📄 3kmenu2x.c
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}
}
/***
响应调节按钮 UDLR
***/
void RespUDLR23(const int idxUDLR)
{
unsigned char tTurns=( (unit[UnitSEL-1].submenu1.unitworksnum.i==1) ? unit[UnitSEL-1].submenu1.bitTurns.turnsoflabsA : unit[UnitSEL-1].submenu1.bitTurns.turnsoflabsB );
switch( idxUDLR )
{
case TB_U:
if( tTurns==2 || tTurns==5 )
{
if( unit[UnitSEL-1].submenu1.v_adjust<=(-2000) ) { return;}
else { unit[UnitSEL-1].submenu1.v_adjust--;}
}
else
{
if( unit[UnitSEL-1].submenu1.v_adjust>=2000 ) { return;}
else { unit[UnitSEL-1].submenu1.v_adjust++;}
}
wjrUAdj323(AlrAdjBox_M23_X+AlrAdjBox_M23_W/2-25, AlrAdjBox_M23_Y, BES_PRESS);
DispVAdj_M23();
REC_Sub1(UnitSEL-1, 4);
SendCnlData(UnitSEL-1, 0x09);
break;
case TB_D:
if( tTurns==2 || tTurns==5 )
{
if( unit[UnitSEL-1].submenu1.v_adjust>=2000 ) { return;}
else { unit[UnitSEL-1].submenu1.v_adjust++;}
}
else
{
if( unit[UnitSEL-1].submenu1.v_adjust<=(-2000) ) { return;}
else { unit[UnitSEL-1].submenu1.v_adjust--;}
}
wjrDAdj323(AlrAdjBox_M23_X+AlrAdjBox_M23_W/2-25, AlrAdjBox_M23_Y+AlrAdjBox_M23_H-25, BES_PRESS);
DispVAdj_M23();
REC_Sub1(UnitSEL-1, 4);
SendCnlData(UnitSEL-1, 0x09);
break;
case TB_L:
if( tTurns==2 || tTurns==5 )
{
if( unit[UnitSEL-1].submenu1.h_adjust<=(-2000) ) { return;}
else { unit[UnitSEL-1].submenu1.h_adjust--;}
}
else
{
if( unit[UnitSEL-1].submenu1.h_adjust>=2000 ) { return;}
else { unit[UnitSEL-1].submenu1.h_adjust++;}
}
wjrLAdj323(AlrAdjBox_M23_X, AlrAdjBox_M23_Y+AlrAdjBox_M23_H/2-25, BES_PRESS);
DispHAdj_M23();
REC_Sub1(UnitSEL-1, 6);
SendCnlData(UnitSEL-1, 0x09);
break;
case TB_R:
if( tTurns==2 || tTurns==5 )
{
if( unit[UnitSEL-1].submenu1.h_adjust>=2000 ) { return;}
else { unit[UnitSEL-1].submenu1.h_adjust++;}
}
else
{
if( unit[UnitSEL-1].submenu1.h_adjust<=(-2000) ) { return;}
else { unit[UnitSEL-1].submenu1.h_adjust--;}
}
wjrRAdj323(AlrAdjBox_M23_X+AlrAdjBox_M23_W-25, AlrAdjBox_M23_Y+AlrAdjBox_M23_H/2-25, BES_PRESS);
DispHAdj_M23();
REC_Sub1(UnitSEL-1, 6);
SendCnlData(UnitSEL-1, 0x09);
break;
default:
break;
}
}
unsigned char hjSACmdBuffers[MAXCNL_3K]={0}; //用来记录通道的智能状态处理命令
/******************************
描述: 智能工作响应
(单组智能也被设定为和整机智能状态相同)
参考: 在命令中的位控制 B2. of command 0x06#.
bit0=0 A系,bit0=1 B系
bit1=0 本组智能关,bit1=1 本组智能
bit2=0 整机智能关,bit2=1 整机智能
bit3=0脱机工作 bit3=1 上位机控制
******************************/
void RespEntireINTEL23(void)
{
int ico,jcnl;
unsigned char tSTL,tEntireIntell;
if( VarST3000.jobAB==1 )
{
if( EntireStatus.EntireIntelligent_A )
{ ico=3; tSTL=0/*0x00*/; EntireStatus.EntireIntelligent_A=0;}
else
{ ico=4; tSTL=1/*0x10*/; EntireStatus.EntireIntelligent_A=1;}
tEntireIntell=EntireStatus.EntireIntelligent_A;
}
else
{
if( EntireStatus.EntireIntelligent_B )
{ ico=3; tSTL=0x00; EntireStatus.EntireIntelligent_B=0;}
else
{ ico=4; tSTL=0x10; EntireStatus.EntireIntelligent_B=1;}
tEntireIntell=EntireStatus.EntireIntelligent_B;
}
Button(30, 240, 85, 45, tSTL, NULL, 192, 192, 192);
ShowICO3232(ico, 53, 246);
// 设置系内的整机智能模式
for(jcnl=1; jcnl<VarST3000.UnitCounts; jcnl++)
{
if( unit[jcnl].submenu1.unitworksnum.i==VarST3000.jobAB &&
unit[jcnl].submenu1.unitworksnum.j )
{
unit[jcnl].submenu1.bitfield.autowork=tEntireIntell;
// 更新智能开关在命令缓冲区内的记录B2.bit1 bit2
if( tEntireIntell )
{
hjSACmdBuffers[jcnl]=CommandData[jcnl].Cmd6[1]; // 记录缓冲
hjSACmdBuffers[jcnl]|=0x06; // 置bit1.bit2
}
else
{ CommandData[jcnl].Cmd6[1]&=0x09;} // 清bit1.bit2
// wjrSearAddrFlags这个标志仅仅是为了标志
// 这个通道的6号命令需要发 无论是做同步还是作寻址接收
SetwjrSearAddrFlags(jcnl, tEntireIntell);
}
}
if( !tEntireIntell )
{ // 通知所有本系属内通道关掉智能寻址状态
CommandData[jcnl].Cmd6[1]&=0x09; // 清bit1.bit2
for(jcnl=1; jcnl<VarST3000.UnitCounts; jcnl++)
{
if( unit[jcnl].submenu1.unitworksnum.i==VarST3000.jobAB &&
unit[jcnl].submenu1.unitworksnum.j )
{ SendCnlData(jcnl, 0x06);}
}
}
else
{
for(jcnl=1; jcnl<VarST3000.UnitCounts; jcnl++)
{
if( unit[jcnl].submenu1.unitworksnum.i==VarST3000.jobAB &&
unit[jcnl].submenu1.unitworksnum.j )
{
CommandData[jcnl].Cmd6[1]=hjSACmdBuffers[jcnl];
CommandData[jcnl].Cmd6[1]|=0x06;
SendCnlData(jcnl, 0x06);
}
}
}
_SetCnlSA_M23(); // Fresh Aptitude of Current Chanel.
}
/******************************
描述: 操作当前通道的本组智能按钮
******************************/
void RespINTEL23(void)
{
int jcnl,vICO;
unsigned char vSyncSA,vStyle,vAptitudeFlag;
unsigned char vSErRec=unit[UnitSEL-1].submenu1.unitworksnum.i;
unit[UnitSEL-1].submenu1.bitfield.autowork++;
_SetCnlSA_M23(); //___通道自动寻址图标
if( unit[UnitSEL-1].submenu1.bitfield.autowork )
{ hjSACmdBuffers[UnitSEL-1]=CommandData[UnitSEL-1].Cmd6[1];
hjSACmdBuffers[UnitSEL-1]|=0x02; //__On Aptitude of Current Chanel.
SetwjrSearAddrFlags(UnitSEL-1, 1);
}
else
{ CommandData[UnitSEL-1].Cmd6[1]&=0xfd;} //__Off Aptitude of Current Chanel.
//____________记录整机的智能状态发生改变了吗 并且记录下来
vSyncSA=GetEntireIntelligent(vSErRec);
if(vSErRec==1)
{ vAptitudeFlag=EntireStatus.EntireIntelligent_A;}
else
{ vAptitudeFlag=EntireStatus.EntireIntelligent_B;}
//____________对智能改变同步下位机控制单元
if(vSyncSA)
{
//整机智能发生改变需要通知所有通道
if(!vAptitudeFlag)
{ //____清整机智能
for(jcnl=1; jcnl<VarST3000.UnitCounts; jcnl++)
{
if( unit[jcnl].submenu1.unitworksnum.i==vSErRec &&
unit[jcnl].submenu1.unitworksnum.j)
{
CommandData[jcnl].Cmd6[1]&=0xfb; //bit2=0清整机智能
SendCnlData(jcnl, 0x06);
}
}
vICO=3; vStyle=0x00;
}
else
{ //____设整机智能工作
for(jcnl=1; jcnl<VarST3000.UnitCounts; jcnl++)
{
if( unit[jcnl].submenu1.unitworksnum.i==vSErRec &&
unit[jcnl].submenu1.unitworksnum.j)
{
CommandData[jcnl].Cmd6[1]=hjSACmdBuffers[jcnl]; //将要处理的智能状态更新下发
CommandData[jcnl].Cmd6[1]|=0x06;
SendCnlData(jcnl, 0x06);
SetwjrSearAddrFlags(jcnl, 1);
}
}
vICO=4; vStyle=0x10;
}
Button(30, 240, 85, 45, vStyle, NULL, 192, 192, 192);
ShowICO3232(vICO, 53, 246);
}
else
{ //整机状态没有发生改变 仅仅通知当前这个通道
if(unit[UnitSEL-1].submenu1.bitfield.autowork) //如果本机智能开 更新命令
{ CommandData[UnitSEL-1].Cmd6[1]=hjSACmdBuffers[UnitSEL-1];}
SendCnlData(UnitSEL-1, 0x06);
}
}
/******************************
描述: 单通道手动与自动的转换
******************************/
void RespVertStatus23(void)
{
int jcnl,vICO;
unsigned char vMustSyncFlags[MAXCNL_3K]={0};
unsigned char sty_b,vAWSflag,vWKSofCurSEr,vUCHAR;
unsigned char vSErofCurCNL=unit[UnitSEL-1].submenu1.unitworksnum.i;
unit[UnitSEL-1].submenu1.bitfield.hand_auto++;
_SetVWS_M23(); //___纵向自动手动图标
if( !unit[UnitSEL-1].submenu1.bitfield.hand_auto )
{ OUT7|=0xc0; outportb(0x302, OUT7);}
//____如果手动 检查本组的智能 如果开 则关掉本组的智能
if(!unit[UnitSEL-1].submenu1.bitfield.hand_auto)
{
if(unit[UnitSEL-1].submenu1.bitfield.autowork)
{ unit[UnitSEL-1].submenu1.bitfield.autowork=0;
//___刷新显示
//____本组智能关闭
Button(870, 380, 85, 45, 0x00, NULL, 192, 192, 192);
ShowICO3232(16, 894, 386);
vUCHAR=((vSErofCurCNL==1) ? EntireStatus.EntireIntelligent_A : EntireStatus.EntireIntelligent_B);
if(vUCHAR)
{ //如果整机智能开 则关闭
if(vSErofCurCNL==1)
{ EntireStatus.EntireIntelligent_A=0;}
else
{ EntireStatus.EntireIntelligent_B=0;}
//需要通知本系属内所有通道的整机智能为关
for(jcnl=1; jcnl<VarST3000.UnitCounts; jcnl++)
{
if( unit[jcnl].submenu1.unitworksnum.i==vSErofCurCNL &&
unit[jcnl].submenu1.unitworksnum.j)
{
CommandData[jcnl].Cmd6[1]&=0x0b; //整机智能关
vMustSyncFlags[jcnl]=1;
}
}
}
}
if(VarST3000.jobAB==1)
{ EntireStatus.EntireIntelligent_A=0;}
else
{ EntireStatus.EntireIntelligent_B=0;}
//____整机智能关闭
Button(30, 240, 85, 45, 0x00, NULL, 192, 192, 192);
ShowICO3232(3, 53, 246);
}
//____检查整机状态是否发生改变
vAWSflag=GetEntireAuto(vSErofCurCNL);
vWKSofCurSEr=((vSErofCurCNL==1) ? EntireStatus.EntireAuto_A : EntireStatus.EntireAuto_B);
if(vWKSofCurSEr)
{ vICO=2; sty_b=0x10;}
else
{ vICO=1; sty_b=0x00;}
Button(30, 170, 85, 45, sty_b, NULL, 192, 192, 192);
ShowICO3232(vICO, 53, 176);
//_____刷新工作指示灯
SetWrkMark23(UnitSEL-1, 1);
//_____发送命令
if(unit[UnitSEL-1].submenu1.bitfield.hand_auto)
{ //自动
CommandData[UnitSEL-1].Cmd6[2]|=0x01; //B2.bit0=1 [AUTO]
SendCnlData(UnitSEL-1, 0x07); delay(15);
SendCnlData(UnitSEL-1, 0x08); delay(15);
SendCnlData(UnitSEL-1, 0x09); delay(15);
SendCnlData(UnitSEL-1, 0x0A); delay(15);
if(unit[UnitSEL-1].submenu1.bitfield.hcontrol)
{ SendCnlData(UnitSEL-1, 0x0B); delay(15);}
vMustSyncFlags[UnitSEL-1]=1;
}
else
{ //手动
CommandData[UnitSEL-1].Cmd6[2]&=0xfc; //B2.bit0=1 bit1=1[HAND.AHAND]
vMustSyncFlags[UnitSEL-1]=1;
}
if(vAWSflag)
{ //整机工作状态发生改变
//需要同步所有通道的整机工作状态 并且下发给控制单元
for(jcnl=1; jcnl<VarST3000.UnitCounts; jcnl++)
{
if( unit[jcnl].submenu1.unitworksnum.i==vSErofCurCNL &&
unit[jcnl].submenu1.unitworksnum.j)
{
if(vWKSofCurSEr)
{ CommandData[jcnl].Cmd6[2]|=0x03;}
else
{
if(unit[jcnl].submenu1.bitfield.hand_auto)
{ CommandData[jcnl].Cmd6[2]|=0x01;}
else
{ CommandData[jcnl].Cmd6[2]&=0xfe;}
CommandData[jcnl].Cmd6[2]&=0xfd; //1111 1101
}
vMustSyncFlags[jcnl]=1;
}
}
}
//
for(jcnl=1; jcnl<VarST3000.UnitCounts; jcnl++)
{
if( unit[jcnl].submenu1.unitworksnum.i==vSErofCurCNL &&
unit[jcnl].submenu1.unitworksnum.j && vMustSyncFlags[jcnl])
{ SendCnlData(jcnl, 0x06);}
}
}
/******************************
描述: 横向自手动按钮响应
******************************/
void RespHorzStatus23(void)
{
int jcnl,vICO;
unsigned char vMustSyncFlags[MAXCNL_3K]={0};
unsigned char sty_b,vAWSflag,vWKSofCurSEr,vUCHAR;
unsigned char vSErofCurCNL=unit[UnitSEL-1].submenu1.unitworksnum.i;
unit[UnitSEL-1].submenu1.bitfield.h_motorruning++;
_SetHWS_M23(); //___横向自动手动图标
if( unit[UnitSEL-1].submenu1.bitfield.h_motorruning )
{ CommandData[UnitSEL-1].Cmd6[6]|=0x20;} //On-HMotor
else
{ CommandData[UnitSEL-1].Cmd6[6]&=0xdf;} //Off-HMotor
vMustSyncFlags[UnitSEL-1]=1; //要求需要通知给下位机控制单元 12/03/2005
//____如果手动 检查本组的智能 如果开 则关掉本组的智能
if(!unit[UnitSEL-1].submenu1.bitfield.h_motorruning)
{
if(unit[UnitSEL-1].submenu1.bitfield.autowork)
{ unit[UnitSEL-1].submenu1.bitfield.autowork=0;
//___刷新显示
//____本组智能关闭
Button(870, 380, 85, 45, 0x00, NULL, 192, 192, 192);
ShowICO3232(16, 894, 386);
vUCHAR=((vSErofCurCNL==1) ? EntireStatus.EntireIntelligent_A : EntireStatus.EntireIntelligent_B);//2007-2-28 15:05
if(vUCHAR)
{ //如果整机智能开 则关闭
if(vSErofCurCNL==1)
{ EntireStatus.EntireIntelligent_A=0;}
else
{ EntireStatus.EntireIntelligent_B=0;}
//需要通知本系属内所有通道的整机智能为关
for(jcnl=1; jcnl<VarST3000.UnitCounts; jcnl++)
{
if( unit[jcnl].submenu1.unitworksnum.i==vSErofCurCNL &&
unit[jcnl].submenu1.unitworksnum.j)
{
CommandData[jcnl].Cmd6[1]&=0x0b; //整机智能关
vMustSyncFlags[jcnl]=1;
}
}
}
}
if(VarST3000.jobAB==1)
{ EntireStatus.EntireIntelligent_A=0;}
else
{ EntireStatus.EntireIntelligent_B=0;}
//____整机智能关闭
Button(30, 240, 85, 45, 0x00, NULL, 192, 192, 192);⌨️ 快捷键说明
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