カメラの全プロパティ取得
概要
ここではIC Imaging Controlで取得できるほとんどすべてのプロパティを対象に、Get(取得)と Set（設定）の方法を解説しています。本サンプルコードを実行することで、「どのプロパティが使用可能か」「書き込み（Set）が反映されるか」を確認できるようになります。
サンプルプログラム
| 利用した開発環境 | Visual Studio Code |
|---|---|
| SDK | IC Imaging Control 3.4 |
| デバイスドライバ | Cam33U_setup, gigecam_setup, usbcam,AFU420_setup, usb2pro_drv |
| デバイス | TISカメラ全般（MIPI CSI-2＆FPD-Link IIIカメラを除く） |
| サンプル（Python） | setting_device_and_properties_python.zip |
| exeファイル アプリケーション |
ー |
| 別途ファイル | ー |
| 関連参照URL | ー |
解説
初期化とデバイス選択
import ctypes
import tisgrabber as tis
ic = ctypes.cdll.LoadLibrary("./tisgrabber_x64.dll")
tis.declareFunctions(ic)
ic.IC_InitLibrary(0)
まず、「import ctypes」により、PythonからDLLを呼び出すための標準モジュールを読み込みます。「ic = ctypes.cdll.LoadLibrary("./tisgrabber_x64.dll")」によって、IC Imaging Control3.5のDLLであるtisgrabber_x64.dllを読み込みます。なお、ctypesはPythonからC/C++で実装された外部ライブラリ（DLL）を呼び出すための仕組みを提供するモジュールで、IC Imaging ControlのDLL にアクセスするために使用しています。
次に「import tisgrabber as tis」を読み込みます。tisgrabberは、IC Imaging ControlのDLL関数をctypes経由で安全かつ簡潔に扱うためのラッパを提供しており、IC Imaging Controlで使ううえで必要な補助機能をもっています。さらに、ctypesの呼び出しを安定して行うために 「tis.declareFunctions(ic)」 を呼び出します。この処理により、IC Imaging Controlの各APIに対して引数の型や戻り値の型が設定され、誤った型指定による不具合を防ぐことができます。その後、「ic.IC_InitLibrary(0)」によりIC Imaging Controlのライブラリを初期化し、デバイス列挙や各種APIを利用できる状態にします。
# デバイスダイアログ画面を使う場合
hGrabber = ic.IC_ShowDeviceSelectionDialog(None)
if not ic.IC_IsDevValid(hGrabber):
print("デバイスを開けませんでした。")
raise SystemExit(1)
下記のデバイスダイアログ画面を使ってカメラをオープンする場合、上記のようにコードを書くことで任意のカメラをオープンすることができます。「IC_ShowDeviceSelectionDialog(None)」は下記のデバイス選択ダイアログを開き、GUI上で使用するカメラを選択できます。その後「ic.IC_IsDevValid(hGrabber)」でカメラをオープンできているか確認できるようにしています。
#新しいグラバーハンドルを作成します。
hGrabber = ic.IC_CreateGrabber()
#デバイスをハードコーディングでオープンします。
#ic.IC_OpenVideoCaptureDevice(hGrabber, tis.T("DFK 33UX264"))
ic.IC_OpenVideoCaptureDevice(hGrabber, tis.T("DFK 39GR0522-Z12"))
「hGrabber = ic.IC_CreateGrabber() 」は、カメラ制御の中心となるGrabberを生成します。
GrabberはIC Imaging Controlを通してデバイスをオープンし、プロパティ制御や画像取得などの各種操作を行うためのものです。次に「ic.IC_OpenVideoCaptureDevice(hGrabber, tis.T("DFK 39GR0522-Z12")) 」では、デバイスの型番（デバイス名）を指定してカメラをオープンしています。このとき、デバイス名は 必ずtis.T()を使用して指定してください。IC Imaging ControlのAPIでは"DFK 39GR0522-Z12"の文字列は理解できないのでIC Imaging Controlで理解できる書式である形式にする必要があります。その時にtis.T()を使うことで型番の文字列を正しく受け渡すことができます。
フォーマット設定
# カラーRGB32
ic.IC_SetVideoFormat(hGrabber, tis.T("RGB32 (640x480)"))
# モノクロY800
#ic.IC_SetVideoFormat(hGrabber, tis.T("Y800 (640x480)"))
# ビニング処理
# ic.IC_SetVideoFormat(hGrabber, tis.T("RGB32 (640x480) [Binning 2x]"))
# スキッピング処理
# ic.IC_SetVideoFormat(hGrabber, tis.T("RGB32 (640x480) [Skipping 2x]"))
ic.IC_SetFrameRate(hGrabber, ctypes.c_float(30.0))
#ライブスタート開始 引数：0の時非表示、引数：1の時非表示
ic.IC_StartLive(hGrabber, 1)
デバイスが正常にオープンできた後、IC_SetVideoFormat で解像度とカラーフォーマットを指定します。必要に応じて「Binning（ビニング）」や「Skipping（スキッピング）」の設定を含むフォーマット文字列を指定することも可能です。 最後に「IC_StartLive」でライブを開始します。
接続しているカメラのプロパティ一覧の表示
if(ic.IC_IsDevValid(hGrabber)):
ic.IC_printItemandElementNames(hGrabber)
else:
print("No device opened.")
raise SystemExit(1)
「ic.IC_printItemandElementNames(hGrabber)」は、カメラが持つプロパティの一覧を表示します。後述の説明で必要なプロパティが見つからない場合でも、この関数を呼び出すことで、利用可能なプロパティ名のItemとElement名とインターフェースを一覧表示します。
プロパティの取得と設定
IC Imaging Controlのプロパティは、先述の通りItemとElementとInterfaceの３つの要素で構成されています。
Itemはカテゴリ名で、同じ系統（例：Exposure、Gain、WhiteBalanceなど）をまとめるグループ名です。ElementはそのItemの中に定義される個別のプロパティ名で、実際に操作する対象（例：Value、Auto、OnePush、Enableなど）を表しています。さらにそのElementを扱うのにInterface（Range/AbsoluteValue/Switch/Button/MapStrings）が割り当てられており、このInterfaceに応じて呼び出すAPI（IC_GetPropertyValue、IC_GetPropertySwitchなど）を使い分ける必要があります。下記の表では、各APIがどのような型の値を扱い、どのInterfaceに対応しているかを整理しています。
| API名 | 型 | Interface | 特徴 |
|---|---|---|---|
| IC_GetPropertyValue IC_SetPropertyValue |
整数 | Range | 明るさやコントラストなど、整数値で指定できるプロパティに使用します。 |
| IC_GetPropertyAbsoluteValue IC_SetPropertyAbsoluteValue |
小数点 | AbsoluteValue | 露光時間やゲインなど、主に小数値で指定できるプロパティに使用します。カメラ内部では整数値として制御されますが、GUI上では扱いやすさのためRangeとAbsoluteValueの両方が提供されています。これらは内部的に連動しており、どちらで設定しても相互に反映されます。 |
| IC_GetPropertySwitch IC_SetPropertySwitch |
Boolean（0/1） | Switch | 自動ゲインや自動露光など、ON/OFFで切り替えるチェックボックス形式のプロパティに対応します。SwitchがONの状態ではRange/AbsoluteValueなどで設定した内容が無視されますので注意してください。 |
| IC_PropertyOnePush | なし | Button | ホワイトバランスのワンプッシュやフォーカス調整、ソフトウェアトリガーなど、一度実行するとカメラ内部の処理が走るプロパティに使用します。値を保持されるわけではないのでGetやSet関数がなく呼び出ししかメソッドはありません。 |
| IC_GetPropertyValue IC_SetPropertyValue |
整数 （インデックス番号） |
MapStrings | WhiteBalanceModeなど、コンボボックス形式で選択肢を切り替えるプロパティに対応します。GUIでは文字列表示ですが、APIでは0,1,2…といったインデックス番号を指定します。 |
IC Capture 2.5やIC Imaging Control上のプロパティダイアログ画面上で表示される各プロパティが、コード上ではどのように記述されるのかを以下に解説します。
［Startup Behavior］タブ
#Startup Behavior Save Save Current State
print("[Button] Startup Behavior / Save Current State")
ic.IC_PropertyOnePush(hGrabber, tis.T("Startup Behavior"), tis.T("Save Current State"))
print("------------------------------------------------------------")
#Startup Behavior Save Save Current State
print("[Button] Startup Behavior / Restore Factory Default")
ic.IC_PropertyOnePush(hGrabber, tis.T("Startup Behavior"), tis.T("Restore Factory Default"))
print("------------------------------------------------------------")
#Startup Behavior ReadOnly
startup_status1 = ctypes.c_long()
startup_status2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Startup Behavior"), tis.T("Status"), startup_status1)
print(f"[MapStrings] Startup Behavior / Status GET ret={r} idx={startup_status1.value}")
print("------------------------------------------------------------\n")
［露光］タブ
#明度
brightness1 = ctypes.c_long()
brightness2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Brightness"), tis.T("Value"), brightness1)
print(f"[Range] Brightness / Value GET ret={r} value={brightness1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("Brightness"), tis.T("Value"), 240)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Brightness"), tis.T("Value"), brightness2)
print(f"[Range] Brightness / Value GET2 ret={r} value={brightness2.value}")
print("------------------------------------------------------------\n")
#コントラスト
contrast1 = ctypes.c_long()
contrast2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Contrast"), tis.T("Value"), contrast1)
print(f"[Range] Contrast / Value GET ret={r} value={contrast1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("Contrast"), tis.T("Value"), 0)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Contrast"), tis.T("Value"), contrast2)
print(f"[Range] Contrast / Value GET2 ret={r} value={contrast2.value}")
print("------------------------------------------------------------\n")
#ゲイン
gain_abs1 = ctypes.c_float()
gain_abs2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Gain"), tis.T("Value"), gain_abs1)
print(f"[Abs] Gain / Value GET ret={r} value={float(gain_abs1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Gain"), tis.T("Value"), ctypes.c_float(1))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Gain"), tis.T("Value"), gain_abs2)
print(f"[Abs] Gain / Value GET2 ret={r} value={float(gain_abs2.value)}")
print("------------------------------------------------------------")
#ゲイン自動 On/Off
gain_auto1 = ctypes.c_long()
gain_auto2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Gain"), tis.T("Auto"), gain_auto1)
print(f"[Switch] Gain / Auto GET ret={r} value={gain_auto1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Gain"), tis.T("Auto"),0)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Gain"), tis.T("Auto"), gain_auto2)
print(f"[Switch] Gain / Auto GET2 ret={r} value={gain_auto2.value}")
print("------------------------------------------------------------")
#ゲイン自動最大値
gain_amv_abs1 = ctypes.c_float()
gain_amv_abs2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Gain"), tis.T("Auto Max Value"), gain_amv_abs1)
print(f"[Abs] Gain / Auto Max Value GET ret={r} value={float(gain_amv_abs1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Gain"), tis.T("Auto Max Value"), ctypes.c_float(20))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Gain"), tis.T("Auto Max Value"), gain_amv_abs2)
print(f"[Abs] Gain / Auto Max Value GET2 ret={r} value={float(gain_amv_abs2.value)}")
print("------------------------------------------------------------")
#露光
exp_abs1 = ctypes.c_float()
exp_abs2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Exposure"), tis.T("Value"), exp_abs1)
print(f"[Abs] Exposure / Value GET ret={r} value={float(exp_abs1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Exposure"), tis.T("Value"), ctypes.c_float(1000.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Exposure"), tis.T("Value"), exp_abs2)
print(f"[Abs] Exposure / Value GET2 ret={r} value={float(exp_abs2.value)}")
print("------------------------------------------------------------")
#露光 自動 On/Off
exp_auto1 = ctypes.c_long()
exp_auto2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Exposure"), tis.T("Auto"), exp_auto1)
print(f"[Switch] Exposure / Auto GET ret={r} value={exp_auto1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Exposure"), tis.T("Auto"), 0)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Exposure"), tis.T("Auto"), exp_auto2)
print(f"[Switch] Exposure / Auto GET2 ret={r} value={exp_auto2.value}")
print("------------------------------------------------------------")
#露光 最大値自動 On/Off
exp_ama1 = ctypes.c_long()
exp_ama2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Exposure"), tis.T("Auto Max Auto"), exp_ama1)
print(f"[Switch] Exposure / Auto Max Auto GET ret={r} value={exp_ama1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Exposure"), tis.T("Auto Max Auto"), 0)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Exposure"), tis.T("Auto Max Auto"), exp_ama2)
print(f"[Switch] Exposure / Auto Max Auto GET2 ret={r} value={exp_ama2.value}")
print("------------------------------------------------------------\n")
#露光 自動リファレンス
exp_ar1 = ctypes.c_long()
exp_ar2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Exposure"), tis.T("Auto Reference"), exp_ar1)
print(f"[Range] Exposure / Auto Reference GET ret={r} value={exp_ar1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("Exposure"), tis.T("Auto Reference"), 128)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Exposure"), tis.T("Auto Reference"), exp_ar2)
print(f"[Range] Exposure / Auto Reference GET2 ret={r} value={exp_ar2.value}")
print("------------------------------------------------------------")
#露光 自動最大値
exp_amv_abs1 = ctypes.c_float()
exp_amv_abs2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Exposure"), tis.T("Auto Max Value"), exp_amv_abs1)
print(f"[Abs] Exposure / Auto Max Value GET ret={r} value={float(exp_amv_abs1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Exposure"), tis.T("Auto Max Value"), ctypes.c_float(100))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Exposure"), tis.T("Auto Max Value"), exp_amv_abs2)
print(f"[Abs] Exposure / Auto Max Value GET2 ret={r} value={float(exp_amv_abs2.value)}")
print("------------------------------------------------------------")
# Highlight Reduction
hr1 = ctypes.c_long()
hr2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Highlight Reduction"), tis.T("Enable"), hr1)
print(f"[Switch] Highlight Reduction / Enable GET ret={r} value={hr1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Highlight Reduction"), tis.T("Enable"), 1)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Highlight Reduction"), tis.T("Enable"), hr2)
print(f"[Switch] Highlight Reduction / Enable GET2 ret={r} value={hr2.value}")
print("------------------------------------------------------------\n")
［イメージ］タブ
#シャープネス
sharp1 = ctypes.c_long()
sharp2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Sharpness"), tis.T("Value"), sharp1)
print(f"[Range] Sharpness / Value GET ret={r} value={sharp1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("Sharpness"), tis.T("Value"), 0)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Sharpness"), tis.T("Value"), sharp2)
print(f"[Range] Sharpness / Value GET2 ret={r} value={sharp2.value}")
print("------------------------------------------------------------\n")
#ガンマ
gamma_abs1 = ctypes.c_float()
gamma_abs2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Gamma"), tis.T("Value"), gamma_abs1)
print(f"[Abs] Gamma / Value GET ret={r} value={float(gamma_abs1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Gamma"), tis.T("Value"), 1)
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Gamma"), tis.T("Value"), gamma_abs2)
print(f"[Abs] Gamma / Value GET2 ret={r} value={float(gamma_abs2.value)}")
print("------------------------------------------------------------")
#Denoise
dn1 = ctypes.c_long()
dn2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Denoise"), tis.T("Value"), dn1)
print(f"[Range] Denoise / Value GET ret={r} value={dn1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("Denoise"), tis.T("Value"), 1)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Denoise"), tis.T("Value"), dn2)
print(f"[Range] Denoise / Value GET2 ret={r} value={dn2.value}")
print("------------------------------------------------------------\n")
#Flip Horizontal(垂直反転)
fh1 = ctypes.c_long()
fh2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Flip Horizontal"), tis.T("Enable"), fh1)
print(f"[Switch] Flip Horizontal / Enable GET ret={r} value={fh1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Flip Horizontal"), tis.T("Enable"), 0)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Flip Horizontal"), tis.T("Enable"), fh2)
print(f"[Switch] Flip Horizontal / Enable GET2 ret={r} value={fh2.value}")
print("------------------------------------------------------------\n")
#Flip Vertical(水平反転)
fv1 = ctypes.c_long()
fv2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Flip Vertical"), tis.T("Enable"), fv1)
print(f"[Switch] Flip Vertical / Enable GET ret={r} value={fv1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Flip Vertical"), tis.T("Enable"), 0)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Flip Vertical"), tis.T("Enable"), fv2)
print(f"[Switch] Flip Vertical / Enable GET2 ret={r} value={fv2.value}")
print("------------------------------------------------------------\n")
［カラー］タブ
#色調
hue1 = ctypes.c_long()
hue2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Hue"), tis.T("Value"), hue1)
print(f"[Range] Hue / Value GET ret={r} value={hue1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("Hue"), tis.T("Value"), 0)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Hue"), tis.T("Value"), hue2)
print(f"[Range] Hue / Value GET2 ret={r} value={hue2.value}")
print("------------------------------------------------------------\n")
#彩度
sat_abs1 = ctypes.c_float()
sat_abs2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Saturation"), tis.T("Value"), sat_abs1)
print(f"[Abs] Saturation / Value GET ret={r} value={float(sat_abs1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Saturation"), tis.T("Value"), 100)
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Saturation"), tis.T("Value"), sat_abs2)
print(f"[Abs] Saturation / Value GET2 ret={r} value={float(sat_abs2.value)}")
print("------------------------------------------------------------")
#ホワイトバランス自動
wb_auto1 = ctypes.c_long()
wb_auto2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("WhiteBalance"), tis.T("Auto"), wb_auto1)
print(f"[Switch] WhiteBalance / Auto GET ret={r} value={wb_auto1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("WhiteBalance"), tis.T("Auto"), 0)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("WhiteBalance"), tis.T("Auto"), wb_auto2)
print(f"[Switch] WhiteBalance / Auto GET2 ret={r} value={wb_auto2.value}")
print("------------------------------------------------------------")
#ホワイトバランス ワンプッシュボタン
print("[Button] WhiteBalance / One Push")
ic.IC_PropertyOnePush(hGrabber, tis.T("WhiteBalance"), tis.T("One Push"))
print("------------------------------------------------------------")
#ホワイトバランス WhiteBalance Mode
wb_mode1 = ctypes.c_long()
wb_mode2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("WhiteBalance"), tis.T("WhiteBalance Mode"), wb_mode1)
print(f"[MapStrings] WhiteBalance / WhiteBalance Mode GET ret={r} idx={wb_mode1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("WhiteBalance"), tis.T("WhiteBalance Mode"), 0)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("WhiteBalance"), tis.T("WhiteBalance Mode"), wb_mode2)
print(f"[MapStrings] WhiteBalance / WhiteBalance Mode GET2 ret={r} idx={wb_mode2.value}")
print("------------------------------------------------------------")
#ホワイトバランス Auto Preset
wb_auto_preset1 = ctypes.c_long()
wb_auto_preset2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("WhiteBalance"), tis.T("Auto Preset"), wb_auto_preset1)
print(f"[MapStrings] WhiteBalance / Auto Preset GET ret={r} idx={wb_auto_preset1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("WhiteBalance"), tis.T("Auto Preset"), 0)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("WhiteBalance"), tis.T("Auto Preset"), wb_auto_preset2)
print(f"[MapStrings] WhiteBalance / Auto Preset GET2 ret={r} idx={wb_auto_preset2.value}")
print("------------------------------------------------------------")
#ホワイトバランス Temperature Preset
wb_temp_preset1 = ctypes.c_long()
wb_temp_preset2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("WhiteBalance"), tis.T("Temperature Preset"), wb_temp_preset1)
print(f"[MapStrings] WhiteBalance / Temperature Preset GET ret={r} idx={wb_temp_preset1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("WhiteBalance"), tis.T("Temperature Preset"), 0)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("WhiteBalance"), tis.T("Temperature Preset"), wb_temp_preset2)
print(f"[MapStrings] WhiteBalance / Temperature Preset GET2 ret={r} idx={wb_temp_preset2.value}")
print("------------------------------------------------------------")
#ホワイトバランス Temperature
wb_temp1 = ctypes.c_long()
wb_temp2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("WhiteBalance"), tis.T("Temperature"), wb_temp1)
print(f"[Range] WhiteBalance / Temperature GET ret={r} value={wb_temp1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("WhiteBalance"), tis.T("Temperature"), 4000)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("WhiteBalance"), tis.T("Temperature"), wb_temp2)
print(f"[Range] WhiteBalance / Temperature GET2 ret={r} value={wb_temp2.value}")
print("------------------------------------------------------------")
#ホワイトバランス ホワイトバランスRed
wb_red_abs1 = ctypes.c_float()
wb_red_abs2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("WhiteBalance"), tis.T("White Balance Red"), wb_red_abs1)
print(f"[Abs] WhiteBalance / White Balance Red GET ret={r} value={float(wb_red_abs1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("WhiteBalance"), tis.T("White Balance Red"), ctypes.c_float(1))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("WhiteBalance"), tis.T("White Balance Red"), wb_red_abs2)
print(f"[Abs] WhiteBalance / White Balance Red GET2 ret={r} value={float(wb_red_abs2.value)}")
print("------------------------------------------------------------")
#ホワイトバランス ホワイトバランスGreen
wb_green_abs1 = ctypes.c_float()
wb_green_abs2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("WhiteBalance"), tis.T("White Balance Green"), wb_green_abs1)
print(f"[Abs] WhiteBalance / White Balance Green GET ret={r} value={float(wb_green_abs1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("WhiteBalance"), tis.T("White Balance Green"), ctypes.c_float(1))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("WhiteBalance"), tis.T("White Balance Green"), wb_green_abs2)
print(f"[Abs] WhiteBalance / White Balance Green GET2 ret={r} value={float(wb_green_abs2.value)}")
print("------------------------------------------------------------")
#ホワイトバランス ホワイトバランスBlue
wb_blue_abs1 = ctypes.c_float()
wb_blue_abs2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("WhiteBalance"), tis.T("White Balance Blue"), wb_blue_abs1)
print(f"[Abs] WhiteBalance / White Balance Blue GET ret={r} value={float(wb_blue_abs1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("WhiteBalance"), tis.T("White Balance Blue"), ctypes.c_float(1))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("WhiteBalance"), tis.T("White Balance Blue"), wb_blue_abs2)
print(f"[Abs] WhiteBalance / White Balance Blue GET2 ret={r} value={float(wb_blue_abs2.value)}")
print("------------------------------------------------------------\n")
［Multi-Frame Output Mode］タブ
#Multi-Frame Output Mode On/Off
mf_enable1 = ctypes.c_long()
mf_enable2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Enable"), mf_enable1)
print(f"[Switch] Multi-Frame Output Mode / Enable GET ret={r} value={mf_enable1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Enable"), 0)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Enable"), mf_enable2)
print(f"[Switch] Multi-Frame Output Mode / Enable GET2 ret={r} value={mf_enable2.value}")
print("------------------------------------------------------------")
#Multi-Frame Output Mode Frame Count
mf_fc1 = ctypes.c_long()
mf_fc2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Frame Count"), mf_fc1)
print(f"[MapStrings] Multi-Frame Output Mode / Frame Count GET ret={r} idx={mf_fc1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Frame Count"), 1)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Frame Count"), mf_fc2)
print(f"[MapStrings] Multi-Frame Output Mode / Frame Count GET2 ret={r} idx={mf_fc2.value}")
print("------------------------------------------------------------")
#Multi-Frame Output Mode Exposure 0
mf_ex0_1 = ctypes.c_float()
mf_ex0_2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Exposure 0"), mf_ex0_1)
print(f"[Abs] MFOM / Exposure 0 GET ret={r} value={float(mf_ex0_1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Exposure 0"), ctypes.c_float(10))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Exposure 0"), mf_ex0_2)
print(f"[Abs] MFOM / Exposure 0 GET2 ret={r} value={float(mf_ex0_2.value)}")
print("------------------------------------------------------------")
#Multi-Frame Output Mode Exposure 1
mf_ex1_1 = ctypes.c_float()
mf_ex1_2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Exposure 1"), mf_ex1_1)
print(f"[Abs] MFOM / Exposure 1 GET ret={r} value={float(mf_ex1_1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Exposure 1"), ctypes.c_float(20))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Exposure 1"), mf_ex1_2)
print(f"[Abs] MFOM / Exposure 1 GET2 ret={r} value={float(mf_ex1_2.value)}")
print("------------------------------------------------------------")
#Multi-Frame Output Mode Exposure 2
mf_ex2_1 = ctypes.c_float()
mf_ex2_2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Exposure 2"), mf_ex2_1)
print(f"[Abs] MFOM / Exposure 2 GET ret={r} value={float(mf_ex2_1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Exposure 2"), ctypes.c_float(30))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Exposure 2"), mf_ex2_2)
print(f"[Abs] MFOM / Exposure 2 GET2 ret={r} value={float(mf_ex2_2.value)}")
print("------------------------------------------------------------")
#Multi-Frame Output Mode Exposure 3
mf_ex3_1 = ctypes.c_float()
mf_ex3_2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Exposure 3"), mf_ex3_1)
print(f"[Abs] MFOM / Exposure 3 GET ret={r} value={float(mf_ex3_1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Exposure 3"), ctypes.c_float(40))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Exposure 3"), mf_ex3_2)
print(f"[Abs] MFOM / Exposure 3 GET2 ret={r} value={float(mf_ex3_2.value)}")
print("------------------------------------------------------------")
#Multi-Frame Output Mode Customize Gain Values On/Off
mf_cgv1 = ctypes.c_long()
mf_cgv2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Customize Gain Values"), mf_cgv1)
print(f"[Switch] MFOM / Customize Gain Values GET ret={r} value={mf_cgv1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Customize Gain Values"), 1)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Customize Gain Values"), mf_cgv2)
print(f"[Switch] MFOM / Customize Gain Values GET2 ret={r} value={mf_cgv2.value}")
print("------------------------------------------------------------")
#Multi-Frame Output Mode Gain 0
mf_g0_1 = ctypes.c_float()
mf_g0_2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Gain 0"), mf_g0_1)
print(f"[Abs] MFOM / Gain 0 GET ret={r} value={float(mf_g0_1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Gain 0"), ctypes.c_float(0.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Gain 0"), mf_g0_2)
print(f"[Abs] MFOM / Gain 0 GET2 ret={r} value={float(mf_g0_2.value)}")
print("------------------------------------------------------------")
#Multi-Frame Output Mode Gain 1
mf_g1_1 = ctypes.c_float()
mf_g1_2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Gain 1"), mf_g1_1)
print(f"[Abs] MFOM / Gain 1 GET ret={r} value={float(mf_g1_1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Gain 1"), ctypes.c_float(1.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Gain 1"), mf_g1_2)
print(f"[Abs] MFOM / Gain 1 GET2 ret={r} value={float(mf_g1_2.value)}")
print("------------------------------------------------------------")
#Multi-Frame Output Mode Gain 2
mf_g2_1 = ctypes.c_float()
mf_g2_2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Gain 2"), mf_g2_1)
print(f"[Abs] MFOM / Gain 2 GET ret={r} value={float(mf_g2_1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Gain 2"), ctypes.c_float(2.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Gain 2"), mf_g2_2)
print(f"[Abs] MFOM / Gain 2 GET2 ret={r} value={float(mf_g2_2.value)}")
print("------------------------------------------------------------")
#Multi-Frame Output Mode Gain 3
mf_g3_1 = ctypes.c_float()
mf_g3_2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Gain 3"), mf_g3_1)
print(f"[Abs] MFOM / Gain 3 GET ret={r} value={float(mf_g3_1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Gain 3"), ctypes.c_float(3.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Multi-Frame Output Mode"), tis.T("Gain 3"), mf_g3_2)
print(f"[Abs] MFOM / Gain 3 GET2 ret={r} value={float(mf_g3_2.value)}")
print("------------------------------------------------------------\n")
［特別］タブ（外部トリガー）
#トリガー
tr_en1 = ctypes.c_long()
tr_en2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Trigger"), tis.T("Enable"), tr_en1)
print(f"[Switch] Trigger / Enable GET ret={r} value={tr_en1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Trigger"), tis.T("Enable"), 1)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Trigger"), tis.T("Enable"), tr_en2)
print(f"[Switch] Trigger / Enable GET2 ret={r} value={tr_en2.value}")
print("------------------------------------------------------------")
#トリガー ソフトウェアトリガー
print("[Button] Trigger / Software Trigger")
ic.IC_PropertyOnePush(hGrabber, tis.T("Trigger"), tis.T("Software Trigger"))
print("------------------------------------------------------------")
#トリガー 極性
tr_pol1 = ctypes.c_long()
tr_pol2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Trigger"), tis.T("Polarity"), tr_pol1)
print(f"[Switch] Trigger / Polarity GET ret={r} value={tr_pol1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Trigger"), tis.T("Polarity"), 1)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Trigger"), tis.T("Polarity"), tr_pol2)
print(f"[Switch] Trigger / Polarity GET2 ret={r} value={tr_pol2.value}")
print("------------------------------------------------------------")
#トリガー Exposure Mode
tr_em1 = ctypes.c_long()
tr_em2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Trigger"), tis.T("Exposure Mode"), tr_em1)
print(f"[MapStrings] Trigger / Exposure Mode GET ret={r} idx={tr_em1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("Trigger"), tis.T("Exposure Mode"), -1)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Trigger"), tis.T("Exposure Mode"), tr_em2)
print(f"[MapStrings] Trigger / Exposure Mode GET2 ret={r} idx={tr_em2.value}")
print("------------------------------------------------------------")
#トリガー Delay
tr_delay1 = ctypes.c_float()
tr_delay2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Trigger"), tis.T("Delay"), tr_delay1)
print(f"[Abs] Trigger / Delay GET ret={r} value={float(tr_delay1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Trigger"), tis.T("Delay"), ctypes.c_float(3.2))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Trigger"), tis.T("Delay"), tr_delay2)
print(f"[Abs] Trigger / Delay GET2 ret={r} value={float(tr_delay2.value)}")
print("------------------------------------------------------------")
#トリガー Debounce Time
tr_db1 = ctypes.c_float()
tr_db2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Trigger"), tis.T("Debounce Time"), tr_db1)
print(f"[Abs] Trigger / Debounce Time GET ret={r} value={float(tr_db1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Trigger"), tis.T("Debounce Time"), ctypes.c_float(1.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Trigger"), tis.T("Debounce Time"), tr_db2)
print(f"[Abs] Trigger / Debounce Time GET2 ret={r} value={float(tr_db2.value)}")
print("------------------------------------------------------------")
#トリガー Mask Time
tr_mask1 = ctypes.c_float()
tr_mask2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Trigger"), tis.T("Mask Time"), tr_mask1)
print(f"[Abs] Trigger / Mask Time GET ret={r} value={float(tr_mask1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Trigger"), tis.T("Mask Time"), ctypes.c_float(1.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Trigger"), tis.T("Mask Time"), tr_mask2)
print(f"[Abs] Trigger / Mask Time GET2 ret={r} value={float(tr_mask2.value)}")
print("------------------------------------------------------------")
#トリガー Noise Suppression Time
tr_ns1 = ctypes.c_float()
tr_ns2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Trigger"), tis.T("Noise Suppression Time"), tr_ns1)
print(f"[Abs] Trigger / Noise Suppression Time GET ret={r} value={float(tr_ns1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Trigger"), tis.T("Noise Suppression Time"), 100)
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Trigger"), tis.T("Noise Suppression Time"), tr_ns2)
print(f"[Abs] Trigger / Noise Suppression Time GET2 ret={r} value={float(tr_ns2.value)}")
print("------------------------------------------------------------")
#トリガー Burst Count
tr_bc1 = ctypes.c_long()
tr_bc2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Trigger"), tis.T("Burst Count"), tr_bc1)
print(f"[Range] Trigger / Burst Count GET ret={r} value={tr_bc1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("Trigger"), tis.T("Burst Count"), 1)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Trigger"), tis.T("Burst Count"), tr_bc2)
print(f"[Range] Trigger / Burst Count GET2 ret={r} value={tr_bc2.value}")
print("------------------------------------------------------------")
#トリガー Burst Interval
tr_bi1 = ctypes.c_long()
tr_bi2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Trigger"), tis.T("Burst Interval"), tr_bi1)
print(f"[Range] Trigger / Burst Interval GET ret={r} value={tr_bi1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("Trigger"), tis.T("Burst Interval"), 100)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Trigger"), tis.T("Burst Interval"), tr_bi2)
print(f"[Range] Trigger / Burst Interval GET2 ret={r} value={tr_bi2.value}")
print("------------------------------------------------------------")
#トリガー Overlap
tr_ov1 = ctypes.c_long()
tr_ov2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Trigger"), tis.T("Overlap"), tr_ov1)
print(f"[MapStrings] Trigger / Overlap GET ret={r} idx={tr_ov1.value}")
print("------------------------------------------------------------")
#トリガー IMX Low-Latency Mode
tr_ll1 = ctypes.c_long()
tr_ll2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Trigger"), tis.T("IMX Low-Latency Mode"), tr_ll1)
print(f"[Switch] Trigger / IMX Low-Latency Mode GET ret={r} value={tr_ll1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Trigger"), tis.T("IMX Low-Latency Mode"), 0)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Trigger"), tis.T("IMX Low-Latency Mode"), tr_ll2)
print(f"[Switch] Trigger / IMX Low-Latency Mode GET2 ret={r} value={tr_ll2.value}")
print("------------------------------------------------------------\n")
#GPIO GPIO入力
gpio_in1 = ctypes.c_long()
gpio_in2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("GPIO"), tis.T("GP IN"), gpio_in1)
print(f"[Range] GPIO / GP IN GET ret={r} value={gpio_in1.value}")
print("------------------------------------------------------------")
#GPIO GPIO入力 読み取り
print("[Button] GPIO / Read")
ic.IC_PropertyOnePush(hGrabber, tis.T("GPIO"), tis.T("Read"))
print("------------------------------------------------------------")
#GPIO GPIO出力
gpio_out1 = ctypes.c_long()
gpio_out2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("GPIO"), tis.T("GP Out"), gpio_out1)
print(f"[Range] GPIO / GP Out GET ret={r} value={gpio_out1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("GPIO"), tis.T("GP Out"), 1)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("GPIO"), tis.T("GP Out"), gpio_out2)
print(f"[Range] GPIO / GP Out GET2 ret={r} value={gpio_out2.value}")
print("------------------------------------------------------------")
#GPIO GPIO出力 書き込み
print("[Button] GPIO / Write")
ic.IC_PropertyOnePush(hGrabber, tis.T("GPIO"), tis.T("Write"))
print("------------------------------------------------------------\n")
#ストローブ On/Off
st_en1 = ctypes.c_long()
st_en2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Strobe"), tis.T("Enable"), st_en1)
print(f"[Switch] Strobe / Enable GET ret={r} value={st_en1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Strobe"), tis.T("Enable"), 1)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Strobe"), tis.T("Enable"), st_en2)
print(f"[Switch] Strobe / Enable GET2 ret={r} value={st_en2.value}")
print("------------------------------------------------------------")
#ストローブ モード
st_mode1 = ctypes.c_long()
st_mode2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Strobe"), tis.T("Mode"), st_mode1)
print(f"[MapStrings] Strobe / Mode GET ret={r} idx={st_mode1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("Strobe"), tis.T("Mode"), 0)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Strobe"), tis.T("Mode"), st_mode2)
print(f"[MapStrings] Strobe / Mode GET2 ret={r} idx={st_mode2.value}")
print("------------------------------------------------------------")
#ストローブ 極性
st_pol1 = ctypes.c_long()
st_pol2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Strobe"), tis.T("Polarity"), st_pol1)
print(f"[Switch] Strobe / Polarity GET ret={r} value={st_pol1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Strobe"), tis.T("Polarity"), 0)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Strobe"), tis.T("Polarity"), st_pol2)
print(f"[Switch] Strobe / Polarity GET2 ret={r} value={st_pol2.value}")
print("------------------------------------------------------------")
#ストローブ 期間
st_dur1 = ctypes.c_long()
st_dur2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Strobe"), tis.T("Duration"), st_dur1)
print(f"[Range] Strobe / Duration GET ret={r} value={st_dur1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("Strobe"), tis.T("Duration"), 10)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Strobe"), tis.T("Duration"), st_dur2)
print(f"[Range] Strobe / Duration GET2 ret={r} value={st_dur2.value}")
print("------------------------------------------------------------")
#ストローブ 遅延
st_del1 = ctypes.c_long()
st_del2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Strobe"), tis.T("Delay"), st_del1)
print(f"[Range] Strobe / Delay GET ret={r} value={st_del1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("Strobe"), tis.T("Delay"), 10)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Strobe"), tis.T("Delay"), st_del2)
print(f"[Range] Strobe / Delay GET2 ret={r} value={st_del2.value}")
print("------------------------------------------------------------\n")
［Color Correction］タブ
#Color Correction Matrix On/Off
ccm_en1 = ctypes.c_long()
ccm_en2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Color Correction Matrix"), tis.T("Enabled"), ccm_en1)
print(f"[Switch] Color Correction Matrix / Enabled GET ret={r} value={ccm_en1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Color Correction Matrix"), tis.T("Enabled"), 0)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Color Correction Matrix"), tis.T("Enabled"), ccm_en2)
print(f"[Switch] Color Correction Matrix / Enabled GET2 ret={r} value={ccm_en2.value}")
print("------------------------------------------------------------")
#Color Correction Matrix RR
ccm_rr1 = ctypes.c_float(); ccm_rr2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("RR"), ccm_rr1)
print(f"[Abs] CCM / RR GET ret={r} value={float(ccm_rr1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("RR"), ctypes.c_float(1.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("RR"), ccm_rr2)
print(f"[Abs] CCM / RR GET2 ret={r} value={float(ccm_rr2.value)}")
print("------------------------------------------------------------")
#Color Correction Matrix RG
ccm_rg1 = ctypes.c_float(); ccm_rg2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("RG"), ccm_rg1)
print(f"[Abs] CCM / RG GET ret={r} value={float(ccm_rg1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("RG"), ctypes.c_float(1.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("RG"), ccm_rg2)
print(f"[Abs] CCM / RG GET2 ret={r} value={float(ccm_rg2.value)}")
print("------------------------------------------------------------")
#Color Correction Matrix RB
ccm_rb1 = ctypes.c_float(); ccm_rb2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("RB"), ccm_rb1)
print(f"[Abs] CCM / RB GET ret={r} value={float(ccm_rb1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("RB"), ctypes.c_float(1.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("RB"), ccm_rb2)
print(f"[Abs] CCM / RB GET2 ret={r} value={float(ccm_rb2.value)}")
print("------------------------------------------------------------")
#Color Correction Matrix GR
ccm_gr1 = ctypes.c_float(); ccm_gr2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("GR"), ccm_gr1)
print(f"[Abs] CCM / GR GET ret={r} value={float(ccm_gr1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("GR"), ctypes.c_float(1.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("GR"), ccm_gr2)
print(f"[Abs] CCM / GR GET2 ret={r} value={float(ccm_gr2.value)}")
print("------------------------------------------------------------")
#Color Correction Matrix GG
ccm_gg1 = ctypes.c_float(); ccm_gg2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("GG"), ccm_gg1)
print(f"[Abs] CCM / GG GET ret={r} value={float(ccm_gg1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("GG"), ctypes.c_float(1.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("GG"), ccm_gg2)
print(f"[Abs] CCM / GG GET2 ret={r} value={float(ccm_gg2.value)}")
print("------------------------------------------------------------")
#Color Correction Matrix GB
ccm_gb1 = ctypes.c_float(); ccm_gb2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("GB"), ccm_gb1)
print(f"[Abs] CCM / GB GET ret={r} value={float(ccm_gb1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("GB"), ctypes.c_float(1.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("GB"), ccm_gb2)
print(f"[Abs] CCM / GB GET2 ret={r} value={float(ccm_gb2.value)}")
print("------------------------------------------------------------")
#Color Correction Matrix BR
ccm_br1 = ctypes.c_float(); ccm_br2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("BR"), ccm_br1)
print(f"[Abs] CCM / BR GET ret={r} value={float(ccm_br1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("BR"), ctypes.c_float(1.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("BR"), ccm_br2)
print(f"[Abs] CCM / BR GET2 ret={r} value={float(ccm_br2.value)}")
print("------------------------------------------------------------")
#Color Correction Matrix BR
ccm_bg1 = ctypes.c_float(); ccm_bg2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("BG"), ccm_bg1)
print(f"[Abs] CCM / BG GET ret={r} value={float(ccm_bg1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("BG"), ctypes.c_float(1.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("BG"), ccm_bg2)
print(f"[Abs] CCM / BG GET2 ret={r} value={float(ccm_bg2.value)}")
print("------------------------------------------------------------")
#Color Correction Matrix BB
ccm_bb1 = ctypes.c_float(); ccm_bb2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("BB"), ccm_bb1)
print(f"[Abs] CCM / BB GET ret={r} value={float(ccm_bb1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("BB"), ctypes.c_float(1.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Color Correction Matrix"), tis.T("BB"), ccm_bb2)
print(f"[Abs] CCM / BB GET2 ret={r} value={float(ccm_bb2.value)}")
print("------------------------------------------------------------\n")
［WDR］タブ
#Tone Mapping 値
tm_en1 = ctypes.c_long()
tm_en2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Tone Mapping"), tis.T("Enable"), tm_en1)
print(f"[Switch] Tone Mapping / Enable GET ret={r} value={tm_en1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Tone Mapping"), tis.T("Enable"), 1)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Tone Mapping"), tis.T("Enable"), tm_en2)
print(f"[Switch] Tone Mapping / Enable GET2 ret={r} value={tm_en2.value}")
print("------------------------------------------------------------")
#Tone Mapping 自動 On/Off
tm_auto1 = ctypes.c_long()
tm_auto2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Tone Mapping"), tis.T("Auto"), tm_auto1)
print(f"[Switch] Tone Mapping / Auto GET ret={r} value={tm_auto1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Tone Mapping"), tis.T("Auto"), 1)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Tone Mapping"), tis.T("Auto"), tm_auto2)
print(f"[Switch] Tone Mapping / Auto GET2 ret={r} value={tm_auto2.value}")
print("------------------------------------------------------------")
#Tone Mapping Intensity
tm_int1 = ctypes.c_float()
tm_int2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Tone Mapping"), tis.T("Intensity"), tm_int1)
print(f"[Abs] Tone Mapping / Intensity GET ret={r} value={float(tm_int1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Tone Mapping"), tis.T("Intensity"), ctypes.c_float(1.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Tone Mapping"), tis.T("Intensity"), tm_int2)
print(f"[Abs] Tone Mapping / Intensity GET2 ret={r} value={float(tm_int2.value)}")
print("------------------------------------------------------------")
#Tone Mapping Global Brightness Factor
tm_gbf1 = ctypes.c_float()
tm_gbf2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Tone Mapping"), tis.T("Global Brightness Factor"), tm_gbf1)
print(f"[Abs] Tone Mapping / Global Brightness Factor GET ret={r} value={float(tm_gbf1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Tone Mapping"), tis.T("Global Brightness Factor"), ctypes.c_float(1.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Tone Mapping"), tis.T("Global Brightness Factor"), tm_gbf2)
print(f"[Abs] Tone Mapping / Global Brightness Factor GET2 ret={r} value={float(tm_gbf2.value)}")
print("------------------------------------------------------------")
［切り出し］タブ
#切り出し設定 オートセンター
ps_ac1 = ctypes.c_long()
ps_ac2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Partial scan"), tis.T("Auto-center"), ps_ac1)
print(f"[Switch] Partial scan / Auto-center GET ret={r} value={ps_ac1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Partial scan"), tis.T("Auto-center"), 0)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Partial scan"), tis.T("Auto-center"), ps_ac2)
print(f"[Switch] Partial scan / Auto-center GET2 ret={r} value={ps_ac2.value}")
print("------------------------------------------------------------")
#切り出し設定 切り出し位置オフセットX
ps_x1 = ctypes.c_long()
ps_x2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Partial scan"), tis.T("X Offset"), ps_x1)
print(f"[Range] Partial scan / X Offset GET ret={r} value={ps_x1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("Partial scan"), tis.T("X Offset"), 10)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Partial scan"), tis.T("X Offset"), ps_x2)
print(f"[Range] Partial scan / X Offset GET2 ret={r} value={ps_x2.value}")
print("------------------------------------------------------------")
#切り出し設定 切り出し位置オフセットY
ps_y1 = ctypes.c_long()
ps_y2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Partial scan"), tis.T("Y Offset"), ps_y1)
print(f"[Range] Partial scan / Y Offset GET ret={r} value={ps_y1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("Partial scan"), tis.T("Y Offset"), 10)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Partial scan"), tis.T("Y Offset"), ps_y2)
print(f"[Range] Partial scan / Y Offset GET2 ret={r} value={ps_y2.value}")
print("------------------------------------------------------------\n")
［Auto ROI］タブ
#Auto Functions ROI On/Off
afr_en1 = ctypes.c_long()
afr_en2 = ctypes.c_long()
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Auto Functions ROI"), tis.T("Enabled"), afr_en1)
print(f"[Switch] Auto Functions ROI / Enabled GET ret={r} value={afr_en1.value}")
ic.IC_SetPropertySwitch(hGrabber, tis.T("Auto Functions ROI"), tis.T("Enabled"), 0)
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Auto Functions ROI"), tis.T("Enabled"), afr_en2)
print(f"[Switch] Auto Functions ROI / Enabled GET2 ret={r} value={afr_en2.value}")
print("------------------------------------------------------------")
#Auto Functions ROI Preset
afr_p1 = ctypes.c_long()
afr_p2 = ctypes.c_long()
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Auto Functions ROI"), tis.T("Preset"), afr_p1)
print(f"[MapStrings] Auto Functions ROI / Preset GET ret={r} idx={afr_p1.value}")
ic.IC_SetPropertyValue(hGrabber, tis.T("Auto Functions ROI"), tis.T("Preset"), 0)
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Auto Functions ROI"), tis.T("Preset"), afr_p2)
print(f"[MapStrings] Auto Functions ROI / Preset GET2 ret={r} idx={afr_p2.value}")
print("------------------------------------------------------------")
#Auto Functions ROI Left
afr_l1 = ctypes.c_float(); afr_l2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Auto Functions ROI"), tis.T("Left"), afr_l1)
print(f"[Abs] Auto Functions ROI / Left GET ret={r} value={float(afr_l1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Auto Functions ROI"), tis.T("Left"), ctypes.c_float(25.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Auto Functions ROI"), tis.T("Left"), afr_l2)
print(f"[Abs] Auto Functions ROI / Left GET2 ret={r} value={float(afr_l2.value)}")
print("------------------------------------------------------------")
#Auto Functions ROI Top
afr_t1 = ctypes.c_float(); afr_t2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Auto Functions ROI"), tis.T("Top"), afr_t1)
print(f"[Abs] Auto Functions ROI / Top GET ret={r} value={float(afr_t1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Auto Functions ROI"), tis.T("Top"), ctypes.c_float(25.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Auto Functions ROI"), tis.T("Top"), afr_t2)
print(f"[Abs] Auto Functions ROI / Top GET2 ret={r} value={float(afr_t2.value)}")
print("------------------------------------------------------------")
#Auto Functions ROI Width
afr_w1 = ctypes.c_float(); afr_w2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Auto Functions ROI"), tis.T("Width"), afr_w1)
print(f"[Abs] Auto Functions ROI / Width GET ret={r} value={float(afr_w1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Auto Functions ROI"), tis.T("Width"), ctypes.c_float(25.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Auto Functions ROI"), tis.T("Width"), afr_w2)
print(f"[Abs] Auto Functions ROI / Width GET2 ret={r} value={float(afr_w2.value)}")
print("------------------------------------------------------------")
#Auto Functions ROI Height
afr_h1 = ctypes.c_float(); afr_h2 = ctypes.c_float()
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Auto Functions ROI"), tis.T("Height"), afr_h1)
print(f"[Abs] Auto Functions ROI / Height GET ret={r} value={float(afr_h1.value)}")
ic.IC_SetPropertyAbsoluteValue(hGrabber, tis.T("Auto Functions ROI"), tis.T("Height"), ctypes.c_float(25.0))
r = ic.IC_GetPropertyAbsoluteValue(hGrabber, tis.T("Auto Functions ROI"), tis.T("Height"), afr_h2)
print(f"[Abs] Auto Functions ROI / Height GET2 ret={r} value={float(afr_h2.value)}")
print("------------------------------------------------------------\n")
［レンズ］タブ
#ズーム
vL = ctypes.c_long()
vF = ctypes.c_float()
print("[Range] Zoom / Value")
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Zoom"), tis.T("Value"), vL)
print(f" GET ret={r} value={vL.value}")
r = ic.IC_SetPropertyValue(hGrabber, tis.T("Zoom"), tis.T("Value"), 1000)
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Zoom"), tis.T("Value"), vL)
print(f" GET2 ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
#アイリス
print("[Range] Iris / Value")
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Iris"), tis.T("Value"), vL)
print(f" GET ret={r} value={vL.value}")
r = ic.IC_SetPropertyValue(hGrabber, tis.T("Iris"), tis.T("Value"), 255)
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Iris"), tis.T("Value"), vL)
print(f" GET2 ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
#アイリス 自動
print("[Switch] Iris / Auto")
vL.value = 0
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Iris"), tis.T("Auto"), vL)
print(f" GET ret={r} value={vL.value}")
r = ic.IC_SetPropertySwitch(hGrabber, tis.T("Iris"), tis.T("Auto"), 0)
vL.value = 0
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Iris"), tis.T("Auto"), vL)
print(f" GET2 ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
#焦点
print("[Range] Focus / Value")
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Focus"), tis.T("Value"), vL)
print(f" GET ret={r} value={vL.value}")
r = ic.IC_SetPropertyValue(hGrabber, tis.T("Focus"), tis.T("Value"), 2000)
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Focus"), tis.T("Value"), vL)
print(f" GET2 ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
#焦点 ワンプッシュ
print("[Button] Focus / One Push")
# Buttonは Set/Get というより「実行」なので、ここは実行のみ
ic.IC_PropertyOnePush(hGrabber, tis.T("Focus"), tis.T("One Push"))
print("------------------------------------------------------------\n")
#焦点 One Push Running
print("[Switch] Focus / One Push Running")
vL.value = 0
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Focus"), tis.T("One Push Running"), vL)
print(f" GET ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
#焦点 Enabled
print("[Switch] Focus / Enabled")
vL.value = 0
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Focus"), tis.T("Enabled"), vL)
print(f" GET ret={r} value={vL.value}")
r = ic.IC_SetPropertySwitch(hGrabber, tis.T("Focus"), tis.T("Enabled"), 1)
vL.value = 0
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Focus"), tis.T("Enabled"), vL)
print(f" GET2 ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
#焦点 Left
print("[Range] Focus / Left")
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Focus"), tis.T("Left"), vL)
print(f" GET ret={r} value={vL.value}")
r = ic.IC_SetPropertyValue(hGrabber, tis.T("Focus"), tis.T("Left"), 25)
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Focus"), tis.T("Left"), vL)
print(f" GET2 ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
#焦点 Top
print("[Range] Focus / Top")
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Focus"), tis.T("Top"), vL)
print(f" GET ret={r} value={vL.value}")
r = ic.IC_SetPropertyValue(hGrabber, tis.T("Focus"), tis.T("Top"), 25)
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Focus"), tis.T("Top"), vL)
print(f" GET2 ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
#焦点 Right
print("[Range] Focus / Right")
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Focus"), tis.T("Right"), vL)
print(f" GET ret={r} value={vL.value}")
r = ic.IC_SetPropertyValue(hGrabber, tis.T("Focus"), tis.T("Right"), 1000)
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Focus"), tis.T("Right"), vL)
print(f" GET2 ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
#焦点 Bottom
print("[Range] Focus / Bottom")
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Focus"), tis.T("Bottom"), vL)
print(f" GET ret={r} value={vL.value}")
r = ic.IC_SetPropertyValue(hGrabber, tis.T("Focus"), tis.T("Bottom"), 800)
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Focus"), tis.T("Bottom"), vL)
print(f" GET2 ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
#IR-Cut Filter
print("[Switch] IR-Cut Filter / Enable")
vL.value = 0
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("IR-Cut Filter"), tis.T("Enable"), vL)
print(f" GET ret={r} value={vL.value}")
r = ic.IC_SetPropertySwitch(hGrabber, tis.T("IR-Cut Filter"), tis.T("Enable"), 1)
vL.value = 0
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("IR-Cut Filter"), tis.T("Enable"), vL)
print(f" GET2 ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
［HDMI］タブ（DFG/HDMIのみ）
# Source Connected
print("[Switch] Source Connected / Value")
vL.value = 0
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Source Connected"), tis.T("Value"), vL)
print(f" GET ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
#Expand Output Range
print("[Switch] Expand Output Range / Value")
vL.value = 0
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Expand Output Range"), tis.T("Value"), vL)
print(f" GET ret={r} value={vL.value}")
r = ic.IC_SetPropertySwitch(hGrabber, tis.T("Expand Output Range"), tis.T("Value"), 1)
vL.value = 0
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Expand Output Range"), tis.T("Value"), vL)
print(f" GET2 ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
#信号検知
print("[Switch] Signal Detected / Value")
vL.value = 0
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Signal Detected"), tis.T("Value"), vL)
print(f" GET ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
#信号検知 Input Width
print("[Range] Signal Detected / Input Width")
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Signal Detected"), tis.T("Input Width"), vL)
print(f" GET ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
#信号検知 Input Height
print("[Range] Signal Detected / Input Height")
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Signal Detected"), tis.T("Input Height"), vL)
print(f" GET ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
#信号検知 Input Fp1ks
print("[Range] Signal Detected / Input Fp1ks")
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Signal Detected"), tis.T("Input Fp1ks"), vL)
print(f" GET ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
#信号検知 Input Bits
print("[Range] Signal Detected / Input Bits")
vL.value = 0
r = ic.IC_GetPropertyValue(hGrabber, tis.T("Signal Detected"), tis.T("Input Bits"), vL)
print(f" GET ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
#Disable Info Overlay
print("[Switch] Disable Info Overlay / Value")
vL.value = 0
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Disable Info Overlay"), tis.T("Value"), vL)
print(f" GET ret={r} value={vL.value}")
r = ic.IC_SetPropertySwitch(hGrabber, tis.T("Disable Info Overlay"), tis.T("Value"), 1)
vL.value = 0
r = ic.IC_GetPropertySwitch(hGrabber, tis.T("Disable Info Overlay"), tis.T("Value"), vL)
print(f" GET2 ret={r} value={vL.value}")
print("------------------------------------------------------------\n")
