelnum; //跨级别边删除 for (int i = 0; i < number_dominant; i++) { for (int j = 0; j < number_dominant; j++) { if ((topsort[i][j] == 1) && (j != number_dominant - 1) && ((k_level_forward[j] - k_level_forward[i])>1)) topsort[i][j] = 0; } } int number = 0; for (int i = 0; i < number_dominant; i++) { number = 0; for (int j = 0; j < number_dominant; j++) { if (topsort[i][j] == 1) break; else number++; } if (number == number_dominant) for (int j = 0; j < number_dominant; j++) { topsort[i][j] = E[i][j]; } } for (int i = 0; i < number_dominant; i++) { delete[] tempE[i]; } delete[] tempE; } void NCSG::backTopSort() { backsort = new int[number_dominant]; for (int i = 0; i < number_dominant; i++) { backsort[i] = new int[number_dominant]; } //拓扑矩阵赋值 for (int i = 0; i < number_dominant; i++) { for (int j = 0; j < number_dominant; j++) { backsort[i][j] = topsort[i][j]; } } //拓扑矩阵反向求路径 for (int i = 0; i < number_dominant; i++) { for (int j = 0; j < i; j++) { int temp = backsort[i][j]; backsort[i][j] = backsort[j][i]; backsort[j][i] = temp; } } //后向拓扑排序 int levelnum = -1; k_level_backward = new int[number_dominant]; //初始化矩阵 vector<int> dominatindex; //将dominant序列放入 for (int i = 0; i < number_dominant; i++) { dominatindex.push_back(i); } int tempE; tempE = new int[number_dominant]; for (int i = 0; i < number_dominant; i++) { tempE[i] = new int[number_dominant]; } for (int i = 0; i < number_dominant; i++) { for (int j = 0; j < number_dominant; j++) { tempE[i][j] = backsort[i][j]; } } //不断删除入度为0的点 //计算入度放入indegeree while (dominatindex.size() > 0) { vector<int> k_level; //存放index; //计算入度 int flag = 0; //退出时删除点 for (int i = 0; i < dominatindex.size(); i++) { int count = dominatindex[i]; int sum = 0; //计算入度 for (int j = 0; j < number_dominant; j++) { sum = sum + tempE[j][count]; } //入度为0则存入级别 if (sum == 0) { k_level.push_back(count); k_level_backward[count] = levelnum + 1; } } k_dominants_back.push_back(k_level); levelnum++; //删除入度为0点 for (int i = 0; i < k_level.size(); i++) { int count = k_level[i]; vector <int>::iterator Iter; Iter = dominatindex.begin(); while (Iter != dominatindex.end()) { if (count == Iter) { dominatindex.erase(Iter); Iter = dominatindex.begin(); //如果删除点与前向点有关系则需构建图 vector<int> record; for (int i = 0; i < number_dominant; i++) { if (E[i][count] == 1) record.push_back(i); } for (int i = 0; i < record.size(); i++) { for (int j = i + 1; j < record.size(); j++) { int number1 = record[i]; int number2 = record[j]; if (E[number1][number2] == 1) { topsort[number1][count] = 0; } if (E[number2][number1] == 1) { topsort[number2][count] = 0; } } } break; } else ++Iter; } //更改矩阵删除边 for (int j = 0; j < number_dominant; j++) { tempE[count][j] = 0; } } } //判断前向后巷相加不为最大层级删除 for (int i = 0; i < number_dominant; i++) { if ((k_level_backward[i] + k_level_forward[i]) != MAX_LEVEL) { delete_point_back.push_back(i); } } //构造后巷图 for (int i = 0; i < delete_point_back.size(); i++) { for (int j = 0; j < number_dominant; j++) { backsort[j][delete_point_back[i]] = 0; backsort[delete_point_back[i]][j] = 0; } } for (int i = 0; i < number_dominant; i++) { delete[] tempE[i]; } delete[] tempE; } void NCSG::getPath() { //拓扑矩阵反向求路径 for (int i = 0; i < number_dominant; i++) { for (int j = 0; j < i; j++) { int temp = backsort[i][j]; backsort[i][j] = backsort[j][i]; backsort[j][i] = temp; } } state_isstack = new int[number_dominant]; for (int i = 0; i < number_dominant; i++) { state_isstack[i] = 0; } // state_isstack[0] = 1; // stack.push_back(0); // searchPath(0); search(); } void NCSG::setString(string T,int number) { this->T = new string[number]; for (int i = 0; i < number; i++) { this->T[i] = T[i]; } } void NCSG::search() { int *tempE; tempE = new int[number_dominant]; for (int i = 0; i < number_dominant; i++) { tempE[i] = new int[number_dominant]; } for (int i = 0; i < number_dominant; i++) { for (int j = 0; j < number_dominant; j++) { tempE[i][j] = 0; } } stack.push_back(0); state_isstack[0] = 1; while(!stack.empty()) { int elem = stack[stack.size()-1];//获得栈顶元素 if (elem == number_dominant - 1)//找到了一条路径 { // path = Traverse(mystack); // if (stack.size() == MAX_LEVEL + 1) // { for (int i = 0; i < stack.size(); i++) { singlePath.push_back(stack[i]); if (stack[i] == 0) cout << 0 << "->"; else if (stack[i] == number_dominant - 1) cout << "终点" << "->"; else { int show_number = (V[stack[i]].getPoint())[0]; char show = T[0][show_number - 1]; cout << show << "(" << stack[i] << ")" << "->"; } } cout << endl; allPath.push_back(singlePath); // } state_isstack[elem] = 0; for (int i = 0; i < number_dominant; i++) { if ((backsort[elem][i] == 1) && (state_isstack[i] == 0)) { tempE[elem][i] = 0; } if ((backsort[i][elem] == 1) && (state_isstack[i] == 0)) { tempE[i][elem] = 0; } } // UpdateArcStatus();//更新ArcStatus[][]，使得所有两个端点都不在栈内的边的状态为0 stack.pop_back();//移除栈顶元素 } else { int i = 0; for (; i < number_dominant; i++) { if( (state_isstack[i] == 0) && (tempE[elem][i] == 0 )&& (backsort[elem][i]==1)) { state_isstack[i] = 1; tempE[elem][i] = 1; stack.push_back(i);//入栈 break; } } if (i == number_dominant)//该节点没有符合要求的后续节点 { state_isstack[elem] = 0; for (int i = 0; i < number_dominant; i++) { if ((backsort[elem][i] == 1) && (state_isstack[i] == 0)) { tempE[elem][i] = 0; } if ((backsort[i][elem] == 1) && (state_isstack[i] == 0)) { tempE[i][elem] = 0; } } // UpdateArcStaus();////更新ArcStatus[][]，使得所有两个端点都不在栈内的边的状为0 stack.pop_back();//出栈 } } } for (int i = 0; i < number_dominant; i++) { delete[] tempE[i]; } delete[] tempE; } void NCSG::searchPath(int precursor) { if (stack.size() == 0) return; if (precursor == number_dominant - 1) { if (stack[0] == 0) { for (int i = 0; i < stack.size(); i++) { if (stack[i] ==0) cout << 0 << "->"; else if (stack[i]==number_dominant -1 ) cout << "终点" << "->"; else { int show_number = (V[stack[i]].getPoint())[0]; char show = T[0][show_number - 1]; cout << show << "->"; } } cout << endl; } state_isstack[stack[stack.size()-1]] = 0; int top_first = stack[stack.size() - 1]; stack.pop_back(); while (stack.size()>0) { int top = stack[stack.size()-1]; int flag = 0; for (int i = 0; i < number_dominant; i++) { if ((backsort[top][i] == 1) && (i != top_first) && (state_isstack[i] == 0)) { stack.push_back(i); state_isstack[i] = 1; searchPath(i); break; } flag++; } if (flag == number_dominant) { top_first = stack[stack.size() - 1]; if (stack.size() > 1) { int top_second = stack[stack.size() - 2]; int i; for (i = 0; i < number_dominant; i++) { if ((backsort[top_second][i] == 1) && (state_isstack[i] == 0) && (i != top_first)) { state_isstack[top_first] = 1; break; } } if (i == number_dominant) state_isstack[top] = 0; } stack.pop_back(); } } return; } for (int i = 0; i < number_dominant; i++) { if ((backsort[precursor][i] == 1) && (state_isstack[i])==0) { state_isstack[i] = 1; stack.push_back(i); searchPath(i); } } } void NCSG::getAllPath(int precursor) { vector<int> path; int *tempBcak;//用以标记走过的路径 tempBcak = new int[number_dominant]; for (int i = 0; i < number_dominant; i++) { tempBcak[i] = new int[number_dominant]; } for (int i = 0; i < number_dominant; i++) { for (int j = 0; j < number_dominant; j++) { tempBcak[i][j] = 0; } } //拓扑矩阵反向求路径 for (int i = 0; i < number_dominant; i++) { for (int j = 0; j < i; j++) { int temp = backsort[i][j]; backsort[i][j] = backsort[j][i]; backsort[j][i] = temp; } } int outdegree; //计算出度表 outdegree = new int[number_dominant]; for (int i = 0; i < number_dominant; i++) { int sum = 0; for (int j = 0; j < number_dominant; j++) { sum = sum + backsort[i][j]; outdegree[i] = sum; } } int flag = 0; for (int j = 0; j < number_dominant; j++) { if ((backsort[precursor][j] == 1) && (tempBcak[precursor][j])==0) { path.push_back(j); if (outdegree[precursor]>1) { tempBcak[precursor][j] == 1; } outdegree[precursor] = outdegree[precursor] - 1; getAllPath(j); } else flag++; } if (flag == number_dominant) { for (int i = 0; i < path.size(); i++) { cout << path[i] << "->"; } cout << endl; while (path.size()>0) { } return; } } int NCSG::getPointIndex(int point) { int size = V.size(); int flag = 0; for (int i = 0; i < size; i++) { flag = 0; for (int j = 0; j < dimension; j++) { if ((V[i].getPoint())[j] == point[j]) flag++; } if (flag == dimension) { /* cout << V[i].getIndex()<<":"<<endl; for (int f = 0; f < dimension; f++) { cout << (V[i].getPoint())[f] << " "; } cout << endl; cout << "传入点:" << endl; for (int f = 0; f < dimension; f++) { cout << point[f] << " "; } cout << endl; / return V[i].getIndex(); } } return INT_MAX; } bool NCSG::isSuccessor(int point) { int flag = 0; for (int i = 0; i < dimension; i++) { if (point[i] == NOSUCCESSOR) return false; } return true; } //判断是否有后继点 bool NCSG::haveSuccessor(int point) { // vector<int> successor; int flag = 0; bool remember;//是否是后继点是存储不是 for (int i = 0; i < number_character; i++) { remember = true; int temp_point; // cout << "i:" << i << endl; for (int j = 0; j < dimension; j++) { temp_point = new int[dimension]; int number = point[j]; temp_point[j] = st[j][i][number]; if (temp_point[j] == NOSUCCESSOR) { remember = false; flag++; break; } // cout << temp_point[j] << " "; } cout << endl; // if (remember) // successor.push_back(temp_point); } if (flag == number_character) return false; else return true; } bool NCSG::isInDM(int point) { DM temp_dm; int flag = 0; for (int i = 0; i < V.size(); i++) { flag = 0; temp_dm = V[i]; for (int j = 0; j < dimension; j++) { if (point[j] == (temp_dm.getPoint())[j]) flag++; } if (flag == dimension) return true; } return false; } void NCSG::show() { cout << "******************分层结果************" << endl; int number = k_dominants.size(); for (int i = 0; i < number; i++) { cout << i << "-th" << endl; int queuenumber = k_dominants[i].size(); for (int j = 0; j < queuenumber; j++) { cout << k_dominants[i][j]<< " "; cout << endl; } } cout << "****************DM索引表结果************" << endl; cout << "DM" << endl; for (int i = 0; i < V.size(); i++) { cout << V[i].getIndex()<<","; for (int j = 0; j < dimension; j++) { cout << (V[i].getPoint())[j] << " "; } cout << endl; } cout << "****************NCSG图************" << endl; cout << "NCSG" << endl; int size = V.size() + 1; //加入汇点（无穷点） //初始化E矩阵 cout << 0 << ":"; for (int j = 0; j < size; j++) { if (j>10) cout << j<<" "; else cout << j << " "; } cout << endl; int sum = 0; for (int i = 0; i < size; i++) { cout << i << ":"; for (int j = 0; j < size; j++) { sum = sum + E[i][j]; cout <<E[i][j] <<" "; } cout << endl; } cout << "边的总数为" << sum<<endl; sum = 0; cout << "****************前向拓扑排序结果及图************" << endl; cout << "forwordsortNCSG" << endl; //初始化E矩阵 cout << 0 << ":"; for (int j = 0; j < size; j++) { if (j>10) cout << j << " "; else cout << j << " "; } cout << endl; for (int i = 0; i < size; i++) { cout << i << ":"; for (int j = 0; j < size; j++) { sum = sum + topsort[i][j]; cout << topsort[i][j] << " "; } cout << endl; } cout << "边的总数为" << sum << endl; sum = 0; cout << "****************后向拓扑排序结果及图************" << endl; cout << "backsortNCSG" << endl; //初始化E矩阵 cout << 0 << ":"; int flag = 0; for (int j = 0; j < size; j++) { flag = 0; for (int i = 0; i < delete_point_back.size(); i++) { if (delete_point_back[i] == j) flag = 1; } if (flag == 1) continue; if (j>10) cout << j << " "; else cout << j << " "; } cout << endl; for (int i = 0; i < size; i++) { flag = 0; for (int k = 0; k < delete_point_back.size(); k++) { if (delete_point_back[k] == i) flag = 1; } if (flag == 1) continue; cout << i << ":"; for (int j = 0; j < size; j++) { flag = 0; for (int k = 0; k < delete_point_back.size(); k++) { if (delete_point_back[k] == j) flag = 1; } if (flag == 1) continue; sum = sum + backsort[i][j]; cout << backsort[i][j] << " "; } cout << endl; } cout << "边的总数为" << sum << endl; cout << "****************前向拓扑排序每点的级别************" << endl; cout << "前向级别" << endl; for (int i = 0; i < number_dominant; i++) { cout << k_level_forward[i]<<" "; } cout << endl; cout << "****************后向拓扑排序每点级别************" << endl; cout << "后向级别" << endl; for (int i = 0; i < number_dominant; i++) { cout << k_level_backward[i] << " "; } cout << endl; cout << "****************后向拓扑排序删除的点************" << endl; cout << "后序删除的点" << endl; for (int i = 0; i < delete_point_back.size(); i++) { cout << delete_point_back[i] << " "; } } NCSG::~NCSG() { if (T!=nullptr) { delete[]T; } if (k_level_forward != nullptr) { delete[]T; } if (k_level_backward != nullptr) { delete[]T; } if (state_isstack != nullptr) { delete[]state_isstack; } if (topsort != nullptr) { for (int i = 0; i < number_dominant; i++) { delete[] topsort[i]; } delete[] topsort; } if (E != nullptr) { for (int i = 0; i < number_dominant; i++) { delete[] E[i]; } delete[] E; } if (backsort != nullptr) { for (int i = 0; i < number_dominant; i++) { delete[] backsort[i]; } delete[] backsort; } //消除内存vector中new的空间 for (int i = 0; i < st.size(); i++) { int temp = st[i]; int number = T[i].size(); for (int j = 0; j<number_character; j++) { delete[number]temp[j]; temp[j] = NULL; } delete[number_character]temp; temp = NULL; } st.clear(); }	[ "wang2695685@163.com" ]	wang2695685@163.com
34fbcc3282b399cb82755d911b0f646498c544ad	aa0c1578db1ded2c310747bd95953bd8334542bd	/project/src/ARM_project.cpp	b3bb7622be3449a9cf5bd8d2d6f6bc6856d0465f	[]	no_license	LPoeppel/Helsinki_ARM_MCUXpresso	1bc31d77f463648e239b1e1f8dfab541ab20ad60	36e494eadd52f901749f1ae1dc6229ec8b17c4fa	refs/heads/master	2023-05-31T12:01:41.507056	2021-07-12T16:29:12	2021-07-12T16:29:12	204,646,859	0	0	null	null	null	null	UTF-8	C++	false	false	2,723	cpp	/* =============================================================================== Name : main.c Author : Version : project Copyright : $(copyright) Description : main definition =============================================================================== / #if defined (__USE_LPCOPEN) #if defined(NO_BOARD_LIB) #include "chip.h" #else #include "board.h" #endif #endif #include <cr_section_macros.h> // TODO: insert other include files here #include "FreeRTOS.h" #include "task.h" #include "semphr.h" #include "ITM_write.h" #include "user_vcom.h" // TODO: insert other definitions and declarations here #include "config.h" #include "functions.h" // // Private functions // QueueHandle_t xQueueCommands = NULL; TaskHandle_t xTaskMain = NULL; TaskHandle_t xTaskRead = NULL; //Tasks static void vMainTask(void pvParameters){ vTaskDelay(100); ITM_write("online MainTask\r\n"); unsigned char ok[] = "OK\n"; while(1){ ulTaskNotifyTake(pdTRUE, portMAX_DELAY); command_struct type = parse(xQueueCommands); if(type.type != Z0){ run(type); ITM_write("OK\r\n"); //xSemaphoreGive(mutex); // xTaskNotifyGive(xTaskRead); USB_send(ok, 3); }else{ ITM_write("FAIL\n\r"); vTaskSuspend(NULL); } }//while(1) } static void vReadTask( void pvParameters ){ vTaskDelay(100); ITM_write("online ReadTask\r\n"); char buffer[64]; while(1){ // ulTaskNotifyTake(pdTRUE, portMAX_DELAY); USB_receive((uint8_t )buffer, 64); if(!isNotEmpty(buffer)){ vTaskDelay(10); }else{ xQueueSendToBack(xQueueCommands, buffer, 10); xTaskNotifyGive(xTaskMain); } }//while(1) } // the following is required if runtime statistics are to be collected extern "C" { void vConfigureTimerForRunTimeStats( void ) { Chip_SCT_Init(LPC_SCTSMALL1); LPC_SCTSMALL1->CONFIG = SCT_CONFIG_32BIT_COUNTER; LPC_SCTSMALL1->CTRL_U = SCT_CTRL_PRE_L(255) \| SCT_CTRL_CLRCTR_L; // set prescaler to 256 (255 + 1), and start timer } } // // @brief project, plotter // @return Nothing, function should not exit // int main(void) { prvSetupHardware(); xQueueCommands = xQueueCreate(5, sizeof(char)64); xTaskCreate(vReadTask, "vTaskRead", configMINIMAL_STACK_SIZE + 512, NULL, (tskIDLE_PRIORITY + 1UL), &xTaskRead); xTaskCreate(vMainTask, "vTaskMain", configMINIMAL_STACK_SIZE + 1024, NULL, (tskIDLE_PRIORITY + 1UL), &xTaskMain); xTaskCreate(cdc_task, "CDC", configMINIMAL_STACK_SIZE, NULL, (tskIDLE_PRIORITY + 1UL), (TaskHandle_t ) NULL); // Start the scheduler vTaskStartScheduler(); // Should never arrive here return 1; }	[ "noreply@github.com" ]	LPoeppel.noreply@github.com
af3af35f7b15bcdc231d8db595e45d2bb1ae7eb1	124f415dea0a7d4ec2e8ae1ce11194b89ddd9e77	/Projects/Project5/main.cpp	e5a03f54b64389bdab713740bcdd6081d7a678e4	[]	no_license	GauteHolen/Fys3150_MyCode	9fc076b27e2e13741d6e3e46d224ce96aee969a2	a83c16d5739ea2e32f21afd20a3cd4a50661438d	refs/heads/master	2023-02-01T14:26:26.434510	2020-12-17T22:54:09	2020-12-17T22:54:09	289,979,434	0	0	null	null	null	null	UTF-8	C++	false	false	3,825	cpp	#include "./cpp_codes/RK_solver.hpp" #include "./cpp_codes/MC_solver.hpp" #include <omp.h> int main(int argc, char const argv[]){ /==================== Input parameters ======================/ string mode = argv[1]; string filename = argv[2]; double a = atof(argv[3]); double b = atof(argv[4]); double c = atof(argv[5]); int S_0 = atoi(argv[6]); int I_0 = atoi(argv[7]); int R_0 = atoi(argv[8]); double t_0 = atof(argv[9]); double t_n = atof(argv[10]); double n_steps = atof(argv[11]); double N = S_0 + R_0 + I_0; double d = atof(argv[12]); double dI = atof(argv[13]); double e = atof(argv[14]); double f = atof(argv[15]); double w = atof(argv[16]); double A = atof(argv[17]); double f_BULK = atof(argv[18]); double bulk_stock = atoi(argv[19]); /------------------------------------------------------------ /==================== Runge-Kutta solver ======================/ cout<<"Starting Runge-Kutta solver..."<<endl; RK_solver solver; solver.init_constants(a,b,c,d,dI,e,f,w,A); solver.init_population(N,S_0,I_0,R_0); if(d+dI+e+f+A==0){ //Simple case with only a,b and c cout<<"Runge-Kutta solver with no optional parameters"<<endl; solver.expected_values(); solver.solve(t_0,t_n,n_steps, &RK_solver::susceptible, &RK_solver::infected, &RK_solver::recovering); } else if(d+dI+e>0 && f+A == 0){ //Only vital parameters cout<<"Runge-Kutta solver with only option: vital"<<endl; solver.solve(t_0,t_n,n_steps, &RK_solver::vitalS, &RK_solver::vitalI, &RK_solver::vitalR); } else if(f>0 && d+dI+e+A == 0){ cout<<"Runge-Kutta solver with only opetion: vaccination"<<endl; solver.solve(t_0,t_n,n_steps, &RK_solver::vaccineS, &RK_solver::vaccineI, &RK_solver::vaccineR); } else if(A>0 && d+dI+e+f == 0){ cout<<"Runge-Kutta solver with only seasonal variations"<<endl; solver.solve(t_0,t_n,n_steps, &RK_solver::seasonalS, &RK_solver::seasonalI, &RK_solver::seasonalR); } else{ //Cover all parameters cout<<"Runge-Kutta solver more than one optional parameter group"<<endl; solver.solve(t_0,t_n,n_steps, &RK_solver::allS, &RK_solver::allI, &RK_solver::allR); } solver.print_runtime(); solver.write_to_file(filename); cout<<"Runge-Kutta solver DONE"<<endl; /------------------------------------------------------------ /==================== Monte Carlo solver ======================/ cout<<"Starting Monte-Carlo solver..."<<endl; if(mode=="multiple"){ int n_runs = atoi(argv[20]); MC_solver mc_multiple; cout<<"Multiple run mode"<<endl; double start_time = mc_multiple.init_multiple_runs(filename); { #pragma omp parallel for for (int i = 0; i < n_runs; i++) { MC_solver mc_solver = new MC_solver; mc_solver->init_constants(a,b,c,d,dI,e,f,w,A); mc_solver->init_population(N,S_0,I_0,R_0); mc_solver->run(t_0,t_n,mode,i+1); mc_solver->write_multiple_runs(filename); delete mc_solver; } } mc_multiple.multiple_run_time(filename,start_time); } else { MC_solver mc_solver; mc_solver.init_constants(a,b,c,d,dI,e,f,w,A); mc_solver.init_population(N,S_0,I_0,R_0); if(mode=="BULK"){ mc_solver.init_bulkvacc(f_BULK, bulk_stock); } mc_solver.run(t_0,t_n,mode,1); mc_solver.write_to_file(filename); mc_solver.print_runtime(); } cout<<"Monte-Carlo solver DONE"<<endl; }	[ "gaute.ah@gmail.com" ]	gaute.ah@gmail.com
15abb55b0ea3a9f5093c8099348f2bd8ebcbd3ae	4d906ccba5092b22d252c779b5474f15c0418024	/coordinateStack.cpp	3a103fd67d0c1bf2076743648c0b39f4936b7913	[]	no_license	EgeBerkYurtkoruyan/coordinateStack	52660735fd6594766318aef97fe23f8dcd7389f8	bb7db0fd76a22bce6e53b8b323d7e9922c44f630	refs/heads/main	2023-03-10T03:03:34.682400	2021-02-21T14:50:19	2021-02-21T14:50:19	340,925,624	0	0	null	null	null	null	UTF-8	C++	false	false	1,398	cpp	// // coordinateStack.cpp // // Created by Ege Berk Yurtkoruyan on 22.03.2020. // Copyright © 2020 Ege Berk Yurtkoruyan. All rights reserved. // #include "coordinateStack.hpp" // THE PART BELOW IS THE CONSTRUCTOR FOR STACK CLASS. stack_coords::stack_coords(){ top = NULL; } // THE PART BELOW IS THE PUSH FUNCTION. THIS FUNCTION ADDS THE REFERANCE VALUE ON TOP OF THE STACK. void stack_coords::push(int x , int y){ node_stack* ptr; ptr = new node_stack(x, y); if(isEmpty()) top = ptr; else{ ptr->next = top; top = ptr; } } // THE PART BELOW IS POP FUNCTION. THIS FUNCTION DELETES THE TOP ELEMENT OF THE STACK WHILE CHANGING THE REFERANCE VALUES TO THE DELETED ELEMENT'S VALUES. void stack_coords::pop(int & x, int & y){ if(isEmpty()){ std::cout << "Stack is empty" << std::endl; }else{ node_stack* temp = top; x = temp->x; y = temp->y; top = top->next; delete temp; } } // THE PART BELOW IS THE .isEmpty() FUNCTION. THIS FUNCTION RETURNS TRUE IF THE STACK IS EMPTY AND RETURNS FALSE OTHERWISE. bool stack_coords::isEmpty(){ if(top == NULL) return true; else return false; } stack_coords::~stack_coords(){ int a, b; while(top != NULL){ pop(a, b); } delete top; }	[ "noreply@github.com" ]	EgeBerkYurtkoruyan.noreply@github.com
cb17c0dae1dafcefdd38e4e05f41b8803b566568	84a557805488ebd5fedcef318d4af5f308d4bb70	/engine/InputSystem.hpp	6a06cdaae601ac2979388381d767aded5f5cf544	[ "CC-BY-4.0" ]	permissive	GenBrg/MagicCastlevania	42e3e49b25d60e240bce335d755650f2fee1f6c1	76ed248d4f0362ea92d29a159a2027d5b16c8a7b	refs/heads/main	2023-01-30T07:44:33.987324	2020-12-12T03:41:39	2020-12-12T03:41:39	307,784,734	3	0	null	null	null	null	UTF-8	C++	false	false	781	hpp	#pragma once #include "Singleton.hpp" #include <SDL.h> #include <unordered_map> #include <string> #include <functional> class InputSystem; /** * Input system that maps each key code to action. * @author Jiasheng Zhou */ class InputSystem : public Singleton<InputSystem> { public: struct KeyState { uint8_t downs = 0; uint8_t pressed = 0; bool released = false; void Clear(); }; void Register(SDL_Keycode keycode, const std::function<void(KeyState&, float)>& action); void Unregister(SDL_Keycode keycode); bool OnKeyEvent(const SDL_Event& evt); void Update(float elapsed); void ClearKeyStates(); private: std::unordered_map<SDL_Keycode, std::function<void(KeyState&, float)>> input_action_map_; std::unordered_map<SDL_Keycode, KeyState> key_states_; };	[ "2322168080@qq.com" ]	2322168080@qq.com
7699d23982f8f7b322f6bd421ac92d4727d6c1fa	1c9d04a9352e6d86480f9e0947f930db042d8e80	/src/plugins/ros2/navigator_thread.h	1ff59cd62233a641e45af6a9f22e51340a1ee896	[]	no_license	fawkesrobotics/fawkes	2c9de0cdb1dfcc951806434fe08458de5a670c8a	ad8adc34f9c73ace1e6a6517624f7c7089f62832	refs/heads/master	2023-08-31T01:36:15.690865	2023-07-04T17:05:55	2023-07-04T17:05:55	1,030,824	62	26	null	2023-07-04T17:05:57	2010-10-28T04:22:55	C++	UTF-8	C++	false	false	4,410	h	/*************************************************************************** * navigator_thread.h - Robotino ROS2 Navigator Thread * * Created: Sat June 09 15:13:27 2012 * Copyright 2012 Sebastian Reuter ***************************************************************************/ / This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU Library General Public License for more details. * * Read the full text in the LICENSE.GPL file in the doc directory. / #ifndef _ROS2_NAVIGATOR_THREAD_H_ #define _ROS2_NAVIGATOR_THREAD_H_ #include <aspect/blackboard.h> #include <aspect/blocked_timing.h> #include <aspect/clock.h> #include <aspect/configurable.h> #include <aspect/logging.h> #include <aspect/tf.h> #include <core/threading/thread.h> #include <interfaces/NavigatorInterface.h> #include <interfaces/Position3DInterface.h> #include <plugins/ros2/aspect/ros2.h> #include <geometry_msgs/msg/pose_stamped.hpp> #include <nav2_msgs/action/navigate_to_pose.hpp> #include <rclcpp/rclcpp.hpp> #include <rclcpp_action/rclcpp_action.hpp> //#include <tf2/types.h> #include <tf/types.h> #include <utils/math/angle.h> #include <math.h> #include <unistd.h> namespace fawkes { class NavigatorInterface; } class ROS2NavigatorThread : public fawkes::Thread, public fawkes::ClockAspect, // public fawkes::BlockedTimingAspect, public fawkes::LoggingAspect, public fawkes::BlackBoardAspect, public fawkes::ConfigurableAspect, public fawkes::ROS2Aspect, public fawkes::TransformAspect { public: ROS2NavigatorThread(std::string &cfg_prefix); virtual void init(); virtual void finalize(); virtual void loop(); /* Stub to see name in backtrace for easier debugging. @see Thread::run() / protected: virtual void run() { Thread::run(); } private: void send_goal(); void stop_goals(); void load_config(); // bool set_dynreconf_value(const std::string &path, const float value); private: using NavigateToPose = nav2_msgs::action::NavigateToPose; using GoalHandleNav2 = rclcpp_action::ClientGoalHandle<NavigateToPose>; typedef rclcpp_action::Client<NavigateToPose>::SharedPtr Nav2Client; // rclcpp_action::Client<NavigateToPose>::SharedPtr client_ptr_; void transform_to_fixed_frame(); fawkes::NavigatorInterface nav_if_; fawkes::Position3DInterface pose_if_; Nav2Client ac_; NavigateToPose::Goal goal_; std::shared_future<GoalHandleNav2::SharedPtr> future_goal_handle_; bool connected_history_; rclcpp::Clock ros_clock_; rclcpp_action::ClientGoalHandle<NavigateToPose>::WrappedResult result_; fawkes::Time ac_init_checktime_; std::string cfg_prefix_; // // ROS2 dynamic reconfigure parts // dynamic_reconfigure::ReconfigureRequest dynreconf_srv_req; // dynamic_reconfigure::ReconfigureResponse dynreconf_srv_resp; // dynamic_reconfigure::DoubleParameter dynreconf_double_param; // dynamic_reconfigure::Config dynreconf_conf; // std::string cfg_dynreconf_path_; // std::string cfg_dynreconf_trans_vel_name_; // std::string cfg_dynreconf_rot_vel_name_; std::string cfg_fixed_frame_; float cfg_ori_tolerance_; float cfg_trans_tolerance_; rclcpp::Parameter param_max_vel; rclcpp::Parameter param_max_rot; geometry_msgs::msg::PoseStamped base_position; float goal_position_x; float goal_position_y; float goal_position_yaw; float goal_tolerance_trans; float goal_tolerance_yaw; }; #endif /* ROS2_NAVIGATOR_THREAD_H__ */	[ "viehmann@kbsg.rwth-aachen.de" ]	viehmann@kbsg.rwth-aachen.de
d3d633c2758301140ad80d4d9c34083725dad951	367fba5df552aef1ee9aa6add6bb512b781bc6d4	/3rdParty/nodejs/8.0.0/source/src/node_win32_etw_provider-inl.h	9e3f088ff485db5650d1d7977c75191e2f7ce19a	[ "ICU", "NTP", "ISC", "LicenseRef-scancode-openssl", "Artistic-2.0", "LicenseRef-scancode-public-domain", "BSD-2-Clause", "NAIST-2003", "BSD-3-Clause", "Zlib", "LicenseRef-scancode-unknown-license-reference", "MIT", "LicenseRef-scancode-unicode", "LicenseRef-scancode-free-unknown" ]	permissive	hamoriakos/ApertusVR	2d3e5736b26404198b222d24388bb3c1c162ee69	14303ab54963e52409ed376cdafae5c43004074b	refs/heads/master	2021-09-16T00:13:48.980732	2017-06-28T18:23:14	2017-06-28T18:23:14	105,749,913	0	1	MIT	2018-06-13T13:54:38	2017-10-04T09:11:13	C++	UTF-8	C++	false	false	12,094	h	// Copyright Joyent, Inc. and other Node contributors. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the // "Software"), to deal in the Software without restriction, including // without limitation the rights to use, copy, modify, merge, publish, // distribute, sublicense, and/or sell copies of the Software, and to permit // persons to whom the Software is furnished to do so, subject to the // following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN // NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, // DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR // OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE // USE OR OTHER DEALINGS IN THE SOFTWARE. #ifndef SRC_NODE_WIN32_ETW_PROVIDER_INL_H_ #define SRC_NODE_WIN32_ETW_PROVIDER_INL_H_ #if defined(NODE_WANT_INTERNALS) && NODE_WANT_INTERNALS #include "node_win32_etw_provider.h" #include "node_etw_provider.h" #if defined(_WIN64) # define ETW_WRITE_INTPTR_DATA ETW_WRITE_INT64_DATA #else # define ETW_WRITE_INTPTR_DATA ETW_WRITE_INT32_DATA #endif namespace node { // From node_win32_etw_provider.cc extern REGHANDLE node_provider; extern EventWriteFunc event_write; extern int events_enabled; #define ETW_WRITE_STRING_DATA(data_descriptor, data) \ EventDataDescCreate(data_descriptor, \ data, \ (strlen(data) + 1) * sizeof(data)); #define ETW_WRITE_INT32_DATA(data_descriptor, data) \ EventDataDescCreate(data_descriptor, data, sizeof(int32_t)); #define ETW_WRITE_INT64_DATA(data_descriptor, data) \ EventDataDescCreate(data_descriptor, data, sizeof(int64_t)); #define ETW_WRITE_ADDRESS_DATA(data_descriptor, data) \ EventDataDescCreate(data_descriptor, data, sizeof(intptr_t)); #define ETW_WRITE_INT16_DATA(data_descriptor, data) \ EventDataDescCreate(data_descriptor, data, sizeof(int16_t)); #define ETW_WRITE_WSTRING_DATA_LENGTH(data_descriptor, data, data_len_bytes) \ EventDataDescCreate(data_descriptor, \ data, \ data_len_bytes); #define ETW_WRITE_NET_CONNECTION(descriptors, conn) \ ETW_WRITE_INT32_DATA(descriptors, &conn->fd); \ ETW_WRITE_INT32_DATA(descriptors + 1, &conn->port); \ ETW_WRITE_STRING_DATA(descriptors + 2, conn->remote); \ ETW_WRITE_INT32_DATA(descriptors + 3, &conn->buffered); #define ETW_WRITE_HTTP_SERVER_REQUEST(descriptors, req) \ ETW_WRITE_STRING_DATA(descriptors, req->url); \ ETW_WRITE_STRING_DATA(descriptors + 1, req->method); \ ETW_WRITE_STRING_DATA(descriptors + 2, req->forwardedFor); #define ETW_WRITE_HTTP_CLIENT_REQUEST(descriptors, req) \ ETW_WRITE_STRING_DATA(descriptors, req->url); \ ETW_WRITE_STRING_DATA(descriptors + 1, req->method); #define ETW_WRITE_GC(descriptors, type, flags) \ ETW_WRITE_INT32_DATA(descriptors, &type); \ ETW_WRITE_INT32_DATA(descriptors + 1, &flags); #define ETW_WRITE_V8ADDRESSCHANGE(descriptors, addr1, addr2) \ ETW_WRITE_ADDRESS_DATA(descriptors, &addr1); \ ETW_WRITE_ADDRESS_DATA(descriptors + 1, &addr2); #define ETW_WRITE_JSMETHOD_LOADUNLOAD(descriptors, \ context, \ startAddr, \ size, \ id, \ flags, \ rangeId, \ sourceId, \ line, \ col, \ name, \ name_len_bytes) \ ETW_WRITE_ADDRESS_DATA(descriptors, &context); \ ETW_WRITE_ADDRESS_DATA(descriptors + 1, &startAddr); \ ETW_WRITE_INT64_DATA(descriptors + 2, &size); \ ETW_WRITE_INTPTR_DATA(descriptors + 3, &id); \ ETW_WRITE_INT16_DATA(descriptors + 4, &flags); \ ETW_WRITE_INT16_DATA(descriptors + 5, &rangeId); \ ETW_WRITE_INT64_DATA(descriptors + 6, &sourceId); \ ETW_WRITE_INT32_DATA(descriptors + 7, &line); \ ETW_WRITE_INT32_DATA(descriptors + 8, &col); \ ETW_WRITE_WSTRING_DATA_LENGTH(descriptors + 9, name, name_len_bytes); #define ETW_WRITE_EVENT(eventDescriptor, dataDescriptors) \ DWORD status = event_write(node_provider, \ &eventDescriptor, \ sizeof(dataDescriptors) / \ sizeof(dataDescriptors), \ dataDescriptors); \ CHECK_EQ(status, ERROR_SUCCESS); #define ETW_WRITE_EMPTY_EVENT(eventDescriptor) \ DWORD status = event_write(node_provider, \ &eventDescriptor, \ 0, \ NULL); \ CHECK_EQ(status, ERROR_SUCCESS); void NODE_HTTP_SERVER_REQUEST(node_dtrace_http_server_request_t* req, node_dtrace_connection_t* conn, const char remote, int port, const char method, const char url, int fd) { EVENT_DATA_DESCRIPTOR descriptors[7]; ETW_WRITE_HTTP_SERVER_REQUEST(descriptors, req); ETW_WRITE_NET_CONNECTION(descriptors + 3, conn); ETW_WRITE_EVENT(NODE_HTTP_SERVER_REQUEST_EVENT, descriptors); } void NODE_HTTP_SERVER_RESPONSE(node_dtrace_connection_t conn, const char remote, int port, int fd) { EVENT_DATA_DESCRIPTOR descriptors[4]; ETW_WRITE_NET_CONNECTION(descriptors, conn); ETW_WRITE_EVENT(NODE_HTTP_SERVER_RESPONSE_EVENT, descriptors); } void NODE_HTTP_CLIENT_REQUEST(node_dtrace_http_client_request_t req, node_dtrace_connection_t* conn, const char remote, int port, const char method, const char url, int fd) { EVENT_DATA_DESCRIPTOR descriptors[6]; ETW_WRITE_HTTP_CLIENT_REQUEST(descriptors, req); ETW_WRITE_NET_CONNECTION(descriptors + 2, conn); ETW_WRITE_EVENT(NODE_HTTP_CLIENT_REQUEST_EVENT, descriptors); } void NODE_HTTP_CLIENT_RESPONSE(node_dtrace_connection_t conn, const char remote, int port, int fd) { EVENT_DATA_DESCRIPTOR descriptors[4]; ETW_WRITE_NET_CONNECTION(descriptors, conn); ETW_WRITE_EVENT(NODE_HTTP_CLIENT_RESPONSE_EVENT, descriptors); } void NODE_NET_SERVER_CONNECTION(node_dtrace_connection_t conn, const char remote, int port, int fd) { EVENT_DATA_DESCRIPTOR descriptors[4]; ETW_WRITE_NET_CONNECTION(descriptors, conn); ETW_WRITE_EVENT(NODE_NET_SERVER_CONNECTION_EVENT, descriptors); } void NODE_NET_STREAM_END(node_dtrace_connection_t conn, const char remote, int port, int fd) { EVENT_DATA_DESCRIPTOR descriptors[4]; ETW_WRITE_NET_CONNECTION(descriptors, conn); ETW_WRITE_EVENT(NODE_NET_STREAM_END_EVENT, descriptors); } void NODE_GC_START(v8::GCType type, v8::GCCallbackFlags flags, v8::Isolate isolate) { if (events_enabled > 0) { EVENT_DATA_DESCRIPTOR descriptors[2]; ETW_WRITE_GC(descriptors, type, flags); ETW_WRITE_EVENT(NODE_GC_START_EVENT, descriptors); } } void NODE_GC_DONE(v8::GCType type, v8::GCCallbackFlags flags, v8::Isolate* isolate) { if (events_enabled > 0) { EVENT_DATA_DESCRIPTOR descriptors[2]; ETW_WRITE_GC(descriptors, type, flags); ETW_WRITE_EVENT(NODE_GC_DONE_EVENT, descriptors); } } void NODE_V8SYMBOL_REMOVE(const void* addr1, const void* addr2) { if (events_enabled > 0) { EVENT_DATA_DESCRIPTOR descriptors[2]; ETW_WRITE_V8ADDRESSCHANGE(descriptors, addr1, addr2); ETW_WRITE_EVENT(NODE_V8SYMBOL_REMOVE_EVENT, descriptors); } } void NODE_V8SYMBOL_MOVE(const void* addr1, const void* addr2) { if (events_enabled > 0) { EVENT_DATA_DESCRIPTOR descriptors[2]; ETW_WRITE_V8ADDRESSCHANGE(descriptors, addr1, addr2); ETW_WRITE_EVENT(NODE_V8SYMBOL_MOVE_EVENT, descriptors); } } void NODE_V8SYMBOL_RESET() { if (events_enabled > 0) { ETW_WRITE_EMPTY_EVENT(NODE_V8SYMBOL_RESET_EVENT); } } #define SETSYMBUF(s) \ wcscpy(symbuf, s); \ symbol_len = arraysize(s) - 1; void NODE_V8SYMBOL_ADD(LPCSTR symbol, int symbol_len, const void* addr1, int len) { if (events_enabled > 0) { wchar_t symbuf[128]; if (symbol == nullptr) { SETSYMBUF(L"nullptr"); } else { symbol_len = MultiByteToWideChar(CP_ACP, 0, symbol, symbol_len, symbuf, 128); if (symbol_len == 0) { SETSYMBUF(L"Invalid"); } else { if (symbol_len > 127) { symbol_len = 127; } symbuf[symbol_len] = L'\0'; } } void* context = nullptr; INT64 size = (INT64)len; INT_PTR id = (INT_PTR)addr1; INT16 flags = 0; INT16 rangeid = 1; INT32 col = 1; INT32 line = 1; INT64 sourceid = 0; EVENT_DATA_DESCRIPTOR descriptors[10]; ETW_WRITE_JSMETHOD_LOADUNLOAD(descriptors, context, addr1, size, id, flags, rangeid, sourceid, line, col, symbuf, (symbol_len + 1) * sizeof(symbuf[0])); ETW_WRITE_EVENT(MethodLoad, descriptors); } } #undef SETSYMBUF bool NODE_HTTP_SERVER_REQUEST_ENABLED() { return events_enabled > 0; } bool NODE_HTTP_SERVER_RESPONSE_ENABLED() { return events_enabled > 0; } bool NODE_HTTP_CLIENT_REQUEST_ENABLED() { return events_enabled > 0; } bool NODE_HTTP_CLIENT_RESPONSE_ENABLED() { return events_enabled > 0; } bool NODE_NET_SERVER_CONNECTION_ENABLED() { return events_enabled > 0; } bool NODE_NET_STREAM_END_ENABLED() { return events_enabled > 0; } bool NODE_V8SYMBOL_ENABLED() { return events_enabled > 0; } } // namespace node #endif // defined(NODE_WANT_INTERNALS) && NODE_WANT_INTERNALS #endif // SRC_NODE_WIN32_ETW_PROVIDER_INL_H_	[ "akos.hamori@sztaki.mta.hu" ]	akos.hamori@sztaki.mta.hu
85ea641036f247161babd9817c22cafdd0e124f5	23de84139576dca7e4d768e6e3d43efdaa0e9d4a	/Source/JHNET/NetworkModule/NetworkTool.cpp	81af36f37cbdc851981e0314b4f3a3821b21b0ab	[]	no_license	LJH960101/FlockingGame	0c8d1948cc9222252d1ef40440ff255fffe9cc53	e9873d20b249c93bcf5a016323a17c9f4bc9c46a	refs/heads/master	2020-05-26T03:04:55.492065	2019-05-26T06:40:00	2019-05-26T06:40:00	188,084,778	1	0	null	null	null	null	UTF-8	C++	false	false	1,590	cpp	#include "NetworkTool.h" #include "Serializer.h" #include <memory> using namespace std; using namespace NetworkTool; using namespace MySerializer; int NetworkTool::Send(SOCKET sock, const char * buf, int len, int flags) { shared_ptr<char[]> newBuf(new char[len + sizeof(int)]); int intLen = IntSerialize(newBuf.get(), len); memcpy(newBuf.get() + intLen, buf, len); return SendWithoutLen(sock, newBuf.get(), len + intLen, flags); } int NetworkTool::SendWithoutLen(SOCKET sock, const char* buf, int len, int flags) { return send(sock, buf, len, flags); } int NetworkTool::SendTo(SOCKET sock, const char* buf, const int& len, sockaddr* addr, const int& addrLen) { shared_ptr<char[]> newBuf(new char[len + sizeof(int)]); int intLen = IntSerialize(newBuf.get(), len); memcpy(newBuf.get() + intLen, buf, len); return SendToWithoutLen(sock, newBuf.get(), len + intLen, addr, addrLen, 0); } int NetworkTool::SendToWithoutLen(SOCKET sock, const char* buf, const int& len, sockaddr* addr, const int& addrLen, int flags) { return sendto(sock, buf, len, flags, addr, addrLen); } bool NetworkTool::IsBigEndian() { static bool onInit = false; static bool isBigEndian = false; if (!onInit) { onInit = true; unsigned int x = 0x76543210; char c = (char)&x; if (c == 0x10) { isBigEndian = false; } else { isBigEndian = true; } } return isBigEndian; } FString NetworkTool::UINT64ToFString(const UINT64 val) { return FString::Printf(TEXT("%llu"), val); } UINT64 NetworkTool::FStringToUINT64(const FString val) { return FCString::Strtoui64(val, NULL, 10); }	[ "ljh960101@gmail.com" ]	ljh960101@gmail.com
d78d33d110b36480bc5c3b7481c85fecf40127ad	c6c40693351fe52746d1d8146fe78df97a4091f5	/Q_005_Longest_Palindromic_Substring.cpp	0becdb835404e1681db920829d4ce6828c83d2e6	[]	no_license	tzurml/leetcode	bcd5d2b6b4b5d1410c5006c52e7f89c1515f232f	554dd0a654f1b9a5253f0e272648487d283d39dd	refs/heads/master	2023-02-12T08:08:49.869424	2020-12-30T10:05:31	2020-12-30T10:05:31	285,565,660	1	0	null	null	null	null	UTF-8	C++	false	false	1,029	cpp	// // Created by tzur on 8/10/2020. // //Given a string s, find the longest palindromic substring in s. You may assume that the maximum length of s is 1000. // //Example 1: // //Input: "babad" //Output: "bab" //Note: "aba" is also a valid answer. //Example 2: // //Input: "cbbd" //Output: "bb" class Solution { public: string longestPalindrome(string s) { if(s.size() <= 1){return s;} int len = s.size(); int maxstr = 0; int max = 1; for(int i = 0 ; i < len ; i++) { int j = i; int k = i; while(j+1 < len && s[j] == s[j+1]) { j++; } while(k - 1 >= 0 && j+1 < len && s[k-1] == s[j+1]) { k--; j++; } if( j - k + 1 > max) { max = j - k + 1; maxstr = k; } } return s.substr(maxstr,max); } };	[ "noreply@github.com" ]	tzurml.noreply@github.com
71abd807e170c8e7522e1493ca882dcf2140c1f7	aa4bdcdf47e15ec43b073e602ca15e7e8dc916b0	/treap.cpp	79ea5d5295d0bff75960a0b54ee7f6610b774cec	[]	no_license	newpolaris/algorithm	dbd51d036f4f892702403200919efb872aa92ec6	70e7fdc96811da7cda681cb96d7b5041d7932c76	refs/heads/master	2021-01-12T17:16:36.359070	2019-11-24T17:29:34	2019-11-24T17:29:34	71,535,310	0	0	null	null	null	null	UTF-8	C++	false	false	4,555	cpp	#include <iostream> #include <string> #include <vector> #include <random> #include <memory> #include "print_binary_tree.hpp" using namespace std; /* * note : rand is fast enough * speed up * comment - just 2x fast http://stackoverflow.com/a/3747462 * inline int fastrand() { g_seed = (214013g_seed+2531011); return (g_seed>>16)&0x7FFF; } / typedef int KeyType; // 트립의 한 노드를 저장한다. struct Node { // 이 노드의 우선 순위, 이 노드를 루트로 하는 서브트리의 크기 int priority, size; // 노드에 저장된 원소 KeyType key; Node left, right; // 생성자에서 난수 우선 순위를 생성하고, size 와 left/right를 초기화 한다. Node(KeyType key) : priority(rand()), left(nullptr), right(nullptr), key(move(key)), size(1) {} ~Node() { delete left; left = nullptr; delete right; right = nullptr; } void setLeft(Node* l) { left = l; calcSize(); } void setRight(Node* r) { right = r; calcSize(); } // element 갱신 void calcSize() { size = 1; if (left) size += left->size; if (right) size += right->size; } }; typedef pair<Node, Node> NodePair; // root 를 루트로 하는 트립을 key미만의 값과 이상의 값을 갖는 // 두개의 트립으로 분리한다 NodePair split(Node* root, KeyType key) { if (!root) return { nullptr, nullptr }; // 이상(같은 키 포함) 일 경우 왼쪽을 쪼갠다 if (key <= root->key) { auto pair = split(root->left, key); root->setLeft(pair.second); return { pair.first, root }; } else { auto pair = split(root->right, key); root->setRight(pair.first); return { root, pair.second }; } } Node* insert(Node* root, Node* node) { if (!root) return node; // node가 루트를 대체해야 한다. 해당 서브 트리를 반으로 잘라 // 각각 자손으로 한다 if (root->priority < node->priority) { auto pair = split(root, node->key); node->setLeft(pair.first); node->setRight(pair.second); return node; } else if (node->key < root->key) { root->setLeft(insert(root->left, node)); // 같은 키 일 경우 오른쪽 } else { root->setRight(insert(root->right, node)); } return root; } // a 와 b가 두개의 트립이고, key 값이 max(a) < min(b) 일 떄 이 둘을 합친다. Node* merge(Node* a, Node* b) { if (!a) return b; if (!b) return a; // left rotate if (a->priority < b->priority) { b->setLeft(merge(a, b->left)); return b; // right rotate } else { a->setRight(merge(a->right, b)); return a; } } // root를 루트로 하는 트립에서 key를 지우고 결과 트립의 루트를 반환한다 Node* erase(Node* root, KeyType key) { if (!root) return root; if (root->key == key) { auto node = merge(root->left, root->right); root->left = nullptr; root->right = nullptr; delete root; return node; } else { if (key < root->key) root->setLeft(erase(root->left, key)); else root->setRight(erase(root->right, key)); } return root; } Node* kth(Node* root, int k) { int leftSize = 0; if (root->left != nullptr) leftSize = root->left->size; if (k <= leftSize) return kth(root->left, k); if (k == leftSize + 1) return root; return kth(root->right, k - leftSize - 1); } // key 미만을 가지는 node 의 수를 반환한다 int countLessThan(Node* root, KeyType key) { if (root == NULL) return 0; if (root->key >= key) return countLessThan(root->left, key); int ls = (root->left ? root->left->size : 0); return ls + 1 + countLessThan(root->right, key); } // print_binary_tree 를 위한 출력 stream std::ostream& operator<<(std::ostream& strm, const Node& node) { return strm << node.key << "," << node.size; } int main() { Node* root = nullptr; root = insert(root, new Node(10)); root = insert(root, new Node(15)); root = insert(root, new Node(3)); print_ascii_tree(root); root = erase(root, 3); print_ascii_tree(root); root = erase(root, 15); print_ascii_tree(root); root = erase(root, 10); root = insert(root, new Node(10)); root = insert(root, new Node(1)); root = insert(root, new Node(10)); root = insert(root, new Node(1)); root = insert(root, new Node(10)); root = insert(root, new Node(1)); root = insert(root, new Node(10)); root = insert(root, new Node(10)); root = insert(root, new Node(10)); root = insert(root, new Node(10)); root = insert(root, new Node(1)); root = insert(root, new Node(1)); root = insert(root, new Node(1)); root = insert(root, new Node(1)); print_ascii_tree(root); delete root; root = nullptr; return 0; }	[ "newpolaris@gmail.com" ]	newpolaris@gmail.com
644867459bbdc766411cc836cacb6675f95776db	6b2a8dd202fdce77c971c412717e305e1caaac51	/solutions_5662291475300352_1/C++/pwahs/c.cpp	146b16b18a98638c9e519e27f8d3bd370b2bcef4	[]	no_license	alexandraback/datacollection	0bc67a9ace00abbc843f4912562f3a064992e0e9	076a7bc7693f3abf07bfdbdac838cb4ef65ccfcf	refs/heads/master	2021-01-24T18:27:24.417992	2017-05-23T09:23:38	2017-05-23T09:23:38	84,313,442	2	4	null	null	null	null	UTF-8	C++	false	false	2,174	cpp	#include <vector> #include <list> #include <map> #include <set> #include <queue> #include <deque> #include <stack> #include <bitset> #include <algorithm> #include <functional> #include <numeric> #include <utility> #include <sstream> #include <iostream> #include <iomanip> #include <cstdio> #include <cmath> #include <cstdlib> #include <ctime> using namespace std; #define all(x) (x).begin(),(x).end() #define rep(i,n) for(int (i)=0;(i)<(n);(i)++) #define dbg(args...) {debug,args; cerr << endl;} #define mp make_pair #define mt(a,b,c) mp(a,mp(b,c)) #define P1(a) (a).first #define P2(a) (a).second #define T1(a) (a).first #define T2(a) (a).second.first #define T3(a) (a).second.second #define INF 1e20 #define EPS 1e-8 typedef long long ll; typedef pair<int,int> pii; typedef pair<int,pii> tiii; class debu{ public: template<class someClass> debu & operator,(someClass arg){ cerr << arg << " "; return this; } } debug; void init(){ cout << setprecision(8)<< fixed; } int solve(int testnr){ int N; cin >> N; vector<int> D(N), H(N), M(N); vector<int> d, m; for(int i=0;i<N;i++){ cin >> D[i] >> H[i] >> M[i]; for(int j=0;j<H[i];j++) { d.push_back(D[i]); m.push_back(M[i] + j); } } vector< pair<double, int> > times; double longest = 0; for (int i=0;i<d.size();i++){ double time = m[i] / 360.0 (360.0 - d[i]); times.push_back(make_pair(time, i)); longest = max(longest, time); } sort(times.begin(), times.end()); int best = times.size(); for (int infront = 0; infront < times.size(); infront++) { int take_over = times.size() - 1 - infront; double arrive_at_goal = times[infront].first; for (int i=0;i < infront;i++){ double first_arrival = times[i].first; take_over += (((int)(arrive_at_goal - first_arrival + 1e-6)) / m[times[i].second]); } best = min(best, take_over); } return best; } int main(){ init(); int T; cin >> T; for(int i=1;i<=T;i++){ cout << "Case #" << i << ": " << solve(i) << "\n"; } return 0; }	[ "eewestman@gmail.com" ]	eewestman@gmail.com
4e174e00894b9142e7b14c157ad7e824094f5508	0eff74b05b60098333ad66cf801bdd93becc9ea4	/second/download/CMake/CMake-gumtree/Kitware_CMake_old_new_new_log_456.cpp	1f2fb319235e471b7b91ea231d4697619a9fcb89	[]	no_license	niuxu18/logTracker-old	97543445ea7e414ed40bdc681239365d33418975	f2b060f13a0295387fe02187543db124916eb446	refs/heads/master	2021-09-13T21:39:37.686481	2017-12-11T03:36:34	2017-12-11T03:36:34	null	0	0	null	null	null	null	UTF-8	C++	false	false	65	cpp	YY_FATAL_ERROR( "cmFortran_yyset_column called with no buffer" );	[ "993273596@qq.com" ]	993273596@qq.com
e0969d4e00a7957848d023180d9823f10cca6d82	c2d7badcc2490b88e91a634d79c687ab9374dbf1	/cocos/2d/CCComponentContainer.h	56221ce1db4e85628a8bcf16c0b05a79e3332780	[]	no_license	SBKarr/stappler-cocos2d-x	48217b18adc1f54e8d5e22b5c9e7f9977f626382	24389838ec7613ae25e0417c25682600133c4ec7	refs/heads/master	2020-07-05T09:37:37.156758	2017-03-09T16:27:37	2017-03-12T17:08:34	67,418,239	1	0	null	null	null	null	UTF-8	C++	false	false	2,358	h	/************************************************************************** Copyright (c) 2013-2014 Chukong Technologies Inc. http://www.cocos2d-x.org Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. ************************************************************************/ #ifndef __CC_FRAMEWORK_COMCONTAINER_H__ #define __CC_FRAMEWORK_COMCONTAINER_H__ #include "base/CCVector.h" #include "math/Mat4.h" #include <string> #include <vector> NS_CC_BEGIN class Component; class Node; class Renderer; class CC_DLL ComponentContainer { protected: / * @js ctor / ComponentContainer(Node pNode); public: /** * @js NA * @lua NA / virtual ~ComponentContainer(void); virtual bool add(Component com); virtual bool remove(Component com); virtual void removeAll(); virtual void onVisit(Renderer renderer, const Mat4& parentTransform, uint32_t parentFlags, const std::vector<int> &); virtual void onEnter(); virtual void onEnterTransitionDidFinish(); virtual void onExitTransitionDidStart(); virtual void onExit(); virtual void onContentSizeDirty(); virtual void onTransformDirty(); virtual void onReorderChildDirty(); public: bool isEmpty() const; private: Vector<Component > _components; Node _owner; friend class Node; }; NS_CC_END #endif // __FUNDATION__CCCOMPONENT_H__	[ "sbkarr@stappler.org" ]	sbkarr@stappler.org
10837893bd5e94256749146986ea42cf452df956	21b3889b6a94b0a6ccf1677866c32d69c20b3452	/MercutioEngine/meMessage.h	6753b8da6c04655bed62fe2657425dd97dcb933e	[]	no_license	waskerdu/Mercutio-Engine	b38b7c2dc0fd61cae29bcc999a9de63403ce1de8	28e9c3022283f899535e9fb8d1eca3371345b23b	refs/heads/master	2020-03-30T15:27:36.022721	2018-11-11T20:57:29	2018-11-11T20:57:29	151,364,283	0	0	null	null	null	null	UTF-8	C++	false	false	231	h	#pragma once #include <string> struct Message { std::string name = ""; float val = 0; Message(){} Message(std::string name) { this->name = name; } Message(std::string name, float val) { this->name = name; this->val = val; } };	[ "rileywestonmiller@outlook.com" ]	rileywestonmiller@outlook.com
67513628e011561712dfa165d2b252f866ca7731	022debae1ce006014899cf2db313845dca625d7a	/项目/格子机2.0/wine_grid2018_11_10/temp/1toast.cpp	816979a93c9b73808c9ba0b521ef1574dc23179c	[]	no_license	isliulin/PythonDemoRepository	5e3c73e4ba363e84ccd476d93d9eab33759ea665	7f0d4e34373ba9254dd1a03c7e3b25656ca1632f	refs/heads/master	2023-03-18T16:25:43.666794	2019-03-15T17:20:13	2019-03-15T17:20:13	null	0	0	null	null	null	null	UTF-8	C++	false	false	479	cpp	#include "toast.h" Toast::Toast(QWidget parent) : QLabel(parent) { this->hide(); this->setWindowFlags(Qt::FramelessWindowHint\|Qt::WindowStaysOnTopHint); //this->setAttribute(Qt::WA_DeleteOnClose,true); this->setAlignment(Qt::AlignCenter); this->setObjectName("Toast"); // label->setScaledContents(true); //自动和文本一样的高度 // LabelName->setWordWrap(true); // LabelName->setAlignment(Qt::AlignTop); } Toast Toast::pToast = NULL;	[ "2640340412@qq.com" ]	2640340412@qq.com
f4275bf998bef323747bdab8c99f3859bfac6c1c	ac41d2ccb549dc09ed34e5c0f4da403509abb5c3	/lib/mtl4/boost/numeric/mtl/matrix/operators.hpp	aaf155b5377cd29154981f6a49ae8bddc0d22131	[ "MIT", "MTLL" ]	permissive	spraetor/amdis2	c65b530dabd087d922d616bfaf9d53f4c8d5e3c4	53c45c81a65752a8fafbb54f9ae6724a86639dcd	refs/heads/master	2020-12-24T15:51:03.069002	2016-03-06T14:42:53	2016-03-06T14:42:53	39,136,073	2	0	null	null	null	null	UTF-8	C++	false	false	4,036	hpp	// Software License for MTL // // Copyright (c) 2007 The Trustees of Indiana University. // 2008 Dresden University of Technology and the Trustees of Indiana University. // 2010 SimuNova UG (haftungsbeschränkt), www.simunova.com. // All rights reserved. // Authors: Peter Gottschling and Andrew Lumsdaine // // This file is part of the Matrix Template Library // // See also license.mtl.txt in the distribution. #ifndef MTL_MATRIX_OPERATORS_INCLUDE #define MTL_MATRIX_OPERATORS_INCLUDE #include <boost/utility/enable_if.hpp> #include <boost/mpl/and.hpp> #include <boost/numeric/mtl/utility/ashape.hpp> #include <boost/numeric/mtl/utility/is_multi_vector_expr.hpp> #include <boost/numeric/mtl/utility/static_assert.hpp> #include <boost/numeric/mtl/matrix/all_mat_expr.hpp> #include <boost/numeric/mtl/mtl_fwd.hpp> namespace mtl { namespace matrix { template <typename E1, typename E2> inline mat_mat_plus_expr<E1, E2> operator+ (const mat_expr<E1>& e1, const mat_expr<E2>& e2) { // do not add matrices with inconsistent value types MTL_STATIC_ASSERT((boost::is_same<typename ashape::ashape<E1>::type, typename ashape::ashape<E2>::type>::value), "Matrices have not consistent algebraic shape (i.e. nested types)."); return mat_mat_plus_expr<E1, E2>(static_cast<const E1&>(e1), static_cast<const E2&>(e2)); } // if enabled it has priority over previous functions because that performs upcast template <typename E1, typename E2> typename boost::enable_if_c<mtl::traits::is_multi_vector_expr<E1>::value && mtl::traits::is_multi_vector_expr<E2>::value, mv_mv_plus_expr<E1, E2> >::type inline operator+(const E1& e1, const E2& e2) { return mv_mv_plus_expr<E1, E2>(e1, e2); } // Specialization for multi_vector // template <typename V1, typename V2> // inline mv_mv_plus_expr<multi_vector<V1>, multi_vector<V2> > // operator+(const multi_vector<V1>& m1, const multi_vector<V2>& m2) // { // return mv_mv_plus_expr<multi_vector<V1>, multi_vector<V2> >(m1, m2); // } #if 0 // Planned for future optimizations on sums of dense matrix expressions template <typename E1, typename E2> inline dmat_dmat_plus_expr<E1, E2> operator+ (const dmat_expr<E1>& e1, const dmat_expr<E2>& e2) { // do not add matrices with inconsistent value types MTL_STATIC_ASSERT((boost::is_same<typename ashape::ashape<E1>::type, typename ashape::ashape<E2>::type>::value), "Matrices have not consistent algebraic shape (i.e. nested types)."); return dmat_dmat_plus_expr<E1, E2>(static_cast<const E1&>(e1), static_cast<const E2&>(e2)); } #endif template <typename E1, typename E2> inline mat_mat_minus_expr<E1, E2> operator- (const mat_expr<E1>& e1, const mat_expr<E2>& e2) { // do not add matrices with inconsistent value types MTL_STATIC_ASSERT((boost::is_same<typename ashape::ashape<E1>::type, typename ashape::ashape<E2>::type>::value), "Matrices have not consistent algebraic shape (i.e. nested types)."); return mat_mat_minus_expr<E1, E2>(static_cast<const E1&>(e1), static_cast<const E2&>(e2)); } // if enabled it has priority over previous functions because that performs upcast template <typename E1, typename E2> typename boost::enable_if_c<mtl::traits::is_multi_vector_expr<E1>::value && mtl::traits::is_multi_vector_expr<E2>::value, mv_mv_minus_expr<E1, E2> >::type inline operator-(const E1& e1, const E2& e2) { return mv_mv_minus_expr<E1, E2>(e1, e2); } template <typename E1, typename E2> inline mat_mat_ele_times_expr<E1, E2> ele_prod(const mat_expr<E1>& e1, const mat_expr<E2>& e2) { // do not multiply matrices element-wise with inconsistent value types MTL_STATIC_ASSERT((boost::is_same<typename ashape::ashape<E1>::type, typename ashape::ashape<E2>::type>::value), "Matrices do not have consistent algebraic shape (i.e. nested types)."); return mat_mat_ele_times_expr<E1, E2>(static_cast<const E1&>(e1), static_cast<const E2&>(e2)); } }} // namespace mtl::matrix #endif // MTL_MATRIX_OPERATORS_INCLUDE	[ "simon.praetorius@tu-dresden.de" ]	simon.praetorius@tu-dresden.de
d63739138d3d5ac1fd53d572ee56a2bc972e8d5e	8584afff21c31c843f520bd28587a741e6ffd402	/GoogleCodeJam/2008/Round1A/a.cpp	5a5a0db46da866c72d4c3e60cae399f72cc5ffcc	[]	no_license	YuanzhongLi/CompetitiveProgramming	237e900f1c906c16cbbe3dd09104a1b7ad53862b	f9a72d507d4dda082a344eb19de22f1011dcee5a	refs/heads/master	2021-11-20T18:35:35.412146	2021-08-25T11:39:32	2021-08-25T11:39:32	249,442,987	0	0	null	null	null	null	UTF-8	C++	false	false	1,759	cpp	#include <bits/stdc++.h> using namespace std; #define rep(i,s,n) for (int i = (int)s; i < (int)n; i++) #define ll long long #define pb push_back #define eb emplace_back #define All(x) x.begin(), x.end() #define Range(x, i, j) x.begin() + i, x.begin() + j #define lbidx(x, y) lower_bound(x.begin(), x.end(), y) - x.begin() #define ubidx(x, y) upper_bound(x.begin(), x.end(), y) - x.begin() #define llbidx(x, y, z) lower_bound(x.begin(), x.end(), z) - lower_bound(x.begin(), x.end(), y) // 二要素間の距離 #define deg2rad(deg) ((((double)deg)/((double)360)2M_PI)) #define rad2deg(rad) ((((double)rad)/(double)2/M_PI)(double)360) #define Find(set, element) set.find(element) != set.end() #define Decimal(x) printf("%.10f\n", x) // 小数点を10桁まで表示 // debug用 #define PrintVec(x) for (auto elementPrintVec: x) { cout << elementPrintVec << " "; } cout << endl; typedef pair<int, int> PI; typedef pair<ll, ll> PLL; int POWINT(int x, int n) { int ret = 1; rep(i, 0, n) ret = x; return ret; }; ll POWLL(int x, int n) { ll ret = 1; rep(i, 0, n) ret = x; return ret; }; template<class T> inline bool chmax(T &a, T b) { if(a < b) { a = b; return true; } return false; }; template<class T> inline bool chmin(T &a, T b) { if(a > b) { a = b; return true; } return false; }; int main() { ios::sync_with_stdio(false); cin.tie(0); int T; cin >> T; int n; rep(t, 0, T) { cin >> n; vector<ll> a(n), b(n); rep(i, 0, n) { cin >> a[i]; } rep(i, 0, n) { cin >> b[i]; } sort(All(a)); sort(All(b)); reverse(All(b)); ll ans = 0; rep(i, 0, n) { ans += (a[i] b[i]); } printf("Case #%d: %lld\n", t+1, ans); } return 0; };	[ "liyuanzhongutokyos1@gmail.com" ]	liyuanzhongutokyos1@gmail.com
22c15c55056a1cb07e8ea0727bf30f22985464bf	32cd83e08737002c3c7bc815c65f2c94b5ac6966	/D02/ex02/Fixed.cpp	a7a1764032f582911f6a8abecde2de34cb0bc40c	[]	no_license	tirrorex/Cpp	4d9be9f94bf24a0ecb5a825e77fd044b80e08327	8e0a02897d4ed5d3780714dad2491150862e2fba	refs/heads/master	2021-01-20T19:53:11.418429	2016-05-27T14:57:21	2016-05-27T14:57:21	59,841,750	0	1	null	null	null	null	UTF-8	C++	false	false	2,900	cpp	#include "Fixed.hpp" #include <iostream> #include <string> #include <cmath> const int Fixed::_bit = 8; Fixed::Fixed( void ) : _fixValue( 0 ) { //std::cout << "Default Constructor called" << std::endl; return; } Fixed::Fixed( int const n ) : _fixValue( n << _bit ) { //std::cout << "Int Constructor called" << std::endl; return; } Fixed::Fixed( float const n ) : _fixValue((int)roundf(n * (1 << _bit))) { //std::cout << "Float Constructor called" << std::endl; return; } Fixed::Fixed( Fixed const & src ) { //std::cout << "Copy Constructor called" << std::endl; this = src; return; } Fixed::~Fixed( void ) { //std::cout << "Destructor Called" << std::endl; return; } int Fixed::getRawBits( void ) const { return this->_fixValue; } void Fixed::setRawBits( int const raw ) { this->_fixValue = raw; } float Fixed::toFloat( void ) const { return (((float)this->_fixValue) / (1 << _bit)); } int Fixed::toInt( void ) const { return this->_fixValue >> _bit; } bool Fixed::operator>( Fixed const &rhs ) { return this->getRawBits() > rhs.getRawBits(); } bool Fixed::operator<( Fixed const &rhs ) { return this->getRawBits() < rhs.getRawBits(); } bool Fixed::operator>=( Fixed const &rhs ) { return this->getRawBits() >= rhs.getRawBits(); } bool Fixed::operator<=( Fixed const &rhs ) { return this->getRawBits() <= rhs.getRawBits(); } bool Fixed::operator==( Fixed const &rhs ) { return this->getRawBits() == rhs.getRawBits(); } bool Fixed::operator!=( Fixed const &rhs ) { return this->getRawBits() != rhs.getRawBits(); } Fixed Fixed::operator+( Fixed const & rhs ) { return Fixed( this->toFloat() + rhs.toFloat() ); } Fixed Fixed::operator-( Fixed const & rhs ) { return Fixed( this->toFloat() - rhs.toFloat() ); } Fixed Fixed::operator( Fixed const & rhs ) { return Fixed( this->toFloat() * rhs.toFloat() ); } Fixed Fixed::operator/( Fixed const & rhs ) { return Fixed( this->toFloat() / rhs.toFloat() ); } Fixed Fixed::operator++( void ) { Fixed ret(this); this->_fixValue += 1; return this; } Fixed Fixed::operator--( void ) { this->_fixValue -= 1; return this; } Fixed Fixed::operator++( int ) { Fixed ret(this); this->_fixValue += 1; return ret; } Fixed Fixed::operator--( int ) { Fixed ret(*this); this->_fixValue -= 1; return ret; } Fixed & Fixed::min( Fixed & rhs1, Fixed & rhs2 ) { return rhs1.getRawBits() > rhs2.getRawBits() ? rhs2: rhs1; } Fixed & Fixed::max( Fixed & rhs1, Fixed & rhs2 ) { return rhs1.getRawBits() > rhs2.getRawBits() ? rhs1: rhs2; } const Fixed & Fixed::min( Fixed const & rhs1, Fixed const & rhs2 ) { return rhs1.getRawBits() > rhs2.getRawBits() ? rhs2: rhs1; } const Fixed & Fixed::max( Fixed const & rhs1, Fixed const & rhs2 ) { return rhs1.getRawBits() > rhs2.getRawBits() ? rhs1: rhs2; } std::ostream & operator<<( std::ostream & o, Fixed const & i ) { o << i.toFloat(); return o; }	[ "thibaut.noah@gmail.com" ]	thibaut.noah@gmail.com
44da2e331fdc7fdad863f63945ea45a9b84b5a19	b2ac71ecae7b4b9a7d72b20c8582e79195e81e4a	/Classes/webview/CaeWebView.cpp	a2dc88ef31b311b254b6d5756be4f6b1eeb99278	[]	no_license	liyonghelpme/jumpCode	54a10e231f0c1bae08b4a1a82c31a43d77e83c1b	a38f186e2acb2c119701ee06d3e8b0d76a54d00b	refs/heads/master	2021-01-02T09:38:29.371709	2013-06-12T10:14:36	2013-06-12T10:14:36	null	0	0	null	null	null	null	UTF-8	C++	false	false	649	cpp	#include "CaeWebView.h" NS_CC_EXT_BEGIN CaeWebView::CaeWebView(){ } CaeWebView::~CaeWebView(){ } void CaeWebView::webViewDidFinishLoad(){ } void CaeWebView::closeWebView(){ this->removeFromParentAndCleanup(true); #if(CC_TARGET_PLATFORM==CC_PLATFORM_IOS) [impl closeWebView]; #elif(CC_TARGET_PLATFORM==CC_PLATFORM_ANDROID) #endif } // only do normal set here bool CaeWebView::init(){ if(!!CCLayer::init()){ return false; } #if(CC_TARGET_PLATFORM==CC_PLATFORM_IOS) impl = [[CaeWebView_iosImpl alloc] init]; [impl addWebView:this withUrl:"http://www.baidu.com"]; #elif(CC_TARGET_PLATFORM==CC_PLATFORM_ANDROID) #endif } NS_CC_EXT_END	[ "liyonghelpme@gmail.com" ]	liyonghelpme@gmail.com
bd10c45de006eeecbf6138796d804fb2c73a41f0	605ab4d843af2959764d9fb78f626421e9ec1520	/src/process/im_convolve_rank.cpp	0f559d5344391bf5b050620fb8a30c1a8aa67733	[ "MIT" ]	permissive	svn2github/imtoolkit-im	f9941a0338d943e5f2c05937b4d9f14405c07423	aafc283f50ed9e3b1ee73e6ca09a7b9ccfafd31d	refs/heads/master	2021-07-05T11:43:14.348372	2019-01-07T18:03:32	2019-01-07T18:03:32	103,318,180	1	1	null	null	null	null	UTF-8	C++	false	false	27,726	cpp	/** \file * \brief Rank Convolution Operations * * See Copyright Notice in im_lib.h / #include <im.h> #include <im_util.h> #include <im_math.h> #include "im_process_counter.h" #include "im_process_loc.h" #include <stdlib.h> #include <stdio.h> #include <memory.h> #include <string.h> #include <math.h> template <class T, class DT> static int DoConvolveRankFunc(T map, DT* new_map, int width, int height, int kw, int kh, T (func)(T value, int count, int center), int counter) { int tcount = IM_MAX_THREADS; T* value = new T[kwkhtcount]; int kh2 = kh/2; int kw2 = kw/2; int kh1 = -kh2; int kw1 = -kw2; if (kh%2==0) kh2--; // if not odd decrease 1 if (kw%2==0) kw2--; IM_INT_PROCESSING; #ifdef _OPENMP #pragma omp parallel for if (IM_OMP_MINHEIGHT(height)) #endif for(int j = 0; j < height; j++) { #ifdef _OPENMP #pragma omp flush (processing) #endif IM_BEGIN_PROCESSING; int new_offset = j * width; int toffset = IM_THREAD_NUM(kwkh); for(int i = 0; i < width; i++) { int v = 0; int c = 0; for(int y = kh1; y <= kh2; y++) { if ((j + y < 0) \|\| // pass the bottom border (j + y >= height)) // pass the top border continue; int offset = (j + y) * width; for(int x = kw1; x <= kw2; x++) { if ((i + x < 0) \|\| // pass the left border (i + x >= width)) // pass the right border continue; if (x == 0 && y == 0) c = v; value[toffset + v] = map[offset + (i + x)]; v++; } } new_map[new_offset + i] = (DT)func(value + toffset, v, c); } IM_COUNT_PROCESSING; #ifdef _OPENMP #pragma omp flush (processing) #endif IM_END_PROCESSING; } delete[] value; return processing; } static int compare_imFloat(const void elem1, const void elem2) { float* v1 = (float)elem1; float v2 = (float)elem2; if (v1 < v2) return -1; if (v1 > v2) return 1; return 0; } static int compare_imDouble(const void elem1, const void elem2) { double v1 = (double)elem1; double v2 = (double)elem2; if (v1 < v2) return -1; if (v1 > v2) return 1; return 0; } static int compare_imInt(const void elem1, const void elem2) { int v1 = (int)elem1; int v2 = (int)elem2; if (v1 < v2) return -1; if (v1 > v2) return 1; return 0; } static int compare_imShort(const void elem1, const void elem2) { short v1 = (short)elem1; short v2 = (short)elem2; if (v1 < v2) return -1; if (v1 > v2) return 1; return 0; } static int compare_imUShort(const void elem1, const void elem2) { imushort v1 = (imushort)elem1; imushort v2 = (imushort)elem2; if (v1 < v2) return -1; if (v1 > v2) return 1; return 0; } static int compare_imByte(const void elem1, const void elem2) { imbyte v1 = (imbyte)elem1; imbyte v2 = (imbyte)elem2; if (v1 < v2) return -1; if (v1 > v2) return 1; return 0; } static imbyte median_op_byte(imbyte value, int count, int center) { (void)center; qsort(value, count, sizeof(imbyte), compare_imByte); return value[count/2]; } static short median_op_short(short* value, int count, int center) { (void)center; qsort(value, count, sizeof(short), compare_imShort); return value[count/2]; } static imushort median_op_ushort(imushort* value, int count, int center) { (void)center; qsort(value, count, sizeof(imushort), compare_imUShort); return value[count/2]; } static int median_op_int(int* value, int count, int center) { (void)center; qsort(value, count, sizeof(int), compare_imInt); return value[count/2]; } static float median_op_float(float* value, int count, int center) { (void)center; qsort(value, count, sizeof(float), compare_imFloat); return value[count/2]; } static double median_op_double(double* value, int count, int center) { (void)center; qsort(value, count, sizeof(double), compare_imDouble); return value[count / 2]; } int imProcessMedianConvolve(const imImage* src_image, imImage* dst_image, int ks) { int i, ret = 0; int counter; counter = imProcessCounterBegin("MedianConvolve"); imCounterTotal(counter, src_image->depthsrc_image->height, "Processing..."); for (i = 0; i < src_image->depth; i++) { switch(src_image->data_type) { case IM_BYTE: ret = DoConvolveRankFunc((imbyte)src_image->data[i], (imbyte)dst_image->data[i], src_image->width, src_image->height, ks, ks, median_op_byte, counter); break; case IM_SHORT: ret = DoConvolveRankFunc((short)src_image->data[i], (short)dst_image->data[i], src_image->width, src_image->height, ks, ks, median_op_short, counter); break; case IM_USHORT: ret = DoConvolveRankFunc((imushort)src_image->data[i], (imushort)dst_image->data[i], src_image->width, src_image->height, ks, ks, median_op_ushort, counter); break; case IM_INT: ret = DoConvolveRankFunc((int)src_image->data[i], (int)dst_image->data[i], src_image->width, src_image->height, ks, ks, median_op_int, counter); break; case IM_FLOAT: ret = DoConvolveRankFunc((float)src_image->data[i], (float)dst_image->data[i], src_image->width, src_image->height, ks, ks, median_op_float, counter); break; case IM_DOUBLE: ret = DoConvolveRankFunc((double)src_image->data[i], (double)dst_image->data[i], src_image->width, src_image->height, ks, ks, median_op_double, counter); break; } if (!ret) break; } imProcessCounterEnd(counter); return ret; } static imbyte range_op_byte(imbyte value, int count, int center) { imbyte min, max; (void)center; imMinMax(value, count, min, max); return max-min; } static short range_op_short(short* value, int count, int center) { short min, max; (void)center; imMinMax(value, count, min, max); return max-min; } static imushort range_op_ushort(imushort* value, int count, int center) { imushort min, max; (void)center; imMinMax(value, count, min, max); return max-min; } static int range_op_int(int* value, int count, int center) { int min, max; (void)center; imMinMax(value, count, min, max); return max-min; } static float range_op_float(float* value, int count, int center) { float min, max; (void)center; imMinMax(value, count, min, max); return max-min; } static double range_op_double(double* value, int count, int center) { double min, max; (void)center; imMinMax(value, count, min, max); return max - min; } int imProcessRangeConvolve(const imImage* src_image, imImage* dst_image, int ks) { int i, ret = 0; int counter; counter = imProcessCounterBegin("RangeConvolve"); imCounterTotal(counter, src_image->depthsrc_image->height, "Processing..."); for (i = 0; i < src_image->depth; i++) { switch(src_image->data_type) { case IM_BYTE: ret = DoConvolveRankFunc((imbyte)src_image->data[i], (imbyte)dst_image->data[i], src_image->width, src_image->height, ks, ks, range_op_byte, counter); break; case IM_SHORT: ret = DoConvolveRankFunc((short)src_image->data[i], (short)dst_image->data[i], src_image->width, src_image->height, ks, ks, range_op_short, counter); break; case IM_USHORT: ret = DoConvolveRankFunc((imushort)src_image->data[i], (imushort)dst_image->data[i], src_image->width, src_image->height, ks, ks, range_op_ushort, counter); break; case IM_INT: ret = DoConvolveRankFunc((int)src_image->data[i], (int)dst_image->data[i], src_image->width, src_image->height, ks, ks, range_op_int, counter); break; case IM_FLOAT: ret = DoConvolveRankFunc((float)src_image->data[i], (float)dst_image->data[i], src_image->width, src_image->height, ks, ks, range_op_float, counter); break; case IM_DOUBLE: ret = DoConvolveRankFunc((double)src_image->data[i], (double)dst_image->data[i], src_image->width, src_image->height, ks, ks, range_op_double, counter); break; } if (!ret) break; } imProcessCounterEnd(counter); return ret; } / Local variable threshold by the method of Bernsen. Description: If the difference between the largest and the smallest pixel value within the 'dx''dy' window is greater than or equal to 'cmin' (local contrast threshold), the average of the two values is used as threshold. Pixels in homogenous areas (difference below 'cmin') are assumed to be below the threshold. Reference: Bernsen, J: "Dynamic thresholding of grey-level images" Proc. of the 8th ICPR, Paris, Oct 1986, 1251-1255. Author: Oivind Due Trier Copyright 1990, Blab, UiO Image processing lab, Department of Informatics University of Oslo / static int thresAux = 0; static imbyte contrast_thres_op_byte(imbyte* value, int count, int center) { int c, t; imbyte v = value[center], min, max; imMinMax(value, count, min, max); c = max-min; if (c < thresAux) return 0; else { t = ((int)max + (int)min) / 2; if (v >= t) return 1; else return 0; } } static imushort contrast_thres_op_ushort(imushort* value, int count, int center) { int c, t; imushort v = value[center], min, max; imMinMax(value, count, min, max); c = max-min; if (c < thresAux) return 0; else { t = ((int)max + (int)min) / 2; if (v >= t) return 1; else return 0; } } static short contrast_thres_op_short(short* value, int count, int center) { int c, t; short v = value[center], min, max; imMinMax(value, count, min, max); c = max-min; if (c < thresAux) return 0; else { t = ((int)max + (int)min) / 2; if (v >= t) return 1; else return 0; } } static int contrast_thres_op_int(int* value, int count, int center) { int c, t; int v = value[center], min, max; imMinMax(value, count, min, max); c = max-min; if (c < thresAux) return 0; else { t = ((int)max + (int)min) / 2; if (v >= t) return 1; else return 0; } } int imProcessRangeContrastThreshold(const imImage* src_image, imImage* dst_image, int ks, int min_range) { int ret = 0; int counter = imProcessCounterBegin("RangeContrastThreshold"); imCounterTotal(counter, src_image->depthsrc_image->height, "Processing..."); thresAux = min_range; switch(src_image->data_type) { case IM_BYTE: ret = DoConvolveRankFunc((imbyte)src_image->data[0], (imbyte)dst_image->data[0], src_image->width, src_image->height, ks, ks, contrast_thres_op_byte, counter); break; case IM_SHORT: ret = DoConvolveRankFunc((short)src_image->data[0], (imbyte)dst_image->data[0], src_image->width, src_image->height, ks, ks, contrast_thres_op_short, counter); break; case IM_USHORT: ret = DoConvolveRankFunc((imushort)src_image->data[0], (imbyte)dst_image->data[0], src_image->width, src_image->height, ks, ks, contrast_thres_op_ushort, counter); break; case IM_INT: ret = DoConvolveRankFunc((int)src_image->data[0], (imbyte)dst_image->data[0], src_image->width, src_image->height, ks, ks, contrast_thres_op_int, counter); break; } imProcessCounterEnd(counter); return ret; } static imbyte max_thres_op_byte(imbyte value, int count, int center) { imbyte v = value[center], min, max; if (v < thresAux) return 0; imMinMax(value, count, min, max); if (v < max) return 0; return 1; } static short max_thres_op_short(short* value, int count, int center) { short v = value[center], min, max; if (v < thresAux) return 0; imMinMax(value, count, min, max); if (v < max) return 0; return 1; } static imushort max_thres_op_ushort(imushort* value, int count, int center) { imushort v = value[center], min, max; if (v < thresAux) return 0; imMinMax(value, count, min, max); if (v < max) return 0; return 1; } static int max_thres_op_int(int* value, int count, int center) { int v = value[center], min, max; if (v < thresAux) return 0; imMinMax(value, count, min, max); if (v < max) return 0; return 1; } int imProcessLocalMaxThreshold(const imImage* src_image, imImage* dst_image, int ks, int min_thres) { int ret = 0; int counter = imProcessCounterBegin("LocalMaxThreshold"); imCounterTotal(counter, src_image->depthsrc_image->height, "Processing..."); thresAux = min_thres; switch(src_image->data_type) { case IM_BYTE: ret = DoConvolveRankFunc((imbyte)src_image->data[0], (imbyte)dst_image->data[0], src_image->width, src_image->height, ks, ks, max_thres_op_byte, counter); break; case IM_SHORT: ret = DoConvolveRankFunc((short)src_image->data[0], (imbyte)dst_image->data[0], src_image->width, src_image->height, ks, ks, max_thres_op_short, counter); break; case IM_USHORT: ret = DoConvolveRankFunc((imushort)src_image->data[0], (imbyte)dst_image->data[0], src_image->width, src_image->height, ks, ks, max_thres_op_ushort, counter); break; case IM_INT: ret = DoConvolveRankFunc((int)src_image->data[0], (imbyte)dst_image->data[0], src_image->width, src_image->height, ks, ks, max_thres_op_int, counter); break; } imProcessCounterEnd(counter); return ret; } static imbyte rank_closest_op_byte(imbyte value, int count, int center) { imbyte v = value[center]; imbyte min, max; imMinMax(value, count, min, max); if (v - min < max - v) return min; else return max; } static imushort rank_closest_op_ushort(imushort* value, int count, int center) { imushort v = value[center]; imushort min, max; imMinMax(value, count, min, max); if (v - min < max - v) return min; else return max; } static short rank_closest_op_short(short* value, int count, int center) { short v = value[center]; short min, max; imMinMax(value, count, min, max); if (v - min < max - v) return min; else return max; } static int rank_closest_op_int(int* value, int count, int center) { int v = value[center]; int min, max; imMinMax(value, count, min, max); if (v - min < max - v) return min; else return max; } static float rank_closest_op_float(float* value, int count, int center) { float v = value[center]; float min, max; imMinMax(value, count, min, max); if (v - min < max - v) return min; else return max; } static double rank_closest_op_double(double* value, int count, int center) { double v = value[center]; double min, max; imMinMax(value, count, min, max); if (v - min < max - v) return min; else return max; } int imProcessRankClosestConvolve(const imImage* src_image, imImage* dst_image, int ks) { int i, ret = 0; int counter; counter = imProcessCounterBegin("RankClosestConvolve"); imCounterTotal(counter, src_image->depthsrc_image->height, "Processing..."); for (i = 0; i < src_image->depth; i++) { switch(src_image->data_type) { case IM_BYTE: ret = DoConvolveRankFunc((imbyte)src_image->data[i], (imbyte)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_closest_op_byte, counter); break; case IM_SHORT: ret = DoConvolveRankFunc((short)src_image->data[i], (short)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_closest_op_short, counter); break; case IM_USHORT: ret = DoConvolveRankFunc((imushort)src_image->data[i], (imushort)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_closest_op_ushort, counter); break; case IM_INT: ret = DoConvolveRankFunc((int)src_image->data[i], (int)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_closest_op_int, counter); break; case IM_FLOAT: ret = DoConvolveRankFunc((float)src_image->data[i], (float)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_closest_op_float, counter); break; case IM_DOUBLE: ret = DoConvolveRankFunc((double)src_image->data[i], (double)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_closest_op_double, counter); break; } if (!ret) break; } imProcessCounterEnd(counter); return ret; } static imbyte rank_max_op_byte(imbyte value, int count, int center) { imbyte min, max; (void)center; imMinMax(value, count, min, max); return max; } static imushort rank_max_op_ushort(imushort* value, int count, int center) { imushort min, max; (void)center; imMinMax(value, count, min, max); return max; } static short rank_max_op_short(short* value, int count, int center) { short min, max; (void)center; imMinMax(value, count, min, max); return max; } static int rank_max_op_int(int* value, int count, int center) { int min, max; (void)center; imMinMax(value, count, min, max); return max; } static float rank_max_op_float(float* value, int count, int center) { float min, max; (void)center; imMinMax(value, count, min, max); return max; } static double rank_max_op_double(double* value, int count, int center) { double min, max; (void)center; imMinMax(value, count, min, max); return max; } int imProcessRankMaxConvolve(const imImage* src_image, imImage* dst_image, int ks) { int i, ret = 0; int counter; counter = imProcessCounterBegin("RankMaxConvolve"); imCounterTotal(counter, src_image->depthsrc_image->height, "Processing..."); for (i = 0; i < src_image->depth; i++) { switch(src_image->data_type) { case IM_BYTE: ret = DoConvolveRankFunc((imbyte)src_image->data[i], (imbyte)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_max_op_byte, counter); break; case IM_SHORT: ret = DoConvolveRankFunc((short)src_image->data[i], (short)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_max_op_short, counter); break; case IM_USHORT: ret = DoConvolveRankFunc((imushort)src_image->data[i], (imushort)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_max_op_ushort, counter); break; case IM_INT: ret = DoConvolveRankFunc((int)src_image->data[i], (int)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_max_op_int, counter); break; case IM_FLOAT: ret = DoConvolveRankFunc((float)src_image->data[i], (float)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_max_op_float, counter); break; case IM_DOUBLE: ret = DoConvolveRankFunc((double)src_image->data[i], (double)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_max_op_double, counter); break; } if (!ret) break; } imProcessCounterEnd(counter); return ret; } static imbyte rank_min_op_byte(imbyte value, int count, int center) { imbyte min, max; (void)center; imMinMax(value, count, min, max); return min; } static imushort rank_min_op_ushort(imushort* value, int count, int center) { imushort min, max; (void)center; imMinMax(value, count, min, max); return min; } static short rank_min_op_short(short* value, int count, int center) { short min, max; (void)center; imMinMax(value, count, min, max); return min; } static int rank_min_op_int(int* value, int count, int center) { int min, max; (void)center; imMinMax(value, count, min, max); return min; } static float rank_min_op_float(float* value, int count, int center) { float min, max; (void)center; imMinMax(value, count, min, max); return min; } static double rank_min_op_double(double* value, int count, int center) { double min, max; (void)center; imMinMax(value, count, min, max); return min; } int imProcessRankMinConvolve(const imImage* src_image, imImage* dst_image, int ks) { int i, ret = 0; int counter; counter = imProcessCounterBegin("RankMinConvolve"); imCounterTotal(counter, src_image->depthsrc_image->height, "Processing..."); for (i = 0; i < src_image->depth; i++) { switch(src_image->data_type) { case IM_BYTE: ret = DoConvolveRankFunc((imbyte)src_image->data[i], (imbyte)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_min_op_byte, counter); break; case IM_SHORT: ret = DoConvolveRankFunc((short)src_image->data[i], (short)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_min_op_short, counter); break; case IM_USHORT: ret = DoConvolveRankFunc((imushort)src_image->data[i], (imushort)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_min_op_ushort, counter); break; case IM_INT: ret = DoConvolveRankFunc((int)src_image->data[i], (int)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_min_op_int, counter); break; case IM_FLOAT: ret = DoConvolveRankFunc((float)src_image->data[i], (float)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_min_op_float, counter); break; case IM_DOUBLE: ret = DoConvolveRankFunc((double)src_image->data[i], (double*)dst_image->data[i], src_image->width, src_image->height, ks, ks, rank_min_op_double, counter); break; } if (!ret) break; } imProcessCounterEnd(counter); return ret; }	[ "scuri@af3c9e47-74de-4ca0-9433-524f997074d0" ]	scuri@af3c9e47-74de-4ca0-9433-524f997074d0
c6dfe0f12986f040b7f134dcf78fbbf676333692	9c434860e19c54936a9c4626779690a98025b022	/include/physics/CollisionData.hpp	29546c37233ff0dba55036b38625a270a8442a76	[]	no_license	lihaisa/kabanero	2ddf8fbfbd7e774211037cde373a3e00108a899f	7b6cb99118f9acd0f373c7ecc6e6a1a0db29da2f	refs/heads/master	2021-01-11T11:33:31.464529	2016-12-18T21:25:43	2016-12-18T21:25:43	79,952,386	0	0	null	null	null	null	UTF-8	C++	false	false	596	hpp	#pragma once #include "minebombers/attachments/CollisionMaterialAttachment.hpp" #include <string> #include <memory> class CollisionData { public: CollisionData(std::string path, std::shared_ptr<CollisionMaterialAttachment> materialAttachment) : _path(path), _materialAttachment(materialAttachment) {} auto path() -> std::string { return _path; } auto collisionMaterialAttachment() -> std::shared_ptr<CollisionMaterialAttachment> { return _materialAttachment; } private: std::string _path; std::shared_ptr<CollisionMaterialAttachment> _materialAttachment; };	[ "pesola.toni@gmail.com" ]	pesola.toni@gmail.com
c0de1c6a04e639f15c36ddcb1cf7930bff9cb84b	8dc84558f0058d90dfc4955e905dab1b22d12c08	/ios/chrome/browser/ui/overlays/overlay_queue_manager_observer.h	58ef15048f9138a0a08f7ccf83646b6d3bf224cd	[ "LicenseRef-scancode-unknown-license-reference", "BSD-3-Clause" ]	permissive	meniossin/src	42a95cc6c4a9c71d43d62bc4311224ca1fd61e03	44f73f7e76119e5ab415d4593ac66485e65d700a	refs/heads/master	2022-12-16T20:17:03.747113	2020-09-03T10:43:12	2020-09-03T10:43:12	263,710,168	1	0	BSD-3-Clause	2020-05-13T18:20:09	2020-05-13T18:20:08	null	UTF-8	C++	false	false	1,145	h	// Copyright 2017 The Chromium Authors. All rights reserved. // Use of this source code is governed by a BSD-style license that can be // found in the LICENSE file. #ifndef IOS_CHROME_BROWSER_UI_OVERLAYS_OVERLAY_QUEUE_MANAGER_OBSERVER_H_ #define IOS_CHROME_BROWSER_UI_OVERLAYS_OVERLAY_QUEUE_MANAGER_OBSERVER_H_ #include "base/macros.h" class OverlayQueue; class OverlayQueueManager; // Observer class for OverlayQueueManager. class OverlayQueueManagerObserver { public: OverlayQueueManagerObserver() = default; virtual ~OverlayQueueManagerObserver() = default; // Called when an OverlayQueueManager creates \|queue\|. virtual void OverlayQueueManagerDidAddQueue(OverlayQueueManager* manager, OverlayQueue* queue) {} // Called when an OverlayQueueManager is about to remove \|queue\|. virtual void OverlayQueueManagerWillRemoveQueue(OverlayQueueManager* manager, OverlayQueue* queue) {} private: DISALLOW_COPY_AND_ASSIGN(OverlayQueueManagerObserver); }; #endif // IOS_CHROME_BROWSER_UI_OVERLAYS_OVERLAY_QUEUE_MANAGER_OBSERVER_H_	[ "arnaud@geometry.ee" ]	arnaud@geometry.ee
aeb61a18bad2f2d6442dd36bf35957b3766a96dd	2dc7792f8bbfe207f2b54f8cae08cbd29049c2ac	/RedneckEngine/Plane.h	b4b739166e8499227b67a5f10aa5dda56697cbc6	[ "MIT" ]	permissive	TheHolyBell/RedneckEngine	135ff9e8625668ef3ceec9f2fa23b45ef02937f1	3534b24de3ef5336bec9f7b04c31cbb4a5b8cc6e	refs/heads/master	2022-06-26T00:52:07.620860	2020-05-02T16:59:50	2020-05-02T16:59:50	234,753,834	0	0	null	null	null	null	UTF-8	C++	false	false	2,401	h	#pragma once #include <optional> #include "Vertex.h" #include "IndexedTriangleList.h" #include <DirectXMath.h> #include "Math.h" #include <array> class Plane { public: static IndexedTriangleList MakeTesselatedTextured(Dvtx::VertexLayout layout, int divisions_x, int divisions_y) { namespace dx = DirectX; assert(divisions_x >= 1); assert(divisions_y >= 1); constexpr float width = 2.0f; constexpr float height = 2.0f; const int nVertices_x = divisions_x + 1; const int nVertices_y = divisions_y + 1; Dvtx::VertexBuffer vb{ std::move(layout) }; { const float side_x = width / 2.0f; const float side_y = height / 2.0f; const float divisionSize_x = width / float(divisions_x); const float divisionSize_y = height / float(divisions_y); const float divisionSize_x_tc = 1.0f / float(divisions_x); const float divisionSize_y_tc = 1.0f / float(divisions_y); for (int y = 0, i = 0; y < nVertices_y; y++) { const float y_pos = float(y) * divisionSize_y - 1.0f; const float y_pos_tc = 1.0f - float(y) * divisionSize_y_tc; for (int x = 0; x < nVertices_x; x++, i++) { const float x_pos = float(x) * divisionSize_x - 1.0f; const float x_pos_tc = float(x) * divisionSize_x_tc; vb.EmplaceBack( dx::XMFLOAT3{ x_pos,y_pos,0.0f }, dx::XMFLOAT3{ 0.0f,0.0f,-1.0f }, dx::XMFLOAT2{ x_pos_tc,y_pos_tc } ); } } } std::vector<unsigned short> indices; indices.reserve(Math::sq(divisions_x * divisions_y) * 6); { const auto vxy2i = [nVertices_x](size_t x, size_t y) { return (unsigned short)(y * nVertices_x + x); }; for (size_t y = 0; y < divisions_y; y++) { for (size_t x = 0; x < divisions_x; x++) { const std::array<unsigned short, 4> indexArray = { vxy2i(x,y),vxy2i(x + 1,y),vxy2i(x,y + 1),vxy2i(x + 1,y + 1) }; indices.push_back(indexArray[0]); indices.push_back(indexArray[2]); indices.push_back(indexArray[1]); indices.push_back(indexArray[1]); indices.push_back(indexArray[2]); indices.push_back(indexArray[3]); } } } return{ std::move(vb),std::move(indices) }; } static IndexedTriangleList Make() { using Dvtx::VertexLayout; VertexLayout vl; vl.Append(VertexLayout::Position3D); vl.Append(VertexLayout::Normal); vl.Append(VertexLayout::Texture2D); return MakeTesselatedTextured(std::move(vl), 1, 1); } };	[ "kamalzubairow@gmail.com" ]	kamalzubairow@gmail.com
fcdae6432bcec04670dd6c00aa07ef5661fb5118	77bcbea313082bdd089ec0f312891eb26ea93c0d	/hotheater1/constant/ellipse/polyMesh/owner	dbc3285eb46a08af9a4a0523e937a2efeec71df5	[]	no_license	zachery-style/prolate_home	5db0d4483a864eb6cd569e16613ff3e9bc439c72	86f5cfd83cc27333982c37dd085861f226985f10	refs/heads/main	2023-04-08T15:23:34.483706	2021-04-20T17:24:41	2021-04-20T17:24:41	359,894,523	0	0	null	null	null	null	UTF-8	C++	false	false	99,170		/--------------------------------- C++ -----------------------------------\ \| ========= \| \| \| \\ / F ield \| OpenFOAM: The Open Source CFD Toolbox \| \| \\ / O peration \| Version: v2012 \| \| \\ / A nd \| Website: www.openfoam.com \| \| \\/ M anipulation \| \| \---------------------------------------------------------------------------/ FoamFile { version 2.0; format ascii; class labelList; note "nPoints:8920 nCells:6041 nFaces:20943 nInternalFaces:17049"; location "constant/ellipse/polyMesh"; object owner; } // * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * // 20943 ( 0 0 0 0 0 1 1 1 1 1 2 2 2 2 2 2 3 3 3 3 3 4 4 4 4 4 5 5 5 5 5 5 6 6 6 6 6 7 7 7 7 7 7 8 8 8 8 8 8 9 9 9 9 10 10 10 10 10 10 11 11 11 11 11 11 12 12 12 12 12 12 13 13 13 13 13 13 14 14 14 14 14 15 15 15 16 16 16 16 17 17 17 17 17 17 18 18 18 19 19 19 19 19 19 20 20 20 20 20 20 20 20 20 21 21 21 21 21 21 22 22 22 22 22 22 22 22 22 22 22 22 23 23 23 23 23 23 23 23 23 24 24 24 24 24 24 25 25 25 25 25 25 26 26 26 26 26 26 27 27 27 27 27 27 28 28 28 28 28 28 29 29 29 29 29 29 29 29 29 29 29 29 30 30 30 30 30 30 31 31 31 31 31 31 32 32 32 32 32 32 33 33 33 34 34 34 34 34 34 35 35 35 35 35 35 36 36 36 36 36 36 36 36 36 37 37 37 37 37 38 38 38 38 38 38 39 39 39 39 39 39 40 40 40 40 40 40 41 41 41 41 41 41 41 41 41 41 41 41 42 42 42 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 44 44 44 44 44 44 45 45 45 45 45 45 46 46 46 46 46 46 47 47 47 47 47 47 47 47 47 47 47 47 48 48 48 48 48 48 49 49 49 49 49 49 50 50 50 50 50 50 51 51 51 51 51 51 51 51 51 51 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4758 4760 4761 4762 4762 4762 4763 4763 4764 4765 4765 4765 4766 4766 4767 4767 4776 4768 4768 4771 4773 4774 4774 4775 4777 4776 4778 4778 4780 4779 4782 4781 4782 4782 4784 4784 4783 4784 4785 4789 4787 4785 4786 4788 4790 4789 4791 4793 4792 4794 4794 ) // ************************************************************************* //	[ "zachery.style@mines.sdsmt.edu" ]	zachery.style@mines.sdsmt.edu
579ab65e4e4fb5048c67567ee5ebdb6e68f33a29	0ca4a1b70fecd20b240534b1a65b843d7f268fcb	/C++/DisplayPanel/weathersettings.h	84a7687fa683155822cad79f01131406dffde17a	[]	no_license	Smart-controller/PC-Panel-Display	da1a87ceaca022d7613cd40cfebfcacb68d1be4d	dfd67219e08236381e35e82c8036ebcd9c0cee18	refs/heads/master	2021-01-21T15:37:22.107466	2015-06-14T06:49:00	2015-06-14T06:49:00	null	0	0	null	null	null	null	UTF-8	C++	false	false	421	h	#ifndef WEATHERSETTINGS_H #define WEATHERSETTINGS_H #include "inifunctions.h" #include <QWidget> namespace Ui { class WeatherSettings; } class WeatherSettings : public QWidget { Q_OBJECT public: explicit WeatherSettings(QWidget parent = 0); ~WeatherSettings(); IniFunctions ini; private slots: void on_DoneButton_clicked(); private: Ui::WeatherSettings ui; }; #endif // WEATHERSETTINGS_H	[ "danj.scripter@gmail.com" ]	danj.scripter@gmail.com
acb802374bfbab2a0661558e77388cf5c9c79fb9	0f2b08b31fab269c77d4b14240b8746a3ba17d5e	/onnxruntime/test/providers/cpu/math/cumsum_test.cc	845530c58804fdc97812be881374132f04e7b26a	[ "MIT" ]	permissive	microsoft/onnxruntime	f75aa499496f4d0a07ab68ffa589d06f83b7db1d	5e747071be882efd6b54d7a7421042e68dcd6aff	refs/heads/main	2023-09-04T03:14:50.888927	2023-09-02T07:16:28	2023-09-02T07:16:28	156,939,672	9,912	2,451	MIT	2023-09-14T21:22:46	2018-11-10T02:22:53	C++	UTF-8	C++	false	false	13,944	cc	// Copyright (c) Microsoft Corporation. All rights reserved. // Licensed under the MIT License. #include "gtest/gtest.h" #include "test/providers/provider_test_utils.h" #include "test/util/include/default_providers.h" #include "core/util/math.h" namespace onnxruntime { namespace test { TEST(CumSumTest, _1DTest) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddInput<float>("x", {5}, {1., 2., 3., 4., 5.}); // Pass in 0D Axis for all OpenVINO tests, and keep one 1D Axis test for coverage. #ifdef USE_OPENVINO test.AddInput<int32_t>("axis", {}, {0}); #else test.AddInput<int32_t>("axis", {1}, {0}); #endif test.AddOutput<float>("y", {5}, {1., 3., 6., 10., 15.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _1DTestFloat16) { if (DefaultCudaExecutionProvider().get() != nullptr) { OpTester test("CumSum", 14, onnxruntime::kOnnxDomain); test.AddInput<MLFloat16>("x", {3}, {MLFloat16(1.0f), MLFloat16(2.0f), MLFloat16(3.0f)}); test.AddInput<int32_t>("axis", {}, {0}); test.AddOutput<MLFloat16>("y", {3}, {MLFloat16(1.0f), MLFloat16(3.0f), MLFloat16(6.0f)}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider, kCpuExecutionProvider}); } } TEST(CumSumTest, _1DTestInvalidAxis) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddInput<float>("x", {5}, {1., 2., 3., 4., 5.}); test.AddInput<int32_t>("axis", {}, {-3}); test.AddOutput<float>("y", {5}, {1., 3., 6., 10., 15.}); test.Run(OpTester::ExpectResult::kExpectFailure, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _1DTestNegAxis) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddInput<float>("x", {5}, {1., 2., 3., 4., 5.}); test.AddInput<int32_t>("axis", {}, {-1}); test.AddOutput<float>("y", {5}, {1., 3., 6., 10., 15.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _1DTestExclusive) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddAttribute<int64_t>("exclusive", 1); test.AddInput<float>("x", {5}, {1., 2., 3., 4., 5.}); test.AddInput<int32_t>("axis", {}, {0}); test.AddOutput<float>("y", {5}, {0., 1., 3., 6., 10.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } // GH13165. TEST(CumSumTest, _1DTestExclusiveAxisHasSingleValue) { { // forward OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddAttribute<int64_t>("exclusive", 1); test.AddInput<float>("x", {1, 2}, {1., 2.}); test.AddInput<int32_t>("axis", {}, {0}); // dim value of axis is 1 test.AddOutput<float>("y", {1, 2}, {0., 0.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } { // reverse OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddAttribute<int64_t>("exclusive", 1); test.AddAttribute<int64_t>("reverse", 1); test.AddInput<float>("x", {1, 2}, {1., 2.}); test.AddInput<int32_t>("axis", {}, {0}); // dim value of axis is 1 test.AddOutput<float>("y", {1, 2}, {0., 0.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } } TEST(CumSumTest, _2DTestAxis0) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddInput<float>("x", {2, 3}, {1., 2., 3., 4., 5., 6.}); test.AddInput<int32_t>("axis", {}, {0}); test.AddOutput<float>("y", {2, 3}, {1., 2., 3., 5., 7., 9.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _2DTestAxis1) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddInput<float>("x", {2, 3}, {1., 2., 3., 4., 5., 6.}); test.AddInput<int32_t>("axis", {}, {1}); test.AddOutput<float>("y", {2, 3}, {1., 3., 6., 4., 9., 15.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _2DTestExclusiveAxis0) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddAttribute<int64_t>("exclusive", 1); test.AddInput<float>("x", {2, 3}, {1., 2., 3., 4., 5., 6.}); test.AddInput<int32_t>("axis", {}, {0}); test.AddOutput<float>("y", {2, 3}, {0., 0., 0., 1., 2., 3}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _2DTestExclusiveAxis1) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddAttribute<int64_t>("exclusive", 1); test.AddInput<float>("x", {2, 3}, {1., 2., 3., 4., 5., 6.}); test.AddInput<int32_t>("axis", {}, {1}); test.AddOutput<float>("y", {2, 3}, {0., 1., 3., 0., 4., 9.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _3DTestAxis0) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddInput<float>("x", {2, 3, 4}, {1., 2., 3., 4., 5., 6., 7., 8., 9., 10., 11., 12., 13., 14., 15., 16., 17., 18., 19., 20., 21., 22., 23., 24.}); test.AddInput<int32_t>("axis", {}, {0}); test.AddOutput<float>("y", {2, 3, 4}, {1., 2., 3., 4., 5., 6., 7., 8., 9., 10., 11., 12., 14., 16., 18., 20., 22., 24., 26., 28., 30., 32., 34., 36.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _3DTestAxis1) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddInput<float>("x", {2, 3, 4}, {1., 2., 3., 4., 5., 6., 7., 8., 9., 10., 11., 12., 13., 14., 15., 16., 17., 18., 19., 20., 21., 22., 23., 24.}); test.AddInput<int32_t>("axis", {}, {1}); test.AddOutput<float>("y", {2, 3, 4}, {1., 2., 3., 4., 6., 8., 10., 12., 15., 18., 21., 24., 13., 14., 15., 16., 30., 32., 34., 36., 51., 54., 57., 60.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _3DTestAxis2) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddInput<float>("x", {2, 3, 4}, {1., 2., 3., 4., 5., 6., 7., 8., 9., 10., 11., 12., 13., 14., 15., 16., 17., 18., 19., 20., 21., 22., 23., 24.}); test.AddInput<int32_t>("axis", {}, {2}); test.AddOutput<float>("y", {2, 3, 4}, {1., 3., 6., 10., 5., 11., 18., 26., 9., 19., 30., 42., 13., 27., 42., 58., 17., 35., 54., 74., 21., 43., 66., 90.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _3DTestAxis0Exclusive) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddAttribute<int64_t>("exclusive", 1); test.AddInput<float>("x", {2, 3, 4}, {1., 2., 3., 4., 5., 6., 7., 8., 9., 10., 11., 12., 13., 14., 15., 16., 17., 18., 19., 20., 21., 22., 23., 24.}); test.AddInput<int32_t>("axis", {}, {0}); test.AddOutput<float>("y", {2, 3, 4}, {0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 1., 2., 3., 4., 5., 6., 7., 8., 9., 10., 11., 12.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _3DTestAxis1Exclusive) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddAttribute<int64_t>("exclusive", 1); test.AddInput<float>("x", {2, 3, 4}, {1., 2., 3., 4., 5., 6., 7., 8., 9., 10., 11., 12., 13., 14., 15., 16., 17., 18., 19., 20., 21., 22., 23., 24.}); test.AddInput<int32_t>("axis", {}, {1}); test.AddOutput<float>("y", {2, 3, 4}, {0., 0., 0., 0., 1., 2., 3., 4., 6., 8., 10., 12., 0., 0., 0., 0., 13., 14., 15., 16., 30., 32., 34., 36.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _3DTestAxis2Exclusive) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddAttribute<int64_t>("exclusive", 1); test.AddInput<float>("x", {2, 3, 4}, {1., 2., 3., 4., 5., 6., 7., 8., 9., 10., 11., 12., 13., 14., 15., 16., 17., 18., 19., 20., 21., 22., 23., 24.}); test.AddInput<int32_t>("axis", {}, {2}); test.AddOutput<float>("y", {2, 3, 4}, {0., 1., 3., 6., 0., 5., 11., 18., 0., 9., 19., 30., 0., 13., 27., 42., 0., 17., 35., 54., 0., 21., 43., 66.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _1DTestReverse) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddAttribute<int64_t>("reverse", 1); test.AddInput<float>("x", {5}, {1., 2., 3., 4., 5.}); test.AddInput<int32_t>("axis", {}, {0}); test.AddOutput<float>("y", {5}, {15., 14., 12., 9., 5.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _1DTestReverseExclusive) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddAttribute<int64_t>("exclusive", 1); test.AddAttribute<int64_t>("reverse", 1); test.AddInput<float>("x", {5}, {1., 2., 3., 4., 5.}); test.AddInput<int32_t>("axis", {}, {0}); test.AddOutput<float>("y", {5}, {14., 12., 9., 5., 0.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _3DTestAxis0Reverse) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddAttribute<int64_t>("reverse", 1); test.AddInput<float>("x", {2, 3, 4}, {1., 2., 3., 4., 5., 6., 7., 8., 9., 10., 11., 12., 13., 14., 15., 16., 17., 18., 19., 20., 21., 22., 23., 24.}); test.AddInput<int32_t>("axis", {}, {0}); test.AddOutput<float>("y", {2, 3, 4}, {14., 16., 18., 20., 22., 24., 26., 28., 30., 32., 34., 36., 13., 14., 15., 16., 17., 18., 19., 20., 21., 22., 23., 24.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _3DTestAxis1Reverse) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddAttribute<int64_t>("reverse", 1); test.AddInput<float>("x", {2, 3, 4}, {1., 2., 3., 4., 5., 6., 7., 8., 9., 10., 11., 12., 13., 14., 15., 16., 17., 18., 19., 20., 21., 22., 23., 24.}); test.AddInput<int32_t>("axis", {}, {1}); test.AddOutput<float>("y", {2, 3, 4}, {15., 18., 21., 24., 14., 16., 18., 20., 9., 10., 11., 12., 51., 54., 57., 60., 38., 40., 42., 44., 21., 22., 23., 24.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _3DTestAxis2Reverse) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddAttribute<int64_t>("reverse", 1); test.AddInput<float>("x", {2, 3, 4}, {1., 2., 3., 4., 5., 6., 7., 8., 9., 10., 11., 12., 13., 14., 15., 16., 17., 18., 19., 20., 21., 22., 23., 24.}); test.AddInput<int32_t>("axis", {}, {2}); test.AddOutput<float>("y", {2, 3, 4}, {10., 9., 7., 4., 26., 21., 15., 8., 42., 33., 23., 12., 58., 45., 31., 16., 74., 57., 39., 20., 90., 69., 47., 24.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _3DTestAxis0ReverseExclusive) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddAttribute<int64_t>("reverse", 1); test.AddAttribute<int64_t>("exclusive", 1); test.AddInput<float>("x", {2, 3, 4}, {1., 2., 3., 4., 5., 6., 7., 8., 9., 10., 11., 12., 13., 14., 15., 16., 17., 18., 19., 20., 21., 22., 23., 24.}); test.AddInput<int32_t>("axis", {}, {0}); test.AddOutput<float>("y", {2, 3, 4}, {13., 14., 15., 16., 17., 18., 19., 20., 21., 22., 23., 24., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _3DTestAxis1ReverseExclusive) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddAttribute<int64_t>("reverse", 1); test.AddAttribute<int64_t>("exclusive", 1); test.AddInput<float>("x", {2, 3, 4}, {1., 2., 3., 4., 5., 6., 7., 8., 9., 10., 11., 12., 13., 14., 15., 16., 17., 18., 19., 20., 21., 22., 23., 24.}); test.AddInput<int32_t>("axis", {}, {1}); test.AddOutput<float>("y", {2, 3, 4}, {14., 16., 18., 20., 9., 10., 11., 12., 0., 0., 0., 0., 38., 40., 42., 44., 21., 22., 23., 24., 0., 0., 0., 0.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _3DTestAxis2ReverseExclusive) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddAttribute<int64_t>("reverse", 1); test.AddAttribute<int64_t>("exclusive", 1); test.AddInput<float>("x", {2, 3, 4}, {1., 2., 3., 4., 5., 6., 7., 8., 9., 10., 11., 12., 13., 14., 15., 16., 17., 18., 19., 20., 21., 22., 23., 24.}); test.AddInput<int32_t>("axis", {}, {2}); test.AddOutput<float>("y", {2, 3, 4}, {9., 7., 4., 0., 21., 15., 8., 0., 33., 23., 12., 0., 45., 31., 16., 0., 57., 39., 20., 0., 69., 47., 24., 0.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _1DTestInt32) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddInput<int32_t>("x", {5}, {1, 2, 3, 4, 5}); test.AddInput<int32_t>("axis", {}, {0}); test.AddOutput<int32_t>("y", {5}, {1, 3, 6, 10, 15}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _1DTestInt64) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddInput<int64_t>("x", {5}, {1, 2, 3, 4, 5}); test.AddInput<int32_t>("axis", {}, {0}); test.AddOutput<int64_t>("y", {5}, {1, 3, 6, 10, 15}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _1DTestdouble) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddInput<double>("x", {5}, {1., 2., 3., 4., 5.}); test.AddInput<int32_t>("axis", {}, {0}); test.AddOutput<double>("y", {5}, {1., 3., 6., 10., 15.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } TEST(CumSumTest, _1DTestdouble_WithInt64Axis) { OpTester test("CumSum", 11, onnxruntime::kOnnxDomain); test.AddInput<double>("x", {5}, {1., 2., 3., 4., 5.}); test.AddInput<int64_t>("axis", {}, {0}); test.AddOutput<double>("y", {5}, {1., 3., 6., 10., 15.}); test.Run(OpTester::ExpectResult::kExpectSuccess, "", {kTensorrtExecutionProvider}); } } // namespace test } // namespace onnxruntime	[ "noreply@github.com" ]	microsoft.noreply@github.com
15872a7a802d4a773324b89e8740d4663ae06609	9a3b9d80afd88e1fa9a24303877d6e130ce22702	/src/Providers/UNIXProviders/EndpointInArea/UNIX_EndpointInArea_HPUX.hxx	8d82a24fbf885c721fd223c41ecd23d37455d439	[ "MIT" ]	permissive	brunolauze/openpegasus-providers	3244b76d075bc66a77e4ed135893437a66dd769f	f24c56acab2c4c210a8d165bb499cd1b3a12f222	refs/heads/master	2020-04-17T04:27:14.970917	2015-01-04T22:08:09	2015-01-04T22:08:09	19,707,296	0	0	null	null	null	null	UTF-8	C++	false	false	1,812	hxx	//%LICENSE//////////////////////////////////////////////////////////////// // // Licensed to The Open Group (TOG) under one or more contributor license // agreements. Refer to the OpenPegasusNOTICE.txt file distributed with // this work for additional information regarding copyright ownership. // Each contributor licenses this file to you under the OpenPegasus Open // Source License; you may not use this file except in compliance with the // License. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY // CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, // TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE // SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. // ////////////////////////////////////////////////////////////////////////// // //%///////////////////////////////////////////////////////////////////////// #ifdef PEGASUS_OS_HPUX #ifndef __UNIX_ENDPOINTINAREA_PRIVATE_H #define __UNIX_ENDPOINTINAREA_PRIVATE_H #endif #endif	[ "brunolauze@msn.com" ]	brunolauze@msn.com
53344d2f14e0db041a2f96d5b90f6594b13f0896	ee797c5b1e2b0fb739b43fe5a8c64bbb6e9a8ee7	/src/rpi_video.cpp	178a45575b29e60689e89a3af72fd8b58f0b91bf	[ "MIT" ]	permissive	GuiPinto/aminogfx-gl	ebb5abe92e2c5cad460276038b4ec8736855e149	6cb0f76ed0f9b7c94f591b0ca5272c18c07b649e	refs/heads/master	2020-04-30T18:38:19.178544	2018-10-04T18:04:05	2018-10-04T18:04:05	null	0	0	null	null	null	null	UTF-8	C++	false	false	52,243	cpp	#include "rpi_video.h" #include "rpi.h" #include "bcm_host.h" #include "interface/vchiq_arm/vchiq_if.h" #include <linux/input.h> #include <dirent.h> #include <stdio.h> #include <semaphore.h> #include <sstream> #define DEBUG_OMX false #define DEBUG_OMX_READ false #define DEBUG_OMX_BUFFER false #define DEBUG_OMX_ERRORS true #define DEBUG_VIDEO_TIMING false /* * Buffers. * * 1) video 1080p@30, display 1080p@60, high bitrate * * - 3 buffers: 27 fps * - 4 buffers: 27 fps * - 8 buffers: 27 fps (no improvement) * * Summary: buffers do not influence playback performance / #define OMX_EGL_BUFFERS 4 // // AminoOmxVideoPlayer // AminoOmxVideoPlayer::AminoOmxVideoPlayer(AminoTexture texture, AminoVideo video): AminoVideoPlayer(texture, video) { //init memory buffers memset(list, 0, sizeof list); memset(tunnel, 0, sizeof tunnel); //semaphore int res = uv_sem_init(&pauseSem, 0); int res2 = uv_sem_init(&textureSem, 0); assert(res == 0); assert(res2 == 0); //egl eglImages = new EGLImageKHR[OMX_EGL_BUFFERS]; eglBuffers = new OMX_BUFFERHEADERTYPE[OMX_EGL_BUFFERS]; for (int i = 0; i < OMX_EGL_BUFFERS; i++) { eglImages[i] = EGL_NO_IMAGE_KHR; eglBuffers[i] = NULL; if (i > 1) { textureNew.push(i); } } //locks uv_mutex_init(&bufferLock); uv_mutex_init(&destroyLock); } AminoOmxVideoPlayer::~AminoOmxVideoPlayer() { destroyAminoOmxVideoPlayer(); //semaphore uv_sem_destroy(&pauseSem); uv_sem_destroy(&textureSem); //eglImages delete[] eglImages; delete[] eglBuffers; //locks uv_mutex_destroy(&bufferLock); uv_mutex_destroy(&destroyLock); } /** * Initialize the video player. / void AminoOmxVideoPlayer::init() { //we are on the OpenGL thread if (DEBUG_OMX) { printf("-> init OMX video player\n"); } //stream assert(stream); if (!stream->init()) { lastError = stream->getLastError(); delete stream; stream = NULL; handleInitDone(false); return; } //check format if (!stream->isH264()) { if (!stream->getDemuxer()) { lastError = "unsupported format"; delete stream; stream = NULL; handleInitDone(false); } softwareDecoding = true; threadRunning = true; #ifdef USE_OMX_VCOS_THREAD VCOS_STATUS_T res = vcos_thread_create(&thread, "decoder thread", NULL, &decoderThread, this); assert(res == VCOS_SUCCESS); #else int res = uv_thread_create(&thread, decoderThread, this); assert(res == 0); #endif return; } //create OMX thread threadRunning = true; #ifdef USE_OMX_VCOS_THREAD VCOS_STATUS_T res = vcos_thread_create(&thread, "OMX thread", NULL, &omxThread, this); assert(res == VCOS_SUCCESS); #else int res = uv_thread_create(&thread, omxThread, this); assert(res == 0); #endif } /* * Init video stream (on main stream). / bool AminoOmxVideoPlayer::initStream() { if (DEBUG_OMX) { printf("-> init stream\n"); } assert(video); assert(!stream); stream = new VideoFileStream(video->getPlaybackSource(), video->getPlaybackOptions()); return stream != NULL; } /* * Destroy placer. / void AminoOmxVideoPlayer::destroy() { if (destroyed) { return; } //instance destroyAminoOmxVideoPlayer(); //base class AminoVideoPlayer::destroy(); } /* * Destroy OMX player instance. / void AminoOmxVideoPlayer::destroyAminoOmxVideoPlayer() { //stop playback stopOmx(); //free EGL texture AminoGfxRPi gfx = static_cast<AminoGfxRPi >(texture->getEventHandler()); assert(gfx); for (int i = 0; i < OMX_EGL_BUFFERS; i++) { EGLImageKHR eglImage = eglImages[i]; if (eglImage != EGL_NO_IMAGE_KHR) { gfx->destroyEGLImage(eglImage); eglImages[i] = EGL_NO_IMAGE_KHR; } } } /* * Close the stream. / void AminoOmxVideoPlayer::closeStream() { if (stream) { delete stream; stream = NULL; } } /* * OMX thread. / void AminoOmxVideoPlayer::omxThread(void arg) { AminoOmxVideoPlayer player = static_cast<AminoOmxVideoPlayer >(arg); assert(player); //init OMX player->initOmx(); //close stream player->closeStream(); //done player->threadRunning = false; return NULL; } /* * OMX buffer callback. * * Note: egl_render buffer output buffer was filled. / void AminoOmxVideoPlayer::handleFillBufferDone(void data, COMPONENT_T comp) { AminoOmxVideoPlayer player = static_cast<AminoOmxVideoPlayer >(data); assert(player); if (DEBUG_OMX_BUFFER) { printf("OMX: handleFillBufferDone() %p\n", comp); } //check state if (player->omxDestroyed) { //Note: last call happens while destroying OMX instance! return; } //fill the next buffer (and write to texture) uv_mutex_lock(&player->bufferLock); //debug //printf("-> filled: %i\n", player->textureFilling); player->textureReady.push(player->textureFilling); if (!player->textureNew.empty()) { //use new player->textureFilling = player->textureNew.front(); player->textureNew.pop(); } else { //stop filling player->textureFilling = -1; //debug //printf("-> buffering paused\n"); } uv_mutex_unlock(&player->bufferLock); player->omxFillNextEglBuffer(); } /* * Get an OMX error as string. / std::string AminoOmxVideoPlayer::getOmxError(OMX_S32 err) { switch (err) { case OMX_ErrorNone: //No error. return "OMX_ErrorNone"; case OMX_ErrorInsufficientResources: //There were insufficient resources to perform the requested operation. return "OMX_ErrorInsufficientResources"; case OMX_ErrorUndefined: //There was an error, but the cause of the error could not be determined. return "OMX_ErrorUndefined"; case OMX_ErrorInvalidComponentName: //The component name string was not valid. return "OMX_ErrorInvalidComponentName"; case OMX_ErrorComponentNotFound: //No component with the specified name string was found. return "OMX_ErrorComponentNotFound"; case OMX_ErrorInvalidComponent: //The component specified did not have a "OMX_ComponentInit" or "OMX_ComponentDeInit entry point. return "OMX_ErrorInvalidComponent"; case OMX_ErrorBadParameter: //One or more parameters were not valid. return "OMX_ErrorBadParameter"; case OMX_ErrorNotImplemented: //The requested function is not implemented. return "OMX_ErrorNotImplemented"; case OMX_ErrorUnderflow: //The buffer was emptied before the next buffer was ready. return "OMX_ErrorUnderflow"; case OMX_ErrorOverflow: //The buffer was not available when it was needed. return "OMX_ErrorOverflow"; case OMX_ErrorHardware: //The hardware failed to respond as expected. return "OMX_ErrorHardware"; case OMX_ErrorInvalidState: //The component is in the state OMX_StateInvalid. return "OMX_ErrorInvalidState"; case OMX_ErrorStreamCorrupt: //Stream is found to be corrupt. return "OMX_ErrorStreamCorrupt"; case OMX_ErrorPortsNotCompatible: //Ports being connected are not compatible. return "OMX_ErrorPortsNotCompatible"; case OMX_ErrorResourcesLost: //Resources allocated to an idle component have been lost resulting in the component returning to the loaded state. return "OMX_ErrorResourcesLost"; case OMX_ErrorNoMore: //No more indicies can be enumerated. return "OMX_ErrorNoMore"; case OMX_ErrorVersionMismatch: //The component detected a version mismatch. return "OMX_ErrorVersionMismatch"; case OMX_ErrorNotReady: //The component is not ready to return data at this time. return "OMX_ErrorNotReady"; case OMX_ErrorTimeout: //There was a timeout that occurred. return "OMX_ErrorTimeout"; case OMX_ErrorSameState: //This error occurs when trying to transition into the state you are already in. return "OMX_ErrorSameState"; case OMX_ErrorResourcesPreempted: //Resources allocated to an executing or paused component have been preempted, causing the component to return to the idle state. return "OMX_ErrorResourcesPreempted"; case OMX_ErrorPortUnresponsiveDuringAllocation: //A non-supplier port sends this error to the IL client (via the EventHandler callback) during the allocation of buffers (on a transition from the LOADED to the IDLE state or on a port restart) when it deems that it has waited an unusually long time for the supplier to send it an allocated buffer via a UseBuffer call. return "OMX_ErrorPortUnresponsiveDuringAllocation"; case OMX_ErrorPortUnresponsiveDuringDeallocation: //A non-supplier port sends this error to the IL client (via the EventHandler callback) during the deallocation of buffers (on a transition from the IDLE to LOADED state or on a port stop) when it deems that it has waited an unusually long time for the supplier to request the deallocation of a buffer header via a FreeBuffer call. return "OMX_ErrorPortUnresponsiveDuringDeallocation"; case OMX_ErrorPortUnresponsiveDuringStop: //A supplier port sends this error to the IL client (via the EventHandler callback) during the stopping of a port (either on a transition from the IDLE to LOADED state or a port stop) when it deems that it has waited an unusually long time for the non-supplier to return a buffer via an EmptyThisBuffer or FillThisBuffer call. return "OMX_ErrorPortUnresponsiveDuringStop"; case OMX_ErrorIncorrectStateTransition: //Attempting a state transtion that is not allowed. return "OMX_ErrorIncorrectStateTransition"; case OMX_ErrorIncorrectStateOperation: //Attempting a command that is not allowed during the present state. return "OMX_ErrorIncorrectStateOperation"; case OMX_ErrorUnsupportedSetting: //The values encapsulated in the parameter or config structure are not supported. return "OMX_ErrorUnsupportedSetting"; case OMX_ErrorUnsupportedIndex: //The parameter or config indicated by the given index is not supported. return "OMX_ErrorUnsupportedIndex"; case OMX_ErrorBadPortIndex: //The port index supplied is incorrect. return "OMX_ErrorBadPortIndex"; case OMX_ErrorPortUnpopulated: //The port has lost one or more of its buffers and it thus unpopulated. return "OMX_ErrorPortUnpopulated"; case OMX_ErrorComponentSuspended: //Component suspended due to temporary loss of resources. return "OMX_ErrorComponentSuspended"; case OMX_ErrorDynamicResourcesUnavailable: //Component suspended due to an inability to acquire dynamic resources. return "OMX_ErrorDynamicResourcesUnavailable"; case OMX_ErrorMbErrorsInFrame: //When the macroblock error reporting is enabled the component returns new error for every frame that has errors. return "OMX_ErrorMbErrorsInFrame"; case OMX_ErrorFormatNotDetected: //A component reports this error when it cannot parse or determine the format of an input stream. return "OMX_ErrorFormatNotDetected"; case OMX_ErrorContentPipeOpenFailed: //The content open operation failed. return "OMX_ErrorContentPipeOpenFailed"; case OMX_ErrorContentPipeCreationFailed: //The content creation operation failed. return "OMX_ErrorContentPipeCreationFailed"; case OMX_ErrorSeperateTablesUsed: //Separate table information is being used. return "OMX_ErrorSeperateTablesUsed"; case OMX_ErrorTunnelingUnsupported: //Tunneling is unsupported by the component. return "OMX_ErrorTunnelingUnsupported"; //OMX_ErrorKhronosExtensions 0x8F000000 (Reserved region for introducing Khronos Standard Extensions.) //OMX_ErrorVendorStartUnused 0x90000000 (Reserved region for introducing Vendor Extensions) case OMX_ErrorDiskFull: //Disk Full error. return "OMX_ErrorDiskFull"; case OMX_ErrorMaxFileSize: //Max file size is reached. return "OMX_ErrorMaxFileSize"; case OMX_ErrorDrmUnauthorised: //Unauthorised to play a DRM protected file. return "OMX_ErrorDrmUnauthorised"; case OMX_ErrorDrmExpired: //The DRM protected file has expired. return "OMX_ErrorDrmExpired"; case OMX_ErrorDrmGeneral: //Some other DRM library error. return "OMX_ErrorDrmGeneral"; } //unknown error std::stringstream ss; ss << "unknown OMX error: 0x" << std::hex << err; return ss.str(); } /* * IL client reported errors. / void AminoOmxVideoPlayer::omxErrorHandler(void userData, COMPONENT_T comp, OMX_U32 data) { //see http://maemo.org/api_refs/5.0/beta/libomxil-bellagio/_o_m_x___core_8h.html //filter harmless errors OMX_S32 err = data; if (err == OMX_ErrorSameState) { return; } //output std::string error = getOmxError(err); fprintf(stderr, "OMX error: %s\n", error.c_str()); } /* * Initialize OpenMax. / bool AminoOmxVideoPlayer::initOmx() { int status = 0; COMPONENT_T video_decode = NULL; COMPONENT_T clock = NULL; COMPONENT_T video_scheduler = NULL; if (DEBUG_OMX) { printf("-> init OMX\n"); } //VCOS log statements (Note: VCOS_LOG_CATEGORY has to be defined first) //vcos_log_set_level(VCOS_LOG_CATEGORY, VCOS_LOG_TRACE); //init il client client = ilclient_init(); if (!client) { lastError = "could not initialize ilclient"; status = -1; goto end; } //set error handler if (DEBUG_OMX_ERRORS) { ilclient_set_error_callback(client, omxErrorHandler, this); } //set EOS callback //TODO check if call works as expected //ilclient_set_eos_callback(handle, omxEosHandler, NULL); //init OMX if (OMX_Init() != OMX_ErrorNone) { lastError = "could not initialize OMX"; status = -2; goto end; } //buffer callback ilclient_set_fill_buffer_done_callback(client, handleFillBufferDone, this); //create video_decode (input buffer) if (ilclient_create_component(client, &video_decode, "video_decode", (ILCLIENT_CREATE_FLAGS_T)(ILCLIENT_DISABLE_ALL_PORTS \| ILCLIENT_ENABLE_INPUT_BUFFERS)) != 0) { lastError = "video_decode error"; status = -10; goto end; } list[0] = video_decode; //create egl_render (output buffer) if (ilclient_create_component(client, &egl_render, "egl_render", (ILCLIENT_CREATE_FLAGS_T)(ILCLIENT_DISABLE_ALL_PORTS \| ILCLIENT_ENABLE_OUTPUT_BUFFERS)) != 0) { lastError = "egl_render error"; status = -11; goto end; } list[1] = egl_render; //create clock if (ilclient_create_component(client, &clock, "clock", (ILCLIENT_CREATE_FLAGS_T)ILCLIENT_DISABLE_ALL_PORTS) != 0) { lastError = "clock error"; status = -12; goto end; } list[2] = clock; //config clock (waiting for start time) OMX_TIME_CONFIG_CLOCKSTATETYPE cstate; memset(&cstate, 0, sizeof cstate); cstate.nSize = sizeof cstate; cstate.nVersion.nVersion = OMX_VERSION; cstate.eState = OMX_TIME_ClockStateWaitingForStartTime; cstate.nWaitMask = OMX_CLOCKPORT0; /* cstate.nOffset.nLowPart = -200 * 1000; //200 ms cstate.nOffset.nHighPart = 0; / if (OMX_SetParameter(ILC_GET_HANDLE(clock), OMX_IndexConfigTimeClockState, &cstate) != OMX_ErrorNone) { lastError = "could not set clock"; status = -13; goto end; } //HDMI sync (Note: not well documented; seeing no effect, probably not needed) OMX_CONFIG_LATENCYTARGETTYPE lt; memset(&lt, 0, sizeof lt); lt.nSize = sizeof lt; lt.nVersion.nVersion = OMX_VERSION; lt.nPortIndex = OMX_ALL; lt.bEnabled = OMX_TRUE; lt.nFilter = 10; lt.nTarget = 0; lt.nShift = 3; lt.nSpeedFactor = -60; lt.nInterFactor = 100; lt.nAdjCap = 100; / lt.nPortIndex = OMX_ALL; lt.bEnabled = OMX_TRUE; lt.nFilter = 2; lt.nTarget = 4000; lt.nShift = 3; lt.nSpeedFactor = -135; lt.nInterFactor = 500; lt.nAdjCap = 20; / if (OMX_SetConfig(ILC_GET_HANDLE(clock), OMX_IndexConfigLatencyTarget, &lt) != OMX_ErrorNone) { lastError = "could not set clock latency"; status = -14; goto end; } //create video_scheduler if (ilclient_create_component(client, &video_scheduler, "video_scheduler", (ILCLIENT_CREATE_FLAGS_T)ILCLIENT_DISABLE_ALL_PORTS) != 0) { lastError = "video_scheduler error"; status = -15; goto end; } list[3] = video_scheduler; //set tunnels (source & sink ports) set_tunnel(tunnel, video_decode, 131, video_scheduler, 10); set_tunnel(tunnel + 1, video_scheduler, 11, egl_render, 220); set_tunnel(tunnel + 2, clock, 80, video_scheduler, 12); //setup clock tunnel first if (ilclient_setup_tunnel(tunnel + 2, 0, 0) != 0) { lastError = "tunnel setup error"; status = -16; goto end; } //video reference clock OMX_TIME_CONFIG_ACTIVEREFCLOCKTYPE arct; memset(&arct, 0, sizeof arct); arct.nSize = sizeof arct; arct.nVersion.nVersion = OMX_VERSION; arct.eClock = OMX_TIME_RefClockVideo; if (OMX_SetConfig(ILC_GET_HANDLE(clock), OMX_IndexConfigTimeActiveRefClock, &arct) != OMX_ErrorNone) { lastError = "could not set reference clock type"; status = -160; goto end; } //set speed setOmxSpeed(1 << 16); //switch clock to executing state ilclient_change_component_state(clock, OMX_StateExecuting); //switch video decoder to idle state ilclient_change_component_state(video_decode, OMX_StateIdle); //video format OMX_VIDEO_PARAM_PORTFORMATTYPE format; memset(&format, 0, sizeof format); format.nSize = sizeof format; format.nVersion.nVersion = OMX_VERSION; format.nPortIndex = 130; //input format.eCompressionFormat = OMX_VIDEO_CodingAVC; //H264 format.xFramerate = getOmxFramerate(); / * TODO more formats * * - OMX_VIDEO_CodingMPEG4 non-H264 MP4 formats (H263, DivX, ...) * - OMX_VIDEO_CodingMPEG2 needs license * - OMX_VIDEO_CodingTheora Theora / if (OMX_SetParameter(ILC_GET_HANDLE(video_decode), OMX_IndexParamVideoPortFormat, &format) != OMX_ErrorNone) { lastError = "could not set video format"; status = -17; goto end; } //show video_decode buffer sizes / printf("video_decode input buffers:\n"); showOmxBufferInfo(video_decode, 130); //buffers=20 minBuffer=1 bufferSize=81920) printf("video_decode output buffers:\n"); showOmxBufferInfo(video_decode, 131); //buffers=1 minBuffer=1 bufferSize=115200 / //free extra buffers OMX_PARAM_U32TYPE eb; memset(&eb, 0, sizeof eb); eb.nSize = sizeof eb; eb.nVersion.nVersion = OMX_VERSION; eb.nU32 = 0; if (OMX_SetParameter(ILC_GET_HANDLE(video_decode), OMX_IndexParamBrcmExtraBuffers, &eb) != OMX_ErrorNone) { lastError = "could not set extra buffers"; status = -172; goto end; } //create video decode input buffers if (ilclient_enable_port_buffers(video_decode, 130, NULL, NULL, NULL) != 0) { lastError = "video decode port error"; status = -18; goto end; } //frame validation (see https://www.raspberrypi.org/forums/viewtopic.php?f=70&t=15983) OMX_PARAM_BRCMVIDEODECODEERRORCONCEALMENTTYPE ec; memset(&ec, 0, sizeof ec); ec.nSize = sizeof ec; ec.nVersion.nVersion = OMX_VERSION; ec.bStartWithValidFrame = OMX_FALSE; if (OMX_SetParameter(ILC_GET_HANDLE(video_decode), OMX_IndexParamBrcmVideoDecodeErrorConcealment, &ec) != OMX_ErrorNone) { lastError = "error concealment type"; status = -19; goto end; } //NALU (see https://www.khronos.org/registry/OpenMAX-IL/extensions/KHR/OpenMAX_IL_1_1_2_Extension%20NAL%20Unit%20Packaging.pdf) if (stream->hasH264NaluStartCodes()) { if (DEBUG_OMX) { printf("-> set OMX_NaluFormatStartCodes\n"); } OMX_NALSTREAMFORMATTYPE nsft; memset(&nsft, 0, sizeof nsft); nsft.nSize = sizeof nsft; nsft.nVersion.nVersion = OMX_VERSION; nsft.nPortIndex = 130; //input nsft.eNaluFormat = OMX_NaluFormatStartCodes; if (OMX_SetParameter(ILC_GET_HANDLE(video_decode), (OMX_INDEXTYPE)OMX_IndexParamNalStreamFormatSelect, &nsft) != OMX_ErrorNone) { lastError = "NAL selection error"; status = -20; goto end; } } //debug if (DEBUG_OMX) { printf("OMX init done\n"); } //playback status = playOmx(); //done end: //debug if (DEBUG_OMX) { printf("OMX done status: %i\n", status); } //check status if (status != 0) { //add error code std::ostringstream ss; ss << lastError << " (" << status << ")"; lastError = ss.str(); //report error if (!initDone) { handleInitDone(false); } else { if (doStop) { handlePlaybackStopped(); } else { handlePlaybackError(); } } } uv_mutex_lock(&destroyLock); destroyOmx(); uv_mutex_unlock(&destroyLock); if (status == 0) { if (!initDone) { handleInitDone(true); } if (doStop) { handlePlaybackStopped(); } else { handlePlaybackDone(); } } return status == 0; } /* * OMX playback loop. / int AminoOmxVideoPlayer::playOmx() { if (DEBUG_OMX) { printf("playOmx()\n"); } COMPONENT_T video_decode = list[0]; COMPONENT_T video_scheduler = list[3]; //start decoding OMX_BUFFERHEADERTYPE buf; bool port_settings_changed = false; bool firstPacket = true; int res = 0; ilclient_change_component_state(video_decode, OMX_StateExecuting); /* * Works: * * - Digoo M1Q * - h264 (Main), yuv420p, 1280x960 * - RTSP Bigbuckbunny * - h264 (Constrained Baseline), yuv420p, 320x180 * - Note: playback issues seen on RPi and Mac, other RTSP examples work fine * - M4V * - h264 (Constrained Baseline), yuv420p, 480x270 * - HTTPS * - h264 (Main), yuv420p, 1920x1080 * / //data loop while ((buf = ilclient_get_input_buffer(video_decode, 130, 1)) != NULL) { if (DEBUG_OMX_READ) { printf("-> got input buffer\n"); } //check stop if (doStop) { break; } //check pause (prevent reading while paused; might not be called) if (doPause) { if (DEBUG_OMX) { printf("pausing OMX thread\n"); } //wait doPause = false; //signal we are waiting uv_sem_wait(&pauseSem); if (doStop) { break; } } //feed data and wait until we get port settings changed unsigned char dest = buf->pBuffer; //read from file omx_metadata_t omxData; unsigned int data_len = stream->read(dest, buf->nAllocLen, omxData); //check end if (data_len == 0 && stream->endOfStream()) { //check if stream contained video data if (!ready) { //case: no video in stream lastError = "stream without valid video data"; res = -30; break; } //loop if (loop > 0) { loop--; } if (loop == 0) { //end playback if (DEBUG_OMX) { printf("OMX: end playback (EOS)\n"); } break; } if (DEBUG_OMX) { printf("OMX: rewind stream\n"); } if (!stream->rewind()) { //could not rewind -> end playback if (DEBUG_OMX) { printf("-> rewind failed!\n"); } break; } //Note: media time continues handleRewind(); //read next block data_len = stream->read(dest, buf->nAllocLen, omxData); } if (DEBUG_OMX_READ) { printf("OMX: data read %i\n", (int)data_len); } //handle decoder output port settings changes if (!port_settings_changed && ((data_len > 0 && ilclient_remove_event(video_decode, OMX_EventPortSettingsChanged, 131, 0, 0, 1) == 0) \|\| (data_len == 0 && ilclient_wait_for_event(video_decode, OMX_EventPortSettingsChanged, 131, 0, 0, 1, ILCLIENT_EVENT_ERROR \| ILCLIENT_PARAMETER_CHANGED, 10000) == 0))) { //process once port_settings_changed = true; if (DEBUG_OMX) { printf("OMX: egl_render setup\n"); } //setup video_scheduler tunnel if (ilclient_setup_tunnel(tunnel, 0, 0) != 0) { lastError = "video tunnel setup error"; res = -31; break; } //debug video_scheduler buffers /* printf("video_scheduler buffers:\n"); showOmxBufferInfo(video_scheduler, 10); //buffers=0 minBuffer=0 bufferSize=3133440 showOmxBufferInfo(video_scheduler, 11); //buffers=1 minBuffer=1 bufferSize=3133440 showOmxBufferInfo(video_scheduler, 12); //buffers=1 minBuffer=1 bufferSize=48 / //start scheduler ilclient_change_component_state(video_scheduler, OMX_StateExecuting); //now setup tunnel to egl_render if (ilclient_setup_tunnel(tunnel + 1, 0, 1000) != 0) { lastError = "egl_render tunnel setup error"; res = -32; break; } //set egl_render to idle ilclient_change_component_state(egl_render, OMX_StateIdle); //get video size OMX_PARAM_PORTDEFINITIONTYPE portdef; memset(&portdef, 0, sizeof portdef); portdef.nSize = sizeof portdef; portdef.nVersion.nVersion = OMX_VERSION; portdef.nPortIndex = 131; //output buffer if (OMX_GetParameter(ILC_GET_HANDLE(video_decode), OMX_IndexParamPortDefinition, &portdef) != OMX_ErrorNone) { lastError = "could not get video size"; res = -33; break; } videoW = portdef.format.video.nFrameWidth; videoH = portdef.format.video.nFrameHeight; if (DEBUG_OMX) { //Note: buffer count not set. double fps = portdef.format.video.xFramerate / (float)(1 << 16); printf("video: %dx%d@%.2f bitrate=%i minBuffers=%i buffer=%i bufferSize=%i\n", videoW, videoH, fps, (int)portdef.format.video.nBitrate, portdef.nBufferCountMin, portdef.nBufferCountActual, portdef.nBufferSize); } //show egl_render buffer sizes / printf("egl_render input buffers:\n"); //buffers=0 minBuffer=0 bufferSize=3133440 showOmxBufferInfo(egl_render, 220); printf("egl_render output buffers:\n"); //buffers=1 minBuffer=1 bufferSize=0 showOmxBufferInfo(egl_render, 221); / //set egl render buffers (max 8; https://github.com/raspberrypi/firmware/issues/718) setOmxBufferCount(egl_render, 221, OMX_EGL_BUFFERS); //do not discard input buffers (needed to get smooth playback) OMX_CONFIG_PORTBOOLEANTYPE dm; memset(&dm, 0, sizeof dm); dm.nSize = sizeof dm; dm.nVersion.nVersion = OMX_VERSION; dm.nPortIndex = 220; //input buffer dm.bEnabled = OMX_FALSE; if (OMX_SetParameter(ILC_GET_HANDLE(egl_render), OMX_IndexParamBrcmVideoEGLRenderDiscardMode, &dm) != OMX_ErrorNone) { lastError = "could not disable discard mode"; res = -330; break; } //switch to renderer thread (switches to playing state) texture->initVideoTexture(); //wait for texture uv_sem_wait(&textureSem); if (!eglImagesReady \|\| doStop) { //failed to create texture handleInitDone(false); break; } //setup OMX texture if (!setupOmxTexture()) { res = -34; break; } //texture ready handleInitDone(true); } if (!data_len) { //read error occured lastError = "IO error"; res = -40; break; } //empty buffer buf->nFilledLen = data_len; buf->nOffset = 0; buf->nFlags = omxData.flags; if (omxData.timeStamp) { //in microseconds buf->nTimeStamp.nLowPart = omxData.timeStamp; buf->nTimeStamp.nHighPart = omxData.timeStamp >> 32; } //debug (Note: in presentation time order) //printf("timestamp: %i %i\n", buf->nTimeStamp.nHighPart, buf->nTimeStamp.nLowPart); if (firstPacket && (omxData.flags & OMX_BUFFERFLAG_CODECCONFIG) != OMX_BUFFERFLAG_CODECCONFIG) { //first packet (contains start time) buf->nFlags \|= OMX_BUFFERFLAG_STARTTIME; firstPacket = false; } else { //video packet if (omxData.timeStamp) { //Note: time is always in PTS (DTS not used) //buf->nFlags \|= OMX_BUFFERFLAG_TIME_IS_DTS; } else { buf->nFlags \|= OMX_BUFFERFLAG_TIME_UNKNOWN; } } if (OMX_EmptyThisBuffer(ILC_GET_HANDLE(video_decode), buf) != OMX_ErrorNone) { lastError = "could not empty buffer"; res = -41; break; } if (DEBUG_OMX_READ) { printf("-> waiting for next input buffer\n"); } } //end of feeding loop (end of stream case) if (DEBUG_OMX) { printf("-> end of OMX data loop\n"); } //send end of stream (if not aborted) if (buf) { buf->nFilledLen = 0; buf->nFlags = OMX_BUFFERFLAG_TIME_UNKNOWN \| OMX_BUFFERFLAG_EOS; if (OMX_EmptyThisBuffer(ILC_GET_HANDLE(video_decode), buf) != OMX_ErrorNone) { lastError = "could not empty buffer (2)"; res = -50; } if (DEBUG_OMX) { printf("OMX: decoder EOS\n"); } //wait for EOS from renderer //Note: the following code is not working, getting a timeout after 10 s! //ilclient_wait_for_event(egl_render, OMX_EventBufferFlag, 220, 0, OMX_BUFFERFLAG_EOS, 0, ILCLIENT_BUFFER_FLAG_EOS, 10000); // -> monitor buffer update (last image was successfully shown) while (bufferFilled && !doStop && res == 0) { //wait 100 ms (enough time to show the next frame) bufferFilled = false; usleep(100 1000); } if (DEBUG_OMX) { printf("OMX: renderer EOS\n"); } } //need to flush the renderer to allow video_decode to disable its input port if (DEBUG_OMX) { printf("OMX: flushing tunnels\n"); } ilclient_flush_tunnels(tunnel, 0); return res; } /** * Display buffer details on given port of component. / bool AminoOmxVideoPlayer::showOmxBufferInfo(COMPONENT_T comp, int port) { OMX_PARAM_PORTDEFINITIONTYPE portdef; memset(&portdef, 0, sizeof portdef); portdef.nSize = sizeof portdef; portdef.nVersion.nVersion = OMX_VERSION; portdef.nPortIndex = port; if (OMX_GetParameter(ILC_GET_HANDLE(comp), OMX_IndexParamPortDefinition, &portdef) != OMX_ErrorNone) { printf("-> Could not get port definition!\n"); return false; } //show printf("-> buffers=%i minBuffer=%i bufferSize=%i\n", portdef.nBufferCountActual, portdef.nBufferCountMin, portdef.nBufferSize); return true; } /** * Set the buffer count. / bool AminoOmxVideoPlayer::setOmxBufferCount(COMPONENT_T comp, int port, int count) { OMX_PARAM_PORTDEFINITIONTYPE portdef; memset(&portdef, 0, sizeof portdef); portdef.nSize = sizeof portdef; portdef.nVersion.nVersion = OMX_VERSION; portdef.nPortIndex = port; //get current settings if (OMX_GetParameter(ILC_GET_HANDLE(comp), OMX_IndexParamPortDefinition, &portdef) != OMX_ErrorNone) { printf("-> Could not get port definition!\n"); return false; } //change values portdef.nPortIndex = port; portdef.nBufferCountActual = count; if (OMX_SetParameter(ILC_GET_HANDLE(comp), OMX_IndexParamPortDefinition, &portdef) != OMX_ErrorNone) { printf("-> Could not set port definition!\n"); return false; } return true; } /** * Stops the OMX playback thread (or software decoding). / void AminoOmxVideoPlayer::stopOmx() { uv_mutex_lock(&destroyLock); if (!omxDestroyed) { if (DEBUG_OMX) { printf("stopping OMX\n"); } doStop = true; if (paused && !doPause) { //resume thread uv_sem_post(&pauseSem); uv_sem_post(&textureSem); } else { doPause = false; } //prevent deadlock COMPONENT_T video_decode = list[0]; ilclient_stop_input_buffering(video_decode); uv_mutex_unlock(&destroyLock); //wait for thread if (threadRunning) { if (DEBUG_OMX) { printf("waiting for OMX thread to end\n"); } #ifdef USE_OMX_VCOS_THREAD //VCOS vcos_thread_join(&thread, NULL); #else int res = uv_thread_join(&thread); assert(res == 0); #endif } } else { uv_mutex_unlock(&destroyLock); } } /** * Needed OpenGL textures. / int AminoOmxVideoPlayer::getNeededTextures() { return softwareDecoding ? 1:OMX_EGL_BUFFERS; } /* * Init video texture on OpenGL thread. / void AminoOmxVideoPlayer::initVideoTexture() { if (DEBUG_VIDEOS) { printf("video: init video texture\n"); } if (!initTexture()) { //stop thread doStop = true; uv_sem_post(&textureSem); //signal error handleInitDone(false); return; } //ready eglImagesReady = true; uv_sem_post(&textureSem); } /* * Setup texture. / bool AminoOmxVideoPlayer::setupOmxTexture() { //enable the output port and tell egl_render to use the texture as a buffer OMX_HANDLETYPE eglHandle = ILC_GET_HANDLE(egl_render); //Note: OMX_IndexConfigLatencyTarget not supported by egl_render (port 220) //ilclient_enable_port(egl_render, 221); THIS BLOCKS SO CAN'T BE USED if (OMX_SendCommand(eglHandle, OMX_CommandPortEnable, 221, NULL) != OMX_ErrorNone) { lastError = "OMX_CommandPortEnable failed."; return false; } for (int i = 0; i < OMX_EGL_BUFFERS; i++) { //Note: pAppPrivate not used if (OMX_UseEGLImage(eglHandle, &eglBuffers[i], 221, NULL, eglImages[i]) != OMX_ErrorNone) { lastError = "OMX_UseEGLImage failed."; return false; } if (!eglBuffers[i]) { lastError = "could not get buffer"; return false; } } if (DEBUG_OMX) { printf("OMX: egl_render setup done\n"); } //set egl_render to executing ilclient_change_component_state(egl_render, OMX_StateExecuting); if (DEBUG_OMX) { printf("OMX: executing\n"); } //request egl_render to write data to the texture buffer if (!omxFillNextEglBuffer()) { lastError = "OMX_FillThisBuffer failed."; return false; } return true; } /* * Fill the next egl_render buffer. / bool AminoOmxVideoPlayer::omxFillNextEglBuffer() { if (textureFilling == -1) { return false; } OMX_BUFFERHEADERTYPE eglBuffer = eglBuffers[textureFilling]; eglBuffer->nFlags = 0; eglBuffer->nFilledLen = 0; if (OMX_FillThisBuffer(ilclient_get_handle(egl_render), eglBuffer) != OMX_ErrorNone) { bufferError = true; printf("OMX_FillThisBuffer failed in callback\n"); return false; } bufferFilled = true; return true; } /** * Init texture (on rendering thread). / bool AminoOmxVideoPlayer::initTexture() { texture->activeTexture = 0; int textureCount = getNeededTextures(); for (int i = 0; i < textureCount; i++) { GLuint textureId = texture->textureIds[i]; assert(textureId != INVALID_TEXTURE); glBindTexture(GL_TEXTURE_2D, textureId); //size (has to be equal to video dimension!) GLsizei textureW = videoW; GLsizei textureH = videoH; GLvoid data = NULL; if (softwareDecoding) { data = stream->getDemuxer()->getFrameData(frameId); assert(data); } glTexImage2D(GL_TEXTURE_2D, 0, GL_RGBA, textureW, textureH, 0,GL_RGBA, GL_UNSIGNED_BYTE, data); //Note: no performance hit seen glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_LINEAR); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_LINEAR); /* glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_NEAREST); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_NEAREST); / glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_S, GL_CLAMP_TO_EDGE); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_T, GL_CLAMP_TO_EDGE); if (!softwareDecoding) { //create EGL Image AminoGfxRPi gfx = static_cast<AminoGfxRPi >(texture->getEventHandler()); EGLImageKHR eglImage = gfx->createEGLImage(textureId); eglImages[i] = eglImage; if (eglImage == EGL_NO_IMAGE_KHR) { lastError = "eglCreateImageKHR failed"; return false; } } } return true; } /* * Update the video texture (on OpenGL thread). * * Displays the next frame once available. / void AminoOmxVideoPlayer::updateVideoTexture(GLContext ctx) { uv_mutex_lock(&destroyLock); if (paused \|\| !playing \|\| omxDestroyed) { uv_mutex_unlock(&destroyLock); return; } if (softwareDecoding) { //get current frame int id; GLvoid data = stream->getDemuxer()->getFrameData(id); if (!data) { uv_mutex_unlock(&destroyLock); return; } if (id == frameId) { //debug //printf("skipping frame\n"); uv_mutex_unlock(&destroyLock); return; } frameId = id; glBindTexture(GL_TEXTURE_2D, texture->getTexture()); GLsizei textureW = videoW; GLsizei textureH = videoH; glTexSubImage2D(GL_TEXTURE_2D, 0, 0, 0, textureW, textureH, GL_RGB, GL_UNSIGNED_BYTE, data); uv_mutex_unlock(&destroyLock); return; } //hardware decoder uv_mutex_lock(&bufferLock); bool newBuffer = false; //FIXME a few crashes seen in long running instances (sometimes each day) if (!textureReady.empty()) { //new frame available //check media time int nextFrame = textureReady.front(); OMX_BUFFERHEADERTYPE eglBuffer = eglBuffers[nextFrame]; int64_t timestamp = eglBuffer->nTimeStamp.nLowPart \| ((int64_t)eglBuffer->nTimeStamp.nHighPart << 32); double timeSecs = timestamp / 1000000.f; double timeNowSys = getTime() / 1000; double playTime; if (timeStartSys == -1) { //start of playback playTime = 0; timeStartSys = timeNowSys; } else { //ongoing playback playTime = timeNowSys - timeStartSys; } if (timeSecs < mediaTime \|\| (mediaTime > 0 && timeSecs - mediaTime > 3.)) { //rewind or sudden jump detected (for instance 1080p HTTP test case; in other cases no reset occurs) //-> resync time mediaTime = timeSecs; timeStartSys = timeNowSys - mediaTime; playTime = mediaTime; if (DEBUG_VIDEO_TIMING) { printf("-> resync time\n"); } } if (playTime >= timeSecs) { //switch to next frame textureNew.push(textureActive); textureActive = nextFrame; textureReady.pop(); //Note: not necessary //ctx->unbindTexture(); texture->activeTexture = textureActive; //update media time (use frame time, not actual time) mediaTime = timeSecs; //check buffer state if (textureFilling == -1) { //fill next buffer textureFilling = textureNew.front(); textureNew.pop(); newBuffer = true; } //debug if (DEBUG_VIDEO_TIMING) { if (playTime - timeSecs > 0.2) { float diff = playTime - timeSecs; printf("-> frame shown too late (decoder too slow?; %f ms)\n", diff * 1000); } } if (!textureReady.empty()) { int nextFrame2 = textureReady.front(); OMX_BUFFERHEADERTYPE eglBuffer2 = eglBuffers[nextFrame2]; int64_t timestamp2 = eglBuffer2->nTimeStamp.nLowPart \| ((int64_t)eglBuffer2->nTimeStamp.nHighPart << 32); double timeSecs2 = timestamp2 / 1000000.f; if (playTime >= timeSecs2) { if (DEBUG_VIDEO_TIMING) { printf("-> playback queue lag (rendering too slow)\n"); } //drop frame (-> playback no longer smooth) / textureReady.pop(); textureNew.push(nextFrame2); / //resync time timeStartSys = timeNowSys - mediaTime; } } if (DEBUG_VIDEO_TIMING) { printf("-> displaying: %i (pos: %f s)\n", textureActive, timeSecs); } } else { //waiting //debug if (DEBUG_VIDEO_TIMING) { printf("-> next frame is ready (wait: %f s)\n", timeSecs - playTime); } } } else { //no new frame //debug //printf("-> underflow\n"); } uv_mutex_unlock(&bufferLock); uv_mutex_unlock(&destroyLock); if (newBuffer) { omxFillNextEglBuffer(); } } /* * Destroy OMX. / void AminoOmxVideoPlayer::destroyOmx() { if (DEBUG_OMX) { printf("OMX: destroying instance\n"); } omxDestroyed = true; //disable tunnels ilclient_disable_tunnel(tunnel); ilclient_disable_tunnel(tunnel + 1); ilclient_disable_tunnel(tunnel + 2); if (DEBUG_OMX) { printf("-> tunnels disabled\n"); } //free buffers COMPONENT_T video_decode = list[0]; ilclient_disable_port_buffers(video_decode, 130, NULL, NULL, NULL); //input if (DEBUG_OMX) { printf("-> buffers disabled\n"); } //close tunnels ilclient_teardown_tunnels(tunnel); memset(tunnel, 0, sizeof tunnel); if (DEBUG_OMX) { printf("-> tunnels closed\n"); } //idle state ilclient_state_transition(list, OMX_StateIdle); //Note: blocks forever!!! Anyway, we are not re-using this player instance. //ilclient_state_transition(list, OMX_StateLoaded); for (int i = 0; i < OMX_EGL_BUFFERS; i++) { if (eglBuffers[i]) { OMX_FreeBuffer(ILC_GET_HANDLE(egl_render), 221, eglBuffers[i]); eglBuffers[i] = NULL; } } egl_render = NULL; ilclient_cleanup_components(list); if (DEBUG_OMX) { printf("-> components closed\n"); } //destroy OMX OMX_Deinit(); //Note: decreases instance counter if (client) { ilclient_destroy(client); client = NULL; } if (DEBUG_OMX) { printf("OMX: instance destroyed\n"); } } /** * Get current media time. / double AminoOmxVideoPlayer::getMediaTime() { if ((!playing && !paused) \|\| !list) { return -1; } return mediaTime; / //OMX decoder (Note: blocks sometimes) COMPONENT_T clock = list[2]; OMX_TIME_CONFIG_TIMESTAMPTYPE ts; memset(&ts, 0, sizeof ts); ts.nSize = sizeof ts; ts.nVersion.nVersion = OMX_VERSION; ts.nPortIndex = OMX_ALL; if (OMX_GetConfig(ILC_GET_HANDLE(clock), OMX_IndexConfigTimeCurrentMediaTime, &ts) != OMX_ErrorNone) { return -1; } //microseconds int64_t timestamp = ts.nTimestamp.nLowPart \| ((int64_t)ts.nTimestamp.nHighPart << 32); return timestamp / 1000000.f; / } /** * Get video duration (-1 if unknown). / double AminoOmxVideoPlayer::getDuration() { if (stream) { return stream->getDuration(); } return -1; } /* * Get the framerate (0 if unknown). / double AminoOmxVideoPlayer::getFramerate() { if (stream) { return stream->getFramerate(); } return 0; } /* * Get OMX framerate. / OMX_U32 AminoOmxVideoPlayer::getOmxFramerate() { double framerate = getFramerate(); if (framerate > 0) { return framerate (1 << 16); } //default: 25 fps return 25 * (1 << 16); } /** * Stop playback. / void AminoOmxVideoPlayer::stopPlayback() { if (!playing && !paused) { return; } //stop (currently blocking implementation) stopOmx(); } /* * Pause playback. / bool AminoOmxVideoPlayer::pausePlayback() { if (!playing) { return true; } //pause OMX (stops reading) if (DEBUG_OMX) { printf("pausing OMX\n"); } doPause = true; //signal thread to pause pauseTime = getTime() / 1000; if (!softwareDecoding) { if (!setOmxSpeed(0)) { return false; } } if (DEBUG_OMX) { printf("paused OMX\n"); } //pause stream stream->pause(); if (DEBUG_OMX) { printf("paused stream\n"); } //set state handlePlaybackPaused(); return true; } /* * Resume (stopped) playback. / bool AminoOmxVideoPlayer::resumePlayback() { if (!paused) { return true; } //change time double resumeTime = getTime() / 1000; timeStartSys += resumeTime - pauseTime; //resume stream stream->resume(); //resume thread if (!doPause) { uv_sem_post(&pauseSem); } else { doPause = false; } //resume OMX if (DEBUG_OMX) { printf("resume OMX\n"); } if (!softwareDecoding) { setOmxSpeed(1 << 16); } //set state handlePlaybackResumed(); return true; } /* * Set OMX playback speed. / bool AminoOmxVideoPlayer::setOmxSpeed(OMX_S32 speed) { COMPONENT_T clock = list[2]; OMX_TIME_CONFIG_SCALETYPE st; memset(&st, 0, sizeof st); st.nSize = sizeof st; st.nVersion.nVersion = OMX_VERSION; st.xScale = speed; bool res = OMX_SetConfig(ILC_GET_HANDLE(clock), OMX_IndexConfigTimeScale, &st) == OMX_ErrorNone; if (DEBUG_OMX && !res) { printf("-> could not set OMX time scale!\n"); } return res; } /** * Software decoder. / void AminoOmxVideoPlayer::decoderThread(void arg) { AminoOmxVideoPlayer player = static_cast<AminoOmxVideoPlayer >(arg); assert(player); //init demuxer player->initDemuxer(); //close stream player->closeStream(); //done player->threadRunning = false; return NULL; } /* * Software decoding loop. / void AminoOmxVideoPlayer::initDemuxer() { VideoDemuxer demuxer = stream->getDemuxer(); assert(demuxer); //set video size videoW = demuxer->width; videoH = demuxer->height; //read first frame double timeStart; READ_FRAME_RESULT res = demuxer->readRGBFrame(timeStart); timeStartSys = getTime() / 1000; if (res == READ_END_OF_VIDEO) { lastError = "empty video"; handleInitDone(false); return; } if (res == READ_ERROR) { lastError = "could not load video stream"; handleInitDone(false); return; } //switch to renderer thread texture->initVideoTexture(); //wait for texture uv_sem_wait(&textureSem); if (!eglImagesReady \|\| doStop) { //failed to create texture handleInitDone(false); return; } //texture ready handleInitDone(true); //playback loop while (true) { //check stop if (doStop) { //end playback handlePlaybackStopped(); return; } //check pause if (doPause) { //wait doPause = false; //signal we are waiting uv_sem_wait(&pauseSem); //next continue; } //next frame double time; int res = demuxer->readRGBFrame(time); double timeSys = getTime() / 1000; if (res == READ_ERROR) { if (DEBUG_VIDEOS) { printf("-> read error\n"); } handlePlaybackError(); return; } if (res == READ_END_OF_VIDEO) { if (DEBUG_VIDEOS) { printf("-> end of video\n"); } if (loop > 0) { loop--; } if (loop == 0) { //end playback handlePlaybackDone(); return; } //rewind if (!demuxer->rewindRGB(timeStart)) { handlePlaybackError(); return; } timeStartSys = getTime() / 1000; timeSys = timeStartSys; time = timeStart; handleRewind(); if (DEBUG_VIDEOS) { printf("-> rewind\n"); } } //correct timing if (!demuxer->realtime) { double timeSleep = (time - timeStart) - (timeSys - timeStartSys); if (timeSleep > 0) { usleep(timeSleep * 1000000); if (DEBUG_VIDEO_TIMING) { printf("sleep: %f ms\n", timeSleep * 1000); } } } //show demuxer->switchRGBFrame(); //update media time mediaTime = getTime() / 1000 - timeStartSys; } }	[ "bratschi@appamics.com" ]	bratschi@appamics.com
505adaa30c9575fe8c90a211b58a467c96840520	ce6d35d356ba5696718abb41aa47da14b1e849a4	/src/qmcDriver/qProbability.h	c7770e4ac9bd615b4c4ec2d6b05d17594a3874c7	[]	no_license	lucaparisi91/qmc	6a59993de84ce69ca52f255efebf2474d9891b22	238e51cdf0df367c78f5e315c52acb0350b6e184	refs/heads/master	2021-01-10T07:39:07.615316	2018-05-02T15:09:45	2018-05-02T15:09:45	47,068,205	0	0	null	null	null	null	UTF-8	C++	false	false	953	h	#include <vector> #include <complex> using namespace std; template<class grad_t,class all_particles_t> double Q_probability(grad_t & drift_force_new,grad_t & drift_force_old,all_particles_t & position,all_particles_t & position2,double delta_tau) { double q=0; for(int i=0;i<drift_force_old.size();i++) { for(int j=0;j<drift_force_old[i].size();j++) { q=q+(drift_force_old[i][j] + drift_force_new[i][j])( (drift_force_old[i][j] - drift_force_new[i][j])(1/2.)*delta_tau - (position[i][j].positionNoBC() - position2[i][j].positionNoBC()) ); } } return q; } double Q_probability(vector<complex<double> > &drift_force_new,vector<complex<double> > &drift_force_old,vector<double> &position,vector<double> &position2,double delta_tau); double Q_probability(vector<double> &drift_force_new,vector<double> &drift_force_old,vector<double> &position,vector<double> &position2,double delta_tau);	[ "luca.parisi91@mail.com" ]	luca.parisi91@mail.com
2a27bea0568808b419e5b0d6e8ff84d8a6bdd125	a1dce8306153cc1bedf55e03e41a894328201c81	/src/SDK/RH_PhysicsPickup_parameters.hpp	bc1d1bfc676174e49b4a684268c99a4c183cbffb	[]	no_license	zanzo420/SDK-RadicalHeights	97848bebd47baaa799e6a82546727fb9f829d7f1	0eeacd1418b2ee45c1522babed684baf4daf79a9	refs/heads/master	2020-03-29T22:22:00.257774	2018-04-20T14:11:36	2018-04-20T14:11:36	null	0	0	null	null	null	null	UTF-8	C++	false	false	501	hpp	#pragma once // Radical Heights (ALPHA-1-201356) SDK #ifdef _MSC_VER #pragma pack(push, 0x8) #endif #include "RH_PhysicsPickup_classes.hpp" namespace SDK { //--------------------------------------------------------------------------- //Parameters //--------------------------------------------------------------------------- // Function PhysicsPickup.PhysicsPickup_C.UserConstructionScript struct APhysicsPickup_C_UserConstructionScript_Params { }; } #ifdef _MSC_VER #pragma pack(pop) #endif	[ "aeonlucid@outlook.com" ]	aeonlucid@outlook.com
cd55d30dc23988d234c44226796fd67d07c30764	c1ff870879152fba2b54eddfb7591ec322eb3061	/plugins/render/ogreRender/3rdParty/ogre/RenderSystems/GL3Plus/include/OgreGL3PlusRenderSystem.h	73111225dd48bf4527c9a7c8d738cb4980696374	[ "LicenseRef-scancode-free-unknown", "MIT" ]	permissive	MTASZTAKI/ApertusVR	1a9809fb7af81c3cd7fb732ed481ebe4ce66fefa	424ec5515ae08780542f33cc4841a8f9a96337b3	refs/heads/0.9	2022-12-11T20:03:42.926813	2019-10-11T09:29:45	2019-10-11T09:29:45	73,708,854	188	55	MIT	2022-12-11T08:53:21	2016-11-14T13:48:00	C++	UTF-8	C++	false	false	21,400	h	/* ----------------------------------------------------------------------------- This source file is part of OGRE (Object-oriented Graphics Rendering Engine) For the latest info, see http://www.ogre3d.org Copyright (c) 2000-2014 Torus Knot Software Ltd Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. ----------------------------------------------------------------------------- / #ifndef __GL3PlusRenderSystem_H__ #define __GL3PlusRenderSystem_H__ #include "OgreGL3PlusPrerequisites.h" #include "OgreMaterialManager.h" #include "OgreRenderSystem.h" #include "OgreGLSLShader.h" namespace Ogre { class GL3PlusContext; class GL3PlusSupport; class GL3PlusRTTManager; class GLSLShaderManager; class GLSLShaderFactory; class HardwareBufferManager; /* Implementation of GL 3 as a rendering system. / class _OgreGL3PlusExport GL3PlusRenderSystem : public RenderSystem { private: /// Rendering loop control bool mStopRendering; typedef OGRE_HashMap<GLenum, GLuint> BindBufferMap; /// View matrix to set world against Matrix4 mViewMatrix; Matrix4 mWorldMatrix; Matrix4 mTextureMatrix; /// Last min & mip filtering options, so we can combine them FilterOptions mMinFilter; FilterOptions mMipFilter; bool mTextureCompareEnabled; /* Used to store the number of mipmaps in the currently bound texture. This is then used to modify the texture unit filtering. / size_t mTextureMipmapCount; /// What texture coord set each texture unit is using size_t mTextureCoordIndex[OGRE_MAX_TEXTURE_LAYERS]; /// Holds texture type settings for every stage GLenum mTextureTypes[OGRE_MAX_TEXTURE_LAYERS]; GLfloat mLargestSupportedAnisotropy; /// Number of fixed-function texture units unsigned short mFixedFunctionTextureUnits; void initConfigOptions(void); /// Store last colour write state bool mColourWrite[4]; /// Store last depth write state bool mDepthWrite; /// Store last scissor enable state bool mScissorsEnabled; /// Store last stencil mask state uint32 mStencilWriteMask; GLfloat mAutoTextureMatrix[16]; bool mUseAutoTextureMatrix; /// GL support class, used for creating windows etc. GL3PlusSupport mGLSupport; /* The main GL context - main thread only / GL3PlusContext mMainContext; /* The current GL context - main thread only / GL3PlusContext mCurrentContext; typedef list<GL3PlusContext>::type GL3PlusContextList; /// List of background thread contexts GL3PlusContextList mBackgroundContextList; GLSLShaderManager mShaderManager; GLSLShaderFactory* mGLSLShaderFactory; HardwareBufferManager* mHardwareBufferManager; /** Manager object for creating render textures. Direct render to texture via FBO is preferable to pbuffers, which depend on the GL support used and are generally unwieldy and slow. However, FBO support for stencil buffers is poor. / GL3PlusRTTManager mRTTManager; /** These variables are used for caching RenderSystem state. They are cached because OpenGL state changes can be quite expensive, which is especially important on mobile or embedded systems. / GLenum mActiveTextureUnit; BindBufferMap mActiveBufferMap; /// Check if the GL system has already been initialised bool mGLInitialised; // check if GL 4.3 is supported bool mHasGL43; // check if GL 3.2 is supported bool mHasGL32; // local data members of _render that were moved here to improve performance // (save allocations) vector<GLuint>::type mRenderAttribsBound; vector<GLuint>::type mRenderInstanceAttribsBound; #if OGRE_NO_QUAD_BUFFER_STEREO == 0 /// @copydoc RenderSystem::setDrawBuffer virtual bool setDrawBuffer(ColourBufferType colourBuffer); #endif /* Cache the polygon mode value / GLenum mPolygonMode; GLint getCombinedMinMipFilter(void) const; GLSLShader mCurrentVertexShader; GLSLShader* mCurrentFragmentShader; GLSLShader* mCurrentGeometryShader; GLSLShader* mCurrentHullShader; GLSLShader* mCurrentDomainShader; GLSLShader* mCurrentComputeShader; GLint getTextureAddressingMode(TextureUnitState::TextureAddressingMode tam) const; GLenum getBlendMode(SceneBlendFactor ogreBlend) const; bool activateGLTextureUnit(size_t unit); void bindVertexElementToGpu( const VertexElement &elem, HardwareVertexBufferSharedPtr vertexBuffer, const size_t vertexStart, vector<GLuint>::type &attribsBound, vector<GLuint>::type &instanceAttribsBound, bool updateVAO); public: // Default constructor / destructor GL3PlusRenderSystem(); ~GL3PlusRenderSystem(); friend class ShaderGeneratorTechniqueResolverListener; // ---------------------------------- // Overridden RenderSystem functions // ---------------------------------- /** See RenderSystem / const String& getName(void) const; /* See RenderSystem / const String& getFriendlyName(void) const; /* See RenderSystem / ConfigOptionMap& getConfigOptions(void); /* See RenderSystem / void setConfigOption(const String &name, const String &value); /* See RenderSystem / String validateConfigOptions(void); /* See RenderSystem / RenderWindow _initialise(bool autoCreateWindow, const String& windowTitle = "OGRE Render Window"); /** See RenderSystem / virtual RenderSystemCapabilities createRenderSystemCapabilities() const; /** See RenderSystem / void initialiseFromRenderSystemCapabilities(RenderSystemCapabilities caps, RenderTarget* primary); /** See RenderSystem / void reinitialise(void); // Used if settings changed mid-rendering /* See RenderSystem / void shutdown(void); /* See RenderSystem / void setAmbientLight(float r, float g, float b) { }; // Not supported /* See RenderSystem / void setShadingType(ShadeOptions so) { }; // Not supported /* See RenderSystem / void setLightingEnabled(bool enabled) { }; // Not supported /// @copydoc RenderSystem::_createRenderWindow RenderWindow _createRenderWindow(const String &name, unsigned int width, unsigned int height, bool fullScreen, const NameValuePairList miscParams = 0); /// @copydoc RenderSystem::_createRenderWindows bool _createRenderWindows(const RenderWindowDescriptionList& renderWindowDescriptions, RenderWindowList& createdWindows); /// @copydoc RenderSystem::_createDepthBufferFor DepthBuffer _createDepthBufferFor( RenderTarget renderTarget ); /// Mimics D3D9RenderSystem::_getDepthStencilFormatFor, if no FBO RTT manager, outputs GL_NONE void _getDepthStencilFormatFor( GLenum internalColourFormat, GLenum depthFormat, GLenum stencilFormat ); /// @copydoc RenderSystem::createMultiRenderTarget virtual MultiRenderTarget createMultiRenderTarget(const String & name); /** See RenderSystem / void destroyRenderWindow(RenderWindow pWin); /** See RenderSystem / String getErrorDescription(long errorNumber) const; /* See RenderSystem / VertexElementType getColourVertexElementType(void) const; /* See RenderSystem / void setNormaliseNormals(bool normalise) { }; // Not supported // ----------------------------- // Low-level overridden members // ----------------------------- /* See RenderSystem / void _useLights(const LightList& lights, unsigned short limit) { }; // Not supported /* See RenderSystem / bool areFixedFunctionLightsInViewSpace() const { return true; } /* See RenderSystem / void _setWorldMatrix(const Matrix4 &m); /* See RenderSystem / void _setViewMatrix(const Matrix4 &m); /* See RenderSystem / void _setProjectionMatrix(const Matrix4 &m); /* See RenderSystem / void _setSurfaceParams(const ColourValue &ambient, const ColourValue &diffuse, const ColourValue &specular, const ColourValue &emissive, Real shininess, TrackVertexColourType tracking) {} /* See RenderSystem / void _setPointParameters(Real size, bool attenuationEnabled, Real constant, Real linear, Real quadratic, Real minSize, Real maxSize); /* See RenderSystem / void _setPointSpritesEnabled(bool enabled); /* See RenderSystem / void _setVertexTexture(size_t unit, const TexturePtr &tex); /* See RenderSystem / void _setGeometryTexture(size_t unit, const TexturePtr &tex); /* See RenderSystem / void _setComputeTexture(size_t unit, const TexturePtr &tex); /* See RenderSystem / void _setTesselationHullTexture(size_t unit, const TexturePtr &tex); /* See RenderSystem / void _setTesselationDomainTexture(size_t unit, const TexturePtr &tex); /* See RenderSystem / void _setTexture(size_t unit, bool enabled, const TexturePtr &tex); /* See RenderSystem / void _setTextureCoordSet(size_t stage, size_t index); /* See RenderSystem / void _setTextureCoordCalculation(size_t stage, TexCoordCalcMethod m, const Frustum frustum = 0) { }; // Not supported /** See RenderSystem / void _setTextureBlendMode(size_t stage, const LayerBlendModeEx& bm) { }; // Not supported /* See RenderSystem / void _setTextureAddressingMode(size_t stage, const TextureUnitState::UVWAddressingMode& uvw); /* See RenderSystem / void _setTextureBorderColour(size_t stage, const ColourValue& colour); /* See RenderSystem / void _setTextureMipmapBias(size_t unit, float bias); /* See RenderSystem / void _setTextureMatrix(size_t stage, const Matrix4& xform) { }; // Not supported /* See RenderSystem / void _setViewport(Viewport vp); /** See RenderSystem / void _beginFrame(void); /* See RenderSystem / void _endFrame(void); /* See RenderSystem / void _setCullingMode(CullingMode mode); /* See RenderSystem / void _setDepthBufferParams(bool depthTest = true, bool depthWrite = true, CompareFunction depthFunction = CMPF_LESS_EQUAL); /* See RenderSystem / void _setDepthBufferCheckEnabled(bool enabled = true); /* See RenderSystem / void _setDepthBufferWriteEnabled(bool enabled = true); /* See RenderSystem / void _setDepthBufferFunction(CompareFunction func = CMPF_LESS_EQUAL); /* See RenderSystem / void _setDepthBias(float constantBias, float slopeScaleBias); /* See RenderSystem / void _setColourBufferWriteEnabled(bool red, bool green, bool blue, bool alpha); /* See RenderSystem / void _setFog(FogMode mode, const ColourValue& colour, Real density, Real start, Real end) {} /* See RenderSystem / void _convertProjectionMatrix(const Matrix4& matrix, Matrix4& dest, bool forGpuProgram = false); /* See RenderSystem / void _makeProjectionMatrix(const Radian& fovy, Real aspect, Real nearPlane, Real farPlane, Matrix4& dest, bool forGpuProgram = false); /* See RenderSystem / void _makeProjectionMatrix(Real left, Real right, Real bottom, Real top, Real nearPlane, Real farPlane, Matrix4& dest, bool forGpuProgram = false); /* See RenderSystem / void _makeOrthoMatrix(const Radian& fovy, Real aspect, Real nearPlane, Real farPlane, Matrix4& dest, bool forGpuProgram = false); /* See RenderSystem / void _applyObliqueDepthProjection(Matrix4& matrix, const Plane& plane, bool forGpuProgram); /* See RenderSystem / void setClipPlane (ushort index, Real A, Real B, Real C, Real D); /* See RenderSystem / void enableClipPlane (ushort index, bool enable); /* See RenderSystem / void _setPolygonMode(PolygonMode level); /* See RenderSystem / void setStencilCheckEnabled(bool enabled); /* See RenderSystem. / void setStencilBufferParams(CompareFunction func = CMPF_ALWAYS_PASS, uint32 refValue = 0, uint32 compareMask = 0xFFFFFFFF, uint32 writeMask = 0xFFFFFFFF, StencilOperation stencilFailOp = SOP_KEEP, StencilOperation depthFailOp = SOP_KEEP, StencilOperation passOp = SOP_KEEP, bool twoSidedOperation = false, bool readBackAsTexture = false); /* See RenderSystem / void _setTextureUnitFiltering(size_t unit, FilterType ftype, FilterOptions filter); /* See RenderSystem / void _setTextureUnitCompareFunction(size_t unit, CompareFunction function); /* See RenderSystem / void _setTextureUnitCompareEnabled(size_t unit, bool compare); /* See RenderSystem / void _setTextureLayerAnisotropy(size_t unit, unsigned int maxAnisotropy); /* See RenderSystem / void setVertexDeclaration(VertexDeclaration decl) {} /** See RenderSystem / void setVertexDeclaration(VertexDeclaration decl, VertexBufferBinding* binding) {} /** See RenderSystem. / void setVertexBufferBinding(VertexBufferBinding binding) {} /** See RenderSystem / void _render(const RenderOperation& op); /* See RenderSystem / void setScissorTest(bool enabled, size_t left = 0, size_t top = 0, size_t right = 800, size_t bottom = 600); void clearFrameBuffer(unsigned int buffers, const ColourValue& colour = ColourValue::Black, Real depth = 1.0f, unsigned short stencil = 0); HardwareOcclusionQuery createHardwareOcclusionQuery(void); Real getHorizontalTexelOffset(void) { return 0.0; } // No offset in GL Real getVerticalTexelOffset(void) { return 0.0; } // No offset in GL Real getMinimumDepthInputValue(void) { return -1.0f; } // Range [-1.0f, 1.0f] Real getMaximumDepthInputValue(void) { return 1.0f; } // Range [-1.0f, 1.0f] OGRE_MUTEX(mThreadInitMutex); void registerThread(); void unregisterThread(); void preExtraThreadsStarted(); void postExtraThreadsStarted(); void setClipPlanesImpl(const Ogre::PlaneList& planeList); // ---------------------------------- // GL3PlusRenderSystem specific members // ---------------------------------- /** Returns the main context / GL3PlusContext _getMainContext() { return mMainContext; } /** Unregister a render target->context mapping. If the context of target is the current context, change the context to the main context so it can be destroyed safely. @note This is automatically called by the destructor of GL3PlusContext. / void _unregisterContext(GL3PlusContext context); /** Switch GL context, dealing with involved internal cached states too / void _switchContext(GL3PlusContext context); /** One time initialization for the RenderState of a context. Things that only need to be set once, like the LightingModel can be defined here. / void _oneTimeContextInitialization(); void initialiseContext(RenderWindow primary); /** * Set current render target to target, enabling its GL context if needed / void _setRenderTarget(RenderTarget target); GLint convertCompareFunction(CompareFunction func) const; GLint convertStencilOp(StencilOperation op, bool invert = false) const; void bindGpuProgram(GpuProgram* prg); void unbindGpuProgram(GpuProgramType gptype); void bindGpuProgramParameters(GpuProgramType gptype, GpuProgramParametersSharedPtr params, uint16 mask); void bindGpuProgramPassIterationParameters(GpuProgramType gptype); /// @copydoc RenderSystem::_setSceneBlending void _setSceneBlending( SceneBlendFactor sourceFactor, SceneBlendFactor destFactor, SceneBlendOperation op ); /// @copydoc RenderSystem::_setSeparateSceneBlending void _setSeparateSceneBlending( SceneBlendFactor sourceFactor, SceneBlendFactor destFactor, SceneBlendFactor sourceFactorAlpha, SceneBlendFactor destFactorAlpha, SceneBlendOperation op, SceneBlendOperation alphaOp ); /// @copydoc RenderSystem::_setAlphaRejectSettings void _setAlphaRejectSettings( CompareFunction func, unsigned char value, bool alphaToCoverage ); /// @copydoc RenderSystem::getDisplayMonitorCount unsigned int getDisplayMonitorCount() const; /// Internal method for anisotropy validation GLfloat _getCurrentAnisotropy(size_t unit); GLenum _getPolygonMode(void) { return mPolygonMode; } void _setSceneBlendingOperation(SceneBlendOperation op); void _setSeparateSceneBlendingOperation(SceneBlendOperation op, SceneBlendOperation alphaOp); /// @copydoc RenderSystem::hasAnisotropicMipMapFilter virtual bool hasAnisotropicMipMapFilter() const { return false; } /// @copydoc RenderSystem::beginProfileEvent virtual void beginProfileEvent( const String &eventName ); /// @copydoc RenderSystem::endProfileEvent virtual void endProfileEvent( void ); /// @copydoc RenderSystem::markProfileEvent virtual void markProfileEvent( const String &eventName ); }; } #endif	[ "peter.kovacs@sztaki.mta.hu" ]	peter.kovacs@sztaki.mta.hu
fed9961ce5830e2de76ee717fdd5a7359b750ed6	20319e3b72920474e45be77f29e175b648daa19f	/NOWY/CStateMachine.h	3b3e765c6a31f60daab9f7a15f5e4f0fb00c23dd	[]	no_license	mad0/SomeNEW	c67e3794a713da2c9048a529e4ad3957f05c14dc	1d48ea04cccc2bf709f173b47d0dad3a67cbbe1f	refs/heads/master	2020-05-21T08:34:18.757733	2019-07-10T12:26:00	2019-07-10T12:26:00	185,984,498	0	0	null	null	null	null	UTF-8	C++	false	false	514	h	#pragma once #include <memory> #include "SFML/Graphics.hpp" #include <map> enum STATES {MENU, PLAY}; class CGameState; class CStateMachine { public: CStateMachine(); ~CStateMachine(); void addState(STATES, std::shared_ptr<CGameState>); void changeState(STATES); std::shared_ptr<CGameState> getState(STATES); void delState(STATES); void input(); void update(); void draw(); STATES sType; private: std::shared_ptr<CGameState> curentState; std::map<STATES, std::shared_ptr<CGameState>> mResources; };	[ "madowaty@gmail.com" ]	madowaty@gmail.com
ce61981b02abd4269d1646858d853d459f6a1061	462c18f5cd1a5e44175584be97e96642b0dc5b08	/implementation/digitProblem.cpp	d382d9d1717cd7bef7e0f3ac4c39a253dace2501	[]	no_license	ShrinathRaje/Data-Structures-and-Algorithms-Practice	40d1153730eae623ff00cb09d7770b5800c01551	1bf61e38c1702a20455f0e7e841467c52fb3a7cc	refs/heads/master	2021-07-06T08:29:35.672609	2020-08-24T17:47:35	2020-08-24T17:47:35	170,354,651	0	0	null	null	null	null	UTF-8	C++	false	false	460	cpp	/* * Digit problem * Date: 27th Nov 2019 * Author: Shrinath bhosale * Problem statement: https://www.hackerearth.com/practice/basic-programming/implementation/basics-of-implementation/practice-problems/algorithm/digit-problem/ */ #include<iostream> using namespace std; int main() { string s; int k; cin >> s >> k; int l = s.size(); for(int i=0, c = 0; i<l && c != k; ++i) { if(s[i] != '9') { s[i] = '9'; ++c; } } cout << s; return 0; }	[ "Shrinathbhosale12@gmail.com" ]	Shrinathbhosale12@gmail.com
b7b454308f9df43d25525c4e6a5992189e0b3067	a8b4d7b9c15cb242c78c34c4b7966f71f35ea9fb	/3rdparty/capo/noncopyable.hpp	cb70a11496ba4f6d5b8462899251fd01200caa00	[ "MIT" ]	permissive	kipade/cpp-ipc	c8d112e14d0d61b49a14e9b843038f06f04a9905	2a2b626210d36e8b483b070523de8561b4d47355	refs/heads/master	2023-05-25T20:50:54.023769	2023-02-11T10:25:23	2023-02-25T08:30:11	249,610,111	0	0	MIT	2020-03-24T04:09:52	2020-03-24T04:09:51	null	UTF-8	C++	false	false	499	hpp	/* The Capo Library Code covered by the MIT License Author: mutouyun (http://orzz.org) */ #pragma once namespace capo { //////////////////////////////////////////////////////////////// class noncopyable { protected: noncopyable(void) = default; ~noncopyable(void) = default; public: noncopyable(const noncopyable&) = delete; noncopyable& operator=(const noncopyable&) = delete; }; //////////////////////////////////////////////////////////////// } // namespace capo	[ "wood.zhang@dji.com" ]	wood.zhang@dji.com
45abd790375460a909767c29fd9b9e71f68a5b42	2cf838b54b556987cfc49f42935f8aa7563ea1f4	/aws-cpp-sdk-securityhub/include/aws/securityhub/model/AwsS3ObjectDetails.h	bfcc471ee83445d0bf18a20f2c7d27c67d380d53	[ "MIT", "Apache-2.0", "JSON" ]	permissive	QPC-database/aws-sdk-cpp	d11e9f0ff6958c64e793c87a49f1e034813dac32	9f83105f7e07fe04380232981ab073c247d6fc85	refs/heads/main	2023-06-14T17:41:04.817304	2021-07-09T20:28:20	2021-07-09T20:28:20	384,714,703	1	0	Apache-2.0	2021-07-10T14:16:41	2021-07-10T14:16:41	null	UTF-8	C++	false	false	14,631	h	/** * Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved. * SPDX-License-Identifier: Apache-2.0. / #pragma once #include <aws/securityhub/SecurityHub_EXPORTS.h> #include <aws/core/utils/memory/stl/AWSString.h> #include <utility> namespace Aws { namespace Utils { namespace Json { class JsonValue; class JsonView; } // namespace Json } // namespace Utils namespace SecurityHub { namespace Model { /* * <p>Details about an Amazon S3 object.</p><p><h3>See Also:</h3> <a * href="http://docs.aws.amazon.com/goto/WebAPI/securityhub-2018-10-26/AwsS3ObjectDetails">AWS * API Reference</a></p> / class AWS_SECURITYHUB_API AwsS3ObjectDetails { public: AwsS3ObjectDetails(); AwsS3ObjectDetails(Aws::Utils::Json::JsonView jsonValue); AwsS3ObjectDetails& operator=(Aws::Utils::Json::JsonView jsonValue); Aws::Utils::Json::JsonValue Jsonize() const; /* * <p>Indicates when the object was last modified.</p> <p>Uses the * <code>date-time</code> format specified in <a * href="https://tools.ietf.org/html/rfc3339#section-5.6">RFC 3339 section 5.6, * Internet Date/Time Format</a>. The value cannot contain spaces. For example, * <code>2020-03-22T13:22:13.933Z</code>.</p> / inline const Aws::String& GetLastModified() const{ return m_lastModified; } /* * <p>Indicates when the object was last modified.</p> <p>Uses the * <code>date-time</code> format specified in <a * href="https://tools.ietf.org/html/rfc3339#section-5.6">RFC 3339 section 5.6, * Internet Date/Time Format</a>. The value cannot contain spaces. For example, * <code>2020-03-22T13:22:13.933Z</code>.</p> / inline bool LastModifiedHasBeenSet() const { return m_lastModifiedHasBeenSet; } /* * <p>Indicates when the object was last modified.</p> <p>Uses the * <code>date-time</code> format specified in <a * href="https://tools.ietf.org/html/rfc3339#section-5.6">RFC 3339 section 5.6, * Internet Date/Time Format</a>. The value cannot contain spaces. For example, * <code>2020-03-22T13:22:13.933Z</code>.</p> / inline void SetLastModified(const Aws::String& value) { m_lastModifiedHasBeenSet = true; m_lastModified = value; } /* * <p>Indicates when the object was last modified.</p> <p>Uses the * <code>date-time</code> format specified in <a * href="https://tools.ietf.org/html/rfc3339#section-5.6">RFC 3339 section 5.6, * Internet Date/Time Format</a>. The value cannot contain spaces. For example, * <code>2020-03-22T13:22:13.933Z</code>.</p> / inline void SetLastModified(Aws::String&& value) { m_lastModifiedHasBeenSet = true; m_lastModified = std::move(value); } /* * <p>Indicates when the object was last modified.</p> <p>Uses the * <code>date-time</code> format specified in <a * href="https://tools.ietf.org/html/rfc3339#section-5.6">RFC 3339 section 5.6, * Internet Date/Time Format</a>. The value cannot contain spaces. For example, * <code>2020-03-22T13:22:13.933Z</code>.</p> / inline void SetLastModified(const char value) { m_lastModifiedHasBeenSet = true; m_lastModified.assign(value); } /** * <p>Indicates when the object was last modified.</p> <p>Uses the * <code>date-time</code> format specified in <a * href="https://tools.ietf.org/html/rfc3339#section-5.6">RFC 3339 section 5.6, * Internet Date/Time Format</a>. The value cannot contain spaces. For example, * <code>2020-03-22T13:22:13.933Z</code>.</p> / inline AwsS3ObjectDetails& WithLastModified(const Aws::String& value) { SetLastModified(value); return this;} /** * <p>Indicates when the object was last modified.</p> <p>Uses the * <code>date-time</code> format specified in <a * href="https://tools.ietf.org/html/rfc3339#section-5.6">RFC 3339 section 5.6, * Internet Date/Time Format</a>. The value cannot contain spaces. For example, * <code>2020-03-22T13:22:13.933Z</code>.</p> / inline AwsS3ObjectDetails& WithLastModified(Aws::String&& value) { SetLastModified(std::move(value)); return this;} /** * <p>Indicates when the object was last modified.</p> <p>Uses the * <code>date-time</code> format specified in <a * href="https://tools.ietf.org/html/rfc3339#section-5.6">RFC 3339 section 5.6, * Internet Date/Time Format</a>. The value cannot contain spaces. For example, * <code>2020-03-22T13:22:13.933Z</code>.</p> / inline AwsS3ObjectDetails& WithLastModified(const char value) { SetLastModified(value); return this;} /* * <p>The opaque identifier assigned by a web server to a specific version of a * resource found at a URL.</p> / inline const Aws::String& GetETag() const{ return m_eTag; } /* * <p>The opaque identifier assigned by a web server to a specific version of a * resource found at a URL.</p> / inline bool ETagHasBeenSet() const { return m_eTagHasBeenSet; } /* * <p>The opaque identifier assigned by a web server to a specific version of a * resource found at a URL.</p> / inline void SetETag(const Aws::String& value) { m_eTagHasBeenSet = true; m_eTag = value; } /* * <p>The opaque identifier assigned by a web server to a specific version of a * resource found at a URL.</p> / inline void SetETag(Aws::String&& value) { m_eTagHasBeenSet = true; m_eTag = std::move(value); } /* * <p>The opaque identifier assigned by a web server to a specific version of a * resource found at a URL.</p> / inline void SetETag(const char value) { m_eTagHasBeenSet = true; m_eTag.assign(value); } /** * <p>The opaque identifier assigned by a web server to a specific version of a * resource found at a URL.</p> / inline AwsS3ObjectDetails& WithETag(const Aws::String& value) { SetETag(value); return this;} /** * <p>The opaque identifier assigned by a web server to a specific version of a * resource found at a URL.</p> / inline AwsS3ObjectDetails& WithETag(Aws::String&& value) { SetETag(std::move(value)); return this;} /** * <p>The opaque identifier assigned by a web server to a specific version of a * resource found at a URL.</p> / inline AwsS3ObjectDetails& WithETag(const char value) { SetETag(value); return this;} /* * <p>The version of the object.</p> / inline const Aws::String& GetVersionId() const{ return m_versionId; } /* * <p>The version of the object.</p> / inline bool VersionIdHasBeenSet() const { return m_versionIdHasBeenSet; } /* * <p>The version of the object.</p> / inline void SetVersionId(const Aws::String& value) { m_versionIdHasBeenSet = true; m_versionId = value; } /* * <p>The version of the object.</p> / inline void SetVersionId(Aws::String&& value) { m_versionIdHasBeenSet = true; m_versionId = std::move(value); } /* * <p>The version of the object.</p> / inline void SetVersionId(const char value) { m_versionIdHasBeenSet = true; m_versionId.assign(value); } /** * <p>The version of the object.</p> / inline AwsS3ObjectDetails& WithVersionId(const Aws::String& value) { SetVersionId(value); return this;} /** * <p>The version of the object.</p> / inline AwsS3ObjectDetails& WithVersionId(Aws::String&& value) { SetVersionId(std::move(value)); return this;} /** * <p>The version of the object.</p> / inline AwsS3ObjectDetails& WithVersionId(const char value) { SetVersionId(value); return this;} /* * <p>A standard MIME type describing the format of the object data.</p> / inline const Aws::String& GetContentType() const{ return m_contentType; } /* * <p>A standard MIME type describing the format of the object data.</p> / inline bool ContentTypeHasBeenSet() const { return m_contentTypeHasBeenSet; } /* * <p>A standard MIME type describing the format of the object data.</p> / inline void SetContentType(const Aws::String& value) { m_contentTypeHasBeenSet = true; m_contentType = value; } /* * <p>A standard MIME type describing the format of the object data.</p> / inline void SetContentType(Aws::String&& value) { m_contentTypeHasBeenSet = true; m_contentType = std::move(value); } /* * <p>A standard MIME type describing the format of the object data.</p> / inline void SetContentType(const char value) { m_contentTypeHasBeenSet = true; m_contentType.assign(value); } /** * <p>A standard MIME type describing the format of the object data.</p> / inline AwsS3ObjectDetails& WithContentType(const Aws::String& value) { SetContentType(value); return this;} /** * <p>A standard MIME type describing the format of the object data.</p> / inline AwsS3ObjectDetails& WithContentType(Aws::String&& value) { SetContentType(std::move(value)); return this;} /** * <p>A standard MIME type describing the format of the object data.</p> / inline AwsS3ObjectDetails& WithContentType(const char value) { SetContentType(value); return this;} /* * <p>If the object is stored using server-side encryption, the value of the * server-side encryption algorithm used when storing this object in Amazon S3.</p> / inline const Aws::String& GetServerSideEncryption() const{ return m_serverSideEncryption; } /* * <p>If the object is stored using server-side encryption, the value of the * server-side encryption algorithm used when storing this object in Amazon S3.</p> / inline bool ServerSideEncryptionHasBeenSet() const { return m_serverSideEncryptionHasBeenSet; } /* * <p>If the object is stored using server-side encryption, the value of the * server-side encryption algorithm used when storing this object in Amazon S3.</p> / inline void SetServerSideEncryption(const Aws::String& value) { m_serverSideEncryptionHasBeenSet = true; m_serverSideEncryption = value; } /* * <p>If the object is stored using server-side encryption, the value of the * server-side encryption algorithm used when storing this object in Amazon S3.</p> / inline void SetServerSideEncryption(Aws::String&& value) { m_serverSideEncryptionHasBeenSet = true; m_serverSideEncryption = std::move(value); } /* * <p>If the object is stored using server-side encryption, the value of the * server-side encryption algorithm used when storing this object in Amazon S3.</p> / inline void SetServerSideEncryption(const char value) { m_serverSideEncryptionHasBeenSet = true; m_serverSideEncryption.assign(value); } /** * <p>If the object is stored using server-side encryption, the value of the * server-side encryption algorithm used when storing this object in Amazon S3.</p> / inline AwsS3ObjectDetails& WithServerSideEncryption(const Aws::String& value) { SetServerSideEncryption(value); return this;} /** * <p>If the object is stored using server-side encryption, the value of the * server-side encryption algorithm used when storing this object in Amazon S3.</p> / inline AwsS3ObjectDetails& WithServerSideEncryption(Aws::String&& value) { SetServerSideEncryption(std::move(value)); return this;} /** * <p>If the object is stored using server-side encryption, the value of the * server-side encryption algorithm used when storing this object in Amazon S3.</p> / inline AwsS3ObjectDetails& WithServerSideEncryption(const char value) { SetServerSideEncryption(value); return this;} /* * <p>The identifier of the AWS Key Management Service (AWS KMS) symmetric customer * managed customer master key (CMK) that was used for the object.</p> / inline const Aws::String& GetSSEKMSKeyId() const{ return m_sSEKMSKeyId; } /* * <p>The identifier of the AWS Key Management Service (AWS KMS) symmetric customer * managed customer master key (CMK) that was used for the object.</p> / inline bool SSEKMSKeyIdHasBeenSet() const { return m_sSEKMSKeyIdHasBeenSet; } /* * <p>The identifier of the AWS Key Management Service (AWS KMS) symmetric customer * managed customer master key (CMK) that was used for the object.</p> / inline void SetSSEKMSKeyId(const Aws::String& value) { m_sSEKMSKeyIdHasBeenSet = true; m_sSEKMSKeyId = value; } /* * <p>The identifier of the AWS Key Management Service (AWS KMS) symmetric customer * managed customer master key (CMK) that was used for the object.</p> / inline void SetSSEKMSKeyId(Aws::String&& value) { m_sSEKMSKeyIdHasBeenSet = true; m_sSEKMSKeyId = std::move(value); } /* * <p>The identifier of the AWS Key Management Service (AWS KMS) symmetric customer * managed customer master key (CMK) that was used for the object.</p> / inline void SetSSEKMSKeyId(const char value) { m_sSEKMSKeyIdHasBeenSet = true; m_sSEKMSKeyId.assign(value); } /** * <p>The identifier of the AWS Key Management Service (AWS KMS) symmetric customer * managed customer master key (CMK) that was used for the object.</p> / inline AwsS3ObjectDetails& WithSSEKMSKeyId(const Aws::String& value) { SetSSEKMSKeyId(value); return this;} /** * <p>The identifier of the AWS Key Management Service (AWS KMS) symmetric customer * managed customer master key (CMK) that was used for the object.</p> / inline AwsS3ObjectDetails& WithSSEKMSKeyId(Aws::String&& value) { SetSSEKMSKeyId(std::move(value)); return this;} /** * <p>The identifier of the AWS Key Management Service (AWS KMS) symmetric customer * managed customer master key (CMK) that was used for the object.</p> / inline AwsS3ObjectDetails& WithSSEKMSKeyId(const char value) { SetSSEKMSKeyId(value); return *this;} private: Aws::String m_lastModified; bool m_lastModifiedHasBeenSet; Aws::String m_eTag; bool m_eTagHasBeenSet; Aws::String m_versionId; bool m_versionIdHasBeenSet; Aws::String m_contentType; bool m_contentTypeHasBeenSet; Aws::String m_serverSideEncryption; bool m_serverSideEncryptionHasBeenSet; Aws::String m_sSEKMSKeyId; bool m_sSEKMSKeyIdHasBeenSet; }; } // namespace Model } // namespace SecurityHub } // namespace Aws	[ "aws-sdk-cpp-automation@github.com" ]	aws-sdk-cpp-automation@github.com
74a777ccd496970c1ce7c4b83b2c0484d89edf34	9a1315cc4083ce84b605e0c4af8b07a391f74d0c	/libcef/browser/download_manager_delegate.h	272dc4f6472adfad87b1935da3c5fc759c69f547	[]	no_license	hernad/cef3_3	7fcc198a3b05d73a0c03a47f4e46be45af432528	57f67842c121dca0a1e94d44a95c23225653d967	refs/heads/master	2016-09-02T04:35:44.082958	2012-12-25T08:59:01	2012-12-25T08:59:01	7,317,503	1	0	null	null	null	null	UTF-8	C++	false	false	1,756	h	// Copyright (c) 2012 The Chromium Authors. All rights reserved. // Use of this source code is governed by a BSD-style license that can be // found in the LICENSE file. #ifndef CEF_LIBCEF_BROWSER_DOWNLOAD_MANAGER_DELEGATE_H_ #define CEF_LIBCEF_BROWSER_DOWNLOAD_MANAGER_DELEGATE_H_ #pragma once #include <set> #include "base/compiler_specific.h" #include "base/memory/weak_ptr.h" #include "content/public/browser/download_item.h" #include "content/public/browser/download_manager.h" #include "content/public/browser/download_manager_delegate.h" class CefDownloadManagerDelegate : public content::DownloadItem::Observer, public content::DownloadManager::Observer, public content::DownloadManagerDelegate { public: explicit CefDownloadManagerDelegate(content::DownloadManager* manager); ~CefDownloadManagerDelegate(); private: // DownloadItem::Observer methods. virtual void OnDownloadUpdated(content::DownloadItem* download) OVERRIDE; virtual void OnDownloadDestroyed(content::DownloadItem* download) OVERRIDE; // DownloadManager::Observer methods. virtual void OnDownloadCreated(content::DownloadManager* manager, content::DownloadItem* item) OVERRIDE; virtual void ManagerGoingDown(content::DownloadManager* manager) OVERRIDE; // DownloadManagerDelegate methods. virtual bool DetermineDownloadTarget( content::DownloadItem* item, const content::DownloadTargetCallback& callback) OVERRIDE; content::DownloadManager* manager_; base::WeakPtrFactory<content::DownloadManager> manager_ptr_factory_; std::set<content::DownloadItem*> observing_; DISALLOW_COPY_AND_ASSIGN(CefDownloadManagerDelegate); }; #endif // CEF_LIBCEF_BROWSER_DOWNLOAD_MANAGER_DELEGATE_H_	[ "hernad@bring.out.ba" ]	hernad@bring.out.ba
2ab94e7c3010aa0a693f5f812de741481cc9abcc	a024e511eed9359afcb02a689ea7d1b0e30305a4	/Matrix-operations/complex-matrices/complex-basics/test-program.cpp	4ac7c87d4dd118edd6e2c014487215e6fe41f49c	[ "MIT" ]	permissive	ankit-dhiman/computational-physics	e25ef50b4bf251539e264e67df2cb895de112aaf	61e9f0150c0e389b3fec6e78cc2bd96dfa1d9f54	refs/heads/master	2022-11-03T03:11:42.510324	2020-06-21T02:58:29	2020-06-21T02:58:29	272,034,314	0	0	null	null	null	null	UTF-8	C++	false	false	1,775	cpp	/* Author : Ankit Dhiman date created : 11 June,2020 / #include <bits/stdc++.h> #define SIZE 20 using namespace std ; void PrintMatrix(complex<double> Arr[][SIZE], int n) ; void PrintMatrixConj(complex<double> Arr[][SIZE], int n) ; int main() { / initialize random seed: */ srand (time(NULL)); int a=-10 , b=20 , alpha ,beta ,n ; cout << "\nGive value for size of the matrix , n : \n? " ; cin >> n ; //------------------------------------------------- // INTIALIZE MATRICES A AND TRANSPOSE TO zero //------------------------------------------------- complex<double> matrix_A[SIZE][SIZE]={}; complex<double> matrix_transpose[SIZE][SIZE]={}; complex<double> conjugate_A[SIZE][SIZE]={}; //------------------------------------------------- // INTIALIZING MATRICES A TO SOME RANDOM VALUES //------------------------------------------------- for (int i = 0;i<n;i++){ for(int j=0;j<n;j++){ alpha = a + ( rand() %b ) ; beta = a + ( rand() %b ) ; complex<double> z1(alpha,beta); matrix_A[i][j] = (z1) ; } } cout << "\n matrix (A) = \n \t" ; PrintMatrix(matrix_A,n) ; cout << "\n conjugate(A) = \n\t " ; PrintMatrixConj(matrix_A,n) ; cout << "\n\n" ; return 0 ; } //------------------------------------------------- void PrintMatrix(complex<double> Arr[][SIZE], int n) { for (int i = 0;i<n;i++){ for(int j=0;j<n;j++) { cout <<setw(12)<< Arr[i][j] ; } cout << "\n \t " ; } return; } //------------------------------------------------- void PrintMatrixConj(complex<double> Arr[][SIZE], int n) { for (int i = 0;i<n;i++){ for(int j=0;j<n;j++) { cout <<setw(12)<< conj(Arr[i][j]) ; } cout << "\n \t " ; } return; } //-------------------------------------------------	[ "noreply@github.com" ]	ankit-dhiman.noreply@github.com
bb8d3663aa01acb61b6f268ac47f9567ccb682cb	8973dd51588517ac8755230820e97b8215cadc92	/cores/Cosa/examples/Wireless/CosaWirelessDS18B20/CosaWirelessDS18B20.ino	e99786723051b50b5118ef8be755fe2d80aac951	[ "BSD-3-Clause" ]	permissive	UECIDE/UECIDE_data	3fa6b17113743de7bcb7d3cb8d430637efb494b6	96bf6b15910ec3794bd7c13e5274e5ac03379aa9	refs/heads/master	2016-09-06T17:38:44.223404	2014-02-15T00:48:46	2014-02-15T00:48:46	13,354,806	0	1	null	null	null	null	UTF-8	C++	false	false	4,262	ino	/** * @file CosaWirelessDS18B20.ino * @version 1.0 * * @section License * Copyright (C) 2013, Mikael Patel * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Lesser General Public * License as published by the Free Software Foundation; either * version 2.1 of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU * Lesser General Public License for more details. * * You should have received a copy of the GNU Lesser General * Public License along with this library; if not, write to the * Free Software Foundation, Inc., 59 Temple Place, Suite 330, * Boston, MA 02111-1307 USA * * @section Description * Demonstration sending temperature readings from two 1-Wire DS18B20 * devices over the Wireless Interface and devices. * * @section Circuit * Connect RF433/315 Transmitter Data to ATtiny85 D0, connect VCC * GND. Connect 1-Wire digital thermometer to D3 with pullup resistor. * The pullup resistor (4K7) may be connected to D4 to allow active power * control. This sketch supports parasite powered DS18B20 devices. * Connect the DS18B20 VCC to GND. * * @section Measurements * Arduino Mini Pro 16 Mhz (Power LED removed). * Power Idle Sampling Transmitting * LiPo 3.9 V 40 uA 1.3 mA 6 mA (RF433). * FTDI 5,1 V 190 uA 1.5 mA 10 mA (RF433). * * @section Note * This sketch is designed to also run on an ATtiny85 running on the * internal 8 MHz clock. * * This file is part of the Arduino Che Cosa project. */ #include "Cosa/Pins.hh" #include "Cosa/OWI.hh" #include "Cosa/OWI/Driver/DS18B20.hh" #include "Cosa/Power.hh" #include "Cosa/Watchdog.hh" #include "Cosa/RTC.hh" // Configuration; network and device addresses #define NETWORK 0xC05A #if defined(__ARDUINO_TINY__) #define DEVICE 0x30 #else #define DEVICE 0x31 #endif // Select Wireless device driver #define USE_CC1101 // #define USE_NRF24L01P // #define USE_VWI #if defined(USE_CC1101) #include "Cosa/Wireless/Driver/CC1101.hh" CC1101 rf(NETWORK, DEVICE); #elif defined(USE_NRF24L01P) #include "Cosa/Wireless/Driver/NRF24L01P.hh" NRF24L01P rf(NETWORK, DEVICE); #elif defined(USE_VWI) #include "Cosa/Wireless/Driver/VWI.hh" #include "Cosa/Wireless/Driver/VWI/Codec/VirtualWireCodec.hh" VirtualWireCodec codec; #define SPEED 4000 #if defined(__ARDUINO_TINY__) VWI rf(NETWORK, DEVICE, SPEED, Board::D1, Board::D0, &codec); #else VWI rf(NETWORK, DEVICE, SPEED, Board::D7, Board::D8, &codec); #endif #endif // Connect to one-wire device; Assuming there are two sensors OWI owi(Board::D3); DS18B20 indoors(&owi); DS18B20 outdoors(&owi); // Active pullup (pullup resistor connected to this pin) OutputPin pw(Board::D4); void setup() { // Set up watchdog for power down sleep mode Watchdog::begin(128, SLEEP_MODE_PWR_DOWN); RTC::begin(); // Start the wireless device and powerdown rf.begin(); rf.powerdown(); // Connect to the temperature sensors pw.on(); indoors.connect(0); outdoors.connect(1); pw.off(); // Put the hardware in power down Power::all_disable(); } // Message from the device; temperature and voltage reading struct dt_msg_t { uint8_t nr; int16_t indoors; int16_t outdoors; uint16_t battery; }; static const uint8_t DIGITAL_TEMP_TYPE = 0x02; void loop() { // Message sequence number initialization static uint8_t nr = 0; // Make a conversion request and read the temperature (scratchpad) pw.on(); DS18B20::convert_request(&owi, 12, true); indoors.read_scratchpad(); outdoors.read_scratchpad(); pw.off(); // Turn on necessary hardware modules Power::all_enable(); // Initiate the message with measurements dt_msg_t msg; msg.nr = nr++; msg.indoors = indoors.get_temperature(); msg.outdoors = outdoors.get_temperature(); msg.battery = AnalogPin::bandgap(1100); // Broadcast the message and power down after completion rf.broadcast(DIGITAL_TEMP_TYPE, &msg, sizeof(msg)); rf.powerdown(); // Turn off hardware and deep sleep until next sample (period 5 s) Power::all_disable(); SLEEP(5); }	[ "matt@majenko.co.uk" ]	matt@majenko.co.uk
43bb10e4ee9f3d80ed5712ccc58181be3d5b9a75	582aa70acb599c63734caec165f0151acbe6925a	/TratamentoClassesAbstratas/circulo.cpp	73035b1a940f1bb2648a09236193d802cd76edec	[]	no_license	Silvabrunu/DCA1201	903db0981b45c9db79a4d6d4cb79afacfc883411	be9b4946e73cdbf225ca0271e1521cdb5a497359	refs/heads/master	2020-03-28T11:47:48.322187	2018-12-12T02:52:26	2018-12-12T02:52:26	148,247,496	0	0	null	null	null	null	UTF-8	C++	false	false	1,458	cpp	#include "circulo.h" #include "screen.h" #include<iostream> using namespace std; Circulo::Circulo(int _x0, int _y0, int _raio, bool _fillmode,char _brush){ x0 = _x0; y0 = _y0; raio = _raio; fillmode = _fillmode; brush = _brush; } void Circulo::draw(Screen &t){ //Altera o caracter de desenho t.setBrush(brush); int x = 0; int y = raio; int d = 1 - raio; while(y > x){ //Desenha os pontos no 2 octante e nos octantes restantes t.setPixel(x0 + x, y0 + y); t.setPixel(x0 + y, y0 + x); t.setPixel(x0 - y, y0 + x); t.setPixel(x0 - x, y0 + y); t.setPixel(x0 - x, y0 - y); t.setPixel(x0 - y, y0 - x); t.setPixel(x0 + y, y0 - x); t.setPixel(x0 + x, y0 - y); //Verifica se o circulo é preenchido e o desenha totalmente preenchido if(fillmode == 1){ for (int i = x0 - x; i <= x0 + x; i++) { t.setPixel(i, y0 + y); t.setPixel(i, y0 - y); } for (int i = x0 - y; i <= x0 + y; i++) { t.setPixel(i, y0 + x); t.setPixel(i, y0 - x); } } if(d < 0){ d = d + 2x + 3; x = x + 1; } else{ d = d + 2(x-y) + 5; x = x + 1; y = y - 1; } } }	[ "bss.santos.bruno@gmail.com" ]	bss.santos.bruno@gmail.com
c6050c5010ea3bc80f290f5cd7f0da98dfa57a60	ad3f34546afba57daf888798ad2d29db0361dcca	/T3000/HexFileParser.cpp	2350ae23e18146b5d491c374010fce5e98e17594	[ "MIT" ]	permissive	temcocontrols/T3000_Building_Automation_System	b7303be5d447cd8d40b1d2424b32b6c7683c2570	5fc9204df43aabfe57ccd1a5183b69940d525e2d	refs/heads/master	2023-08-31T13:37:39.375528	2023-08-29T03:30:48	2023-08-29T03:30:48	6,994,906	66	62	MIT	2023-08-08T12:38:00	2012-12-04T05:29:25	C++	GB18030	C++	false	false	12,831	cpp	#include "StdAfx.h" #include "HexFileParser.h" #include "global_function.h" CHexFileParser::CHexFileParser(void) { m_nHexFileType = HEXFILE_DATA; m_IsRAM=FALSE; } CHexFileParser::~CHexFileParser(void) { } void CHexFileParser::SetFileName(const CString& strFileName) { m_strFileName = strFileName; } ////////////////////////////////////////////////////////////////////////// // 返回int：实际的有效字节 int CHexFileParser::GetHexFileBuffer(char* pBuf, int nLen) { CFile hexFile; //the hex file int nBufLen = 0; if(hexFile.Open(m_strFileName, CFile::modeRead)) { m_nHexFileType = GetHexFileType(hexFile); BOOL bRet = TRUE; if (m_nHexFileType == 0) { CString strTips = _T("Hex file verified okay.");//_T("The Hex File is Normal."); nBufLen = ReadNormalHexFile(hexFile, pBuf, nLen); } else if(m_nHexFileType == 1) { CString strTips = _T("The hex file has a Extend Section Address Record(HEX86)."); nBufLen = ReadExtendHexFile(hexFile, pBuf, nLen); } else if (m_nHexFileType == 2) { CString strTips = _T("The hex file has a Extend Linear Addree Record(HEX86)."); nBufLen = ReadExtLinearHexFile(hexFile, pBuf, nLen); } } if (m_IsRAM) { memcpy(&global_fileInfor,&pBuf[0x8200],sizeof(Bin_Info)); } else { memcpy(&global_fileInfor,&pBuf[0x100],sizeof(Bin_Info)); } if(strlen(global_fileInfor.product_name) > 200) nBufLen = -1; //return NO_VERSION_INFO; char temocolog[6]; memcpy_s(temocolog,5,global_fileInfor.company,5); temocolog[5] = 0; CString Temco_logo; MultiByteToWideChar( CP_ACP, 0, (char )temocolog, (int)strlen(temocolog)+1, Temco_logo.GetBuffer(MAX_PATH), MAX_PATH ); Temco_logo.ReleaseBuffer(); Temco_logo.MakeUpper(); if(Temco_logo.CompareNoCase(_T("TEMCO")) != 0&&Temco_logo.Find(L"CO2")==-1) { //return NO_VERSION_INFO; nBufLen = -1; } //return READ_SUCCESS; return nBufLen; } BOOL CHexFileParser::Is_RAM_HEXType(){ return m_IsRAM; } // 读第7，8个字符，00为Normal，02为扩展，04为扩展线性 HEXFILE_FORMAT CHexFileParser::GetHexFileType(CFile& hexFile) { int nRet = 0; char chBuf[64] = {0}; hexFile.Read(chBuf, 12); if (chBuf[8] == '0') { } else if (chBuf[8] == '2') { nRet = 1; } else if (chBuf[8] == '4') { nRet = 2; } // reset file pointer hexFile.SeekToBegin(); return (HEXFILE_FORMAT)nRet; } //////////////////////////////////////////////////////////////////////////// // Parameter: // 1, CFile& : hex file preference, to be read // 2, char : a memory pointer, has been allocate in heep, it's a valid memory space. // 3, int : parameter 2, memory space's size. // return: // int : it's the truely length of the used buffer, also useful byte number after hex file been parsed. int CHexFileParser::ReadNormalHexFile( CFile& hexFile, char* pBuf, int nBufLen) { ASSERT(nBufLen >= 0xFFFF); //CString m_get_data_from_file; int nBufCount = 0; //***************inspect the file******************* unsigned int nLineNum=0; char a[256]; ZeroMemory(a, 256); //while(NULL!=ar.ReadString(m_get_data_from_file))//循环读取文件，直到文件结束 while(ReadLineFromFile(hexFile, a)) {//get a line from the file,check "crc" for total file #ifdef _DEBUG if (a[8] != '0') { int n = 0; } #endif nLineNum++; //the line number that the wrong hex file; unsigned char get_hex[128]={0}; //get hex data,it is get from the line char UINT i = 0; for( i=0;i<strlen(a); i++) //get a line//去掉第一个 { a[i] = a[i+1]; } int nLen = strlen(a)-2; // 减去回车换行符号 if(strlen(a)%2==0) turn_hex_file_line_to_unsigned_char(a); // turn every char to int else { wchar_t p_c_temp[74]={'\0'}; swprintf_s(p_c_temp,_T("Error: the hex file had error at %d line!"),nLineNum); nBufCount = 0; //close_com(); return 0; } turn_int_to_unsigned_char(a,nLen,get_hex); //turn to hex if(get_hex[3]==1) //for to seektobegin() function,because to end of the file break; unsigned char uctemp2=0; for(int j=0;j<(nLen/2);j++) uctemp2+=get_hex[j]; if(uctemp2%256!=0) { wchar_t p_c_temp[74]={'\0'}; swprintf_s(p_c_temp,_T("Error: the hex file had error at %d line!"),nLineNum); nBufCount = 0; //close_com(); return 0; } if(get_hex[1]==0 && get_hex[2]==0) get_hex[4]=255; //for the 0000 register to write 255 unsigned int ltemp; ltemp=get_hex[1]256+get_hex[2]; for(int j=0;j<get_hex[0];j++) { pBuf[ltemp+j]=get_hex[4+j];//get the data } if((UINT)nBufCount<(ltemp+get_hex[0])) { nBufCount=ltemp+get_hex[0]-1; } ZeroMemory(a, 256); }//end while hexFile.Close();//close the file return nBufCount; } BOOL CHexFileParser::DoCRC( unsigned char szBuf, int nLen) { unsigned char uctemp=0; for(int j=0; j < nLen; j++) uctemp+=szBuf[j]; if(uctemp%256!=0) { return FALSE; } return TRUE; } WORD CHexFileParser::GetHighAddrFromFile(const CString& strLine) { WORD dwTemp = 0; char ch[128] = {0}; for (int i = 1; i < strLine.GetLength(); i++) { ch[i-1] = (char)strLine.GetAt(i); } turn_hex_file_line_to_unsigned_char(ch); unsigned char szBuf[64] = {0}; turn_int_to_unsigned_char(ch, strLine.GetLength()-1, szBuf); dwTemp = szBuf[4]0x100 + szBuf[5]; if (dwTemp>=800) { dwTemp-=0x800; m_IsRAM=TRUE; } return dwTemp; } BOOL CHexFileParser::ReadLineFromFile(CFile& file, char pBuffer) { //当hex文件中每一行的文件超过了256个字符的时候，我们就认为这个hex文件出现了问题 int linecharnum=0; char c; int nRet = file.Read(&c, 1); while(nRet != 0) { ++linecharnum; pBuffer++ = c; //TRACE(_T("\n%c"),c); if (c == 0x0d) // 回车 { file.Read(&c, 1); // 读一个换行 pBuffer++ = c; TRACE(_T("%s"),pBuffer); return TRUE; } if (linecharnum<256) { file.Read(&c, 1); } else { return FALSE; } } //TRACE(_T("%s"),pBuffer); return FALSE; } //////////////////////////////////////////////////////////////////////////// // Parameter: // 1, CFile& : hex file preference, to be read // 2, char* : a memory pointer, has been allocate in heep, it's a valid memory space. // 3, int : parameter 2, memory space's size. // return: // int : it's the truely length of the used buffer, also useful byte number after hex file been parsed. // 读扩展地址记录的hex file－最大512k地址空间 int CHexFileParser::ReadExtendHexFile(CFile& hexFile, char* pBuf, int nBufLen) { //MessageBox(NULL, _T("Sorry, don't suppot Extend Hex File. Please contact software developer."), _T("ISP"), MB_OK); ASSERT(nBufLen >= 0xFFFF); //CString m_get_data_from_file; int nBufCount = 0; //***************inspect the file******************* unsigned int nLineNum=0; char a[256]; ZeroMemory(a, 256); //while(NULL!=ar.ReadString(m_get_data_from_file))//循环读取文件，直到文件结束 while(ReadLineFromFile(hexFile, a)) {//get a line from the file,check "crc" for total file #ifdef _DEBUG if (a[8] != '0') { int n = 0; } #endif nLineNum++; //the line number that the wrong hex file; unsigned char get_hex[128]={0}; //get hex data,it is get from the line char UINT i = 0; for( i=0;i<strlen(a); i++) //get a line { a[i] = a[i+1]; } int nLen = strlen(a)-2; // 减去回车换行符号 if(strlen(a)%2==0) turn_hex_file_line_to_unsigned_char(a); // turn every char to int else { wchar_t p_c_temp[74]={'\0'}; swprintf_s(p_c_temp,_T("Error: the hex file had error at %d line!"),nLineNum); nBufCount = 0; AfxMessageBox(p_c_temp); //close_com(); return 0; } turn_int_to_unsigned_char(a,nLen,get_hex); //turn to hex if(get_hex[3]==1) //for to seektobegin() function,because to end of the file break; unsigned char uctemp2=0; for(int j=0;j<(nLen/2);j++) uctemp2+=get_hex[j]; if(uctemp2%256!=0) { wchar_t p_c_temp[74]={'\0'}; nBufCount = 0; swprintf_s(p_c_temp,_T("Error: the hex file had error at %d line!"),nLineNum); AfxMessageBox(p_c_temp,MB_OK); //close_com(); return 0; } if(get_hex[1]==0 && get_hex[2]==0) get_hex[4]=255; //for the 0000 register to write 255 unsigned int ltemp; ltemp=get_hex[1]256+get_hex[2]; for(int j=0;j<get_hex[0];j++) { pBuf[ltemp+j]=get_hex[4+j];//get the data } if((UINT)nBufCount<(ltemp+get_hex[0])) { nBufCount=ltemp+get_hex[0]-1; } ZeroMemory(a, 256); }//end while hexFile.Close();//close the file return nBufCount; } //////////////////////////////////////////////////////////////////////////// // Parameter: // 1, CFile& : hex file preference, to be read // 2, char : a memory pointer, has been allocate in heep, it's a valid memory space. // 3, int : specify parameter 2, memory space's size. // return: // int : it's the truely length of the used buffer, also useful byte number after hex file been parsed. // 读扩展线性地址记录的hex file－最大32位的地址空间 BOOL CHexFileParser::ReadExtLinearHexFile(CFile& hexfile, char* pBuf, int nBufLen) { //CArchive ar(&m_hex_file,CArchive::load); //ASSERT(nBufLen >= 0xFFFF); /if (pBuf) { delete[] pBuf; pBuf = NULL; } pBuf = new char[c_nHexFileBufLen];/ CString strGetData; int nBufCount = 0; //***************inspect the file******************* unsigned int nLineNumErr=0; DWORD dwHiAddr = 0; // 高位地址 char a[256]; ZeroMemory(a, 256); //while(NULL!=ar.ReadString(strGetData)) //循环读取文件，直到文件结束 while(ReadLineFromFile(hexfile, a)) { // 取得高位地址，可能不止一处扩展 if( a[8] == '4') { CString strTemp(a); dwHiAddr = GetHighAddrFromFile(strTemp); dwHiAddr <<= 16; if( nBufCount != 0) { m_szFlags.push_back(nBufCount); } // do CRC continue; } //get a line from the file,check "crc" for total file nLineNumErr++; //the line number that the wrong hex file; unsigned char get_hex[128]={0};//get hex data,it is get from the line char //the number is (i-1) //int nLen = strGetData.GetLength(); for(UINT i=0; i<strlen(a); i++) // 去掉冒号 { a[i]=a[i+1]; } int nLen = strlen(a)-2; // 不算回车换行的长度 if(strlen(a)%2==0) turn_hex_file_line_to_unsigned_char(a);//turn every char to int else { wchar_t p_c_temp[74]={'\0'}; swprintf_s(p_c_temp,_T("Error: the hex file had error at %d line!"),nLineNumErr); //AddStringToOutPuts(p_c_temp); nBufCount = 0; AfxMessageBox(p_c_temp); //close_com(); goto END; return 0; } turn_int_to_unsigned_char(a,nLen,get_hex);//turn to hex if(get_hex[3]==1) //for to seektobegin() function,because to end of the file break; if(!DoCRC( get_hex, nLen/2)) { wchar_t p_c_temp[74]={'\0'}; swprintf_s(p_c_temp,_T("Error: the hex file had error at %d line!"),nLineNumErr); //AddStringToOutPuts(p_c_temp); nBufCount = 0; AfxMessageBox(p_c_temp, MB_OK); //close_com(); goto END; return 0; } // if(get_hex[1]==0 && get_hex[2]==0) // get_hex[4]=255;//for the 0000 register to write 255 int temp; char temp_buf[32]; if (nLineNumErr==9) { for (int i=0;i<32;i++) { temp_buf[i]=a[i+8]; } for (int i=0;i<20;i++) { temp=temp_buf[2i]16+temp_buf[2i+1]; m_DeviceInfor[i]=temp; } //m_softwareRev = (temp_buf[30] + temp_buf[31]256)/10.0; //m_ProductModel=m_DeviceInfor[0]; m_softwareRev= ((a[38]16+a[39]) + (a[40]16 + a[41])256)/10.0; m_ProductName.Empty(); for (int i=0;i<10;i++) { CString temp1; temp1.Format(_T("%C"),m_DeviceInfor[5+i]); m_ProductName = m_ProductName + temp1; } } unsigned int ltemp; ltemp=get_hex[1]256+get_hex[2] + dwHiAddr; // if (m_IsRAM) // { // ltemp-=0x00008000; // } for(int j=0;j<get_hex[0];j++) pBuf[ltemp+j]=get_hex[4+j];//get the data if((UINT)nBufCount<(ltemp+get_hex[0])) nBufCount=ltemp+get_hex[0]; ZeroMemory(a, 256); }//end while m_szFlags.push_back(nBufCount); END: hexfile.Close();//close the file return nBufCount; //return 0 ; } CString CHexFileParser::Get_HexInfor(){ return m_ProductName+_T(" ")+m_ChipName; } HEXFILE_FORMAT CHexFileParser::GetHexFileFormatType() { return m_nHexFileType; } int CHexFileParser::GetExtendHexFileSectionFlag(vector<int>& szFlags) { ASSERT(m_szFlags.size() > 0); szFlags.clear(); szFlags = m_szFlags; return szFlags.size(); } void CHexFileParser::Get_DeviceInfor(UINT &ProductModel,float &SoftwareVersion,CString &ProductName,CString &ChipName,UINT &Chipsize){ ProductModel=m_ProductModel; SoftwareVersion=m_softwareRev; ProductName=m_ProductName; ChipName=m_ChipName; Chipsize=m_ChipSize; }	[ "Alex@temcocontrols.com" ]	Alex@temcocontrols.com
6ee35452f550a1eaf7fb0de59f3ad1a26a025ce5	7e791eccdc4d41ba225a90b3918ba48e356fdd78	/chromium/src/chrome/browser/engagement/site_engagement_metrics.cc	2020022bbceeb1ff45c9fecaf25fd905ff81ca88	[ "BSD-3-Clause" ]	permissive	WiViClass/cef-3.2623	4e22b763a75e90d10ebf9aa3ea9a48a3d9ccd885	17fe881e9e481ef368d9f26e903e00a6b7bdc018	refs/heads/master	2021-01-25T04:38:14.941623	2017-06-09T07:37:43	2017-06-09T07:37:43	93,824,379	2	1	null	null	null	null	UTF-8	C++	false	false	3,161	cc	// Copyright 2015 The Chromium Authors. All rights reserved. // Use of this source code is governed by a BSD-style license that can be // found in the LICENSE file. #include "chrome/browser/engagement/site_engagement_metrics.h" #include "base/metrics/histogram_macros.h" const char SiteEngagementMetrics::kTotalEngagementHistogram[] = "SiteEngagementService.TotalEngagement"; const char SiteEngagementMetrics::kTotalOriginsHistogram[] = "SiteEngagementService.OriginsEngaged"; const char SiteEngagementMetrics::kMeanEngagementHistogram[] = "SiteEngagementService.MeanEngagement"; const char SiteEngagementMetrics::kMedianEngagementHistogram[] = "SiteEngagementService.MedianEngagement"; const char SiteEngagementMetrics::kEngagementScoreHistogram[] = "SiteEngagementService.EngagementScore"; const char SiteEngagementMetrics::kOriginsWithMaxEngagementHistogram[] = "SiteEngagementService.OriginsWithMaxEngagement"; const char SiteEngagementMetrics::kOriginsWithMaxDailyEngagementHistogram[] = "SiteEngagementService.OriginsWithMaxDailyEngagement"; const char SiteEngagementMetrics::kPercentOriginsWithMaxEngagementHistogram[] = "SiteEngagementService.PercentOriginsWithMaxEngagement"; const char SiteEngagementMetrics::kEngagementTypeHistogram[] = "SiteEngagementService.EngagementType"; const char SiteEngagementMetrics::kDaysSinceLastShortcutLaunchHistogram[] = "SiteEngagementService.DaysSinceLastShortcutLaunch"; void SiteEngagementMetrics::RecordTotalSiteEngagement( double total_engagement) { UMA_HISTOGRAM_COUNTS_10000(kTotalEngagementHistogram, total_engagement); } void SiteEngagementMetrics::RecordTotalOriginsEngaged(int num_origins) { UMA_HISTOGRAM_COUNTS_10000(kTotalOriginsHistogram, num_origins); } void SiteEngagementMetrics::RecordMeanEngagement(double mean_engagement) { UMA_HISTOGRAM_COUNTS_100(kMeanEngagementHistogram, mean_engagement); } void SiteEngagementMetrics::RecordMedianEngagement(double median_engagement) { UMA_HISTOGRAM_COUNTS_100(kMedianEngagementHistogram, median_engagement); } void SiteEngagementMetrics::RecordEngagementScores( std::map<GURL, double> score_map) { for (const auto& value: score_map) { UMA_HISTOGRAM_COUNTS_100(kEngagementScoreHistogram, value.second); } } void SiteEngagementMetrics::RecordOriginsWithMaxEngagement(int total_origins) { UMA_HISTOGRAM_COUNTS_100(kOriginsWithMaxEngagementHistogram, total_origins); } void SiteEngagementMetrics::RecordOriginsWithMaxDailyEngagement( int total_origins) { UMA_HISTOGRAM_COUNTS_100(kOriginsWithMaxDailyEngagementHistogram, total_origins); } void SiteEngagementMetrics::RecordPercentOriginsWithMaxEngagement( double percentage) { UMA_HISTOGRAM_COUNTS_100(kPercentOriginsWithMaxEngagementHistogram, percentage); } void SiteEngagementMetrics::RecordEngagement(EngagementType type) { UMA_HISTOGRAM_ENUMERATION(kEngagementTypeHistogram, type, ENGAGEMENT_LAST); } void SiteEngagementMetrics::RecordDaysSinceLastShortcutLaunch(int days) { UMA_HISTOGRAM_COUNTS_100(kDaysSinceLastShortcutLaunchHistogram, days); }	[ "1480868058@qq.com" ]	1480868058@qq.com
0edd5768e9817dd5f737c6eb3512767f68e94cf6	ac227cc22d5f5364e5d029a2cef83816a6954590	/applications/physbam/physbam-lib/Public_Library/PhysBAM_Solids/PhysBAM_Solids/Fracture/VIRTUAL_NODE.h	f405e469f6417de5c19fec9d64e0fea62f9d4008	[ "BSD-3-Clause" ]	permissive	schinmayee/nimbus	597185bc8bac91a2480466cebc8b337f5d96bd2e	170cd15e24a7a88243a6ea80aabadc0fc0e6e177	refs/heads/master	2020-03-11T11:42:39.262834	2018-04-18T01:28:23	2018-04-18T01:28:23	129,976,755	0	0	BSD-3-Clause	2018-04-17T23:33:23	2018-04-17T23:33:23	null	UTF-8	C++	false	false	1,033	h	//##################################################################### // Copyright 2003-2006, Zhaosheng Bao, Ron Fedkiw, Geoffrey Irving, Neil Molino, Eftychios Sifakis. // This file is part of PhysBAM whose distribution is governed by the license contained in the accompanying file PHYSBAM_COPYRIGHT.txt. //##################################################################### // Class VIRTUAL_NODE //##################################################################### #ifndef __VIRTUAL_NODE__ #define __VIRTUAL_NODE__ #include <PhysBAM_Tools/Arrays/ARRAY.h> namespace PhysBAM{ class VIRTUAL_NODE { public: int index; int corresponding_real_node; ARRAY<int> recipients; VIRTUAL_NODE() {} VIRTUAL_NODE(const int corresponding_real_node_input) :index(0),corresponding_real_node(corresponding_real_node_input) {} bool Is_Received_By(const int node) const {return recipients.Contains(node);} //##################################################################### }; } #endif	[ "quhang@stanford.edu" ]	quhang@stanford.edu

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