void Render(double time)
{
gl.Clear().ColorBuffer().DepthBuffer();
CamMatrixf camera = CamMatrixf::Orbiting(
Vec3f(),
4.5f + float(SineWave(time / 25.0)),
FullCircles(time / 30.0),
Degrees(SineWave(time / 19.0) * 20)
);
light_prog.camera_matrix.Set(camera);
flare_prog.camera_matrix.Set(camera);
shape_prog.camera_matrix.Set(camera);
shape_prog.camera_position.Set(camera.Position());
shape_prog.model_matrix.Set(
ModelMatrixf::RotationX(FullCircles(time / 30.0))
);
shape_prog.Use();
shape.Draw();
NoProgram().Use();
lights.Bind();
light_prog.Use();
for(GLuint l=0; l!=n_flares; ++l)
{
queries[l].Begin(Query::Target::SamplesPassed);
gl.DrawArrays(PrimitiveType::Points, l, 1);
queries[l].End(Query::Target::SamplesPassed);
}
gl.Enable(Capability::Blend);
gl.Disable(Capability::DepthTest);
flare_prog.Use();
for(GLuint l=0; l!=n_flares; ++l)
{
GLint samples = 0;
queries[l].WaitForResult(samples);
if(samples != 0)
{
flare_prog.samples = samples;
gl.DrawArrays(PrimitiveType::Points, l, 1);
}
}
gl.Enable(Capability::DepthTest);
gl.Disable(Capability::Blend);
}
SortProc(const Particles& particles)
{
gl.Bind(vao);
gl.Bind(BufferTarget::Array, particles.indices_d);
(prog|"Index").Setup<GLint>().Enable();
gl.Bind(NoVertexArray());
gl.Bind(BufferIndexedTarget::TransformFeedback, 0, particles.indices_f);
gl.Bind(BufferIndexedTarget::Uniform, 0, particles.indices_d);
gl.Bind(BufferIndexedTarget::Uniform, 1, particles.distances);
gl.Use(prog);
UniformBlock(prog,"IndexBlock").Binding(0);
UniformBlock(prog, "DistBlock").Binding(1);
gl.Use(NoProgram());
}
TorusExample(void)
: make_torus(1.0, 0.5, 18, 36)
, torus_instr(make_torus.Instructions())
, torus_indices(make_torus.Indices())
, transf_prog(make_transf_prog())
, face_prog(make_face_prog())
, frame_prog(make_frame_prog())
, projection_matrix(transf_prog, "ProjectionMatrix")
, camera_matrix(transf_prog, "CameraMatrix")
, model_matrix(transf_prog, "ModelMatrix")
, transf_time(transf_prog, "Time")
{
transf_prog.Use();
torus.Bind();
verts.Bind(Buffer::Target::Array);
{
std::vector<GLfloat> data;
GLuint n_per_vertex = make_torus.Positions(data);
Buffer::Data(Buffer::Target::Array, data);
VertexArrayAttrib attr(transf_prog, "Position");
attr.Setup<GLfloat>(n_per_vertex);
attr.Enable();
}
normals.Bind(Buffer::Target::Array);
{
std::vector<GLfloat> data;
GLuint n_per_vertex = make_torus.Normals(data);
Buffer::Data(Buffer::Target::Array, data);
VertexArrayAttrib attr(transf_prog, "Normal");
attr.Setup<GLfloat>(n_per_vertex);
attr.Enable();
}
texcoords.Bind(Buffer::Target::Array);
{
std::vector<GLfloat> data;
GLuint n_per_vertex = make_torus.TexCoordinates(data);
Buffer::Data(Buffer::Target::Array, data);
VertexArrayAttrib attr(transf_prog, "TexCoord");
attr.Setup<GLfloat>(n_per_vertex);
attr.Enable();
}
face_pp.Bind();
face_prog.Use();
face_pp.UseStages(transf_prog).Vertex().Geometry();
face_pp.UseStages(face_prog).Fragment();
frame_pp.Bind();
frame_prog.Use();
frame_pp.UseStages(transf_prog).Vertex().Geometry();
frame_pp.UseStages(frame_prog).Fragment();
gl.Bind(NoProgramPipeline());
gl.Use(NoProgram());
gl.ClearColor(0.7f, 0.6f, 0.5f, 0.0f);
gl.ClearDepth(1.0f);
gl.Enable(Capability::DepthTest);
gl.DepthFunc(CompareFn::Less);
gl.FrontFace(make_torus.FaceWinding());
}
GlassAndMetalExample(void)
: transf_prog()
, metal_prog()
, plane(transf_prog, shapes::Plane(Vec3f(9, 0, 0), Vec3f(0, 0,-9)))
, torus(transf_prog, shapes::WickerTorus())
, shadow_tex_side(1024)
{
NoProgram().Use();
shadow_pp.Bind();
shadow_pp.UseStages(transf_prog).Vertex();
shadow_pp.UseStages(shadow_prog).Fragment();
light_pp.Bind();
light_pp.UseStages(transf_prog).Vertex();
light_pp.UseStages(light_prog).Fragment();
glass_pp.Bind();
glass_pp.UseStages(transf_prog).Vertex();
glass_pp.UseStages(glass_prog).Fragment();
metal_pp.Bind();
metal_pp.UseStages(transf_prog).Vertex();
metal_pp.UseStages(metal_prog).Fragment();
Texture::Active(0);
metal_prog.metal_tex.Set(0);
gl.Bound(Texture::Target::_2D, metal_texture)
.MinFilter(TextureMinFilter::LinearMipmapLinear)
.MagFilter(TextureMagFilter::Linear)
.WrapS(TextureWrap::Repeat)
.WrapT(TextureWrap::Repeat)
.Image2D(
images::BrushedMetalUByte(
512, 512,
5120,
-3, +3,
32, 128
)
).GenerateMipmap();
Texture::Active(1);
metal_prog.frame_shadow_tex.Set(1);
glass_prog.frame_shadow_tex.Set(1);
gl.Bound(Texture::Target::_2D, frame_shadow_tex)
.MinFilter(TextureMinFilter::Linear)
.MagFilter(TextureMagFilter::Linear)
.WrapS(TextureWrap::ClampToEdge)
.WrapT(TextureWrap::ClampToEdge)
.CompareMode(TextureCompareMode::CompareRefToTexture)
.Image2D(
0,
PixelDataInternalFormat::DepthComponent32,
shadow_tex_side, shadow_tex_side,
0,
PixelDataFormat::DepthComponent,
PixelDataType::Float,
nullptr
);
gl.Bound(Framebuffer::Target::Draw, frame_shadow_fbo)
.AttachTexture(
FramebufferAttachment::Depth,
frame_shadow_tex,
0
);
Texture::Active(2);
metal_prog.glass_shadow_tex.Set(2);
gl.Bound(Texture::Target::_2D, glass_shadow_tex)
.MinFilter(TextureMinFilter::Linear)
.MagFilter(TextureMagFilter::Linear)
.WrapS(TextureWrap::ClampToEdge)
.WrapT(TextureWrap::ClampToEdge)
.Image2D(
0,
PixelDataInternalFormat::RGBA,
shadow_tex_side, shadow_tex_side,
0,
PixelDataFormat::RGBA,
PixelDataType::UnsignedByte,
nullptr
);
gl.Bound(Framebuffer::Target::Draw, glass_shadow_fbo)
.AttachTexture(
FramebufferAttachment::Color,
glass_shadow_tex,
0
);
gl.ClearDepth(1.0f);
gl.Enable(Capability::DepthTest);
gl.Enable(Capability::CullFace);
gl.BlendFunc(BlendFn::SrcAlpha, BlendFn::OneMinusSrcAlpha);
gl.PolygonOffset(1.0, 1.0);
}
SketchExample(void)
: transf_prog()
, sketch_prog()
, plane(
transf_prog,
shapes::Plane(
Vec3f(0, 0, 0),
Vec3f(9, 0, 0),
Vec3f(0, 0,-9),
9, 9
)
), torus(transf_prog, shapes::WickerTorus())
, sketch_tex_layers(8)
, shadow_tex_side(1024)
{
NoProgram().Use();
shadow_pp.Bind();
shadow_pp.UseStages(transf_prog).Vertex();
shadow_pp.UseStages(shadow_prog).Fragment();
sketch_pp.Bind();
sketch_pp.UseStages(transf_prog).Vertex();
sketch_pp.UseStages(sketch_prog).Fragment();
line_pp.Bind();
line_pp.UseStages(transf_prog).Vertex();
line_pp.UseStages(line_prog).Geometry().Fragment();
Texture::Active(0);
sketch_prog.sketch_tex.Set(0);
{
auto bound_tex = gl.Bound(Texture::Target::_3D, sketch_texture);
for(GLuint i=0; i<sketch_tex_layers; ++i)
{
auto image = images::BrushedMetalUByte(
512, 512,
64 + i*128,
-(2+i*4), +(2+i*4),
64, 256-i*4
);
if(i == 0)
{
bound_tex.Image3D(
0,
PixelDataInternalFormat::RGB,
image.Width(),
image.Height(),
sketch_tex_layers,
0,
image.Format(),
image.Type(),
nullptr
);
}
bound_tex.SubImage3D(
0,
0, 0, i,
image.Width(),
image.Height(),
1,
image.Format(),
image.Type(),
image.RawData()
);
}
bound_tex.GenerateMipmap();
bound_tex.MinFilter(TextureMinFilter::LinearMipmapLinear);
bound_tex.MagFilter(TextureMagFilter::Linear);
bound_tex.WrapS(TextureWrap::Repeat);
bound_tex.WrapT(TextureWrap::Repeat);
bound_tex.WrapR(TextureWrap::ClampToEdge);
}
Texture::Active(1);
sketch_prog.shadow_tex.Set(1);
gl.Bound(Texture::Target::_2D, shadow_tex)
.MinFilter(TextureMinFilter::Linear)
.MagFilter(TextureMagFilter::Linear)
.WrapS(TextureWrap::ClampToEdge)
.WrapT(TextureWrap::ClampToEdge)
.CompareMode(TextureCompareMode::CompareRefToTexture)
.Image2D(
0,
PixelDataInternalFormat::DepthComponent32,
shadow_tex_side, shadow_tex_side,
0,
PixelDataFormat::DepthComponent,
PixelDataType::Float,
nullptr
);
gl.Bound(Framebuffer::Target::Draw, frame_shadow_fbo)
.AttachTexture(
FramebufferAttachment::Depth,
shadow_tex,
0
);
gl.ClearDepth(1.0f);
gl.Enable(Capability::DepthTest);
gl.Enable(Capability::CullFace);
gl.DepthFunc(CompareFn::LEqual);
gl.BlendFunc(BlendFn::SrcAlpha, BlendFn::OneMinusSrcAlpha);
gl.PolygonOffset(1.0, 1.0);
gl.LineWidth(1.5);
}
void Keyboard_Key(void)
{
if (enGlobal == GLB_PROGRAM)
{
switch (wProgram)
{
case bSET_SPEED: key_SetSpeeds(); break;
case bSET_CURRTIME: key_SetCurrTime(); break;
case bSET_CURRDATE: key_SetCurrDate(); break;
case bSET_GROUPS: key_SetGroups(); break;
case bSET_TRANS_ENG:
case bSET_TRANS_CNT:
case bSET_PULSE_HOU:
case bSET_PULSE_MNT:
case bSET_LOSSE:
case bSET_LEVEL:
case bSET_COUNT: key_SetFactors(); break;
case bSET_DAY_ZONE: key_SetDayZone(); break;
case bSET_PUBLIC_TARIFFS: key_SetPublicTariffs(); break;
case bSET_TARIFFS_MODE: key_SetTariffsMode(); break;
case bSET_PROGRAM10:
case bSET_PROGRAM17:
case bSET_PROGRAM20:
case bSET_PROGRAM27: key_SetOldYearZone(); break;
case bSET_RELAXS_FLAG: key_SetRelaxsFlag(); break;
case bSET_RELAXS_TARIFF: key_SetRelaxsTariff(); break;
case bSET_RELAXS: key_SetRelaxs(); break;
case bSET_PASSWORD: key_SetPassword(); break;
case bSET_LOGICAL: key_SetLogical(); break;
case bSET_PRIVATE: key_SetPrivate(); break;
case bSET_START_MINUTES30:
case bSET_START: key_Start(); break;
case bSET_DEBUG: key_Debug(); break;
case bSET_VERSION: key_GetVersion(); break;
case bSET_RESETCUSTOM:
case bSET_RESETFULL: key_SetReset(); break;
case bSET_RESET_WDT: key_ResetWatchdog(); break;
case bSEARCH_BY_NUMBER: key_SearchByNumber(); break;
case bSEARCH_BY_SPEED: key_SearchBySpeed(); break;
case bSET_AUTOMATIC1: key_Automatic1(); break;
case bSET_AUTOMATIC2: key_Automatic2(); break;
case bSET_MAJOR_DELAYS:
case bSET_MINOR_DELAYS: key_SetDelays(); break;
case bSET_CORRECT2_FLAG: key_SetCorrect2Flag(); break;
case bSET_CORRECT3_FLAG: key_SetCorrect3Flag(); break;
case bSET_CORRECT3_VALUE: key_SetCorrect3Value(); break;
case bSET_CORRECT3_INFO: key_SetCorrect3Info(); break;
case bSET_DIGITALS: key_SetDigitals(); break;
case bSET_ENBL_HOURS: key_SetEnblHours(); break;
case bSET_CONTROL_HOURS: key_SetCtrlHours(); break;
case bSET_ENBL_CANALS: key_SetEnblCanals(); break;
case bSET_PARAMS_FLAG: key_SetParamsFlag(); break;
case bSET_MNT_PARAMS: key_SetMntParams(); break;
case bSET_PARAMS: key_SetParams(); break;
case bSET_PARAMS_DIV: key_SetParamsDiv(); break;
case bGET_PARAMS_CURR:
case bGET_PARAMS_BUFF:
case bGET_PARAMS_FULL: key_GetParamsAll(); break;
case wSET_FIX_PARAMS_BUGS:key_SetFixParamsBugs(); break;
case wSET_USE_PARAMS_DIV: key_SetUseParamsDiv(); break;
case bSET_LIMITS: key_SetLimits(); break;
case bSET_LIMITS2: key_SetLimits2(); break;
case bSET_LIMITS30: key_SetLimits30(); break;
case bSET_LIMITS31: key_SetLimits31(); break;
case bSET_LIMITS32: key_SetLimits32(); break;
case bSET_LIMITS33: key_SetLimits33(); break;
case bSET_GPS_CONFIG: key_SetGpsConfig(); break;
case bSET_GPS_GMT: key_SetGpsGmt(); break;
case bGET_GPS_DATA: key_GetGpsData(); break;
case bGET_GPS_CORRECT: key_GetGpsCorrect(); break;
case bSET_GPS_SCHEDULE: key_SetGpsSchedule(); break;
case bSET_GPS_SEASON: key_SetGpsSeason(); break;
case bSET_FLOW_PORT_TO: key_FlowPortTo(); break;
case bSET_MAX_FLOW_DELAY: key_SetMaxFlowDelay(); break;
case bSET_FLOW_PORT_FROM: key_FlowPortFrom(); break;
case bSET_ENBL_CURRENT: key_SetEnblCurrent(); break;
case bSET_ENBL_CURRENT2: key_SetEnblCurrent2(); break;
case bSET_ENBL_PROFILE: key_SetEnblProfile(); break;
case bSET_TIMEOUT_PROFILE:key_SetTimeoutProfile();break;
case bSET_TIMEOUT_CURRENT:key_SetTimeoutCurrent();break;
case bSET_CONTROL_TIME: key_SetControlTime(); break;
case bSET_MANAGE_TIME: key_SetManageTime(); break;
case bSET_MACHINES_ESC: key_SetMachinesEsc(); break;
case bSET_BLOCK_ESC: key_SetBlockEsc(); break;
case bSET_EXTENDED_ESC_S: key_SetExtendedEscS(); break;
case bSET_EXTENDED_ESC_V: key_SetExtendedEscV(); break;
case bSET_EXTENDED_ESC_U: key_SetExtendedEscU(); break;
case bSET_ADDRESSES: key_SetAddresses(); break;
case bSET_ENBL_KEYS: key_SetEnblKeys(); break;
case bSET_KEYS: key_SetKeys(); break;
case wSET_KEYS_LEVEL_B: key_SetKeysLevelB(); break;
case bGET_MODEMS_QUALITY: key_GetModemsQuality(); break;
case bSET_PHONES: key_SetPhones(); break;
case bSET_MAX_CONNECT: key_SetMaxConnect(); break;
case bSET_CUSTOM_MODEM: key_SetCustomModem(); break;
case bSET_SHOW_MESSAGES: key_SetShowMessages(); break;
case bSET_SEPARATE_CAN: key_SetSeparateCan(); break;
case bSET_ENBL_WDT: key_SetEnblWDT(); break;
case bSET_RECALC_TIME: key_SetRecalcTime(); break;
case bSET_RECALC_ALWAYS: key_SetRecalcAlways(); break;
case bGET_CNTCURR_110:
case bGET_READTIMEDATE1:
case bGET_READTIMEDATE2: key_GetSingleCan(); break;
case bSET_DECRET: key_SetDecret(); break;
case bSET_WINTER:
case bSET_SUMMER: key_SetSeason(); break;
case bTEST_DIRECT: key_TestDirect(); break;
case bTEST_RESPONSE: key_TestResponse(); break;
case bTEST_FLOW: key_TestFlow(); break;
case bTEST_PORTS_IO: key_TestPortsIO(); break;
case bTEST_UNI: key_TestUni(); break;
case wSET_MONITOR_OPEN: key_MonitorOpen(); break;
case wTEST_MONITOR: key_TestMonitor(); break;
case bTEST_IMPULSES: key_TestImpulses(); break;
case bTEST_KEYS: key_TestKeys(); break;
case bTEST_RTC: key_TestRTC(); break;
case bTEST_POWER_OFF: key_TestPowerOff(); break;
case wSET_OUTPUT_DELAY: key_SetOutputDelay(); break;
case wSET_HIDE_MESSAGES: key_SetHideMessages(); break;
case wSET_GAPS_FLAG: key_SetGapsFlag(); break;
case wSET_GAPS: key_SetGaps(); break;
case wSET_CONTROL_Q: key_SetControlQ(); break;
case wSET_SHORT_PROFILE_C:key_SetShortProfileC(); break;
case wSET_DSBL_REFILL: key_SetDsblRefill(); break;
case wSET_DSBL_ANSWER: key_SetDsblAnswer(); break;
case wSET_MAX_REPEATS: key_SetMaxRepeats(); break;
case wSET_MAX_SHUTDOWN: key_SetMaxShutdown(); break;
case wSET_DSBL_ESC: key_SetDsblEsc(); break;
case wSET_RECORDS_DSBL: key_SetRecordsDsbl(); break;
case wSET_PLC_U_FLAG: key_SetPlcUFlag(); break;
case wSET_PLC_U_SIZE: key_SetPlcUSize(); break;
case wSET_PLC_U_SHUTDOWN: key_SetPlcUShutdown(); break;
case wSET_INPUT_MODE_RESET: key_SetInputModeReset(); break;
case bSET_SLAVE_MODEM: key_SetSlaveModem(); break;
#ifdef ENABLE_BULK
case wSET_BULK_ENBL: key_SetBulkEnable(); break;
case wSET_BULK_SIZE: key_SetBulkSize(); break;
case wSET_BULK_MAX_DELAY: key_SetBulkMaxDelay(); break;
#endif
case wSET_STRICT_UNI: key_SetStrictUni(); break;
case wSET_ENBL_PASS_UNI: key_SetEnblPassUni(); break;
case wSET_MAX_DELAY_UNI: key_SetMaxDelayUni(); break;
case wSET_REPEAT_FLOW_UNI: key_SetRepeatFlowUni(); break;
case wSET_MNT_ESC_S: key_SetMntEscS(); break;
case wSET_CORRECT_LIMIT: key_SetCorrectLimit(); break;
case wSET_EXT0_FLAG: key_SetExt0Flag(); break;
case wSET_EXT0_COUNTER: key_SetExt0Counter(); break;
case bSET_EXT3_RESET: key_SetExt3Reset(); break;
case bSET_EXT3_FLAG: key_SetExt3Flag(); break;
case bSET_EXT3_EVENTS_A: key_SetExt3A(); break;
case bSET_EXT3_EVENTS_B: key_SetExt3B(); break;
case bSET_EXT4_FLAG: key_SetExt4Flag(); break;
case bSET_EXT4_MONTHS: key_SetExt4Months(); break;
case bSET_EXT4_ENBL_CAN: key_SetExt4EnblCan(); break;
case wSET_EXT4T_FLAG: key_SetExt4TFlag(); break;
case wSET_EXT4T_MONTHS: key_SetExt4TMonths(); break;
case wSET_EXT4T_RESET_FULL: key_SetExt4TResetFull(); break;
case wSET_EXT4T_RESET_CUSTOM: key_SetExt4TResetCustom(); break;
case bSET_EXT5_FLAG: key_SetExt5Flag(); break;
case wSET_EXT6_FLAG: key_SetExt6Flag(); break;
case wGET_HEALTH: key_GetHealth(); break;
default: NoProgram(); break;
}
}
else if (enGlobal == GLB_WORK)
{
switch (wProgram)
{
case bGET_SPEED: key_SetSpeeds(); break;
case bGET_CURRTIME: key_SetCurrTime(); break;
case bGET_CURRDATE: key_SetCurrDate(); break;
case bGET_CORRECT_TIME: key_CorrectTime(); break;
case bGET_CORRECTCURR: key_GetCorrectCurr(); break;
case bGET_CORRECTPREV: key_GetCorrectPrev(); break;
case bGET_GROUPS: key_GetGroups(); break;
case bGET_PUBLIC_TARIFFS: key_SetPublicTariffs(); break;
case bGET_TARIFFS_MODE: key_SetTariffsMode(); break;
case bGET_PROGRAM5: key_GetOldProgram5(); break;
case bGET_PROGRAM84:
case bGET_PROGRAM85: key_GetOldProgram84(); break;
case bSET_RELAXS_FLAG: key_SetRelaxsFlag(); break;
case bSET_RELAXS_TARIFF: key_SetRelaxsTariff(); break;
case bSET_RELAXS: key_GetRelaxs(); break;
case bGET_TRANS_ENG:
case bGET_TRANS_CNT:
case bGET_PULSE_HOU:
case bGET_PULSE_MNT:
case bGET_LOSSE:
case bSET_LEVEL: key_GetFactors(); break;
case bGET_PROGRAM18: key_GetProgram18(); break;
case bGET_PROGRAM19: key_GetProgram19(); break;
case bSET_PASSWORD: key_GetPassword(); break;
case bSET_LOGICAL: key_SetLogical(); break;
case bSET_PRIVATE: key_SetPrivate(); break;
case bSET_VERSION:
case bGET_VERSION: key_GetVersion(); break;
case bSET_MAJOR_DELAYS:
case bSET_MINOR_DELAYS: key_SetDelays(); break;
case bSET_CORRECT2_FLAG: key_SetCorrect2Flag(); break;
case bSET_CORRECT3_FLAG: key_SetCorrect3Flag(); break;
case bSET_CORRECT3_VALUE: key_SetCorrect3Value(); break;
case bSET_CORRECT3_INFO: key_SetCorrect3Info(); break;
case bSET_DIGITALS: key_SetDigitals(); break;
case bSET_ENBL_HOURS: key_SetEnblHours(); break;
case bSET_CONTROL_HOURS: key_SetCtrlHours(); break;
case bSET_ENBL_CANALS: key_SetEnblCanals(); break;
case bSET_PARAMS_FLAG: key_SetParamsFlag(); break;
case bSET_MNT_PARAMS: key_SetMntParams(); break;
case bSET_PARAMS: key_SetParams(); break;
case bSET_PARAMS_DIV: key_SetParamsDiv(); break;
case bGET_PARAMS_CURR:
case bGET_PARAMS_BUFF:
case bGET_PARAMS_FULL: key_GetParamsAll(); break;
case wSET_FIX_PARAMS_BUGS:key_SetFixParamsBugs(); break;
case wSET_USE_PARAMS_DIV: key_SetUseParamsDiv(); break;
case bSET_LIMITS: key_SetLimits(); break;
case bSET_LIMITS2: key_SetLimits2(); break;
case bSET_LIMITS30: key_SetLimits30(); break;
case bSET_LIMITS31: key_SetLimits31(); break;
case bSET_LIMITS32: key_SetLimits32(); break;
case bSET_LIMITS33: key_SetLimits33(); break;
case bSET_GPS_CONFIG: key_SetGpsConfig(); break;
case bSET_GPS_GMT: key_SetGpsGmt(); break;
case bGET_GPS_DATA: key_GetGpsData(); break;
case bGET_GPS_CORRECT: key_GetGpsCorrect(); break;
case bSET_GPS_SCHEDULE: key_SetGpsSchedule(); break;
case bSET_GPS_SEASON: key_SetGpsSeason(); break;
case bSET_FLOW_PORT_TO: key_FlowPortTo(); break;
case bSET_MAX_FLOW_DELAY: key_SetMaxFlowDelay(); break;
case bSET_FLOW_PORT_FROM: key_FlowPortFrom(); break;
case bSET_ENBL_CURRENT: key_SetEnblCurrent(); break;
case bSET_ENBL_CURRENT2: key_SetEnblCurrent2(); break;
case bSET_ENBL_PROFILE: key_SetEnblProfile(); break;
case bSET_TIMEOUT_PROFILE:key_SetTimeoutProfile();break;
case bSET_TIMEOUT_CURRENT:key_SetTimeoutCurrent();break;
case bSET_CONTROL_TIME: key_SetControlTime(); break;
case bSET_MANAGE_TIME: key_SetManageTime(); break;
case bSET_MACHINES_ESC: key_SetMachinesEsc(); break;
case bSET_BLOCK_ESC: key_SetBlockEsc(); break;
case bSET_EXTENDED_ESC_S: key_SetExtendedEscS(); break;
case bSET_EXTENDED_ESC_V: key_SetExtendedEscV(); break;
case bSET_EXTENDED_ESC_U: key_SetExtendedEscU(); break;
case bSET_ADDRESSES: key_SetAddresses(); break;
case bSET_ENBL_KEYS: key_SetEnblKeys(); break;
case bSET_KEYS: key_SetKeys(); break;
case wSET_KEYS_LEVEL_B: key_SetKeysLevelB(); break;
case bGET_MODEMS_QUALITY: key_GetModemsQuality(); break;
case bSET_PHONES: key_SetPhones(); break;
case bSET_MAX_CONNECT: key_SetMaxConnect(); break;
case bSET_CUSTOM_MODEM: key_SetCustomModem(); break;
case bSET_SHOW_MESSAGES: key_SetShowMessages(); break;
case bSET_SEPARATE_CAN: key_SetSeparateCan(); break;
case bSET_ENBL_WDT: key_SetEnblWDT(); break;
case bSET_RECALC_TIME: key_SetRecalcTime(); break;
case bSET_RECALC_ALWAYS: key_SetRecalcAlways(); break;
case bGET_CNTCURR_10:
case bGET_CNTCURR_110:
case bGET_READTIMEDATE1:
case bGET_READTIMEDATE2:
case bGET_IMPCANCURRMNT: key_GetSingleCan(); break;
case bGET_POWGRPPREVHOU:
case bGET_POWGRPCURRHOU:
case bGET_POWGRPDAYPREV_ABCD:
case bGET_POWGRPDAYPREV_C:
case bGET_POWGRPDAYPREV_D:
case bGET_POWGRPDAYCURR_ABCD:
case bGET_POWGRPDAYCURR_C:
case bGET_POWGRPDAYCURR_D:
case bGET_POWGRPMONPREV_ABCD:
case bGET_POWGRPMONPREV_C:
case bGET_POWGRPMONPREV_D:
case bGET_POWGRPMONCURR_ABCD:
case bGET_POWGRPMONCURR_C:
case bGET_POWGRPMONCURR_D:
case bGET_ENGGRPDAYPREV_ABCD:
case bGET_ENGGRPDAYPREV_CD:
case bGET_ENGGRPDAYPREV_B:
case bGET_ENGGRPDAYPREV_A:
case bGET_ENGGRPDAYCURR_ABCD:
case bGET_ENGGRPDAYCURR_CD:
case bGET_ENGGRPDAYCURR_B:
case bGET_ENGGRPDAYCURR_A:
case bGET_ENGGRPMONPREV_ABCD:
case bGET_ENGGRPMONPREV_CD:
case bGET_ENGGRPMONPREV_B:
case bGET_ENGGRPMONPREV_A:
case bGET_ENGGRPMONCURR_ABCD:
case bGET_ENGGRPMONCURR_CD:
case bGET_ENGGRPMONCURR_B:
case bGET_ENGGRPMONCURR_A:
case bGET_POWGRPCURRMNT: key_GetSingleGrp(); break;
case bGET_POWCANPREVHOU:
case bGET_POWCANCURRHOU:
case bGET_ENGCANDAYPREV_ABCD:
case bGET_ENGCANDAYPREV_CD:
case bGET_ENGCANDAYPREV_B:
case bGET_ENGCANDAYPREV_A:
case bGET_ENGCANDAYCURR_ABCD:
case bGET_ENGCANDAYCURR_CD:
case bGET_ENGCANDAYCURR_B:
case bGET_ENGCANDAYCURR_A:
case bGET_ENGCANMONPREV_ABCD:
case bGET_ENGCANMONPREV_CD:
case bGET_ENGCANMONPREV_B:
case bGET_ENGCANMONPREV_A:
case bGET_ENGCANMONCURR_ABCD:
case bGET_ENGCANMONCURR_CD:
case bGET_ENGCANMONCURR_B:
case bGET_ENGCANMONCURR_A:
case bGET_POWCANCURRMNT: key_GetSingle2(); break;
case bGET_ENGGRPYEAR_ABCD:
case bGET_ENGGRPYEAR_CD:
case bGET_ENGGRPYEAR_B:
case bGET_ENGGRPYEAR_A: key_GetEngYear(); break;
case bGET_CNTCANYEAR1:
case bGET_CNTCANYEAR10:
case bGET_CNTCANYEAR2:
case bGET_CNTCANYEAR20:
case wGET_CNTCANYEAR3: key_GetCntYear(); break;
case bRUN_PROFILE: key_RunProfile(); break;
case bGET_PROGRAM73: key_GetOldProgram73(); break;
case bGET_PROGRAM74: key_GetOldProgram74(); break;
case bSET_DECRET: key_SetDecret(); break;
case bSET_WINTER:
case bSET_SUMMER: key_SetSeason(); break;
case bTEST_DIRECT: key_TestDirect(); break;
case bTEST_RESPONSE: key_TestResponse(); break;
case bTEST_FLOW: key_TestFlow(); break;
case bTEST_PORTS_IO: key_TestPortsIO(); break;
case bTEST_UNI: key_TestUni(); break;
case wSET_MONITOR_OPEN: key_MonitorOpen(); break;
case wTEST_MONITOR: key_TestMonitor(); break;
case bTEST_IMPULSES: key_TestImpulses(); break;
case bTEST_KEYS: key_TestKeys(); break;
case bTEST_RTC: key_TestRTC(); break;
case bTEST_POWER_OFF: key_TestPowerOff(); break;
case wSET_OUTPUT_DELAY: key_SetOutputDelay(); break;
case wSET_HIDE_MESSAGES: key_SetHideMessages(); break;
case wSET_GAPS_FLAG: key_SetGapsFlag(); break;
case wSET_GAPS: key_GetGaps(); break;
case wSET_CONTROL_Q: key_SetControlQ(); break;
case wSET_SHORT_PROFILE_C:key_SetShortProfileC(); break;
case wSET_DSBL_REFILL: key_SetDsblRefill(); break;
case wSET_DSBL_ANSWER: key_SetDsblAnswer(); break;
case wSET_MAX_REPEATS: key_SetMaxRepeats(); break;
case wSET_MAX_SHUTDOWN: key_SetMaxShutdown(); break;
case wSET_DSBL_ESC: key_SetDsblEsc(); break;
case wSET_RECORDS_DSBL: key_SetRecordsDsbl(); break;
case wSET_PLC_U_FLAG: key_SetPlcUFlag(); break;
case wSET_PLC_U_SIZE: key_SetPlcUSize(); break;
case wSET_PLC_U_SHUTDOWN: key_SetPlcUShutdown(); break;
case wSET_INPUT_MODE_RESET: key_SetInputModeReset(); break;
case bSET_SLAVE_MODEM: key_SetSlaveModem(); break;
#ifdef ENABLE_BULK
case wSET_BULK_ENBL: key_SetBulkEnable(); break;
case wSET_BULK_SIZE: key_SetBulkSize(); break;
case wSET_BULK_MAX_DELAY: key_SetBulkMaxDelay(); break;
#endif
case wSET_STRICT_UNI: key_SetStrictUni(); break;
case wSET_ENBL_PASS_UNI: key_SetEnblPassUni(); break;
case wSET_MAX_DELAY_UNI: key_SetMaxDelayUni(); break;
case wSET_REPEAT_FLOW_UNI: key_SetRepeatFlowUni(); break;
case wSET_MNT_ESC_S: key_SetMntEscS(); break;
case wSET_CORRECT_LIMIT: key_SetCorrectLimit(); break;
case wSET_EXT0_FLAG: key_SetExt0Flag(); break;
case wSET_EXT0_COUNTER: key_SetExt0Counter(); break;
case bSET_EXT3_RESET: key_SetExt3Reset(); break;
case bSET_EXT3_FLAG: key_SetExt3Flag(); break;
case bSET_EXT3_EVENTS_A: key_SetExt3A(); break;
case bSET_EXT3_EVENTS_B: key_SetExt3B(); break;
case bSET_EXT4_FLAG: key_SetExt4Flag(); break;
case bSET_EXT4_MONTHS: key_SetExt4Months(); break;
case bSET_EXT4_ENBL_CAN: key_SetExt4EnblCan(); break;
case wSET_EXT4T_FLAG: key_SetExt4TFlag(); break;
case wSET_EXT4T_MONTHS: key_SetExt4TMonths(); break;
case bSET_EXT5_FLAG: key_SetExt5Flag(); break;
case wSET_EXT6_FLAG: key_SetExt6Flag(); break;
case wGET_HEALTH: key_GetHealth(); break;
default: NoProgram(); break;
}
}
else if (enGlobal == GLB_REPROGRAM)
{
switch (wProgram)
{
case bSET_SPEED: key_SetSpeeds(); break;
case bSET_CURRTIME: key_SetCurrTime(); break;
case bSET_CURRDATE: key_SetCurrDate(); break;
case bSET_GROUPS: key_SetGroups(); break;
case bSET_DAY_ZONE: key_SetDayZone(); break;
case bSET_PUBLIC_TARIFFS: key_SetPublicTariffs(); break;
case bSET_TARIFFS_MODE: key_SetTariffsMode(); break;
case bSET_PROGRAM10:
case bSET_PROGRAM17:
case bSET_PROGRAM20:
case bSET_PROGRAM27: key_SetOldYearZone(); break;
case bSET_RELAXS_FLAG: key_SetRelaxsFlag(); break;
case bSET_RELAXS_TARIFF: key_SetRelaxsTariff(); break;
case bSET_RELAXS: key_SetRelaxs(); break;
case bSET_PASSWORD: key_SetPassword(); break;
case bSET_LOGICAL: key_SetLogical(); break;
case bSET_PRIVATE: key_SetPrivate(); break;
case bSET_START: key_Restart(); break;
case bSET_VERSION: key_GetVersion(); break;
case bSET_RESETCUSTOM:
case bSET_RESETFULL: key_SetReset(); break;
case bSET_RESET_WDT: key_ResetWatchdog(); break;
case bSEARCH_BY_NUMBER: key_SearchByNumber(); break;
case bSEARCH_BY_SPEED: key_SearchBySpeed(); break;
case bSET_AUTOMATIC1: key_Automatic1(); break;
case bSET_AUTOMATIC2: key_Automatic2(); break;
case bSET_MAJOR_DELAYS:
case bSET_MINOR_DELAYS: key_SetDelays(); break;
case bSET_CORRECT2_FLAG: key_SetCorrect2Flag(); break;
case bSET_CORRECT3_FLAG: key_SetCorrect3Flag(); break;
case bSET_CORRECT3_VALUE: key_SetCorrect3Value(); break;
case bSET_CORRECT3_INFO: key_SetCorrect3Info(); break;
case bSET_DIGITALS: key_SetDigitals(); break;
case bSET_ENBL_HOURS: key_SetEnblHours(); break;
case bSET_CONTROL_HOURS: key_SetCtrlHours(); break;
case bSET_ENBL_CANALS: key_SetEnblCanals(); break;
case bSET_PARAMS_FLAG: key_SetParamsFlag(); break;
case bSET_MNT_PARAMS: key_SetMntParams(); break;
case bSET_PARAMS: key_SetParams(); break;
case bSET_PARAMS_DIV: key_SetParamsDiv(); break;
case bGET_PARAMS_CURR:
case bGET_PARAMS_BUFF:
case bGET_PARAMS_FULL: key_GetParamsAll(); break;
case wSET_FIX_PARAMS_BUGS:key_SetFixParamsBugs(); break;
case wSET_USE_PARAMS_DIV: key_SetUseParamsDiv(); break;
case bSET_LIMITS: key_SetLimits(); break;
case bSET_LIMITS2: key_SetLimits2(); break;
case bSET_LIMITS30: key_SetLimits30(); break;
case bSET_LIMITS31: key_SetLimits31(); break;
case bSET_LIMITS32: key_SetLimits32(); break;
case bSET_LIMITS33: key_SetLimits33(); break;
case bSET_GPS_CONFIG: key_SetGpsConfig(); break;
case bSET_GPS_GMT: key_SetGpsGmt(); break;
case bGET_GPS_DATA: key_GetGpsData(); break;
case bGET_GPS_CORRECT: key_GetGpsCorrect(); break;
case bSET_GPS_SCHEDULE: key_SetGpsSchedule(); break;
case bSET_GPS_SEASON: key_SetGpsSeason(); break;
case bSET_FLOW_PORT_TO: key_FlowPortTo(); break;
case bSET_MAX_FLOW_DELAY: key_SetMaxFlowDelay(); break;
case bSET_FLOW_PORT_FROM: key_FlowPortFrom(); break;
case bSET_ENBL_CURRENT: key_SetEnblCurrent(); break;
case bSET_ENBL_CURRENT2: key_SetEnblCurrent2(); break;
case bSET_ENBL_PROFILE: key_SetEnblProfile(); break;
case bSET_TIMEOUT_PROFILE:key_SetTimeoutProfile();break;
case bSET_TIMEOUT_CURRENT:key_SetTimeoutCurrent();break;
case bSET_CONTROL_TIME: key_SetControlTime(); break;
case bSET_MANAGE_TIME: key_SetManageTime(); break;
case bSET_MACHINES_ESC: key_SetMachinesEsc(); break;
case bSET_BLOCK_ESC: key_SetBlockEsc(); break;
case bSET_EXTENDED_ESC_S: key_SetExtendedEscS(); break;
case bSET_EXTENDED_ESC_V: key_SetExtendedEscV(); break;
case bSET_EXTENDED_ESC_U: key_SetExtendedEscU(); break;
case bSET_ADDRESSES: key_SetAddresses(); break;
case bSET_ENBL_KEYS: key_SetEnblKeys(); break;
case bSET_KEYS: key_SetKeys(); break;
case wSET_KEYS_LEVEL_B: key_SetKeysLevelB(); break;
case bGET_MODEMS_QUALITY: key_GetModemsQuality(); break;
case bSET_PHONES: key_SetPhones(); break;
case bSET_MAX_CONNECT: key_SetMaxConnect(); break;
case bSET_CUSTOM_MODEM: key_SetCustomModem(); break;
case bSET_SHOW_MESSAGES: key_SetShowMessages(); break;
case bSET_SEPARATE_CAN: key_SetSeparateCan(); break;
case bSET_ENBL_WDT: key_SetEnblWDT(); break;
case bSET_RECALC_TIME: key_SetRecalcTime(); break;
case bSET_RECALC_ALWAYS: key_SetRecalcAlways(); break;
case bSET_RECALC_FULL:
case bSET_RECALC_MAXPOW:
case bSET_RECALC_ENG: key_SetRecalc(); break;
case bGET_CNTCURR_110:
case bGET_READTIMEDATE1:
case bGET_READTIMEDATE2: key_GetSingleCan(); break;
case bSET_DECRET: key_SetDecret(); break;
case bSET_WINTER:
case bSET_SUMMER: key_SetSeason(); break;
case bTEST_DIRECT: key_TestDirect(); break;
case bTEST_RESPONSE: key_TestResponse(); break;
case bTEST_FLOW: key_TestFlow(); break;
case bTEST_PORTS_IO: key_TestPortsIO(); break;
case bTEST_UNI: key_TestUni(); break;
case wSET_MONITOR_OPEN: key_MonitorOpen(); break;
case wTEST_MONITOR: key_TestMonitor(); break;
case bTEST_IMPULSES: key_TestImpulses(); break;
case bTEST_KEYS: key_TestKeys(); break;
case bTEST_RTC: key_TestRTC(); break;
case bTEST_POWER_OFF: key_TestPowerOff(); break;
case wSET_OUTPUT_DELAY: key_SetOutputDelay(); break;
case wSET_HIDE_MESSAGES: key_SetHideMessages(); break;
case wSET_GAPS_FLAG: key_SetGapsFlag(); break;
case wSET_GAPS: key_SetGaps(); break;
case wSET_CONTROL_Q: key_SetControlQ(); break;
case wSET_SHORT_PROFILE_C:key_SetShortProfileC(); break;
case wSET_DSBL_REFILL: key_SetDsblRefill(); break;
case wSET_DSBL_ANSWER: key_SetDsblAnswer(); break;
case wSET_MAX_REPEATS: key_SetMaxRepeats(); break;
case wSET_MAX_SHUTDOWN: key_SetMaxShutdown(); break;
case wSET_DSBL_ESC: key_SetDsblEsc(); break;
case wSET_RECORDS_DSBL: key_SetRecordsDsbl(); break;
case wSET_PLC_U_FLAG: key_SetPlcUFlag(); break;
case wSET_PLC_U_SIZE: key_SetPlcUSize(); break;
case wSET_PLC_U_SHUTDOWN: key_SetPlcUShutdown(); break;
case wSET_INPUT_MODE_RESET: key_SetInputModeReset(); break;
case bSET_SLAVE_MODEM: key_SetSlaveModem(); break;
#ifdef ENABLE_BULK
case wSET_BULK_ENBL: key_SetBulkEnable(); break;
case wSET_BULK_SIZE: key_SetBulkSize(); break;
case wSET_BULK_MAX_DELAY: key_SetBulkMaxDelay(); break;
#endif
case wSET_STRICT_UNI: key_SetStrictUni(); break;
case wSET_ENBL_PASS_UNI: key_SetEnblPassUni(); break;
case wSET_MAX_DELAY_UNI: key_SetMaxDelayUni(); break;
case wSET_REPEAT_FLOW_UNI: key_SetRepeatFlowUni(); break;
case wSET_MNT_ESC_S: key_SetMntEscS(); break;
case wSET_CORRECT_LIMIT: key_SetCorrectLimit(); break;
case wSET_EXT0_FLAG: key_SetExt0Flag(); break;
case wSET_EXT0_COUNTER: key_SetExt0Counter(); break;
case bSET_EXT3_RESET: key_SetExt3Reset(); break;
case bSET_EXT3_FLAG: key_SetExt3Flag(); break;
case bSET_EXT3_EVENTS_A: key_SetExt3A(); break;
case bSET_EXT3_EVENTS_B: key_SetExt3B(); break;
case bSET_EXT4_FLAG: key_SetExt4Flag(); break;
case bSET_EXT4_MONTHS: key_SetExt4Months(); break;
case bSET_EXT4_ENBL_CAN: key_SetExt4EnblCan(); break;
case wSET_EXT4T_FLAG: key_SetExt4TFlag(); break;
case wSET_EXT4T_MONTHS: key_SetExt4TMonths(); break;
case wSET_EXT4T_RESET_FULL: key_SetExt4TResetFull(); break;
case wSET_EXT4T_RESET_CUSTOM: key_SetExt4TResetCustom(); break;
case bSET_EXT5_FLAG: key_SetExt5Flag(); break;
case wSET_EXT6_FLAG: key_SetExt6Flag(); break;
case bSET_CLEAR_CANALS: key_ClearCanals(); break;
case wSET_SET_PROFILES1: key_SetProfiles1(); break;
case wSET_SET_PROFILES2: key_SetProfiles2(); break;
case wGET_HEALTH: key_GetHealth(); break;
default: NoProgram(); break;
}
}
}
