#DESKTOP FOLDER ICON MAKER PLUS# #DESKTOP FOLDER ICON MAKER WINDOWS# For example, open the 16 × 16, 16-color version of the icon. Open a different image of the icon in another Image Editor window. For example, choose the 32 × 32, 16-color version of an icon.Ĭopy the currently displayed icon image ( Ctrl+ C).  Go to menu Image > Open Device Image and choose an image from the current images list. You can also select Custom to create an icon whose size isn't available in the default list. Select the type of image you want to add. Go to menu Image > New Device Image, or right-click in the Image Editor pane and choose New Device Image. To add an image for a different display device #DESKTOP FOLDER ICON MAKER PLUS# Select the plus sign to expand the list of templates, select a template, and choose New. If a plus sign ( +) appears next to the image resource type in the Insert Resource dialog box, it means that toolbar templates are available. For cursors, a 32 × 32, Monochrome (2-color) image is created. For icons, this action creates an icon resource with a 32 × 32, 16-color icon. In the Insert Resource dialog box, select Icon or Cursor and choose New. rc file, such as a cursor, you can right-click the Cursor folder and select Insert Cursor. If you already have an existing image resource in your. Lists the images included in the resource. The following property included is: Property It lists existing device images in the current resource (images that are part of the current resource). Use the Open Image dialog box to open device images in C++ projects. Provides a space for you to choose the number of colors for the custom image: 2, 16, or 256. Provides a space for you to enter the height for the custom image in pixels (1 - 512, limit of 2048). Provides a space for you to enter the width of the custom image in pixels (1 - 512, limit of 2048). The following properties included are: Property The Custom Image dialog box enables you to create a new image with a custom size and number of colors. The Custom property opens the Custom Image dialog box in which you can create a new image with a custom size and number of colors. When you open the icon or cursor resource in the Image Editor, the image most closely matching the current display device is opened by default.Īny existing images will not be displayed in this list. You can also edit an image by using a cut-and-paste operation from an existing image type or from a bitmap created in a graphics program. You can then add images in different sizes and styles to the initial icon or cursor and edit each additional image, as needed, for the different display devices. When you create a new icon or cursor resource, the Image Editor first creates an image in a specific style (32 × 32, 16 colors for icons and 32 × 32, Monochrome for cursors). You can create images for other devices by typing width, height, and color-count parameters into the Custom Image dialog box. If the image is a cursor, the hot spot is initially the upper-left corner with coordinates 0,0.īy default, the Image Editor supports the creation of additional images for the devices shown in the following table. The image is initially filled with the screen (transparent) color. When you create a new icon or cursor, the Image Editor first creates an image of a standard type. Both icons and cursors are created and edited using the Image Editor, as are bitmaps and other images. #DESKTOP FOLDER ICON MAKER WINDOWS# A cursor also has a hot spot, the location Windows uses to track its position. Icons and cursors are graphical resources that can contain multiple images in different sizes and color schemes for different types of display devices. Icons and Cursors: Image Resources for Display Devices You can also create a new bitmap patterned after a resource template. You can create a new image, bitmap, icon, cursor, or toolbar, and then use the Image Editor to customize its appearance.

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The first prototype ZSU-57-2 was built in June 1950, the second in December 1950. The final project of the ZSU-57-2 (Ob'yekt 500), armed with twin S-68s and based on a light-weight T-54 tank chassis, was finished in 1948. It was initially mounted on a S-79A four-wheel carriage that system passed various tests but did not go into production. The first S-68 prototype (with ESP-76 diesel-electric drive), was ready in 1948.  Grabin, began the development of a twin 57 mm S-68 automatic anti-aircraft gun based on the 57mm S-60 in the spring of 1947. 58 (NII-58) (formerly known as the Central Artillery Design Bureau, TsAKB), under the supervision of V.G. The Design Bureau of Research Institute No. However, the project did not proceed due to the desire to concentrate attention on the newest tank chassis available. 58 in Kaliningrad, Moscow Oblast submitted a joint project for a SPAAG based on the T-34 tank chassis, to be armed with four 37 mm AA guns, to the Technical Council of the Ministry of Transport. 174 in Omsk and the Research Institute No. In February 1946, the Design Bureau of Works No. The need for a new tracked AA vehicle was apparent.  Two of the USSR's potential enemies – the United States and Great Britain, had high-quality air forces with substantial ground-attack experience. ZSU-57-2 prototypes įor several years after World War II there were no new SPAAG models in the USSR except for the BTR-152A (which were armed with two or four 14.5mm KPV heavy machine guns, designed ZTPU-4) and the BTR-40A (ZTPU-2) wheeled SPAAGs. Thus the ZSU-37s were retired from service by the end of the 1940s. SPAAGs based on light tank chassis had poor maneuverability in difficult terrain, slow off-road speed and insufficient range in comparison with medium tanks and SPGs. Īfter World War II it became clear that the firepower of a single 37 mm AA gun was insufficient to destroy high-speed, low-altitude targets. The vehicle entered production in February 1945 and was in small-scale production until 1948. The ZSU-37 was based on the chassis of the SU-76M self-propelled gun (SPG) and armed with a 37 mm 61K anti-aircraft autocannon in an open-top rotating armoured turret. The SU-72 SPAAG and several other experimental vehicles based on the T-60 or T-70 light tank chassis and armed with 37 mm autocannon were also tested in 1942–1943. The vehicle, based on the T-60 light tank chassis, was armed with two 12.7 mm DShK heavy machine guns but the prototype did not go into production because of flaws in the design. In 1942, Soviet engineers developed the T-60-3. Vehicles such as the German Wirbelwind and specialized variants of the US M3 Half-track had been used to good effect in the final battles of World War II, both by the US and nations which had received the M3 through Lend-Lease. This experience made it clear that an anti-aircraft tracked vehicle, armed with small-bore autocannons or heavy machine guns, was needed. Conventional towed anti-aircraft artillery (AAA) was an inadequate response under such conditions owing to the time needed to bring anti-aircraft machine guns into action. Development history Origins ĭuring World War II, ground-attack aircraft emerged as a significant threat to mechanized units on the move.

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