camera/reset.sh

#!/bin/bash

PCI=$(which pci)
NUM_ROWS=1088
SKIP_ROWS=0
EXP_TIME=100 #us
SLEEP_VAL=0.03

if [ -z "$PCI" ]; then
    echo "pcitool not found."
    exit 1
fi


function reset_dma () {
    pci --stop-dma dma0r
    sleep .1
    pci --start-dma dma0r
    sleep .1
    # check that all of the buffers are on the x1000 addresses
    # only 4096B buffers should be 4K alligned
    local VAR=`cat /sys/class/fpga/fpga0/kbuffers | awk '{print $1 $2 $3}'`
    VAR=`printf "%s\n" $VAR | grep 4096 | grep -v 000`
    local i=0

    while [ -n "$VAR" ]; do
        echo $VAR
        i=$(echo $i + 1 | bc)
        num=`cat /sys/class/fpga/fpga0/kbuf* | grep bus | cut -c 16- | grep -v 000 | grep -c [1-9]`
        echo "Buffer addresses not aligned; Redo:" $i " times," $num "buffers unaligned"
        pci --stop-dma dma0r
        sleep .1
        pci --start-dma dma0r
        sleep .05
        VAR=`cat /sys/class/fpga/fpga0/kbuf* | grep bus | cut -c 16- | grep -v 000`
        if [ "$i" -gt 10 ]; then
            echo "ERROR!!! Addresses still not aligned, stopping!"
            break
        fi
    done

    if [ -z "$VAR" ]; then
        echo -e "\e[32mBuf addr aligned\033[1;m"
    else
        echo -e "\e[31mBuf addr UNALIGNED!!!\033[1;m"
    fi

    sleep 0.1
    echo "Enable DMA"
    pci -w 0x4 0x1
    sleep 0.1
    echo "set 4k AXI packet size"
    pci -w 0x9100 0x20001000
    sleep .01
}

function reset_logic () {
    pci -w 0x9040 80000005
    sleep .2
    pci -w 0x9040 80000201
    sleep .1
}

function reset_cmosis () {
    pci -w 0x9040 80000000
    sleep .3
    pci -w 0x9040 80000201
    sleep .3
}

function reset_all () {
    pci -w 0x9040 80000004
    sleep .2
    pci -w 0x9040 80000000
    sleep .3
    pci -w 0x9040 80000201
    sleep .3
}

function check_status () {
    status=`pci -r 0x9050 -s 4 | awk '{print $2$3$4}'`
    if [ "$status" != "8449ffff0000300100000000" ]; then
        echo -e "\e[31m---------------------->>>> ERROR! in the camera status ...\033[1;m"
        echo $status
        error=1
    fi

    if [ "$error" = "1" ]; then
        echo -e "\e[31mError in the reset and initialization\033[1;m"
    else
        echo -e "\e[32mCamera READY ..................... OK\033[1;m"
    fi
}

function read_9010 () {
    local val=$1
    value=`pci -r 0x9010 -s 1  | grep 9010 | awk '{print $2}' | cut -c 4-8`
    if [ "$value" != "b$val" ]; then
        echo -e "\e[31m----------------->>>> ERROR! read value: $value, written value: $val\033[1;m"
        error=1
    fi
    sleep $SLEEP_VAL
}

function write_val () {
    local val=$1
    pci -w 0x9000 $val
    sleep $SLEEP_VAL
    read_9010 $val
}

function set_exp_time () {
    exp_time=$1             # in us
    echo -e "Write exp time...... \e[93m$exp_time\033[1;m us"

    value=`pci -r 9030 | awk '{print $2}' | cut -c 7-7`
    if [ "$value" == "0"  ]; then
        clk_per=0.025       # in us
    else
        clk_per=0.02083     # in us
    fi

    #read reg73
    val=4900
    pci -w 9000 $val
    sleep .01
    reg73=`pci -r 9010  | awk '{print $2}' | cut -c 7-8`
    reg73=$((16#$reg73))
    exp_time=$(echo "scale=2;$exp_time/(129*$clk_per)-0.43*$reg73"| bc)
    #round
    exp_time=$(echo "$exp_time" | awk '{printf("%d\n",$1 + 0.5)}')
    #need 6 chars to write in 3 CMOSIS regs
    exp_time=$(printf "%06x\n" $exp_time)

    val=aa${exp_time:4:2}
    write_val $val

    val=ab${exp_time:2:2}
    write_val $val

    val=ac${exp_time:0:2}
    write_val $val
}

function configure_cmosis () {
    echo "Start CMOSIS Configuration .."

    #first reg read
    val=0100
    pci -w 9000 $val
    sleep .01
    local TST=`pci -r 9010`
    sleep .01
    # register 82, ch_en[17:16], set to 7
    write_val d207

    # PLL SET
    # register 117 -set to 1
    echo "set 117"
    write_val f501

    # register 115, set to 1
    echo "set 115"
    write_val f301

    # register 111, bit mode, 1-10bits per pixel 0-12bits-per pixel
    write_val ef00

    # ADC_resolution @ 10/12 bits
    ## register 112, ADC resolution, 0-10bit per pixel, 1-11bit per pixel, 2-12bit per pixel
    if [ "$MODE12b" ]; then
        echo -e "\e[93m12\033[1;m bit mode, set ADC resolution \e[93m12\033[1;m bits "
        write_val f002
    else
        echo -e "\e[93m10\033[1;m bit mode, set ADC resolution \e[93m10\033[1;m bits "
        write_val f000
    fi

    # adc recommended 28=44
    # register 103, ADC gain
    echo "set gain"
    write_val e72c

    ## register 102, PGA, 3 is max value,
    echo "set PGA"
    write_val e603

    # register 84, set to 4
    echo "set reg 84"
    write_val d404

    # register 85, set to 1
    echo "set reg 85"
    write_val d501

    # recommended is d840
    # register 88, set to 64 dec
    echo "set reg 88"
    write_val d840

    # recommended is db40
    # register 91, set to 64
    echo "set reg 91"
    write_val db40

    # register 94, set to 101
    echo "set reg 94"
    write_val de65

    # register 95, set to 106
    echo "set reg 95"
    write_val df6a

    # VRAMP 6c is 108
    # register 98, 109 default, now: 108
    echo "set VRAMP"
    write_val e26c

    # VRAMP 6c is 108
    # register 99, same value as 98
    echo "set VRAMP 2"
    write_val e36c

    ### NUMBER OF OUTPUT
    if [ "$MODE12b" ]; then
        echo -e "se reg 72 - \e[93m4\033[1;m data lines"
        write_val c802
    else
        echo -e "set reg 72 - \e[93m16\033[1;m data lines"
        write_val c800
    fi

    # register 40, image flipping, 0-no flip, 1-X, 2-Y, 3-both X and Y
    echo "set reg 40"
    write_val a800

    echo "End CMOSIS Configuration .."
}

function set_number_lines () {
    number_lines=$1
    echo -e "Write number of lines: \e[93m$number_lines\033[1;m"
    number_lines=$(printf "%04x\n" $number_lines)

    val=81${number_lines:2:4}
    write_val $val

    val=82${number_lines:0:2}
    write_val $val
}

function set_skip () {
    skip=$1
    echo -e "Write skip: \e[93m$skip\033[1;m"
    skip=$(printf "%04x\n" $skip)

    val=a3${skip:2:4}
    write_val $val

    val=a4${skip:0:2}
    write_val $val

    val=a5${skip:2:4}
    write_val $val

    val=a6${skip:0:2}
    write_val $val

}

function print_help () {
    echo -e ""
    echo "Usage: reset.sh [--dma] [--logic] [--cmosis [--12b]] [--all [--12b]] [--4MP | --num-rows=2047] [--exp-time=100]"
    echo -e "order of options is not important"
    echo -e ""
    echo -e "\e[33m    --help: \033[1;m print this message and exit"
    echo -e "\e[33m     --dma: \033[1;m reset only dma"
    echo -e "\e[33m   --logic: \033[1;m reset only logic"
    echo -e "\e[33m  --cmosis: \033[1;m reset cmosis, and set default cmosis values"
    echo -e "\e[33m     --all: \033[1;m reset logic and cmosis, and set default cmosis values"
    echo -e "\e[33m     --4MP: \033[1;m set 2047 rows, default 1088 rows"
    echo -e "\e[33m     --12b: \033[1;m use 12bits, default 10 bits, only use with --cmosis or --all flag"
    echo -e "\e[33m--num-rows: \033[1;m set number of rows, default 1088"
    echo -e "\e[33m--exp-time: \033[1;m set exposure time in us, default 100"
    echo -e "\e[33m    --skip: \033[1;m set skip, default 0"
    echo -e "\nExample:"
    echo -e "reset.sh --cmosis            ; --> Reset CMOSIS in 10bit mode"
    echo -e "reset.sh --cmosis --12b --4MP; --> Reset CMOSIS in 12bit mode, 2047 rows"
    echo -e "\nWrong:"
    echo -e "reset.sh --12b                  "
    echo -e "reset.sh --4MP --num-rows=1000  "
    echo -e "\nDiscouraged:"
    echo -e "reset.sh --all --dma --logic --cmosis  "
}

input=$@

for i in "$@"; do
    case $i in
        --all)
            RESET_ALL=YES
            shift
            ;;
        --cmosis)
            RESET_CMOSIS=YES
            shift
            ;;
        --help)
            SHOW_USAGE=YES
            shift
            ;;
        --dma)
            RESET_DMA=YES
            shift
            ;;
        --logic)
            RESET_LOGIC=YES
            shift
            ;;
        --12b)
            MODE12b=YES
            shift
            ;;
        --4MP)
            SET_4MP=YES
            NUM_ROWS=2047
            shift
            ;;
        --num-rows=*)
            NUM_ROWS="${i#*=}"
            SET_ROWS=YES
            shift
            ;;
        --exp-time=*)
            EXP_TIME="${i#*=}"
            SET_EXP_TIME=YES
            shift
            ;;
        --skip=*)
            SKIP_ROWS="${i#*=}"
            SET_SKIP=YES
            shift
            ;;
        *)
            WRONG=YES
            shift
            ;;
    esac
done

# check wrong or empty inputs #######################
if [ -z "$input" ]; then
  echo "Usage: reset.sh [--dma] [--logic] [--cmosis [--12b]] [--all [--12b]] [--4MP | --num-rows=2047] [--exp-time=100]"
  exit 0
fi

if [ "$SHOW_USAGE" ]; then
    print_help
    exit 0
fi

if [ "$SET_4MP" ] && [ "$SET_ROWS" ]; then
    WRONG=YES
fi

if [ -z "$RESET_CMOSIS" ] && [ -z "$RESET_ALL" ] && [ "$MODE12b" ]; then
    WRONG=YES
fi

if [ "$RESET_ALL" ] && [ -z "$WRONG" ]; then
    pci -w 9020 e
    reset_all
    reset_dma
    configure_cmosis
    set_number_lines $NUM_ROWS
    set_exp_time $EXP_TIME
    set_skip 0
    #set max number of frames in ddr
    if [ "$MODE12b" ]; then
      pci -w 0x91a0 e 
    else
      pci -w 0x91a0 38 
    fi
    check_status
    exit 0
fi

if [ "$RESET_CMOSIS" ] && [ -z "$WRONG" ]; then
    pci -w 9020 e
    reset_cmosis
    configure_cmosis
    set_number_lines $NUM_ROWS
    set_exp_time $EXP_TIME
    set_skip 0
    #set max number of frames in ddr
    if [ "$MODE12b" ]; then
      pci -w 0x91a0 e 
    else
      pci -w 0x91a0 38 
    fi
    check_status
    exit 0
fi

if [ "$RESET_DMA" ] && [ -z "$WRONG" ]; then
    reset_dma
fi

if [ "$RESET_LOGIC" ] && [ -z "$WRONG" ]; then
    reset_logic
    check_status
fi

if [ -z "$WRONG" ]; then
    if [ "$SET_4MP" ]; then
        set_number_lines $NUM_ROWS
    fi

    if [ "$SET_ROWS" ]; then
        set_number_lines $NUM_ROWS
    fi

    if [ "$SET_SKIP" ]; then
        set_skip $SKIP_ROWS
    fi

    if [ "$SET_EXP_TIME" ]; then
        set_exp_time $EXP_TIME
    fi
fi


if [ "$WRONG" ]; then
    echo -e ""
    echo -e "\e[101m  !!!WRONG ARGUMENT!!!, check reset.sh --help \033[1;m"
    echo -e ""
fi