#ifndef EXPERTWIN_H #define EXPERTWIN_H #include "basewin.h" #include "gutil/qjson.h" #include #include #include #include #include #include #include class ExpertWin : public BaseWin { Q_OBJECT public: explicit ExpertWin(QWidget *parent, int); QByteArray savedData(); JObj connSavedData(); void addMapData(QByteArray &); QLabel *fdModuleWidth, *fdModuleHeight, *fdGroupNum, *fdScanNum, *fdDataGroupColor ,*fdChouDian; QLabel *fdChipType, *fdDecodeMode; JObj cfg; JObj mBox { {"ModuleRow", 1}, {"ModuleCol", 1}, {"Direction", 1}, {"SectorCount", 1} }; JObj mModule { {"ModuleWidth", 32}, {"ModuleHeight", 16}, {"GroupNum", 2}, {"ScanNum", 4}, {"ChipType", "通用"}, {"DecodeMode", "138译码"}, {"GroupMode", "三线并行"} }; QStackedLayout *connStack; QSpinBox *fdCardWidth, *fdCardHeight; QComboBox *fdDirection, *fdSectorCount; QRadioButton *fdAdvacned; QPushButton *btnConnReadBack, *btnReceiveReadBack; // QSpinBox *spinGclkXw,*spinGclkZkb,*spinLineNs,*spinLineWz,*spinLineXy,*spinPointsOnePort; // QComboBox *cbDCLKf,*cbDclkXw, *cbDclkZkb,*freshBeiLv,*cbGCLKf,*cbGryLevel,*cbNoSign,*cbStb,*cbDE,*cbABC,*cbXiaoYinDianPing,*cbSTB,*cbSRowOut; // QLabel * m_ctrlFreshRate,*m_ctrlBrightEff,*m_ctrlMinOE; // QCheckBox * checkSyncXianKa,*checkJianLiang,*checkDoubleCopy,*checkDsignalAsCLk; QStackedWidget *m_effectStack;//added by alahover 20230904 // NormalEffectWin * normalPanel ; // PwmEffectWin * pwmPanel ; // DoubleLatchEffectWin * doublelatchPanel; //added by alahover -o 20230830 //added by alahover -s 20230817 int m_iRcvCardType; bool needInit1 = true; bool needInit2 = true; struct St_Rcv_Pos{ unsigned char imgXL8 = 0;//接收卡图像列起始低八位 unsigned char imgYL8 = 0;//接收卡图像行起始低八位 unsigned char imgXH4_YH4 = 0;//接收卡图像列起始高四位+行起始高四位 unsigned char imgWidthL8 = 0;//接收卡图像宽度低八位 unsigned char imgWidthH4_HeightH4 = 0x14;//接收卡图像宽度低八位 unsigned char imgHeightL8 = 0;//接收卡图像宽度低八位 unsigned char imgPosNumInScreenL8 = 0;//接收卡在屏内的位置号低八位 unsigned char imgPosNumInScreenH8 = 0;//接收卡在屏内的位置号高八位 }; class zrf_rcv_card{ public: /////////////////描点参数成员变量//////////////// unsigned char b0_7 = 0b0; //DAT信号 方式 0:高有效(共阴) 1:低有效(共阳); unsigned char b0_6 = 0b0; //STB信号有效方式 0:正向 1:反向; unsigned char b0_5 = 0b1; //OE信号有效0 :低有 效1 :高有效; unsigned char b0_4 = 0b0; //行有效方式:0 :低有效1 :高有效; unsigned char b0_3_1 = 0b000; //行译码方式bit2~bit0与地址0x01 bit7~bit6 表示 bit4~bit3。0:普通,常规138译码;00001:SM5266;00010:SM5366;01000::ICN2013;00100:无译码;00101:595译码;0110::5958译码;01110:ICND2018;其他:保留; unsigned char b0_0 = 0b0; //0 :全色;1 :单双色; // unsigned char b0 = (b0_7 << 7 & 0b10000000)| (b0_6 << 6 & 0b01000000)| (b0_5 << 5 & 0b00100000)| (b0_4 << 4 & 0b00010000)| (b0_3_1 << 1 & 0b00001110) | (b0_0 & 0b00000001); unsigned char b1_7_6 = 0b00; //行译码方式 bit4~bit3 unsigned char b1_5 = 0b0; //消影控制电平0:高有效;1:低有效 unsigned char b1_4 = 0b0; //双卡备份0:关闭;1:启用 unsigned char b1_3_2 = 0b00; //颜色深度00:8bit;01:10bit;10:12bit unsigned char b1_1 = 0b0; //D信号扩展为第二时钟0:关闭;1:启用 unsigned char b1_0 = 0b0; //上电渐亮0:启用;1:关闭 // unsigned char b1 = (b1_7_6<< 6 & 0b11000000) | (b1_5<<5 & 0b00100000) | (b1_4<<4 & 0b00010000) | (b1_3_2<<2 & 0b00001100) | (b1_1<<1 & 0b00000010) |(b1_0&0b00000001); unsigned char b2 = 0x5; //实际消影时间为:(输入值 * 2 + 1) * 48ns unsigned char b3 = 0x8; //一组数据控制模组的行数:1~64;其他无效; unsigned char b4 = 0x10; //一组数据控制的模组列数:1~128,其他无效; unsigned char b5 = 0x08; //模组扫描方式:1~64,其他无效; unsigned char b6 = 0x00; //模组每行空点数,详见说明2; unsigned char b7_7_6 = 0b11; //输出数据线4,00:红;01:绿;10:蓝;11:黑; unsigned char b7_5_4 = 0b10; //输出数据线3,00:红;01:绿;10:蓝;11:黑; unsigned char b7_3_2 = 0b01; //输出数据线2,00:红;01:绿;10:蓝;11:黑; unsigned char b7_1_0 = 0b00; //输出数据线1,00:红;01:绿;10:蓝;11:黑; // unsigned char b7 = (b7_7_6 << 6 & 0b11000000) | (b7_5_4<<4 & 0b00110000) | (b7_3_2 << 2 & 0b00001100) | (b7_1_0 & 0b00000011) ; //数据传输方向及数据输出模式 unsigned char b8_7 = 0b0; //多种描点数据 :0,关闭;1,启用 unsigned char b8_6 = 0b0; //扫描复用模式:0,行扫;1,列扫; unsigned char b8_5_4 = 0b00; //模组级联方向:00:从右往左;01:从上往下;10:从左往右;11:从下往上; unsigned char b8_3_0 = 0b0000; //数据输出模式:0000:标准16组并行数据输出,0001:增强20组并行数据输出,0010:增强24组并行数据输出,0101:串行16组数据输出,0100:串行32组数据输出,0011:串行 64 组数据输出,0110:增强32组并行数据输出,0111:串行 128 组数据,1000:串行 96 组数据,1001~1111:保留 // unsigned char b8 = (b8_7<<7 &0b10000000) | (b8_6<<6 & 0b01000000) | (b8_5_4<<4 & 0b00110000) | (b8_3_0 & 0b00001111) ; unsigned char b9 = 0xFF; //静态亮度 0:最暗,ff:最亮;区别于帧同步包中的动态亮度; unsigned char b10 = 0xFF; //红亮度0:最暗,ff:最亮 unsigned char b11 = 0xFF; //绿亮度0:最暗,ff:最亮 unsigned char b12 = 0xFF; //蓝亮度0:最暗,ff:最亮 unsigned char b13 = 0x00; //模组驱动芯片类型选择: //0x00:普通恒流芯片 0x0F:ICN2053; 0x01:MBI5042、MBI5041; 0x10:ICN2038S; 0x02:MY9268; 0x11:MBI5124; 0x03:MBI5050; 0x12:SM16017; 0x04:SD16749; 0x13:SM16207; //0x05:SM16136; 0x14:SM16159; 0x06:APA101; 0x15:LS9929IP; 0x07:MY9266; 0x16:ICND2110 0x08:MY9868; 0x17:LS9918IP; 0x09:MBI5052; 0x18:SM16237; //0x0A:SUM2017; 0x19:SUM2028; 0x0B:MY9862; 0x1A:SUM2017TD; 0x0C:SUM2032; 0x1B:SM16259; 0x0D:MBI5153; 0x1C:ICND2065/ICND2055; 0x1D:SM16359; 0x1E:RT5965/RT5966; //0x1F:MBI5264; 其他未定义 unsigned char b14 = 0x00; //芯片辅助识别标志 unsigned char b15 = 0xAC; //红电流增益 0:最暗,ff:最亮 unsigned char b16 = 0xAC; //绿电流增益 0:最暗,ff:最亮 unsigned char b17 = 0xAC; //蓝电流增益 0:最暗,ff:最亮 //数据时钟频率 unsigned char b18_7_4 = 0x0; //保留 unsigned char b18_3_0 = 0x5; //输出数据时钟频率选择:0:31.25M; 1:25M; 2:20.83M; 3:17.8M 4:15.625M; 5:12.5M; 6:10.4M; 7:8.9M; 8:7.8M; 9:6.25M; 10:5.2M; 11:4.5M; 12:3.9M; 13:3.125M; 14:1.9M; 15:1M; // unsigned char b18 = (b18_7_4<<4 & 0b11110000) | (b18_3_0 & 0b00001111); //数据时钟相位及占空比 unsigned char b19_7_4 = 0b0000; //输出数据时钟相位:0000:0 度; 0001:- 90 度; 0010:+90 度; 其他暂时保留; unsigned char b19_3_0 = 0b0000; //输出数据时钟占空比:0000:50%; 0001:25%; 0010:75%; 其他暂时保留; // unsigned char b19 = (b19_7_4<<4 & 0b11110000) | (b19_3_0 & 0b00001111); //PWM芯片灰度时钟周期 unsigned char b20 = 0x20; //PWM 类智能芯片的灰度时钟周期设定:MBI5042 芯片,软件计算; MY9268,MBI5050,用户设定;设定有效值范围 4~128, 其他不支持; //灰度等级及倍频模式 unsigned char b21_7_5 = 0b000; //倍频模式: 000:普通模式; 001:2 倍频; 010:4 倍频; 011:8 倍频; 100:16 倍频; 101:MBI5042 倍频模式,4096; 110:MBI5042 倍频模式,16384; 110:MBI5042 倍频模式,32768 unsigned char b21_4_0 = 0b11111; //灰度等级选择0:无灰度1:无 OE8 级2:无 OE16 级3:无 OE32 级4:无 OE64 级5:正常 16 级6:高亮 16 级7:正常 32 级8:高亮 32 级9:正常 64 级10:高亮 64 级11:正常 128 级12:高亮 128 级13:正常 256 级14:高亮 256 级15:正常 512 级16:高亮 512 级 //17:正常 1024 级 18:高亮 1024 级19:低亮 2048 级20:正常 2048 级21:高亮 2048 级22:低亮 4096 级23:正常 4096 级24:高亮 4096 级25:低亮 8192 级26:正常 8192 级27:高亮 8192 级28:低亮 16384 级29:正常 16384 级30:正常 32768 级31:正常 65536 级 // unsigned char b21 = (b21_7_5 << 5 & 0b11100000) | (b21_4_0 & 0b00011111); //倍频模式 、低灰优化 unsigned char b22_7_6 = 0b00; //倍频模式:00:无倍频;01:VPWM;10:VPWM2;11:VPWM3; unsigned char b22_5_2 = 0b0000; //补偿等级:暂未定义:0000~1111 unsigned char b22_1_0 = 0b00; //低辉补偿:00:普通模式, 01:合并补偿, 10:累加补偿 // unsigned char b22 = (b22_7_6 << 6 & 0b11000000) | (b22_5_2<<2 & 0b00111100) | (b22_1_0 & 0b00000011); unsigned char b23 = 0x00; //保留 //画面刷新频率 unsigned char b24_7_5 = 0b000; //图像帧频率000:60Hz;001:50Hz;010:75Hz;011:30Hz;100:120Hz;其他保留 unsigned char b24_4_0 = 0b00000; //画面刷新频率 ,高 5bit // unsigned char b24 = (b24_7_5<<5 & 0b11100000) | (b24_4_0 & 0b00011111); unsigned char b25 = 0xF0; //画面刷新频率 ,低 8bit //与显卡同步 unsigned char b26_7 = 0b1; //0:与显卡同步;1:不同步 unsigned char b26_6 = 0b0; //低于 120hz时,该位置1,选择为行外扫描灰度 unsigned char b26_5_0 = 0b000000; //显卡同步时,帧频倍数 // unsigned char b26 = (b26_7<<7 & 0b10000000) | (b26_6<<6 & 0b01000000) | (b26_5_0 & 0b00111111); unsigned char b27_28[2] = { 0x01,0x33}; //非 5030/5042 时:ldq 值 = 166M/场频/扫描方式/遍数, 此数据必须小于 65535,当帧频不准时,利用微调选项调整 //5030/5042 时:ldq 值 = 166M/场频/扫描方式/19/遍数, 此数据必须小于 65535,此处遍数为:4096 级时:5, 8192 级时:9 , 16384级时:17 此值最小为 485. //Ldq_vpwm,普通芯片的普通模式和 PWM 芯片与 ldq 一致,普通芯片的 VPWM 模式下,对遍数进行了修正(4096-38 遍;8192-39 遍;16384-134 遍); //Ldq_vpwm2方式时,即普通芯片的VPWM灰度优先模式下,对遍数进行了修正(4096-58 遍;8192-59 遍;16384-116 遍;32768-117 遍;65536-118 遍); //MY9268、MBI5050 时:画面刷新率/60Hz注意同步刷新时,数据源的帧频率需要考虑是 60Hz,还是50Hz,还是 75Hz;低字节在前 //与显卡同步 unsigned char b29_7_4 = 0b0000; //0:与显卡同步;1:不同步 unsigned char b29_3_2 = 0b00; //低于 120hz时,该位置1,选择为行外扫描灰度 unsigned char b29_1_0 = 0b00; //显卡同步时,帧频倍数 // unsigned char b29 = (b29_7_4<<4 & 0b11110000) | (b29_3_2<<2 &0b00001100) | (b29_1_0 & 0b00000011); unsigned char b30 = 0x00; //DPWM 芯片刷新倍频数 ICND2055/ICND2065 刷新倍频数 b7~b0 unsigned char b31 = 0x80; //接收卡带载列数低字节 unsigned char b32 = 0x00; //接收卡带载列数高字节 //空行模式 unsigned char b33_7_4 = 0b0000; //偶数图像区空行4bit unsigned char b33_3_0 = 0b0000; //奇数图像区空行 4bit // unsigned char b33 = (b33_7_4<<4 & 0b11110000) | (b33_3_0 & 0b00001111); //模组端口空行位置 unsigned char b34_7_4 = 0b0000; //1~14 表示第1到15组数据;0 保留;15 表示所有数据组都有空行 unsigned char b34_3_0 = 0b0000; //1~15,表示1到15组数据;0 保留 // unsigned char b34 = (b34_7_4<<5 & 0b11110000) | (b34_3_0 & 0b00001111); unsigned char b35 = 0x00; //消隐控制结束时刻 //行驱动芯片参数 unsigned char b36_7_6 = 0b00; //保留 unsigned char b36_5_0 = 0b000000; //详见说明3 // unsigned char b36 = (b36_7_6<<6 & 0b11000000) | (b36_5_0 & 0b00111111); //行驱动芯片参数 unsigned char b37_7_5 = 0b000; //保留 unsigned char b37_4_3 = 0b00; //端口内空数据通道数 unsigned char b37_2 = 0b0; //UD口交换 unsigned char b37_1 = 0b0; //逆序 unsigned char b37_0 = 0b0; //奇偶交换 // unsigned char b37 = (b37_7_5<<5 & 0b11100000) | (b37_4_3<<3 & 0b00011000) | (b37_2<<2 & 0b00000100) | (b37_1 <<1 & 0b00000010) | (b37_0 & 0b00000001); unsigned char b38_69[32] = {0x00,0x01,0x02,0x03,0x04,0x05,0x06,0x07,0x08,0x09,0x0a,0x0b,0x0c,0x0d,0x0e,0x0f,0x10,0x11,0x12,0x13,0x14,0x15,0x16,0x17,0x18,0x19,0x1a,0x1b,0x1c,0x1d,0x1e,0x1f}; //端口1~31输出图像区 //行驱动芯片参数 unsigned char b70_7 = 0b000; //空行模式 0:关闭 1:打开 unsigned char b70_6 = 0b00; //对折偏移 0:关闭 1:打开 unsigned char b70_5_2 = 0b0; //对折模式: 0:正常模式; 1:两折; 2:镜像对折; 3:3折; 4:4折; 5:5折; 6:6折; 7:8折;其他:保留 unsigned char b70_1 = 0b0; //空列模式: 0:禁止; 1:允许 unsigned char b70_0 = 0b1; //bit0 图像区偏移: 0:菱形偏移模式; 1:梯形 偏移模式 // unsigned char b70 = (b70_7<<7 & 0b10000000) | (b70_6<<6 & 0b01000000) | (b70_5_2<<2 & 0b00111100) | (b70_1<<1 & 0b00000010) | (b70_0 & 0b00000001); //{0x00,0x00,0x00}图像区1列偏移低8bit,图像区1行偏移低8bit,图像区1列偏移低4bit+行偏移高4bit unsigned char b71_166[32][3] = {{0x00,0x00,0x00},{0x00,0x01,0x00},{0x00,0x02,0x00},{0x00,0x03,0x00},{0x00,0x04,0x00},{0x00,0x05,0x00},{0x00,0x06,0x00},{0x00,0x07,0x00}, {0x00,0x08,0x00},{0x00,0x09,0x00},{0x00,0x0A,0x00},{0x00,0x0B,0x00},{0x00,0x0C,0x00},{0x00,0x0D,0x00},{0x00,0x0E,0x00},{0x00,0x0F,0x00}, {0x00,0x00,0x01},{0x00,0x10,0x01},{0x00,0x20,0x01},{0x00,0x30,0x01},{0x00,0x40,0x01},{0x00,0x50,0x01},{0x00,0x60,0x01},{0x00,0x70,0x01}, {0x00,0x80,0x01},{0x00,0x90,0x01},{0x00,0xA0,0x01},{0x00,0xB0,0x01},{0x00,0xC0,0x01},{0x00,0xD0,0x01},{0x00,0xE0,0x01},{0x00,0xF0,0x01}}; unsigned char b167 = 0x00; //同步预留时间 unsigned char b168_7_5 = 0b000; //保留 unsigned char b168_4_0 = 0b00000; //消隐延迟时间:(输入值+1)*48ns // unsigned char b168 = (b168_7_5<<5 & 0b11100000) | (b168_4_0 & 0b00011111); unsigned char b169_192[48] = {0x00,0x00,//红芯片参数 1 高字节,红芯片参数 1 低字节 0x00,0x00,//红芯片参数 2 高字节,红芯片参数 2 低字节 0x00,0x00,//红芯片参数 3 高字节,红芯片参数 3 低字节 0x00,0x00,//绿芯片参数 1 高字节,绿芯片参数 1 低字节 0x00,0x00,//绿芯片参数 2 高字节,绿芯片参数 2 低字节 0x00,0x00,//绿芯片参数 3 高字节,绿芯片参数 3 低字节 0x00,0x00,//蓝芯片参数 1 高字节,蓝芯片参数 1 低字节 0x00,0x00,//蓝芯片参数 2 高字节,蓝芯片参数 2 低字节 0x00,0x00,//蓝芯片参数 3 高字节,蓝芯片参数 3 低字节 0x00,0x00,//红芯片参数 4 高字节,红芯片参数 4 低字节 0x00,0x00,//绿芯片参数 4 高字节,绿芯片参数 4 低字节 0x00,0x00 //蓝芯片参数 4 高字节,蓝芯片参数 4 低字节 }; unsigned char b193 = 0x00; //保留 /////////////////描点参数成员变量//////////////// unsigned char m_scanIndex[64]={0x00,0x01,0x02,0x03,0x04,0x05,0x06,0x07,0x08,0x09,0x0A,0x0B,0x0C,0x0D,0x0E,0x0F, 0x10,0x11,0x12,0x13,0x14,0x15,0x16,0x17,0x18,0x19,0x1A,0x1B,0x1C,0x1D,0x1E,0x1F, 0x20,0x21,0x22,0x23,0x24,0x25,0x26,0x27,0x28,0x29,0x2A,0x2B,0x2C,0x2D,0x2E,0x2F, 0x30,0x31,0x32,0x33,0x34,0x35,0x36,0x37,0x38,0x39,0x3A,0x3B,0x3C,0x3D,0x3E,0x3F}; unsigned char m_pixelPos[2048][2];//描点参数中一点占用 2字节(8bit 列 + 8 bit 行) /////////////////排序参数成员变量//////////////// unsigned char p0_cardIndexInNet=0;//当前卡在网线内的序号 unsigned char p1_SendCardCode=0;//当前网线所在的发送卡编号 unsigned char p2_netIndexInSendCard=0;//当前网线所在发送卡输出口编号 unsigned char p3_fenXianNum=0;//当前分线号 unsigned char p4_rcvCardsNumInNet=0;//当前网线内接收卡总数 unsigned char p5_netScreenIndex=0;//当前网线所在屏号 unsigned char p6_reserve=0;//保留 unsigned char p7_reserve1=0;//保留 St_Rcv_Pos p8_st_rcv_pos[256]; unsigned short p_x[256]={0}; unsigned short p_y[256]={0}; unsigned short p_w[256]={256}; unsigned short p_h[256]={1024}; unsigned short p_posNum[256]={0}; /////////////////gamma参数成员变量//////////////// unsigned short g_all[256]; unsigned short g_red[256]; unsigned short g_green[256]; unsigned short g_blue[256]; //其他中间成员变量 unsigned char ucZheHuiCiShu;//折回次数 int m_pwmFlag=0; }; zrf_rcv_card zrf_rcv_obj; void classToBaseMsg(); void classToGammaMsg(int iColorType,quint8 flashPage); void classToPaiXuSMsg(quint8 flashPage); void classToMiaoDianMsg(quint8 flashPage); void baseMsgToClass(quint8 * data); void gammaMsgToClass(quint8 * data , quint8 flashPage); void paiXuMsgToClass(quint8 * data , quint8 flashPage ); void miaoDianMsgToClass(quint8 * data, quint8 flashPage); //added by alahover -s 20230830 void changeValueBySmart(); void changeValueByEffectControler(); void SetEffectControlerValueByClass(); int GetIcTypeIndexFromName(QString strName); int GetRowYiMaIndexFromName(QString strName); //added by alahover -o 20230830 //added by alahover -s 20230903 void SendBaseParam_zrf();//added by alahover 20230903 void SendGammaParam_zrf();//added by alahover 20230903 void SendMiaoDianParam_zrf();//added by alahover 20230903 void SendPaiXuParam_zrf();//added by alahover 20230903 int GetPaiXuJObjFromName(QString strName);//added by alahover 20230903 void GetPaiXuJObjFromJObj(JObj obj); JObj ClassToJObj(); //added by alahover -o 20230903 protected: void closeEvent(QCloseEvent *) override; }; #define MACRO_FUNC_SEND_PARAM(TIP_MESSAGE,FUNC,SEND_FLASHPAGE_NUM,FLASH_ADDR) \ for(int iSendCount=0;iSendCount=2) {QMessageBox::critical(this, "提示", tr(TIP_MESSAGE)+tr("超时")); return;} }\ else if(res.code) {if(i>=2) {QMessageBox::critical(this, "Error", QString(tr("sendMsgSync发送失败: "))+QString::fromLocal8Bit(pcap_geterr(pcapSend))); return;} }\ else {\ int ioffset=headMap_zrf.paramStart+st_zrf_rb_param.param;\ QByteArray return_msg=res.msg.mid(ioffset,256);\ int iCmpLen=256;\ if(flashPage == 0x00)\ iCmpLen=st_zrf_base_param.end;\ else \ iCmpLen=256;\ if(memcmp((quint8 *)zrf_param_msg.data(),(quint8 *)return_msg.data(),iCmpLen)==0)\ {\ qDebug()<< tr(TIP_MESSAGE)+tr("成功")<