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ScanPrint.cpp
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ScanPrint.cpp
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#include "Scan.h"
#include "BufUsb.h"
#include "GPMC.h"
#include "regsdef.h"
#include "Serial.h"
#include "ScanPrintTypes.h"
#include "Scan.h"
#include "PrintJob.h"
#include "ScanPrint.h"
#include "LcdUI.h"
#include "unistd.h"
#include "image.h"
#include "math.h"
#include "time.h"
#include "pthread.h"
#include "fcntl.h"
#include "globals.h"
volatile int avaliableFrames = 1; // 多合一复印(或身份证复印)的已扫描页数
volatile int g_OKContinueScanPressed = 0; // 按键OK继续扫描
volatile int g_RunPressed = 0; // 按键开始强制执行
int ScanImageNeedRotate = 0;
const int SP_RES = 600;
PageSize pagesize;
int Y_Mov_OFF = -127; // 移动要均匀，需要启动提前量和到位空余量
int Y_Mov_PAD = 384; // 在加上100多行的FIFO空白补充，每次移动到位后，curYPos += (YMoved + Y_Mov_PAD);
int Y_ZERO = 0;
int Y_WHITE_STRIP = 800;
//int Y_ORI = 1050; // A B down , goto ori 控制扫描头初始化位置
int Y_ORI = 990; // A B down , goto ori 控制扫描头初始化位置
int Y_DEFAULT = 1800; // A up , goto default
int Y_A4W = 4960 + Y_ORI;
int Y_A4H = 7016 + Y_ORI;
int Y_A3H = 9921 + Y_ORI;
int Y_SFZH = 1280 + Y_ORI;
int Y_SFZW= 2050 + Y_ORI;
volatile int curYPos = Y_ORI; // 永远保证扫描头停靠在原点
myRect curScanRegion(0,0, A3W, A3H); //初始化扫描幅面Ａ3, 宽度和高度为图像空间，x,y 起点为扫描台面坐标系。
const int OneLineH = 40;
#define PS7DOWN (0x1 << 5)
#define PS8DOWN (0x1 << 4)
#define SCANNING (0x1 << 9)
#define MOVING (0x1 << 8)
#define GROUPPAGES 10 //可分页数
#define SFIFO_CLR 0x0002
unsigned short MoveCtrlVal = 0x0280; // 半步细分
unsigned short MoveStatusVal = 0x0000;
short Scan4head_Gain[4] = {0x36,0x36,0x36,0x36}, Scan4head_Offset[4] = {0}, Scan3rgb_Exposure[3] = {3000,3000,3000}; // 4 头增益，４头偏移，rgb 三线阵曝光
void TestBorder(GImage *pImg);
void DoorPressDown();
void ReadScanData(GImage *pImg);
void ReadScanDataAndSent( GImage *pImg, int sockfd , int ncolormode);
void StepTo(int YPos);
int DoWhiteStripCheckScan(); // 找白条位置
// 静态扫描一行
GImage *StillScanOneLine();
//判断图像是否同为横向或纵向
int SameOrientation(GImage *src, myRect rt)
{
return (src->H < src->W && rt.H < rt.W ) || (src->H >= src->W && rt.H >= rt.W);
}
//判断图像是否同为横向或纵向
int SameOrientation(int ph, int pw, int sh, int sw)
{
return (ph < pw && sh < sw ) || (ph >= pw && sh >= sw);//小边对小边，大边对大边则方向相同
}
// 以像素描述的图像坐标系下的扫描区域。
void UpdateScanRegion(myRect &rt)
{
curScanRegion = rt;
}
// Scan_Ctrl_Reg 12 bit 置１, 7276 ppl
void FullLinePixelsOpen()
{
ScanCmdRegVal |= 0x1000; set_reg(SCAN_CMD_REG, ScanCmdRegVal);
}
// Scan_Ctrl_Reg 12 bit 置 0, 7016 ppl
void FullLinePixelsClose()
{
ScanCmdRegVal &= ~0x1000; set_reg(SCAN_CMD_REG, ScanCmdRegVal);
}
// 移动到某处
void MoveTo(int YPos)
{
short steps = YPos - curYPos;
set_reg(MOVE_STEP_REG, fabs(steps));//设置移动步长
if(YPos < curYPos)//左右移动判断
MoveCtrlVal |= (0x1 << 11);
else
MoveCtrlVal &= 0xF7FF;
MoveCtrlVal |= (0x01 << 4); // Fast Move
MoveCtrlVal |= (0x01 << 3); // Move_Start_CMD Set
set_reg(MOVE_CTRL_REG, MoveCtrlVal);
usleep(10000);
MoveCtrlVal &= 0xFFF3 ; // Move_Start_CMD Clear
set_reg(MOVE_CTRL_REG, MoveCtrlVal);
usleep(10000);
MoveStatusVal = get_reg(SCAN_MOVE_STATE_REG); // 获得当前状态，若移动着，就等待。
while(MoveStatusVal & MOVING)
{
usleep(US_TIME * 10);
MoveStatusVal = get_reg(SCAN_MOVE_STATE_REG);
}
curYPos += steps ;
usleep(100000);
}
void InitScanPos()
{
//usleep(500000);
MoveTo(curYPos + 1500);
usleep(500000);
DoWhiteStripCheckScan();
usleep(500000);
}
// 1 vertical, 0 horizontal (以用户面向角度为基准， 前后为竖直， 左右为横向)
// 依据扫描线图像宽和纸张高度传感器，确定幅面: A4, A3, SFZ.。
void ScanImgLocation(GImage *scanImg, myRect &rt)
{
float ave = 0, sum = 0;
for(int p = 0; p < scanImg->W * scanImg->H; p++) sum += scanImg->bits[p]; ave = sum / (scanImg->W * scanImg->H); if(debug) printf("LineImage Ave %.2f, ScanImgLocation (w %d,h %d)\n", ave, scanImg->W, scanImg->H);
int left = 0, top = 0, right = 0, bottom = 0, V = ave > 255 ? 250 : ave, N_hit_pts = scanImg->H/3;
int lfind = 0, tfind = 0, rfind = 0, bfind = 0, cnt = 0;
for (int c = 0; !lfind && c < scanImg->W; c++)
{
cnt = 0;
for (int r = 0; r < scanImg->H; r++)
{
if (scanImg->bits[r * scanImg->W + c] > V) { cnt++; }
if (cnt >= N_hit_pts) { lfind = 1; left = c; break; }
}
}
for (int c = scanImg->W - 1; !rfind && c > 0; c--)
{
cnt = 0;
for (int r = 0; r < scanImg->H; r++)
{
if (scanImg->bits[r * scanImg->W + c] > V) { cnt++; }
if (cnt >= N_hit_pts) { rfind = 1; right = c; break; }
}
}
rt.x = 0; rt.y = 0; rt.W = right; rt.H = scanImg->H;
if(debug) printf("ScanImage Rt(x,y,w,h):( %d, %d, %d, %d)\n", rt.x, rt.y, rt.W, rt.H);
}
//单步移动到某处
void StepTo(int YPos)
{
short steps = YPos - curYPos; set_reg(MOVE_STEP_REG, fabs(steps));
const char StpPtr = 32; set_reg(STEP_BY_SETP_PON_REG, StpPtr); // 0 ~127
if(YPos < curYPos) { MoveCtrlVal |= (0x1 << 11); }//设置左右移动
else { MoveCtrlVal &= 0xF7FF; }
MoveCtrlVal &= 0xFFEF; // STEP Move
MoveCtrlVal |= (0x01 << 3); set_reg(MOVE_CTRL_REG, MoveCtrlVal);// Move_Start_CMD Set
usleep(1000);
MoveCtrlVal &= 0xFFF3; set_reg(MOVE_CTRL_REG, MoveCtrlVal); // Move_Start_CMD Clear
usleep(10000);
MoveStatusVal = get_reg(SCAN_MOVE_STATE_REG); // 获得当前状态，若移动着，就等待。
while(MoveStatusVal & MOVING)
{
usleep(US_TIME * 10); MoveStatusVal = get_reg(SCAN_MOVE_STATE_REG);
}
curYPos += steps ;
usleep(100000);
}
typedef struct PARA
{
GImage *pImg;
int sockfd; //
int ncolormode;
}PARA;
void * ReadScanImg(void *pData)
{
ReadScanData((GImage*)pData);
}
void * ReadScanImgAndSent(void *pData)
{
PARA *ptr = (PARA*)pData;
if(debug) printf("`~~~~~~~~~~~%d~~~~~~~",ptr->ncolormode);
ReadScanDataAndSent(ptr->pImg, ptr->sockfd , ptr->ncolormode);
}
void * ScannerMoveAction(void* pData)
{
if(debug) printf("-------------------ScannerMoveAction---------------\n");
int nColorMode = * ((int*)pData);
MoveCtrlVal |= (0x01 << 7); set_reg(MOVE_CTRL_REG, MoveCtrlVal); usleep(10000); // (1)ＣLOCK 时序使能.
G_LED_Val &= 0xFDFF; set_reg(PadLEDReg, G_LED_Val ); // (2)清除红外感光测纸器
if(curYPos != Y_ORI + Y_Mov_OFF) { StepTo(Y_ORI + Y_Mov_OFF); } // (3) 扫描位回归原点
if(debug) printf("curScanRegionH: (x,y,w,h) (%d, %d, %d, %d), curYPos: %d\n", curScanRegion.x, curScanRegion.y, curScanRegion.W, curScanRegion.H, curYPos);
// (6) ColorMode ； １真彩色，０gray or binary (HardWare)
unsigned char hwColorMode = !nColorMode; ScanCmdRegVal |= ( hwColorMode << 7 ); // bit 7 置１为真彩色, 否则灰度或２值，进一步判断
if(nColorMode == 2) ScanCmdRegVal |= 0x4000; set_reg(SCAN_CMD_REG, ScanCmdRegVal); // ２值半色调直接扫描 bit 14 置１
unsigned short imgH = curScanRegion.H; set_reg(MOVE_STEP_REG, imgH + Y_Mov_PAD);
MoveCtrlVal &= 0xF7FF; MoveCtrlVal |= (0x01 << 4); // 正向 快移
MoveCtrlVal |= (0x01 << 2); MoveCtrlVal &= 0xFFF4; set_reg(MOVE_CTRL_REG, MoveCtrlVal); // Scan_Move_CMD Set
usleep(10000);
MoveCtrlVal &= 0xFFFB ; set_reg(MOVE_CTRL_REG, MoveCtrlVal); // Scan_Move_CMD Clear (4) 启动扫描
MoveStatusVal = get_reg(SCAN_MOVE_STATE_REG); // （６）获得当前状态，若移动着，就等待
while(MoveStatusVal & MOVING)
{
usleep(US_TIME * 10); MoveStatusVal = get_reg(SCAN_MOVE_STATE_REG);
}
usleep(100000);
curYPos += imgH + Y_Mov_PAD ; // (7) 更新扫描头位置
MoveTo(Y_ORI + Y_Mov_OFF); // (8) 扫描头回到原点
G_LED_Val |= (0x01 << 9); set_reg(PadLEDReg, G_LED_Val ); //(9) Open红外感光测纸器
}
// 灰度扫描
int DoWhiteStripCheckScan()
{
FullLinePixelsOpen(); // 全宽扫描，找黑块
MoveCtrlVal |= (0x01 << 7); set_reg(MOVE_CTRL_REG, MoveCtrlVal); usleep(10000); // (1)ＣLOCK 时序使能.
ScanCmdRegVal &= ~( 0x01 << 7 ); set_reg(SCAN_CMD_REG, ScanCmdRegVal); // bit 7 置0灰度或２值，这里是灰度；
unsigned short imgH = 12000; set_reg(MOVE_STEP_REG, imgH + Y_Mov_PAD);
const char StpPtr = 64; set_reg(STEP_BY_SETP_PON_REG, StpPtr); // 0 ~127
MoveCtrlVal |= (0x01 << 11); MoveCtrlVal |= 0x01; MoveCtrlVal &= 0xFFE1; MoveCtrlVal |= (0x01 << 2); set_reg(MOVE_CTRL_REG, MoveCtrlVal); // 反向，搜索零位bit0 = 1, 单步移动 Scan_Move_CMD Set
usleep(10000);
MoveCtrlVal &= 0xFFFB ; set_reg(MOVE_CTRL_REG, MoveCtrlVal); // Scan_Move_CMD Clear (4) 启动扫描
MoveStatusVal = get_reg(SCAN_MOVE_STATE_REG); // （６）获得当前状态，若移动着，就等待
while(MoveStatusVal & MOVING)
{
usleep(US_TIME * 10); MoveStatusVal = get_reg(SCAN_MOVE_STATE_REG);
}
MoveCtrlVal &= 0xFFF0; // 退出零位搜索, bit0 = 0。
curYPos = Y_WHITE_STRIP; // (7) 更新扫描头位置
G_LED_Val |= (0x01 << 9); set_reg(PadLEDReg, G_LED_Val ); //(9) Open红外感光测纸器
FullLinePixelsClose(); // 正常扫描，关闭全宽
return 1;
}
// 灰度模式扫描黑条，获得４头偏移量
void GetScan4HeadOffsets()
{
usleep(500000); // 马达休息
StepTo(Y_ZERO); // 黑条
GImage* pimg = StillScanOneLine();
uchar *ptr = pimg->bits;
float sum = 0, black_avg = 0;
int c = 0;
for(sum = 0; c < 1616; c++) { sum += ptr[c]; } black_avg = sum / 1616; if(debug) printf("black_avg1 %0.2f\n", black_avg); Scan4head_Offset[0] = black_avg > 41.6 ? 0x0FF : black_avg * 256 / 41.6;
for(sum = 0; c < 3488; c++) { sum += ptr[c]; } black_avg = sum / 1872; if(debug) printf("black_avg2 %0.2f\n", black_avg); Scan4head_Offset[1] = black_avg > 41.6 ? 0x0FF : black_avg * 256 / 41.6;
for(sum = 0; c < 5360; c++) { sum += ptr[c]; } black_avg = sum / 1872; if(debug) printf("black_avg3 %0.2f\n", black_avg); Scan4head_Offset[2] = black_avg > 41.6 ? 0x0FF : black_avg * 256 / 41.6;
for(sum = 0; c < 7016; c++) { sum += ptr[c]; } black_avg = sum / 1656; if(debug) printf("black_avg4 %0.2f\n", black_avg); Scan4head_Offset[3] = black_avg > 41.6 ? 0x0FF : black_avg * 256 / 41.6;
delete pimg;
if(debug) printf("Offset %02x, %02x, %02x, %02x\n", Scan4head_Offset[0], Scan4head_Offset[1], Scan4head_Offset[2], Scan4head_Offset[3]);
}
void SetScan4HeadOffsets()
{
set_reg(AFE_SET_REG, (0x4D << 8) + 23); usleep(100000);
set_reg(AFE_SET_REG, (0x4F << 8) + 23); usleep(100000);
set_reg(AFE_SET_REG, (0x2B << 8) + 23); usleep(100000);
set_reg(AFE_SET_REG, (0x2F << 8) + 23); usleep(100000);
}
// 灰度模式扫白条，获得４头增益量
void GetScan4HeadGains()
{
usleep(500000); // 马达休息
StepTo(Y_WHITE_STRIP - 100); // 白条
GImage* pimg = StillScanOneLine();
unsigned char *ptr = pimg->bits;
float sum = 0, white_gain = 0, WhiteTarget = 255;
int c = 0;
for(sum = 0; c < 1616; c++) { sum += ptr[c]; } white_gain = WhiteTarget / (sum / 1616); if(debug) printf("white_ave %.2f, gain %.2f\n", sum / 1616, white_gain); Scan4head_Gain[0] = white_gain > 5.85 ? 76 * 4.85 / 5.85 : 76 * (white_gain - 1) / white_gain;
for(sum = 0; c < 3488; c++) { sum += ptr[c]; } white_gain = WhiteTarget / (sum / 1872); if(debug) printf("white_ave %.2f, gain %.2f\n", sum / 1872, white_gain); Scan4head_Gain[1] = white_gain > 5.85 ? 76 * 4.85 / 5.85 : 76 * (white_gain - 1) / white_gain;
for(sum = 0; c < 5360; c++) { sum += ptr[c]; } white_gain = WhiteTarget / (sum / 1872); if(debug) printf("white_ave %.2f, gain %.2f\n", sum / 1872, white_gain); Scan4head_Gain[2] = white_gain > 5.85 ? 76 * 4.85 / 5.85 : 76 * (white_gain - 1) / white_gain;
for(sum = 0; c < 7016; c++) { sum += ptr[c]; } white_gain = WhiteTarget / (sum / 1656); if(debug) printf("white_vae %.2f, gain %.2f\n", sum / 1656, white_gain); Scan4head_Gain[3] = white_gain > 5.85 ? 76 * 4.85 / 5.85 : 76 * (white_gain - 1) / white_gain;
delete pimg;
// printf("Gain %02x, %02x, %02x, %02x\n", Scan4head_Gain[0], Scan4head_Gain[1], Scan4head_Gain[2], Scan4head_Gain[3]);
}
void SetScan4HeadGains()
{
set_reg(AFE_SET_REG, (0x46 << 8) + Scan4head_Gain[0]); usleep(100000);
set_reg(AFE_SET_REG, (0x48 << 8) + Scan4head_Gain[1]); usleep(100000);
set_reg(AFE_SET_REG, (0x24 << 8) + Scan4head_Gain[2]); usleep(100000);
set_reg(AFE_SET_REG, (0x28 << 8) + Scan4head_Gain[3]); usleep(100000);
}
void setMaxGains(int colormode)
{
unsigned char val = colormode ? 0x3B : 0x3F; // 彩色 3F， 灰度 3B.
set_reg(AFE_SET_REG, (0x46 << 8) + val); usleep(100000);
set_reg(AFE_SET_REG, (0x48 << 8) + val); usleep(100000);
set_reg(AFE_SET_REG, (0x24 << 8) + val); usleep(100000);
set_reg(AFE_SET_REG, (0x28 << 8) + val); usleep(100000);
}
//uchar tints[9] = {245, 220, 200, 180, 160, 145, 133, 123, 115};
uchar tints[9] = {250 ,225, 200, 175, 150, 128, 100, 75,50};//复印浓度值
// 彩色模式扫白条，获得3色曝光值
void GetScan3rgbExposures()
{
int MAXE = 4000, TE = 5, TARGET = 230;
Scan3rgb_Exposure[0] = Scan3rgb_Exposure[1] = Scan3rgb_Exposure[2] = MAXE; // max
ScanCmdRegVal |= ( 0x01 << 7 ); set_reg(SCAN_CMD_REG, ScanCmdRegVal); // bit 7 置1，这里是彩色；
set_reg(R_EXPOSURE_REG, Scan3rgb_Exposure[0]); set_reg(G_EXPOSURE_REG, Scan3rgb_Exposure[1]); set_reg(B_EXPOSURE_REG, Scan3rgb_Exposure[2]); // 最大曝光值
GImage *pImg = new GImage(3*6, 7016);
int LastExp[3] = {Scan3rgb_Exposure[0], Scan3rgb_Exposure[1], Scan3rgb_Exposure[2]};
int n = 20;
while(n>0)
//while(1)
{
n--;
LastExp[0] = Scan3rgb_Exposure[0]; LastExp[1] = Scan3rgb_Exposure[1]; LastExp[2] = Scan3rgb_Exposure[2];
MoveCtrlVal &= 0xFFF2; MoveCtrlVal |= (0x01 << 1); set_reg(MOVE_CTRL_REG, MoveCtrlVal); // Scan_Still_CMD
usleep(50000);
MoveCtrlVal &= 0xFFFD; set_reg(MOVE_CTRL_REG, MoveCtrlVal); // Scan_Still_CMD Clear
ReadScanData(pImg);
unsigned char *ptr = pImg->bits;
float sum = 0, aveR = 0, aveG = 0, aveB = 0;
int c = 0;
for(c = 0; c < pImg->W; c++) { sum += ptr[c]; } aveR = sum/pImg->W;
if(fabs(aveR - TARGET) > TE )
{
if(aveR > TARGET) { Scan3rgb_Exposure[0] -= 100; }
else{ Scan3rgb_Exposure[0] +=30; }
set_reg(R_EXPOSURE_REG, Scan3rgb_Exposure[0]);
}
for(c = 0, sum = 0, ptr += pImg->W; c < pImg->W; c++) { sum += ptr[c]; } aveG = sum / pImg->W;
if(fabs(aveG - TARGET) > TE )
{
if(aveG > TARGET) { Scan3rgb_Exposure[1] -= 100; }
else{ Scan3rgb_Exposure[1] +=30; }
set_reg(G_EXPOSURE_REG, Scan3rgb_Exposure[1]);
}
for(c = 0, sum = 0, ptr += pImg->W; c < pImg->W; c++) { sum += ptr[c]; } aveB = sum/pImg->W;
if(fabs(aveB - TARGET) > TE )
{
if(aveB > TARGET) { Scan3rgb_Exposure[2] -= 100; }
else{ Scan3rgb_Exposure[2] +=30; }
set_reg(B_EXPOSURE_REG, Scan3rgb_Exposure[2]);
}
if(debug) printf("AR %.2f, AG %.2f, AB %.2f %d,%d,%d\n", aveR, aveG, aveB, Scan3rgb_Exposure[0], Scan3rgb_Exposure[1], Scan3rgb_Exposure[2]);
if(fabs(aveR - TARGET) < TE && fabs(aveG - TARGET) < TE && fabs(aveB - TARGET) < TE) break;
if(LastExp[0] == Scan3rgb_Exposure[0] && LastExp[1] == Scan3rgb_Exposure[1] && LastExp[2] == Scan3rgb_Exposure[2] ) break;
}
delete pImg;
}
void SetScan3rgbExposures()
{
set_reg(R_EXPOSURE_REG, Scan3rgb_Exposure[0]); usleep(10000);
set_reg(G_EXPOSURE_REG, Scan3rgb_Exposure[1]); usleep(10000);
set_reg(B_EXPOSURE_REG, Scan3rgb_Exposure[2]); usleep(10000);
}
void setMaxExposures(int colormode)
{
if(colormode)
{
//set_reg(R_EXPOSURE_REG, 1900); usleep(10000); set_reg(G_EXPOSURE_REG, 1900); usleep(10000); set_reg(B_EXPOSURE_REG, 1900);
set_reg(R_EXPOSURE_REG, Scan3rgb_Exposure[0]); usleep(10000); set_reg(G_EXPOSURE_REG, Scan3rgb_Exposure[1]); usleep(10000); set_reg(B_EXPOSURE_REG, Scan3rgb_Exposure[2]);
}else
{
set_reg(R_EXPOSURE_REG, Scan3rgb_Exposure[0]); usleep(10000); set_reg(G_EXPOSURE_REG, Scan3rgb_Exposure[1]); usleep(10000); set_reg(B_EXPOSURE_REG, Scan3rgb_Exposure[2]);
}
}
void ScannerCalibrationAfterPosZeroFind()
{
memset(Scan4head_Offset, 0, sizeof(Scan4head_Offset));
GetScan4HeadOffsets();
SetScan4HeadOffsets();
memset(Scan4head_Gain, 0, sizeof(Scan4head_Gain));
GetScan4HeadGains();
setMaxGains(0); // color is gray
GetScan3rgbExposures();
}
/*
// 扫描
GImage* DoAScan(int nColorMode)
{
MoveCtrlVal |= (0x01 << 7); set_reg(MOVE_CTRL_REG, MoveCtrlVal); usleep(10000); // (1)ＣLOCK 时序使能.
G_LED_Val &= 0xFDFF; set_reg(PadLEDReg, G_LED_Val ); // (2)清除红外感光测纸器
if(curYPos != Y_ORI + Y_Mov_OFF) { StepTo(Y_ORI + Y_Mov_OFF); } // (3) 扫描位回归原点
if(debug) printf("curScanRegionH: (x,y,w,h) (%d, %d, %d, %d), curYPos: %d, nColorMode %d\n", curScanRegion.x, curScanRegion.y, curScanRegion.W, curScanRegion.H, curYPos, nColorMode);
// (6) ColorMode ； １真彩色，０gray or binary (HardWare)
unsigned char hwColorMode = !nColorMode; ScanCmdRegVal |= ( hwColorMode << 7 ); // bit 7 置１为真彩色, 否则灰度或２值，进一步判断
if(nColorMode == 2) ScanCmdRegVal |= 0x4000; set_reg(SCAN_CMD_REG, ScanCmdRegVal); // ２值半色调直接扫描 bit 14 置１
unsigned short imgH = curScanRegion.H; set_reg(MOVE_STEP_REG, imgH + Y_Mov_PAD);
MoveCtrlVal &= 0xF7FF; MoveCtrlVal |= (0x01 << 4); // 正向 快移
MoveCtrlVal |= (0x01 << 2); MoveCtrlVal &= 0xFFF4; set_reg(MOVE_CTRL_REG, MoveCtrlVal); // Scan_Move_CMD Set
usleep(10000);
MoveCtrlVal &= 0xFFFB ; set_reg(MOVE_CTRL_REG, MoveCtrlVal); // Scan_Move_CMD Clear (4) 启动扫描
unsigned short nScanWidth = (nColorMode == 2 ) ? 877 : 7016; // default is Gray.
GImage *pImg = new GImage(imgH, nScanWidth);
pthread_t tid = 0; pthread_create(&tid, 0, ReadScanImg, pImg); //(5) 读扫描图像数据
MoveStatusVal = get_reg(SCAN_MOVE_STATE_REG); // （６）获得当前状态，若移动着，就等待
while(MoveStatusVal & MOVING)
{
usleep(US_TIME * 10); MoveStatusVal = get_reg(SCAN_MOVE_STATE_REG);
}
usleep(100000);
curYPos += imgH + Y_Mov_PAD ; // (7) 更新扫描头位置
MoveTo(Y_ORI + Y_Mov_OFF); // (8) 扫描头回到原点
G_LED_Val |= (0x01 << 9); set_reg(PadLEDReg, G_LED_Val ); //(9) Open红外感光测纸器
// Get Real Region
myRect rt(0, 0, curScanRegion.W, curScanRegion.H);
if(nColorMode == 2) { rt.x /= 8; rt.W /= 8; }
ImgHeader imgheader; SubImage(pImg, rt, imgheader);
GImage *pRimg = new GImage(imgheader.H, imgheader.W); if(debug) printf("pImg->W :%d, pImg->H: %d, imgHW : %d, imgHH: %d \n", pImg->W, pImg->H, imgheader.W, imgheader.H );
pthread_join(tid, 0);
unsigned char *ptr = imgheader.bits, *pd = pRimg->bits;
for(int r = 0; r < imgheader.H; r++ )
{
for(int c = 0; c < imgheader.W; c++)
{
pd[c] = ptr[c];
}
ptr += imgheader.step; pd += imgheader.W;
}
delete pImg;
return pRimg;
} */
// 扫描
GImage* DoAScan(int nColorMode)
{
pthread_t tid = 0; pthread_create(&tid, 0, ScannerMoveAction, &nColorMode); //(5) 扫描图像线程,扫描指定范围curScanRegion.H的幅面数据
unsigned short nScanWidth = (nColorMode == 2 ) ? 877 : 7016; // default is Gray.
GImage *pImg = new GImage(curScanRegion.H, nScanWidth);
ReadScanData(pImg); // 读扫描数据.pImgH*pImgW
// Get Real Region
myRect rt(0, 0, curScanRegion.W, curScanRegion.H);
if(nColorMode == 2) { rt.x /= 8; rt.W /= 8; }
ImgHeader imgheader; SubImage(pImg, rt, imgheader);
GImage *pRimg = new GImage(imgheader.H, imgheader.W); if(debug) printf("pImg->W :%d, pImg->H: %d, imgHW : %d, imgHH: %d \n", pImg->W, pImg->H, imgheader.W, imgheader.H );
unsigned char *ptr = imgheader.bits, *pd = pRimg->bits;
for(int r = 0; r < imgheader.H; r++ )
{
for(int c = 0; c < imgheader.W; c++)
{
pd[c] = ptr[c];
}
ptr += imgheader.step; pd += imgheader.W;
}
delete pImg;
return pRimg;
}
int scanColorMode ;
// 扫描
void DoScanAndSent(int nColorMode, int sockfd)
{
if(debug) printf("++++++++++++++++++++DoScanAndSent++++++++++++++++++\n");
scanColorMode = nColorMode;
MoveCtrlVal |= (0x01 << 7); set_reg(MOVE_CTRL_REG, MoveCtrlVal); usleep(10000); // (1)ＣLOCK 时序使能.
G_LED_Val &= 0xFDFF; set_reg(PadLEDReg, G_LED_Val ); // (2)清除红外感光测纸器
if(curYPos != curScanRegion.y + Y_ORI + Y_Mov_OFF) { StepTo(curScanRegion.y + Y_ORI + Y_Mov_OFF); } // (3) 扫描设置的y起始点
if(debug) printf("curScanRegionH: %d, curYPos: %d\n", curScanRegion.H, curYPos);
set_reg(MOVE_STEP_REG, curScanRegion.H + Y_Mov_PAD);
MoveCtrlVal &= 0xF7FF; MoveCtrlVal |= (0x01 << 4); // 正向 快移
MoveCtrlVal |= (0x01 << 2); MoveCtrlVal &= 0xFFF4; set_reg(MOVE_CTRL_REG, MoveCtrlVal); // Scan_Move_CMD Set
usleep(10000);
MoveCtrlVal &= 0xFFFB ; set_reg(MOVE_CTRL_REG, MoveCtrlVal); // Scan_Move_CMD Clear (4) 启动扫描
unsigned short nScanWidth = (nColorMode == 2 ) ? 877 : 7016; // default is Gray.
int curImageH = curScanRegion.H;
if(nColorMode == 0) curImageH *= 3;
GImage *pImg = new GImage(curImageH, nScanWidth);
PARA para = { pImg, sockfd , nColorMode}; //(5) 读扫描图像数据
pthread_t tid = 0; pthread_create(&tid, 0, ReadScanImgAndSent, ¶);
MoveStatusVal = get_reg(SCAN_MOVE_STATE_REG); // （６）获得当前状态，若移动着，就等待
while(MoveStatusVal & MOVING)
{
usleep(US_TIME * 10); MoveStatusVal = get_reg(SCAN_MOVE_STATE_REG);
}
usleep(100000);
curYPos += curScanRegion.H + Y_Mov_PAD ; // (7) 更新扫描头位置
MoveTo(Y_ORI + Y_Mov_OFF); // (8) 扫描头回到原点
G_LED_Val |= (0x01 << 9); set_reg(PadLEDReg, G_LED_Val ); //(9) Open红外感光测纸器
pthread_join(tid, 0);
delete pImg;
}
// 静态扫描一行
GImage *StillScanOneLine()
{
unsigned short steps = 0; set_reg(MOVE_STEP_REG, steps);
// (6) ColorMode ； １真彩色，０gray or binary (HardWare)
ScanCmdRegVal &= ~( 0x01 << 7 ); set_reg(SCAN_CMD_REG, ScanCmdRegVal); // bit 7 置０，这里是灰度；
ScanCmdRegVal &= ~0x4000; set_reg(SCAN_CMD_REG, ScanCmdRegVal); // 灰度扫描 bit 14 置0
MoveCtrlVal &= 0xFFF2; MoveCtrlVal |= (0x01 << 1); set_reg(MOVE_CTRL_REG, MoveCtrlVal); // Scan_Still_CMD
usleep(50000);
MoveCtrlVal &= 0xFFFD; set_reg(MOVE_CTRL_REG, MoveCtrlVal); // Scan_Still_CMD Clear
GImage *pImg = new GImage(OneLineH, 7016);
ReadScanData(pImg);
return pImg;
}
// 检测扫描台面的纸张尺寸，确定扫描幅面. R纵向
void CalScanboardSize(int W)
{
if(curSPPara.bIsSFZ)
{
if(debug) printf("ShFZ W:%d\n",W);
//if(W < 1500 )
if(W > 4000 )//身份证横向
{ curScanRegion.H = Y_SFZW - Y_ORI; curScanRegion.y = 0; curScanRegion.W = Y_SFZH - Y_ORI; curScanRegion.x = 0; if(debug) printf("-----test--------curScanRegion.W:%d\n",curScanRegion.W);}
else { curScanRegion.H = Y_SFZH - Y_ORI; curScanRegion.y = 0; curScanRegion.W = Y_SFZW - Y_ORI;
if(debug) printf("Y_SFZW:%d\n",Y_SFZW);
if(debug) printf("Y_SFZH:%d\n",Y_SFZH);
if(debug) printf("Y_ORI:%d\n",Y_ORI);
curScanRegion.x = 0;
if(debug) printf("-----test--------curScanRegion.H:%d\n",curScanRegion.H);
if(debug) printf("-----test--------curScanRegion.W:%d\n",curScanRegion.W); }
}else
{
if(W < 4450 )
{
curScanRegion.H = B5H; curScanRegion.y = 0; curScanRegion.W = B5W; curScanRegion.x = 0; if(debug) printf("B5\n"); // B5
}else if(W < 4800)
{
curScanRegion.H = K16H; curScanRegion.y = 0; curScanRegion.W = K16W; curScanRegion.x = 0; if(debug) printf("16K\n"); //16K
}
else if(W < 5500)
{
curScanRegion.H = A4H; curScanRegion.y = 0; curScanRegion.W = A4W; curScanRegion.x = 0; if(debug) printf("A4\n"); // A4
}else if(W < 6130)
{
curScanRegion.H = B5W; curScanRegion.y = 0; curScanRegion.W = B5H; curScanRegion.x = 0; if(debug) printf("B5R\n"); //B5R
}else if(W < 6800)
{
curScanRegion.H = K16W; curScanRegion.y = 0; curScanRegion.W = K16H; curScanRegion.x = 0; if(debug) printf("16KR\n");// 16KR
}else if(W < 7500)
{
curScanRegion.H = A4W; curScanRegion.y = 0; curScanRegion.W = A4H; curScanRegion.x = 0; if(debug) printf("A4R\n");// A4R
}
}
}
// 检测扫描台面的纸张尺寸，确定扫描幅面.大型纸张只有一个方向
void A3B4CalScanboardSize(int W)
{
if(W < 6200)
{
curScanRegion.H = B4H; curScanRegion.y = 0; curScanRegion.W = B4W; curScanRegion.x = 0; if(debug) printf("B4\n");
}else if(W < 6500)
{
curScanRegion.H = K8H; curScanRegion.y = 0; curScanRegion.W = K8W; curScanRegion.x = 0; if(debug) printf("8K\n");
}else{
curScanRegion.H = A3H; curScanRegion.y = 0; curScanRegion.W = A3W; curScanRegion.x = 0; if(debug) printf("A3\n");
}
}
// 长舌压下时刻
void PS7PressDown()
{
number--;
unsigned short ScanTableStatusVal = get_reg(SCAN_MOVE_STATE_REG); // 扫描台面状态和运动合一寄存器
if(number == -1)
{
ScanTableStatusVal = 0x4B4;
}
if(debug) printf("----%02x----\n",ScanTableStatusVal);
drawReadyToSP();
if( ScanTableStatusVal & (0x01 << 6) ) // 传感器被遮住只有A3,B4,8K
{
set_reg(G_EXPOSURE_REG, 2000); usleep(10000); //绿色曝光设最大
if(curYPos != Y_DEFAULT) StepTo(Y_DEFAULT); //去Default， 扫幅面
GImage* curImg = StillScanOneLine();//扫描一条数据出来
ScanImgLocation(curImg, curScanRegion); if(debug) printf("curScanRegion W %d H %d\n", curScanRegion.W, curScanRegion.H);//通过分析一条数据得到了当前扫描图像的大小
usleep(200000);
if(curYPos != Y_ORI + Y_Mov_OFF) StepTo(Y_ORI + Y_Mov_OFF); // 回位Ori，准备扫描
if(curImg) delete curImg;
A3B4CalScanboardSize(curScanRegion.W);
if(curSPPara.bAutoScale) { CalScale_Page_to_Scan(); }//如果是自动缩放，则需要根据纸盒内纸张大小进行缩小
else
{
int pH, pW; GetPageSize(pH, pW);//获得纸盒纸张大小
if(curSPPara.nScaleX == 100 && curSPPara.nScaleY == 100)
{
ScanImageNeedRotate = 0; // 固定倍率100%100，图像不要旋转.
if(curScanRegion.W > pW || curScanRegion.H > pH)//如果纸盒内的纸比原稿要小,警告不匹配
{
drawScanPaperNotMatch();
}
}
}
if(curYPos != Y_ORI + Y_Mov_OFF) StepTo(Y_ORI + Y_Mov_OFF); // 回位Ori，准备扫描
UpdateUI = 1; return;
}
//不是A3B4纸，则需要使用扫描头来判断纸张是什么
set_reg(G_EXPOSURE_REG, 2000); usleep(10000); //绿色曝光设最大
if(curYPos != Y_DEFAULT) StepTo(Y_DEFAULT); //去Default， 扫幅面
GImage* curImg = StillScanOneLine();//扫描一条数据出来
// int fd = open("/nfs/OneLine.raw", O_CREAT|O_RDWR); write(fd, curImg->bits, curImg->W*curImg->H); close(fd);
ScanImgLocation(curImg, curScanRegion); if(debug) printf("curScanRegion W %d H %d\n", curScanRegion.W, curScanRegion.H);//通过分析一条数据得到了当前扫描图像的大小
usleep(200000);
if(curYPos != Y_ORI + Y_Mov_OFF) StepTo(Y_ORI + Y_Mov_OFF); // 回位Ori，准备扫描
if(curImg) delete curImg;
CalScanboardSize(curScanRegion.W);//通过这一条数据有效长度W，通过判断确定扫描幅面curScanRegion.H，curScanRegion.y，curScanRegion.W，curScanRegion.x
if(curSPPara.bAutoScale) { CalScale_Page_to_Scan(); }//如果是自动缩放，则需要根据纸盒内纸张大小进行缩小
else
{
int pH, pW; GetPageSize(pH, pW);//获得纸盒纸张大小
if(curSPPara.nScaleX == 100 && curSPPara.nScaleY == 100)
{
ScanImageNeedRotate = 0; // 固定倍率100%100，图像不要旋转.
if(curScanRegion.W > pW || curScanRegion.H > pH)
{
drawScanPaperNotMatch();//上大下小,警告不匹配
}
}
}
UpdateUI = 1;
}
// 长舌弹起来时刻
void PS7PressUP()
{
number=1;
if(curYPos != Y_DEFAULT) StepTo(Y_DEFAULT);
}
//该线程在扫描仪启动获得当前扫描头的位置后启动；
//定时检测当前的扫描幅面，设置参数;
//如果盖板打开，则移动头到默认位置，若Ａ按下扫一行，ＡＢ按下扫一行并移动头到ＯＲＩ。
void* ScanPageSizeCheck(void* pData)
{
int status = 1;
while(1)
{
usleep(1000);
unsigned short SMovStatus = get_reg(SCAN_MOVE_STATE_REG);
if(curStage == READY || curStage == PAPER || curStage == PAPERBOX || curStage == PAPERSZ || curStage == HANDPAPER)
{
unsigned short PS8 = SMovStatus & PS8DOWN;
unsigned short PS7 = SMovStatus & PS7DOWN; // 0 is UP, 1 is DOWN.
if( !PS7 && status ) { PS7PressUP(); status = 0; }
if(PS7 && (!PS8) && status == 0) { PS7PressDown(); status = 1; }
}
// Paper Size Check
if(curSPPara.nPaperBox == 1)
{
checkPaperBox1Paper();
curSPPara.nPaperSize = nBoxPaperSz;
sprintf(curSPPara.szPaper,"%s", szBoxPaper);
}
if(curSPPara.bAutoScale) { CalScale_Page_to_Scan(); }
}
return 0;
}
// 根据纸张大小，利用600dpi获得的打印到的物理纸张上的图像宽度和高度 （横竖以操作人员面对机器为准，前后为竖，左右为横）
void GetPageSize(int &pageH, int &pageW )
{
// pageH pageW 面对打印头而言， 横向纵向面对用户方向而言，前后竖直为纵，左右为横。
switch(curSPPara.nPaperSize) //硬件检测到的纸张代码
{
case 0x33: // Ｖertical A4 297*210
pageH = A4W; pageW = A4H; break;
case 0x38: // Horizontal A4 210*297
case 0x18:
pageH = A4H; pageW = A4W; break;
case 0x3F:
case 0x37: // A3 297*420
pageH = A3H; pageW = A3W; break;
case 0x30: // B5== 182*257, 16K== 195*270 毫米
case 0x10:
if(SysData.B_KPaper) { pageH = B5H; pageW = B5W; break; }//设置B型纸优先
else { pageH = K16H; pageW = K16W; break; } //设置K型纸优先
case 0x16:
case 0x36: // B5|| 257*182mm
if(SysData.B_KPaper) { pageH = B5W; pageW = B5H; break; }
else{ pageH = K16W; pageW = K16H; break; }
case 0x1F: // B4== 257*364, 8K== 270*390mm
if(SysData.B_KPaper) { pageH = B4H; pageW = B4W; break; }
else { pageH = K8H; pageW = K8W; break;}
default:
pageH = A3H; pageW = A3W; break;
}
}
void CalScale_Page_to_Scan()// 根据纸张和扫描稿件，计算缩放比例
{
int PW = 0, PH = 0;
GetPageSize(PH, PW);
ScanImageNeedRotate = 0;
if(!curSPPara.bIsSFZ && curSPPara.nCombineMode == 0 && (!curSPPara.bIsXYScaleSet))
{
if(!SameOrientation(PH, PW, curScanRegion.H, curScanRegion.W)) // 方向不同，需要旋转。
{
ScanImageNeedRotate = 1;
curSPPara.nScaleX = curSPPara.nScaleY = PW * 100 / curScanRegion.H;
}
else // 方向相同
{
curSPPara.nScaleX = curSPPara.nScaleY = PW * 100 / curScanRegion.W;
}
}
}
void SetPrintJobInfo(int pageH, int pageW)
{
PModeRegVal &= ~(1 << 9);//纸张来源位置0,默认纸盒
if(curSPPara.nPaperBox == 2) PModeRegVal |= ( 1 << 9 ); set_reg(PMODE_REG, PModeRegVal); // （1）纸张来源 bit 9 置1表示手动纸张有效(此时nPaperBox==2), 0表示纸盒有效
PModeRegVal |= curSPPara.nPaperSize ; set_reg(PMODE_REG, PModeRegVal); // 纸张大小设置 // （2） 纸张大小 0x33 , 0x38, 0x37 = 0x30 + 7(bit0~bit3)
PModeRegVal |= (curSPPara.nSingle_Double << 10 ) ; set_reg(PMODE_REG, PModeRegVal); // （3）单双面打印设置// bit 10 ： 0 单面打印， 1 长边翻转， 2 短边翻转 // 压缩与否 Arm Wr bit 13, Arm Read bit 12 置1,
PModeRegVal |= 0x3000; PModeRegVal |= ( 1 << 14 ); set_reg(PMODE_REG, PModeRegVal); // nRlc 0 , 未压缩数据， 14 bit 置1， 使得解压缩不进行。
//// 打印参数设置完成 bit 6 置1， FIFO异步清零 bit 1 来个 脉冲， 功能模块使能 bit 7 置1， 作业开始信号 bit 5 置1
//PrnCmdRegVal |= 0x00E2; set_reg(PRN_CMD_REG, PrnCmdRegVal); // 1 1 1 0 0 0 1 0
usleep(US_TIME);
PrnCmdRegVal &= 0xFFFD; set_reg(PRN_CMD_REG, PrnCmdRegVal); // 1111 1101 // bit 1 脉冲信号
if(debug) printf("pageH = %d,pageW = %d\n",pageH,pageW);
set_reg(PAGEH_REG, pageH); //页高
set_reg(LINEBYTES_REG, pageW ); //页宽，字节单位
}
void ReadScanData(GImage *pImg)
{
int totalDataSz = pImg->W * pImg->H; // printf("ReadScanData In\n"); if(debug) printf("pImg->W :%d, pImg->H: %d, totalSz %d \n", pImg->W, pImg->H, totalDataSz );
int OnceReadSz = 120*1024; // DO NOT CHANGE THIS, IT IS DRIVER RELATIVE
int nRead = 0, nBytesLeft = totalDataSz;
unsigned short high = 0, low = 0; g_exit = 0;
while(nRead < totalDataSz)
{
low = get_reg(HPC_FIFO_USED_LOW); high = get_reg(HPC_FIFO_USED_HIGH);
int avaliableDataBytes = (low | (high << 16 ) ) << 4; //128 bit = 16 Bytes, even number!
if (avaliableDataBytes > OnceReadSz )
{
read_fifo(GPMC_SFIFO_READ, (unsigned short*)(pImg->bits + nRead), OnceReadSz);
nRead += OnceReadSz;
}else
{
usleep(1000);
}
if(g_exit) { if(debug) printf("ClearStop Pressed, Scan Halt\n"); tid_sp = 0; curStage = READY; UpdateUI = 1; return ; }
nBytesLeft = totalDataSz - nRead; //printf("nRead %d , Left %d, avaliableDataBytes %d high %02x, low %02x\n", nRead, nBytesLeft, avaliableDataBytes, high, low);
if(nBytesLeft < OnceReadSz && avaliableDataBytes >= nBytesLeft) { break; }
}
read_fifo(GPMC_SFIFO_READ, (unsigned short*)(pImg->bits + nRead), nBytesLeft);
// printf("nRead %d, ReadScanData Out \n", nRead + nBytesLeft);
}
void ReadScanDataAndSent( GImage *pImg, int sockfd ,int ncolormode)
{
int totalDataSz = pImg->W * pImg->H;
pagesize.hight = pImg->H;
pagesize.weight = pImg->W;
pagesize.totalsize = totalDataSz;
pagesize.cate = 1;
pagesize.ncolormode = ncolormode;
if(ncolormode >0)
{
UpdatePageSize(pagesize);
}
if(debug) printf("totalDataSz %d, W %d, H %d, scanRegionW %d, scanRegionH %d \n", totalDataSz, pImg->W, pImg->H, curScanRegion.W, curScanRegion.H);
int OnceReadSz = 120*1024; // DO NOT CHANGE THIS, IT IS DRIVER RELATIVE
int nRead = 0, nBytesLeft = totalDataSz, nNewR = 0;
unsigned short high = 0, low = 0, H = pImg->H;
unsigned char * ptr = pImg->bits;
int total = 0;
int test_num = 0;
if(ncolormode >0)
{
prn_repscan_fd = open("/media/repeat_scan.raw", O_RDWR|O_CREAT,S_IRUSR|S_IWUSR|S_IRGRP|S_IROTH);//打开即将写入的目标文件
lseek(prn_repscan_fd,0L,SEEK_SET);
if(prn_repscan_fd < 0)
{
if(debug) printf("Open file error\n");
}
}
while(nRead < totalDataSz)
{
low = get_reg(HPC_FIFO_USED_LOW); high = get_reg(HPC_FIFO_USED_HIGH);
int avaliableDataBytes = (low | (high << 16 ) ) << 4; //128 bit = 16 Bytes, even number!
if (avaliableDataBytes > OnceReadSz )
{
read_fifo(GPMC_SFIFO_READ, (unsigned short*)(pImg->bits + nRead), OnceReadSz);
nRead += OnceReadSz; nNewR += OnceReadSz;
if(nNewR > 1200 * pImg->W) // 传送400行数据
{
for(int r = 0; r <1200; r++)
{
write(sockfd, ptr + curScanRegion.x, curScanRegion.W); ptr += pImg->W;
}
H -= 1200; nNewR = 0;
}
}else
{
usleep(10000);
}
if(g_exit) { if(debug) printf("ClearStop Pressed, Scan Halt\n"); tid_sp = 0; curStage = READY; UpdateUI = 1; return ; }
nBytesLeft = totalDataSz - nRead;
if(nBytesLeft < OnceReadSz && avaliableDataBytes >= nBytesLeft) { break; }
// if(debug) printf("nRead %d, nBytesLeft %d, avaliableBytes %d , high %2x, low %2x \n", nRead, nBytesLeft, avaliableDataBytes, high, low);
}
read_fifo(GPMC_SFIFO_READ, (unsigned short*)(pImg->bits + nRead), nBytesLeft); if(debug) printf("nBytesLeft %d\n", nBytesLeft);
if(ncolormode >0)
{
test_num = write(prn_repscan_fd, (unsigned short*)(pImg->bits), totalDataSz); //开始向板子中写入数据
//total += test_num;
if(debug) printf("^^^^^^^^^^^^^^^^^^^^^^%d , %d^^^^^^^^^^^^^^^\n" , test_num , totalDataSz);
close(prn_repscan_fd);
}
for(int r = 0; r < H; r++)
{
write(sockfd, ptr + curScanRegion.x, curScanRegion.W); ptr += pImg->W;
}
}
void PrintOnePage(GImage *theHalftonePage, int &pages, int totalPages, int &PrnStartCmd)
{
if(debug) printf("PrintOnePage In \n");
if( !ExceptionHandler() ) { if(debug) printf("Exception Not Handle, Not Print One Page\n "); return ; }
while(Mem_Avaliable() < theHalftonePage->W * theHalftonePage->H) // 若FIFO空间不足一页，则等待FIFO.
{
usleep(US_TIME); if(debug) printf("Waiting FIFO\n "); if(g_exit) { if(debug) printf("ClearStop Pressed, Clear Print\n "); return ; }
}
if(g_exit) { if(debug) printf("ClearStop Pressed, Clear Print\n "); return ; }
// TestBorder(theHalftonePage);
write_fifo (GPMC_FIFO_WRITE, theHalftonePage->bits, theHalftonePage->W * theHalftonePage->H ); // theHalftonePage->W is packed as Bytes
pages ++;
{
AllKindPages.duplicated++; AllKindPages.total++; // WR_AllKindsofPages(AllKindPages);
if(curSPPara.nMode==0)
{
user.paper_nums = pages;
if(pages == 1) insert_user_entry();
// else update_user_entry(&mysql, pages);
}
} // 更新内部复印计数
if(pages % 4 == 3 || pages == totalPages)//写入fifo数据满3页或者达到总页数发送打印开始命令
{
set_reg(PAGE_NUM_REG, pages);
if(!PrnStartCmd)
{
PrnStartCmd = 1;
PrnCmdRegVal |= PRINT_START; // bit 4 置 1
set_reg(PRN_CMD_REG, PrnCmdRegVal); // 下达打印开始命令
}
}
_state.printed_count = get_reg(PAGES_PRINTED_REG); // 已打印份数
if(debug) printf("Printed Pages %d pages in fifo = %d\n", _state.printed_count, pages);
if(debug) printf("PrintOnePage Out \n");
}
// 装订线余白
void pageMargin(myRect &prt)
{
if(debug) printf("pageMargin In, colormode %d\n", curSPPara.nColormode);
int pixels = curSPPara.nMaginmm * 600 / 25.4;
if(curSPPara.nColormode == 2) // 扫描半调图.
{
pixels /= 8;
}
switch (curSPPara.nPageMargin)
{
case 1: // left margin
prt.x += pixels; prt.W -= pixels;
break;
case 2: // top margin
prt.y += pixels; prt.H -= pixels;
break;
case 3: // right margin
prt.W -= pixels;
break;
default:
break;
}
if(debug) printf("pageMargin Out\n");
}
void CutBorder(GImage *pImg)
{
int rpixels = curSPPara.nErasemm * 600 / 25.4, cpixels = rpixels;//根据毫米长度计算出需要填充的像素点宽度
char val = 255; //削边填充白色
if(curSPPara.nColormode == 2) // 扫描半调图.
{
cpixels /= 8; val = 0;
}
if(debug) printf("In Cutborder %d, colorMode %d\n", cpixels, curSPPara.nColormode);
uchar *ptr = pImg->bits;
switch (curSPPara.nEraseBorder)
{
case 1: // left cut
for (int r = 0; r < pImg->H; r++)
{
for (int c = 0; c < cpixels; c++)
{
ptr[c] = val;
}
ptr += pImg->W;
}
break;
case 2: // top cut
for (int r = 0; r < rpixels; r++)
{
for (int c = 0; c < pImg->W; c++)
{
ptr[c] = val;
}
ptr += pImg->W;
}
break;
case 3: // surround cut
for (int r = 0; r < rpixels; r++)
{
for (int c = 0; c < pImg->W; c++)
{
ptr[c] = val;
}
ptr += pImg->W;
}
ptr = pImg->bits + (pImg->H - rpixels)* pImg->W;
for (int r = 0; r < rpixels; r++)
{
for (int c = 0; c < pImg->W; c++)
{
ptr[c] = val;
}
ptr += pImg->W;
}
ptr = pImg->bits;
for (int r = 0; r < pImg->H; r++)
{
for (int c = 0; c < cpixels; c++)
{
ptr[c] = val;
}
ptr += pImg->W;
}
ptr = pImg->bits;
for (int r = 0; r < pImg->H; r++)
{
for (int c = pImg->W - cpixels; c < pImg->W; c++)
{
ptr[c] = val;
}
ptr += pImg->W;
}
break;
default:
break;
}
if(debug) printf("Cutborder Out\n");
}
void TestBorder(GImage *pImg)
{
//nt rpixels = curSPPara.nErasemm * 600 / 25.4, cpixels = rpixels;//根据毫米长度计算出需要填充的像素点宽度
//char val = 255; //削边填充白色
//if(curSPPara.nColormode == 2) // 扫描半调图.
//{
// cpixels /= 8; val = 0;
//}
//printf("In Cutborder %d, colorMode %d\n", cpixels, curSPPara.nColormode);
uchar *ptr = pImg->bits;
if(debug) printf("TEST Out ,pImg->W =%d,pImg->H=%d\n",pImg->W,pImg->H);
for (int r = 0; r < pImg->H; r++)
{
for (int c = 0; c < pImg->W; c++)
{
if(r==0&&c<10) ptr[c] = 0xaa;
else if((r==0)&&(c>=(pImg->W-10))) ptr[c] = 0xbb;
else if(r==1&&c<10) ptr[c] = 0xcc;
//if(r==0&&c==0) ptr[c] = 0xaa;