| /GUIX-v6.2.1/common/src/ |
| D | gx_display_driver_simple_line_alpha_draw.c | 96 INT steps; in _gx_display_driver_simple_line_alpha_draw() local
285 steps = mid_point.gx_point_x - curx + 1; in _gx_display_driver_simple_line_alpha_draw()
292 steps = xend - mid_point.gx_point_x; in _gx_display_driver_simple_line_alpha_draw()
296 for (decision = (dx >> 1); steps > 0; curx += sign, decision += dy, steps--) in _gx_display_driver_simple_line_alpha_draw()
332 steps = mid_point.gx_point_y - cury + 1; in _gx_display_driver_simple_line_alpha_draw()
339 steps = yend - mid_point.gx_point_y; in _gx_display_driver_simple_line_alpha_draw()
344 for (decision = (dy >> 1); steps > 0; cury += sign, decision += dx, steps--) in _gx_display_driver_simple_line_alpha_draw()
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| D | gx_display_driver_8bpp_simple_line_draw.c | 97 INT steps; in _gx_display_driver_8bpp_simple_line_draw() local
332 steps = mid_point.gx_point_x - curx + 1; in _gx_display_driver_8bpp_simple_line_draw()
339 steps = xend - mid_point.gx_point_x; in _gx_display_driver_8bpp_simple_line_draw()
345 for (decision = (dx >> 1); steps > 0; curx += sign, decision += dy, steps--) in _gx_display_driver_8bpp_simple_line_draw()
383 steps = mid_point.gx_point_y - cury + 1; in _gx_display_driver_8bpp_simple_line_draw()
391 steps = yend - mid_point.gx_point_y; in _gx_display_driver_8bpp_simple_line_draw()
398 for (decision = (dy >> 1); steps > 0; cury += sign, decision += dx, steps--) in _gx_display_driver_8bpp_simple_line_draw()
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| D | gx_display_driver_32bpp_simple_line_draw.c | 90 INT steps; in _gx_display_driver_32bpp_simple_line_draw() local
319 steps = mid_point.gx_point_x - curx + 1; in _gx_display_driver_32bpp_simple_line_draw()
326 steps = xend - mid_point.gx_point_x; in _gx_display_driver_32bpp_simple_line_draw()
332 for (decision = (dx >> 1); steps > 0; curx += sign, decision += dy, steps--) in _gx_display_driver_32bpp_simple_line_draw()
370 steps = mid_point.gx_point_y - cury + 1; in _gx_display_driver_32bpp_simple_line_draw()
378 steps = yend - mid_point.gx_point_y; in _gx_display_driver_32bpp_simple_line_draw()
385 for (decision = (dy >> 1); steps > 0; cury += sign, decision += dx, steps--) in _gx_display_driver_32bpp_simple_line_draw()
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| D | gx_display_driver_16bpp_simple_line_draw.c | 98 INT steps; in _gx_display_driver_16bpp_simple_line_draw() local
330 steps = mid_point.gx_point_x - curx + 1; in _gx_display_driver_16bpp_simple_line_draw()
337 steps = xend - mid_point.gx_point_x; in _gx_display_driver_16bpp_simple_line_draw()
343 for (decision = (dx >> 1); steps > 0; curx += sign, decision += dy, steps--) in _gx_display_driver_16bpp_simple_line_draw()
381 steps = mid_point.gx_point_y - cury + 1; in _gx_display_driver_16bpp_simple_line_draw()
389 steps = yend - mid_point.gx_point_y; in _gx_display_driver_16bpp_simple_line_draw()
396 for (decision = (dy >> 1); steps > 0; cury += sign, decision += dx, steps--) in _gx_display_driver_16bpp_simple_line_draw()
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| D | gxe_circular_gauge_animation_set.c | 74 UINT _gxe_circular_gauge_animation_set(GX_CIRCULAR_GAUGE *circular_gauge, INT steps, INT delay) in _gxe_circular_gauge_animation_set() argument
87 if (steps > 0 && delay <= 0) in _gxe_circular_gauge_animation_set()
93 status = _gx_circular_gauge_animation_set(circular_gauge, steps, delay); in _gxe_circular_gauge_animation_set()
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| D | gx_display_driver_8bpp_rotated_simple_line_draw.c | 92 INT steps; in _gx_display_driver_8bpp_rotated_simple_line_draw() local
334 steps = mid_point.gx_point_x - curx + 1; in _gx_display_driver_8bpp_rotated_simple_line_draw()
341 steps = xend - mid_point.gx_point_x; in _gx_display_driver_8bpp_rotated_simple_line_draw()
347 for (decision = (dx >> 1); steps > 0; curx += sign, decision += dy, steps--) in _gx_display_driver_8bpp_rotated_simple_line_draw()
385 steps = mid_point.gx_point_y - cury + 1; in _gx_display_driver_8bpp_rotated_simple_line_draw()
393 steps = yend - mid_point.gx_point_y; in _gx_display_driver_8bpp_rotated_simple_line_draw()
400 for (decision = (dy >> 1); steps > 0; cury += sign, decision += dx, steps--) in _gx_display_driver_8bpp_rotated_simple_line_draw()
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| D | gx_display_driver_1bpp_simple_line_draw.c | 98 INT steps; in _gx_display_driver_1bpp_simple_line_draw() local
360 steps = mid_point.gx_point_x - curx + 1; in _gx_display_driver_1bpp_simple_line_draw()
367 steps = xend - mid_point.gx_point_x; in _gx_display_driver_1bpp_simple_line_draw()
373 for (decision = (dx >> 1); steps > 0; curx += sign, decision += dy, steps--) in _gx_display_driver_1bpp_simple_line_draw()
421 steps = mid_point.gx_point_y - cury + 1; in _gx_display_driver_1bpp_simple_line_draw()
429 steps = yend - mid_point.gx_point_y; in _gx_display_driver_1bpp_simple_line_draw()
436 for (decision = (dy >> 1); steps > 0; cury += sign, decision += dx, steps--) in _gx_display_driver_1bpp_simple_line_draw()
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| D | gx_circular_gauge_animation_set.c | 73 UINT _gx_circular_gauge_animation_set(GX_CIRCULAR_GAUGE *gauge, INT steps, INT delay) in _gx_circular_gauge_animation_set() argument
77 info -> gx_circular_gauge_info_animation_steps = steps; in _gx_circular_gauge_animation_set()
85 if (steps > 0) in _gx_circular_gauge_animation_set()
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| D | gx_display_driver_4bpp_simple_line_draw.c | 98 INT steps; in _gx_display_driver_4bpp_simple_line_draw() local
367 steps = mid_point.gx_point_x - curx + 1; in _gx_display_driver_4bpp_simple_line_draw()
374 steps = xend - mid_point.gx_point_x; in _gx_display_driver_4bpp_simple_line_draw()
380 for (decision = (dx >> 1); steps > 0; curx += sign, decision += dy, steps--) in _gx_display_driver_4bpp_simple_line_draw()
430 steps = mid_point.gx_point_y - cury + 1; in _gx_display_driver_4bpp_simple_line_draw()
438 steps = yend - mid_point.gx_point_y; in _gx_display_driver_4bpp_simple_line_draw()
445 for (decision = (dy >> 1); steps > 0; cury += sign, decision += dx, steps--) in _gx_display_driver_4bpp_simple_line_draw()
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| D | gx_display_driver_32bpp_rotated_simple_line_draw.c | 88 INT steps; in _gx_display_driver_32bpp_rotated_simple_line_draw() local
347 steps = mid_point.gx_point_x - curx + 1; in _gx_display_driver_32bpp_rotated_simple_line_draw()
354 steps = xend - mid_point.gx_point_x; in _gx_display_driver_32bpp_rotated_simple_line_draw()
360 for (decision = (dx >> 1); steps > 0; curx += sign, decision += dy, steps--) in _gx_display_driver_32bpp_rotated_simple_line_draw()
398 steps = mid_point.gx_point_y - cury + 1; in _gx_display_driver_32bpp_rotated_simple_line_draw()
406 steps = yend - mid_point.gx_point_y; in _gx_display_driver_32bpp_rotated_simple_line_draw()
413 for (decision = (dy >> 1); steps > 0; cury += sign, decision += dx, steps--) in _gx_display_driver_32bpp_rotated_simple_line_draw()
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| D | gx_display_driver_16bpp_rotated_simple_line_draw.c | 91 INT steps; in _gx_display_driver_16bpp_rotated_simple_line_draw() local
352 steps = mid_point.gx_point_x - curx + 1; in _gx_display_driver_16bpp_rotated_simple_line_draw()
359 steps = xend - mid_point.gx_point_x; in _gx_display_driver_16bpp_rotated_simple_line_draw()
365 for (decision = (dx >> 1); steps > 0; curx += sign, decision += dy, steps--) in _gx_display_driver_16bpp_rotated_simple_line_draw()
403 steps = mid_point.gx_point_y - cury + 1; in _gx_display_driver_16bpp_rotated_simple_line_draw()
411 steps = yend - mid_point.gx_point_y; in _gx_display_driver_16bpp_rotated_simple_line_draw()
418 for (decision = (dy >> 1); steps > 0; cury += sign, decision += dx, steps--) in _gx_display_driver_16bpp_rotated_simple_line_draw()
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| D | gx_radial_slider_animation_set.c | 76 UINT _gx_radial_slider_animation_set(GX_RADIAL_SLIDER *slider, USHORT steps, USHORT delay, USHORT a… in _gx_radial_slider_animation_set() argument
79 slider -> gx_radial_slider_animation_total_steps = steps; in _gx_radial_slider_animation_set()
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| D | gxe_radial_slider_animation_set.c | 79 UINT _gxe_radial_slider_animation_set(GX_RADIAL_SLIDER *slider, USHORT steps, USHORT delay, USHORT … in _gxe_radial_slider_animation_set() argument
100 …status = _gx_radial_slider_animation_set(slider, steps, delay, animation_style, animation_update_c… in _gxe_radial_slider_animation_set()
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| /GUIX-v6.2.1/test/guix_test/regression_test/tests/ |
| D | validation_guix_system_screen_stack.c | 63 int steps; member
103 while(entry->steps) in control_thread_entry()
109 gx_validation_capture_frames(frame_id, entry->steps, comment, 1, 1000); in control_thread_entry()
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| /GUIX-v6.2.1/common/inc/ |
| D | gx_circular_gauge.h | 57 UINT _gx_circular_gauge_animation_set(GX_CIRCULAR_GAUGE *circular_gauge, INT steps, INT delay);
81 UINT _gxe_circular_gauge_animation_set(GX_CIRCULAR_GAUGE *circular_gauge, INT steps, INT delay);
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| D | gx_radial_slider.h | 55 UINT _gx_radial_slider_animation_set(GX_RADIAL_SLIDER *slider, USHORT steps, USHORT delay, USHORT a…
73 UINT _gxe_radial_slider_animation_set(GX_RADIAL_SLIDER *slider, USHORT steps, USHORT delay, USHORT …
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| /GUIX-v6.2.1/guix_studio/libs/freetype/ |
| D | README.txt | 2 To build the freetype library, follow these steps:
22 4) Following these steps, you should have successfully built the FreeType library.
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| /GUIX-v6.2.1/guix_studio/libs/libgit2/ |
| D | README.txt | 1 To build the libgit2 library, follow these steps:
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| /GUIX-v6.2.1/guix_studio/libs/libjpeg/ |
| D | README.txt | 1 To build the libjpeg turbo library, follow these steps:
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| /GUIX-v6.2.1/guix_studio/installer/ |
| D | README.txt | 2 To generate GUIX Studio installer, follow these steps:
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| /GUIX-v6.2.1/test/guix_test/regression_test/tests/iar/9.30.1/validaion_guix_jpeg_decoding/demo_guix_jpeg_decode_1555xrgb/Debug/Obj/ |
| D | build.ninja | 22 #Build steps
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| /GUIX-v6.2.1/guix_studio/libs/libpng/ |
| D | README.txt | 1 To build the libpng library, follow these steps:
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| /GUIX-v6.2.1/test/ |
| D | README.md | 4 …w code changes do not introduce new bugs or regressions. By following the steps outlined in this g…
104 Follow these steps to execute an individual test case:
143 Follow these steps to add a new test:
350 …nfiguration settings required for your test, you can add a new build type by following these steps:
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| /GUIX-v6.2.1/test/guix_test/regression_test/tests/iar/9.30.1/validaion_guix_jpeg_decoding/demo_guix_jpeg_decode_565rgb_rotated_cw/Release/BrowseInfo/ |
| D | build.ninja | 26 #Build steps
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| /GUIX-v6.2.1/test/guix_test/regression_test/tests/iar/9.30.1/validaion_guix_jpeg_decoding/demo_guix_jpeg_decode_565rgb_rotated_ccw/Debug/BrowseInfo/ |
| D | build.ninja | 26 #Build steps
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