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test manual

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# NarumiSTG_HyperSnowDrifter # NarumiSTG
vidya games
Touhou Game Jam 10 project by Kevinmonitor and co. Early jam window (22-26 January).

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CONTROLS:
KEY (DEFAULT) ACTION
Arrow Keys Movement
Z/SHOT Select/Hold to Fire Blast (TYPE 1)
X/SPELL Cancel/Hold to use BULLET GOLEM (Limited Power, Refillable)
C/USER 1 Hold to use Fire Blast (TYPE 2)
Shift/SLOW Hold to slow player for precise movement
Esc Pause (in-game)
Esc+R Quick Retry (In-game)
Esc+Q Quick Exit to Title (In-game)
These controls can all be re-binded in config.exe.
You can also set the game window size and anti-aliasing level.
MANUAL:
READ THE IN-GAME MANUAL!!! PLEASE!!!!!!!!!!!
SCORE RANKINGS:
As the in-game manual mentions, your final score will get a letter ranking (from C to S).
The exact thresholds for each letter ranking are:
U-Rank (Unbeatable): 300,000,000
S-Rank: 240,000,000
A-Rank: 160,000,000
B-Rank: 100,000,000
C-Rank: Lower scores
CHANGELOG:
1.00b2 (QoL)
- No gameplay changes: old replays are flagged as compatible.
- Fixed the background opacity setting not working properly.
- Fixed misaccuracies in granting score rankings.
- Narumi character artwork revamped slightly.
- Added "Explosion Opacity" option to the Settings Menu. This option lets you set the opacity of enemy explosions.
- Added an additional ranking for obtaining 400 million points, because someone apparently got really close to that. seriously what the hell
1.00b
- Fixed a bug where you could continue to use BULLET GOLEM after running out of energy.
- Buffed Narumi's damage by 12.5%.
- Shrunk Narumi's hitbox size from 2px to 1px.
- Re-positioned some bullet hitboxes.
1.00a
- Initial release.

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A mostly-complete history log of engine updates can be found here.
1.32b
Changes:
- All functions and actions that change a shot's graphic ID has an additional feature:
- The actual graphic ID will be the absolute value of the value received.
- If the value received was negative, the graphic change operation will preserve the shot's previous spin angular velocity and Z-angle.
- Affected functions and actions:
- ObjShot_SetGraphic
- ObjMove_AddPatternA3
- ObjMove_AddPatternA4
- ObjMove_AddPatternB3
- ObjMove_AddPatternC3
- ObjMove_AddPatternC4
- TRANSFORM_GRAPHIC_CHANGE
Additions:
- Added an instruction on how to get ph3sx to work with Wine. (Check readme.txt)
- Added SetIntersectionVisualizationRenderPriority.
Bug fixes:
- Fixed incorrect documentation for some functions.
- Fixed AddPoint not working correctly.
- Fixed some issues with acceleration and max speed when converting from B-movement to A-movement or C-movement with AddPattern.
1.32a
Changes:
- Renamed "real" to "float".
- r (number suffix) -> f (number suffix)
- 45.22r -> 45.22f
- real -> float
- as_real -> as_float
- as_real_array -> as_float_array
- VAR_REAL -> VAR_FLOAT
- Changed how setting curvy laser node widths work. Instead of directly setting the width, the functions will set the nodes' width scales.
- Renamed ObjCrLaser_SetNodeWidth to ObjCrLaser_SetNodeWidthScale.
- Renamed ObjCrLaser_GetNodeWidth to ObjCrLaser_GetNodeWidthScale.
- Improved cross-compatibility between different movement types of the following functions:
- ObjMove_SetSpeed
- ObjMove_SetAngle
- ObjMove_SetAcceleration
- ObjMove_SetMaxSpeed
- ObjMove_SetAngularVelocity
- Swapped the "shot graphic ID" and "target ID" arguments in ObjMove_AddPatternA4.
- Swapped the "max speed" and "angular velocity" arguments of the following functions:
- ObjMove_AddPatternA2
- ObjMove_AddPatternA3
- ObjMove_AddPatternA4
- TRANSFORM_ADDPATTERN_A2 in ObjPatternShot transforms
- Completely removed shot scripts.
- Moved SetShotDeleteEventEnable to the stage script.
- Default values for all three delete events are true.
- Furthermore, fixed EV_DELETE_SHOT_IMMEDIATE and EV_DELETE_SHOT_FADE not being notified properly.
- Restructed event arguments of EV_DELETE_SHOT_TO_ITEM.
- The third event argument; "player collision", has been removed.
- Collision with the player will now trigger EV_DELETE_SHOT_IMMEDIATE instead of EV_DELETE_SHOT_TO_ITEM.
- Increased the minimum width for straight and curve lasers, primarily for delay visibility purposes. (Thanks to Naudiz)
- Allowed lasers to lose penetration (life) points. (Thanks to Naudiz)
- Like with any shot object, this will only occur when a laser lacks spell resistance (which it has by default).
- Removed #BGM.
- Made it so that the window sizes list will be autogenerated instead of defaulting to [640x480, 800x600, 960x720, 1280x960] when window.size.list in th_dnh.def doesn't exist.
- Size multipliers are [x1, x1.25, x1.5, x2], with screen.width and screen.height being the base resolution.
- Made it so that the engine will check for the required .dll modules during initialization.
- d3d9.dll
- d3dx9_43.dll
- d3dcompiler_43.dll
- dinput8.dll
- dsound.dll
- In the event where the Direct3D device enters a lost state, the engine will now attempt to restore up to 60 times before throwing an error, rather than only once.
- Removed ObjItem_SetAutoCollectEnable, and replaced it with ObjItem_SetAutoCollectEnableFlags.
Additions:
- Added Interpolate_X_Array, Interpolate_X_Angle, and Interpolate_X_AngleR. (Thanks to Naudiz)
- Added ObjShot_SetEnemyIntersectionInvalidFrame and ObjShot_SetPenetrateShotEnable. (Thanks to Naudiz)
- Added SetShotTextureFilter, SetItemTextureFilter, ObjRender_SetTextureFilter, and ObjShot_SetAngleRounding. (Thanks to Naudiz)
- Added SetEnemyAutoDeleteClip, ObjEnemy_SetAutoDelete, and ObjEnemy_SetDeleteFrame. (Thanks to NicholasLogan)
- Added ObjMove_SetAngularAcceleration, ObjMove_SetAngularMaxVelocity, and ObjMove_AddPatternA5. (Thanks to NicholasLogan)
- Added an overload to CreateShotA2, adding an angular velocity argument in between the acceleration and max speed ones. (Thanks to Naudiz)
- Added ObjMove_GetMovementType. (Thanks to Naudiz)
- Added constants:
- MOVE_NONE
- MOVE_ANGLE
- MOVE_XY
- MOVE_XY_ANGLE
- MOVE_LINE
- Added the C-movement type for ObjMove. (Thanks to Naudiz)
- CreateShotC1
- CreateShotC2
- CreateShotOC1
- ObjMove_AddPatternC1
- ObjMove_AddPatternC2
- ObjMove_AddPatternC3
- Added AddPattern functions for line-movement. (Thanks to Naudiz)
- ObjMove_AddPatternD1 (AddPattern version of ObjMove_SetDestAtSpeed)
- ObjMove_AddPatternD2 (AddPattern version of ObjMove_SetDestAtFrame)
- ObjMove_AddPatternD3 (AddPattern version of ObjMove_SetDestAtWeight)
- Added ObjMove_CancelMovement.
- Added new transformations to pattern shot objects. (Thanks to Naudiz)
- TRANSFORM_ADDPATTERN_C1
- TRANSFORM_ADDPATTERN_C2
- Added psrand.
- Added array overloads to the following functions:
- ObjSprite2D_SetSourceRect
- ObjSprite2D_SetDestRect
- ObjSpriteList2D_SetSourceRect
- ObjSpriteList2D_SetDestRect
- ObjSprite3D_SetSourceRect
- ObjSprite3D_SetDestRect
- ObjSprite3D_SetSourceDestRect
- Added support for hexadecimal numbers in text color tags.
- "[f tc=0xffffff]" is equivalent to "[f tc=(255,255,255)]".
- Added GetWorkingDirectory.
- Added an option to allow the engine to keep running while the window is unfocused. (Thanks to Naudiz)
- Added SetEnableUnfocusedProcessing and IsWindowFocused.
- Added the property "unfocused.processing" to th_dnh.def.
- Added EV_APP_LOSE_FOCUS and EV_APP_RESTORE_FOCUS.
- Added exponent format for numbers.
- "5.462e3" or "-231.9e-2" are now valid numbers.
- Added ObjItem_SetAutoCollectEnableFlags.
- ITEM_AUTOCOLLECT_PLAYER_SCOPE
- ITEM_AUTOCOLLECT_COLLECT_ALL
- ITEM_AUTOCOLLECT_POC_LINE
- ITEM_AUTOCOLLECT_COLLECT_CIRCLE
- ITEM_AUTOCOLLECT_ALL
- Added an overload to atoi.
- Added SetScore, SetGraze, and SetPoint.
Bug fixes:
- Fixed .dat archives not working.
- Fixed incorrect null checks, resulting in the game crashing when trying to operate on a null value.
- For example, using Obj_GetValue on a non-existent key will yield a null value.
- Fixed a crash bug which may sometimes happen when trying to parse a script file that ends with a line comment.
- Fixed ObjMove_AddPatternXX's shot graphic change not working with loose and curvy lasers.
- Fixed SetShotIntersectionCircle/Line not registering intersection, despite showing up in intersection visualization.
1.31b
Bug fixes:
- Fixed a bug where the game would freeze when compiling a script with a syntax error.
- Fixed a minor visual bug where the LogWindow's sub-info fields would all try to display over each other on initialization.
1.31a
Changes:
- This version breaks replay, common data, and .dat archive backwards compatibility.
- Replaced the default script select backgrounds with a radder version. (Thanks to Naudiz)
- Renamed GetShotIdAll to GetAllShotID.
- Changed the text representation of script value types in error messages.
- "real-array-array" -> "real[][]"
- Script matrix functions can now take in a 4x4 array instead of only a 1x16 array previously.
- The element type is also no longer limited to real.
- Made setting ObjRender_SetEnableDefaultTransformMatrix to false still load the camera matrix.
- Allowed multiple ObjSounds to independently stream the same sound file.
- Shortened the module directory in Log messages of the LogWindow to "../".
- Removed the behaviour where the 2D and 3D camera resets upon transitioning from the package scene to the stage scene.
- Fog data is no longer split between package-level and stage-level scripts.
- The default FPS counter no longer briefly appears when starting with package.script.main.
- Maximizing the window now triggers fullscreen mode.
- Objects now have separate tables each for string-indexed and int-indexed.
- Improved support for particle list objects for older PCs.
- Made it so that curvy lasers can be shortened. (Thanks to Naudiz)
- ObjFileT_SplitLineText now splits from pattern rather than from a list of delimiters.
- Reduced the float truncation epsilon. (0.01 -> 0.000001)
- #include in shader source files now behaves like regular script includes.
- Normal shot objects can now have multiple hitboxes again.
- Change loose and curvy lasers behaviour when delay motion is enabled. (Thanks to Naudiz)
- Text objects can now be centered around their object positions. No need to use ObjText_SetMaxWidth for that anymore. (Thanks to Naudiz)
Additions:
- Added missing function documentation for GetAllEnemyID.
- Added an overload each for Rotate2D and Rotate3D, taking in the rotation origin point.
- Expanded the variety of intersection-checking functions:
- IsIntersected_Point_Polygon
- IsIntersected_Point_Circle
- IsIntersected_Point_Ellipse
- IsIntersected_Point_Line
- IsIntersected_Point_RegularPolygon
- IsIntersected_Circle_Polygon
- IsIntersected_Circle_Circle
- IsIntersected_Circle_Ellipse
- IsIntersected_Circle_RegularPolygon
- IsIntersected_Line_Polygon
- IsIntersected_Line_Circle
- IsIntersected_Line_Ellipse
- IsIntersected_Line_Line
- IsIntersected_Line_RegularPolygon
- IsIntersected_Polygon_Polygon
- IsIntersected_Polygon_Ellipse
- IsIntersected_Polygon_RegularPolygon
- Added ReflectAngle and ReflectAngleR. (Thanks to Naudiz)
- Added Python-style reverse indexing of arrays. (Thanks to Naudiz)
- See "New Scripting Features".
- arr[-n] is equivalent to arr[length(arr) - n]
- Also works in erase and insert.
- Added replace and remove. (Thanks to Naudiz)
- #ifdef, #ifndef, #else, and #endif preprocessor directives for scripts.
- Several script macros were added:
- _DNH_PH3SX_
- SCRIPT_PACKAGE (defined in package-level scripts)
- SCRIPT_STAGE (defined in stage-level scripts)
- #define is not yet supported.
- Added ObjItem_GetIntersectionEnable. (Thanks to Naudiz)
- Added ObjRender_GetColorHex, ObjPrim_GetVertexColorHex, and ObjCrLaser_GetNodeColorHex. (Thanks to Naudiz)
- Added ColorHexRGBtoHSV.
- Added another event argument to EV_DELETE_SHOT_PLAYER.
- Added a "Sound Memory" display to the Sound tab of the LogWindow.
- Added INFO_IS_REQUIRE_ALL_DOWN to ObjEnemyBossScene_GetInfo. (Thanks to Naudiz)
- Added ObjEnemy_SetMaximumDamage and ObjEnemy_AddLifeEx.
- Added INFO_DAMAGE_PREVIOUS_FRAME to ObjEnemy_GetInfo.
- Added ObjText_SetFixedWidth.
- Added ObjText_GetText. (Thanks to Naudiz)
- Added ObjText_SetVerticalAlignment. (Thanks to Naudiz)
- Added ObjCrLaser_SetTipCapping, ObjCrLaser_GetNodeRenderWidth, and ObjCrLaser_SetNodeRenderWidth. (Thanks to Naudiz)
- Added overloads to ObjCrLaser_SetNode and ObjCrLaser_AddNode. (Thanks to Naudiz)
- Added ObjShot_SetFixedAngle and ObjShot_SetDelayAngularVelocity. (Thanks to Naudiz)
- Added SplitString2.
- Added Obj_GetValueCount and Obj_GetValueCountI.
- Added a progress bar to the FileArchiver.
- Added an overload to SetStgFrame. (Thanks to Naudiz)
- Added GetConfigVirtualKeyMapping and GetVirtualKeyMapping. (Thanks to Naudiz)
Bug fixes:
- Fixed incorrect documentation of IsIntersected_Circle_RegularPolygon.
- Fixed the Y shot intersection scale not functioning properly on loose lasers.
- Fixed the engine crashing upon trying to parse an excess comma in function parameter lists.
- Fixed type-checking bugs with array-index-assignment operations.
- Fixed an issue where the parser would indefinitely hang upon trying to parse an ill-formed for-loop.
- Fixed a bug where .wav files over 1MB large would get cut off at the end.
- Fixed a bug where multiple streaming ObjSounds playing the same file would not function correctly.
- Fixed ObjSound_IsPlaying returning false if called in the same frame of ObjSound_Play.
- Fixed a bug where shot objects colliding with the player gets deleted before EV_HIT is notified.
- Fixed GetShotIdInCircleA1 incorrectly returning player shot IDs instead of enemy shot IDs.
- Fixed ObjShot_Regist in a player script returning null if IsPermitPlayerShot is true.
- Fixed a bug where the shot object colliding with the player is deleted before the notification of EV_HIT.
- Fixed off-centered shot and item graphics.
- Fixed the game crashing upon trying to parse an ill-formed argument list in user shot/item data files.
- Fixed a bug where 3D render objects drawn below the min STG frame render priority would get abnormally stretched out.
- Fixed ObjMove_GetSpeedX/Y returning incorrect values for ObjMove_SetDestAtXXX functions.
- Fixed the game crashing when setting ObjRender_SetEnableDefaultTransformMatrix to false for 3D objects.
- Fixed incorrect conversion of A-movement to B-movement for ObjMove.
- Fixed CreateItemU1/2 causing the created item to render at (0, 0) for a single frame. (Thanks to Naudiz)
- Fixed ObjMove_AddPatternXX not working on move objects that do not have an existing movement pattern. (Thanks to Naudiz)
- Fixed a rare bug with array initialization.
- Fixed a bug where ObjShot_SetPenetration(obj, 0) would not notify EV_DELETE_SHOT_PLAYER.
- Fixed a rare crash during enemy boss scene loading.
- Fixed a bug where the game would freeze when trying to restart the stage scene in a package script while an enemy boss scene hasn't finished loading.
- Fixed a rare crash with script object deletion.
1.30a:
Changes:
- Greatly improved the speed of the script code interpreter.
- Made the maximum sizes of render targets respect the Direct3D device capabilities.
- EV_REQUEST_LIFE now accepts all types of values (will be converted to reals).
- In case that an array was passed (multiple bosses), each elements will also be converted to reals.
- Direct3D device capabilities will now be checked at the start, and the user will be notified if they are insufficient to run the engine.
- Changed the default render priority of items to 40. (Previously 60, what the fuck mkm)
- Changed the behaviour of resource pre-loading. (LoadTexture, LoadMesh, etc.)
- Loaded resources are no longer script-dependent, they will remain loaded even if the script that loaded them has been closed.
- Changed the arguments of ObjPatternShot_AddTransform/ObjPatternShot_SetTransform.
- Additionally, the above two functions now take in varargs.
- Improved GetObjectDistance.
- Introduced the ability to use StartScript a second time without having to use LoadScript again.
- Renamed ObjSound_SetRestartEnable to ObjSound_SetResumeEnable.
- Usage unchanged.
- Rearranged the arguments of ObjPatternShot_Add/SetTransform.
- ObjFile_Store now use the source file's original line endings.
- Binary, octal, and hexadecimal number literals now default to int.
- Changed the usage of the function "resize".
- Improved the speed of boss scene scripts loading.
Additions:
- Many new additions to the scripting language.
- See "New Scripting Features".
- Added GetObjectDistanceSq and GetObjectDeltaAngle.
- Added an overload each for GetCommonData and GetAreaCommonData.
- Added GetSystemTimeMilliS and GetSystemTimeNanoS.
- Added SetInvalidPositionReturn, a function for changing the "invalid position" from (0, 0).
- Added functions for pointer-based common data access:
- LoadCommonDataValuePointer
- LoadAreaCommonDataValuePointer
- IsValidCommonDataValuePointer
- SetCommonDataPtr
- GetCommonDataPtr
- Added IsVertexShaderSupported.
- Added the ability to set the read offset of .dat archives.
- Added new ObjPatternShot transforms:
- TRANSFORM_ADDPATTERN_B1
- TRANSFORM_ADDPATTERN_B2
- Renamed TRANSFORM_ADDPATTERNA1 to TRANSFORM_ADDPATTERN_A1
- Renamed TRANSFORM_ADDPATTERNA2 to TRANSFORM_ADDPATTERN_A2
- Added new ObjPatternShot patterns: (thanks to Naudiz)
- PATTERN_LINE
- PATTERN_ROSE
- Added back in script source caching, plus the ability to remove a script from the cache.
- Added ObjEnemyBossScene_SetUnloadCache.
- Added a "Cached Scripts" panel to the Script tab of the LogWindow.
- Added a "CPU Time" column to the Script tab of the LogWindow.
- Added a "Shader" tab to the LogWindow.
- Added an overload for ColorARGBToHex.
- Added ObjItem_SetPositionRounding.
- Added new maths functions:
- log2
- logn
- erf
- gamma
- distance
- distancesq
- dottheta
- rdottheta
- cbrt
- AngularDistance
- AngularDistanceR
- Rotate2D
- Rotate3D
- Added count_rand, count_prand, reset_count_rand, and reset_count_prand.
- Added Interpolate_X and Interpolate_X_PackedInt.
- Added GetScriptStatus.
- STATUS_LOADING
- STATUS_LOADED
- STATUS_RUNNING
- STATUS_PAUSED
- STATUS_CLOSING
- STATUS_INVALID
- Added implicit array casting for initialization, assignment, and concatenation.
- Only applicable for int[] <-> real[] <-> null
- Added array casting functions:
- as_int_array
- as_real_array
- as_bool_array
- as_char_array
- as_x_array
- Added StringFormat, a string formatting function in the style of C's sprintf.
- Added IsIntersected_Circle_RegularPolygon and IsIntersected_Circle_Ellipse.
- Added new array functions: contains, insert.
- Added ObjRender_SetEnableDefaultTransformMatrix.
- Added ObjPrim_GetTexture.
Bug fixes:
- Fixed LoadMesh crashing the engine.
- Fixed ObjCol_GetListOfIntersectedShotID incorrectly expecting only 1 argument.
- Fixed a bug where whitespaces in parameter lists in text object tags are incorrectly parsed.
- Fixed a bug where the "Show LogWindow" option would disappear if the game was set to start in (borderless) fullscreen mode.
- Fixed the sound streamer behaving incorrectly when playing a .wav file larger than 1MB a second time.
- Fixed a bug where ObjSound_Seek would be ineffectual if used when the sound isn't playing or within 2 frames after being played.
- Fixed the Y hitbox scale not affecting the hitboxes of laser objects.
- Fixed the LogWindow not able to output logs to file.
- Fixed a bug where penetrating player shots may randomly not correctly collide with enemy hitboxes and mess up replays.
- Fixed the engine crashing if the stage scene is quit and there is an ObjPatternShot, whose parent is a dead boss object, that wasn't manually deleted.
- Fixed the LogWindow's Log tab not horizontally scrolling the newest line into view.
- Fixed a bug with the remainder operation where using (kn % -n) or (-kn % n) where (k) is an integer results in (-n).
- Fixed crash bugs with ternary statements in the following cases:
- let a = [condition ? 0 : 1];
- a[condition ? 0 : 1] = 100;
- Fixed a package crash that happens when LoadScriptInLoadThread loads a stage script that contains a parser error.
- Fixed a bug that made variable-overshadowing a function throw a parser error.
- let power = 100; //This is possible again.
- Fixed a bug where an ObjMove would lag for one frame after applying its last AddPattern transform.
- Fixed a "feature" where a multidimensional array can host values of different types.
- Fixed a bug where Windows' list-searching feature was interfering with key remapping in the config.
- Fixed a bug where empty lines in text file object are skipped over in some devices.
- Fixed ObjFileT_SplitLineText having an incorrect return value if the object is invalid.
- Fixed an issue where the engine's default 3D render shader and 3D particle list shader don't work on AMD graphics cards.
- Also updated the shader source files in the sample scripts with this fix.
- Fixed a null pointer read crash bug during engine initialization.
- Fixed a bug where short-circuited logical expressions would not convert to boolean.
1.21a:
- Fixed MatrixMultiply and MatrixDivide functioning incorrectly.
- Added MatrixTransformVector for transforming a Vector3 by a transformation matrix.
- Added a hex overload for SetFogParam.
- Added a floored division operation. ("~/" and "~/=")
- Added "resize", a function for resizing arrays.
- Modified the functionality of the array slice operation and operator.
- Upper slice bound is automatically capped at the array's size.
- More options for text object tags.
- Increased the smoothness of rendered fonts.
- Fixed SetShotIntersectionCircle and SetShotIntersectionLine not working.
- Fixed a memory leak issue that was causing the "too many open files" error message.
- Using ObjRender_SetAlpha on a 2D sprite list object whose vertices were closed will now have an alpha-multiply effect.
- Optimizations.
1.20b:
- Fixed a bug that caused for loops using new variables to not function correctly.
- Fixed a bug that caused all GetColor functions to return incorrect values. (Including GetShotDataInfoA1)
- Fixed a bug where off-centered player hitboxes would behave strangely.
- Fixed the game crashing on script end/retry. (How the fuck did I not notice this before 1.20a release bloody hell)
- Added ObjShot_SetSpinAngularVelocity.
1.20a:
- Reworked some math calculations. SIMD instructions are utilized.
- A legacy version will also be provided in case your CPU do not support vectorization.
- The vectorized version requires the following instruction sets:
- SSE
- SSE2
- SSE3
- SSE4.1
- Generally, you should be able to run it unless your PC is from 30000BC or you're using a literal potato.
- Added a native hitbox visualization mode.
- Improved the line-circle intersection algorithm. New algorithm behaves like a circle-polygon intersection.
- Overloaded ObjMove_SetDestAtFrame, where movement interpolation mode can be specified.
- Fixed a bug where the graze count obtained via GetGraze() may desync with the one obtained via EV_GRAZE's event argument.
- Fixed a bug where ObjText_GetTotalWidth/Height may break the font tag.
- Fixed a bug where font text tag properties do not get reset after using ObjText_SetText.
- Obj_GetValue will now ACTUALLY NOT crash the game if the requested value does not exist.
- Renamed the "Obj_[..]ValueR" function series to "Obj_[..]ValueI".
- Removed the constant 'pi'. Please use 'M_PI' instead.
- Changed error messages of some default functions to be more descriptive to aid debugging.
- Greatly improved script variable allocation.
- Added a concatenate-assign operator. (~=)
- Added bitwise operators. (~, &, |, ^^)
- Int values can now be declared with a suffix 'i' or 'I'.
- Static type declaration is planned.
- Added implicit type casting in default script operations, including comparison and assignment.
- Optimized the process of calling default constants.
- The default constants SCREEN_WIDTH and SCREEN_HEIGHT will now change to reflect the settings in th_dnh.def.
- Some functions will now return int values rather than real values.
- Fixed a bug where itoa, atoi, and IntToString would underflow if the input is larger than 2^31-1. (New limit is 2^63-1)
- Fixed a bug where the 3D viewport would get stretched out based on the size of the STG frame.
- Made the game no longer freeze and crash after Alt-Tab'ing out of true fullscreen mode or after waking the desktop from sleep.
- Pseudo-fullscreen mode now stops Windows from drifting off to Dreamland.
- Fixed a mistake involving matrix multiplication order in the internal shader for particle list objects.
- Removed CollectItemsByType and SetItemIntersectionRadius.
- Added new event, EV_COLLECT_ITEM, which triggers when the item starts to move towards the player.
- Fixed a bug where ObjShot_SetIntersectionScale[XY] does not scale the position offset.
- If ObjFile_Open/ObjFile_OpenNW fails, the reason for failure will now be written to the LogWindow.
- The ObjFileB_Read[...] functions no longer throw an error when attempting to read past EOF.
- ObjFileB_GetLastRead can be used to obtain the amount of bytes read in the last read operation.
- Various optimizations.
- Un-Utilized UPX Executable Packer to not-reduce file size.
1.10c:
- Fixed a bug in the UserShotData where rect can override animation_data.
- Fixed a bug in the UserShotData where collision did not work at all.
- Added functionality to change the color of the delay cloud per-shot.
- Fixed a parser bug with nested single-lined statements.
- Fixed a rare bug where object IDs may get duplicated when objects are created in rapid succession.
- Fixed a bug where the default charset for some fonts are incorrectly determined.
- Utilized UPX Executable Packer to reduce file size.
1.10b:
- Fixed bugs with logical and ternary statements.
- Improved data packing of common data files. (Files saved with 1.10a are now incompatible.)
- Bug fixes and optimizations.
1.10a:
- Fixed some random and function-related crashes.
- RenderToTextureXX alpha fix ported+modified from th_dnh_woo.
- Replaced ObjLaser_SetGrazeInvalidFrame with ObjShot_SetGrazeInvalidFrame.
- Alpha channel blending now exists in all blend modes except BLEND_NONE and BLEND_ADD_RGB.
- Fixed a bug where NotifyEvent and SetScriptArgument could not reach package-level scripts when called from a stage-level script.
- Event arguments will no longer be overwritten when notifying nested events inside @Event.
- Utilized variadic argument counts for the functions in the NotifyEvent series.
- Utilized variadic argument counts for the WriteLog function.
- Added transform functions for ObjPatternShot and relevant sample scripts, for former and current ECL modders.
- Please note that they may not be able to fully emulate ECL's behaviours.
- Added functionality to customize delay clouds.
- Added an option to use true fullscreen mode in the config.
- "Operation-assign" operators (+=, -=, ++, etc.) now work on indexed arrays.
- Given: a = [1, 2, 3]
- a[0]++ = [2, 2, 3]
- a[2] *= 3 = [1, 2, 9]
- a += [5, 6] = [6, 8, 3]
- Given: b = [[1, 2], [3, 4], [5, 6]]
- b[0] += 3 = [[4, 5], [3, 4], [5, 6]]
- b[2]-- = [[1, 2], [3, 4], [4, 5]]
- Array indexing/slicing operations now automatically truncate indices.
- Array slicing operation can now reverse an array.
- Given: a = [10, 12, 14, 16, 18, 20]
- a[0..3] = [10, 12, 14]
- a[3..0] = [14, 12, 10]
- a[1..0] = [10]
- a[6..2] = [20, 18, 16, 14]
- a[2..2] = []
- Added ternary statements.
- NO_CHANGE can now be used in the ObjMove_AddPatternBX functions.
- ObjMove_SetAngle and ObjMove_SetSpeed can now be used on B-pattern objects.
- Line-line intersection is now properly implemented.
- IsIntersected_Line_Circle can now be used in package-level scripts.
- Added a particle renderer object (ObjParticleList) and new relevant sample scripts.
- Added support for vertex indexing.
- Added support for basic directional lighting.
- Improved vertex shader support, and added sample scripts for demonstration.
- Fixed underflowing and overflowing issues with SetColor/SetAlpha functions.
- Fixed a bug where ObjText_SetFontCharacterSet doesn't work at all.
- Added more options to the [font] text tag.
- Available tag options:
- reset
- Resets the text to its original settings. Present in vanilla ph3 as "clear".
- size
- Adjusts font size. Unchanged from vanilla ph3.
- ox/oy
- Adjusts position offset.
- it
- Toggles italic. (true/false or 1/0)
- wg
- Adjusts font weight.
- br/bg/bb
- Adjusts font bottom color.
- tr/tg/tb
- Adjusts font top color.
- or/og/ob
- Adjusts font border color.
- bc
- Adjusts font bottom color as an (r, g, b) list.
- tc
- Adjusts font top color as an (r, g, b) list.
- oc
- Adjusts font border color as an (r, g, b) list.
- Added more options to the [ruby] text tag.
- Available tag options:
- rb
- Sets text. Unchanged from vanilla ph3.
- rt
- Sets ruby(furigana) text. Unchanged from vanilla ph3.
- sz
- Adjusts the ruby text's font size.
- wg
- Adjusts the ruby text's font weight.
- ox
- Adjusts the ruby text's left margin.
- op
- Adjusts the ruby text's side pitch.
- Improved spacing of ruby text.
- ObjFileT now properly reads from and writes to UTF-8 text files.
- ObjFile_OpenNW now allows both reading and writing, unless the file was stored in a .dat archive, in which case all write functions will fail.
- Pulled the plug on Shift-JIS support in favour of proper Unicode (UTF-8 and UTF-8-BOM) handling.
- Better Metasequoia mesh support, and temporarily(?) suspended Elfreina mesh support. Blender .obj mesh support is planned.
- The player object will now set its own movement speed and angle according to user key input.
- Collecting user-defined items now notify EV_GET_ITEM to the player script.
- Minimum custom window size is reduced to 320*240.
- GetShotDataInfoA1 no longer throws an error upon receiving an invalid graphic ID, and will instead return default values.
- Fixed a bug where the right and bottom source rect set with ObjSprite3D_SetSourceDestRect are 1 greater than expected.
- Improved loading of .wav files.
- Attempted to fix a bug where multiple sound objects simultaneously playing the same sound file (>1MB .wav, .ogg, or .mp3) would display strange behaviours.
- Improved the precision of ObjSound_GetWavePosition, and fixed an issue where ObjSound_GetTotalLength would work incorrectly with .ogg files.
- Added bitwise operators.
- Greatly improved the LogWindow's Script panel.
- Added a text showing the available video memory in the LogWindow's Texture panel.
- Added a text showing the used RAM and CPU in the LogWindow's Info panel.
- Enforced semicolons before closing braces.
- Removed ObjShot_AddShotA1/2.
- Various optimizations.
1.00a:
- Multidimensional array assignments are now possible.
- Arithmetic operations on array(s) are possible. (Left-right order is important)
- [1, 2, 3] + 5 = [6, 7, 8]
- [5, 5, 1] * 2 = [10, 10, 2]
- [2, 3, 4] - [7, 0, 2] = [-5, 3, 1]
- [10, 10, 10] / [5, 2] = [2, 5, 10]
- [2, 3] % [4, 2, 1, 6] = [2, 1]
- 4 + [2, 3, 6, 2] = 8
- Added support for multiple-pass shaders.
- Shot and item objects no longer respond to changes in X and Y angles.
- Bullet limit of 8192 for performance reasons.
- Multiple hitbox support for shot objects has been removed.
- Vertex shader support.
- Much smaller replay files.
- Added an option to specify the skip mode speed in th_dnh.def.
- Obj_GetValue will not crash the game if the requested value does not exist.

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[{000214A0-0000-0000-C000-000000000046}]
Prop3=19,11
[InternetShortcut]
IDList=
URL=https://github.com/Natashi/Touhou-Danmakufu-ph3sx-2

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Preamble:
The following keywords are used to clarify the importance of each convention: MUST, SHOULD, MAY, SHOULD NOT, MUST NOT.
In the code examples below, the sequence "// ..." (two slashes, one space, three full stops) denotes a line where, in most cases, more code should be written.
However, such code is unnecessary for the purposes of each example.
Comments from the writer that do not necessarily dictate style guidelines are preceded by the sequence "// NAZ: ".
1: Identifiers
1.1: Variables and Constants
Note:
Variables and constants SHOULD be declared with explicit type keywords (float, int, bool, char, string, etc.), unless the type is unknown,
in which case either "let" or "var" is used. These keywords are interchangeable, but the scripter MUST decide on one to use consistently.
Variables MUST be written using camelCase*, while constants MUST use SCREAMING_SNAKE_CASE.
Related identifiers SHOULD share the leading parts of their names for alphabetization purposes.
In cases where variables have short names or are uninitialized, multiple variables MAY be declared on the same line, separated by commas.
They SHOULD be of the same type, so fewer keywords are necessary.
*If necessary, a prefix or suffix MAY be added to a variable in the snake_case style.
DO:
float posX, posY;
const int BOSS_RUMIA = 0;
const int BOSS_CIRNO = 1;
DON'T:
let xPos;
let yPos;
const RUMIA_BOSS = 0, CIRNO_BOSS = 1;
1.1.1: Local Variables
Variables defined within a local scope, such as inside a function or task, MUST use camelCase without any underscores.
EXAMPLE:
function<void> DoSomething()
{
float posX, posY;
// ...
}
1.1.2: Global Variables
Variables defined globally in any script SHOULD be denoted with a leading underscore.
This is similar to the notation used for tasks, but with camelCase instead of PascalCase.
EXAMPLE:
int _objEnemy;
int _objPlayer;
@Initialize
{
// ...
}
1.1.3: Parameters
Function and task parameters SHOULD be denoted with a trailing underscore.
Parameters SHOULD be declared with type keywords, or either "let" or "var" if unknown.
EXAMPLE:
function<void> DoSomethingElse(int foo_, float bar_)
{
// ...
}
1.1.4: Iterators
Iterator variables declared in for-loops, ascent-loops, and descent-loops SHOULD be named lowercase letters of the alphabet starting with "i",
progressing to the next letter for each nested loop. This convention MAY be bypassed if more semantic information is necessary.
Iterator variables declared in for-each-loops SHOULD have single-word names prefixed with "i".
Fun fact: It is possible to add a second iterator to a for-each-loop, which is listed before the first and iterates through the array's indices (starting from 0) instead of its elements.
This variable SHOULD follow the same rules as those declared in for-loops.
EXAMPLE:
for (int i = 0; i < 2; i++) {
ascent (j in 0 .. 3) {
descent (k in 0 .. 4) {
// ...
}
}
}
for each (iObj in arrObj) {
// ...
}
for each ((i, iObj) in arrObj) {
// ...
}
1.1.5: Constants
As mentioned previously, constants MUST use SCREAMING_SNAKE_CASE. All constants SHOULD be defined in a dedicated constant library.
Numeric constants SHOULD be integers instead of float numbers (denoted in decimal literals by appending the character "i" at the end,
but this is not necessary if the constant type is explicitly defined).
EXAMPLE:
const int PLAYER_REIMU = 0;
const int PLAYER_MARISA = 1;
const int PLAYER_SAKUYA = 2;
const int PLAYER_SANAE = 3;
1.2: Functions, Tasks, and Subroutines
Note:
Function, task, and subroutine names all MUST use PascalCase to differentiate them from other identifiers.
The root of the identifier name SHOULD begin with a verb.
// NAZ: The "Is...Exists" structure is Engrish through and through, but I use it for consistency with built-in function names.
EXAMPLE:
function<void> DoSomething()
{
// ...
}
function<int> GetSomething(int foo_)
{
// ...
}
function<void> SetSomething(int foo_, float bar_)
{
// ...
}
function<bool> IsSomethingExists(int foo_)
{
// ...
}
1.2.1: Functions
Functions SHOULD be declared with explicit type keywords in angle brackets, unless the type is unknown or variant.
Function names MUST use PascalCase with no underscores.*
Function calls require trailing parentheses, even when there are no arguments.
*Excluding cases where there is a necessary prefix or suffix denoting important information, such as object type.
EXAMPLE:
function<void> DoSomething()
{
// ...
}
function<void> DoSomethingElse(bool foo_, float bar_)
{
DoSomething();
// ...
}
function<void> Obj_DoSomething(int obj_)
{
// ...
}
function<void> DoSomething_Obj_Obj(int obj1_, int obj2_)
{
// ...
}
1.2.2: Tasks
Task names SHOULD use one of the following styles (and consistently): PascalCase with a leading underscore, OR PascalCase with a leading uppercase T.
The same rules about affixes and parentheses that apply to functions apply here.
// NAZ: I like to treat my tasks as private routines, so often times you'll see me create a "public" function that calls task nested inside.
EXAMPLE:
task _RenderPlayer(int id_)
{
// ...
}
task _RenderPlayer_Reimu()
{
_RenderPlayer(PLAYER_REIMU);
// ...
}
1.2.3: Subroutines
Subroutines MUST use PascalCase, and SHOULD include a trailing underscore. Parentheses MAY be used.
It is possible to use the at sign (@) in place of the "sub" keyword, but scripters SHOULD NOT do so, to prevent confusion with built-in routines (@Initialize, @MainLoop, @Finalize, etc.).
// NAZ: I don't think I've ever used one of these, lol. I came up with the underscore rule on the fly.
EXAMPLE:
sub DoSomethingDifferent_
{
// ...
}
2: Whitespace
Note:
For the sake of consistency, spaces SHOULD be used instead of tabs in ALL cases.
The default tab is equivalent to 4 spaces; any decent editor should have an option to insert spaces upon pressing the tab key.
2.1: Operators
Expressions and statements consisting of one or more literals and/or identifiers MUST employ one space on both sides of all binary and ternary operators
(= +, -, *, /, ~/, %, ^, ~, +=, -=, *=, /=, ~/=, %=, ^=, ~=, ==, !=, >, <, >=, <=, &&, ||, &, |, ^^, .., ?, :).
Expressions and statements consisting of an identifier and a unary operator (!, ++, --) MUST NOT employ a space between the operator and operand.
DO:
float someNum = 6 * 9 + 4 / 20 - 6 % 66;
someNum++;
DON'T:
float someNum = 6*9+4/20-6%66;
someNum ++;
// NAZ: I will send you to the Shadow Realm if you don't put spaces in between your operators like in the "DON'T" example. It's entirely unreadable for me.
2.2: Variables and Constants
Variable and constant declaration and assignment statements MUST employ one space between the keyword (let, var, const) and the identifier,
and on both sides of the assignment operator (=) if applicable.*
As stated previously, if identifiers have short names or are uninitialized, their declarations MAY go on the same line, separated by commas and followed by spaces.
*Additional spaces MAY be used to vertically align the operator and right-hand side of each statement in a group of statements. See the example.
EXAMPLE:
const int BGM_TITLE = 0;
const int BGM_1_ROAD = 1;
const int BGM_1_BOSS = 2;
const int BGM_GAMEOVER = 3;
2.3: Functions, Tasks, and Subroutines
Function, task, and subroutine definitions MUST employ one space between the keyword (function, task, or sub) and the identifier,
and NO space between the identifier and the parentheses, differently from flow control statements.
Parameters contained inside the parentheses MUST employ one space between each identifier, i.e. after each comma.
The opening and closing braces of a function, task, or subroutine block MUST go on their own lines, and all lines in between them MUST be indented.
There MUST also be an empty line following each closing brace.
The same rules also apply to @Initialize, @MainLoop, @Event, @Finalize, and @Loading.
// Natashi: I don't like placing opening curly braces on newlines. *turns half of your body into pizza dough*
Function, task, and subroutine invocations MUST NOT include a space between the identifier and parentheses, if applicable.
Like parameters, arguments MUST be separated by whitespace, i.e. after each comma.
Function and task arguments MAY span several indented lines for readability purposes.
There SHOULD be an empty space following each multi-line function call, unless it precedes a closing brace or parenthesis.
// NAZ: This is only really applicable if the arguments get unbearably long, though. The example just demonstrates it just because.
EXAMPLE:
@Initialize
{
DoSomething(
true,
1,
1.1,
'e',
"abc"
);
// ...
}
function<void> DoSomething(bool foo_, int bar_, float baz_, char qux_, string quux_)
{
// ...
}
2.4: Flow Control Statements
Flow control statements MUST employ whitespace on both sides of each keyword
(if, else, loop, while, ascent, descent, in, for, each, alternative, case, others, switch, default, local, yield, break, continue),
unless said keyword by itself is a statement (yield, break, continue), in which case it is simply terminated with a semicolon.
For conditionals and loops, the opening curly brace SHOULD go on the same line as the preceding keyword or closing parenthesis, following a space.*
The closing curly brace SHOULD go on its own line, except in the case of "else" and "else if" which SHOULD be written after a space following the closing brace.
Loops and conditional structures SHOULD be followed by an empty line.
For for-loops, each statement ending in a semicolon MUST be followed by a space, i.e. the first and second.
The second and third statements may be omitted, in which case a space SHOULD be used instead.
When statements are combined with commas, there MUST be a space after each of them.
*Conditionals and loops containing a single statement terminated with a semicolon MAY be written without curly braces,
in which case they SHOULD be written on the same line as the rest of the statement, following a space.
Nested conditionals and loops may also be written without curly braces, provided that there is only one semicolon-terminated statement within it.
Alternative cases written this way MAY use additional spaces to align their contents.
EXAMPLE 1 (VERBOSE):
for (int i = 1, j = 2; i <= 10; i++, j--) {
alternative (i)
case (1) {
WriteLog("i is 1!", "j is 2!");
}
case (2) {
WriteLog("i is 2!", "j is 1!");
}
others {
WriteLog("I can't count that high!");
}
if (i >= 3) {
break;
} else {
loop (5) {
yield;
}
}
}
EXAMPLE 2 (CONCISE):
for (int i = 1, j = 2; i <= 10; i++, j--) {
alternative (i)
case (1) WriteLog("i is 1!", "j is 2!");
case (2) WriteLog("i is 2!", "j is 1!");
others WriteLog("I can't count that high!");
if (i >= 3) break;
else loop (5) yield;
}
// NAZ: With "wait" being built-in there's no use case for "loop (n) yield;".
// NAZ: I simply wanted to demonstrate nested structures and how they can be shortened.
2.5: Arrays
Arrays elements MUST be separated by whitespace, i.e. after each comma.
Multidimensional or otherwise verbose arrays MAY be written across several indented lines.
The initial opening square brace MUST go on the same line as the operator that precedes it.
The new lines and indenting SHOULD be consistent throughout each dimension of the array.
There SHOULD be an empty space following each multi-line array, unless it precedes a closing brace or parenthesis.
For performance reasons, arrays SHOULD be indexed as infrequently as possible.
If only one element is needed, storing it in a variable is recommended.
EXAMPLE:
int[] arrSmall = [1, 2, 3];
int[][] arrBig = [
[1, 2, 3],
[4, 5, 6, 7],
[8, 9, 10, 11, 12]
];
int[][][] arrBigger = [
[
[1, 2, 3],
[4, 5, 6, 7],
], [
[8, 9, 10, 11, 12],
[13, 14, 15, 16, 17, 18],
[19, 20, 21, 22, 23, 24, 25],
]
];
int numSmall = arrSmall[2];
int numBig = arrBig[2][4];
int numBigger = arrBigger[1][2][6];
3: Organization
3.1: Script Structure
All scripts SHOULD have their sections organized in the following order:
1. Headers (#TouhouDanmakufu, #ScriptVersion*, #Title, #Text, #System, #Background, #BGM)
2. #include directives
3. Global variables
4. Predefined routines (@Initialize, @Event, @MainLoop, @Finalize, @Loading)
5. Script-specific routines
*The #ScriptVersion header can only take one possible argument (3), and SHOULD be omitted altogether.
EXAMPLE:
#TouhouDanmakufu[Stage]
#Title["Example Stage"]
#Text["An example of a stage script."]
#System["script/script_system.dnh"]
#include "script/include_stg.dnh"
int _idScript;
@Initialize
{
_idScript = GetOwnScriptID();
_Main();
}
@MainLoop
{
yield;
}
@Finalize
{
WriteLog("Game over!");
}
task _Main()
{
while (GetPlayerState() != STATE_END) yield;
CloseScript(_idScript);
}
3.2: Included Files
As a preface, what the #include directive does is tell the engine to copy the contents of a given text file and paste them into the script, replacing the #include directive.
If a file has already been included in the script, it will be skipped.
To reduce the amount of boilerplate in each script file, the scripter SHOULD create files with the express purpose of including several other files, ideally in a hierarchical manner.
DO:
// In include_main.dnh
#include "./lib_main.dnh"
#include "./lib_const.dnh"
#include "./lib_math.dnh"
#include "./lib_render.dnh"
#include "./lib_event.dnh"
// In include_stg.dnh
#include "./include_main.dnh"
#include "./lib_stg.dnh"
#include "./lib_move.dnh"
#include "./lib_shot.dnh"
#include "./lib_enemy.dnh"
// In include_boss.dnh
#include "./include_stg.dnh"
#include "./lib_boss.dnh"
#include "./lib_anim.dnh"
#include "./lib_spell.dnh"
// In the main script
#TouhouDanmakufu[Single]
// ...
#include "script/include_boss.dnh"
@Initialize
{
// ...
}
DON'T:
// In the main script
#TouhouDanmakufu[Single]
// ...
#include "./lib_main.dnh"
#include "./lib_const.dnh"
#include "./lib_math.dnh"
#include "./lib_render.dnh"
#include "./lib_event.dnh"
#include "./lib_stg.dnh"
#include "./lib_move.dnh"
#include "./lib_shot.dnh"
#include "./lib_enemy.dnh"
#include "./lib_boss.dnh"
#include "./lib_anim.dnh"
#include "./lib_spell.dnh"
@Initialize
{
// ...
}
// NAZ: These file paths assume that the script as well as all of the library files are located in the base script directory.
// NAZ: Ideally, you should have a dedicated lib folder, possibly with subfolders corresponding to the libraries contained in each "include" file.
3.3: Script Routines
Scripts (particularly those in which danmaku is created) SHOULD call a task named _Main (or TMain, depending on your chosen style) from @Initialize.
This task SHOULD be the ultimate source of all other script-specific routine invocations.
The scripter SHOULD make use of nesting for a few reasons:
1. To ensure that variables are limited to their intended scopes.
2. To prevent the need to pass variables around unnecessarily via arguments.
EXAMPLE 1 (NON-NESTED):
task _Main()
{
float dir;
loop {
dir = rand(0, 360);
_Fire(dir);
wait(60);
}
}
task _Fire(float dir_)
{
float speed = 1;
loop (5) {
Shoot(speed, dir_);
speed++;
wait(2);
}
}
function<void> Shoot(float speed_, float dir_)
{
int obj = CreateShotA1(someX, someY, speed_, dir_, someID, 15);
ObjShot_SetDeleteFrame(obj, 180);
}
EXAMPLE 2 (NESTED):
task _Main()
{
float dir;
loop {
dir = rand(0, 360);
_Fire();
wait(60);
}
task _Fire()
{
float speed = 1;
loop (5) {
Shoot_;
speed++;
wait(2);
}
sub Shoot_
{
int obj = CreateShotA1(someX, someY, speed, dir, someID, 15);
ObjShot_SetDeleteFrame(obj, 180);
}
}
}
// NAZ: These examples are intentionally bare-bones and only exist for the purposes of demonstrating how nesting can simplify task and function signatures and establish a sense of hierarchy.

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- Re: Syntax Tutorial
- Number literals
- Base literals
WriteLog(0b1011); //Binary literal, outputs 11
WriteLog(0o503); //Octal literal, outputs 323
WriteLog(0x8f62); //Hexadecimal literal, outputs 36706
Base literals default to integer type unless suffixed otherwise.
- Suffix
- "f" / "F"
Forces a number literal to a float type.
- "i" / "I"
Forces a number literal to an integer type.
Example:
WriteLog(5); //5.000000
WriteLog(5f); //5.000000
WriteLog(5i); //5
WriteLog(0x5f); //95
WriteLog(0x5fi); //95
WriteLog(7.76); //7.760000
WriteLog(7.76f); //7.760000
WriteLog(7.76i); //7
- Digit separator
The "_" character can be used in number literals to aid in visibility.
Has no effect on the resultant value.
WriteLog(5000000000i); //5000000000
WriteLog(5_000_000_000i); //still 5000000000
WriteLog(0x7f23a7e2); //2133043170
WriteLog(0x7f23_a7e2); //still 2133043170
- Variables
- Explicit types
Originally, you'd declare a variable with one of these three keywords:
- let
- var
- real
All three keywords had the same effect on the declaration.
However, with version 1.30a, the scripting language has gone through a considerable amount of changes as follows:
- "real" has been renamed to "float". (1.32a)
- You may now explicitly state the type of the variable you are declaring.
Example:
int a = 700; //typeof(a) == VAR_INT
float b = 56.243; //typeof(b) == VAR_FLOAT
char c = '0'; //typeof(c) == VAR_CHAR
bool d = false; //typeof(d) == VAR_BOOL
string e = "aubergine"; //typeof(e) == VAR_STRING
int[] f = [4i, 8]; //typeof(f) == VAR_ARRAY, ftypeof(f) == VAR_INT
- This does not change "let" and "var", they will still behave similarly to "auto" in C++.
Example:
let a = 700i; //typeof(a) == VAR_INT
let b = 56.243; //typeof(b) == VAR_FLOAT
let c = '0'; //typeof(c) == VAR_CHAR
let d = false; //typeof(d) == VAR_BOOL
let e = "aubergine"; //typeof(e) == VAR_STRING
let f = [4i, 8]; //typeof(f) == VAR_ARRAY, ftypeof(f) == VAR_INT
- You may not use "let[]" or "const[]".
An array type declaration may only be used with a non-auto type.
- Multiple variables declaration.
Example:
int a, b = 7, c = 100, d; //All will be of type "int"
const bool e = true, f = true; //All will be of type "const bool"
let g = 56, h = true, i = 6i; //g will be "float", h will be "bool", and i will be "int"
bool[][][] j, k; //All will be of type "bool[][][]" (3D bool array)
- Using "const"
"const" is used to declare constant variables.
A standalone "const" will behave like a "let".
"const" can be prefixed or suffixed by another type.
Constant variables cannot be modified.
Attempting to do so will throw a compile-time error.
Example:
const a = 1;
const let b = true;
const string c = "xolotl";
const int d;
a = 6; //ERROR
d = 10; //ERROR
- Supplement for smart people
ph3sx script type | internal C type | size in bytes |
----------------------------------------------------------
int | int64_t | 8 |
float | double | 8 |
bool | bool | 1 |
char | wchar_t | 2 |
- Scoping
- "local" has been deprecated. While they have not yet been completely removed, it is advisable to stop using it.
- But what can I use in its place?
Nothing.
Literally.
What used to be:
local {
//...
}
can now be reduced to just:
{
//...
}
Scoping rules will still apply normally, like so:
let a;
//Only a is accessible here
{
let b;
//a and b are both accessible here
{
let c;
//a, b, and c are all accessible here
}
}
- Operators
All available script operators are listed as follows.
They are arranged in order of precedence, highest-to-lowest.
1. ()
Function call
let c = SomeFunc(a, b);
1. as_x()
Type cast
let a = as_int(x);
let b = as_bool(56);
1. length()
Array length
let a = length(x);
let b = length([1, 2, 3]);
1. []
Array indexing
let a = arr[3];
let b = [10, 100, 1000][x];
1. (| |)
Absolute
let a = (|-4|); //a == 4
let b = (|a|); //b == 4
1. ()
Parentheses
2. ^
Power (Right-associative)
let a = 2 ^ 4; //a == 16
let b = 2 ^ 2 ^ 3; //b == 256
2. [..]
Array slice
let x = [9, 10, 11, 12, 13];
let a = x[0..2]; //a == [9, 10]
let b = x[2..999]; //b == [11, 12, 13]
let c = x[3..0]; //c == [11, 10, 9]
3. +
Unary plus
let a = +6;
3. -
Unary minus
let a = -10;
3. !
Unary logical not
let a = !b;
3. ~
Unary bitwise not
let a = ~312; //a == -313
let b = ~(0b1011001); //b == -90
4. *
Multiply
let a = 4 * 10; //a == 40
4. /
Divide
let a = 10 / 3; //a == 3.333333
4. ~/
Floored divide
let a = 10 ~/ 3; //a == 3
4. %
Remainder (Modulo)
let a = 7 % 4; //a == 3
5. +
Add
let a = 3 + 32; //a == 35
5. -
Subtract
let a = 9 - 12; //a == -3
5. ~
Array concatenate
let a = [8, 3] ~ [10]; //a == [8, 3, 10]
6. <<
Bitwise shift left
let a = 7 << 3; //a == 56
6. >>
Bitwise shift right
let a = 198 >> 2; //a == 49
7. ==
!=
<
<=
>
>=
Comparison
let a = 5 < 6;
let b = a != false;
let c = 10 >= 10;
8. ^^
Bitwise XOR
let a = 63 ^^ 234; //a == 213
9. |
Bitwise OR
let a = 63 | 234; //a == 255
10. &
Bitwise AND
let a = 63 & 234; //a == 42
11. ||
Logical OR
let a = true || false; //a == true
11. &&
Logical AND
let a = true || false; //a == false
12. ?:
Ternary expression
let a = x > y ? 10 : 20;
let b = z == 0 ? x * 10 : y + 4;
let c = k ? (y ? 8 : 0) : p ? 5 : 2 + x;
- Boolean expressions
- Short-circuiting
This feature was present in vanilla ph3 as well, but I have yet to see a tutorial mention it, so here it is.
Short-circuiting (short-circuit evaluation) is an optimization for boolean expressions.
Take these statements, for example:
bool c = a && b;
bool z = x || y;
This !RUN-TIME! optimization will occur when expression (a) evaluates to false,
where the evaluation of expression (b) will be completely skipped over.
Conversely, in the second statement, the evaluation of expression (y) will also be skipped over if
expression (x) evaluates to true.
Short-circuiting will take place left-to-right, so it is beneficial to format your logical expressions
in a way that more lightweight expressions get evaluated sooner rather than later.
Example:
if (bCheckHit && GetShotIdInCircleA2(...)) { /*...*/ }
would benefit more from short-circuit evaluation than
if (GetShotIdInCircleA2(...) && bCheckHit) { /*...*/ }
Short-circuiting only applies to logical expressions, not bitwise expressions.
Example:
bool c = a & b;
bool d = a | b;
Here, both expressions (a) and (b) will be evaluated regardless of the result of expression (a).
- Loops
- Ascent/Descent
Ascent and descent loops remain unchanged, but you may now assign an explicit type to the counter variable.
Example:
ascent (i in 0..3)
WriteLog(i);
Will result in the following output:
0.000000
1.000000
2.000000
//-----------------------------------------------
ascent (i in 0i..3)
WriteLog(i);
Will result in the following output:
0
1
2
//-----------------------------------------------
ascent (int i in 0..3)
WriteLog(i);
Will result in the following output:
0
1
2
- In ph3sx, two new loops are available for use.
- For loop
The for loop is the more generalized version of ascent/descent loops.
It's also the standard loop format in most programming languages,
which means I don't have to explain its usage here.
- For-each loop
The for-each loop is a quick and efficient method to iterate through arrays.
Example:
int[] arr = [10, 9, 8, 7];
for each (int i in arr)
WriteLog(i);
Will result in the following output:
10
9
8
7
//-----------------------------------------------
for each (float i in arr)
WriteLog(i);
Will result in the following output:
10.000000
9.000000
8.000000
7.000000
- The "ref" keyword
Normally, the array fed into a for-each loop will be a copy of the original array.
However, you can force the loop to directly read from the original array with the "ref" keyword.
As the array won't be copied, there would also be some performance benefits to be had,
and the loop will respond to any modifications to the array rather than being unaffected.
Example:
int[] arr = [1, 2, 3, 4];
for each (i in arr) {
if (i % 2 == 0)
arr ~= [5];
WriteLog(i);
}
WriteLog(arr);
Will result in the following output:
1
2
3
4
[1, 2, 3, 4, 5, 5]
//-----------------------------------------------
for each (i in ref arr) {
if (i % 2 == 0)
arr ~= [5];
WriteLog(i);
}
WriteLog(arr);
Will result in the following output:
1
2
3
4
5
5
[1, 2, 3, 4, 5, 5]
- Special syntaxes
- There is also another declaration syntax for the for-each loop:
{
int i = 0;
for each (itr in array) {
//...
i++;
}
}
//is equivalent to:
for each (i, itr in array) {
//...
}
- These formats are also allowed:
for each ((i, itr) in array) { /*...*/ }
for each ((int i, itr) in array) { /*...*/ }
for each (i, float itr in array) { /*...*/ }
for each ((float i, string itr) in array) { /*...*/ }
- You may use a colon(:) in place of the keyword "in"
for each (itr : array) { /*...*/ }
for each ((i, itr) : array) { /*...*/ }
- In addition, there is a new flow control statement "continue".
"continue" is used in the same manner as "break", but rather than simply ending the loop,
it will merely skip the current iteration of the loop.
Example:
ascent (int i in 0..8) {
if (i % 2 == 0) continue;
WriteLog(i);
}
Will result in the following output:
1
3
5
7
- Unlike in vanilla ph3, "break" can no longer be used outside a loop.
- Attempting to do so will throw a compile-time error.
- The same applies to "continue".
- Functions, Tasks, Subs ("Callables")
- Parameters
Parameters, like variables, can have explicit types.
Example:
function Func(int a, float b, const string[] c) {}
- Function return type
- You may explicitly specify a function's return type.
function<int> Func1(a, b) {
return a + b;
}
WriteLog(Func1(10, 4.2)); //Output: 14
WriteLog(Func1(10, "sdfs")); //ERROR: Invalid implicit casting
- Marking a function with type "void" will forbid it from returning a value.
function<void> Func1(a, b) {
return; //OK: no return value
}
function<void> Func2(a, b) {
return a + b; //ERROR: void function can't return a value
}
- Overloading
Two callables with the same name, but different argument counts, will be treated as two different, unique callables.
Example:
function<int> Func() {
return 0;
}
function<int> Func(a) {
return 100;
}
function<int> Func(a, b, c) {
return a + b + c;
}
DoStuff(); //Returns 0
DoStuff("asdf"); //Returns 100
DoStuff(1, 2, 3); //Returns 6
- Variadic argument count (varargs)
- Some default functions now allow for varargs.
Example:
NotifyEventAll(EV_USER, 0);
NotifyEventAll(EV_USER, 0, 1, 2, 3);
NotifyEventAll(EV_USER, 0, 1, 2, 3, 4, 5, 6, 7, 8);
//All of the above are valid calls to NotifyEventAll.
- You can pass a maximum of around 357900000 arguments, but please please don't actually do that.
- Scripters currently cannot define their own callables with varargs.
- Async
Async blocks can be placed anywhere in the code, they behave like inlined tasks.
Example:
function Func() {
WriteLog(0);
async {
WriteLog(1);
wait(10);
WriteLog(2);
}
return true;
}
//is equivalent to:
function Func() {
WriteLog(0);
task AsyncTask() {
WriteLog(1);
wait(10);
WriteLog(2);
}
AsyncTask();
return true;
}
- Script
- Char
- Backslash escapes (\\) is properly recognized in char/string literals.
- Hexadecimal char literals (\x[hex]) can be used in char/string literals.
Example:
"\x74" -> "t"
'\x3042' -> 'あ'
"\x042\x5f" -> "B_"
- One-lined statements
Example:
ascent (i in 0..10) WriteLog(i);
if (true) a += 10;
else a -= 4;
Can be used everywhere except in function/task/sub declarations, async blocks, @-blocks, and local{} blocks.
- Optimizations
- The script compiler will try to perform basic optimizations on maths expressions.
Examples:
a = 5 + 5 - 1; -> optimize -> a = 9;
a = 5 * 8 / 7; -> optimize -> a = 5.714286;
a = func(b) + 5 % 10; -> optimize -> a = func(b) + 5;
- Empty loops and blocks will be optimized away during script compiling.
Examples:
while (true) {}
for (let i = 0; i < 10; i++) {}
ascent (i in 0..100000000) {}
{
}
loop (1000) {
}
for each (i in "aaaaaaaaaa") {}
async {}
//All of the above examples will be optimized away
- Loops containing a single yield will be automatically transformed into a wait.
Examples:
loop (60) yield; -> optimize -> wait(60);
loop (a * 2 + 60 - 20) { -> optimize -> wait(a * 2 + 60 - 20);
yield;
}
- Text Object Tags
Text object tags are special formatting patterns that can be used to dynamically alter rendering of text objects.
Available tags:
- r
Inserts a new line. Also resets formatting from other tags.
- font / f
Modifies the font.
Available tag properties:
- reset / rs / r / clear / clr / c
Resets the text to its original settings. Present in vanilla ph3 as "clear".
- size / sz
Changes the font size. Unchanged from vanilla ph3.
- ox / oy
Changes the position offset.
- it
Toggles italic. (true/false or 1/0)
- wg
Changes the font's weight.
- br / bg / bb
Changes the font's bottom color.
- tr / tg / tb
Changes the font's top color.
- or / og / ob
Changes the font's border color.
- bc
Changes the font's bottom color as a (r, g, b) list.
- tc
Changes the font's top color as a (r, g, b) list.
- oc
Changes the font's border color as a (r, g, b) list.
Example:
ObjText_SetText(obj, "Lorem ipsum [font size=48 it=1 bc=(255, 0, 0)]dolor sit[font clr] amet");
- ruby
Creates a ruby(furigana) text.
Available tag properties:
- rb
Sets the main(bottom) text. Unchanged from vanilla ph3.
- rt
Sets the furigana(top) text. Unchanged from vanilla ph3.
- sz
Changes the furigana text's font size.
- wg
Changes the furigana text's font weight.
- ox
Changes the furigana text's left margin.
- op
Changes the furigana text's side pitch.

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● Before We Get Started
This software is a freeware.
The creators are not liable for any mental, physical, or emotional damages caused by using the application.
● Installation
　 1. Use a software that is able to extract .zip files.
If you're seeing this you've probably already done this step. Good job.
2. Select the path to which to extract the files.
3. Yeah.
4. Suffer or enjoy, I don't know.
● Notes
■ Running on Wine
If the engine shows an error regarding shader compilation on startup, it's likely because of Wine failing to load required dlls.
Steps:
1a) Install winetricks if you haven't yet.
2a) Run 'winetricks d3dx9 d3dcompiler_43' at the console.
1b) If you've performed the above steps, and the engine still does not work, continue below.
2b) Run winetricks -> "Select the default wineprefix" -> "Run winecfg"
3b) Select either "Default Settings", or "Add application..." and select the ph3sx binary.
- For "Windows Version", select at least Windows 7.
4b) Go to the "Libraries" tab, and add overrides for the following dlls:
- d3dx9_43
- d3dcompiler_43
5b) Apply the settings, and everything should now work.
● Uninstallation
　 Simple delete all the related files.
This application does not utilize registry keys nor AppData storage.
● Key Controls (default)
Arrow Keys: Move
Z: Shoot, Select
X: Bomb, Cancel
Left Shift: Hold for Focused Movement
Left Ctrl: Hold for Fast Mode
R: Return to Script Select Screen (Unavailable by default in package scripts)
Backspace: Restart Script (Unavailable by default in package scripts)
** Default key controls are purely engine-default, and may be overridden and changed from script to script.
Check out the sample scripts for demonstrations of new functions and features.
REPORT BUGS AND/OR GIVE FEATURE REQUESTS TO:
● https://github.com/Natashi/Touhou-Danmakufu-ph3sx-2/issues on GitHub
● https://discord.gg/f9KFujKGEx on the ph3sx development Discord server

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//書き換えないでください。
@Initialize
{
TEnemy();
}
@MainLoop
{
yield;
}
@Finalize
{
}
task TEnemy
{
let path = GetMainStgScriptPath();
let idScript = LoadScript(path);
StartScript(idScript);
while(!IsCloseScript(idScript) && GetPlayerState() != STATE_END)
{
yield;
}
loop(300){yield;}
CloseStgScene();
}

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//書き換えないでください。
@Initialize
{
TEnemy();
}
@MainLoop
{
yield;
}
@Finalize
{
}
task TEnemy
{
let path = GetMainStgScriptPath();
let obj = ObjEnemyBossScene_Create();
ObjEnemyBossScene_Add(obj, 0, path);
ObjEnemyBossScene_LoadInThread(obj);
ObjEnemyBossScene_Regist(obj);
while(!Obj_IsDeleted(obj) && GetPlayerState() != STATE_END)
{
yield;
}
loop(300){yield;}
CloseStgScene();
}

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#TouhouDanmakufu[Single]
#ScriptVersion[3]
#Title["DPS Test"]
#Text["thank you Daniel WishMakers"]
#System["script/KevinSystem/Kevin_System.txt"]
//let shotSheet = GetCurrentScriptDirectory() ~ "./../shot/shot.txt";
int bossObj; // This is enemy 1
int enm2, enm3; // This is enemy 2 and 3
let timer = 0;
let timer2 = 0;
let timer3 = 0;
let timer4 = 0;
//let phase = 0;
let angle = 0;
let angle2 = 0;
let angle3 = 0;
let angle4 = 0;
let x = 0;
let y = 0;
let image_angle = 0;
let HP = 10000000; //- (100 * difficulty);
// This is for the damage showing
let gl_curDPS = 0;
let gl_curDPS2 = 0;
let gl_curDPS3 = 0;
let gl_TimeSpent = 0;
let gl_TutorialStr = "";
const let STR_START = "Release SHOT before testing DPS.";
const let STR_GO = "Press and hold SHOT to start testing DPS.";
const let STR_FINISH = "Release SHOT when you are finished testing DPS.";
//#include "script/BHA5/script/Lib/BHA5_Lib.txt"
#include "script/KevinSystem/Universal_Lib.txt" // The library to include all libraries :sans: :nail_care:
@Event{
alternative(GetEventType())
case(EV_REQUEST_LIFE){
SetScriptResult(HP);
}
case(EV_REQUEST_TIMER){
SetScriptResult(9999);
}
case(EV_REQUEST_SPELL_SCORE){
SetScriptResult(1000000);
}
}
@Initialize{
//Shot sheet
//LoadTexture(shotSheet);
//LoadEnemyShotData(shotSheet);
SetPlayerLife(20);
//Boss registration
bossObj = ObjEnemy_Create(OBJ_ENEMY_BOSS);
ObjEnemy_Regist(bossObj);
//SetIntersectionVisualization(true);
let imgExRumia = GetModuleDirectory() ~ "script/ExRumia/ExRumia.png";
ObjPrim_SetTexture(bossObj, imgExRumia);
ObjSprite2D_SetSourceRect(bossObj, 64, 1, 127, 64);
ObjSprite2D_SetDestCenter(bossObj);
ObjRender_SetScaleXYZ(bossObj, 1.5, 1.5, 1);
ObjRender_SetColor(bossObj, 0xB93C3C);
ObjMove_SetDestAtFrame(bossObj, STG_WIDTH/2, 550, 1);
enm2 = ObjEnemy_Create(OBJ_ENEMY);
ObjEnemy_Regist(enm2);
//SetIntersectionVisualization(true);
//let imgExRumia = GetModuleDirectory() ~ "script/ExRumia/ExRumia.png";
ObjPrim_SetTexture(enm2, imgExRumia);
ObjSprite2D_SetSourceRect(enm2, 64, 1, 127, 64);
ObjSprite2D_SetDestCenter(enm2);
ObjRender_SetScaleXYZ(enm2, 1.5, 1.5, 1);
ObjRender_SetColor(enm2, 0xDC5959);
ObjMove_SetDestAtFrame(enm2, STG_WIDTH/2, 300, 1);
ObjEnemy_SetMaximumDamage(enm2, 2000);
enm3 = ObjEnemy_Create(OBJ_ENEMY);
ObjEnemy_Regist(enm3);
//SetIntersectionVisualization(true);
//let imgExRumia = GetModuleDirectory() ~ "script/ExRumia/ExRumia.png";
ObjPrim_SetTexture(enm3, imgExRumia);
ObjSprite2D_SetSourceRect(enm3, 64, 1, 127, 64);
ObjSprite2D_SetDestCenter(enm3);
ObjRender_SetScaleXYZ(enm3, 1.5, 1.5, 1);
ObjRender_SetColor(enm3, 0xFF8383);
ObjMove_SetDestAtFrame(enm3, STG_WIDTH/2, 50, 1);
ObjEnemy_SetMaximumDamage(enm3, 2000);
ObjEnemy_SetMaximumDamage(bossObj, 2000);
main;
display;
TFinalize;
}
@MainLoop{
ObjEnemy_SetIntersectionCircleToShot(bossObj,ObjMove_GetX(bossObj),ObjMove_GetY(bossObj),128);
ObjEnemy_SetIntersectionCircleToShot(enm2,ObjMove_GetX(enm2),ObjMove_GetY(enm2),128);
ObjEnemy_SetIntersectionCircleToShot(enm3,ObjMove_GetX(enm3),ObjMove_GetY(enm3),128);
//ObjEnemy_SetIntersectionCircleToPlayer(bossObj,ObjMove_GetX(bossObj),ObjMove_GetY(bossObj),32);
timer++;
timer2++;
x = ObjMove_GetX(bossObj);
y = ObjMove_GetY(bossObj);
ObjRender_SetAngleZ(bossObj,image_angle);
//main;
yield;
}
task TFinalize {
while(ObjEnemy_GetInfo(bossObj, INFO_LIFE) > 0){yield;}
Obj_Delete(bossObj);
DeleteShotAll(TYPE_ALL, TYPE_IMMEDIATE);
SetAutoDeleteObject(true);
CloseScript(GetOwnScriptID());
return;
}
task display {
let objText = CreateTextObject(100,300, 24, "Release SHOT to start testing DPS.");
let objMain = CreateTextObject(100,400, 24, "Avg DPS (Front): [r]Frames: ");
let objMain2 = CreateTextObject(100,500, 24, "Avg DPS (Middle): ");
let objMain3 = CreateTextObject(100,600, 24, "Avg DPS (Back): ");
loop {
ObjText_SetText(objText, gl_TutorialStr);
ObjText_SetText(objMain, StringFormat("Avg DPS (Front): %f[r]Frames: %d", "fd", gl_curDPS, gl_TimeSpent));
ObjText_SetText(objMain2, StringFormat("Avg DPS (Middle): %f", "f", gl_curDPS2));
ObjText_SetText(objMain3, StringFormat("Avg DPS (Back): %f", "f", gl_curDPS3));
yield;
}
}
// thanks wish
task main {
let count = 0;
let damage = 0;
let damage2 = 0;
let damage3 = 0;
loop {
//Reinitialize
count = 0;
damage = 0;
damage2 = 0;
damage3 = 0;
ObjEnemy_SetLife(bossObj, HP);
ObjEnemy_SetLife(enm2, HP);
ObjEnemy_SetLife(enm3, HP);
gl_TutorialStr = STR_START;
//Wait for shot to not be held.
while(count < 60) {
if (CheckShotRelease) {
count++;
}
else {
count = 0;
}
yield;
}
//Wait until player starts pressing SHOT.
count = 0;
gl_TutorialStr = STR_GO;
while(!CheckShotHeld) {
yield;
}
while(CheckShotHeld) {
count++;
damage += (HP - ObjEnemy_GetInfo(bossObj, INFO_LIFE));
damage2 += (HP - ObjEnemy_GetInfo(enm2, INFO_LIFE));
damage3 += (HP - ObjEnemy_GetInfo(enm3, INFO_LIFE));
ObjEnemy_SetLife(bossObj, HP);
ObjEnemy_SetLife(enm2, HP);
ObjEnemy_SetLife(enm3, HP);
gl_TimeSpent = count;
if (count % 60 == 0) {
gl_curDPS = damage;
gl_curDPS2 = damage2;
gl_curDPS3 = damage3;
gl_TutorialStr = STR_FINISH;
damage = 0;
damage2 = 0;
damage3 = 0;
}
yield;
}
}
}
function CheckShotRelease {
return ((GetVirtualKeyState(VK_SHOT) == KEY_PULL) || (GetVirtualKeyState(VK_SHOT) == KEY_FREE));
}
function CheckShotHeld {
return ((GetVirtualKeyState(VK_SHOT) == KEY_PUSH) || (GetVirtualKeyState(VK_SHOT) == KEY_HOLD));
}
//mkm fxn
function CreateTextObject(let mx, let my, let size, let text)
{
let obj = ObjText_Create();
ObjText_SetText(obj, text);
ObjText_SetFontSize(obj, size);
ObjText_SetFontBold(obj, true);
ObjText_SetFontColorTop(obj, 128, 128, 255);
ObjText_SetFontColorBottom(obj, 64, 64, 255);
ObjText_SetFontBorderType(obj, BORDER_FULL);
ObjText_SetFontBorderColor(obj,255, 255, 255);
ObjText_SetFontBorderWidth(obj, 2);
Obj_SetRenderPriorityI(obj, 10);
ObjRender_SetX(obj, mx);
ObjRender_SetY(obj, my);
return obj;
}

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#TouhouDanmakufu[Plural]
#ScriptVersion[3]
#Title["Game Plural"]
#Text["pilk"]
#System["script/KevinSystem/Kevin_System.txt"]
//#Player["script/KevinPackage/KevinScript_Players/PankevKouda/KevKou_Main.dnh", "script/KevinPackage/KevinScript_Players/MariHousui/MariHousui_Main.dnh"]
let csd = GetCurrentScriptDirectory();
let obj = ObjEnemyBossScene_Create();
int objBGM = ObjSound_Create();
int objBGMBoss = ObjSound_Create();
#include "script/KevinSystem/Universal_Lib.txt"
#include "script/KevinSystem/kevin_system/Lib_Const.dnh"
#include "script/Jam10/Stage_Background.dnh"
int LifeStart = GetCommonData("Starting Lives", 3);
bool stageStart = false;
bool bossStart = false;
float BGMRate = GetAreaCommonData("Config", "BGMVol", 100) * 0.01;
let POINTER_CHAIN = LoadAreaCommonDataValuePointer("PIV", "ChainAmount", 1);
let POINTER_CHAINGAUGE = LoadAreaCommonDataValuePointer("PIV", "ChainGauge", 0);
let POINTER_SPECIALAMMO = LoadAreaCommonDataValuePointer("PIV", "SpecialAmmo", 100);
let POINTER_SPECIALCHECK = LoadAreaCommonDataValuePointer("PIV", "IsUsingSpecial", false);
let POINTER_CHAINCHECK = LoadAreaCommonDataValuePointer("PIV", "IsChaining", false);
string DATA_PLAYER = "";
string DATA_DIFFICULTY = "";
@Event{
alternative (GetEventType())
case(EV_START_MUSIC){
stageStart = true;
ObjSound_Play(objBGM);
}
case(EV_BOSS_MUSIC){
bossStart = true;
ObjSound_Stop(objBGM);
ObjSound_Play(objBGMBoss);
}
case(EV_PAUSE_ENTER){
if (stageStart) {
if(bossStart){
ObjSound_Stop(objBGMBoss);
}
else{
ObjSound_Stop(objBGM);
}
}
}
case(EV_PAUSE_LEAVE){
if (stageStart) {
if(bossStart){
ObjSound_Play(objBGMBoss);
}
else{
ObjSound_Play(objBGM);
}
}
}
}
@Initialize{
SetCommonDataPtr(POINTER_CHAIN, 1);
SetCommonDataPtr(POINTER_CHAINGAUGE, 0);
SetCommonDataPtr(POINTER_SPECIALAMMO, 100);
SetCommonDataPtr(POINTER_SPECIALCHECK, false);
SetCommonDataPtr(POINTER_CHAINCHECK, false);
SetCommonData("Flying Defeated", 0);
SetCommonData("Ground Defeated", 0);
//SetCommonData("IsBomb", false);
SetCommonData("Rank", 1);
if(!IsCommonDataAreaExists("PIV")){
CreateCommonDataArea("PIV");
SetAreaCommonData("PIV", "currentvalue", 1000);
SetAreaCommonData("PIV", "ChainAmount", 1);
}
else{
SetAreaCommonData("PIV", "ChainAmount", 1);
SetAreaCommonData("PIV", "currentvalue", 1000);
}
SetPlayerLife(GetAreaCommonData("Config", "StartingLife", 3));
SetAutoDeleteObject(true);
// 0: Yal, 1: Wareya
//SetAreaCommonData("Config", "BGMSelect", "Wareya");
/*
if(GetAreaCommonData("Config", "BGMSelect", 0) == 1){
ObjSound_Load(objBGM, "script/game/resourceLib/BossTheme_Wareya1.ogg");
ObjSound_SetLoopTime(objBGM, 1.644, 51.110);
}
else{
ObjSound_Load(objBGM, "script/game/resourceLib/BossTheme_Yal.ogg");
ObjSound_SetLoopTime(objBGM, 0.001, 92.81);
}
*/
InitiateData();
ObjSound_Load(objBGM, "script/Jam10/resourceLib/StageTheme.ogg");
ObjSound_SetSoundDivision(objBGM, SOUND_BGM);
ObjSound_SetResumeEnable(objBGM, true);
ObjSound_SetLoopEnable(objBGM, true);
ObjSound_SetLoopTime(objBGM, 22.72, 79.52);
ObjSound_Load(objBGMBoss, "script/Jam10/resourceLib/BossTheme.ogg");
ObjSound_SetSoundDivision(objBGMBoss, SOUND_BGM);
ObjSound_SetResumeEnable(objBGMBoss, true);
ObjSound_SetLoopEnable(objBGMBoss, false);
ObjSound_SetVolumeRate(objBGMBoss, 100*BGMRate);
ObjSound_SetVolumeRate(objBGM, 100*BGMRate);
PluralTask();
}
@MainLoop{
yield;
}
@Finalize
{
}
task InitiateData(){
DATA_PLAYER = GetPlayerReplayName();
DATA_DIFFICULTY = GetCommonData("Difficulty", "Standard");
}
/* TO DO:
+ Single *syncing* - ensure that the boss stays at the same position
*/
// Task to handle the plural's boss scene
task PluralTask(){
// Registering individual singles
ObjEnemyBossScene_Add(obj, 0, csd ~ "NarumiSTG.dnh");
ObjEnemyBossScene_LoadInThread(obj);
_ScrollBackground();
// Loading and registering the boss scene
ObjEnemyBossScene_Regist(obj);
async{
while(GetPlayerState() != STATE_END){yield;}
ObjSound_Stop(objBGM);
ObjSound_Stop(objBGMBoss);
}
while(!Obj_IsDeleted(obj)){
yield;
}
ObjSound_Stop(objBGM);
ObjSound_Stop(objBGMBoss);
stageStart = false;
bossStart = false;
//_ExplosionEffect(GetCommonData("Boss Position X", STG_WIDTH/2), GetCommonData("Boss Position Y", STG_WIDTH/2), PetalEffect);
if(!IsReplay() & LifeStart <= 3){
int highScore = GetAreaCommonData("Data_" ~ DATA_PLAYER, "HighScore_" ~ DATA_DIFFICULTY, 0);
int curScore = trunc(GetCommonData("Run Score", 0)/10)*10;
if(curScore > highScore){SetAreaCommonData("Data_" ~ DATA_PLAYER, "HighScore_" ~ DATA_DIFFICULTY, curScore);}
else{}
}
string savefile = "";
if (DATA_PLAYER == "Narumi") {savefile = "data_Pl0.dat";}
else if (DATA_PLAYER == "Kouryuu") {savefile = "data_Pl1.dat";}
else {savefile = "data_ERROR.dat";}
SaveCommonDataAreaA2("Data_" ~ DATA_PLAYER, "script/Jam10/" ~ savefile);
SetAutoDeleteObject(true);
CloseScript(GetOwnScriptID());
}

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// Constants
int difficulty = 0;
int STAGE_LENGTH = 120;
int MIDBOSS_LENGTH = 75;
int BOSS_LENGTH = 30;
int HP_MAX = 4500;
int PHASE1_LIMIT = 2250;
int PHASE2_LIMIT = 0;
int PHASE3_LIMIT = 0;
int MIDBOSS_HP = 1800;
// Rank min/max
local{
alternative(GetCommonData("Difficulty", "Standard"))
case("Novice"){difficulty = 0;}
case("Standard"){difficulty = 1;}
case("Extra"){difficulty = 2;}
others{difficulty = 0;}
}
float RANK_MIN = [1, 1, 12][difficulty];
float RANK_MAX = 12; // Since Novice locks Rank to a lower level, this distinction is necessary
float RANK_MAX_TRUE = [6, 12, 12][difficulty]; // Can be changed
SetCommonData("MinRank", RANK_MIN);
SetCommonData("MaxRank", RANK_MAX_TRUE);
// Enemy parameters
int smallEnemyHitbox = 32;
int medEnemyHitbox = 64;
int largeEnemyHitbox = 100;
int spiritHitbox = 48;
float smallEnemyHP = 40;
float mediumEnemyHP = 90;
float largeEnemyHP = 150;
float largeEnemyAltHP = 150;
float popcornHP = 30;
float smallEnemyScale = 1;
float largeEnemyScale = 1;
float popcornScale = 1;
// Enemy rects
int[] smallfairyRect = [0, 128, 128, 256];
int[] spiritRect = [0, 0, 128, 128];
int[] mushroomfairyRect = [0, 256, 192, 448];
int[] yukionnaRect = [0, 448, 192, 640];
int[] bossRect = [192, 448, 384, 704];
// Universal
// MOVEMENT SPEED RELATED
// Very low speed (ground, large enemies)
float baseMoveSpeedVL = 5.5;
// Low speed (ground, large enemies)
float baseMoveSpeed1L= 7;
// Medium speed
float baseMoveSpeedM = 8;
// High speed
float baseMoveSpeedH = 9;
// Very high speed
float baseMoveSpeedVH = 10.5;
float MoveSpeedRankMultiplierVL = 0.01;
float MoveSpeedRankMultiplierL = 0.015;
float MoveSpeedRankMultiplierH = 0.02;
float MoveSpeedRankMultiplierVH = 0.03;
// ITEM RELATED
float smallFlyingEnm_itemPointMin = 8;
float smallFlyingEnm_itemPointMax = 12;
float medFlyingEnm_itemPointMin = 14;
float medFlyingEnm_itemPointMax = 21;
float largeFlyingEnm_itemPointMin = 20;
float largeFlyingEnm_itemPointMax = 30;
float verylargeFlyingEnm_itemPointMin = 35;
float verylargeFlyingEnm_itemPointMax = 45;
// 1 ammo item = 2 ammo
float smallGroundEnm_itemAmmoMin = 2;
float smallGroundEnm_itemAmmoMax = 4;
float medGroundEnm_itemAmmoMin = 4;
float medGroundEnm_itemAmmoMax = 6;
float largeGroundEnm_itemAmmoMin = 12;
float largeGroundEnm_itemAmmoMax = 18;
float verylargeGroundEnm_itemAmmoMin = 40;
float verylargeGroundEnm_itemAmmoMax = 60;
float smallEnm_itemChainMin = 6;
float smallEnm_itemChainMax = 12;
float mediumEnm_itemChainMin = 9;
float mediumEnm_itemChainMax = 16;
float largeEnm_itemChainMin = 12;
float largeEnm_itemChainMax = 20;
float itemMultiplier = 0.03; // For point items only
// INVINCIBILITY TIME
// Short, medium, long
int[] invinTimeArr = [20, 40, 60];
int[] invinTimeDecrease = [1, 2, 3]; // Per rank increase
// Wave 1
// Graphic: fairy
// Uses high speed, fires aimed bullets
int W1_spawnDelayMin = 4;
int W1_spawnDelayMax = 8;
int W1_fairyNumMin = 5;
int W1_fairyNumMax = 8;
int W1_decelTimeMin = 20;
int W1_decelTimeMax = 30;
int W1_bulletDelayMin = 40;
int W1_bulletDelayMax = 50;
float W1_bulletSpdMin = 9;
float W1_bulletSpdMax = 12;
// Wave 2
// Graphic: spirit
// Sin-wave movement, fires aimed small-fire fans
int W2_fairyNumMin = 3;
int W2_fairyNumMax = 5;
int W2_bulletDelayMin = 65;
int W2_bulletDelayMax = 90;
float W2_bulletSpdMin = 10;
float W2_bulletSpdMax = 13;
float W2_rangeMin = 2;
float W2_rangeMax = 3.25;
int W2_bulletfanNumMin = 3;
int W2_bulletfanNumMax = 5;
int W2_spawnDelayMin = 10;
int W2_spawnDelayMax = 15;
// Wave 3: Mushroom fairy, fires large fireballs
int W3_spawnDelayMin = 15;
int W3_spawnDelayMax = 30;
int W3_fairyNumMin = 2;
int W3_fairyNumMax = 6;
float W3_rangeMin = 1;
float W3_rangeMax = 2.5;
int W3_bulletfanNumMin = 1;
int W3_bulletfanNumMax = 1;
int W3_bulletDelayMin = 15;
int W3_bulletDelayMax = 20;
float W3_bulletSpdMin = 11;
float W3_bulletSpdMax = 13;
// Wave 4: Mushroom fairy, fires small fireball lines
int W4_spawnDelayMin = 15;
int W4_spawnDelayMax = 30;
int W4_fairyNumMin = 2;
int W4_fairyNumMax = 5;
int W4_bulletNumMin = 3;
int W4_bulletNumMax = 5;
int W4_bulletDelayMin = 2;
int W4_bulletDelayMax = 4;
int W4_stopTimeMin = 20;
int W4_stopTimeMax = 30;
float W4_bulletSpdMin = 8;
float W4_bulletSpdMax = 10;
// Wave 5: Clumped small fairy lines come from both sides to attack you.
int W5_spawnDelayMin = 25;
int W5_spawnDelayMax = 45;
int W5_fairyNumMin = 3;
int W5_fairyNumMax = 6;
// Angles
int W5_moveTimeMin = 55;
int W5_moveTimeMax = 70;
float W5_bulletSpdMin = 11;
float W5_bulletSpdMax = 13;
// Wave 6: Alt mushroom fairies (2 OR 3) spawns sparse rings (NOT GROUND)
int WG1_ringDenseMin = 10;
int WG1_ringDenseMax = 14;
float WG1_bulletSpdMin = 8;
float WG1_bulletSpdMax = 10;
int WG1_bulletDelayMin = 35;
int WG1_bulletDelayMax = 50;
// Wave 7 (S2): Yukionna with spiral (counts as ground)
int WG2_spiralDenseMin = 6;
int WG2_spiralDenseMax = 9;
int WG2_spiralNumMin = 3;
int WG2_spiralNumMax = 5;
float WG2_spiralSpdMin = 7.5;
float WG2_spiralSpdMax = 9.5;
int WG2_spiralDelayMax = 40;
int WG2_spiralDelayMin = 25;
// Wave 8 (S2): Medium fairies with W3 movements leave large fireball walls. Uses W4 parameters
// Wave 9 (S2): Large number of small fairies come in from both sides (with W3 movements) firing aimed bullets.
int W9_spawnDelayMin = 5;
int W9_spawnDelayMax = 10;
int W9_fairyNumMin = 8;
int W9_fairyNumMax = 12;
int W9_bulletDelayMin = 30;
int W9_bulletDelayMax = 50;
float W9_bulletSpdMin = 7.5;
float W9_bulletSpdMax = 9.5;
// Wave 10 (S2): Clumped medium fairy (3 per line) come in from the right to fire large fireball lines.
int W10_spawnDelayMin = 35;
int W10_spawnDelayMax = 50;
int W10_fairyNumMin = 2;
int W10_fairyNumMax = 4;
int W10_bulletLineNumMin = 3;
int W10_bulletLineNumMax = 5;
// Angles
int W10_moveTimeMin = 55;
int W10_moveTimeMax = 70;
float W10_bulletSpdMin = 8;
float W10_bulletSpdMax = 9.5;
/*
// Wave Ground 1
int[] sign1Rect = [1024, 512, 1280, 768];
int[] platformRect = [1536, 256, 2304, 768];
int WG1_invinTimeMin = 15;
int WG1_invinTimeMax = 25;
// Wave Ground 2
int[] cannonRect = [2048, 768, 2304, 1024];
int[] bushRect = [512, 1024, 1280, 1536];
int WG2_bulletNumMin = 3;
int WG2_bulletNumMax = 5;
float WG2_angRangeMin = 1.4;
float WG2_angRangeMax = 2;
float WG2_bulletSpdMin = 9;
float WG2_bulletSpdMax = 11;
int WG2_bulletDelayMin = 30;
int WG2_bulletDelayMax = 40;
int WG2_invinTimeMin = 45;
int WG2_invinTimeMax = 60;
// Wave Ground 1A
// Graphic: fairy
// Uses high speed
int WG1A_bulletNumMin = 1;
int WG1A_bulletNumMax = 3;
int WG1A_bulletDelayMin = 45;
int WG1A_bulletDelayMax = 60;
float WG1A_bulletSpdMin = 12;
float WG1A_bulletSpdMax = 15;
int[] sign2Rect = [1280, 512, 1536, 768];
int WG1A_invinTimeMin = 25;
int WG1A_invinTimeMax = 40;
// Wave Ground 3 (Rybb) -> orange line spirals
int WG3_spiralDenseMin = 5;
int WG3_spiralDenseMax = 8;
int WG3_spiralNumMin = 3;
int WG3_spiralNumMax = 6;
float WG3_spiralSpdMin = 7.5;
float WG3_spiralSpdMax = 9.5;
int WG3_spiralDelayMax = 40;
int WG3_spiralDelayMin = 30;
int[] rybbRect = [1280, 1024, 1792, 1536];
// Wave Ground 4 (ITS THE FUCKING BUSSY FAIRIES)
// Number of fairies affected by RANK and KILL SPEED
int[] bush2Rect = [512, 1536, 1280, 2048];
int[] bush2ARect = [256, 1536, 512, 1792];
int WG4_enmNumMin = 4;
int WG4_enmNumMax = 6;
int WG4_bulletDelayMin = 45;
int WG4_bulletDelayMax = 60;
float WG4_bulletSpdMin = 11;
float WG4_bulletSpdMax = 14;
int WG4_invinTimeMin = 100;
int WG4_invinTimeMax = 120;
// Wave Ground 5 (Decker) -> Line bullets.
int WG5_bulletNumMin = 4;
int WG5_bulletNumMax = 6;
int WG5_bulletDelayMin = 12;
int WG5_bulletDelayMax = 15;
float WG5_bulletSpdMin = 7;
float WG5_bulletSpdMax = 9;
int[] deckerRect = [1792, 1024, 1792+512, 1536];
// Wave Ground 6 -> Your ass is our base
*/
task UpdateDrops(){
// According to rank
while(true){
smallFlyingEnm_itemPointMax = FUNC_LERP_LINEAR(12, 18, rank/RANK_MAX);
medFlyingEnm_itemPointMax = FUNC_LERP_LINEAR(21, 28, rank/RANK_MAX);
largeFlyingEnm_itemPointMax = FUNC_LERP_LINEAR(30, 40, rank/RANK_MAX);
verylargeFlyingEnm_itemPointMax = FUNC_LERP_LINEAR(45, 60, rank/RANK_MAX);
smallGroundEnm_itemAmmoMax = FUNC_LERP_LINEAR(4, 6, rank/RANK_MAX);
medGroundEnm_itemAmmoMax = FUNC_LERP_LINEAR(6, 8, rank/RANK_MAX);
largeGroundEnm_itemAmmoMax = FUNC_LERP_LINEAR(18, 25, rank/RANK_MAX);
verylargeGroundEnm_itemAmmoMax = FUNC_LERP_LINEAR(60, 75, rank/RANK_MAX);
smallEnm_itemChainMax = FUNC_LERP_LINEAR(12, 16, rank/RANK_MAX);
mediumEnm_itemChainMax = FUNC_LERP_LINEAR(16, 20, rank/RANK_MAX);
largeEnm_itemChainMax = FUNC_LERP_LINEAR(20, 24, rank/RANK_MAX);
wait(5);
}
}
/*
Reference:
task SpawnSpiral(float angStart, int spinDir){
async{
ascent(i in -1..linespiralNum[diff]){
if(ObjEnemy_GetInfo(bossObj, INFO_LIFE) <= 0){break;}
int shot = CreateFan(bossObj, 1, KEV_LEAF_ORANGE, linespiralLineCount[diff],
angStart+i*spinDir*linespiralAngOffset[diff], 0, linespiralSpd2[diff], linespiralSpd1[diff],
0.6,
0, 0,
PATTERN_FAN, false
);
int shot2 = CreateFan(bossObj, 1, KEV_LEAF_ORANGE, linespiralLineCount[diff],
angStart+(180+angStart)-i*spinDir*linespiralAngOffset[diff], 0, linespiralSpd2[diff], linespiralSpd1[diff], 0.6,
0, 0,
PATTERN_FAN, false
);
if(ObjEnemy_GetInfo(bossObj, INFO_LIFE) <= 0){Obj_Delete(shot); Obj_Delete(shot2);}
else{Shoot1;}
wait([4, 4, 3, 3][diff]);
}
}
}
*/

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let bossBG = "script/Jam10/resourceLib/Jam10_BG.png";
let overlayBG = "script/Jam10/resourceLib/Overlay.png";
let soundWarn = ObjSound_Create();
let alphaMax = 255*((GetAreaCommonData("Config", "BGOpacity", 100))/100);
let exVol = GetAreaCommonData("Config", "SEVol", 100) * 0.01;
//ObjSound_Load(sound, "script/game/resourceLib/dialogueblip.wav");
ObjSound_Load(soundWarn, "script/game/resourceLib/warnSound.wav");
//ObjSound_SetVolumeRate(sound, 100 * blipVol);
ObjSound_SetVolumeRate(soundWarn, 100 * blipVol);
//ObjSound_SetSoundDivision(sound, SOUND_SE);
ObjSound_SetSoundDivision(soundWarn, SOUND_SE);
//LoadSound("script/game/StageLib/dialogueblip.wav");
LoadTextureEx(bossBG, true, true);
function <void> _ScrollBackground(){
int BossImg = _Create2DImage(bossBG, [0, 0, 640*4, 720]);
ObjRender_SetScaleXYZ(BossImg, 1);
ObjRender_SetPosition(BossImg, STG_WIDTH/2, STG_HEIGHT/2, 1);
Obj_SetRenderPriorityI(BossImg, 24);
int OverlayImg = _Create2DImage(overlayBG, [0, 0, 640*4, 720]);
ObjRender_SetScaleXYZ(OverlayImg, 1);
ObjRender_SetPosition(OverlayImg, STG_WIDTH/2, STG_HEIGHT/2, 1);
Obj_SetRenderPriorityI(OverlayImg, 23);
ObjRender_SetAlpha(OverlayImg, 255);
float scrollSpeed = 0;
float maxscrollSpeed = 14;
int curScroll = 0;
async{
loop{
maxscrollSpeed = 9+GetCommonData("Rank", 1)*1.25;
wait(60);
}
}
async{
loop{
//ObjSprite2D_SetDestRect(BossImg, 0, 0, STG_WIDTH/2, STG_HEIGHT/2);
ObjSprite2D_SetSourceRect(BossImg, curScroll, 0, curScroll+640*4, 720);
curScroll += scrollSpeed;
scrollSpeed = min(maxscrollSpeed, scrollSpeed+0.05);
yield;
}
}
ascent(i in 0..90){
ObjRender_SetAlpha(BossImg, Interpolate_Decelerate(0, alphaMax, i/90));
yield;
}
NotifyEventAll(EV_START_MUSIC, 0);
//Dialogue();
//ObjRender_SetAlpha(BossImg, 255*((GetAreaCommonData("Config", "BGOpacity", 100))/100));
}
function <void> Dialogue(){
//ObjSound_Play(soundWarn);
wait(30);
int objText3 = CreateTextObject(
STG_WIDTH/2, STG_HEIGHT/3-60, 80,
" ", "Origami Mommy",
0x72CBFF, 0x72CBFF,
0x08007C, 10,
71
);
int objText = CreateTextObject(
STG_WIDTH/2, STG_HEIGHT/2-60, 36,
" ", "Origami Mommy",
0x72CBFF, 0x72CBFF,
0x08007C, 6,
71
);
int objText2 = CreateTextObject(
STG_WIDTH/2, STG_HEIGHT/2, 36,
" ", "Origami Mommy",
0x72CBFF, 0x72CBFF,
0x08007C, 6,
71
);
ObjText_SetHorizontalAlignment(objText, ALIGNMENT_CENTER);
ObjText_SetHorizontalAlignment(objText2, ALIGNMENT_CENTER);
ObjText_SetHorizontalAlignment(objText3, ALIGNMENT_CENTER);
TTextScroll(objText3, "GET READY!");
TTextScroll(objText, "IN 99 SECONDS");
//wait(60);
TTextScroll(objText2, "BECOME THE STRONGEST!");
wait(60);
Obj_Delete(objText);
Obj_Delete(objText2);
Obj_Delete(objText3);
}

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// Sound effects for boss go here.
let lib = GetModuleDirectory() ~ "./script/KevinSystem/RyannSFX/ryannlib/";
let libKev = "script/KevinSound/";
let SFXVol = GetAreaCommonData("Config", "SEVol", 100) * 0.01;
// Sound paths
let defeatsnd = lib ~ "../bossdie.wav";
let lw = lib ~ "sp_lastword.wav";
let bullet1 = libKev ~ "bfxr_Shoot1.wav"; // Regular bullet sound
let bullet2 = libKev ~ "bfxr_Shoot2.wav"; // Shiny bullet sound
let bullet3 = lib ~ "se_explode.wav";
let lightning1 = lib ~ "se_don00.wav"; // Lightning sound 1/Explosion sound
let lightning2 = lib ~ "se_kira02.wav"; // Lightning sound 2
let laze = lib ~ "se_lazer01.wav"; // Laser sound
let lazeB = lib ~ "se_lazer00.wav";
let slash = lib ~ "se_slash.ogg";
let pause = libKev ~ "bfxr_Pause.wav";
let chargeA = libKev ~ "bfxr_Charge.wav";
let selection = libKev ~ "se_select00.wav";
let thunder = lib ~ "se_boon00.wav"; // Thunder/delay laser sound
let bomb = lib ~ "se_nep00.wav";
let extend = libKev ~ "bfxr_ExtendLegacy.wav"; // Clear game!
let lenenwarn = lib ~ "../lenenwarning.wav";
let chargeB = lib ~ "se_ch01.wav";
// Sound objects declarations
let warnsfx = ObjSound_Create();
let lwmusic = ObjSound_Create();
let fire1 = ObjSound_Create();
let fire2 = ObjSound_Create();
let fire3 = ObjSound_Create();
let light1 = ObjSound_Create();
let light2 = ObjSound_Create();
let laser = ObjSound_Create();
let laserB = ObjSound_Create();
let charge = ObjSound_Create();
let phase = ObjSound_Create();
let grz = ObjSound_Create();
let swing = ObjSound_Create();
let pausesfx = ObjSound_Create();
let choose = ObjSound_Create();
let thundersfx = ObjSound_Create();
let bombsfx = ObjSound_Create();
let extendsfx = ObjSound_Create();
let icebreak = ObjSound_Create();
let entrance = ObjSound_Create();
int sfxBoom = ObjSound_Create();
int bossBoom = ObjSound_Create();
int bossLaugh = ObjSound_Create();
// Merge function that loads sounds and significantly decreases volume
// so the ears do not die from SFX overload.
function LoadEx(targetobj, targetpath, targetvol){
ObjSound_Load(targetobj, targetpath);
ObjSound_SetVolumeRate(targetobj, targetvol * SFXVol);
ObjSound_SetSoundDivision(targetobj, SOUND_SE);
}
task _SoundTask{
//LoadEx(lwmusic, lw, 80);
LoadEx(fire1, bullet1, 65);
LoadEx(fire2, bullet2, 65);
LoadEx(pausesfx, pause, 40);
LoadEx(extendsfx, extend, 60);
LoadEx(light1, lightning1, 20);
LoadEx(light2, lightning2, 20);
LoadEx(laser, laze, 20);
LoadEx(laserB, lazeB, 20);
//LoadEx(grz, graze, 20);
LoadEx(swing, slash, 20);
LoadEx(choose, selection, 30);
LoadEx(thundersfx, thunder, 25);
LoadEx(charge, chargeA, 75);
LoadEx(phase, chargeB, 75);
LoadEx(fire3, bullet3, 35);
LoadEx(bombsfx, bomb, 50);
LoadEx(warnsfx, lenenwarn, 30);
LoadEx(icebreak, lib ~ "se_don00.wav", 60);
LoadEx(entrance, lib ~ "se_gun00.wav", 60);
LoadEx(sfxBoom, libKev ~ "bfxr_EnemyBoom.wav", 60);
LoadEx(bossBoom, libKev ~ "bossBoom.wav", 60);
LoadEx(bossLaugh, libKev ~ "RaspberryTickle_Giggle.wav", 60);
}
// Functions to load sounds in scripts
task Shoot1{ObjSound_Play(fire1); return;}
task Shoot2{ObjSound_Play(fire2); return;}
task Shoot3{ObjSound_Play(fire3); return;}
task Lit1{ObjSound_Play(light1); return;}
task Lit2{ObjSound_Play(light2); return;}
task GrazeSFX{ObjSound_Play(grz); return;}
task SwordSlashSFX{ObjSound_Play(swing); return;}
task PauseGameSFX{ObjSound_Play(pausesfx); return;}
task SelectOptionSFX{ObjSound_Play(choose); return;}
task LaserSFX{ObjSound_Play(laser); return;}
task LaserBSFX{ObjSound_Play(laserB); return;}
task ThunderSFX{ObjSound_Play(thundersfx); return;}
task ChargeSFX{ObjSound_Play(charge); return;}
task ChargeBreakSFX{ObjSound_Play(phase); return;}
task BombSFX{ObjSound_Play(bombsfx); return;}
task ExtendSFX{ObjSound_Play(extendsfx); return;}

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if(IsCommonDataAreaExists("PIV") == false){
CreateCommonDataArea("PIV");
SetAreaCommonData("PIV", "currentvalue", 10000);
SetAreaCommonData("PIV", "ChainAmount", 1);
}
else{}
if(IsCommonDataAreaExists("ScriptID") == false){
CreateCommonDataArea("ScriptID");
SetAreaCommonData("ScriptID", "SystemID", 0);
SetAreaCommonData("ScriptID", "ItemID", 0);
}
else{}
if(IsCommonDataAreaExists("ChainChecks") == false){
CreateCommonDataArea("ChainChecks");
SetAreaCommonData("ChainChecks", "IsChaining", false);
}
else{}

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/*
For Danmakufu users.
These functions are meant to be used alongside my pastel shotsheet due to the very high native resolution.
*/
// Bullet rescaling task, also has functionality for setting a new hitbox size relative to the new bullet graphic size. I highly recommend leaving hitboxscale to true.
task _BulletRescale(target, float scale, bool hitboxscale, hitboxlevel){
ObjRender_SetScaleXYZ(target, scale, scale, 1);
if (hitboxscale){
ObjShot_SetIntersectionScaleXY(target, scale*hitboxlevel, scale*hitboxlevel); // Note the formula. The hitbox will have been scaled accordingly along with the bullet graphic, but you can use hitboxlevel to adjust the scale further.
return;
}
else{return;}
}
// Delay task, provided by Naudiz (@Naudogs). For best effects, ensure destscale is equal to the resized scale of the bullet graphic, and orgscale be larger than it.
task _Delay(target, del, orgscale, destscale, orgalpha, destalpha){
ObjShot_SetDelay(target, del);
ObjShot_SetDelayGraphic(target, ObjShot_GetImageID(target)); // unless you already have the ID in the function somewhere, in which case you can just use that, or use any other graphic
ObjShot_SetDelayMode(target, DELAY_LERP, LERP_ACCELERATE, LERP_DECELERATE); // delay mode, scale lerp, alpha lerp. Check ph3sx's New Functions Documentation.txt for more details.
ObjShot_SetDelayScaleParameter(target, destscale, orgscale, del); // lerps from orgscale to destscale scale in del frames (use the value from ObjShot_SetDelay for del)
ObjShot_SetDelayAlphaParameter(target, destalpha, orgalpha, del); // lerps from orgalpha to destalpha scale in del frames (use the value from ObjShot_SetDelay for del)
return;
}

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Kevin's Ultra HD/4K Pastel Shotsheet
0.10a
--------
Thank you for downloading and using my pastel shotsheet!
This shotsheet features various common bullet types in a variety of "pastel" colors - colors lighter than your usual bullet graphics, but they should hopefully still be just as visible nonetheless. It has a *very* big native resolution (the first sheet is 4096x4096, with each bullet graphic being 256x256), and therefore is meant to be used with a similarly large game resolution and/or bullet rescaling functions. (See misc.txt for information regarding the latter in Danmakufu). It comes pre-packed with shot data and shot constant sheets meant for instant use in Danmakufu.
The shotsheet is still heavily incomplete. In the works is a second sheet (4096x2048) featuring more bullet types (fireballs, lasers, bubbles), some changes to existing bullet graphics to improve aesthetic and visibility, and half-size versions for regular HD reoslutions.
How to use:
Extract the directory to an appropriate location in your project and to load them, just include the shot constant text file in your script file (shotconst_4K.txt).
--------
The shot sheet images can be used in other engines as well. However it is the responsibility of the user to port the shot sheet data themselves.
The shot sheet images are free to use NON-COMMERCIALLY. Please credit me (Kevinmonitor/Kevin Mink) fully!
You are free to modify the shot sheets. Please state so if you do so however (for example, in the credits for your project you put a "modified by the author with permission" next to my attribution).
Please do not redistribute these shotsheets on your own.
--------
CONTACT:
Discord: Kevinmonitor#6745
Twitter: @kevinminh_alt

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local
{
LoadTextureEx(GetCurrentScriptDirectory ~ "./KevinShot_Alt_HD.png", true, true);
LoadTextureEx(GetCurrentScriptDirectory ~ "./KevinShot_Alt_HD_Fireball.png", true, true);
LoadTextureEx(GetCurrentScriptDirectory ~ "./KevinShot_Alt_HD_Inv.png", true, true);
LoadTextureEx(GetCurrentScriptDirectory ~ "./KevinShot_Alt_HD_Fireball_Inv.png", true, true);
LoadEnemyShotData(GetCurrentScriptDirectory ~ "shotdata_HD.txt");
LoadEnemyShotData(GetCurrentScriptDirectory ~ "shotdata_HD_2.txt");
LoadEnemyShotData(GetCurrentScriptDirectory ~ "shotdata_HD_3.txt");
LoadEnemyShotData(GetCurrentScriptDirectory ~ "shotdata_HD_4.txt");
}
const KEV_BALL_RED = 2000;
const KEV_BALL_ORANGE = 2001;
const KEV_BALL_YELLOW = 2002;
const KEV_BALL_GREEN = 2003;
const KEV_BALL_AQUA = 2004;
const KEV_BALL_LAVENDER = 2005;
const KEV_BALL_PURPLE = 2006;
const KEV_BALL_PINK = 2007;
const KEV_BALL_WHITE = 2008;
const KEV_FIRESMALL_RED = 2011;
const KEV_FIRESMALL_ORANGE = 2012;
const KEV_FIRESMALL_YELLOW = 2013;
const KEV_FIRESMALL_GREEN = 2014;
const KEV_FIRESMALL_AQUA = 2015;
const KEV_FIRESMALL_LAVENDER = 2016;
const KEV_FIRESMALL_PURPLE = 2017;
const KEV_FIRESMALL_PINK = 2018;
const KEV_FIRESMALL_WHITE = 2019;
const KEV_LEAF_RED = 2022;
const KEV_LEAF_ORANGE = 2023;
const KEV_LEAF_YELLOW = 2024;
const KEV_LEAF_GREEN = 2025;
const KEV_LEAF_AQUA = 2026;
const KEV_LEAF_LAVENDER = 2027;
const KEV_LEAF_PURPLE = 2028;
const KEV_LEAF_PINK = 2029;
const KEV_LEAF_WHITE = 2030;
const KEV_FIRELARGE_RED = 2033;
const KEV_FIRELARGE_ORANGE = 2034;
const KEV_FIRELARGE_YELLOW = 2035;
const KEV_FIRELARGE_GREEN = 2036;
const KEV_FIRELARGE_AQUA = 2037;
const KEV_FIRELARGE_LAVENDER = 2038;
const KEV_FIRELARGE_PURPLE = 2039;
const KEV_FIRELARGE_PINK = 2040;
const KEV_FIRELARGE_WHITE = 2041;
const KEV_ARROW_RED = 2044;
const KEV_ARROW_ORANGE = 2045;
const KEV_ARROW_YELLOW = 2046;
const KEV_ARROW_GREEN = 2047;
const KEV_ARROW_AQUA = 2048;
const KEV_ARROW_LAVENDER = 2049;
const KEV_ARROW_PURPLE = 2050;
const KEV_ARROW_PINK = 2051;
const KEV_ARROW_WHITE = 2052;
const KEV_BUTTERFLY_RED = 2055;
const KEV_BUTTERFLY_ORANGE = 2056;
const KEV_BUTTERFLY_YELLOW = 2057;
const KEV_BUTTERFLY_GREEN = 2058;
const KEV_BUTTERFLY_AQUA = 2059;
const KEV_BUTTERFLY_LAVENDER = 2060;
const KEV_BUTTERFLY_PURPLE = 2061;
const KEV_BUTTERFLY_PINK = 2062;
const KEV_BUTTERFLY_WHITE = 2063;
const KEV_AURABALL_RED = 2066;
const KEV_AURABALL_ORANGE = 2067;
const KEV_AURABALL_YELLOW = 2068;
const KEV_AURABALL_GREEN = 2069;
const KEV_AURABALL_AQUA = 2070;
const KEV_AURABALL_LAVENDER = 2071;
const KEV_AURABALL_PURPLE = 2072;
const KEV_AURABALL_PINK = 2073;
const KEV_AURABALL_WHITE = 2074;
const KEV_FIRE_RED = 2075;
const KEV_FIRE_ORANGE = 2076;
const KEV_FIRE_YELLOW = 2077;
const KEV_FIRE_GREEN = 2078;
const KEV_FIRE_AQUA = 2079;
const KEV_FIRE_LAVENDER = 2080;
const KEV_FIRE_PURPLE = 2081;
const KEV_FIRE_PINK = 2082;
const KEV_FIRE_WHITE = 2083;
const KEV_BUBBLE_RED = 2086;
const KEV_BUBBLE_ORANGE = 2087;
const KEV_BUBBLE_YELLOW = 2088;
const KEV_BUBBLE_GREEN = 2089;
const KEV_BUBBLE_AQUA = 2090;
const KEV_BUBBLE_LAVENDER = 2091;
const KEV_BUBBLE_PURPLE = 2092;
const KEV_BUBBLE_PINK = 2093;
const KEV_KNIFE_RED = 2096;
const KEV_KNIFE_ORANGE = 2097;
const KEV_KNIFE_YELLOW = 2098;
const KEV_KNIFE_GREEN = 2099;
const KEV_KNIFE_AQUA = 2100;
const KEV_KNIFE_LAVENDER = 2101;
const KEV_KNIFE_PURPLE = 2102;
const KEV_KNIFE_PINK = 2103;
const KEV_BITCHKILLER_ARROW = 3000;
// Inverted colours
const KEV_BALL_RED_INV = 2200; const KEV_PEOPLE_RED_INV = 2211; const KEV_LEAF_RED_INV = 2222; const KEV_AMULET_RED_INV = 2233; const KEV_ARROW_RED_INV = 2244; const KEV_BUTTERFLY_RED_INV = 2255; const KEV_AURABALL_RED_INV = 2266; const KEV_BUBBLE_RED_INV = 2286; const KEV_KNIFE_RED_INV = 2296;
const KEV_BALL_ORANGE_INV = 2201; const KEV_PEOPLE_ORANGE_INV = 2212; const KEV_LEAF_ORANGE_INV = 2223; const KEV_AMULET_ORANGE_INV = 2234; const KEV_ARROW_ORANGE_INV = 2245; const KEV_BUTTERFLY_ORANGE_INV = 2256; const KEV_AURABALL_ORANGE_INV = 2267; const KEV_BUBBLE_ORANGE_INV = 2287; const KEV_KNIFE_ORANGE_INV = 2297;
const KEV_BALL_YELLOW_INV = 2202; const KEV_PEOPLE_YELLOW_INV = 2213; const KEV_LEAF_YELLOW_INV = 2224; const KEV_AMULET_YELLOW_INV = 2235; const KEV_ARROW_YELLOW_INV = 2246; const KEV_BUTTERFLY_YELLOW_INV = 2257; const KEV_AURABALL_YELLOW_INV = 2268; const KEV_BUBBLE_YELLOW_INV = 2288; const KEV_KNIFE_YELLOW_INV = 2298;
const KEV_BALL_GREEN_INV = 2203; const KEV_PEOPLE_GREEN_INV = 2214; const KEV_LEAF_GREEN_INV = 2225; const KEV_AMULET_GREEN_INV = 2236; const KEV_ARROW_GREEN_INV = 2247; const KEV_BUTTERFLY_GREEN_INV = 2258; const KEV_AURABALL_GREEN_INV = 2269; const KEV_BUBBLE_GREEN_INV = 2289; const KEV_KNIFE_GREEN_INV = 2299;
const KEV_BALL_AQUA_INV = 2204; const KEV_PEOPLE_AQUA_INV = 2215; const KEV_LEAF_AQUA_INV = 2226; const KEV_AMULET_AQUA_INV = 2237; const KEV_ARROW_AQUA_INV = 2248; const KEV_BUTTERFLY_AQUA_INV = 2259; const KEV_AURABALL_AQUA_INV = 2270; const KEV_BUBBLE_AQUA_INV = 2290; const KEV_KNIFE_AQUA_INV = 2300;
const KEV_BALL_LAVENDER_INV = 2205; const KEV_PEOPLE_LAVENDER_INV = 2216; const KEV_LEAF_LAVENDER_INV = 2227; const KEV_AMULET_LAVENDER_INV = 2238; const KEV_ARROW_LAVENDER_INV = 2249; const KEV_BUTTERFLY_LAVENDER_INV = 2260; const KEV_AURABALL_LAVENDER_INV = 2271; const KEV_BUBBLE_LAVENDER_INV = 2291; const KEV_KNIFE_LAVENDER_INV = 2301;
const KEV_BALL_PURPLE_INV = 2206; const KEV_PEOPLE_PURPLE_INV = 2217; const KEV_LEAF_PURPLE_INV = 2228; const KEV_AMULET_PURPLE_INV = 2239; const KEV_ARROW_PURPLE_INV = 2250; const KEV_BUTTERFLY_PURPLE_INV = 2261; const KEV_AURABALL_PURPLE_INV = 2272; const KEV_BUBBLE_PURPLE_INV = 2292; const KEV_KNIFE_PURPLE_INV = 2302;
const KEV_BALL_PINK_INV = 2207; const KEV_PEOPLE_PINK_INV = 2218; const KEV_LEAF_PINK_INV = 2229; const KEV_AMULET_PINK_INV = 2240; const KEV_ARROW_PINK_INV = 2251; const KEV_BUTTERFLY_PINK_INV = 2262; const KEV_AURABALL_PINK_INV = 2273; const KEV_BUBBLE_PINK_INV = 2293; const KEV_KNIFE_PINK_INV = 2303;
const KEV_BALL_WHITE_INV = 2208; const KEV_PEOPLE_WHITE_INV = 2219; const KEV_LEAF_WHITE_INV = 2230; const KEV_AMULET_WHITE_INV = 2241; const KEV_ARROW_WHITE_INV = 2252; const KEV_BUTTERFLY_WHITE_INV = 2263; const KEV_AURABALL_WHITE_INV = 2274; const KEV_BUBBLE_WHITE_INV = 2294; const KEV_KNIFE_WHITE_INV = 2304;
const KEV_FIRE_RED_INV = 2275;
const KEV_FIRE_ORANGE_INV = 2276;
const KEV_FIRE_YELLOW_INV = 2277;
const KEV_FIRE_GREEN_INV = 2278;
const KEV_FIRE_AQUA_INV = 2279;
const KEV_FIRE_LAVENDER_INV = 2280;
const KEV_FIRE_PURPLE_INV = 2281;
const KEV_FIRE_PINK_INV = 2282;
const KEV_FIRE_WHITE_INV = 2283;

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#UserShotData
shot_image = "./KevinShot_PxEdit_A.png"
// BALL
ShotData { id = 2000 rect = (0,0,128,128) collision = 12 delay_color = (255,255,255) angular_velocity = 5} //RED
ShotData { id = 2001 rect = (128,0,256,128) collision = 12 delay_color = (255,255,255) angular_velocity = 5} //ORANGE
ShotData { id = 2002 rect = (256,0,384,128) collision = 12 delay_color = (255,255,255) angular_velocity = 5} //YELLOW
ShotData { id = 2003 rect = (384,0,512,128) collision = 12 delay_color = (255,255,255) angular_velocity = 5} //GREEN
ShotData { id = 2004 rect = (512,0,640,128) collision = 12 delay_color = (255,255,255) angular_velocity = 5} //AQUA
ShotData { id = 2005 rect = (640,0,768,128) collision = 12 delay_color = (255,255,255) angular_velocity = 5} //LAVENDER
ShotData { id = 2006 rect = (768,0,896,128) collision = 12 delay_color = (255,255,255) angular_velocity = 5} //PURPLE
ShotData { id = 2007 rect = (896,0,1024,128) collision = 12 delay_color = (255,255,255) angular_velocity = 5} //PINK
ShotData { id = 2008 rect = (1024,0,1152,128) collision = 12 delay_color = (255,255,255) angular_velocity = 5} //WHITE
// FIRE SMALL
ShotData { id = 2011 rect = (0,128,128,256) collision = (12,0,8) delay_color = (255,255,255) } //RED
ShotData { id = 2012 rect = (128,128,256,256) collision = (12,0,8) delay_color = (255,255,255) } //ORANGE
ShotData { id = 2013 rect = (256,128,384,256) collision = (12,0,8) delay_color = (255,255,255) } //YELLOW
ShotData { id = 2014 rect = (384,128,512,256) collision = (12,0,8) delay_color = (255,255,255) } //GREEN
ShotData { id = 2015 rect = (512,128,640,256) collision = (12,0,8) delay_color = (255,255,255) } //AQUA
ShotData { id = 2016 rect = (640,128,768,256) collision = (12,0,8) delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2017 rect = (768,128,896,256) collision = (12,0,8) delay_color = (255,255,255) } //PURPLE
ShotData { id = 2018 rect = (896,128,1024,256) collision = (12,0,8) delay_color = (255,255,255) } //PINK
ShotData { id = 2019 rect = (1024,128,1152,256) collision = (12,0,8) delay_color = (255,255,255) } //WHITE
// LEAF
ShotData { id = 2022 rect = (0,256,128,384) collision = 8 delay_color = (255,255,255) } //RED
ShotData { id = 2023 rect = (128,256,256,384) collision = 8 delay_color = (255,255,255) } //ORANGE
ShotData { id = 2024 rect = (256,256,384,384) collision = 8 delay_color = (255,255,255) } //YELLOW
ShotData { id = 2025 rect = (384,256,512,384) collision = 8 delay_color = (255,255,255) } //GREEN
ShotData { id = 2026 rect = (512,256,640,384) collision = 8 delay_color = (255,255,255) } //AQUA
ShotData { id = 2027 rect = (640,256,768,384) collision = 8 delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2028 rect = (768,256,896,384) collision = 8 delay_color = (255,255,255) } //PURPLE
ShotData { id = 2029 rect = (896,256,1024,384) collision = 8 delay_color = (255,255,255) } //PINK
ShotData { id = 2030 rect = (1024,256,1152,384) collision = 8 delay_color = (255,255,255) } //WHITE
// FIRE BIG
ShotData { id = 2033 rect = (0,384,128,512) collision = (20,0,12) delay_color = (255,255,255) } //RED
ShotData { id = 2034 rect = (128,384,256,512) collision = (20,0,12) delay_color = (255,255,255) } //ORANGE
ShotData { id = 2035 rect = (256,384,384,512) collision = (20,0,12) delay_color = (255,255,255) } //YELLOW
ShotData { id = 2036 rect = (384,384,512,512) collision = (20,0,12) delay_color = (255,255,255) } //GREEN
ShotData { id = 2037 rect = (512,384,640,512) collision = (20,0,12) delay_color = (255,255,255) } //AQUA
ShotData { id = 2038 rect = (640,384,768,512) collision = (20,0,12) delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2039 rect = (768,384,896,512) collision = (20,0,12) delay_color = (255,255,255) } //PURPLE
ShotData { id = 2040 rect = (896,384,1024,512) collision = (20,0,12) delay_color = (255,255,255) } //PINK
ShotData { id = 2041 rect = (1024,384,1152,512) collision = (20,0,12) delay_color = (255,255,255) } //WHITE
ShotData { id = 2044 rect = (0,512,128,640) collision = (6,0,20) delay_color = (255,255,255) } //RED
ShotData { id = 2045 rect = (128,512,256,640) collision = (6,0,20) delay_color = (255,255,255) } //ORANGE
ShotData { id = 2046 rect = (256,512,384,640) collision = (6,0,20) delay_color = (255,255,255) } //YELLOW
ShotData { id = 2047 rect = (384,512,512,640) collision = (6,0,20) delay_color = (255,255,255) } //GREEN
ShotData { id = 2048 rect = (512,512,640,640) collision = (6,0,20) delay_color = (255,255,255) } //AQUA
ShotData { id = 2049 rect = (640,512,768,640) collision = (6,0,20) delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2050 rect = (768,512,896,640) collision = (6,0,20) delay_color = (255,255,255) } //PURPLE
ShotData { id = 2051 rect = (896,512,1024,640) collision = (6,0,20) delay_color = (255,255,255) } //PINK
ShotData { id = 2052 rect = (1024,512,1152,640) collision = (6,0,20) delay_color = (255,255,255) } //WHITE
ShotData { id = 2055 rect = (0,640,128,768) collision = 12 delay_color = (255,255,255) } //RED
ShotData { id = 2056 rect = (128,640,256,768) collision = 12 delay_color = (255,255,255) } //ORANGE
ShotData { id = 2057 rect = (256,640,384,768) collision = 12 delay_color = (255,255,255) } //YELLOW
ShotData { id = 2058 rect = (384,640,512,768) collision = 12 delay_color = (255,255,255) } //GREEN
ShotData { id = 2059 rect = (512,640,640,768) collision = 12 delay_color = (255,255,255) } //AQUA
ShotData { id = 2060 rect = (640,640,768,768) collision = 12 delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2061 rect = (768,640,896,768) collision = 12 delay_color = (255,255,255) } //PURPLE
ShotData { id = 2062 rect = (896,640,1024,768) collision = 12 delay_color = (255,255,255) } //PINK
ShotData { id = 2063 rect = (1024,640,1152,768) collision = 12 delay_color = (255,255,255) } //WHITE
ShotData { id = 2066 rect = (0,768,128,896) collision = 18 delay_color = (255,255,255) } //RED
ShotData { id = 2067 rect = (128,768,256,896) collision = 18 delay_color = (255,255,255) } //ORANGE
ShotData { id = 2068 rect = (256,768,384,896) collision = 18 delay_color = (255,255,255) } //YELLOW
ShotData { id = 2069 rect = (384,768,512,896) collision = 18 delay_color = (255,255,255) } //GREEN
ShotData { id = 2070 rect = (512,768,640,896) collision = 18 delay_color = (255,255,255) } //AQUA
ShotData { id = 2071 rect = (640,768,768,896) collision = 18 delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2072 rect = (768,768,896,896) collision = 18 delay_color = (255,255,255) } //PURPLE
ShotData { id = 2073 rect = (896,768,1024,896) collision = 18 delay_color = (255,255,255) } //PINK
ShotData { id = 2074 rect = (1024,768,1152,896) collision = 18 delay_color = (255,255,255) } //WHITE
75 -> 83: fireballs
ShotData { id = 2086 rect = (0,896,256,1152) collision = 48 delay_color = (255,255,255) } //RED
ShotData { id = 2087 rect = (256,896,512,1152) collision = 48 delay_color = (255,255,255) } //ORANGE
ShotData { id = 2088 rect = (512,896,768,1152) collision = 48 delay_color = (255,255,255) } //YELLOW
ShotData { id = 2089 rect = (768,896,1024,1152) collision = 48 delay_color = (255,255,255) } //GREEN
ShotData { id = 2090 rect = (1024,896,1280,1152) collision = 48 delay_color = (255,255,255) } //AQUA
ShotData { id = 2091 rect = (1280,896,1536,1152) collision = 48 delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2092 rect = (1536,896,1792,1152) collision = 48 delay_color = (255,255,255) } //PURPLE
ShotData { id = 2093 rect = (1792,896,2048,1152) collision = 48 delay_color = (255,255,255) } //PINK
ShotData { id = 2096 rect = (0,1152,128,1280) collision = (8.5,0,-9.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (6.5,0,32.5) delay_color = (255,255,255) } //RED
ShotData { id = 2097 rect = (128,1152,256,1280) collision = (8.5,0,-9.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (6.5,0,32.5) delay_color = (255,255,255) } //ORANGE
ShotData { id = 2098 rect = (256,1152,384,1280) collision = (8.5,0,-9.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (6.5,0,32.5) delay_color = (255,255,255) } //YELLOW
ShotData { id = 2099 rect = (384,1152,512,1280) collision = (8.5,0,-9.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (6.5,0,32.5) delay_color = (255,255,255) } //GREEN
ShotData { id = 2100 rect = (512,1152,640,1280) collision = (8.5,0,-9.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (6.5,0,32.5) delay_color = (255,255,255) } //AQUA
ShotData { id = 2101 rect = (640,1152,768,1280) collision = (8.5,0,-9.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (6.5,0,32.5) delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2102 rect = (768,1152,896,1280) collision = (8.5,0,-9.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (6.5,0,32.5) delay_color = (255,255,255) } //PURPLE
ShotData { id = 2103 rect = (896,1152,1024,1280) collision = (8.5,0,-9.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (6.5,0,32.5) delay_color = (255,255,255) } //PINK
ShotData { id = 2104 rect = (1024,1152,1152,1280) collision = (8.5,0,-9.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (6.5,0,32.5) delay_color = (255,255,255) } //WHITE
ShotData { id = 2105 rect = (1152,1152,1280,1280) collision = (8.5,0,-9.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (6.5,0,32.5) delay_color = (255,255,255) } //
ShotData { id = 2106 rect = (1280,1152,1408,1280) collision = (8.5,0,-9.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (6.5,0,32.5) delay_color = (255,255,255) } //

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script/KevinSystem/KevinShot/shotdata_HD_2.txt Normal file
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#UserShotData
shot_image = "./KevinShot_PxEdit_C.png"
ShotData { id = 2075 AnimationData { animation_data = ( 6, 0, 0, 128, 128); animation_data = ( 6, 128, 0, 256, 128); animation_data = ( 6, 256, 0, 384, 128); animation_data = ( 6, 384, 0, 512, 128); } render = ALPHA collision = (13, 0, 24) delay_color = (255,255,255) } //RED
ShotData { id = 2076 AnimationData { animation_data = ( 6, 0, 128, 128, 256); animation_data = ( 6, 128, 128, 256, 256); animation_data = ( 6, 256, 128, 384, 256); animation_data = ( 6, 384, 128, 512, 256); } render = ALPHA collision = (13, 0, 24) delay_color = (255,255,255) } //ORANGE
ShotData { id = 2077 AnimationData { animation_data = ( 6, 0, 256, 128, 384); animation_data = ( 6, 128, 256, 256, 384); animation_data = ( 6, 256, 256, 384, 384); animation_data = ( 6, 384, 256, 512, 384); } render = ALPHA collision = (13, 0, 24) delay_color = (255,255,255) } //YELLOW
ShotData { id = 2078 AnimationData { animation_data = ( 6, 0, 384, 128, 512); animation_data = ( 6, 128, 384, 256, 512); animation_data = ( 6, 256, 384, 384, 512); animation_data = ( 6, 384, 384, 512, 512); } render = ALPHA collision = (13, 0, 24) delay_color = (255,255,255) } //GREEN
ShotData { id = 2079 AnimationData { animation_data = ( 6, 0, 512, 128, 640); animation_data = ( 6, 128, 512, 256, 640); animation_data = ( 6, 256, 512, 384, 640); animation_data = ( 6, 384, 512, 512, 640); } render = ALPHA collision = (13, 0, 24) delay_color = (255,255,255) } //AQUA
ShotData { id = 2080 AnimationData { animation_data = ( 6, 0, 640, 128, 768); animation_data = ( 6, 128, 640, 256, 768); animation_data = ( 6, 256, 640, 384, 768); animation_data = ( 6, 384, 640, 512, 768); } render = ALPHA collision = (13, 0, 24) delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2081 AnimationData { animation_data = ( 6, 0, 768, 128, 896); animation_data = ( 6, 128, 768, 256, 896); animation_data = ( 6, 256, 768, 384, 896); animation_data = ( 6, 384, 768, 512, 896); } render = ALPHA collision = (13, 0, 24) delay_color = (255,255,255) } //PURPLE
ShotData { id = 2082 AnimationData { animation_data = ( 6, 0, 896, 128, 1024); animation_data = ( 6, 128, 896, 256, 1024); animation_data = ( 6, 256, 896, 384, 1024); animation_data = ( 6, 384, 896, 512, 1024); } render = ALPHA collision = (13, 0, 24) delay_color = (255,255,255) } //PINK
ShotData { id = 2083 AnimationData { animation_data = ( 6, 0, 1024, 128, 1152); animation_data = ( 6, 128, 1024, 256, 1152); animation_data = ( 6, 256, 1024, 384, 1152); animation_data = ( 6, 384, 1024, 512, 1152); } render = ALPHA collision = (13, 0, 24) delay_color = (255,255,255) } //WHITE
// Bitchkiller Arrow
ShotData {
id = 3000
rect = (1024, 0, 1536, 1280)
collision = (102, 0, 256)
collision = (50, 0, 352)
delay_color = (255, 255, 255)
}

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#UserShotData
// Inverted colors
shot_image = "./KevinShot_PxEdit_B.png"
ShotData { id = 2200 rect = (0,0,128,128) collision = 26 delay_color = (255,255,255) } //RED
ShotData { id = 2201 rect = (128,0,256,128) collision = 26 delay_color = (255,255,255) } //ORANGE
ShotData { id = 2202 rect = (256,0,384,128) collision = 26 delay_color = (255,255,255) } //YELLOW
ShotData { id = 2203 rect = (384,0,512,128) collision = 26 delay_color = (255,255,255) } //GREEN
ShotData { id = 2204 rect = (512,0,640,128) collision = 26 delay_color = (255,255,255) } //AQUA
ShotData { id = 2205 rect = (640,0,768,128) collision = 26 delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2206 rect = (768,0,896,128) collision = 26 delay_color = (255,255,255) } //PURPLE
ShotData { id = 2207 rect = (896,0,1024,128) collision = 26 delay_color = (255,255,255) } //PINK
ShotData { id = 2208 rect = (1024,0,1152,128) collision = 26 delay_color = (255,255,255) } //WHITE
ShotData { id = 2211 rect = (0,128,128,256) collision = (17,0,7) delay_color = (255,255,255) } //RED
ShotData { id = 2212 rect = (128,128,256,256) collision = (17,0,7) delay_color = (255,255,255) } //ORANGE
ShotData { id = 2213 rect = (256,128,384,256) collision = (17,0,7) delay_color = (255,255,255) } //YELLOW
ShotData { id = 2214 rect = (384,128,512,256) collision = (17,0,7) delay_color = (255,255,255) } //GREEN
ShotData { id = 2215 rect = (512,128,640,256) collision = (17,0,7) delay_color = (255,255,255) } //AQUA
ShotData { id = 2216 rect = (640,128,768,256) collision = (17,0,7) delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2217 rect = (768,128,896,256) collision = (17,0,7) delay_color = (255,255,255) } //PURPLE
ShotData { id = 2218 rect = (896,128,1024,256) collision = (17,0,7) delay_color = (255,255,255) } //PINK
ShotData { id = 2219 rect = (1024,128,1152,256) collision = (17,0,7) delay_color = (255,255,255) } //WHITE
ShotData { id = 2222 rect = (0,256,128,384) collision = (8,0,6) collision = (8,0,-6) delay_color = (255,255,255) } //RED
ShotData { id = 2223 rect = (128,256,256,384) collision = (8,0,6) collision = (8,0,-6) delay_color = (255,255,255) } //ORANGE
ShotData { id = 2224 rect = (256,256,384,384) collision = (8,0,6) collision = (8,0,-6) delay_color = (255,255,255) } //YELLOW
ShotData { id = 2225 rect = (384,256,512,384) collision = (8,0,6) collision = (8,0,-6) delay_color = (255,255,255) } //GREEN
ShotData { id = 2226 rect = (512,256,640,384) collision = (8,0,6) collision = (8,0,-6) delay_color = (255,255,255) } //AQUA
ShotData { id = 2227 rect = (640,256,768,384) collision = (8,0,6) collision = (8,0,-6) delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2228 rect = (768,256,896,384) collision = (8,0,6) collision = (8,0,-6) delay_color = (255,255,255) } //PURPLE
ShotData { id = 2229 rect = (896,256,1024,384) collision = (8,0,6) collision = (8,0,-6) delay_color = (255,255,255) } //PINK
ShotData { id = 2230 rect = (1024,256,1152,384) collision = (8,0,6) collision = (8,0,-6) delay_color = (255,255,255) } //WHITE
ShotData { id = 2233 rect = (0,384,256,512) collision = (28,0,0) delay_color = (255,255,255) } //RED
ShotData { id = 2234 rect = (128,384,256,512) collision = (28,0,0) delay_color = (255,255,255) } //ORANGE
ShotData { id = 2235 rect = (256,384,384,512) collision = (28,0,0) delay_color = (255,255,255) } //YELLOW
ShotData { id = 2236 rect = (384,384,512,512) collision = (28,0,0) delay_color = (255,255,255) } //GREEN
ShotData { id = 2237 rect = (512,384,640,512) collision = (28,0,0) delay_color = (255,255,255) } //AQUA
ShotData { id = 2238 rect = (640,384,768,512) collision = (28,0,0) delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2239 rect = (768,384,896,512) collision = (28,0,0) delay_color = (255,255,255) } //PURPLE
ShotData { id = 2240 rect = (896,384,1024,512) collision = (28,0,0) delay_color = (255,255,255) } //PINK
ShotData { id = 2241 rect = (1024,384,1152,512) collision = (28,0,0) delay_color = (255,255,255) } //WHITE
ShotData { id = 2244 rect = (0,512,128,640) collision = (8,0,20) delay_color = (255,255,255) } //RED
ShotData { id = 2245 rect = (128,512,256,640) collision = (8,0,20) delay_color = (255,255,255) } //ORANGE
ShotData { id = 2246 rect = (256,512,384,640) collision = (8,0,20) delay_color = (255,255,255) } //YELLOW
ShotData { id = 2247 rect = (384,512,512,640) collision = (8,0,20) delay_color = (255,255,255) } //GREEN
ShotData { id = 2248 rect = (512,512,640,640) collision = (8,0,20) delay_color = (255,255,255) } //AQUA
ShotData { id = 2249 rect = (640,512,768,640) collision = (8,0,20) delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2250 rect = (768,512,896,640) collision = (8,0,20) delay_color = (255,255,255) } //PURPLE
ShotData { id = 2251 rect = (896,512,1024,640) collision = (8,0,20) delay_color = (255,255,255) } //PINK
ShotData { id = 2252 rect = (1024,512,1152,640) collision = (8,0,20) delay_color = (255,255,255) } //WHITE
ShotData { id = 2255 rect = (0,640,128,768) collision = 12 delay_color = (255,255,255) } //RED
ShotData { id = 2256 rect = (128,640,256,768) collision = 12 delay_color = (255,255,255) } //ORANGE
ShotData { id = 2257 rect = (256,640,384,768) collision = 12 delay_color = (255,255,255) } //YELLOW
ShotData { id = 2258 rect = (384,640,512,768) collision = 12 delay_color = (255,255,255) } //GREEN
ShotData { id = 2259 rect = (512,640,640,768) collision = 12 delay_color = (255,255,255) } //AQUA
ShotData { id = 2260 rect = (640,640,768,768) collision = 12 delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2261 rect = (768,640,896,768) collision = 12 delay_color = (255,255,255) } //PURPLE
ShotData { id = 2262 rect = (896,640,1024,768) collision = 12 delay_color = (255,255,255) } //PINK
ShotData { id = 2263 rect = (1024,640,1152,768) collision = 12 delay_color = (255,255,255) } //WHITE
ShotData { id = 2266 rect = (0,768,128,896) collision = 18 delay_color = (255,255,255) } //RED
ShotData { id = 2267 rect = (128,768,256,896) collision = 18 delay_color = (255,255,255) } //ORANGE
ShotData { id = 2268 rect = (256,768,384,896) collision = 18 delay_color = (255,255,255) } //YELLOW
ShotData { id = 2269 rect = (384,768,512,896) collision = 18 delay_color = (255,255,255) } //GREEN
ShotData { id = 2270 rect = (512,768,640,896) collision = 18 delay_color = (255,255,255) } //AQUA
ShotData { id = 2271 rect = (640,768,768,896) collision = 18 delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2272 rect = (768,768,896,896) collision = 18 delay_color = (255,255,255) } //PURPLE
ShotData { id = 2273 rect = (896,768,1024,896) collision = 18 delay_color = (255,255,255) } //PINK
ShotData { id = 2274 rect = (1024,768,1152,896) collision = 18 delay_color = (255,255,255) } //WHITE
/*
75 -> 83: fireballs
ShotData { id = 2086 rect = (0,896,256,1152) collision = 48 delay_color = (255,255,255) } //RED
ShotData { id = 2087 rect = (256,896,512,1152) collision = 48 delay_color = (255,255,255) } //ORANGE
ShotData { id = 2088 rect = (512,896,768,1152) collision = 48 delay_color = (255,255,255) } //YELLOW
ShotData { id = 2089 rect = (768,896,1024,1152) collision = 48 delay_color = (255,255,255) } //GREEN
ShotData { id = 2090 rect = (1024,896,1280,1152) collision = 48 delay_color = (255,255,255) } //AQUA
ShotData { id = 2091 rect = (1280,896,1536,1152) collision = 48 delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2092 rect = (1536,896,1792,1152) collision = 48 delay_color = (255,255,255) } //PURPLE
ShotData { id = 2093 rect = (1792,896,2048,1152) collision = 48 delay_color = (255,255,255) } //PINK
*/
ShotData { id = 2296 rect = (0,1152,128,1280) collision = (8.5,0,-5.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (7.5,0,32.5) delay_color = (255,255,255) } //RED
ShotData { id = 2097 rect = (128,1152,256,1280) collision = (8.5,0,-5.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (7.5,0,32.5) delay_color = (255,255,255) } //ORANGE
ShotData { id = 2098 rect = (256,1152,384,1280) collision = (8.5,0,-5.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (7.5,0,32.5) delay_color = (255,255,255) } //YELLOW
ShotData { id = 2099 rect = (384,1152,512,1280) collision = (8.5,0,-5.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (7.5,0,32.5) delay_color = (255,255,255) } //GREEN
ShotData { id = 2100 rect = (512,1152,640,1280) collision = (8.5,0,-5.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (7.5,0,32.5) delay_color = (255,255,255) } //AQUA
ShotData { id = 2101 rect = (640,1152,768,1280) collision = (8.5,0,-5.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (7.5,0,32.5) delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2102 rect = (768,1152,896,1280) collision = (8.5,0,-5.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (7.5,0,32.5) delay_color = (255,255,255) } //PURPLE
ShotData { id = 2103 rect = (896,1152,1024,1280) collision = (8.5,0,-5.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (7.5,0,32.5) delay_color = (255,255,255) } //PINK
ShotData { id = 2104 rect = (1024,1152,1152,1280) collision = (8.5,0,-5.5) collision = (8.5,0,6.5) collision = (8.5,0,19.5) collision = (7.5,0,32.5) delay_color = (255,255,255) } //WHITE

15
script/KevinSystem/KevinShot/shotdata_HD_4.txt Normal file
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#UserShotData
shot_image = "./KevinShot_Alt_HD_Fireball_Inv.png"
ShotData { id = 2275 AnimationData { animation_data = ( 4, 0, 0, 128, 128); animation_data = ( 4, 128, 0, 256, 128); animation_data = ( 4, 256, 0, 384, 128); animation_data = ( 4, 384, 0, 512, 128); animation_data = ( 4, 512, 0, 640, 128); } render = ALPHA collision = 13 delay_color = (255,255,255) } //RED
ShotData { id = 2276 AnimationData { animation_data = ( 4, 0, 128, 128, 256); animation_data = ( 4, 128, 128, 256, 256); animation_data = ( 4, 256, 128, 384, 256); animation_data = ( 4, 384, 128, 512, 256); animation_data = ( 4, 512, 128, 640, 256); } render = ALPHA collision = 13 delay_color = (255,255,255) } //ORANGE
ShotData { id = 2277 AnimationData { animation_data = ( 4, 0, 256, 128, 384); animation_data = ( 4, 128, 256, 256, 384); animation_data = ( 4, 256, 256, 384, 384); animation_data = ( 4, 384, 256, 512, 384); animation_data = ( 4, 512, 256, 640, 384); } render = ALPHA collision = 13 delay_color = (255,255,255) } //YELLOW
ShotData { id = 2278 AnimationData { animation_data = ( 4, 0, 384, 128, 512); animation_data = ( 4, 128, 384, 256, 512); animation_data = ( 4, 256, 384, 384, 512); animation_data = ( 4, 384, 384, 512, 512); animation_data = ( 4, 512, 384, 640, 512); } render = ALPHA collision = 13 delay_color = (255,255,255) } //GREEN
ShotData { id = 2279 AnimationData { animation_data = ( 4, 0, 512, 128, 640); animation_data = ( 4, 128, 512, 256, 640); animation_data = ( 4, 256, 512, 384, 640); animation_data = ( 4, 384, 512, 512, 640); animation_data = ( 4, 512, 512, 640, 640); } render = ALPHA collision = 13 delay_color = (255,255,255) } //AQUA
ShotData { id = 2280 AnimationData { animation_data = ( 4, 0, 640, 128, 768); animation_data = ( 4, 128, 640, 256, 768); animation_data = ( 4, 256, 640, 384, 768); animation_data = ( 4, 384, 640, 512, 768); animation_data = ( 4, 512, 640, 640, 768); } render = ALPHA collision = 13 delay_color = (255,255,255) } //LAVENDER
ShotData { id = 2281 AnimationData { animation_data = ( 4, 0, 768, 128, 896); animation_data = ( 4, 128, 768, 256, 896); animation_data = ( 4, 256, 768, 384, 896); animation_data = ( 4, 384, 768, 512, 896); animation_data = ( 4, 512, 768, 640, 896); } render = ALPHA collision = 13 delay_color = (255,255,255) } //PURPLE
ShotData { id = 2282 AnimationData { animation_data = ( 4, 0, 896, 128, 1024); animation_data = ( 4, 128, 896, 256, 1024); animation_data = ( 4, 256, 896, 384, 1024); animation_data = ( 4, 384, 896, 512, 1024); animation_data = ( 4, 512, 896, 640, 1024); } render = ALPHA collision = 13 delay_color = (255,255,255) } //PINK
ShotData { id = 2283 AnimationData { animation_data = ( 4, 0, 1024, 128, 1152); animation_data = ( 4, 128, 1024, 256, 1152); animation_data = ( 4, 256, 1024, 384, 1152); animation_data = ( 4, 384, 1024, 512, 1152); animation_data = ( 4, 512, 1024, 640, 1152); } render = ALPHA collision = 13 delay_color = (255,255,255) } //WHITE
ShotData { id = 2283 AnimationData { animation_data = ( 4, 0, 1024, 128, 1152); animation_data = ( 4, 128, 1024, 256, 1152); animation_data = ( 4, 256, 1024, 384, 1152); animation_data = ( 4, 384, 1024, 512, 1152); animation_data = ( 4, 512, 1024, 640, 1152); } render = ALPHA collision = 13 delay_color = (255,255,255) } //WHITE

829
script/KevinSystem/Kevin_PlayerLib.txt Normal file
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/* --------------------------------------------------------------------
UNIVERSAL/GENERAL FUNCTIONS USED FOR PLAYERS
These functions may/will be reused for future scripts as well.
--------------------------------------------------------------------
*/
#include "script/KevinSystem/kevin_system/Kevin_ItemConst.txt"
#include "script/KevinSystem/kevin_system/Kevin_ItemLib.txt"
#include "script/KevinSystem/kevin_system/Lib_Const.dnh"
#include "script/KevinSystem/Kevin_PlayerLib_HUD.dnh"
//#include "script/KevinSystem/Universal_Lib.txt"
float universalAlpha = GetAreaCommonData("Config", "PlayerShotOpacity", 60);
let POINTER_PIV = LoadAreaCommonDataValuePointer("PIV", "currentvalue", 1000);
let POINTER_CHAIN = LoadAreaCommonDataValuePointer("PIV", "ChainAmount", 1);
let POINTER_CHAINGAUGE = LoadAreaCommonDataValuePointer("PIV", "ChainGauge", 0);
let POINTER_SPECIALAMMO = LoadAreaCommonDataValuePointer("PIV", "SpecialAmmo", 100);
let POINTER_SPECIALCHECK = LoadAreaCommonDataValuePointer("PIV", "IsUsingSpecial", false);
let POINTER_CHAINCHECK = LoadAreaCommonDataValuePointer("PIV", "IsChaining", false);
//universalAlpha = 255; // Debug
function CreateTextObject(
float mx, my, size,
string text, font,
int colorTop, colorBottom,
int borderColor, borderWidth,
int renderPriority
){
let obj = ObjText_Create();
ObjText_SetText(obj, text);
ObjText_SetFontSize(obj, size);
ObjText_SetFontType(obj, font);
ObjText_SetFontColorTop(obj, colorTop);
ObjText_SetFontColorBottom(obj, colorBottom);
ObjText_SetFontBorderType(obj, BORDER_FULL);
ObjText_SetFontBorderColor(obj, borderColor);
ObjText_SetFontBorderWidth(obj, borderWidth);
Obj_SetRenderPriorityI(obj, renderPriority);
ObjRender_SetX(obj, mx);
ObjRender_SetY(obj, my);
return obj;
}
function <int> _Create2DImage(imgpath, int[] rectarray){
int imgname = ObjPrim_Create(OBJ_SPRITE_2D);
ObjPrim_SetTexture(imgname, imgpath);
ObjSprite2D_SetSourceRect(imgname, rectarray);
ObjSprite2D_SetDestCenter(imgname);
//ObjRender_SetPosition(imgname, positionstart)
return imgname;
}
// thanks ttbd owo
function CreateEffectObject(px, py, img, blendtype, left, top, right, bottom)
{
let obj = ObjPrim_Create(OBJ_SPRITE_2D);
ObjPrim_SetTexture(obj, img);
ObjSprite2D_SetSourceRect(obj, left, top, right, bottom);
ObjSprite2D_SetDestCenter(obj);
if(blendtype=="ALPHA"){ObjRender_SetBlendType(obj, BLEND_ALPHA);}
else if(blendtype=="MULTIPLY"){ObjRender_SetBlendType(obj, BLEND_MULTIPLY);}
else if(blendtype=="SUBTRACT"){ObjRender_SetBlendType(obj, BLEND_SUBTRACT);}
else if(blendtype=="SHADOW"){ObjRender_SetBlendType(obj, BLEND_SHADOW);}
else if(blendtype=="RGB"){ObjRender_SetBlendType(obj, BLEND_ADD_RGB);}
else if(blendtype=="ARGB"){ObjRender_SetBlendType(obj, BLEND_ADD_ARGB);}
else if(blendtype=="INVERT"){ObjRender_SetBlendType(obj, BLEND_INV_DESTRGB);}
ObjRender_SetPosition(obj, px, py, 0);
ObjRender_SetTextureFilter(obj, FILTER_POINT, FILTER_POINT, FILTER_POINT);
return obj;
}
/*
CHAIN SYSTEM: Crystals fill up your chain amount and refill your chain gauge, up to a max of 64x
Gauge starts to go down when you don't collect crystals: it resets the entire chain after 3 seconds
*/
task _HandleChainGauge(){
// Gauge maxes at 100.
// If gauge reaches 0, reset the chain
float rateReduceNormal = 100/120;
float rateReduceCashin = 100/180; // x48-64
float rateReduceCashin_MED = 100/90; // x32-48
float rateReduceCashin_LOW = 100/60; // x16-32
float rateReduceCashin_PLACEBO = 100/30; // under x16
while(true){
if(GetCommonDataPtr(POINTER_SPECIALCHECK, false) == false && GetCommonDataPtr(POINTER_CHAIN, 1) >= 64 && !isChain){NotifyEventAll(EV_CHAIN_MAX, 1);}
else{}
if(GetCommonDataPtr(POINTER_SPECIALCHECK, false) == true){
if(GetCommonDataPtr(POINTER_CHAINGAUGE, 0) <= 1){NotifyEventAll(EV_CHAIN_END, 1);}
if(GetCommonDataPtr(POINTER_CHAIN, 1) >= 48)
{SetCommonDataPtr(POINTER_CHAINGAUGE, max(0, GetCommonDataPtr(POINTER_CHAINGAUGE, 0)-rateReduceCashin));}
else if(GetCommonDataPtr(POINTER_CHAIN, 1) >= 32 && GetCommonDataPtr(POINTER_CHAIN, 1) < 48)
{SetCommonDataPtr(POINTER_CHAINGAUGE, max(0, GetCommonDataPtr(POINTER_CHAINGAUGE, 0)-rateReduceCashin_MED));}
else if(GetCommonDataPtr(POINTER_CHAIN, 1) >= 16 && GetCommonDataPtr(POINTER_CHAIN, 1) < 32)
{SetCommonDataPtr(POINTER_CHAINGAUGE, max(0, GetCommonDataPtr(POINTER_CHAINGAUGE, 0)-rateReduceCashin_LOW));}
else
{SetCommonDataPtr(POINTER_CHAINGAUGE, max(0, GetCommonDataPtr(POINTER_CHAINGAUGE, 0)-rateReduceCashin_PLACEBO));}
}
else{
SetCommonDataPtr(POINTER_CHAINGAUGE, max(0, GetCommonDataPtr(POINTER_CHAINGAUGE, 0)-rateReduceNormal));
}
if(
GetCommonDataPtr(POINTER_CHAINGAUGE, 0) <= 0
&& GetCommonDataPtr(POINTER_CHAIN, 1) > 1
)
{
SetCommonDataPtr(POINTER_CHAIN, 1);
SetCommonDataPtr(POINTER_SPECIALCHECK, false);
}
yield;
}
}
task _ShowChain(){
// HUD
//_ShowChainHUD();
// Playfield
let objPIVNum = ObjText_Create();
ObjText_SetFontSize(objPIVNum, 40);
ObjText_SetFontBold(objPIVNum, true);
ObjText_SetFontType(objPIVNum, "GravityRegular5");
ObjText_SetFontColorTop(objPIVNum, 0xFFFFFF);
ObjText_SetFontColorBottom(objPIVNum, 0xFFFFFF);
ObjText_SetFontBorderType(objPIVNum, BORDER_FULL);
ObjText_SetFontBorderColor(objPIVNum, 0xFF9A4F);
ObjText_SetFontBorderWidth(objPIVNum, 4);
ObjText_SetHorizontalAlignment(objPIVNum, ALIGNMENT_LEFT);
//ObjText_SetFontWeight(objPIVNum, 1000);
Obj_SetRenderPriorityI(objPIVNum, 60);
ObjText_SetSidePitch(objPIVNum, -3);
ObjRender_SetPosition(objPIVNum, STG_WIDTH * 1/2 + 96, STG_HEIGHT * 10/11, 0);
// DEBUG
//Obj_SetVisible(objPIV, false);
float value = 0;
//todo: change params
let objI = CreateEffectObject(STG_WIDTH/60, STG_HEIGHT/7, "script/KevinSystem/img/lol.png", "ALPHA", 0, 0, 244, 12);
ObjSprite2D_SetDestRect(objI, 0, 0, 122, 6);
Obj_SetRenderPriorityI(objI, 60);
while(true){
value = min(GetCommonDataPtr(POINTER_SPECIALAMMO, 1), 100);
ObjText_SetText(objPIVNum, IntToString(GetCommonDataPtr(POINTER_PIV, 1000)));
//PIVMultiplierValue = value/1000;
let yass = rtos("00.00", value);
let mx = 60*5;
ObjSprite2D_SetDestRect(objI, 0, 0, (GetCommonDataPtr(POINTER_SPECIALAMMO, 100)/100)*mx, 32);
ObjRender_SetPosition(objI, STG_WIDTH/60+160, STG_HEIGHT * 11/12, 1);
if (GetPlayerY() >= STG_HEIGHT * 7/8){
ObjRender_SetAlpha(objI, 125);
ObjRender_SetAlpha(objPIVNum, 125);
}
else{
ObjRender_SetAlpha(objI, 255);
ObjRender_SetAlpha(objPIVNum, 255);
}
if (GetCommonDataPtr(POINTER_CHAINCHECK, false) == true) {
ObjRender_SetColor(objI, 0xFFAF1E);
}
else {
if(value >= 100){
ObjRender_SetColor(objI, 255, 90, 46);
}
else{
ObjRender_SetColor(objI, 255, 145, 115);
}
}
/*
if(GetCommonDataPtr(POINTER_SPECIALCHECK, false) == false){
ObjText_SetFontBorderWidth(objPIVNum, 3);
if(value < CHAIN_MAX){
ObjText_SetFontColorTop(objPIVNum, 0x9DEFFF);
ObjText_SetFontBorderColor(objPIVNum, 42, 0, 237);
ObjText_SetText(objPIVNum,
"[font size=23 oy=-8]FUN MODE CHARGING[r]" ~ yass ~ "[font size=25 oy=32]x[r]"
~ "[r][font size=21 oc=(172, 50, 50) oy=32]AMMO: " ~ rtos("00.00", GetCommonDataPtr(POINTER_SPECIALAMMO, 100))
);
}
else{
ObjText_SetFontColorTop(objPIVNum, 0x9DFFBC);
ObjText_SetFontBorderColor(objPIVNum, 0x39C832);
ObjText_SetText(objPIVNum,
"[font size=23 oy=-8]FUN MODE READY![r]" ~ yass ~ "[font size=25 oy=32]x[r]"
~ "[r][font size=21 oc=(172, 50, 50) oy=32]AMMO: " ~ rtos("00.00", GetCommonDataPtr(POINTER_SPECIALAMMO, 100))
);
}
}
else{
ObjText_SetFontColorTop(objPIVNum, 0xFFED9D);
ObjText_SetFontBorderColor(objPIVNum, 0xFF9A00);
ObjText_SetFontBorderWidth(objPIVNum, 4);
NotifyEvent(GetPlayerScriptID(), EV_CHAIN_MAX, 0);
ObjText_SetText(objPIVNum,
"[font size=23 oc=(241, 180, 0) oy=-8]CASH-IN[r]" ~ yass ~ "[font size=25 oy=32]x[r]"
~ "[r][font size=21 oc=(172, 50, 50) oy=32]AMMO: " ~ rtos("00.00", GetCommonDataPtr(POINTER_SPECIALAMMO, 100))
);
}
*/
yield;
}
}
// Self-explanatory
task _DeleteEffect(obj, scale){
ObjRender_SetBlendType(obj, BLEND_ADD_ARGB);
Obj_SetRenderPriorityI(obj, 49);
ascent(i in 0..30){
ObjRender_SetAlpha(obj, Interpolate_Decelerate(100*(universalAlpha/100), 0, i/30));
ObjRender_SetScaleXYZ(obj, Interpolate_Decelerate(scale, scale*1.5, i/20));
ObjMove_SetSpeed(obj, 12);
yield;
}
Obj_Delete(obj);
}
// Renders player movement. Assumes that all sprites are ORGANIZED HORIZONTALLY IN THE SHEET.
// flipscale can only be 1 or -1.
task _RenderPlayerMovement(int obj, int frame, int offsetleft, int offsettop, int width, int height, float flipscale, int frameno, int speed){
ObjSprite2D_SetSourceRect(obj, offsetleft+width*floor(frame/speed), offsettop, width+width*floor(frame/speed), offsettop+height);
ObjRender_SetScaleX(objPlayer, flipscale);
}
// Bullet rescaling... for player shots.
task _BulletRescalePlayer(int target, float scale, bool hitboxscale, float hitboxlevel){
ObjRender_SetScaleXYZ(target, scale, scale, 1);
if (hitboxscale){
ObjShot_SetIntersectionScaleXY(target, scale*hitboxlevel, scale*hitboxlevel);
}
}
// Handles death/respawn sigil. Assumes sigils are 512x512 in size.
// If death is true (the player dies), the circle expands outwards. Otherwise (the player bombs/respawns), it shrinks inwards.
task _SigilCall(bool death, texture, int rectleft, int recttop, int rectright, int rectbottom, int objPlayer, int time){
let DeathCircle = ObjPrim_Create(OBJ_SPRITE_2D);
ObjPrim_SetTexture(DeathCircle,teamimg);
ObjSprite2D_SetSourceRect(DeathCircle, rectleft, recttop, rectright, rectbottom);
ObjSprite2D_SetDestCenter(DeathCircle);
ObjRender_SetBlendType(DeathCircle,BLEND_ALPHA);
ObjRender_SetAlpha(DeathCircle,255);
ObjRender_SetPosition(DeathCircle,GetPlayerX(),GetPlayerY(),1);
Obj_SetRenderPriorityI(DeathCircle,Obj_GetRenderPriorityI(objPlayer)-10);
alternative(death)
case(true){
ascent(i in 0..time){
float scaliealpha = Interpolate_Decelerate(255, 0, i/time);
float scaliesize = Interpolate_Decelerate(0.1, 3, i/time);
ObjRender_SetAlpha(DeathCircle, scaliealpha);
ObjRender_SetPosition(DeathCircle,GetPlayerX(),GetPlayerY(),1);
ObjRender_SetScaleXYZ(DeathCircle, scaliesize, scaliesize, 1);
yield;
}
}
case(false){
ascent(i in 0..time){
float scaliealpha = Interpolate_Accelerate(255, 0, i/time);
float scaliesize = Interpolate_Accelerate(3, 0.1, i/time);
ObjRender_SetAlpha(DeathCircle, scaliealpha);
ObjRender_SetPosition(DeathCircle,GetPlayerX(),GetPlayerY(),1);
ObjRender_SetScaleXYZ(DeathCircle, scaliesize, scaliesize, 1);
yield;
}
}
while(ObjRender_GetAlpha(DeathCircle) > 0){yield;}
Obj_Delete(DeathCircle);
}
// Handles the hitbox and its aura. What the fuck.
task _HitboxRender(
bool playerdeathbool, int objPlayer, texture_hbox, texture_aura,
int rectleft_hbox, int recttop_hbox, int rectright_hbox, int rectbottom_hbox,
int rectleft_aura, int recttop_aura, int rectright_aura, int rectbottom_aura,
float scale_hbox, float scale_aura){
// Handle hitbox
bool visible = false;
int hitbox = ObjPrim_Create(OBJ_SPRITE_2D);
ObjPrim_SetTexture(hitbox, texture_hbox);
ObjSprite2D_SetSourceRect(hitbox, rectleft_hbox, recttop_hbox, rectright_hbox, rectbottom_hbox);
ObjSprite2D_SetDestCenter(hitbox);
ObjRender_SetScaleXYZ(hitbox, scale_hbox, scale_hbox, 1);
ObjRender_SetBlendType(hitbox, BLEND_ALPHA);
Obj_SetRenderPriorityI(hitbox, 79);
Obj_SetVisible(hitbox, false);
// Handle hitbox's aura
int aura = ObjPrim_Create(OBJ_SPRITE_2D);
ObjPrim_SetTexture(aura, texture_aura);
ObjSprite2D_SetSourceRect(aura, rectleft_aura, recttop_aura, rectright_aura, rectbottom_aura);
ObjSprite2D_SetDestCenter(aura);
ObjRender_SetScaleXYZ(aura, scale_aura, scale_aura, 1);
ObjRender_SetAlpha(aura, 70);
//ObjRender_SetBlendType(aura, BLEND_ADD_ARGB);
Obj_SetRenderPriorityI(aura, Obj_GetRenderPriorityI(objPlayer)+3);
Obj_SetVisible(aura, false);
loop{
if (visible && (!Obj_IsVisible(objPlayer) || GetVirtualKeyState(VK_SLOWMOVE) != KEY_HOLD)){
visible = false;
Obj_SetVisible(hitbox, false);
Obj_SetVisible(aura, false);
}
else if (!visible && (Obj_IsVisible(objPlayer) && (GetVirtualKeyState(VK_SLOWMOVE) == KEY_HOLD || GetVirtualKeyState(VK_SLOWMOVE) == KEY_PUSH))){
visible = true;
Obj_SetVisible(aura, true);
Obj_SetVisible(hitbox, true);
async{
while(Obj_IsVisible(aura)){
float[] curang = [ObjRender_GetAngleZ(hitbox), ObjRender_GetAngleZ(aura)];
ObjRender_SetAngleZ(hitbox, curang[0]+1.5);
ObjRender_SetAngleZ(aura, curang[1]+1.5);
yield;
}
}
async{
ascent(i in 0..20){
float scalie = Interpolate_Decelerate(scale_aura*1.5, scale_aura, i/20);
ObjRender_SetScaleXYZ(aura, scalie, scalie, 1);
yield;
}
}
async{
ascent(i in 0..20){
float scalie = Interpolate_Decelerate(0, 80, i/20);
ObjRender_SetAlpha(aura, scalie);
yield;
}
}
}
ObjRender_SetPosition(hitbox, ObjMove_GetX(objPlayer), ObjMove_GetY(objPlayer), 1);
ObjRender_SetPosition(aura, ObjMove_GetX(objPlayer), ObjMove_GetY(objPlayer), 1);
yield;
}
}
/*
Simple function that handles player options. These options simply follow the player at an offset - they do not have any trajectories of their own like spinning around the player, etc.
If the options have animations, set triggeranimation to true and adjust the number of frames + speed using delay and frameno.
If the options rotate (in place), set triggerspin to true and adjust spinning speed using spinspeed.
If the options only appear unfocused or focused, set either onlyFocus or onlyUnfocus to true. Setting both to true or false makes the options always visible.
*/
function PlayerOption(
float offsetx, float offsety,
texture,
int left, int top, int right, int bottom, float scale,
int width, int animdelay, int frameno, bool triggeranimation,
bool triggerspin, float spinspeed,
bool onlyFocus, bool onlyUnfocus
){
let option = ObjPrim_Create(OBJ_SPRITE_2D);
bool visible;
int animate = 0;
float optx;
float opty;
ObjPrim_SetTexture(option, texture);
ObjSprite2D_SetSourceRect(option, left, top, right-1, bottom-1); // Allows the options to spin smoothly should the user choose to do so.
ObjSprite2D_SetDestCenter(option);
ObjRender_SetScaleXYZ(option, scale);
ObjRender_SetBlendType(option, BLEND_ALPHA);
ObjRender_SetAlpha(option, 255);
Obj_SetRenderPriorityI(option, 41);
ObjRender_SetPosition(option, offsetx, offsety, 1);
// Animation
async{
while(triggeranimation){
ObjSprite2D_SetSourceRect(option, left+width*floor(animate/animdelay), top, right+width*floor(animate/animdelay)-1, bottom-1);
animate++;
if (animate >= animdelay*frameno){animate = 0;}
yield;
}
}
// Rotation
async{
float i = 0;
while(triggerspin){
//ObjRender_SetPosition(option, GetPlayerX()+offsetx, GetPlayerY()+offsety, 1);
ObjRender_SetAngleZ(option, i);
i += spinspeed;
yield;
}
}
// Follow
async{
while(true){
ObjRender_SetPosition(option, GetPlayerX()+offsetx, GetPlayerY()+offsety, 1);
yield;
}
}
// Visibility
async{
// Always visible
if((onlyFocus && onlyUnfocus) || (!onlyFocus && !onlyUnfocus)) {
loop
{
if(GetPlayerState != STATE_NORMAL && GetPlayerState != STATE_HIT){ObjRender_SetAlpha(option, max(0, ObjRender_GetAlpha(option)-15)); visible = false;}
else {ObjRender_SetAlpha(option, min(225, ObjRender_GetAlpha(option)+15)); visible = true;}
yield;
}
}
// Visible when focused only
else if(onlyFocus && !onlyUnfocus){
loop
{
if((GetPlayerState != STATE_NORMAL && GetPlayerState != STATE_HIT) || GetVirtualKeyState(VK_SLOWMOVE) == KEY_FREE){ObjRender_SetAlpha(option, max(0, ObjRender_GetAlpha(option)-15)); visible = false;}
else {ObjRender_SetAlpha(option, min(225, ObjRender_GetAlpha(option)+15)); visible = true;}
yield;
}
}
// Visible when unfocused only
else if(!onlyFocus && onlyUnfocus){
loop
{
if((GetPlayerState != STATE_NORMAL && GetPlayerState != STATE_HIT) || GetVirtualKeyState(VK_SLOWMOVE) != KEY_FREE){ObjRender_SetAlpha(option, max(0, ObjRender_GetAlpha(option)-15)); visible = false;}
else {ObjRender_SetAlpha(option, min(225, ObjRender_GetAlpha(option)+15)); visible = true;}
yield;
}
}
}
function _FadeIn(){
ascent(i in 0..15){
ObjRender_SetAlpha(option, Interpolate_Decelerate(0, 225, i/15));
yield;
}
}
function _FadeOut(){
ascent(i in 0..15){
ObjRender_SetAlpha(option, Interpolate_Decelerate(225, 0, i/15));
yield;
}
}
return option;
}
/*
A form of PlayerOption that handles basic movement towards different positionings based on whether the player is focusing or unfocusing.
If the options have animations, set triggeranimation to true and adjust the number of frames + speed using delay and frameno.
If the options rotate (in place), set triggerspin to true and adjust spinning speed using spinspeed.
If the options only appear unfocused or focused, set either onlyFocus or onlyUnfocus to true. Setting both to true or false makes the options always visible.
*/
function PlayerOption_LinearMove(
float offsetX_uf, offsetY_uf, offsetX_f, offsetY_f,
bool angchange, float ang_uf, ang_f,
texture,
int graphic, float texScale, int priorityRender,
int texWidth, int animDelay, int animFrameNo, bool animMode,
bool spinMode, float spinSpeed,
bool onlyFocus, bool onlyUnfocus
){
int option = CreatePlayerShotA1(0, 0, 0, 0, 0, 9999999, graphic);
bool visible;
int animate = 0;
float optx;
float opty;
float playerX = 0, playerY = 0;
/*
ObjPrim_SetTexture(option, texture);
ObjSprite2D_SetSourceRect(option, texRect[0], texRect[1], texRect[2]-1, texRect[3]-1); // Allows the options to spin smoothly should the user choose to do so.
ObjSprite2D_SetDestCenter(option);
*/
ObjShot_SetAutoDelete(option, false);
ObjRender_SetScaleXYZ(option, texScale);
ObjRender_SetBlendType(option, BLEND_ALPHA);
//ObjRender_SetAlpha(option, 255);
Obj_SetRenderPriorityI(option, priorityRender);
ObjRender_SetPosition(option, playerX+offsetX_uf, playerY+offsetY_uf, 1);
///// MISC /////
async{
while(true){
playerX = ObjRender_GetX(GetPlayerObjectID());
playerY = ObjRender_GetY(GetPlayerObjectID());
yield;
}
}
///// ANIMATION /////
/*
async{
while(animMode){
ObjSprite2D_SetSourceRect(option, texRect[0]+texWidth*floor(animate/animDelay), texRect[1], texRect[2]+texWidth*floor(animate/animDelay)-1, texRect[3]-1);
animate++;
if (animate >= animDelay*animFrameNo){animate = 0;}
yield;
}
}*/
///// ROTATION /////
async{
float i = 0;
while(spinMode){
//ObjRender_SetPosition(option, GetPlayerX()+offsetx, GetPlayerY()+offsety, 1);
ObjRender_SetAngleZ(option, i);
i += spinSpeed;
yield;
}
}
///// VISIBILITY /////
async{
// Always visible
if((onlyFocus && onlyUnfocus) || (!onlyFocus && !onlyUnfocus)) {
loop
{
if(GetPlayerState != STATE_NORMAL && GetPlayerState != STATE_HIT){ObjRender_SetAlpha(option, max(0, ObjRender_GetAlpha(option)-15)); visible = false;}
else {ObjRender_SetAlpha(option, min(255, ObjRender_GetAlpha(option)+15)); visible = true;}
yield;
}
}
// Visible when focused only
else if(onlyFocus && !onlyUnfocus){
loop
{
if((GetPlayerState != STATE_NORMAL && GetPlayerState != STATE_HIT) || GetVirtualKeyState(VK_SLOWMOVE) == KEY_FREE){ObjRender_SetAlpha(option, max(0, ObjRender_GetAlpha(option)-15)); visible = false;}
else {ObjRender_SetAlpha(option, min(255, ObjRender_GetAlpha(option)+15)); visible = true;}
yield;
}
}
// Visible when unfocused only
else if(!onlyFocus && onlyUnfocus){
loop
{
if((GetPlayerState != STATE_NORMAL && GetPlayerState != STATE_HIT) || GetVirtualKeyState(VK_SLOWMOVE) != KEY_FREE){ObjRender_SetAlpha(option, max(0, ObjRender_GetAlpha(option)-15)); visible = false;}
else {ObjRender_SetAlpha(option, min(255, ObjRender_GetAlpha(option)+15)); visible = true;}
yield;
}
}
}
///// MOVEMENT /////
async{
loop{
if(GetVirtualKeyState(VK_SLOWMOVE) != KEY_FREE){
async{
ascent(i in 0..15){
if(angchange){ObjRender_SetAngleZ(option, Interpolate_Decelerate(ObjRender_GetAngleZ(option), ang_f, i/15));}
ObjRender_SetX(option, Interpolate_Decelerate(ObjRender_GetX(option), playerX+offsetX_f, i/15));
ObjRender_SetY(option, Interpolate_Decelerate(ObjRender_GetY(option), playerY+offsetY_f, i/15));
yield;
}
}
}
else{
async{
ascent(i in 0..15){
if(angchange){ObjRender_SetAngleZ(option, Interpolate_Decelerate(ObjRender_GetAngleZ(option), ang_uf, i/15));}
ObjRender_SetX(option, Interpolate_Decelerate(ObjRender_GetX(option), playerX+offsetX_uf, i/15));
ObjRender_SetY(option, Interpolate_Decelerate(ObjRender_GetY(option), playerY+offsetY_uf, i/15));
yield;
}
}
}
yield;
}
}
function _FadeIn(){
ascent(i in 0..15){
ObjRender_SetAlpha(option, Interpolate_Decelerate(0, 225, i/15));
yield;
}
}
function _FadeOut(){
ascent(i in 0..15){
ObjRender_SetAlpha(option, Interpolate_Decelerate(225, 0, i/15));
yield;
}
}
return option;
}
/*
------------------------------------------------------
POINTBLANK-PIV MECHANIC FUNCTIONS
Will be optimized somewhere down the line.
------------------------------------------------------
*/
// Selects an enemy in the @MainLoop-updated _enemyArray, executes _PetalDrop, and adds it to _existArray so the task isn't called again for the same enemy. maxX and maxY are the bounds of the playing field.
task _Mechanic(bool playerdeathbool, int[] _enemyArray, int [] _existArray, float maxX, float maxY, int objPlayer, int bossScene, int maxrate, int addrate, float adddist){
while(!playerdeathbool){
_enemyArray = GetIntersectionRegistedEnemyID();
bossScene = GetEnemyBossSceneObjectID();
for each (int enemy in ref _enemyArray){
float enemyX = ObjMove_GetX(enemy);
float enemyY = ObjMove_GetY(enemy);
if (0 < enemyX && enemyX < maxX && 0 < enemyY && enemyY < maxY && !contains(_existArray, enemy)){
_PetalDrop(enemy, playerdeathbool, objPlayer, bossScene, maxrate, addrate, adddist);
_existArray = _existArray ~ [enemy];
}
else{continue;}
}
yield;
}
}
// Checks the boss scene type (nonspell/spell/last spell/invalid), the ID of the player object, and the target enemy. Drops petals with a type and drop rate that depends on the boss scene type and how close the player is to the target enemy.
task _PetalDrop(int target, bool playerdeathbool, int objPlayer, int bossScene, int maxrate, int addrate, float adddist){
while(!Obj_IsDeleted(target) && !playerdeathbool){
float dist = hypot(ObjMove_GetX(target)-ObjMove_GetX(objPlayer), ObjMove_GetY(target)-ObjMove_GetY(objPlayer));
let atktype = GetEnemyBossSceneObjectID();
if(dist <= (GetStgFrameHeight()-100) && atktype != ID_INVALID && ObjEnemy_GetInfo(target, INFO_SHOT_HIT_COUNT) >= 1 && ObjEnemy_GetInfo(target, INFO_DAMAGE_PREVIOUS_FRAME) > 0){
wait(maxrate + addrate*floor(dist/adddist));
}
else{yield;}
}
}
task _DeathbombWarning(imgpath, int[] imgrectarray, int deathbombframes, float basescale){
int circle = _Create2DImage(imgpath, imgrectarray);
Obj_SetRenderPriorityI(circle, 75);
ObjRender_SetAlpha(circle, 255);
ObjRender_SetPosition(circle, ObjRender_GetX(GetPlayerObjectID()), ObjRender_GetY(GetPlayerObjectID()), 1);
ObjRender_SetBlendType(circle, BLEND_INV_DESTRGB);
ascent(i in 0..deathbombframes-1){
ObjRender_SetScaleXYZ(circle, Interpolate_Accelerate(basescale, 0, i/(deathbombframes-1)));
yield;
}
Obj_Delete(circle);
return;
}
task _BombShake(shaketime, intensity){
float baseintensity = intensity;
float shakeno = shaketime;
ascent(i in 0..shakeno){
Set2DCameraFocusX(GetStgFrameWidth/2 + rand(-intensity, intensity));
Set2DCameraFocusY(GetStgFrameHeight/2 + rand(-intensity, intensity));
intensity = Interpolate_Decelerate(0, baseintensity, 1-i/shakeno);
shaketime--;
yield;
}
while(shaketime > 0){yield;}
Set2DCameraFocusX(GetStgFrameWidth/2);
Set2DCameraFocusY(GetStgFrameHeight/2);
yield;
}
task _Countdown(){
//_FunIndicator;
//int timer = time;
int counter = CreateTextObject(
playerX, playerY, 45,
"", "GravityRegular5",
0xFFFFFF, 0xFFFFFF,
0x1AEC8C, 8,
51
);
int counter2 = CreateTextObject(
1720, 870, 40,
"", "Unispace",
0xFFFFFF, 0xFFFFFF,
0x1AEC8C, 2,
19
);
ObjText_SetHorizontalAlignment(counter, ALIGNMENT_CENTER);
while(true){
if(GetPlayerInvincibilityFrame() <= 0){Obj_SetVisible(counter, false);}
else{Obj_SetVisible(counter, true);}
ObjRender_SetPosition(counter, playerX, playerY - 96, 1);
ObjText_SetText(counter, IntToString(GetPlayerInvincibilityFrame()));
ObjText_SetText(counter2, IntToString(GetPlayerInvincibilityFrame()));
yield;
}
//Obj_Delete(counter);
}
task _FunIndicator(){
int counter = CreateTextObject(
1720, 910, 41,
"FUN IS PREPARED", "Origami Mommy",
0xFFD9B8, 0xFFFFFF,
0xD96600, 4,
39
);
ObjText_SetHorizontalAlignment(counter, ALIGNMENT_CENTER);
while(true){
if(GetCommonDataPtr(POINTER_CHAIN, 1) >= 64 && GetCommonDataPtr(POINTER_SPECIALCHECK, false) == false)
{Obj_SetVisible(counter, true);}
else{Obj_SetVisible(counter, false);}
ObjRender_SetPosition(counter, playerX, playerY + 128, 1);
yield;
}
//Obj_Delete(counter);
}

133
script/KevinSystem/Kevin_PlayerLib_HUD.dnh Normal file
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task _ShowChainHUD(){
// Playfield
// Multiplier
async{
let objPIVNum = ObjText_Create();
// AAAAAAA WHYYYYYYY
ObjText_SetFontSize(objPIVNum, 60);
ObjText_SetFontBold(objPIVNum, true);
ObjText_SetFontType(objPIVNum, "Origami Mommy");
ObjText_SetFontColorTop(objPIVNum, 0xFFFFFF);
ObjText_SetFontColorBottom(objPIVNum, 0xFFFFFF);
ObjText_SetFontBorderType(objPIVNum, BORDER_FULL);
ObjText_SetFontBorderColor(objPIVNum, 95, 209, 255);
ObjText_SetFontBorderWidth(objPIVNum, 4);
ObjText_SetHorizontalAlignment(objPIVNum, ALIGNMENT_LEFT);
Obj_SetRenderPriorityI(objPIVNum, 19);
ObjText_SetSidePitch(objPIVNum, -3);
ObjRender_SetPosition(objPIVNum, 32, 128, 0);
// DEBUG
//Obj_SetVisible(objPIV, false);
float value = 0;
while(true){
value = min(GetCommonDataPtr(POINTER_CHAIN, 1), CHAIN_MAX);
//PIVMultiplierValue = value/1000;
let yass = rtos("00.00", value);
if(GetCommonDataPtr(POINTER_SPECIALCHECK, false) == false){
ObjText_SetFontBorderWidth(objPIVNum, 3);
if(value < CHAIN_MAX){
ObjText_SetFontBorderColor(objPIVNum, 42, 0, 237);
ObjText_SetText(objPIVNum,
yass ~ "[font size=25 oy=32]x"
);
}
else{
ObjText_SetFontBorderColor(objPIVNum, 0, 240, 117);
ObjText_SetText(objPIVNum,
yass ~ "[font size=25 oy=32]x"
);
}
}
else{
ObjText_SetFontBorderColor(objPIVNum, 0xFF9A00);
ObjText_SetText(objPIVNum,
yass ~ "[font size=25 oy=32]x"
);
}
yield;
}
}
// Chain Timer
async{
let timerText = CreateTextObject(
275, 210, 32,
"", "Unispace",
0xB5FFEE, 0xFFFFFF,
0x397D88, 2,
19
);
while(true){
ObjText_SetText(timerText, IntToString(GetCommonDataPtr(POINTER_CHAINGAUGE, 100)));
yield;
}
}
// Chain Status
async{
let timerText = CreateTextObject(
275, 255, 32,
"", "Unispace",
0xFFE0A2, 0xFFFFFF,
0xCB6D00, 2,
19
);
while(true){
ObjText_SetText(timerText, GetCommonDataPtr(POINTER_SPECIALCHECK, false) ? "ACTIVE" : "INACTIVE");
ObjText_SetFontBorderColor(timerText, GetCommonDataPtr(POINTER_SPECIALCHECK, false) ? 0xCB6D00 : 0x67A41E);
ObjText_SetFontColorTop(timerText, GetCommonDataPtr(POINTER_SPECIALCHECK, false) ? 0xFFE0A2 : 0xD8FFA8);
yield;
}
}
// Ammo Status
async{
let ammoText = CreateTextObject(
1585, 445, 48,
"", "Unispace",
0xFFB8A0, 0xFFFFFF,
0xC53000, 2,
19
);
ObjText_SetFontBold(ammoText, true);
while(true){
ObjText_SetText(ammoText, rtos("000.00", GetCommonDataPtr(POINTER_SPECIALAMMO, 100)) ~ "[font sz=24 oy=20]/100.00");
yield;
}
}
}

926
script/KevinSystem/Kevin_System.txt Normal file
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@ -0,0 +1,926 @@
// SYSTEM FOR STATION GAME
let dirCurrent = GetCurrentScriptDirectory();
// Change accordingly!
int offsetX = 1551;
int baseY = 155;
int spaceY = 135;
float scale = 1.15*1.6;
int sel = 0;
// Item, life, spell graphics
let graphicimg = dirCurrent ~ "./img/yo.png";
let lifebarimg = dirCurrent ~ "./img/lifebar.png";
LoadTextureEx(graphicimg, true, true);
let pointerPIV;
//#include "./../script/soundtask.txt"
#include "script/KevinSystem/Init.dnh"
#include "script/KevinSystem/kevin_system/Lib_Const.dnh"
#include "script/KevinSystem/GeneralSoundLib.txt"
#include "script/default_system/Default_Effect.txt"
#include "script/KevinSystem/kevin_system/Kevin_EffectLib.dnh"
@Initialize
{
if(!IsCommonDataAreaExists("PIV")){
CreateCommonDataArea("PIV");
SetAreaCommonData("PIV", "currentvalue", 10000);
}
else{}
pointerPIV = LoadAreaCommonDataValuePointer("PIV", "currentvalue", 10000);
_SoundTask();
SetAreaCommonData("ScriptID", "SystemID", GetOwnScriptID());
//SetCommonDataPtr("SystemIDPtr", GetOwnScriptID());
SetStgFrame(0, 0, 1280, 720, 20, 80);
sel = prand_int(0, 99);
// Pixel art
SetShotTextureFilter(FILTER_NONE, FILTER_NONE);
SetItemTextureFilter(FILTER_NONE, FILTER_NONE);
SetPauseScriptPath(GetCurrentScriptDirectory() ~ "kevin_system/Kevin_Pause.txt");
SetEndSceneScriptPath(GetCurrentScriptDirectory() ~ "kevin_system/Kevin_EndScene.txt");
SetReplaySaveSceneScriptPath(GetCurrentScriptDirectory() ~ "kevin_system/Kevin_ReplaySave.txt");
InitEffect();
InitFrame();
//TInstallFont(); Moved to package.
TScore();
LifeDisplay();
//TGraze();
//SetPlayerLife(9);
//SpellDisplay();
THighScore();
//TValueDisplay();
StartItemScript(dirCurrent ~ "./kevin_system/KevinSystem_Item.txt");
TExtendSystem();
//TBossLife();
TBossTimer();
TCurrentFps();
TReplayFps();
//_SoundTask;
}
@MainLoop
{
yield;
}
@Event
{
alternative(GetEventType())
case(EV_START_BOSS_SPELL)
{
let path = dirCurrent ~ "Default_System_MagicCircle.txt";
let id = LoadScript(path);
StartScript(id);
}
case(EV_GAIN_SPELL)
{
let objScene = GetEnemyBossSceneObjectID();
let spellbonus = ObjEnemyBossScene_GetInfo(objScene, INFO_SPELL_SCORE);
TScoreAward(spellbonus);
}
// Arguments: [enemy x, y], particle list to use
case(EV_EXPLODE)
{
float[] pos = GetEventArgument(0);
//int listTarget = GetEventArgument(1);
if(GetCommonDataPtr(EFFECTCUT_PTR, 0) >= 2){ObjSound_Play(sfxBoom);}
//_EffectListPreRender(PetalEffect, imgEffect, [0, 0, 256, 256]);
else{_ExplosionEffect(pos[0], pos[1], PetalEffect);}
}
}
function CreateTextObject(
float mx, my, size,
string text, font,
int colorTop, colorBottom,
int borderColor, borderWidth,
int renderPriority
){
let obj = ObjText_Create();
ObjText_SetText(obj, text);
ObjText_SetFontSize(obj, size);
ObjText_SetFontType(obj, font);
ObjText_SetFontColorTop(obj, colorTop);
ObjText_SetFontColorBottom(obj, colorBottom);
ObjText_SetFontBorderType(obj, BORDER_FULL);
ObjText_SetFontBorderColor(obj, borderColor);
ObjText_SetFontBorderWidth(obj, borderWidth);
Obj_SetRenderPriorityI(obj, renderPriority);
ObjRender_SetX(obj, mx);
ObjRender_SetY(obj, my);
return obj;
}
// Grants extends based on score
task TExtendSystem(){
// NEXT: Text (y around 650?) (x around 2250?)
/*let NextText =
CreateTextObject(
1625, 465, 30,
"NEXT:", "Connecting Chain Handserif",
0xA70053, 0xA70053,
0xFFFFFF, 2,
1
);*/
//ObjText_SetFontBold(NextText, true);
// Indicates the score threshold needed for the next extend
let ExtendThresholdText =
CreateTextObject(
1450, 160, 28,
"", "Unispace",
0xFF98A9, 0xFFFFFF,
0x000000, 4,
2
);
ObjText_SetFontBold(ExtendThresholdText, true);
ObjText_SetHorizontalAlignment(ExtendThresholdText, ALIGNMENT_LEFT);
int len = 0;
int count = 0;
// Millions
let req = [
];
alternative(GetCommonData("Difficulty", "Standard"))
case("Novice"){
req = [250, 500, 1000, 1800];
len = 3;
}
case("Standard"){
req = [400, 800, 1500, 2500];
len = 3;
}
others{
req = [1000, 2000, 3000, 4000, 5000, 6000, 7000, 8000, 9000, 10000, 11000, 12000, 13000, 14000, 15000, 16000, 17000, 18000, 19000, 20000];
len = 19;
}
let next = 0;
// NARUMISTG
req = [
10, 30, 60, 120, 250
];
loop{
count = (trunc(GetScore())/10)*10;
if(next <= length(req)-1){
if(count >= req[next]*1000000){
next++;
SetPlayerLife(GetPlayerLife+1);
ExtendSFX;
ExtendEffect;
}
}
if(next <= len){ObjText_SetText(ExtendThresholdText, "[font tc=(255, 43, 78) bc=(255, 128, 149)]NEXT: [font clr]" ~ DigitToCommaArray(req[next]*1000000));}
else{ObjText_SetText(ExtendThresholdText, "MAXIMUM");}
yield;
}
}
task ExtendEffect(){
int time = 30;
int timeDisappear = 30;
float x = GetPlayerX();
float y = GetPlayerY()-90;
int extendText = CreateTextObject(
x, y, 75,
"Life[r]Extend!", "Exotc350 DmBd BT",
0xFF61AE, 0xFFFFFF,
0x5E0064, 6,
42
);
ObjText_SetLinePitch(extendText, -2);
ObjText_SetFontBold(extendText, true);
ObjText_SetHorizontalAlignment(extendText, ALIGNMENT_CENTER);
ascent(i in 0..time){
ObjRender_SetY(extendText, Interpolate_Decelerate(y, y-120, i/time));
yield;
}
wait(15);
ascent(i in 0..timeDisappear){
ObjRender_SetAlpha(extendText, Interpolate_Decelerate(255, 0, i/timeDisappear));
yield;
}
Obj_Delete(extendText);
}
//----------------------------------------------------
//枠外の背景表示
//----------------------------------------------------
task InitFrame()
{
let path1 = GetCurrentScriptDirectory() ~ "img/HUD1.png";
let path2 = GetCurrentScriptDirectory() ~ "img/HUD2.png";
let obj1 = ObjPrim_Create(OBJ_SPRITE_2D);
let obj2 = ObjPrim_Create(OBJ_SPRITE_2D);
LoadTextureEx(path1, true, true);
LoadTextureEx(path2, true, true);
ObjPrim_SetTexture(obj1, path1);
ObjPrim_SetTexture(obj2, path2);
int[] arr = [obj1, obj2];
for each(int obj in ref arr){
ObjRender_SetTextureFilterMag(obj, FILTER_NONE);
ObjRender_SetTextureFilterMin(obj, FILTER_NONE);
ObjRender_SetTextureFilterMip(obj, FILTER_NONE);
Obj_SetRenderPriority(obj, 79);
ObjSprite2D_SetSourceRect(obj, 0, 0, GetScreenWidth(), GetScreenHeight());
ObjSprite2D_SetDestRect(obj, 0, 0, GetScreenWidth(), GetScreenHeight());
}
// If player moves to vertical bounds, lower opacity
while(true){
if(GetPlayerY() > GetStgFrameHeight() * 7/8){
ObjRender_SetAlpha(obj2, 125);
}
else{ObjRender_SetAlpha(obj2, 255);}
if(GetPlayerY() < GetStgFrameHeight() * 1/8){
ObjRender_SetAlpha(obj1, 125);
}
else{ObjRender_SetAlpha(obj1, 255);}
yield;
}
}
//----------------------------------------------------
//スコア表示
//----------------------------------------------------
task THighScore(){
let DATA_PLAYER = GetPlayerReplayName();
let DATA_DIFFICULTY = GetCommonData("Difficulty", "Standard");
let objScoreNo = ObjText_Create();
ObjText_SetFontSize(objScoreNo, 32);
ObjText_SetFontBold(objScoreNo, true);
ObjText_SetFontType(objScoreNo, "GravityBold8");
ObjText_SetFontColorTop(objScoreNo, 0xFFFFFF);
ObjText_SetFontColorBottom(objScoreNo, 0xFFB061);
ObjText_SetFontBorderType(objScoreNo, BORDER_FULL);
ObjText_SetFontBorderColor(objScoreNo, 0xAB3D00);
ObjText_SetFontBorderWidth(objScoreNo, 4);
//ObjText_SetFontWeight(objScoreNo, 1000);
Obj_SetRenderPriorityI(objScoreNo, 79);
ObjText_SetSidePitch(objScoreNo, -2);
ObjRender_SetPosition(objScoreNo, 192, 12, 0);
while(true){
let score = GetAreaCommonData("Data_" ~ DATA_PLAYER, "HighScore_" ~ DATA_DIFFICULTY, 0);
score = min(score,999999999990);
let yass = DigitToCommaArray(score);
ObjText_SetText(objScoreNo, yass);
yield;
}
}
task TScore(){
// New score system using rtos
// For score with zeroes at the end: Truncate score/10, and then multiply it by 10
let objScoreNo = ObjText_Create();
ObjText_SetFontSize(objScoreNo, 32);
ObjText_SetFontBold(objScoreNo, true);
ObjText_SetFontType(objScoreNo, "GravityBold8");
ObjText_SetFontColorTop(objScoreNo, 0xFFFFFF);
ObjText_SetFontColorBottom(objScoreNo, 0x8944CE);
ObjText_SetFontBorderType(objScoreNo, BORDER_FULL);
ObjText_SetFontBorderColor(objScoreNo, 0x391339);
ObjText_SetFontBorderWidth(objScoreNo, 4);
//ObjText_SetFontWeight(objScoreNo, 1000);
Obj_SetRenderPriorityI(objScoreNo, 79);
ObjText_SetSidePitch(objScoreNo, -2);
ObjRender_SetPosition(objScoreNo, 192, 56, 0);
while(true){
if(GetPlayerY() < GetStgFrameHeight() * 1/8){
ObjRender_SetAlpha(objScoreNo, 125);
}
else{ObjRender_SetAlpha(objScoreNo, 255);}
let score = trunc(GetScore()/10) * 10;
score = min(score,999999999990);
let yass = DigitToCommaArray(score);
ObjText_SetText(objScoreNo, yass);
yield;
}
}
function DigitToCommaArray(num){ //Natashinitai
let srcStr = IntToString(num);
let res = [];
let nChar = 0;
for(let i = length(srcStr) - 1; i >= 0; i--){
res = [srcStr[i]] ~ res;
nChar++;
if(nChar % 3 == 0 && i > 0) res = "," ~ res;
}
return res;
}
//----------------------------------------------------
//Graze表示
//----------------------------------------------------
task TGraze()
{
let grazenum = ObjText_Create();
ObjText_SetFontSize(grazenum, 58);
ObjText_SetFontBold(grazenum, true);
ObjText_SetFontType(grazenum, "Anke Calligraph");
ObjText_SetFontColorTop(grazenum, 0x8898A3);
ObjText_SetFontColorBottom(grazenum, 0xD2E0FF);
ObjText_SetFontBorderType(grazenum, BORDER_FULL);
ObjText_SetFontBorderColor(grazenum, 0xFFFFFF);
ObjText_SetFontBorderWidth(grazenum, 3);
Obj_SetRenderPriorityI(grazenum, 1);
ObjRender_SetX(grazenum, offsetX-10);
ObjRender_SetY(grazenum, baseY*0.8+spaceY*5);
while(true){
let graze = GetGraze();
ObjText_SetText(grazenum, rtos("00000", graze));
yield;
}
}
task TValueDisplay(){
let objPIVNum = ObjText_Create();
ObjText_SetFontSize(objPIVNum, 45);
ObjText_SetFontBold(objPIVNum, true);
ObjText_SetFontType(objPIVNum, "Origami Mommy");
ObjText_SetFontColorTop(objPIVNum,0xFFFFFF);
ObjText_SetFontColorBottom(objPIVNum,0xFFFFFF);
ObjText_SetFontBorderType(objPIVNum, BORDER_FULL);
ObjText_SetFontBorderColor(objPIVNum, 0xDC47C8);
ObjText_SetFontBorderWidth(objPIVNum, 4);
ObjText_SetHorizontalAlignment(objPIVNum, ALIGNMENT_LEFT);
//ObjText_SetFontWeight(objPIVNum, 1000);
Obj_SetRenderPriorityI(objPIVNum, 2);
//ObjText_SetSidePitch(objPIVNum, -3);
ObjRender_SetPosition(objPIVNum, 1440, 275, 0);
// DEBUG
//Obj_SetVisible(objPIV, false);
int value = 0;
while(true){
value = min(GetCommonDataPtr(pointerPIV, 10000), 9999999990);
//PIVMultiplierValue = value/1000;
let yass = vtos("-5.2f", value/10000);
if(value < 100000){ObjText_SetText(objPIVNum, yass ~ "[font size=25 ox=-24 oy=18]x");}
else{ObjText_SetText(objPIVNum, yass ~ "[font size=25 oy=18]x");}
yield;
}
}
//----------------------------------------------------
//残機表示
//----------------------------------------------------
/*task TPlayerLife
{
let lifenum = ObjText_Create();
ObjText_SetFontSize(lifenum, 22);
ObjText_SetFontBold(lifenum, false);
ObjText_SetFontType(lifenum, "Unispace");
ObjText_SetFontColorTop(lifenum,255,255,255);
ObjText_SetFontColorBottom(lifenum,255,255,255);
Obj_SetRenderPriorityI(lifenum, 1);
ObjRender_SetX(lifenum,507);
ObjRender_SetY(lifenum,101);
while(true){
let liferemain = GetPlayerLife();
ObjText_SetText(lifenum, rtos("00", liferemain));
yield;
}
}*/
//----------------------------------------------------
//残スペル表示
//----------------------------------------------------
task TPlayerSpell
{
let spellnum = ObjText_Create();
ObjText_SetFontSize(spellnum, 22);
ObjText_SetFontBold(spellnum, false);
ObjText_SetFontType(spellnum, "Unispace");
ObjText_SetFontColorTop(spellnum,255,255,255);
ObjText_SetFontColorBottom(spellnum,255,255,255);
Obj_SetRenderPriorityI(spellnum, 1);
ObjRender_SetX(spellnum,offsetX);
ObjRender_SetY(spellnum,baseY+spaceY*3);
while(true){
let spellremain = GetPlayerSpell();
ObjText_SetText(spellnum, rtos("00", spellremain));
yield;
}
}
// New life task
task LifeDisplay(){
// oh god oh no
let liferemain;
let lifecounter = ObjPrim_Create(OBJ_SPRITE_LIST_2D);
let lifeshow = graphicimg;
Obj_SetRenderPriorityI(lifecounter, 79);
ObjPrim_SetTexture(lifecounter, lifeshow);
//ObjSpriteList2D_SetSourceRect(lifecounter, 256, 0, 384, 128);
//ObjRender_SetScaleXYZ(lifecounter, 0.5, 0.5, 1);
//ObjSpriteList2D_SetDestCenter(lifecounter);
int maxText = CreateTextObject(
1440, 390, 45,
"ASCENSION", "Origami Mommy",
0x280644, 0x701582,
0xD1B4FF, 3.5,
2
);
ObjText_SetFontWeight(maxText, 1000);
int MaxLife = GetCommonData("Life Limit", 99999);
loop{
SetPlayerLife(min(MaxLife, GetPlayerLife()));
if(GetPlayerY() < GetStgFrameHeight() * 1/8){
ObjRender_SetAlpha(lifecounter, 125);
}
else{ObjRender_SetAlpha(lifecounter, 255);}
ObjSpriteList2D_ClearVertexCount(lifecounter);
ObjSpriteList2D_SetSourceRect(lifecounter, 608, 288, 640, 288+32);
ObjRender_SetTextureFilterMag(lifecounter, FILTER_NONE);
ObjSpriteList2D_SetDestCenter(lifecounter);
ObjRender_SetScaleXYZ(lifecounter, 2, 2, 1);
liferemain = GetPlayerLife();
ascent(i in 0..liferemain){
ObjRender_SetPosition(lifecounter, 710+i*24, 30, 0);
ObjSpriteList2D_AddVertex(lifecounter);
}
yield;
}
}
// New spell task
task SpellDisplay{
int text = CreateTextObject(
1820, 380, 32,
"MAX", "Origami Mommy",
0xFFB4F7, 0xFFFFFF,
0x6600BE, 4,
2
);
Obj_SetVisible(text, false);
ObjText_SetSidePitch(text, -4);
ObjText_SetHorizontalAlignment(text, ALIGNMENT_CENTER);
let spellremain;
let spellcounter = ObjPrim_Create(OBJ_SPRITE_LIST_2D);
let spellshow = graphicimg;
Obj_SetRenderPriorityI(spellcounter, 1);
ObjPrim_SetTexture(spellcounter, spellshow);
loop{
if(GetPlayerSpell() > 5){SetPlayerSpell(5);}
if(GetPlayerSpell() == 5){Obj_SetVisible(text, true);}
else{Obj_SetVisible(text, false);}
ObjSpriteList2D_ClearVertexCount(spellcounter);
ObjSpriteList2D_SetSourceRect(spellcounter, 640, 128, 768, 256);
ObjSpriteList2D_SetDestCenter(spellcounter);
ObjRender_SetScaleXYZ(spellcounter, 0.3*scale, 0.3*scale, 1);
spellremain = GetPlayerSpell();
ascent(i in 0..spellremain){
ObjRender_SetPosition(spellcounter, 1604+i*32, 392, 0);
ObjSpriteList2D_AddVertex(spellcounter);
}
yield;
}
}
//----------------------------------------------------
// Edited ExRumia system
//----------------------------------------------------
task TBossLife
// Lifebar starts at x = 352, ends at x = 925
{
let path = lifebarimg;
let obj = ObjPrim_Create(OBJ_SPRITE_LIST_2D);
let objStar = ObjPrim_Create(OBJ_SPRITE_LIST_2D);
let objDivision = ObjPrim_Create(OBJ_SPRITE_LIST_2D);
let objLifebar = ObjPrim_Create(OBJ_SPRITE_LIST_2D);
//bool BossExist = false;
ObjPrim_SetTexture(obj, path);
Obj_SetRenderPriorityI(obj, 72);
ObjRender_SetAlpha(obj, 255);
ObjPrim_SetTexture(objStar, path);
Obj_SetRenderPriorityI(objStar, 70);
ObjPrim_SetTexture(objDivision, path);
Obj_SetRenderPriorityI(objDivision, 72);
ObjPrim_SetTexture(objLifebar, path);
Obj_SetRenderPriorityI(objLifebar, 70);
ObjRender_SetAlpha(objLifebar, 140);
//Obj_SetVisible(objLifebar, false);
let lastRemStep = -1;
let lifeRateRender = 0;
let objScene = ID_INVALID;
loop
{
objScene = GetEnemyBossSceneObjectID();
ObjSpriteList2D_ClearVertexCount(obj);
ObjSpriteList2D_ClearVertexCount(objLifebar);
ObjSpriteList2D_ClearVertexCount(objStar);
ObjSpriteList2D_ClearVertexCount(objDivision);
if(objScene != ID_INVALID)
{
//BossExist = true;
ObjSpriteList2D_SetSourceRect(objLifebar, 8, 6, 801, 50);
ObjSpriteList2D_SetDestCenter(objLifebar);
ObjRender_SetScaleXYZ(objLifebar, 1.12, 1.25, 1);
ascent (i in 0..1){
ObjRender_SetPosition(objLifebar, 455, 40, 1);
ObjSpriteList2D_AddVertex(objLifebar);
}
RenderActiveLife();
}
yield;
}
/*task RenderLifebar(){
ObjSprite2D_SetSourceRect(objLifebar, 5, 5, 534, 34);
ObjSprite2D_SetDestCenter(objLifebar);
ObjRender_SetPosition(objLifebar, 352, 20, 1);
while(BossExist){
Obj_SetVisible(objLifebar, true);
yield;
}
}*/
function RenderActiveLife()
{
//残りステップ
let countRemStep = ObjEnemyBossScene_GetInfo(objScene, INFO_REMAIN_STEP_COUNT);
if(lastRemStep != countRemStep)
{
//ステップが変化
lifeRateRender = 0;
}
//Overall active life
let lifeTotalMax = ObjEnemyBossScene_GetInfo(objScene, INFO_ACTIVE_STEP_TOTAL_MAX_LIFE);
let lifeTotal = ObjEnemyBossScene_GetInfo(objScene, INFO_ACTIVE_STEP_TOTAL_LIFE);
let lifeRate = min(lifeTotal / lifeTotalMax, lifeRateRender);
ObjSpriteList2D_SetSourceRect(obj, 7, 119, 800, 159);
ObjSpriteList2D_SetDestRect(obj, 11, 20, 12 + (890-2) * lifeRate, 60);
ObjRender_SetColorHSV(obj, -60, 384, 384);
ObjSpriteList2D_AddVertex(obj);
ObjRender_SetBlendType(obj, BLEND_ALPHA);
//Life "division" bar
ObjSpriteList2D_SetSourceRect(objDivision, 8, 56, 27, 111);
//ObjRender_SetColorHSV(objDivision, 32, 255, 255);
let listLifeDiv = [0] ~ ObjEnemyBossScene_GetInfo(objScene, INFO_ACTIVE_STEP_LIFE_RATE_LIST);
ascent(iDiv in 1 .. length(listLifeDiv)-1)
{
let rate = listLifeDiv[iDiv];
let x = (GetStgFrameWidth()) * 0.98 * (1-rate);
ObjSpriteList2D_SetDestRect(objDivision, x-4, 62, x+24, 118);
ObjSpriteList2D_AddVertex(objDivision);
}
//Boss star rendering
ObjRender_SetScaleXYZ(objStar, 0.6, 0.6, 1);
ObjSpriteList2D_SetSourceRect(objStar, 0, 169, 268, 430);
Obj_SetRenderPriority(objStar, 1);
ascent(iStep in 0 .. countRemStep)
{
ObjRender_SetPosition(objStar, GetStgFrameWidth()*1.6, 35+45*iStep, 1);
ObjSpriteList2D_SetDestCenter(objStar);
ObjSpriteList2D_AddVertex(objStar);
}
lifeRateRender += 0.01;
lifeRateRender = min(lifeRateRender, 1);
lastRemStep = countRemStep;
if(GetCommonData("IsFightingBoss", false) == true){
if(ObjMove_GetY(GetPlayerObjectID()) < GetStgFrameHeight()/6){
ObjRender_SetAlpha(obj, 60);
ObjRender_SetAlpha(objLifebar, 30);
}
else{
ObjRender_SetAlpha(obj, 255);
ObjRender_SetAlpha(objLifebar, 140);
}
}
else{
ObjRender_SetAlpha(obj, 0);
ObjRender_SetAlpha(objLifebar, 0);
}
}
}
//----------------------------------------------------
//タイマー表示
//----------------------------------------------------
task TBossTimer
{
let textTimer = ObjText_Create();
ObjText_SetFontSize(textTimer, 20);
ObjText_SetFontType(textTimer, "GravityRegular5");
//ObjText_SetMaxWidth(textTimer, GetStgFrameWidth()/6);
ObjText_SetHorizontalAlignment(textTimer, ALIGNMENT_LEFT);
ObjText_SetFontBold(textTimer, true);
ObjText_SetFontColorTop(textTimer, 0xFFFFFF);
ObjText_SetFontColorBottom(textTimer, 0xFFFFFF);
ObjText_SetFontBorderType(textTimer, BORDER_FULL);
ObjText_SetFontBorderColor(textTimer, 0x45A6FF);
ObjText_SetFontBorderWidth(textTimer, 5);
Obj_SetRenderPriorityI(textTimer, 73);
//ObjRender_SetX(textTimer, GetStgFrameWidth()/2);
ObjRender_SetX(textTimer, 710);
ObjRender_SetY(textTimer, 125);
Obj_SetVisible(textTimer, true);
let pathDigit = GetCurrentScriptDirectory() ~ "img/Default_SystemDigit.png";
let obj = ObjPrim_Create(OBJ_SPRITE_LIST_2D);
ObjPrim_SetTexture(obj, lifebarimg);
ObjRender_SetBlendType(obj, BLEND_ADD_RGB);
Obj_SetRenderPriority(obj, 0.75);
//ObjRender_SetY(obj, 38);
let count = 2;
let objScene = ID_INVALID;
loop
{
objScene = GetEnemyBossSceneObjectID();
ObjSpriteList2D_ClearVertexCount(obj);
if(objScene != ID_INVALID)
{
Obj_SetVisible(textTimer, true);
RenderTimer();
}
else{Obj_SetVisible(textTimer, false);
}
yield;
}
task RenderTimer()
{
let timer = ObjEnemyBossScene_GetInfo(objScene, INFO_TIMERF)/60;
timer = min(timer, 999.99);
ObjText_SetText(textTimer, rtos("000.00", timer) ~ "[font sz=15 oy=18]s LEFT");
ObjSpriteList2D_SetSourceRect(obj, 404, 225, 537, 374);
ObjRender_SetScaleXYZ(obj, 1, 1, 1);
ObjSpriteList2D_SetDestCenter(obj);
ObjRender_SetPosition(textTimer, 590, 55, 1);
//ObjSpriteList2D_AddVertex(obj);
if(ObjEnemyBossScene_GetInfo(objScene, INFO_TIMER) <= 10 && ObjEnemyBossScene_GetInfo(objScene, INFO_TIMER) > 0){
if(ObjEnemyBossScene_GetInfo(objScene, INFO_TIMERF) % 60 == 0 || ObjEnemyBossScene_GetInfo(objScene, INFO_TIMER) < 1){_Timeout();}
ObjText_SetFontBorderColor(textTimer, 0xF0396C);
}
else{ObjText_SetFontBorderColor(textTimer, 0x45A6FF); ObjText_SetFontSize(textTimer, 35);}
if(ObjMove_GetY(GetPlayerObjectID()) < GetStgFrameHeight()/8){
ObjRender_SetAlpha(textTimer, 60);
}
else{
ObjRender_SetAlpha(textTimer, 255);
}
yield;
}
task _Timeout(){ // HOLY FUCK THE TIMER IS RUNNING OUT BITCH
ascent(i in 0..30){
ObjText_SetFontSize(textTimer, Interpolate_Decelerate(50, 25, i/30));
//ObjRender_SetScaleXYZ(obj, Interpolate_Decelerate(0.6, 0.38, i/30));
yield;
}
}
}
task TScoreAward(dascore){
let objText = ObjText_Create();
int x = rand_int(0, 99);
RegularAward;
task RegularAward{
let fontsizearray = [70, 70, 70, 65, 60, 65, 70, 70, 70, 40, 40];
let textarray = ["So Cool Bestie!", "Bimbo Eliminated!", "Wig Snatched!", "Neutralized Boss Sexiness!", "Gay Rights Confirmed!", "Himbo Kisses!", "Slay Button Hit!", "Yass!!!!", "Gatekept, Gaslit, Girlbossed!", "Spell Card Capture!"];
int y = rand_int(0, length(textarray)-2);
ObjText_SetText(objText, textarray[y]); // Selects a random capture text from the array
ObjText_SetFontSize(objText, fontsizearray[y]*1.5);
ObjText_SetFontType(objText, "Exotc350 DmBd BT");
//ObjText_SetMaxWidth(objText, GetStgFrameWidth());
ObjText_SetHorizontalAlignment(objText, ALIGNMENT_CENTER);
ObjText_SetFontBold(objText, true);
ObjText_SetFontColorTop(objText, 0xFFD34D);
ObjText_SetFontColorBottom(objText, 0xFFF2CA);
ObjText_SetFontBorderType(objText, BORDER_FULL);
ObjText_SetFontBorderColor(objText,0, 0, 0);
ObjText_SetFontBorderWidth(objText, 3);
Obj_SetRenderPriority(objText, 0.6);
ObjRender_SetX(objText, GetStgFrameWidth()/2);
ObjRender_SetY(objText, GetStgFrameHeight()/5);
}
let scorefinal = trunc(dascore/10) * 10;
let scorescene = GetEnemyBossSceneObjectID();
if (ObjEnemyBossScene_GetInfo(scorescene, INFO_PLAYER_SHOOTDOWN_COUNT) == 0 &&
ObjEnemyBossScene_GetInfo(scorescene, INFO_PLAYER_SPELL_COUNT) == 0){
AddScore(scorefinal);
}
let strScore = "Capture Bonus +" ~ DigitToCommaArray(scorefinal);
let objScore = ObjText_Create();
ObjText_SetText(objScore, strScore);
ObjText_SetFontSize(objScore, 85);
ObjText_SetFontType(objScore, "Anke Calligraph");
ObjText_SetMaxWidth(objScore, GetStgFrameWidth());
ObjText_SetHorizontalAlignment(objScore, ALIGNMENT_CENTER);
ObjText_SetFontBold(objScore, true);
ObjText_SetFontColorTop(objScore, 0x9C2400);
ObjText_SetFontColorBottom(objScore, 0xFF982A);
ObjText_SetFontBorderType(objScore, BORDER_FULL);
ObjText_SetFontBorderColor(objScore, 255, 255, 255);
ObjText_SetFontBorderWidth(objScore, 3);
Obj_SetRenderPriority(objScore, 0.6);
ObjRender_SetX(objScore, GetStgFrameWidth()/2 - (GetStgFrameWidth()/2-5));
ObjRender_SetY(objScore, GetStgFrameHeight()/3.2-15);
wait(120);
Obj_Delete(objText);
Obj_Delete(objScore);
}
//----------------------------------------------------
//FPS表示
//----------------------------------------------------
task TCurrentFps()
{
if(IsReplay()){return;}
let objText = ObjText_Create();
ObjText_SetFontSize(objText, 36);
ObjText_SetFontBold(objText, true);
ObjText_SetFontType(objText, "Unispace");
ObjText_SetFontColorTop(objText, 0x6747FF);
ObjText_SetFontColorBottom(objText, 0xAEC4FF);
ObjText_SetFontBorderType(objText, BORDER_FULL);
ObjText_SetFontBorderColor(objText, 38, 3, 93);
ObjText_SetFontBorderWidth(objText, 1.5);
ObjText_SetHorizontalAlignment(objText, ALIGNMENT_RIGHT);
ObjText_SetMaxWidth(objText, GetScreenWidth() - 8);
Obj_SetRenderPriority(objText, 1.0);
ObjRender_SetX(objText, 0);
ObjRender_SetY(objText, GetScreenHeight() - 48);
loop
{
let fps = GetCurrentFps();
let text = vtos("1.2f", fps) ~ "fps";
ObjText_SetText(objText, text);
yield;
}
}
task TReplayFps()
{
if(!IsReplay()){return;}
let objText = ObjText_Create();
ObjText_SetFontSize(objText, 36);
ObjText_SetFontType(objText, "Unispace");
ObjText_SetFontBold(objText, true);
ObjText_SetFontColorTop(objText, 128, 128, 255);
ObjText_SetFontColorBottom(objText, 255, 255, 255);
ObjText_SetFontBorderType(objText, BORDER_FULL);
ObjText_SetHorizontalAlignment(objText, ALIGNMENT_RIGHT);
ObjText_SetFontBorderColor(objText,38, 3, 93);
ObjText_SetFontBorderWidth(objText, 1);
Obj_SetRenderPriorityI(objText, 79);
let px = GetStgFrameWidth() - 10;
let py = GetStgFrameHeight() - 42;
ObjRender_SetX(objText, px);
ObjRender_SetY(objText, py);
loop
{
let fps = GetReplayFps();
let text = vtos("1.2f", fps);
ObjText_SetText(objText, "REPLAY MODE: " ~ text ~ "fps");
yield;
}
}
//----------------------------------------------------
//ユーティリティ
//----------------------------------------------------

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script/KevinSystem/PlayerSFX/CK Music Factory/air01.wav Normal file
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